Bag tool.

[0001] The invention concerns a bag tool, like in the generic term of the requirement 1 beschrieben.

From the WHERE 01/39 629 A1 are and CH 686,173 A5 different remarks of bag tools in form of a Taschenmessers or a plattenförmigen tool map well-known, which exhibits a housing with at least an angle of photography and several functional parts movable from a storage position within the angle of photography into a customs position outside of the angle of photography. These functional parts are on the one hand by tools, as for example shears, a measurer, a screwdriver or such, and on the other hand than utensils, as for example, formed for Zahnstocher, tweezers or cleaning needle. The functionality of these well-known bag tools is extended in accordance with the CH 686,173 A5, as within the housing a with back-up battery main memory RAM memory (random ACCESS MEMORY) or a read-only memory ROM (READ Only MEMORY) is arranged. These memory is stationarily in the Taschenmesser arranged. In this memory can be callably deposited programs or data. One calls the main memory also so-called volatile memory, because this must be supplied with according to necessary tension, in order not to lose memory contents also when switching supply voltage off. The arrangement of the battery in the housing, necessary for it, leads to the fact that the bag tool in its whole are increased or arranged with comparatively same external dimensions only a low number of items at functional parts in the housing können.

If the memory is designed as ROMs, can be selected excluding data from the memory, however a writing of data is not possible on the memory, so that the user exclusive Datenbzw given by the manufacturer of the bag tool. To use and thus the Verwendungsgebiet of the bag tool knows programs strongly reduced ist.

Beyond that a multi-functional Taschenmesser is well-known from the JP 2003-010 570 A, which exhibits a GPS receiver with antenna, evaluation electronics, an input unit, a display unit as well as a power supply element, like battery, beside the conventional functional parts, like measurer, shears, for orientation in the area solar cell or accumulator. The input unit covers an input means, over which the coordinates of the destination are entered. The input means is by a pushbutton or an infrared interface gebildet.

One of the functional parts is designed as electronics module and covers a support casing tiltable stored at the housing of the Taschenmessers, which with the power supply element as well as Eingabeund display unit is equipped. Evaluation electronics as such is arranged separately from the tiltable support casing in the housing of the Taschenmessers and relative to the regulation from local coordinates A'; B' and computation as well as announcement of the destination direction on the display unit to concerning the distance a measurer axle aligned from point A to point B ausgestaltet.

The available invention is the basis the task to extend the area of application of a bag tool without affects the dimensions of the bag tool by it werden.

The task of the invention is solved by the characteristics shown in the characteristic part of the requirement 1. The advantages, which are devoted from the fact that the electronics module for its use can be moved into a position outside of the angle of photography of the bag tool and thus a better accesibility, in particular to the interface, is reached. In the not volatile memory can data, for example text datas or data as Bildoder language information and such, and programs, for example application programs and such to be written and selected, whereby the not volatile memory is characterised by it that contrary to the well-known, volatile main memories, where data and programs can be likewise read in and written out, which electrical power supply can be void and which otherwise for the accommodation for example a battery in the housing necessary space volumes either when additional storage location can be used or for further tools. Thus can be essentially raised the functionality of the bag tool, in particular the storage capacity or the area of application as tool, without enlargement of its external dimensions considerably. The longitudinal guidance or swiveling storage between the support casing of the electronics module and the housing of the bag tool causes a clean course of motion of the electronics module opposite the angle of photography and/or a Lagerachse.

arranged in the housing The arrangement according to requirement 2 is by advantage, is there on the one hand the memory within the generally umschlossenen support casing arranged and thus a mechanical stability high opposite environmental influences, as for example humidity, dust and such, sensitive electronics construction unit protected and on the other hand the support casing exhibits and to pressure loads is insensitive. The interface places the link between the memory and an external EDP system dar.

Also the arrangement is of advantage bedarfsweise solvable locking device, as in the requirement described 3, there impossible over these an unintentional adjustment procedure of the electronics module from its storage position as far as possible ist.

In accordance with requirement 4 a standardised length can do one from the conditions admitted of bag tool maintained werden.

Favourable courses of motion for the second functional part are in the requirements 5 and 6 beschrieben.

The further educations according to the requirements 7 and 8 are of advantage, since now the electronics module can be completely separated in its customs position from the housing of the bag tool and used independently of this. The straight increasing safety regulations in the air traffic forbid the use of a bag tool, in particular with knife blade or shears and such, to the user in the aircraft passenger cab. Since now the electronics module can be separated over the clutch device of the swiveling storage of the housing bedarfsweise, the housing can be accommodated carried with the tools in the travel pastry, meanwhile the electronics module of the user into the aircraft passenger cab wird.

The arrangement according to requirement 10 is of advantage, since now the Lagerachse anyway existing in the housing forms the second clutch part and no additional elements in the housing be arranged must, those again to an enlargement of the external dimensions of a bag tool leads würden.

In accordance with the further educations according to the requirements 11 and 12 the second clutch part is formed by an adapter tiltable stored at the Lagerachse in the housing, whereby the Anund uncoupling the electronics module at and/or of the adapter in particularly simple way are accomplished kann.

Favourably also the arrangements are according to the requirements 13 and 14, according to which anyway Seitenund existing of the basic structure of the bag tool/or partitions, which support casings of the electronics module serve as longitudinal guidance. The electronics module can be pushed in thereby in a direction running parallel to the longitudinal axis of the bag tool with that the angle of photography turned interface in front into the angle of photography led or be pulled in opposite direction out of the angle of photography led. The angle of photography is between two each other opposite side panels or Seitenund partition of a Taschenmessers, or between two lying side by side, Grundund cover plate of a tool map from each other in the distance partitions holding ausgebildet.

Special also the training are of advantage according to the requirements 15 to 19, since the electronics module in its storage position is lockable over the locking device within the angle of photography and thus a vibration-proof adjustment is ensured. In a first execution the locking device is through with one another in interference bringable Steckoder Rastbzw. Snatching elements or frictional engagement elements in an educated manner. In accordance with the execution of the bag tool as Taschenmesser is the Steckoder Rastbzw. Snatching elements or frictional engagement elements in the housing at least one of each other turned sides neighbouring Seitenund/or partitions and at the support casing at least one Breitund/or narrow side walls arranged. In accordance with the tool map is the Steckoder Rastbzw. Snatching elements or frictional engagement elements in the housing at least one of each other turned, internal sides Grundund cover plate and/or at least one of to each other neighbouring partitions and at the support casing at least one Breitund/or narrow side walls angeordnet.

