A DEVICE AND A METHOD FOR SETTING A SPRING TO A CONTROLLED EXTENT
The present invention refers to potentially length "touching turn (tuching turn)" become different from the state the selected compression length limit coil spring in a controlled manner to be controlled of the coil springs for setting up relates to device and method. Such device and method the touching turndown when an undesirable electric compressed spring prior to use its properties can be used to adjust the. This field buffer in particular for automated device, in particular to outer machine a workpiece or field of watch can be applied. Automated industry formed thereon a plurality of holes for the art as well as other, spring when the setting operation the coating compositions are acrylic emulsion resin physical properties of a scanning line so that the flexible-cooled can be adjusted to values very changeable. In particular the flexible modification of the hair can discharging oil from oil pan of vehicle elastic limit of the spring between tolerant makes possible any not only ultraviolet ray but also.. A well-known technique in position while for a few seconds turn thereof touch until and to impede the flow of is compress a spring. Nevertheless, a length of the serious method is often excessive flexible together loss and can be driven at a stress is induced the blocking a very high laser. Is some spring obtained by the method to industrial field of application can be of a short-lived too. The illustrated to, also 7a and 7b using the method prior to and after setting the same spring is a comparison of the, respectively. To solve this problem, but does not successfully actual, been exploring is another technique; i.e., the techniques to much than the length of the guide part has at least two guide turn touches a predetermined length the springs are of the catch basin and shielding the be at 500. The shape of spring the disadvantage main method is a certain time allowing an controlled performed in such a manner that; spring flexing of the walls and deforms and tends, the distance between the turn that random or a surface preferably, in order to. the second step. As exemplified, 8b and 8a also a spring the same security against the external access from the setting operation in each method is a comparison of the before and after. Additional insulating layer patterns only to the properties from being bent the spring obtainable by the method at the same positions both which non-flexible, is to maintain a higher a form some cases it is difficult a native the outside, enables the reproducible production of unusually the method. Therefore, spring a compressed state selected in a controlled manner can be blocked said conventional inherent to the method which does not have motor moves but not so at least for controlling establishment of the coiled spring are substantially a frame counter requires a device and method. The present invention refers to for producing of the coiled spring device provided to said device for said spring are compressed by a source, its shape when compressed, which is adapted to control, said spring end (end) of said device number 1 number 1 retaining support (support: support) and said spring of those connected devices, their held end number 2 number 2 is configured as support, said number 1 and number 2 of a flexible relative and opposed to each other, to be movable is constituted of. Further said device said spring said spring of linear expansion turn-any structure which is inserted between the at least one insertable, comprises a reset. Coil spring of known process for manufacturing, setting control predeterminable or predetermined modified flexible coil spring operation of the physical properties is changing the. Spring of linear expansion a portion the tiered thereof an insertable reset and least a part of the thereof is held it shook off, this ; an insertable reset compression and blocking member shape of the is. Therefore, warps or otherwise any other appearance and to prevent localized deformation channel and an undesired is especially. Until touch it shook off, this in particular of a flexible, i.e., their periphery and one touch or its touch reset for insertable it shook off, this touching when of the spring to such compression adjusting the length created which can be of an insertable member during the use of a well-known detects the amount of the gas turndown touches similar method with the purpose of attaining in a situation where the can be compress a spring. This first spring is blocked can be adjusted and the length. Therefore, a flexible controlling stress desired level of which the film is to be formed, secondly, "touching turn" position and similar position takes advantage of the although it is possible, with one another or reset it shook off, this thereof is intercepted for. thus, stress applied turns thereof, a shifting element follows an modify the than space that can be used for. which does not have a. This results preferably not the deformation of the optical is removing, is reduced in the a surface in particular. Furthermore, turn system using quartz reaction tube distance a quick change of bulk and controlled is by preventing occurrence of any. In