Sportswear system, sports equipment and sports system formed therefrom with anti-static function

The invention relates to a sports movement, a sports movement as well as a sporting good for the sports movement sport clothing system for the respectively with anti-static function, as described in the preambles of claims is 1.20 and 30.

DE 2,147,904 A describes an antistatic A carriage, through all the layers of the sole of the shoe wherein foot faying level in the an electrically conductive and into direct contact with the ground is not incorporated [...] resistive material. The incorporated into the sole or a correspondingly an electrically conductive material can produce or an electrically conductive plastic packaging cell PU be made conductive. Preferably, a cellular is used, with a carbon black-Plastic dispersion impregnated polyurethane elastomer, whose cell structure is held so that a water absorption is not possible. This it is perceived possible, a user of such antistatic runner also on modern sports facilities, such as on tracks or on synthetic plastic lawn , movement rhythms particularly strong electrostatic charge by static electricity on the basis of the "foot floor-contact" from the body by a.

Another Shoe, in particular a safety shoe or leisure shoe, with an anti-static function is known from the EP become 2,005,851 B1. This external sole range comprises a sole with a foot panel and a, wherein said foot panel is formed in one piece with the sole of a plastic. Furthermore is at least a through-going, external sole range extending channel provided by the foot panel until, which channel is filled with an electrically conductive material. It that is electrically conductive material in the channel injected or cast.

297 00,693 U1 describes an electrostatic discharge device for the human body DE. Heat to discharge device comprises an outer electrode is formed in the running surface of the shoe. Furthermore, an inner electrode is provided, wherein the inner electrode is connected with the outer electrode for deriving galvanically. So the inner electrode to the base of the boot can, preferably in the region of the shoulder, be arranged. The outer electrode is also preferably arranged in the region of the shoulder, wherein the zinc compound also may be constructed to be resilient.

An additional grounding of the human body by current conducting shoes, socks and stockings in DE 102 55,408 A1 is described. That is here provided, in whole or in part and that in the shoes are inserted completely or partly electroconductive insoles electroconductive soles. In these soles or.

Insoles are not insulated current conductors inserted. In the solesenwoven further conductive threads or current conducting portions are Socks and stockings of woven fabric. This will by the foot of the user received in the shoe allows starting from the so attainable, electrical contact with the earth a derivative of the electrostatic charging.

In the present, we have clothing and the mostly insulating not prevent a high electrostatic charge of the body can be formed of footwear. This sport systems is also in the use of, at which the user via a shoe, especially a sports shoe is connected to the sports apparatus, deriving the electrical charging and thus a potential compensation to ground not possible. Moment grounding the natural, electrical ground state is made of the body and it also sustains upright again. This grounded, electrical ground state promotes the health and performance in daily life in turn. In of previous time the people are passed over the earth, on their sat and slept, wherein the skin of their body is touched and so the natural electrostatic potential compensation is carried out the earth. This that nowadays predominantly insulating footwear is worn or in raised beds in insulating materials with plastic soles be slept, touches the skin of the human being, in particular the bare feet, with their far branched nerve ends , very rarely the soil. Through this contact is equal to the energy level or usually the body immediately. Energy potential of the earth on. Through the earth causes or the most diverse reactions are caused in the body. For example, the symptoms of many inflammation diseases ameliorated or are completely eliminated. Chronic pain can also be reduced or eliminated, the energy level increased as well as natural body rhythms be regulated. Accelerated healing process as well as an accelerated as well as to a further There can regeneration after intensive, physical activity are achieved. Moreover, can improve the consistency of the blood and the blood pressure are diluted or regulated.

The present invention proposes to, provide a sports movement, which starting from the potential equalization allows user using the sports movement towards the earth. sport clothing system for the sports movement and/or a, it should also a sports article for the sports movement be created, which enable each also potential equalization.

This task of the invention is solved by the features of claim 1.

The by the features of claim 1 advantage is achieved, since in use of a support device in combination with a so now also laundered Shoe for the user always an electrical contact over the continuous electrical contacting of the skin surface of the foot towards the terrain and thus the potential of the earth is made possible. By includes providing at least a contacting surface so a user can always lead away on the sport apparatus sport system its static charge on these electrical line connection to such a the earth. Nowadays be used in the clothing industry mainly materials, in which a user during wear by the associated, static charge on a with respect to the earth to higher charge potential charges. In order to improve the health and performance of the user's arrival can take place, with this continuous electrically conductively formed immediately on sports practice always a potential compensation and thus also sports movement the desired discharge.

A further embodiment according to claim 2 is also advantageous, since thereby the user always board-like formed during its use even in a wide variety of sports equipment immediately to the earth can remove the electrostatic charge on the body and thereby influences the electrostatic charging can be switched off or minimized at all acting.

A configuration according to claim 3 is further advantageous, because thereby upon the already existing components may be used in and on these board-like formed Sport apparatus by a corresponding, conductive connection with the first contact element of the shoe of the potential compensation allow. This Additional components can be dispensed with on, which form the contacting surface.

By forming according to claim 4 it is possible, also to use a pre-existing component of the sports device for forming the contacting surface. This will be often the case, formed of an electrically conductive material is present when no side edge. This, at least in sub-sections or in sections bearing surface surface the contacting surface or that the. Forms contact surfaces, can take place with the terrain so also the contacting of the sports device over one larger area ratio.

According to other design variant according to claim 5 wherein the possibility is created so board-like formed sports equipment, the shoe during use to connect via a coupling device to couple or to the sports apparatus, wherein this takes place mostly helically or helically formed connecting elements have their own. This secure attachment of the coupling device on the sport apparatus can be achieved.

A refinement according to claim 6 is also advantageous, because it means that the connecting element can be used in certain application cases also as the electrically conductive transmission element. This can also be used on existing and conventional components in this case.

In the configuration according to claim 7 is advantageous, in that such a simple electrically conductive connection board-like formed within of the sports device between its contact surfaces sports equipment and the fasteners can be created.

Through the refinement according to claim 8 it is achieved can be created that such a simple electrically conductive connection to the coupling device in the coupled position of the shoe and thus a continuous electrical line connection shoe interior and the contacting surface between the. This can be found with few additional components the LEACHING, whereby a simple and cost-effective production of the reaches sport system is.

By forming according to claim 9 for the coupling device on and/or in the fastening region can so easily within the board-like sports implement an electrical contacting possibility be created, which can be realized simply and without projecting components on the sport apparatus. This has, for example, already by the bonding process of the coupling device with the corresponding line connection connecting elements provided for that purpose be realized. Mainline the application element can also serve for reinforcement of the fixing region of the coupling device on the sport apparatus but still.

A configuration according to claim 10 is also advantageous, as this on the coupling device at a predetermined location in accordance with the disposed on the shoe, first contact element a safe and continuous electrical line connection can be created.

Under a formation, as described in claim 11 is so created a secure, electrical line connection in the area of the sports device wherein more on it-arranged Coupling device.

It it is proved to be a design according to claim 12 advantageously, because it can be used on already existing components for the most part, by corresponding arrangement and configuration of the electrical circuit connection with one another or can be brought into contact with each other. Thus on simple manner without large fit of additional can in turn a continuous electrical line connection components to be created.

According to another embodiment according to claim 13 is so created the possibility, independently of the connecting region a direct, electrical contacting between the contacting surface and the second contact element of the clutch device to form. Therefore, so also the most diverse bonding systems using simple means and methods are used as a coupling device.

From advantage is, a configuration according to claim 14, because it not only on joint use with the sport apparatus a making contact with the earth, but also in that case, when the boot is used or used without a coupled to the latter Sport apparatus. This the time duration of the electrically conductive connection between the user and the earth can be increased still further.

Under claim 15 is so created the possibility, the boot being able to use existing coupling elements for the electrically conductive connection. Only inside the shoe is thus, in particular its shell, care needs to be taken to line connection to the to be produced.

In the construction according to claim 16 is so also during the ascent can take place and therefore a more efficient derivation of the electrostatic charging a greater contacting surface in area by the user on the earth.

It is an even safer this will include a training according to claim 17 as it can be performed by the user on the earth derivation of the electrostatic charging.

The ski skin or in an arrangement where the improvement according to claim 18 in particular allows the electrically conductive [...] then, when in a receiving opening or board-like formed Sport apparatus. Recess is arranged that such a simple, direct contact with the application element can be produced. This it is possible, to which additional equipment or. Configuration of contact surfaces to be provided to give up on the sport apparatus otherwise, whereby the forms ski skin or the insert element the contacting surface.

Finally is, a configuration, as described in the claim 19, possible, since also other than in association with a sports equipment such as sports movement board-like formed can be used for electrical discharge shoe. The possibility is also created here thus, during the entire sports use with such sports equipment always an electrically conductive connection between the foot of the user and the terrain, in other words the earth, to achieve.