Different, favourable arrangements of the housing of the bag tool are in the requirements 9, until 22 described. In a preferential execution form of the bag tool the electronics module is stored around one perpendicularly to its broadside walls running axle tiltable at the Lagerachse arranged in the housing, so that those measure width, between the parallel broadside walls of the support casing, for the total width of the bag tool are determining and the height of the support casing of the electronics module essentially corresponds to a standardised overall height of the bag tool. It is to be noted however that those corresponds to width of the support casing of the electronics module only about the half height and in particular between 5 mm and 9 mm, for example 7.5 mm, amounts to. Thus is a particularly handergonomic and comfortable handling bzw.

Manipulation of individual tools and the electronics module possible. Furthermore the entire assembly of the bag tool knows partitions of the housing substantially simplified werden.

by the use anyway for the connection individual Seitenund if necessary of the connecting pins used as Lagerachse for the tools and the electronics module Favourably also the arrangement is according to requirement 23, since now with already low energy expenditure uncoupling of the electronics module of the second clutch part is on the other hand possible for coupling the electronics module to the second clutch part on the one hand and the first clutch part engages automatically at a storage space of the second clutch part. In preferential way the spring action in the locking arm becomes regarding the energy expenditure optimiert.

Also the training is of advantage according to requirement 24, whereby unintentional swinging of the electronics module out is as far as possible impossible from the storage position during the transport of the bag tool and can the spring action in the locking arm of the first clutch part and thus the energy expenditure for the Anund uncoupling the electronics module by that and/or by the housing be kept low, since in the storage position of the electronics module over the clamping arm engaged at the Lagerachse a constant retaining strength is adjusted between the clutch parts supported against each other. This retaining strength is only then again solved, if the Lagerachse from lowers at the clamping arm is lifted out and over the rest nose away up to the circle-arc-shaped scenes course moved, their radius the Schwenkradius of the electronics module entspricht.

In addition, the arrangements according to the requirements 25 to 35 are of advantage, since by means of the cover cap the interface of the electronics module can be kept during the transport of the bag tool protected from defective environmental influences, as for example contamination, splash-water and such, or mechanical loads. In a preferential execution the cover cap between Öffnungsund closing position is axially adjustably or trained opposite the housing tiltable toward the longitudinal axis of the bag tool. The tiltable cover cap exhibits a second final wall part with a supporting surface for a first narrow side wall of the interface, over which due to an adjustment movement of the cover cap from the Schliessin the open position is swung out, at the same time the electronics module from its storage position into a defined withdrawal position. Thus additional grasp elements on the electronics module can be void. Unintentional swinging of the cover cap and the electronics module out is thus prevented reliably over a locking device between the cover cap and the housing. In variation in type the cover cap can be trained by a subrange by the housing of the bag tool, whereby the number of independent devices is reduced and the bag tool a compact design erhält.

In accordance with the remarks according to the requirements 36 and 37 the memory can be formed by a Flash memory card or by a RFID (radio frequency identification DEVICE), store the data and/or programs non volatile. These non volatile, again-recordable memory avails itself of the semiconductor technology and works zuverlässig.

In accordance with the requirements 38 and 39 a data exchange between the memory or the control circuit and a data processing mechanism, like computers, takes place or periphery, like printers, scanners and such, contact-afflicted. In addition one serves from state of the art admitted itself, standardised USB wall plug or alternatively a FireWireTM wall plug and/or appropriate female connectors, by its high data transmission rates auszeichnen.

Is concluding, as described 40 to 42 in the requirements, in addition, the use of an interface, with that Datenbzw. Signal transmission wirelessly takes place, from advantage. Such standardised and/or standardized interfaces are on the market under BluetoothTMSchnittstellen or WLAN interfaces (Wireless local AREA network) bekannt.

The invention becomes in the following on the basis the remark examples represented in the designs more near erläutert.

Show:

Fig. 1 and 2 Fig. 3 and 4 Fig.

Fig. 6 Fig. 7 Fig. 8 Fig. 9 Fig.

Fig. 11 Fig. 12 Fig. 12a Fig. 13 Fig. 14 the Taschenmesser according to invention with one into the storage position within the angle of photography adjusted electronics module, in perspective opinion; the Taschenmesser after the Fig. 1 and 2 with the swung out tools and into its customs position swung out the electronics module, in perspective opinion; the Taschenmesser after Fig. 4 in side view; the Taschenmesser after Fig. 2 in side view; a cut along the lines Vil Vil in Fig. 6; the Taschenmesser with into a withdrawal position adjusted the electronics module, in perspective opinion; the Taschenmesser after Fig. 8 in side view; a cutout enlargement of the Taschenmessers from Fig. 9 with the swiveling storage arranged between the support casing of the electronics module and the housing of the Taschenmessers as well as its clutch device with a first execution of the clutch parts; a cover cap for the protection of the interface into the storage position completely swung of the electronics module, in perspective opinion; a further arrangement of a clutch part of the clutch device of the swiveling storage, in side view and simplified representation; a section of the Taschenmessers with variation in type of a swiveling storage and a subrange of the housing not separable of the electronics module, in side view; the Taschenmesser with from its housing the Iosgelösten and/or completely separated electronics module, in perspective opinion; the Taschenmesser and the electronics module in a positioned situation before coupling the same to the second clutch part of the housing, in side view; Fig.

Fig. 16 Fig. 17 Fig. 18 a section of the Taschenmessers and the electronics module in a positioned situation before uncoupling the same of the second clutch part of the housing, in side view; a plattenförmige tool map in plan view and in strongly simplified representation; the tool map after Fig. 16 in opinion, in accordance with the lines XVll XVll and strongly simplified representation; a possible further execution variant of a locking device between the support casing of the electronics module and the housing of the tool map, in the profile and strongly simplified Darstellung.

By way of introduction it is noted that in the differently described execution forms same parts will provide with same reference symbols and/or same construction unit designations, whereby the revealing contained in the entire description will transfer in a general manner to same parts with same reference symbols and/or same construction unit designations can. Also in the description selected the position data, as e.g. above, are down, laterally etc., on the directly described as well as represented figure referred and are during a position change in a general manner on the new situation too übertragen.