particular, an insertable reset thickness of the expectation the invention prevents the degree of having regard to a flexible, resulting spring turn together and duck-billed valve for venting the. As any in the embodiment, at least one said an insertable reset an edge or in an a ring-shaped cutting edge cutting is a plate-shaped paddle (paddle). it shook off, this of the spring and to power transmission clutch of the laminating device this laser beam to pass through the paddle and which is structure that allows a user to. During disconnection of the, such a configuration it shook off, this is capable application of thrust over the length long which prior to and during application. traps the them. While the gap for passing turn are attached at both sides of the.. As any in the embodiment, the cutting of the. corresponding to said perpendicular also 90. As any in the embodiment, said substantially helical paddles substantially as a spring on compressed is turn-shape. During disconnection of the closer the contact with turndown to render them well is both sides. In method is further, they for the Q signal without using filters is trend's naturally undesirable turns thereof as thus modified sure a is not blocked. As any in the embodiment, said paddle geometry and turn of the spring and to to adapt the shape in some ways analogous to that of edge to constitution: shaven. As any in the embodiment, an insertable a two adjacent the same direction paddles preferably not of any is ± 90° offset with. A cut along between the lower surface of preferably alternately in such. In method is, excellent arrangement of OA a turn is to the vertical edge. As any in the embodiment, at least one said at least reset insertable at the point of two co-operation with spring 3 at least 3 of branches have a predetermined distance between is star-shaped. Preferably, these having the screen is seen are angled in a regular manner is is alignment. Plurality of branches have a predetermined distance between using paddle such a construction a structure more particularly, provides a shape suitable for avoiding air. Therefore, main device the adapted can be applicable to spring model. As any in the embodiment, the reset an insertable at least one said two 3 of 120° each other arranged in is Y-shaped. As any in the embodiment, at least 3 having reset of a common transverse plane. not placed on a. Helical paddle, such as having, this can be that can examine shape of spring. As any in the embodiment, having reset of at least 3 is coplanar. The structure from a special, spring other suitable more easily model can be wall of the rectangular. As any in the embodiment, at least 3 having reset of coplanar do not go. As any in the embodiment, said at least one reset substantially is connected to the semiconductor layer. flexible. This compression member shape of can be significantly in coincidence with. In any in the embodiment, control a pixel element of a predetermined region a plurality of insertable device has a a cradle (rests). Preferably, at least one insertable a cradle is turned (inter-turn clearance) interval a preferably controlling a respective gap (gap) face 14 is constituted flush with the. In particular, all turn insertable between the fins a cradle presence of of the spring along the length overall task provides control for the shape. Nevertheless, in other in the embodiment, all turn contact turns or other portion inside the for it is necessary and not, in particular said spring located at an end of the electrical for any turn. may also be two freely. In any in the embodiment, a cradle insertable plurality of of the other support some of a cradle and other so that the a pitch changes, i.e. said spring in the fabric varies in distance [...] outputs a relay driving signal. conferring on the solution. In any in the embodiment, at least one an insertable drain is said wedge-shaped structure between upper frame with base frame thickness variation by profile, said spring to impart a curvature to the axis of. In this way, curved the mounting arm has an axis of a spring is to create rotation is carried out, the amount. In any in the embodiment, each insertable the same a cradle the wedge-shaped profile. For example, a plurality of wedge shaped the same by inserting a Department of, the mounting arm has an axis of-shaped C ., made of a spring. In any in the embodiment, various insertable from the other backing further wedge-shaped profile. This spring of axial curvature partially enables controlling the. For example, initially at in either direction then a plurality of wedge shaped in opposite directions by inserting a Department of, a spring the mounting arm has an axis of-shaped S outputs a relay driving signal. the hard plate is made. In any in the embodiment, each insertable backing further portion insertable spring during compression of the spring backing further of the tiered motion to follow a one or more messages adapted to be is mounted on carriage. Said carriage for example on and move in conjunction with, said Department maximum regarding the movement of compression blocking during can follow movement of spring to the location of outputs a relay driving signal.. In any in the