The problem of the invention can optionally independently thereof or in combination with a sports device but also by the features of claim 20 to be resolved. This claim arising from the element combination of advantages are therein that can be created for a sports movement so a sport clothing system , wherein starting from the outerwear towards a continuous electrical dissipation path for the discharge of the boot of the user can be created of electrostatic charge. Therefore, so for the user always an electrical bonding and thus during the entire sports use towards the terrain be made possible for the potential of the earth. Since already on at least one of the shoes on its outside electrical contact surfaces are formed or arranged is on each contact with the earth to ensure a safe discharge of the electrostatic charge. This the health and performance of the user can, in particular during sports practice substantially are being improved.

From advantage, a configuration according to claim 21 is, because, according to the choice and training of the outerwear always a safe dissipation path for the electrical energy can be created by on the boot mounted or shaped contact element. This a proper derivation of the electrostatic charging can take place also in the foot region.

Pursuant shoe interior claim 22 is also a safe starting from the so created toward the electrical line connection on the outside of the shoe or the first contact elements arranged.

In the construction according to claim 23 wherein a divided so also a safe discharge may take place either by the upper part of the body towards the legs forming the outerwear and to subsequently to the first contact elements formed on the shoe or the shoes.

This will include a design according to claim 24 is possible, since even for the use of the said fingers covering items of clothing, such as gloves or finger stalls, also can be created over the outerwear here electrical dissipation path from.

The improvement according to claim 25 a continuous discharge of in the use of a protective helmet also made possible by the provision or electrostatic charges. Arranging electrically conductive layers in the region of the outer surface and/or in the region of the head transmitting room.

Advantageously, the training is according to claim 26, since a possible electrostatic charge in the use of a pair of safety goggles on the protective helmet, to subsequently over the outerwear towards the contact element of the shoe can be derived.

From advantage, a configuration according to claim 27 is, as it will not directly electrically conductive layer comes to bear to the skin of the user. Thus the possibility is created, on the inside of the outerwear skin-friendly materials to use them.

It it is proved to be a design according to claim 28 advantageously, since this makes the electrically conductive layer by an additional, the outer material forming outer layer can be covered. So that the can be protected from external environmental influences better electrically conductive layer. Bids but also a so be made available for a wide variety of sports a variety of layer structure of the outerwear.

The optionally independently thereof or in combination with a purpose of the invention can also be solved by the features of claim 29 sport clothing system but. This claim arising from the element combination of advantages are therein, can be created that is also sports equipment, which allow their use in sports practice always a grounding in the course and thus discharge of electrostatic charges. This may include a by friction, particularly air friction, at high speeds occurring electrostatic charge immediately be derived.

Therefore, but also prevents an electrostatic charge of the user of the respective item of sports equipment and thus the retention performance sports practice be improved. Through the potential compensation is always possible by a negative influence on the static charge for the user also reduced or avoided at all.

Through the improvement according to claim 30 to which additional arrangement or formation of contact surfaces can be dispensed with, since so directly above the base element the potential compensation and thus the discharge of electrostatic charging can take place.

Advantageously, the training is according to claim 31, for example, also the to the base body simply because a potential compensation is grounded and thus enables counting Cladding element. This will enable occurring during sports practice, static discharges can be transmitted immediately be derived, which otherwise to the user.

From, a configuration according to claim 32 is beneficial, since including corresponding use of electrostatic charge of the user directly from the sport clothing systems with anti-static function a occurring at the contacting surface, which is forwarded via the outerwear and thus derived can be sports equipment.

Finally is, a configuration, as described in claim 33, possible, since this would give rise to an additional monitoring lead capability can be created over the poles or the used in sports practice. Thus [...] formed in addition to the discharge line via the shoe can also be created on the sports equipment a corresponding dissipation path.

This is to give a better understanding of the invention on the basis of the subsequent figures explained.

It each show in highly simplified, schematic representation:

Fig. sport system a first embodiment of a 1, wherein the sports equipment is formed as an alpine ski, in plan view with the sleeve mounted thereon Coupling device, but removed Shoe;

Fig. 1 with a piece of sports equipment and shoe 2 the sports movement of Fig., in side view in accordance with the lines ll-ll in Fig. cut 1;

Fig. sport system a second embodiment of a 3, wherein the sports equipment is formed as route ski , without coupling device and without Shoe in plan view;

Fig. 3 and 4 the sports movement of the shoe prior to coupling with the with Sport apparatus Fig. coupling device, according to the lines IV-IV in Fig. 3 cut in side view;

A third embodiment of a 5 Fig. sport system , wherein the sports equipment is formed as [...] , cut in side view;

A fourth embodiment of a 6 Fig. sport system , wherein the sports equipment is designed as a snowboard, in plan view with more on it-arranged Coupling device, but removed Shoe;

Fig. 6 with a piece of sports equipment and shoe 7 the sports movement of Fig., in side view in accordance with the cut lines Vll-Vll in Fig. 6;

A fifth embodiment of a 8 Fig. sport system , wherein the sports equipment is formed as long run ski or Baking Country Ski as, in side view cut;

A sixth embodiment of a sub-section of a 9 Fig. sport system , wherein the sports equipment as constructed and a mounted thereon is long run ski or Baking Country Ski as stylized coupling device and represented, in projection, partially cut;

Fig. sport system 10 a seventh embodiment of a, wherein the sports equipment is formed as Crampons, cut in side view;

11 an eighth embodiment of a sport system Fig., wherein the sports equipment is formed as Snowshoe, cut in side view;

Fig. sport system 12 a ninth embodiment of a, wherein the sports equipment is formed as Skating blade, cut in side view;

Fig. sport systemsport clothing system 13 a further embodiment of an anti-static function with continuous with a and a sports article;

Fig. a first possible embodiment of a 14 sport clothing system with anti-static function;

A second possible embodiment of an 15 Fig. sport clothing system with anti-static function;

A third possible embodiment of a 16 Fig. sport clothing system with anti-static function;

A fourth possible embodiment of a 17 Fig. sport clothing system with anti-static function;

A fifth possible embodiment of an 18 Fig. sport clothing system with anti-static function;

Fig. sport clothing system 19 a connectivity of a protective helmet with the outerwear of a;

Fig. 20 a possible formation of a finger-garment with anti-static function;

Fig. 21 another form a finger-garment with anti-static function;

A first layer structure of the outerwear 22 Fig. with anti-static function, in section;

Fig. 23 a second layer structure of the outerwear with anti-static function, in section;

Fig. 24 a third layer structure of the outerwear with anti-static function, in section;

Fig. 25 a fourth layer structure of the outerwear with anti-static function, in section;

Fig. 26 a fifth layer structure of the outerwear with anti-static function, in section;

Fig. 27 a possible formation of a support device with anti-static function, in cross-section;

Fig. 28 a further training of a support device with anti-static function;

Fig. 29 is another possible form of a support device with anti-static function;

Fig. a further possible form of a support device with anti-static function 30, in cross-section;

Fig. a different training of a support device with anti-static function 31;

Fig. 32 a further training of a support device with anti-static function.

by way of introduction note that in the different described embodiments the same parts are provided with identical reference symbols can be transmitted or same construction unit designations , wherein the disclosures contained in the entire description mutatis mutandis to equal parts with the same reference symbols or same construction unit designations. position data elected They, too, are in the description, such as top, bottom, laterally, etc. and these are based on the immediately described and represented at a mutatis mutandis to Figure the new situation to transmit position data changing the position.

In the Fig. 1 to 12 are shown and described for various examples 1 sport systems , wherein should be mentioned that it is also still above this threshold fields of application, in which a user carries the shoes and the shoes 2 2 3 connected with a sports article or, in particular coupled, or directly therewith are provided. The sports equipment 3 Where more components, this can also be described as sport device system. These in particular then, when components are present or are used in order to achieve a anti-static function for the user. The described below and only as an example, for a plurality of possibilities led Embodiments can with a in the Fig. 13 to 26 3 26 and/or the different sports equipment sport clothing system described according to the Fig. 1 to 12 and the Fig. 27 to 32 are combined.

What matters in the 1 order sport systemswinter sports systems Prefers, ball haven systems and systems for other sporting activities, such as hiking, mountaineering, climbing, X-Country, Nordic walking and many other sports, wherein all sport systems 1 have an anti-static function. This means that the user of such a system in use of the sports device 3 also in electrically conductive contact with the earth.

In sport system different possible combinations of the boot 1 are the first embodiments of the described 2 with one of the sports equipment 3, wherein here always an electrical dissipation path from the interior of the shoe 3 towards the earth is made via the sports equipment 2.