Into the together described Fig. 1 to 15 is shown a first execution variant of the bag tool according to invention in different opinions. In accordance with this execution the bag tool is formed for a width by a Taschenmesser of 1, which exhibits a housing 2, which a 3 and one possesses to this rectangular measured length 4. The housing 2 points a photograph body 5, for example from metal, with two each other opposite, outside side panels 6, so-called outside plates, and two to, the outside sides 7 of the side panels 6 from each other turned away fastened cover plates 8 up. These cover plates 8 are for example formed from opakem or transparent plastic. In the remark example shown a partition 9, a so-called middle plate is arranged, and is trained between the two side panels 6 and the partition of 9 two at least partly separately, pit-like angles of photography 10 for different functional parts 11 from each other arranged by the middle plate between the two outside side panels 6. The two angles of photography are limited by Seitenund partition 6, 9 at least partly in each case and are at least partly from each other separated arranged and run parallel in several, next to each other lying levels to the sides 7 of the outside side panel 6 as well as extend between each other facing, front side final ranges 12, 13 of the Taschenmessers 1. as into the Fig. shown, each angle of photography knows 10 preferentially in each case two functional parts 11 aufnehmen.

Like further represented, the wise cover plates 8 at their the side 7 turned inside in this up, those in each case does not deepen arranged drillings for the admission of the front ends of for example in Fig. 6 and 9 evident Lagerachsen 14a to 15b, in particular rivet pin, are intended. The cover plates 8 are fastened to the outside side panels 6 of the Taschenmessers 1 over a press fit. The Lagerachsen 14a to 15b, which can be used in the drillings, connect individual Seitenund of partitions 6, 9 as well as between these arranged functional parts 11. The functional parts 11 are tiltable stored at the Lagerachsen 14a to 15b and/or the rivet pin. Preferentially 13 of the Taschenmessers 1 in each case two and perpendicular to the sides 7 running Lagerachsen 14a, b and 15a, b arranged one above the other is angeordnet.

in each other facing final ranges 12, Axle centers of the Lagerachsen 14a, 14b, 15a, 15b of the housing 2 arranged one above the other run congruently to each other and/or swore. The housing 2 points the Lagerachsen 14a, 14b, 15a, 15b auf.

One of these functional parts 11 is trained as Elektronikmodu119, which is arranged at within the front side, first final range 12 arranged, the first Lagerachse 14a tiltable stored and between outside Seitenund partition 6, 9 in the first angle of photography 10. This Elektronikmodu119 is from one for example in Fig. 1, 2 storage position shown within the angle of photography 10 and/or photograph body 5 in for example in Fig. 3, 4 customs position shown outside of the angle of photography 10 and/or photograph body 5 prefers over up to 180 ° ausschwenkbar.

Another functional parts 11 is trained in form of shears 16, which are likewise in the first angle of photography 10 arranged at within the front side, first final range 12 arranged, the second Lagerachse 14b tiltable stored and between outside Seitenund partition 6, 9. These functional parts 11 is by a not represented feather/spring spring-tensioned from for example in Fig. 1, 2 storage position shown within the angle of photography and/or photograph body 5 in for example in Fig. customs position shown outside of the angle of photography and/or photograph body 5 180° prefers 3, 4 ausschwenkbar.

around 90 ° or Two further functional parts 11 are formed by a measurer 17 and a file 18, that are arranged both at within the front side, second final range 13 arranged, the first Lagerachse 15a tiltable stored and between outside Seitenund partition 6, 9 in the second angle of photography 10. These functional parts 11 are in each case by not represented feathers/springs spring-tensioned from for example in Fig. 1,2 storage position shown within the angle of photography 10 and/or photograph body 5 in for example in Fig. 3, 4 customs position shown outside of the angle of photography 10 and/or photograph body 5 prefers around 90° or 180° swing-out. The shears 16, the knife 17 and the file 18 form thus tools aus.

At, the second Lagerachse 15b arranged within the front side, second final range 13 a cover cap which can be described still more near is tiltable stored. This is between outside Seitenund partition 6, 9 in the first angle of photography 10 likewise angeordnet.

As into the individual Fig. further evidently, Fig is arranged in at least one of the two cover plates 8 in as Schreibstift trained functional part 11, by a slidegate valve 21 led in not further a represented lengthwise slot in the cover plate 8, does not see. 7, is operatable. The Schreibstift 20 serves thus as Gebrauchsgegenstand.

This lengthwise slot is trained at one the side panel 6 turned inside of the cover plate 8. The slidegate valve is in one for example in Fig. 1 withdrawn end position and one for example in Fig. 4 registered, advanced end position lockable. The slidegate valve exhibits an actuator 22 outstanding from the outline of the cover plate 8 for its manipulation. A such Schreibstift as well as the constructional training of the lengthwise slot, which cover plate 8 and the actuator 22 is already from the state of the art admits and in the WHERE 99/07 247 A of the same Anmelderin in detail revealed. On the other hand the functional part 11 and/or utensils importable in the lengthwise slot in the cover plate 8 can be formed also by a Zahnstocher, tweezers or a cleaning needle and a such. Also at least one of the cover plates 8 knows several lengthwise slots for the need-wise admission of several utensils aufweisen.

In accordance with a solution according to invention, those in the Fig. 1 to 18 on the basis different remark examples is represented, is designed to that functional part 11 as electronics module 19 with an interface 24 and a memory, which and/or some oblong support casing exhibit 25. The support casing 25 covers two each other broadside walls 26 opposite in the distance and rectangular to these running narrow side walls 27, 28.

As in Fig. shown, a swiveling storage 29 is arranged 10 as increased representation between the Elektronikmodu119 and/or the support casing and the housing 2 of the Taschenmessers 1, which is equipped with a clutch device 30 for its part. The clutch device 30 exhibits two with one another in interference bringable, from each other solvable clutch parts 31.32, about which the first Kupplungstei131 is articulated connected in the front side, first final range of the support casing 25, in particular at the front side, first narrow side wall 28 and the second clutch part of 32 in the housing 2 of the Taschenmessers 1 arranged and/or with this. The second clutch part of 32 is formed after this execution by the first Lagerachse 14a in the first final range 12 of the Taschenmessers 1. , The first clutch part of 31 arranged within the front side, first final range of the support casing 25 to a longitudinal axle center 33 of the support casing 25 shifts arranged and perpendicularly to the sides 7 of the side panels 6 and/or perpendicularly to the broadside walls 26 running axle 34 forms out. Support casing 25 of the electronics module 19 is stored 34 tiltable at the first Lagerachse 14a in accordance with his first final range around the axle and points the first clutch part of 31 auf.