embodiment, an initial position of the carriage the carriage has each adapted to define a to interact with and a stop, said stop of the carriage the equipment for regulating the initial position may be adjusted preferably. A new spring for cutting off the device so as to prepare each carriage return to its initial position S150 extremely to the retainer ring through the carrier. In any in the embodiment, each carriage is return said carriage to its initial position a return spring is configured to interact with is especially. In any in the embodiment, each carriage said compression device for a frame bars further includes, each carriage provided with continuous holes and the abutment having (abutment), along the each of the bars in that at least one through bore said said slipping, which interacts with a each stop contact unit is equipped with an and adapted to capture, each the return spring restores the each of the bars, mounted around the outer the frame inner face which support the selectively removed is held against the sides of said carriage. In any in the embodiment, for free, unrestricted the carriage has said, when moved by said it shook off, this support for moving the Department of it shook off, this of a spring by bit lines 110a, 110b is urge the Department of. In other in the embodiment, each carriage is is driven by drive means so as. For example, worm means they may contain screw mechanism, one of said through hole in each carriage is manner engaged, each of the bars to, by means of a screw and drive mechanisms. includes. Said drive means or a piston drive mechanism configured to may contain, one such piston stop from unintentional pushing in each of the carriage may be driven by. In any in the embodiment, and stopped the support comprises number 1, number 2 of a flexible number 1 to during compression can move toward the support constitution: move to the. In any in the embodiment, said number 1, number 2 face each other and in such a axis alternately in same support is, constitution: support number 1 number 2 of a flexible and made to travel axial purely compression is of spring is to occur. In other in the embodiment, number 2 number 1 along the curvilinear path of a flexible support which may allow a user to access, this spring axis with a curve in particular to produce the optical wedge (wedge) a cradle insertable connection with the preferably (rest). In any in the embodiment, controlled setting holding and a spring device configured to carry same a gripper (gripper) further comprises means for, the gripper means preferably is clamp (clamp). Clamp appropriately already preferably traps the spring is directed, turn the spring backing further insertable separated distance and is to be inserted into an spring support between position the number 1 and number 2, compression has taken place and an in while the drop to move, then last spring is recovered and allowed to return in order to eliminate from the device is. Furthermore, the present invention refers to coil spring for establishing a controlled setting method of a substrate is provided to, such the side of the half nut method steps of providing a; number 1 and number 2 spring provided between support; number 1 and number 2 support relative to one another the spring moves the a step of compressing the; all the time and the distribution line pressure spring; and treated with this way includes for removing spring. The present method at least one insertable a cradle spring turn (turns) extending from the integrator prevents a saturation using an integrator between any interval corresponding to any position installed onto a include; the spring all turndown said with at least one insertable backing further in the situation where part come into contact with each other until compression is. Described in said, such insertion by and stand-offs possible according to, unlicensed turn of the catch basin and shielding the contact and reproduce a similar to (touching-turn blocking) it is possible to, while to the longer length during a has such a spring. Therefore, stress level of calcination according to a preferred (plastification) and it is possible to adjust the level and, to avoid undesirable while modified during blocked for the controls the form of spring. In any in the embodiment, support to and set of turn-compressive force exerted by the at least one insertable a cradle into contact to move to an extent necessary to be limited: this position any support if arrives, the additional stress (stress) also not applied. I.e., stiffness of the spring received by the only stress due to the: the present device a spring on any significant a force not applied. In this way, and stand-offs insertable forces acting on the are very is less: the support portions capable of supporting light to medium forces such the first substrate are assembled and is sized so't need. In any in the embodiment, control-type shutoff method of the spring and to includes establishing the orientation, thus has a direction with a preset spring with sounding an alarm to the while.. As a result, spring in a suitable place and in directly the present device is disposed in the casing so that number. In any in the embodiment, at least one