The user of the shoe 2, particularly when it is provided a for the winter sports shoe, usually fights a sock or a sock and comes into direct contact with the skin with a not so 5.4 is therefore arranged in the electric heat sink element shoe interior already in such a case [...] eighth that the sock or stocking an electrical line connection between the skin of the user and the at least one electrical heat sink element allows 5. This the most diverse known systems in which next to the skin can electrically conductive are used carried Footwear.

The electrical heat sink element by electrical conductors in the shoe insert 5 can e.g., a formed of an electrically conductive material directly on the electrical conductors be formed or shoe insert shoe inner surface arranged. It would be but also still possible, when the boot comprises a boot shell and received therein an Innerboot 2 that the inner shoe at least in sections on its inner surface and/or the inner shoe shoe interior 4 facing the has an electrically conductive layer at least in sections.

As with shoes, in particular also for sports footwear is already known that is in 5 shoe interior 4 mounted or shaped at an outer side with at least one electric heat sink element 6 or an outer surface of the boot 7 in electrically conductive connection arranged or formed first contact element 2. Under outside or 6. Outer surface of the boot 2 is here understood that section to this, which on the side facing away from the 2 the shoe defines shoe interior 4. The or the first contact elements on the outside 6 or 7 can. Outer surface and/or are arranged or be constructed in. This the first contact element is electrically conductively 2 to be received in the shoe 7 can be connected with a foot of a user. These also then, when the shoe 2 inside which a solid outer shell 8 and 9 comprises a received additional Innerboot.

All subsequently described or still components. Elements, which for the electrically conductive connection between the 4 and the sports apparatus shoe interior 3, in particular its contacting surface 14, serve, can also be described as electrical Drainage device in its entirety.

The Sport apparatus 3 can be constructed [...]. This Is e.g. board-like construction, this can for example, as a winter sports equipment from the group of an alpine ski, long run ski , Baking Country Ski as, [...] , route ski , Snowboard be selected.

Irrespective of the sports equipment from the group of snowshoes 3 can but, Crampons, Skating blade be selected.

Thus 1 and 2 is in the 1 is a first possible training Fig. sport system of the shown, which in the present embodiment 3 is formed by a Skiboot and a an alpine ski as a sports apparatus.

A coupling device is formed here as an alpine ski On the 10 for holding the shoe 2 in 3 Sport apparatus a clutched position on the 3 arranged board-like formed Sport apparatus. The Coupling device 10 is also referred to as a ski binding in the present embodiment, which comprises a front jaw and a heel unit and, if desired, plate-like designed intermediate elements. The Coupling device 10 can further be connected by at least one tie member 3 to the sports apparatus 11. The two are schematically represented here in the indicated as screws 11 and project 2 Fig. connecting elements via the coupling device 10 as far as in the direction of the sports equipment before 3, 3 in a known manner that they project into the formed and the holder cause board-like Sporting device.

The placing of the coupling device 3 takes place in at least one attachment portion 12 at the 10 board-like formed Sport apparatus, which at least in the region of the stop and/or of the heel unit 3 is provided on the sport apparatus but also continuously over the entire length of the clutch device 10 and may extend.

Here still provided is Furthermore, that on and/or within the board-like sports device 3 at least in the attachment portion 12 of the coupling device 10 formed of an electrically conductive material formed on a 3 board-like 13 provided Sport apparatus is arranged or application element. In the present embodiment, the application element 13 is, for example, in the region of the top chord of the ski peeling off firmness of the connecting elements arranged and can serve in addition, by the mounting of the coupling device 11 to increase the 10. To to be able to form the connecting element or elements 11 are to be formed as electrical conductors, these from an electrically conductive material.

The board-like formed here has on its a terrain of the sports device 3 essentially matches the underside 3 Sport apparatus at least one contacting surface 14 on. In the contacting surface 14, for example, by at least one 3 board-like formed sports equipment can of an electrically conductive material the formed side edge 15 be formed. This is mostly formed from a metallic material.

As is further better 2 to see from the Fig., the electrical conduction with the first 5 shoe interior 4 is arranged in the heat sink element, electrically conductively connected to the footwear 2 arranged contact element 7. Located on the coupling device 10 can in the region of the first contact member 16 disposed immediately adjacent a second contact member 7 opposite the latter or be provided or. The second contact element 16 can, for example, by part of a support surface for the boot 10 be constructed on the coupling device 2. The at least second contact element 16 is at a 2 engaged position with the first contact member with the shoe 7 of the shoe and thus contacted electrically conductively connected 2.

To produce an electrically conductive connection between the second contact element is to reach 10 and the contacting surface 16 of the coupling device 14, here too a conductive connection. That is here the second contact element 16 of the clutch device 13 in communication with the application element 10 in an electrically conductive manner. This can be, for example, are realised that at least individual components of the coupling device are formed of an electrically conductive material 10 itself. The second contact element 16 is further formed with these components electrically conductively connected in an electrically conductive manner. The electrically conductively formed components of the clutch device 10 or the connecting elements extend at least up to the 11, 13 are connected electrically conductively with the application element which in the present embodiment. This that, as has been previously described, the application element 14 is connected in an electrically conductive fashion to the contacting surface 13 in turn is so a continuous electrical line connection between the 5 and the contacting surface 4 arranged in the heat sink element 14 shoe interior , which here is formed as a side edge 15, created.

Regardless board-like formed in 3 the contacting surface 14 could or in addition also by at least one of an electrically sports equipment conductive material 17 be formed bearing surface surface portion of a formed. Since bearing surface surfaces 17 are made usually consisting of a plastic material, this material can have electrically conductive properties and/or the material itself with electrically conductive particles be offset. In order to create an electrically conductive connection is simplified represented as 17 formed between the contacting surface 14 and the application element bearing surface surface 13, in dashed lines schematically a line connection. The electrical connection between the contact surfaces 15 formed as side edges on both sides of the side edges of the ski 14 and the application element is indicated as a schematic line connection 13. It should be mentioned that the electrical line connection by cable, special adhesive, inserts are accommodated or the like may be formed, which electrically conductively connect the corresponding component to each other.

Regardless also possible however that it would be, on the arrangement or the provision of the applicator element 13 in the attachment portion 12 to give up and to connect one or more of the contact surfaces 14 of the 3 by means of a simplified board-like formed in struck out-dotted lines represented device directly with the second contact element 16 of the clutch device 10 to be electrically conductive cable. An additional contacting the contacting surface 15 formed as a side edge 14 would also be possible. Furthermore, but also independently thereof it would be still possible, the contacting surface 14 directly connected to the second contact element 15 formed as a side edge 16 of the clutch device 10 to connect in an electrically conductive manner. This could also take place with a cable.

In the present embodiment, the first contact element is arranged or formed on the shoe 2 in whose sole region 7. Preferably, this takes place in the front sole portion, mostly below the ball region.

3 and 4 is and, if necessary, for a further Fig. Over the independent second embodiment of the is sport system shown 1, wherein, in turn, identical reference symbols for identical parts or. construction unit designations 1 and 2 are used as in previous Fig.. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 and 2 or pointed out. Reference is made.

This embodiment described here shown as 3 and the sports equipment is exported route ski 10 formed with a as Touringbinding coupling device. The shoe 2 is formed as a so-called route ski shoe for example, which, depending on the binding system itself or add-on parts. Inserts may have 8 can serve in its shell, which for direct coupling to the hitching structure 10.

This 1 is very similar to that constructed in principle sports movement, as described in detail in this earlier 1 and 2 has been the Fig.. So the coupling device 12 on the sport apparatus 10 must be shown in the fastening region 11 secured thereto by means of the connecting elements 3. In board-like 3 is formed here also, in turn, as the 13 in the area of the sports equipment the application element provided or arranged top flange. The contacting surface or. Contact surfaces 14 can be formed by the side edge 15 and/or the 17 bearing surface surface. The electrically conductive connection between the connecting members 11 14 13 towards the contact surfaces, optionally with interposition of the applicator element can take place analogously, as has been explained in detail this earlier.

Unlike the above-described embodiment and the arrangement of the first contact element 7 is here provided on the shoe 2 that the first contact element but not in the sole area of the shell 7 2 8 18 by at least one clutch element designed to the footwear is formed or disposed. This coupling elements can be formed, for example, in each case by a so-called metal insert 18, which during the manufacturing process of the shell 8 and thus held in this integrated or received are fixed thereto.

The coupling elements 18 each have cylindrical receiving openings on, into which coupling pin 19 of the coupling device 2 engage with the shoe 10 in the engaged position.

When Shoe 2 is formed a first electrically conductive connection so between the heat sink element 18 and the clutch elements 5.