The first Kupplungstei131 covers at the front side, first narrow side wall 28 freely pre-assembled-rising up, partially feather-flexibly trained locking arm 35 and opposite the locking arm 35 rigidly trained store-hurries 36. The locking arm 35 is by Rastbzw. Snatching element in an educated manner and consists of two together adjacent arm sections. The first arm section attaches directly to the Lagertei136 and, the second arm section connected with the first arm section runs opposite to the first arm section. The free end of the locking arm 35, in particular the second arm section, is against a storage space 39 of the second clutch part of 32 with by the feather/spring rigidity of the locking arm 35 given Federbzw. Retaining strength pressed and/or supported during the Lagertei136 across one coaxially to the second Kupplungstei132 arranged, approximately halfdish-shaped bush 37 at the second clutch part 32 led is. That store-hurry 36 and/or the bush 37 trains a storage space 38, which is trained at least bereichsweise complementary as a storage space 39 of the second clutch part of 32. The locking arm 35 is appropriate toward its free end tapering trained. If the locking arm 35 at the storage space 39 of the second clutch part 32 engaged, a reliable swiveling function of the electronics module is 19 opposite the housing 2 möglich.

As in Fig. 10 further registered, the support casing 25 of the electronics module 19 to the first clutch part 31 is additional equipped with at the front side, first narrow side wall 28 freely pre-assembled-rising up, slightly bend-flexible clamping arm 40, which is transferred arranged opposite the longitudinal axle center 33 of the support casing 25 toward the first clutch part of 31 opposite side. Between the first clutch part of 31 and the clamping arm 40 approximately toward the longitudinal extending of the support casing 25 running photograph slot 41 trained for the second Lagerachse 14b is. The clamping arm 40 is provided at that the first Kupplungstei131 turned side with a rest nose 42 before-rising up into the photograph slot 41, which trains a bedarfsweise solvable locking device 45 together with the Lagerachse 14b arranged in the housing 2. The rest nose 42 runs parallel to the axle 34.

The clamping arm 40 points to the Lagerachse 14b on the basis of the front side final range of the support casing 25 toward its longitudinal process one more turned in each case countersinks 43 and circle-arc-shaped scenes course 46. Those lowers 43 and scenes course 46 is from each other separated trained over the rest nose 42, whereby the rest nose 42 at the scenes course 46 before-rises up. A radius 48 of the scenes course 46 corresponds to the Schwenkradius of the support casing 25. In the storage position of the electronics module 19 the Lagerachse 14b is to lowers 43 engaged during starting from a pre-defined withdrawal position of the electronics module 19, in which the electronics module 19 at the outer contour before-rises up sufficiently, in order by hand out to be seized the Lagerachse 14b on the scenes course 46 slidingmobile anliegt.

Wäh rend the further swinging out movement slides the clamping arm 40 with its scenes course 46 along the Lagerachse 14b.

In order circumventing of the Lagerachse 14b from lowers 47 in the storage position to prevent, is additionally equipped with a holding pin 47 protruding at the first narrow side wall 28 the support casing 25. The arrangement of the clamping arm 40 has the advantage that during the transport of the Taschenmessers 1 and/or if the electronics module 19 swung into its storage position completely from there if the longitudinal axle center 33 of the support casing and a longitudinal axis of the bag tool congruently runs, which first Kupplungstei131 with a retaining strength constantly upright-held is pressed against the second clutch part of 32 and so that for example unintentional uncoupling of the electronics module 19 by the housing 2 is avoided. Thus a reliable transport of the electronics module 19 is together with the Taschenmesser 1 possible as a construction unit. The clamping arm 40 serves thus in addition, as losing protection for the Elektronikmodu119.

The housing 2 covers further a cover cap 50, those at, the second Lagerachse 15b arranged within the second final range 13 of the bag tool tiltable stored and in particular in the Fig. 9 and 11 is in detail represented. The second final range 13 faces the first final range 12. The cover cap 50 is between parallel to each other lying Seitenund partitions 6, 9 in the first angle of photography 10 arranged and is between one for example in Fig. 1, 6 closing position and one shown for example in Fig. 3, 9 open position shown and relative to the housing 2 adjustably, in particular tiltable trained. The electronics module 19 and/or the support casing 25 and the cover cap 50 are in the storage position and closing position within the first angle of photography 10 angeordnet.

The cover cap 50, like it in Fig. , is trained about sickle-like and covers an axle 52 running to the longitudinal axis 51 of the housing 2 shifts arranged and perpendicularly to the sides 7 and/or broadside walls 26 is increased represented to 11. In the further one the cover cap is 50 with a hub-like articulated bearing range 53 with one perpendicularly to the sides 7 and/or broadside walls 26 extending and from the Lagerachse 15b succeeded Lagerbohrung 54 as well as a first attack surface 55 at the angle of photography turned an inside equipped. The cover cap 50 is in its closing position, like in Fig. 6 registered, over the first attack surface 55 at one in the housing 2, in particular attack surface 56 trained by the Lagerachse 15a abgestützt.

At an end of the Lagerbohrung 54 perpendicularly to the axle 52 of the Lagerbohrung 54 a laterally rising wall part of 57 is trained, which trains a further attack surface 58, whereby the cover cap 50 in its open position, like in Fig. 9 registered, supported with the further attack surface 58 against the attack surface 56 in the housing 2, in particular the Lagerachse 15a, ist.

An outside wall 59 of the sickle-like trained cover cap 50 is trained in a section circle-arc-shaped and exhibits at their first end one with this connected, first final wall part 60 and at their second end one with this connected, second even final wall part 61. The articulated bearing range 53 attaches 59 at the second end of the wall. The final wall part of 61 is arranged in extension of the wall 59 and exhibits themselves to the articulated bearing range 53 toward to the first angle of photography 10 shifted, freely pre-assembled-rising up Stirnkante 62 as well as, an even bearing surface 63 extending between the Stirnkante 62 and the articulated bearing range 53. This even bearing surface 63 is turned to the first angle of photography 10 and serves the edition of the interface 24 of the electronics module 19.

which can be described still more near completely swung into the storage position As in the Fig. evidently, the second Endwandtei161 is provided 11 in the range of the Stirnkante 62 with a curved supporting surface 64, those the support of the interface 24 of the electronics module 19 swung out into a withdrawal position dient.