said insertable a cradle number is disposed in the step occurs and before the step spring which moves the. In initial position, the present device a number position subjected to the spring and is ready; the present device a after the end of the setting work is returned to initial position. In any in the embodiment, spring compression results in the hot, i.e. 150 °C while a temperature higher than the above high occurs. (Creep) discharging oil from oil pan of vehicle in the high temperature compression results in the last spring further to the need for an actuator for the resistance is can be used in aid. Hi other in the embodiment, spring cold, i.e. at a temperature lower than 150 °C, preferably is compression while ambient temperature. Such embodiment further cost relate. efficient manner. In any in the embodiment, a minimum spring compression state to a blown state and then is 0.5 seconds. In any in the embodiment, the present method one embodiment the examples as set out according to controlled setting device is used. Referred to in said characteristics and advantages, or the like, that has the proposed device in the embodiment of in the embodiment of with the proposed method for rotating in the following the egg according to can be read. The as with an is made in reference to drawing. Figure 1 shows a in the initial phase thereof, also is overview, example number 1 device. Also Figure 2 shows a of Figure 1 device is overview, of its cutoff state. Figure 3 shows a is overview, of of Figure 1 device with their final state. Figure 4 shows a also is overview, example number 2 device. Representing principle also Figure 5 shows a. surface thereof, and the example number 3 device. Also the 6b and 6a of the present invention device can be blocked by a pre-resistance of springs initial state and final comparing a diagram features. The 7b and 7a also conventional number 1 the spring device can be blocked by a pre-final comparing the initial state and a diagram features. The number 2 8a and 8b also conventional device can be blocked by a pre-resistance of springs initial state and final comparing a diagram features. For more specifically the efficiency of the present invention, device a sends the examples reference to drawing is described more hereinafter. The present invention refers to these instances, is defined as a lack of should is said. Figure 1 spring (2) for controlled thermal treatment of device (1) for setting up of exhibits and e.g. number 1. Device (1) the number 1 and number 2 support (11, 12), carriage (30a, 30b) is movable to a frame (20), thereon at an adequate temperature, to paddle (40a, 40b) with carriage, and in addition conveyor clamp (50) consists of the device with. Each number 1 and number 2 support (11, 12) the device (1) facing toward the inside of retaining surface (14a) for forming transverse disk (14) fixed to their ends having cylinder (13) form of a, support projection (15) a cylinder (13) and a common it wets, retaining surface (14a) from, or extends several centimeter. Support projection (15) the diameter of the spring (2) of end turn (2e) inner diameter of (e.g., diameter of won it touched internally) or are substantially equivalent to those of smaller than voltage trip point. Transverse disk (14) diameter of, and thus retaining surface (14a) the diameter of the spring (2) with an outer diameter (e.g., diameter of a circumscribing won) and is about the same as that, in either case a spring (2) of the publisher's endpoints makes a turn (2e) with an outer diameter greater than. In such, support (11, 12) has on the common axes, they faces the. Number 1 support (11) the number 2 support (12) is movably while Image data is stopped so that the, not shown is driven by drive means so as. In another example, number 1 support (11) in addition the. may also be movable. In such embodiment, support (11, 12) has diameter equal to. Nevertheless, in other embodiment, one support of 2 (11) the other, the hand of the a support (12) from different diameters by using the mask pattern.. In particular, a spring (2) is, e.g. end turn (2e) is, a different from the diameter the tiered end, spring (2) in body of turn (2s) being smaller than the diameter of diameter of 2 for providing least one of the Pig-tail, such as springs, a constant body diameter, which does not have an applications 2000. Such frame to variations (20) of the carriage 2 (30a, 30b) supporting but, in generally similar method, is a spring support or only comprises only one (2) along the length of is especially support carriage or more 2. 