The coupling pin 19 and at least individual further components or As the 10 are formed from electrically conductive materials of the coupling device, so in turn a conductive connection between the can 5 towards the contacting surface 4 arranged shoe interior be created in the heat sink element 14. In 2 on the coupling device 10 is so created the coupled position and of the boot 10 over portions of said fitting, the connecting elements 11 and 13 the conductive connection to the contact surfaces, optionally with interposition of the applicator element 14.

Furthermore, it would nonetheless still possible, at least one additional first contact element in the sole area of the shoe 7 to achieve 2 to be arranged to provide for or used, so that it may also a grounding of the user, not just when this 3 the sports equipment.

Furthermore is represented here schematically simplified that in the area of the 20 3 17 a which can be connected to the sports apparatus bearing surface surfaceski skin may be arranged, in a known manner, but which yet is detachable and 17 is spaced from the fixed shown bearing surface surface thereof. In the use of 20 serves ski skinbearing surface surface Located on the 17 applied in the so-called route skisascent mode for increasing of the back support 3 formed by the snow on the terrain the sports equipment.

So here the possibility that the as formed by its lateral edges 15 and/or 3 route skibearing surface surface 17 at least Sporting device one of the contact surfaces 14 forms. To bearing surface surfaceski skinover that the covering 17 also making contact with the terrain at least in some areas to achieve an additional 20, 20 and/or formed at least in partial sections ski skin can the electrically [...] be provided with an electrically conductive. This also offers a way of a large-area contact surface for conductive connection between the earth during the ascent movement and the user's foot to be created. To may be connected to create an even better electrical line connection, the electrically conductive portion of the 20 and/or the electrically conductive ski skin[...] 14 in an electrically conductive manner with at least one of said contact surfaces.

Regardless but also it would be still possible that the electrically conductive portion of the 20 and/or the electrically conductive ski skin[...] directly connected with the application element 13 is electrically conductive.

A further 5 is for itself and optionally in the Fig. sport system 1 shown independent third embodiment of the, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 4 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 4 or pointed out. Reference is made.

This here shown embodiment is formed by a 3 1 the sports equipment [...]sport system of the. Accordingly thereto is also the shoe 2 formed, which via a not shown in detail, in turn, to the coupling device 10 can be coupled for its use 3 Sport apparatus.

In shoe interior 5 arranged for contacting with the user is, in turn, the heat sink element 4, which electrically conductively with the first contact element 2 here in the sole area of the shoe 7 is connected in an electrically conductive manner. This is simplified by Strokes indicated. In the field of coupling device 10 and the first contact member 16 provided is directly opposite the second contact element 7, which in the present embodiment, directly with the connecting elements 11 in electrically conductive contact.

The application element can be arranged within the item of sports equipment 3 13, with which by the attachment of the coupling device 11 via the connecting elements 10 the second contact element 16 is in electrically conductive contact.

The [...] trained bearing surface surface 17 is here as 14 provided as contacting surface 3 of the sports article, said contacting surface 13 is connected electrically conductively with the application element 14.

But it would also be possible, in the region of the 21 bearing surface surface provide a receiving opening 17, which is used for holding of an insert 22. As indicated in dashed lines here can So of the insert part 22 and 14 form the electrically conductive element contacting surface 13 and/or electrical conduction with the application element may, for its part, the connecting elements 11 be electrically conductively connected. The insert part 22 or the insert element may also be formed or provided by the 20 ski skin. These different implementation options of the 20 ski skin , of the insert part 22 and their electrically conductive properties may also be used on other board-like formed there apply or sports equipment.

The boot 2 also en could Furthermore, , not, however, be provided or arranged closer represented coupling element 18, which can be connected with a part of the coupling device 10 in the coupling position. The coupling element 2 and the boot 18 could for example be arranged in the ball area [...] itself be formed of an electrically conductive material.

6 and 7 and optionally a further is in the for itself independent Fig. fourth embodiment of the 1 shown sport system , wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 5 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 5 or pointed out. Reference is made.

This sport system 1 comprises as a sports apparatus here a so-called possible further embodiment of the snowboard 3, which both may be formed in one-piece and parted mold. 3 mostly board-like Since this has also side edges 15 formed Sport apparatus, which may in turn form the contact surfaces 14. 3 it is customary, at these sports equipment that at least one fixing element in its fixing region 12 board-like formed in the 23 arranged or 3 Sporting device is formed. Since such fastening elements are mostly sleeve-shaped parts formed with an internal thread 23 and the cleaning solution may be formed of an electrically conductive material, a direct electrically conductive connection to the contacting surface 14 is, in particular the side edge 15 and/or the possible bearing surface surface 17.

The or the connecting elements 3 and 11 serve for connecting the coupling device 10 to the sports apparatus 23 are connected to the respective fastening element, in particular screwed therein. Thus execution-tape the connection element 11 can in this present directly at a to the shoe 2 2 7 of the shoe be made to contact with the first contact member engaged position. This the second contact element 16 of the coupling device 10 could be omitted.

In addition or independently thereof but also it would be still possible, to the coupling device 16 to provide for the previously described second contact element 10, so as to achieve a better contact with the first contact element so 7 of the shoe 2.

8 a further is for itself and optionally in the Fig. sport system independent fifth embodiment of the shown 1, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 7 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 7 or pointed out. Reference is made.

The sport systemlong run skis 3 as a sports apparatus 1 comprises further possible embodiment of the so-called 2 a a cross-country ski boot or Baking Country skis on or a provided therefor and as Shoe Sportshoe. Over the coupling device 10 is for use of the sports device 3 the shoe 2 to connect with this via known bonding systems. In shoe interior 4 is 5 disposed, in turn, the at least one heat sink element. Again, in the region of the sole of the boot 2, however, could be arranged the first contact element 7, which at a to the sports apparatus 2 to the second contact element 3 engaged position of the shoe 16 in the region of the coupling device 10 is contacted electrically.

As has been previously described, can be arranged in turn in the sports article 3 13 the application element. The second contact element 16 of the clutch device 10 is above the connecting element or elements 11 13 in electrically conducting connection with the application element. Since long run ski formed in which generally have no side edge 15 is present than 3 Sport apparatus is at least a partial section of the contacting surface 14 form bearing surface surface as 17, which is in turn in electrically conducting connection with the application element 13.

In addition or independently thereof it would also be possible, in the region of the 21 bearing surface surface provide a receiving opening 17, as they are already in the previously described 5 in which 3 has been formed as [...] Fig. Sporting device. Represented in dashed lines is This construction. In this receiving opening 21 can, for example, be 20 and/or the insert part 22 received in turn the ski skin , which then forms the contacting surface 14. A corresponding to electrically conductive connection between the 20 and/or the insert part 22 and the application element ski skin 13 towards the connecting members in turn 11 is to provide for in a corresponding manner.

A further 9 is for itself and optionally Fig. In the sixth embodiment of the autonomous sport system shown 1, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 8 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 8 or pointed out. Reference is made.

Here too long run ski or 3 a is here shown embodiment, as a sports apparatus. Baking Country Ski as shown, wherein the shoe 10 to the sports apparatus 2 via the coupling device 3 in the coupled position and contacted with the contacting surface 14 is shown in the region of the formed or arranged bearing surface surface 17.

In shoe interior 4 is 5 arranged in turn the heat sink element, which in electrically conductive contact with the coupling element positioned on the shoe 18 is 2. Thus again the coupling element 7 from the first contact element 18, which may be formed as a pin or pin-like element. To, on the one hand, a stable attachment or. Coupling of the shoe 10 and, on the other hand, a certain amount of pivoting of the clutch member 2 fixed to the coupling device in the coupled position in the retaining receptacle of the coupling device 18 to allow 10 is in this embodiment the coupling element 18 in the vertical direction with respect to the longitudinal extension of the sports device 3 and preferably in parallel alignment with respect to the 17 and the surface arranged to extend bearing surface surface.

Zum coupling of the shoe 18 is 10 the coupling element 2 to the hitching structure into a corresponding, here schematically represented holding receptacle of the coupling device 10 to use known and to hold and locked there. It the second contact element 16 by a part of the coupling device 10 can, in particular its holding receptacle be formed. Since the coupling element 18 is formed of an electrically conductive material preferably, an electrically conductive connection between the foot of the user can so easily starting from the heat sink element 7 via the contact elements 5, 14 be made 16 towards the contacting surface.

3 and 4 described above in any As already Fig., 10 of an electrically conductive material or may also portions of said fitting. Material be formed. Therefore, to subsequently via the connecting element or elements 11, optionally with the interposition of the applicator element 13, an electrically conductive connection for bearing surface surface 17 are made. Again, it would be possible in turn, in the region of the 21 bearing surface surface 17 to provide for the receiving opening, so as to contact the insert part 20 and/or locate ski skin 22 and in this the so with the connecting elements 11.