The wall part of 57 described above rises up at the bearing surface 63 perpendicularly before and extends over a part of the distance between the first and second final wall part of 60, 61. The first final wall part of 60 is equipped with an actuator 65, that with its free front end of 66 towered above by the first final wall part of 60 trained, freely pre-assembled-rising up Stirnkante 62 ". Front end of 66 supernatant at the Stirnkante 62 the " and the second final wall part of 61 as well as the wall 59 train a protective cap, which with nonusage of the electronics module 19 and if this is moved into the photograph position, the interface 24 against contamination and protects mechanical loads. The top side of the actuator 60 is geriffelt.

Between the first final wall part of 60 and the hub-like articulated bearing range 53 a locking arm 67 freely pre-assembled-rising up at the wall 59 at the inside is arranged, on the one hand by an arc-shaped curved, first connecting wall 68 with the first final wall part the 60 and on the other hand by an arc-shaped curved, second connecting wall 69 with the articulated bearing range 53 is einstückig connected. An even, third connecting wall extends between the second connecting wall 69 and the wall 59. Between the front end of 66 and/or the first Endwandtei160 and the locking arm 67 through each other a limited Führungsschlitz 71 is trained turned guidance surfaces, which exhibits an open face toward the first angle of photography 10 and which is limited for this opposite face by the first connecting wall 68. The connecting wall 68 forms the attack surface 55 aus.

The cover cap 50 trains into the Führungsschlitz 71 before-rising up and at the locking arm 67 a angeformte rest nose 72. This rest nose 72 forms together with the Lagerachse 15a arranged in the housing 2 a bedarfsweise solvable locking device 73 (see Fig. 6) out. The locking device 73 is thus arranged between the cover cap and the housing 2. The rest nose 72 runs transverse to the adjustment direction of the cover cap 50, in particular parallel to the axle 52. The cover cap 50 is thus in its closing position lockable over the locking device 73. Like further in Fig. evidently, the cover cap 50 at an exterior turned away to the first angle of photography is provided 11 with a flange 74, which trains a through-hole. A keyring intersperses the through-hole and is mobile with the flange 74 verbunden.

The cooperation between the electronics module 19 and the cover cap 50 becomes now on the basis the Fig.

8 and 9 more near described. If the Elektronikmodu119 from its storage position is within the first angle of photography 10 into the customs position outside of the first angle of photography 10 moved, in particular swung out, will, becomes for the time being the cover cap 50 by exercising an actuating force on the actuator from its in Fig. 6 registered closing position in Fig. 9 registered open position adjusts, in particular ausgeschwenkt.

In the swung storage position of the electronics module 19 the interface 24 arranged between the two side panels 6, the first Endwandtei160 and/or front end of 66 and the second Endwandtei161 sensitive to contamination and mechanical loads is as well as itself between this arc-shaped extending wall the 59. The interface 24 of the first final wall part 60 is overlapped and/or front end of 66 and second final wall part of 61 at their parallel to the narrow side walls 27 of the support casing 25 running both each other facing narrow side walls 76 over a partial length and covered at their open face 77, where the electrical contacts are arranged, preferentially by that wall 59 full-laminar. Thus during the transport of the bag tool a contamination and mechanical loads are prevented within the range of the opened face 77 of the interface of 24 arranged, electrical contacts, as these are not further represented, reliably. A lateral penetration from contamination to the interface 24 and mechanical loads on the support casing becomes by those neighbouring the electronics module swung into the storage position 19 arranged Seitenund of partitions 6, 9 verhindert.

In the storage position of the electronics module 19 the interface 24 with a first narrow side wall 76 at the bearing surface 63 partly rests upon, sees Fig. 6.

With the swinging out movement of the cover cap 50 the electronics module 19 becomes simultaneous from its storage position into one in Fig. 9 registered withdrawal position to be swung out, into the Elektronikmodu119 be then seized and into the customs position outside of the angle of photography 10 be completely swung out kann.

Swing themselves out according to requirements after swinging out into the withdrawal position Iässt the electronics module 19 into the respective customs position. In the withdrawal position the electronics module 19 from the angle of photography 10 stands out only so far that by the user simply and with low energy expenditure are seized kann.

In the withdrawal position the interface 24 with its first narrow side wall 76, as briefly already above mentioned, rests upon at the supporting surface 64 of the second final wall part of 61 and is supported the rising wall part of 57 over its attack surface 58 against the attack surface 56 trained by the Lagerachse 15a and includes the longitudinal axle center 33 of the electronics module 19 and the longitudinal axis 51 of the bag tool an angle 78, which is so limited that the electronics module 19 and/or the interface 24 at least partly protrude from the outer contour of the bag tool. The angle 78 can do 61 with the supporting surface 64 depending upon need defined by appropriate dimensioning of the wall part of 57 trained with the attack surface 58 and the wall part werden.

The Elektronikmodu119 and the cover cap 50 are movement. If the cover cap is moved 50 from its Schliessin the open position, the Elektronikmodu119 from its storage position is swung out at the same time into the withdrawal position. On the one hand in one by the rest nose the 72 and attack surface limited lower 88 engaged Lagerachse 15a from lower 88 lifted out and over the rest nose 72 away up to the free end of the locking arm 67 and on the other hand the Lagerachse 14b from by the rest nose the 42 and holding pin the 47 limited lower 43 lifted out and via the rest nose 42 away toward the free end of the clamping arm 40 up to the scenes course 46 adjusted. If the respective Lagerachse 14b, 15a away-slides over the respective rest nose 42, 72, the rest nose 42, 72 is even flexibly deformed and/or Spannund locking arm 40, 67 in direction perpendicular to the longitudinal extending of the rest nose 42, 72 slightly expenditure-steers. After jumping over the rest noses 42, 72 if necessary bend-flexibly ductile Spannund locking arm 40, 67 is automatically reset into its original position. This scenes course 46 causes 19 opposite the housing 2.

when far swinging the electronics module 19 out of the withdrawal position toward the customs position a clean swinging out movement of the electronics module In contrast to it, if the Elektronikmodu119 from its customs position moves 10 into the Aufbewah rungsposition within the angle of photography 10 outside of the angle of photography, in particular to be swung is, the electronics module 19 into its withdrawal position is swung for the time being, in which again the interface 24 with its first narrow side wall 76 at the supporting surface 64 of the cover cap 50 swung out in their open position rests upon, on which by thrust force on the freely accessible narrow side wall 27 of the support casing and/or the actuator 65 of the cover cap 50, Spannund locking arm 40, 67 with the rest noses 42, 72 are in the same direction adjusted for 43, 88 opposite the Lagerachsen 14b, 15a and the Lagerachsen 14b, 15a into the respective lower engage automatically. The cover cap 50 from its Öffnungsin the closing position is swung and in the closing position with its attack surface 55 against the attack surface 56 in the housing 2 abgestützt.