2 of bar (22) a frame (20) of rear and front end upright (21, 21') in place between the closure and the.. Each carriage (30a, 30b) a frame (20) of 2 of bar (22) of 2 past configured to throw-hole (32) with sliding block (31) that owns a as: thus carriage (30) of sliding block (31) the front the frame (20) from the back of the bar (22) can be slides along the, and can be and vice versa. Each carriage (30) the in addition substantially L-shaped stand (33) has. So that each stand (33) the their ends in one anchoring portion (33a) for possession, the off, e.g. the, respective sliding block (31) to clamp against a.. So that each stand (33) the, the tightened paddle (40) having, ion fastener in and the other end thereof receives a (33b) in possession of the.. Ion and sets the anchor (33a, 33b) between, so that each stand (33) the device (1) is situated radially on its rear/a front main respective sliding block (31) from paddle (40) offset a excite function offset part (33c) in possession of the.. In such method, paddle (40) the carriage (30) of sliding block (31) is obstructed by thickness of towards each other without can be easily moved. Carriage (30) the of different heights sliding block (31) with, a rear height toward end a carriage (30b) stand of (33) a carriage toward the front end (30a) stand of (33) to pass the at least a portion through the in order to allows adjustment of. Each paddle (40) in order to provide the second lower an initial position of, frame (20) each carriage (30a, 30b) for stop (stop; 23a, 23b), frame (20) upright rear of (21) to clamp against a a stopping part. Stop (23a, 23b) each carriage (30) of sliding block (31) below at determinator treatment projection (34a, 34b) and operates with. These stop (23a, 23b) the, e.g. paddle (40) easily initial position of to can be adjusted, that is adjustable by mechanism or a [...].. Furthermore, first [...] (21') and a leading carriage (30a) of sliding block (31) between the anterior surface of the, and secondly each carriage (30a, 30b) of sliding block (31) between, return spring (24) each bar (22) is mounted about a. In such method, carriage (30a, 30b) the, e.g. their respective stop (23a, 23b) toward the, permanent is propulsion rearwardly. Rear carriage (30b) their stop (23b) also passed to the fact this to leave return spring (24) allows adjustment of hard length and unloaded of. Each paddle (40) with frustum branch angle 90° therefrom ring (41) has. In particular, the cutting portion for cutting the upper paddle (40) begins with the vertical, on an upper portion of the paddle (40) of left or right is terminated and horizontal on. In such, the top truncated aspect successive paddle (40) is alternately in such between. Also clearly more from 2 as will be seen, ring (41) the voltage trip point in helical its upper end (41S) the lateral end (41L) and identical transverse surface bar not in: thus ring (41) the blocking in position during spring (20 are in accordance with screw threads of. Furthermore, end the upper and lateral surfaces (41S, 41L) the, spring (2), which may be a damage occurs, the marks and for providing insulated from in order to avoid, grain edge voltage trip point is enabled. Furthermore, paddle (40) the each carriage (30) stand of (33) of ion (33b) on is capable of being tightened by each paddle (40) the base (42) provides. Device (1) the operation of the, before blocking, during blocking, each cut off device (1) representing a, also 1, 2 also, reference to 3 also is described hereinafter. Device (1) in its initial condition blocks of, all modes of motion from configuring the configurable element, including their initial folding and, is States the carriage (30) controlled preparation of a preferred embodiment, a control sleeve portions (23a and 23b) is adjusted by means of, in addition initial spring (2) length of the are mainly color, length and shaped as a function number 2 support (12) for driving a is adjusted by a means. Therefore, carriage (30) the their respective stop portions (23a, 23b) to a return spring (24) through bearing (bear), number 2 support (12) the 300 (set-back) is position. Device (1) (upstream) upwardly from spring (2) are transmitted conveyor clamp (50) holding and these may be proposed. Such transfer springs the greater the length of time and (2) are in particular angular direction (angular orientation) and an array of silica is adjusted with an outer dielectric film, clamp (50) these to easily and can be, these a device (1) directly in suitable locations where it c be. may be disposed on the. Therefore, clamp (50) the two support are (11 and 12) between spring (2) the machine body frame are placed at; thus spring (2) each end turn (2e) the, radially (radially) (block) the temperature controller maintains the for end turn (2e) internal and is engaged with a support projection (15) is intercepted by SnO 1, axially (axially) a retaining surface (14a) is blocking SnO 2 by. In this case, number 2 support (12) of, e. g., several centimeter the possibly passed through the peripheral advancing movement of the, spring (2) of end turn (2e) in support projection (15) to facilitate engagement of can be, so he (lock) lock the engagement. Paddles (40) are adjustable initial position of a preferred embodiment, a control sleeve portions (23a, 23b) by after appropriately adjusted, spring (2) the device (1), when placed in, stop portions a suitable place and, i.e. intended turns of the (2s) immediately present in between. This state is shown in fig. 1. After, compression can begin.: to this end number 2 support (12) in a linear manner and has a in this example the number 1 support (11) moved towards an.. Said during compression, turn (2s) moved towards each other, the components, which are stationary with in addition a remains number 1 support (11) moved towards an.. They as it moves, after turn (2s) the, frame (20) bars (22) sliding on the carriage (30) as well as as result of number 1 support (11) moving towards paddles (40). (entrain) and an attraction. Number 2 support (12) the, turn (2s) are paddles a particular or no contact each other (40) both and closed in two directions in contact until they contact a lifted spring (2) compressing a.. Such once when a count has been reached and the contact condition between the, drive the discharge lamp in Figure 2, number 2 support (12) stop the spring (2) further ideal compression without paddles (40) (loading) for loading. to avoid. Thus with protection from is held about 1 seconds. Media at a later time from, number 2 support (12) is initially and backward back to, thereby spring (2) relaxed and to. Paddles (40) the, once in this way pulley surface, adjustable a preferred embodiment, a control sleeve portions (23a, 23b) by its initial as defined in the return spring towards a position in which the teeth (24) and carriage (30) by. depressed over again. After, clamp (50) has the last spring (2') can be holding and, device (1) downwardly out of (downstream) transmits it same. This state is shown in Figure 3 is. After, another clamp (50) clamping or an in situ (50) that a new spring (2) holding and, . is resumed cycle. This cycle period of medical is not larger than about 5. Blocking absorb a slight shock occurring at the spring are finally temperature (2') to influence the mechanical properties of that on account of the, device (1) the in addition device (1) in that apply a bonding at a certain temperature can take the heater means. Also 6a and 6b the respectively exerts a pre-spring (2) and last spring (2') is shown that.. Since the controlled range to the this obstruction, last spring (2 ') in specific quantities control device of rotation range been subjected to and, the elastic limit thereby increasing the, (also 7b as shown in touching turndown having prior art the end of spring (3') compared to) its initial length at a position slightly only. of the plate is lost. Furthermore, blocking during spring (2) using to controlling the shape of paddles (40) since the, last spring (2 ') each zigzag shape at a regular interval (laterally) have not been modified, (also 8b as shown in paddle without controlled that is level prior art the end of spring (4') compared to) normalized envisaged between turn remains of the distance. Paddles also Figure 4 shows a (40) on the lateral side of-shaped Y is (140) is replaced by example device number 1 except that (1) entirely and a similar number 2 device e.g. (100) is in a. Therefore, such the support 120° relative to each other arranged in branches of three (141a, 141b, 141c and) have a. Vertical of (141a) ends of the associated carriage (130) stand of (133)-off fastener parts of (133b) to fixed base (142) is extended by a. Therefore, in this example, Department (140) the only three point only spring (2) of which operate with turndown, this spring (2) controlling the shape of. sufficient to. In this example, Y-shaped branches of three (141a, 141b, 141c and) are the support (12 and 11) of (transversely) transversally to common axis extending on a common plane does not include that can be is observed: substantially helical paddles in number 1 (40), such as, the blocking during spring (2) a similarly more shape of (fit) makes it possible to. Figure 5 shows a also paddle (240) thickness of to a larger diameter to enable the top than from lower part mandrel, (Y-shaped support can be as equal as significantly between the top parts and the) paddle (240) are wedge--conical profile that except for the host supplying front of two example devices (100 and 1) and entirely similar number 3 of devices e.g. (200) is surface, which illustrates the principle of. In this example, three wedge-shaped paddle (240) is carried out by using an acidulous are: they are spring (202) A axis of curvature for at to effect the branch or call which is more likely to be deformed transversely different ways makes it possible to. In this example, the baked-shaped C spring is obtained but, more complex curvature and to impart-form in particular S for different configuration in. provided to extract the device. Initially spring is deformed already from needle is curved can be, when a setting in initially at or as a result in a linear manner and has a can be through the. The baked spring such that the ratio of these device (200) in, the baked that approach support number 1 to follow trajectory need adapted support number 2 may be proposed. Similarly, as application in this example, spring (202) of "axis A" paddle to accommodate curvature of (240) to tilting need may be proposed. To this end, each specific to that particular of the carriages in base extending paddle relation to the frame straight or in total is a waveform, which a voltage is similar to frame adjustment equipment of vehicles for farming frame. is a waveform, which a voltage. it is quiet (non-limiting) described examples but the above-mentioned embodiment by given, conventional the technician within range of the present invention is from a description of the above-mentioned but of the tire are easily altered or different embodiment examples those can be the device. Furthermore, such embodiment examples are various aspects of itself process can be joined together.. When a combination of these, the features are or differently as described above, may be coupled, a certain combination of the above-mentioned the present invention refers to is not limited to. In particular, specific had not been overridden alternatively, one specific in the embodiment described with respect to any other similar to in the embodiment can be applied. PURPOSE: A device and method for setting a spring in a controlled range are provided to block the spring which is selectively compressed by a controlled method, and remove disadvantages in an existing method for setting the spring.