A further 10 is for itself and optionally Fig. In the independent seventh embodiment of the 1 shown sport system , wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 9 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 9 or pointed out. Reference is made.

The sport system shown here is a so-called 3 as a sports apparatus 1 shown Crampons, which itself is formed of an electrically conductive metallic material mostly. As Shoe full speed shoe 2 serves a mountain shoe or a, but also can be used wherein a route ski shoe or Skiboot.

In shoe interior 4 is 5 provided, in turn, the heat sink element, wherein in the region of the sole of the boot 7 2 the or the first contact elements are formed or disposed. The first contact elements 5 in contact with the heat sink element 7 are electrically conductive.

Since, as has been previously described, the sports equipment 3 itself is formed of an electrically conductive material is only for a contacting of the or the first contact elements 3 7 to the sports apparatus, for example a web or the like, to provide. It would be possible but also in turn, on the sport apparatus 3 a private, not, however, provide for closer represented second contact member 16, which provides for a more independent contact with the sports apparatus 3.

In the case of use of the shoe 2 with the arranged thereon take place as the grounding of the user in turn starting from the 3 shoe interior Sporting device 4 towards the contact surfaces formed by this right itself and the or the 14 3 Sport apparatus.

11 is for itself and optionally a further independent Fig. In the eighth embodiment of the 1 shown sport system , wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 10 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 10 or pointed out. Reference is made.

The 3 is here shown formed as Snowshoe Sporting device. As Shoe [...] exported shoes 2 can find the application, wherein the heat sink element is also provided and here again in 5 via an electrical line connection 4 shoe interior with the 7 is electrically conductively connected in the sole area disposed first contact elements.

Most snowshoes are headed components formed of an electrically conductive material formed on and mostly a claw-like manner, which can also be described as Crampons in the broadest sense. This are intended, at a harder snow editionto slip with the snowshoes at the surface to prevent the. Therefore, again, as already has been described previously in the 10 Fig., a grounding of the user 5 via the at least first contact element 7 towards starting from the heat sink element to the claw-formed component of the snowshoe as a sports apparatus 3 possible. The contacting surface 14 thus form a claw-like projections or the whole of at least the claw-formed component, as this is the case even in the case of a similar clamp irons or the Crampons.

Regardless but also it would be still possible, an outer frame member 3 form of an electrically conductive material 24 of the sports device. In the area 25 on the sport apparatus shoe support 3 a could opposed with respect to the at least one second contact element 16 or the first contact elements 7 be provided or arranged. This can, for example, via a line or a cable 24 be connected electrically conductively with the outer frame member. This embodiment is indicated in dashed lines in the left portion of the here Fig. 11. In this embodiment would then form the outer frame member 24 at least certain regions of the contacting surface 14.

In order to achieve an even better contact with the terrain would be, also a combination of the two previously described embodiments in order to form the 14 possible contact surfaces spaced apart from one another.

A further 12 and optionally for itself independent Fig. In the ninth embodiment of the 1 sport system is shown, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 11 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 11 or pointed out. Reference is made.

This embodiment shown here is the sports equipment and can, for example, directly on the shoe 3 as Skating blade formed and so associated with each other form a unit as a sports movement 1 2 be fixed. But it would also be possible, with the underside 10 via a coupling device not shown in detail the Skating blade 2 to connect the boot. This would to the footwear, and therefore for the 2 depending on the application different sport enterpriseice run skids arranged are connected.

Again shoe interior 4 the heat sink element is provided and is disposed in turn in the 5 or in electrically conductive contact with the first contact element in the region of the sole 3 7. Since the herein as formed of an electrically conductive material is formed itself Skating blade Sporting device, could be dispensed with to which additional arrangement of the second contact element the first contact element directly contacts 7 and 16 are 3 electrically conductively to the sports apparatus.

An additional coupling device 10 be provided if, in turn, could also, as has been previously described, at least a second contact element 16 be provided in the region of the coupling device 10, which optionally with the interposition of connecting elements 3 connected with the runner-shaped Sport apparatus 11 and thus is electrically conductive contacts.

The with a corresponding design or execution of the anti-static function 1 sports movement to subsequently also aims to make, to create an overall system, in which not only an electrical dissipation path from the shoe 2, optionally with the interposition of the clutch device 10, for contacting surface 14 of the sports device to create 3 is formed, but also a sport clothing system 26, which also has a continuous female connector for electrical dissipation path. Depending on the used individual clothing an electrical discharge can thus of the electrostatic charge on the body of the user and/or the clothing on the electrical dissipation path of the contacting surface 2 and to subsequently sport clothing system 26 on his shoe 14 of the sports device 3 to be achieved. 26 are possible examples of a plurality of conceivable sport clothing systems Below is shown and described. The shoe 2 is considered as a component of the 26 sport clothing system at the different embodiments.

It a sole insert 26 in the mutually different embodiments possible sport clothing system is of the, wherein the electrical contacting directly with the earth (earth) 2 is carried out by the at least one first contact element 7 of the shoe.

Irrespective of the shared use of the 26 or in addition it is also possible with one of the sports equipment sport clothing system 3, wherein the electric contact with the terrain (earth) then through said at least one contacting surface mounted or shaped on the sport apparatus 14 takes place 3.

A possible embodiment is shown in the 13 Fig. sport system of the 1, which comprises 26 and 3 comprises sport clothing system the sports equipment. The 3 is represented here only as an example and in the present embodiment by Sporting device formed Ski as. The shoe interior 4, which serves for receiving the foot of a user is electrically conductively with the at least one first contact element formed on the outside 6 of the boot 2 7 electrically conductively connected or arranged. In coupled position of the boot 7 10 2 via the coupling device comes with the second contact element the first contact element 16 in electrically conductive contact. Am Sport apparatus is at least one of the above-described contact surfaces 14 arranged or formed 3.

The entire sport clothing system 26 has preferably also a continuous anti-static function on, so as to be able to derive a continuous dissipation path to the terrain or so occurring electrostatic charges on the earth. The sport clothing system 26 27 in this here fully shown embodiment, comprises a outerwear, the or the shoes 2, a protective helmet 28, 29 and 30. a goggle optionally finger garments It must be mentioned that the aforementioned components or. For different sports sport clothing system be described subsequently in greater detail components of the 26. Furthermore, 31 can also still comprise the different foot garments sport clothing system 26, which here are, however, not shown in more detail in one of the subsequent Figures shown and described. Below socks be understood, stockings or the like.

In the present embodiment is of a thoracic Garment 32 and the outerwear 27 33 formed a leg-Garment. The outerwear is here carried predominantly on the fuselage, the arms and the legs.

The outerwear 27 has at least in sections at least an electrically conductive layer 34 on, which is schematically indicated by a dotted Crisscross. The at least an electrically conductive layer 34 is further simplified to the footwear on rendered dissipation path 2 with the contact element 7 electrically conductively connected or arranged. This here represented the shoes 2 or 2 point 6 on the exterior of shoe at least one arranged thereto or formed, first contact element 7 on, 2 to be received in the shoe to the foot of the user can be connected in an electrically conductive manner.

The outerwear 27 Is, as in this embodiment by the 32 and 33 formed the leg-Garment thoracic Garment, both garments have 32, 33 34 on the at least one electrically conductive layer at least in sections. Furthermore, then the thoracic Garment 32 with the leg-Garment 33, in particular in each case electrically conductively connected to one another whose electrically conductive layers 34, as indicated by a line with a connecting line 35 can take place. This a direct electrical line connection than dissipation path 32 toward the leg-Garment by the upper part of the body-Garment 33, for example of the trousers, created.

Starting from the outerwear 27, in particular the leg-Garment 33, the electrical dissipation path can be formed toward the first contact element 7 of the shoe 2.

In the left region of the leg-garment 33 is shown a possible embodiment, wherein the electrically conductive connection starting from the outerwear practice-ground in the shoe 27 2 9 for the first contact element electrically conductively formed Innerboot picked up and is carried out at least in sections 7. These may take place via the connecting line 35 again the line connection. It should be mentioned that the connecting line 35 among a wide variety of clothing may be arranged or formed.

In the area of the stub of the leg-garment part 33 is a further connectivity Right represented in order to form the derivative path 27 toward the first contact element 7 shown from the outerwear. This extends the connecting line 27 35 starting from the outerwear, in particular its conductive layer 34, towards the 5 heat sink element 4 arranged shoe interior. In the present embodiment, the heat sink element in the 5 can, for example, be formed by the insole. The Insole in this case is also designed to be electrically conductive and to subsequently with the first contact member is in turn in electrical line connection 2 7 of the shoe.