In the Fig. a subrange of the bag tool according to invention is shown 12 in side view. Between the support casing 25 the electronics module 19 of forming second functional part 11 and the housing 2 is arranged the swiveling storage 29. The swiveling storage 29 exhibits an articulated bearing range 79 with one in this arranged Lagerbohrung 80 in accordance with this execution and is tiltable stored over these at the Lagerachse 14a of the housing 2. The swiveling storage 29 covers the clutch device 30, which with one another exhibits in interference bringable, from each other solvable clutch parts 31, 32, about which the first clutch part of 31 at the support casing 25 bewegungsfest trained and the second clutch part of 32 by one to in the housing the 2 arranged Lagerachse 14a tiltable stored adapter 81 is formed. This adapter 81 and the support casing 25 point at least in each case the first and second clutch part of 32 of screen end Steckoder Rastbzw. Snatching element up. Bringable with one another the Steckoder Rastbzw in interference. Snatching elements are complementary trained. The second functional part 11 is over the clutch device 30 screen end Steckoder Rastbzw. Snap connection between this and the adapter 81 bedarfsweise solvable with the adapter 81 verbunden.

In the execution shown the clutch device is 30 by Steckbzw. Frictional resistance transmission in an educated manner. At the support casing 25 in, the first Kupplungstei131 arranged is appropriately by subranges each other facing Breitund/or narrow side walls 26, 27 and by the adapter 81 trained, second Kupplungstei132 by a putting admission 82 formed for the adapter 81 course-turned front side, first final range. The frictional engagement between Breitund/or narrow side walls 26, 27 of the support casing 25 and the inner walls of the putting admission 82 of the adapter 81, can by appropriate surface preparation need in accordance with adjusted werden.

In another, not further represented, execution the clutch device 30 can be formed by a click-stop device, with which the second functional part 11 and/or electronics module 19 and/or the support casing 25 fastens this screen end by slots, for example by means of a spring-tensioned ball, in or on the adapter 81 solvable ist.

The swiveling storage 29 exhibits the clamping arm 40 descriptive already above and the rest nose 42 before-rising up into the photograph slot 41 for the Lagerachse 14b, trained between the articulated bearing range 79 and the clamping arm 40. The rest nose 42 trains together with the Lagerachse 14b the locking device 45. Over this bedarfsweise solvable locking device 45 is the second functional part 11 at least in his storage position within the first angle of photography 10 not evident in this figure arretierbar.

Over this clutch device 30 it is now possible that the second functional part 11 and/or this screen end electronics module 19 can be completely separated from the Taschenmesser 1 and/or housing 2 and be used independently of the Taschenmesser 1, like this in Fig. 13 is represented. In this case one understands the customs position of the second functional part 11 as that position, in that the electronics module 19 completely separately from the Taschenmesser 1 is used and for example over the interface 24 at a data processing mechanism, like computer, laptop, to data exchange between this and the electronics module 19 attached ist.

On the basis the Fig. the Anund uncoupling the electronics module 19 to the housing 2, in particular the Lagerachse 14a, and/or closer to 14 and 15 from the housing 2, becomes in particular Lagerachse 14a, erläutert.

When coupling the electronics module 19 to the housing 2 exhibiting Lagerachse 14a for the time being the cover cap 50 is inserted into its open position and the electronics module 19 with the photograph slot 41 directly above the Lagerachse 14a into one to the longitudinal axis 51 of the Taschenmessers 1 for instance senkrechte situation spent, on which the electronics module 19 in perpendicular direction to the longitudinal axis 51 - in accordance with arrow 83 - towards the Lagerachse 14a of the Taschenmessers 1 moves, the Lagerachse 14a into the photograph slot 41 and following parallel to the longitudinal axis 51 toward to the cover cap 50 - in accordance with arrow 84 - shifted, until the locking arm 35 of the first clutch part 31 at the storage space 39 of the second clutch part 32 engages, so that first clutch part of 31 with the second clutch part 32 swivelingmobile and/or articulated connected is. After engaging the electronics module becomes 19 into the storage position within the first angle of photography not evident in this figure eingeschwenkt.

When uncoupling the electronics module 19 of the housing 2 exhibiting Lagerachse 14a in reverse order as when coupling one proceeds, like this in Fig. 15 is represented. In addition the electronics module 19 is swivelled for the time being into a situation, where the clamping arm 40 and the Lagerachse 14b are except interference, on which the electronics module 19 with one is subjected about perpendicularly to the longitudinal axle center 33 of the electronics module 19 influencing uncoupling strength - in accordance with arrow 85 - against the effect of the retaining strength of the locking arm 35 and the retaining strength is overcome, so that the second arm section of the locking arm 35 regarding the Lagerachse 14a is expenditure-steered radially outward, in accordance with registered strichliertem arrow, and released at the storage space 39 of the Lagerachse 14a, according to which the first Kupplungstei131 by the movement of the electronics module 19 in between the longitudinal axis 51 of the bag tool and one to the longitudinal axle center 33 of the electronics module 19 running angle direction - in accordance with Arrow 86 - uncoupled by the second clutch part 32 and/or this screen end Lagerachse 14a wird.

Into the together described Fig. a further execution variant of the bag tool according to invention is shown 16 and 17 in different opinions. This bag tool is formed for a width 91 and one by a plattenförmige tool map 90 made of metal and/or plastic and exhibits a rectangular sketch with to this rectangular measured length 92. The width 91 dissociates two parallel to each other running long side surfaces 93, which right-angled too 92 transverse sides 94 from each other reserved by the length run. The plattenförmige tool map 90 essentially covers a housing 95, that the outline of a Kreditoder visiting card aufweist.