<br>CONSTITUTION: A device for setting a coil spring (2) in a controlled range includes a first support (11), a second support (11), and at least one supporting part. The device compresses the spring, and controls the shape of the spring being compressed. The first support maintains the first end of the spring, and the second support maintains the second end of the spring. The first and the second support moves to each other. While the spring is compressed, the supporting part is inserted between the certain turns (2s) of the spring. The supporting part is formed into a ring of which the edge is cut, or into a disc-shaped paddle of which the edge is cut.<br>COPYRIGHT KIPO 2013<br> Spring and compressed by a slider so that during compression thereof is is arranged to control the shapes, spring (2) of number 1 end (2e) configured to hold a support number 1 (11) and spring (2) of number 2 end (2e) configured to hold a number 2 support (12) having, number 1 and number 2 support (11, 12) offset with respect to one another is a coil spring adapted to be moved for producing device as a controlled setting, spring during compression of spring (2) specific turn (turn; 2s) between at least one configured for insertion into a cradle insertable (40) to further including characterized by controlled setting device. According to Claim 1, said at least one insertable a cradle (40) a ring cutting a corner (41) cutting an edge or in a plate-shaped paddle and, that this cleavage spring (2) turn-(2s) is configured to the paddle through the, preferably also substantially helical said paddle is characterized by controlled setting device. According to Claim 1, said at least one insertable a cradle (140) in the at least three spring (102) for interacting with a least two 3 in branch (141a, 141b, 141c) having star-shaped is characterized by controlled setting device. According to Claim 1, said at least one insertable a cradle (240) the where a thickness variation of spring (202) axis of the curvature (A) are adapted to the password is authenticated, a wedge-shaped profile have characterized by controlled setting device. According to one of Claim 1 to Claim 4, plurality of insertable a cradle (40) includes, a cradle the each insertable (40) the insertable a cradle (40) spring of during compression spring (2) turn-(2s) configured to thereby movement of carriage (30) characterized by mounting with application of controlled setting device. According to Claim 5, each carriage (30) the carriage (30) for the initial position of the rule formed to define stop (stop; 23) and the, detent (23) a carriage (30) for adjusting the an initial position of it makes it possible control preferably characterized by controlled setting device. According to Claim 6, each carriage (30) the carriage (30) to its initial towards a position in which the teeth to the at least one return spring (24) and user interacting characterized by controlled setting device. According to one of Claim 1 to Claim 4, number 1 support (11) and is at rest, while the number 2 support (12) the movable during compression number 1 support (11) adapted to be moved toward one of is characterized by controlled setting device. According to one of Claim 1 to Claim 4, spring (2) configured to carry same holding and a gripper means (50) further comprising a, gripper means (50) is a clamp to preferably characterized by controlled setting device. Coil spring (2) steps of providing a; spring (2) for number 1 and number 2 support (11, 12) provided between; number 1 and number 2 support relative to each other (11, 12) by moving the spring (2) a step of compressing the; spring (2 ') stretching a; such manner spring (2') is removed by two step processes of coil spring having for establishing a method as a controlled setting, spring (2) turn-(2s) between corresponding to gap specific extending from the at least one insertable location specific a cradle (40) provided to further having a unit for, said spring (2) the, all turn (2s) and said at least one insertable a cradle (40) bottoms in contact with one another thereby to press the valve disk is characterized by controlled setting method. According to Claim 10, spring (2) as to set a direction of spring by (2) in a predetermined direction is transmitted to a characterized by including to step of controlled setting method. According to Claim 10 or Claim 11, said at least one insertable a cradle (40) provided to spring (2) prior to the step of setting executed method characterized by controlled setting.