Another garment or. This can also still comprise sport clothing system 26 of wearing apparel of the 30 the fingers-garments. So the fingers 30 at least in sections at least an electrically conductive layer 36 can-garments have 36 be formed by or electrically conductive layer, as this is indicated in a partial section. The electrically conductive layer 36 of the fingernail garment part 30 can form the dissipation path towards the outerwear [...] formed in turn with conduit connections 27.

In the left area of the sleeve of the upper garment part 32 is represented that the at least one electrically conductive layer 30 via the connecting line 36 of the fingernail garment 27 35 electrically conductive fashion to the outerwear, in particular with their electrically conductive layer formed is connected 34.

The fingers 36 formed by the electrically conductive layer 30 itself actual garment, can be dispensed with on the separate arrangement of the connecting line 35, wherein then the electrically conductive connection electrically conductively formed derivative pathover onesleeve conclusion to form the electrically conductive layer 37 34 27 takes place towards the outerwear. This on the inside of the sleeve with the 37 is sleeve conclusion the electrically conductive layer formed by or formed 34 provided. The electrically conductive layer 37 is in turn sleeve conclusion 34 of the it is electrically conductively connected to the layer 27 34 the outerwear, in particular of the thoracic garment part 33.

As has been previously described, the 26 can also still comprise sport clothing system 28 the helmet. Again derivative path to create an electrically conductive connection to form the, the helmet 28 can at least in sections with an electrically conductive layer 38 on its outer surface 39 is provided with or be equipped with them. According to the right shoulder region of the outerwear 27 is still simplified terms that also the electrically conductive layer formed via at least one connection line 39 of the safety helmet 27 28 35 electrically conductive fashion to the outerwear, in particular its electrically conductive layer 34 is connected.

The Glasses 29 may comprise a 40 or a spectacle glasses lace. The glasses lace 40 or the spectacle bows may also be designed to be electrically conductive and are used as intended with the 28 arranged on the outer surface 38 of the safety helmet 39 in electrically conductive connection electrically conductive layer or formed. This it is possible to be able to manufacturing, of the goggle 29, in particular their spectacle lenses, a continuous electrically conductive connection via the glasses lace 40 or the spectacle bows derivative path up to the electrically conductive first contact element to form the 2 7 of the shoe.

14 and 15 are two possible formations Fig. Over the outerwear sport clothing system 27 26 shown to form the the, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 13 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 13 or pointed out. Reference is made. The difference resides only therein that in the 14 a two-part and in the 15 a one-piece training Fig. Fig. 27 is shown and described the outerwear.

The 14 and 15 represented in the two Fig. the previously described electrically conductive layer 27 in turn has at least 34 outerwear on or is constituted by the latter. In the case of a two-part formation of the outerwear 27, in other words the own 33 32 and the own leg-Garment thoracic Garment, the electrical connection is effected between these two items of clothing 32, 33 through the connecting line 35. It should be mentioned that the connecting line is only schematically indicated and 35 can be realized by each arbitrarily formed embodiment. Zur [...] the connecting line 35, in particular in the thoracic Garment contacting it with the 33 34 32 and the leg-Garment State of the Art arranged electrically conductive layers can find corresponding thereto from the known electrical pin/or couplings use.

In the area of the right shoulder of the outerwear 27, in particular of the upper body 32 is still represented-garment that, if the helmet is to be used optionally with the goggle 28 29 for the sports use, the electrical lead connection [...] 41 a for the formed electrically conductive coupling device may be arranged or formed. The junction device 41 can be formed, for example, by means of a plug connection or the like, with which the 35 electrically conductively connected with the protective helmet 28 communicating connecting line, in particular can be coupled.

leg conclusion In the area of 35 for connection to said shoe is also the connecting line 2 and/or the inner shoe simplified indicated 9.

Again 41 can again be arranged or formed a correspondingly designed for electrical interconnections. The same applies, but also for the mutual connection between the thoracic Garment 32 33 34 and the leg-Garment. The electrically conductive layer is also here represented by a indicated Crisscross simplified.

Contrary to form the 14 is in the 15 the outerwear 27 integrally Fig. Fig. that is, in the form of a or the like Overalls as, formed. So that the separate electrical connection line 32 and 35 between the thoracic Garment can 33 accounts for the leg-Garment. These conditionally that the electrically conductive layer 27 is formed over the entire surface 34 preferably continuously along the outerwear. In the field of outerwear garment Right represented here is 27 33 of the leg-leg -41 nor the electrical connection device 35 for further simplified with the connected thereto toward the first contact element electrically conductive connection connecting line 7 represented.

The 14 and 15 represented here in the two Fig. 27 can, for example, for the alpine [...] outerwear, the route ski run , apply for expeditions or the like.

27 16 a further possible training is the outerwear in the Fig. sport clothing system 26 shown to form the, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 15 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 15 or pointed out. Reference is made.

The 27 is of similar construction here represented formation of the outerwear, as the previously described embodiment in the 15 Fig.. The outerwear 27 in this case is of one-piece construction and the faces 34 on at least one conductive layer. This can extend over the entire surface over the entire outerwear 27 in turn. It it is advantageous, when the electrically conductive layer 27 forms 34 even the outerwear.

Here is shown the previously described in the area of shoulder 41 arranged in turn to the right or in the form of coupling device, wherein these via the connecting line 28 and/or 29 35 optionally with the protective helmet can be connected the goggle.

This here represented 27 can, for example, for the alpine running run outerwear, wherein [...][...]route running runs and for the apply or similar sport. Furthermore is still represented here that in the area of the additional retaining loops sleeve conclusion 37, arranged or are designed in particular for the thumb. This a better fixation of the sleeve on the arm can, in particular the thumb of the user be achieved.

Furthermore, shown here in the region of the right leg is still represented that here too, in turn, the coupling device may be provided which can be connected thereto or 35 arranged with the connecting line 41. Therefore, a respective electrical line connection 34 over the layer 2 are produced towards the first contact element 7 of the shoe.

17 and 18 are two further possible formations in the Fig. sport clothing system 26 comprising the outerwear 27 of the, foot garments 31 and shoes 2 shown, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 16 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 16 or pointed out. Reference is made.

The shown here, in each case a two-part form on the formations and the upper body 27 thus point outerwear comprise-Garment 32 and the leg-Garment 33 32 33 27 forming the outerwear garments. The two and 34 formed by the electrically conductive layer are ourselves in this respect. For a 35, the contact may in the form of the connecting line 32 and 33 between the thoracic Garment accounts for the leg-Garment. The 31 can be constructed as a sock or sleeve foot garments. Also this material to form the foot garments 31 42 may itself be formed by a further electrically conductive layer formed in an electrically conductive manner. This a direct contacting of the foot garment part 31 can also take place in the 5 shoe interior 4 arranged with the electrical heat sink element.

In the 17 the embodiment shown, the leg-Garment 33 in the Fig. as Pants with long legs formed. This embodiment may also be described as " [...] ".

By contrast, 33 than is in the 18 the leg-Garment Fig. trousers stubs formed with short trousers. This construction can be described as a so-called "Short-Pants" in the field of sport.

Since 33 and 17 both the leg-Garment Fig. according to the the foot-Garment 31 itself formed are electrically conductive, can be dispensed with here, too, in an array of connection lines 35.

By contrast is, as we will now 18 is represented in the Fig., between the short leg garment part 33 and the foot-clothing trousers stubs of the 31, in each case a connecting line 35 by Double prime indicated. It it can be, e.g., directly arranged on the body of the user, in particular glued-on, electrical connection lines act. However then sure that a continuous dissipation path 32 toward the first contact element starting from the thoracic Garment 2 7 of the shoe can be made.

Furthermore is in the region of the shoes 17 and 18 respectively in the two Fig. 2 2 with spikes or stubbles formed on the right-hand side illustrated Shoe, which project 2, respectively, over the sole of the boot. This spikes or stubbles are at a training the first contact element 7 or from this form.

17 and 18 respectively in the two Fig. Left represented in the shoes are no spikes or 2. Stubbles provided, but it is at least a partial section of the sole of the boot 2 electrically conducting. This at least electrically conductive portion of the sole 7 from the first contact element.

Wherein no additional use of a support device 3 This will also always a continuous electrically conductive dissipation path are formed.

17 and 18 shown in the 26 can for sport clothing system Fig. The the most diverse ball sports, such as football, rugby, Football, Golf, Cricket or Baseball apply. This but can also for tennis, badminton, squash, resounding football , handball, basketball or the like are used. It, however, with for other, here not explicitly mentioned sports have applied.

19 a further possible training is the outerwear in the Fig. sport clothing system 26 27 to form the shown, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 18 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 18 or pointed out. Reference is made.

This sport system embodiment of the here represented 1, in particular its sport clothing system 26, 27 and 28 shows a portion of the protective helmet the outerwear a part, which has been represented in section and enlarged.