The housing 95 of the tool map 90 exhibits a baseplate 96 and one to this essentially parallel running cover plate 97, which is inseparably connected with one another and turned sides exhibit 98 each other. The housing 95 exhibits running level several, parallel over partitions 99 at least bereichsweise from each other separated arranged angles of photography 100 for a majority of functional parts 11 in one to Grundund cover plate 96, 97, which are from the outside accessible over photograph openings 101. The angles of photography 100 are arranged between Grundund cover plate 96, 97 at least partly within the housing 95. As becomes already evident from this view, the functional parts 11 in their respective customs position separate and independent from the housing 95 are completely of this verwendbar.

in accordance with this execution The herausnehmbaren functional parts 11 are for example formed by a measurer 102, a so-called multi-function tool 103, a Elektronikmodu119, tweezers 105, a screwdriver 106 for screws with Kreuzschlitz and a Zahnstocher 107. Everyone of these between a storage position within the angle of photography 100 and a customs position outside of the angle of photography of 100 movable functional parts 11 exhibits a Griffstück 108, which in the storage position of the respective functional part 11 into the photograph opening 101 vorragt.

As in the two figures evident, one of the long side surfaces 93 is by a slant with one right-angled to this long side surface 93 running exterior surface of the cover plate 97 connected for the exterior surface, those on the basis of the long side surface 93 toward bent runs and with a Längenmassstab 109 provided ist.

In accordance with this execution are over in these figures further registered, each other turned, internal to sides Grundund cover plate 96, 97 distributed, in each case several parallel to each other lying partitions 99 at least partly separately from each other at the internal sides angeformt. The partitions 99 rise up from the baseplate 96 toward the cover plate 97 and from the cover plate 97 toward the baseplate 96 perpendicularly to the internal sides before and extend approximately in each case over the entire interior height between the internal sides, so that the partitions 99 lie side by side with on the baseplate 96 of put on cover plate 97 and connected with their the internal sides Grundund cover plate 96, 97 turned Stirnkanten with the internal sides Grundund cover plate 96, 97 by a liaison vehicle sind.

In variation in type it would be also conceivably that over each other turned, internal sides Grundund cover plate distributes 96, 97, in each case several lying partitions 99 at least partly separately from each other at the internal sides angeformt is parallel to each other. These partitions 99 rise up from the baseplate 96 toward the cover plate 97 and from the cover plate 97 toward the baseplate 96 perpendicularly to the internal sides before and extend only in each case over a part of an entire interior height between each other turned, internal sides and approach with on the baseplate 96 of put on cover plate 97 one on the other. Each other facing partitions 99 are inseparably connected at their turned Stirnkanten by a liaison vehicle. Thus a continuous partition is 99 of to basicto in each case the cover plate 96, 97 ausgebildet.

over the entire interior height On the other hand it is in addition, possible that only over one of each other turned, internal sides of the Grundoder cover plate distributes 96, 97, several lying partitions 99 at least partly separately from each other at the internal side angeformt is parallel to each other and these over the entire interior height between the internal sides Grundund cover plate 96, 97 extends. The partitions 99 at the Grundoder cover plate 96, 97 are inseparably connected with their Stirnkanten with the internal side of the opposite Grundoder cover plate 96, 97 by a liaison vehicle. The partitions 99 rise up perpendicularly to the internal side vor.

The liaison vehicle knows welding seam and/or Rastbzw by Klebeund/or. Snap connection in an educated manner its. The partitions 99 hold Grundund cover plate 96, 97 in the distance to each other and limit at least the bereichsweise angles of photography 100.

In a further execution the housing 95 exists of Grundund cover plate 96, 97 as well as one between this arranged intermediate plate. The Grundoder cover plate 96, 97 exhibits the appropriate photograph openings 101 for the Griffstücke 108 of the functional parts 11, while the angles of photography 100 are arranged exclusively in the intermediate plate and are through into this formed out recesses formed. The recesses are limited by the partitions 99 and point a complementary outline at least bereichsweise to the functional parts 11 auf.

In accordance with a solution according to invention a bedarfsweise solvable locking device 45 and a longitudinal guidance 110 are arranged between the support casing 25 of the second functional part 11 and/or this forming Elektronikmodu119. The longitudinal guidance 110 extends over a partial length of the tool map 90 and runs preferentially parallel to the longitudinal axis of the tool map 90. The longitudinal guidance 110 for the Elektronikmodu119 and/or the support casing is formed for the broadside surfaces 26 turned, internal sides of the housing 95 by two partitions lying side by side 99 and if necessary and at least partly by these limited and exhibits two parallel each other opposite, 99 guidance surfaces 111 trained by the partitions. These guidance surfaces 111 run parallel to each other facing narrow side walls 27 of the support casing 25 and parallel to the longitudinal axis of the tool map 90.

Between the support casing 25 of the electronics module 19 and the housing 95 the locking device 45 is arranged, which is formed in the available remark example by a frictional resistance transmission between the support casing 25 of the electronics module 19 and the housing 95. The support casing 25 exhibits in addition at least one frictional engagement element, which preferentially by a subrange at least Breitund is formed for one/or narrow side surfaces 26, 27. Likewise also the housing 95 exhibits at least one frictional engagement element, preferentially in a subrange of the longitudinal guidance 110, in particular at least one, prefers both guidance surfaces 111 and if necessary at least one, prefers both broadside surfaces 26 turned, internal sides in an educated manner ist.

The frictional engagement elements can extend only in each case over a partial length of the longitudinal guidance 110 and/or the support casing 25 and only in the final range rear front in module direction of the electronics module 19 and/or and/or first and/or second final range or over the entire length of the longitudinal guidance 110 and/or the support casing 25 be trained. The frictional resistance transmission between the pushed in, second Funktionstei110 bzw.

Elektronikmodu119 and the longitudinal guidance 110 can be affected, as describes already above, by appropriate surface preparation purposefully. So cover plate 96, 97, or change of the spatial dimensions bringable with one another of the surface parts in interference, a sufficient retaining strength can be achieved if necessary with increasing Oberflächenrauigkeit bringable with one another of the surface parts Breitund in interference/or narrow side walls 26, 27 of the support casing 25 and the longitudinal guidance 110, in particular the guidance surfaces 111 and each other turned internal sides Grundund, so that, the second functional part 11 in the transportation position of the tool map 90, slid into its storage position, is reliably locked over the frictional engagement and an unintentional Entgleiten of the second functional part 11 from the angle of photography 100 can be avoided. Preferred the locking device 45 points only one partial length of the longitudinal guidance 110 auf.