The 27 can here be constructed outerwear, as these already above in any Fig. 13 to 16 has been illustrated and described. It each possible combination is with the 27 possible clothings differently formed there.

The Protective helmet 28 can have a different construction, in which here shown embodiment, this by an outer 43 [...] , optionally a layer of a damping material 44, as well as a layer formed may be formed 45 46 head transmitting room electrically conductively directed towards any one. The electrically conductive layer 44 46 can be connected in the process, with the damping material. 39 and 46 can arranging the electrically conductive layers on both sides Moment an electrostatic charge from both the outer surface 38 and 45 via the electrical connecting line from the region of the 35 head transmitting room , optionally with the interposition of the electrical connection device 27 41 and the outerwear, in particular its conductive layer 34 are derived.

The electrical contacting of the safety helmet 28 and 29 with the electrically conductively formed glasses lace optionally arranged thereon 40 can, for example, safety goggles for the alpine [...] touring skiing, the snowboarding, in expeditions, upon Bobsleigh, in skeleton and [...] apply.

The previously described electrically conductive layer 39 can be formed from a wide variety of materials, depending on requirements. So it would be also possible, the layer 39 formed of an electrically conductive lacquer and/or a plastic layer having electrically conductive properties to form. The head transmitting room 46 can be electrically conductive layer formed of a 45 facing the textile, embodied as a flat component be formed. The textile component may also, for example, by a so-called spacer structure, in particular a spacer fabric, be formed. By single-layer and/or multi-layered fabric this but also could Furthermore, , knitted fabric, knitted fabric, nonwovens or the like be formed.

20 and 21 are of the two further possible formations Fig. Over the 26 sport clothing system , in other words different embodiments of finger-clothing 30 shown, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 19 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 19 or pointed out.

Reference is made. The of fingers-Garment 30 can by a glove, mittens or the like can be formed.

As has been previously described in the 13 Fig., the fingers 36 formed by the electrically conductive layer 30 itself can-Garment be. Therefore is dispensed with to a detailed representation of the finger-garment part 30 for this embodiment. What is of the essence in this embodiment that both the inner surface and the outer surface of the fingernail garment has 30 continuously the electrically conductive layer is formed and/or through said 36. If, for example, two electrically conductive layers formed continuously provided and between these an insulating layer arranged 36, 36 are the two electrically conductive layers, which are arranged or form on the inner surface and the outer surfaces, to contact with each other.

The 20 represented in the 30 can likewise a component of the finger-Garment Fig. sport clothing systemsport system be 26 to form the 1.

Unlike of the previously described embodiment of the finger-garment is only in this embodiment shown here, provided 30, in that, on the side facing of the fingernail garment [...] of the user 30 36 arranged or the electrically conductive layers are formed only in sections. Heat to can 36, for example, electrically conductive layers arranged in a distributed manner over the surface and/or in the region of the finger insides[...] only at the arranged or be constructed. In [...] of the fingernail garment part 30 is further represented that the previously described electrical coupling device 41 may be arranged. Starting from this via the connecting line 35 a corresponding electric dissipation path towards the outerwear may 27, in particular its electrically conductive layer 34, are made.

The over the surface 36 are arranged in a distributed manner in the present embodiment, electrically conductive layers 47 41 electrically conductively connected to said coupling device have its own lead-out wires. The arrangement and formation of the lead-out wires 47 can be carried out arbitrarily, except that an arrangement preferably within the material for forming the fingers-garments 30 is selected.

The 30 in the embodiment shown is only 21 Fig. the nature of the contacting of the fingernail garment [...] arranged in a distributed manner in the region of the electrically conductive layers by the 36 towards the garment the outerwear 27, in particular the thoracic Garment 32, to the embodiment described in the 20 Fig. chosen differently. For the embodiment 21 is the wrist range of the fingernail garment part 30 the Fig. in the region of its outer surface by or formed with the electrically conductive layer 36 also provided. The arranged in the region of the palm and/or of the fingers 36 will be back on the lead-out wires 47 with the electrically conductive layers electrically conductive layer 36 in electrically conducting connection wrist range arranged in the. It it is possible, the individual 47 directly to the lead-out wires 36 electrically conductively wrist range arranged or formed in the electrically conductive layer to connect. It would be, however, also possible, here too the electrically conductive coupling device 41 provide for, which, on the one hand, with the lead-out wires 36 47 and on the other hand to the electrically conductive layer is connected electrically conductively wrist range arranged in the. In dashed lines is simplified terms 41 The junction device.

With the can 30 21 represented in the Fig. outerwear garment of the finger-Garment 27 for the contacting, in particular the thoracic Garment 32, such arrival, as is shown in the region of the right sleeve 13 is represented in the Fig..

In the Fig. 22 to 26 different formations 34 are arrangement possibilities of the electrically conductive layer and to form articles of clothing of the outerwear 27, 32 and/or leg-clothing in particular of thoracic clothing 33, shown, wherein, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 21 are used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 21 or pointed out. Reference is made.

In the embodiment shown is in the the material for the formation of the garment 22 Fig. 27 itself through said electrically conductive layer 34 formed the outerwear. Therefore, both starting from the user and thus the inside of the material, as well as from the outside of the material a continuous electrical dissipation path be created. In this embodiment may also be described electrically conductive layer formed as the outside material 34.

In the embodiment shown is in the the at least one electrically conductive layer 23 Fig. 34 of the outerwear 27 on a the user 48 underlaid by a inner material at least in sections essentially matches the inner side. The material 48 can be set arbitrarily of said inner material, wherein this has no electrically conductive properties. Even 34 forms the electrically conductive layer formed on this here shown embodiment, the outer material of the garment the outerwear 27.

In the embodiment shown in the 34 forms the at least one electrically conductive layer 24 Fig. the outerwear 27 not the outside material of the garment. Thus here the at least one electrically conductive layer formed is 27 49 covered by an outer layer 34 of the outerwear. The at least one electrically conductive layer formed by the outer layer 34 can optionally also on the inner side facing away from the above-described inner material 49 48 be underlaid at least in sections.

The in the Fig. 22 to 24 described embodiments of the layer structure are used to form articles of clothing of the outerwear 27 chiefly Alpine racing sports, Bobsleigh, [...] , long run haven[...] and, where appropriate, during the.

25 and 26 in the embodiment shown is on the order to form a multi layer stack Fig. clothes of the outerwear 27, 32 and/or leg-clothing in particular of thoracic clothing 33, shown. Due to the multi-layer or multi-layer construction can be achieved in particular in winter sports better [...] /or damping properties.

In the embodiment shown is the outer layer and thus in the 25 Fig. the outer material 34 formed by the electrically conductive layer. The the body facing innermost layer forms the inner material 48 in turn said inner material 48 that side of the. On the 34 formed by the electrically conductive layer can facestock a, but preferably also be arranged more intermediate layers 50. It it can act is different "blocker-layers". These can effect upon exposure to, for example, for the user and/or moisture protection for air flow.

In addition is still shown here that on the of the electrically conductive layer 51 48 34 facing side of said inner material may be arranged at least an insulating layer. This a layer structure is created starting from the outside material, in other words the electrically conductive layer 34, the at least one intermediate layer 50, the insulating layer 48 51 and the inner material.

In the embodiment shown is still shown in the 26 Fig. that the layer structure is selected to form of clothing the outerwear 27 this may be the same, as previously described in the is 25 Fig.. The outer material forming electrically conductive layer 34 is here still Projects previously additionally 49 covered by the outer layer, which forms the outer material in the present embodiment. The entire layer structure thus comprises, starting from the outer material to inner sides the outer layer 49, the electrically conductive layer formed 34, at least one intermediate layer 50, the insulating layer 48 as innermost layer or 51 and said inner material. Situation. This can also be described as fodder situation.

In the Fig. 27 to 32 possible formations are of different sports equipment sport system 1 shown to form the 3, wherein here also a combined use with the sport clothing system 26 is beneficial. Safety precautions are, in turn, identical reference symbols for identical parts or. construction unit designations as in previous Fig. 1 to 26 used. To unnecessary to avoid repetitions, reference is made to the detailed description in previous Fig. 1 to 26 or pointed out. Reference is made. These subsequent further sports equipment are thus also on and 3 have a with an electrically conductive dissipation path equipped anti-static function. For a grounding can be achieved.

To 3 ground during use of most different sports equipment and also a user to create an electrically conductive dissipation path so that, by way of example 3 in addition to the already above in any other sports equipment Fig. 1 to 12 shown and described 3 sports equipment represented. Since at these generally have no direct Contacting 3 sports equipment described below starting from the user via the or the shoes 3 and its contacting surface 2 towards the sports article 14 can take place, are cited here further opportunities to form the electrical derivative path exemplary.

The Fig. [...] 27 shows the sports equipment in the form of a 3, which also can be described as "Bobsleigh". Depending on the number of persons is also the size of the formed [...]. The [...] formed in this embodiment a base body 3 as 52 and comprises at least one sports equipment on the basic body 53 52 disposed or formed base member.

It the base member 53 serves to at least temporarily during use by the user, so as to be supported on a single site.

In the present embodiment, the base body comprises at least one lining element 52 54 and struts not shown in detail, and connection components stiffening parts. The base body 52, 54 in the present embodiment, the cladding element, has at least an electrically conductive layer at least in sections on or is 55 55 formed by the electrically conductive layer at least in sections. Heat to 55 is preferably electrically conductive layer 52 arranged or formed all over in the area of the outer surface of the base body.

The base member 53 is formed by so-called runners in the present embodiment. An electrically conductive material for the base member 53 is here selected Prefers, wherein this said at least one contacting surface forms 14. 53 forming runners for no electrically conductive material the Are the base element formed, 14 are, for example, by electrically conductive insert elements or the like to form the contact surfaces.

Zur derivative path at least an electrically conductive layer 55 is the formation of the electrical, which is formed on the base body arranged or 52, 53 to connect electrically conductive fashion to the contacting surface 14 of the base member. This Line connection is simplified by Strokes indicated.

For connecting or. Holder 52 and the base member 53 can add a supporting frame between the base body 57 be arranged, which is also part of the sports device 3. The support frame can also be described as a so-called chassis 57.

At least a supporting element 52 can also still comprise the base body 58 in addition for the or the user. The supporting element 58 has a facing or which can be made to support surface 59 on the user. The support surface 60 59 has a electrically conductive layer 60 is formed on or by the electrically conductive layer at least in sections.

When using the above-described antistatic sport clothing system 26, in particular then, when the outside material through said electrically conductive layer 34 is formed or has this, can take place during its support on the support surface so a contacting of the user 60 59 with the electrically conductive layer. In another consequence that the 58 is electrically conductive layer 14 of the base member 60 of the bearing element 53 also electrically conductively connected with the contacting surface. Therefore, both an electrostatic charge of the base body 14 contacting surface 52 and of the user and thus to ground 58 towards over that support element are derived.

28 and 29 is shown in the Fig., for example by a 28-3 that the sports equipment or a toboggan [...] -Fig., in particular [...] -Fig.

29-may be formed. But these two sports equipment 3 may in turn be a component of the antistatic sport system formed 1.

The [...] 52 formed on the base body 3 is also above as sports equipment, which is provided at least in sections with the electrically conductive layer 55 is formed by the electrically conductive layer or at least in sections 55. Am base body 52 is on the side which can be directed towards or facing the site in the form of skids 53 the base element, in particular of an electrically conductive material, arranged in particular attached thereto. The user can also have side directed towards the [...] in turn on the at least one support element 58, wherein at least in sections at its 59 also this, in turn, the user is provided with the electrically conductive layer facing support surface 60 is formed by this or in sections.

In the present embodiment, the electrically conductive layer 52 and 55 of the base body are the electrically conductive layer 58 60 of the bearing element in electrically conducting connection with one another. The electrically conductive layers 55, 60 are arranged and formed on the base member 14 with the contacting surface 53 in turn electrically conductively connected.

Since the execution of the sports device is very similar to that according to the 29 Fig., as this has been already previously described in the 28 Fig. is closer to point here no longer received.

The Fig. above in any one of 27 to 29 described embodiments of the sports device 3 directly via their runners are in contact with the earth, wherein the runners of an electrically conductive material, in particular a metallic material, are formed. This ranges from a unique Contacting per runner mostly.

In the 3 is formed in cross-section than the 30 Fig. board-like represented simplified sports equipment, 52 and 53 also this by the substrate wherein the base member 14 is formed which is arranged thereon and is formed with the contact surfaces. A detailed representation of the inner layer structure of simplicity has been waived. The contacting surface 15 and/or by at least one of the side edges 14 can here be formed the bearing surface surface 17, which form the base member 53.

Located on the outer surface 56 of the base body is 55 arranged or formed, in turn, the electrically conductive layer 52, which, for example, via the electrically conductive manner with at least one of said contact surfaces placed inside 13 14 is connected application element.

The previously described electrically conductive layer 55 can be formed from a wide variety of materials, depending on requirements. So it would be also possible, the layer of an electrically conductive lacquer formed 55, a plastic layer, a braid disposed in the region of the outer surface 56, knitted fabric, knitted fabric and/or fabric be formed from electrically conductively formed filaments or fibres. Since the basic body 52, in particular its Cladding element 54, usually consisting of a plastic material is formed, which also can be reinforced still with at least one liner layer, the electrically conductive layer formed of a planar material 55 can with embedded in the plastic material or be held thereto by this.

31 and 32 the sports equipment is sport system Fig. Over the 3 1 as Stock the, in particular ski pole, formed.

Pursuant [...] 52 is formed and the illustration of the base body 31 comprises Fig. in addition, a loop 61 and 62 arranged thereto or formed a handle element is both the handle member 61 and. In the present embodiment, the loop with an electrically conductive or electrically conducting 62, not separately identified, layer provided.

The [...] 52 has, on its end facing away from the handle member 61 formed base body 63 preferably on a tip, which preferably is formed of an electrically conductive material. In the present embodiment, the base element 63 forms 53 from the tip So, which itself forms the contacting surface 14. As with a bar indicated schematically, the handle member 61 is above the basic body 53 52 63 formed through the tip in an electrically conductive manner to the base member in electrically conducting connection.

So it would be possible, for example, the basic body 52 itself of an electrically conductive material to form or to create a separate electrically conductive connection, as indicated by the grain is represented by the 35 this connecting line.

On in the embodiment shown of the sports device 3 with the body forming [...] Fig. 32 52 62 the already previously described only in the region of the loop is, electrically conductive coupling device 41 disposed. This it is possible to create, on the 35 electrical connection line formed in the base body 52 arranged and/or optionally an electrically conductive connection from the region of the loop 14 62 towards the contacting surface.

The contacting of the electrically conductive coupling device 62 may, for example, in the region of the loop 41 the finger-Garment 30 or 35 with one of the garments of the outerwear own electrical connecting line 27 a further, in particular the thoracic Garment 32, arrival.

Remote end of the stick-shaped base body 61 of the gripping element In the area of 52 is still indicated that the contacting surface 64 63 fitted on the tip 14 may be formed by a contact element. This contact element 64 can, for example, be formed from an electrically conductive plastic, so as to avoid a direct hard contact of the usually consisting of a metallic material formed so 63 with the terrain tip. The contact element 64 can find application, for example, in so-called [...].

The sport system be a possible embodiment variant of the embodiments 1, at which point it should be noted that the invention is not restricted to the specifically illustrated embodiment thereof, but rather are also various combinations of the individual embodiment variant with one another and these possible due to the technical information by subject invention in the Can variation option in this technical specialist is operating in the area of the.

They show symptoms or combinations of features from the shown and described also Additionally, different embodiments for itself independent, inventive solutions according to the invention represent or.

The independent inventive solutions can be taken from the description problem to be solved The.

Especially the individual can 1 into the Fig., 2 ; 3, 4 ; 5 ; 6, 7 ; 8 ; 9 ; 10 ; 11 ; 12 ; 13 ; 14 ; 15 ; 16 ; 17 ; 18 ; 19 ; 20 ; 21 ; 22 ; 23 ; 24 ; 25 ; 26 ; 27 ; 28 ; 29 ; 30 ; 31 ; 32 shown what the subject matter of stand-alone, according to the invention form solutions. In this respect, according to the invention are shown in these Figures the detail descriptions tasks and solutions.

But, for the record, should finally be pointed out that this or its components for better understanding of the structure of the part 1 sport system[...] and/or increased or decreased have been represented.

[...]

Sports Movement

Shoe

Sport apparatus shoe interior heat sink element outside first contact element shell

Innerboot Coupling device connecting element fixing region ski skinbearing surface surface coupling element coupling pin receiving opening insert contacting surface sides edge second contact member application element outer frame part 31 shoe supportsport clothing system outerwear Protective helmet goggle finger-Garment fastener foot Garment 32 34 33 leg-Garment thoracic Garment layer

35 connecting line 36 layer

37 38 surface sleeve conclusion

39 layer

40 glasses lace

41 coupling device 42 layer

43 Shell

44 45 46 layer damping material head transmitting room

47 48 inner material contacting line

49 outer layer

50 intermediate layer 51 insulating layer

52 basic body

53 base member

54 55 layer cladding element

56 outer surface 57 supporting frame

58 supporting element 59 support surface

60 layer

61 62 63 tip loop handle element

64 contact element