Variation in type of the locking device 45 is in Fig. 18 represented. The second functional part 11 and/or the Elektronikmodu119 is in its, into which angle of photography 100 locks pushed in storage position over a form closure between the support casing 25 of the electronics module 19 and the linear guidance 110 and/or the angle of photography 100, in particular the partitions 99 and/or the Grundoder cover plate 96, 97, bedarfsweise solvable. In addition it can be intended now that the housing 95, in particular Grundund/or cover plate 96, 97 at least one is provided their internal side 112 in the angle of photography 100 with a slightly flexibly fitting with springs rest nose 113 and the second functional part and/or the support casing 25 with one the rest nose 113 turned, complementary trained rest recess 114, so that the electronics module 19 in its storage position over the form closure between the rest nose 113 is locked and the rest recess 114. The rest nose 113 and the rest recess 114 extend transverse to the longitudinal extending of the longitudinal guidance 110. Naturally can be arranged the locking device 45 formed by the rest nose 113 and rest recess 114 likewise between the narrow side walls 27 of the support casing and too these neighbouring, parallel partitions 90. The rest nose 113 rises up into the angle of photography 100 vor.

The functional parts 11, in particular the Elektronikmodu119, know pushed in storage position over a form closure and/or frictional engagement between the respective functional part 11, in particular between the support casing 25 in of them, into the respective angle of photography 100 and/or the Griffstück 108, and the longitudinal guidance 110 and/or the angle of photography 100, in particular the partitions solvable locks 99 and/or internal sides Grundund cover plate 96, 97 bedarfsweise werden.

, The second functional part 11 described above and/or a memory card 115 and/or the memory covers this screen end electronics module 19, as for example in the Fig. 6 and 7 registered, and the interface 24. The memory card 115 exhibits a recordable and readable, not volatile memory, in particular semiconductor memory (FlashROM) or is formed by a radio frequency identification DEVICE (RFID). With the RFID it acts around a chip, on which data are passively stored, therefore sends themselves it no signals, but la.ssen themselves of transmitters or readers with radiowaves anfunken and gives then its information price. They receive the energy necessary for the Ubertragung of the data by the radio signal received from them. Naturally the memory card 115 can also by a Smartbzw. Smart card, a Flashkarte or a so-called Multimedia Card in an educated manner sein.

To reading in electrical signals and/or electronic data into the memory and to the selection of electrical signals and/or electronic data from the memory the electronics module 19 equipped with at least an interface 24 is. In a preferential execution the interface is 24 by a USB wall plug bzw.

Female connector for one universal Serial bus or a FireWireTM - wall plugs and/or female connector (IEEE 1394) in an educated manner. These interfaces 24 are characterised by their high channel transfer rate. For data exchange between the memory and a data processing mechanism, like computers, or periphery, like printers, scanner etc., is this interface 24 with electrical contacts ausgestattet.

A such, not volatile memory is characterised by its positive characteristic that memory contents are lost also when switching supply voltage off and are again recordable up to 1 million time. On this memory programs, like Steuerund of processing programs, know and/or data of arbitrary kind, like text datas, data concerning Bildund language information, Audiound video files, as for example MP3, non volatile stored werden.

Contrary to in the remarks the interface shown 24, with some Datenbzw. Signal transmission contact-afflicted taken place, can be the writing and selections also on wireless way realized, in particular inductively, capacitively, optically or purely telemeterically, from there over a radio frequency. For this purpose the interface 24 exhibits Sendeund/or receipt mechanism and is for example formed by an infrared interface or a radio interface. Such standardised and/or standardized interfaces 24 are from the state of the art well-known and are common the specialist under the name WLAN interface or BluetoothTM. The electronics module 19 is to a certain extent designed as change memory, that without external supply voltage memory contents maintained kann.

In order to prevent with loss of the electronics module 19 distant uncoupled by the bag tool and/or an abusive use on this stored data, also the possibility exists that the support casing 25 of the electronics module 19 is provided to the biometric access supervision with a sensor. This sensor can be formed for example by a fingerprint sensor. Further the electronics module 19 can exhibit also an electronic circuit designed as microchip, those the readable and recordable non volatile memory umfasst.

Finally it is still mentioned that in another in Fig. 12a execution shown the swiveling storage 29 no clutch device 30 exhibits and the Elektronikmodu119 exclusively at the Lagerachse 14a tiltable stored and not of the housing 2 is separable. The Elektronikmodu119 is preferentially by the storage position swing-out within the angle of photography 10 and/or photograph body 5 into the customs position outside of the angle of photography and/or photograph body 5 over up to 180 ° and unauswechselbar with the housing 2 verbunden.

The swiveling storage 29 is formed for exhibiting articulated bearing range 79 with a Lagerbohrung 80 by the Lagerachse 14a and the support casing 25. Same execution would be also at the tool map 90 denkbar.

Further also the possibility, as not further represented with the training of the bag tool as Taschenmesser 1 exists the fact that the electronics module is not tiltable 19 but in direction between Aufbewahrungsund customs position movably, in particular is axially adjustably in the housing 2, parallel to the longitudinal axis 51, stored. In addition a longitudinal guidance is intended, which is formed by the two side panels 7 or Seitenund partition 7, 9. Each other turned sides train the guidance surfaces, between which the support casing 25 is adjustably stored. Appropriately the broadside walls 26 at these guidance surfaces support themselves off, if the electronics module 19 were slid into the storage position. The cover cap 50 can be in accordance with this execution by the housing 2 trained and bewegungsfest with this connected, or however between Öffnungsund closing position toward the longitudinal axis 51 axially the Schnittelle 24 to approach or of the Schnittelle 24 be moved away and/or adjusted. Relative to the support casing 25 of the electronics module 19 moved into the storage position adjustable cover cap 50 is axially adjustable in the housing 2 between Öffnungund closing position gelagert.

The support casing 25 with the first clutch part 31 and the cover cap 50 are from plastic in the injection moulding procedure hergestellt.

For the sake of the order it is finally pointed out that to assist in the understanding of the structure of the bag tool of this and/or its components partly unmassstäblich and/or increased and/or reduced was represented.