DE202004009288U1 - A folding clothes hanger has a central housing with springs to release or lock the extended arms for use or storage - Google Patents

Abstract

The hanger has two arms (28) pivoting on a central boss (33) containing a locking arrangement to hold the arms closed or extended for use actuated by a lock button (20). A hook (5) is provided for hanging.

Description

D) Description modular foldable coat hanger system

1.0 Brief description of the invention

foldable, demountable, permanently variable, modular and universal usable hanger combi device.

The two stirrup legs ( 28 ) can be triggered by pressing a mechanical push button ( 20 ) on the part of the user, automatically and bend-resistant into a central joint lock device via a central joint ( 33 ) click into place. Folding in the stirrup legs ( 28 ) is done by pressing the push button again ( 20 ) and then merging the same using muscle strength.

The manually integrable associated Expansion modules cover everything Hanging needs in a household Clothing storage.

2.0 Formulating the problem

For storage and drying clothes usually become rigid, bulky hangers used, their storage, as long as they are not needed, especially in times of scarce and expensive living space very space consuming, impractical and unaesthetic is. Then finally they will needed they are caused by hooks, diagonal struts and skirt loops extremely resistant solidified into each other, so that use only after time and nerve-wracking unbundling work is possible. Also are these brackets in closed outerwear goods only very cumbersome and time-consuming to implement.

On another disadvantage of conventional hangers is the fact that for the one you just need special purpose often not the right or sensible hanger variant is available. The user then stoically makes the usual compromise uses the currently available standing stirrups, whether it fits or not. Broken frames or bulky Application often be the result.

3.0 Advantages of the proposed solution

With this invention, both the lack of rigidity and the waste of space are eliminated and a professional household appliance is created which, without physical effort, simply by pressing a button ( 20 ) from a compact and easy to store object 1 (Condition A) generated a stable and rigid clothes hanger stress-free 2 (State B) as the user knows it. After use, the foldable coat hanger can be pressed using the same push button ( 20 ) can be folded up again comfortably and cleaned up comfortably. The types of hangers required for special purposes can be quickly and easily installed in the basic clothes hanger using modules. This way, every conceivable coat hanger variant can be generated from this modular system.

Of The object is particularly advantageous for households in which often and washed a lot and the clothes are air-dried. Furthermore experienced older or frail users, or those with joint problems the invention a relief in the daily use of clothing. The hanger and the individual modules are so well thought out that they are logical, simple and can be operated with minimal force.

a another big The object is an advantage when traveling (especially camping, Tracking, business trips), where it is known that there is often little storage and transport space to disposal stands.

4.0 Explanation of the proposed solution

4.1 Description of the central joint

Figures 1 to 10 - How it works and components central joint lock

The effect described is achieved by means of a special construction, which is encapsulated in the center of gravity of the vertical axis of symmetry (Y) of the device. This central joint lock ( 33 ) essentially consists of seven different components. The carrier plate ( 1 ), on which the hook ( 5 ) is attached, forms the foundation of the device, comparable to the static load distribution construction of a crossbeam. The stop cage ( 6 ), which is secured by a safety pin ( 10 ) via locking grooves ( 3 ) firmly on the carrier plate ( 1 ) has the task, on the one hand, of fixing stops ( 7 ) the opening angle of the individual stirrup legs ( 28 ) and must on the other hand via the guide bushings ( 11 ) and the cage room ( 12 ) the position and function of the fixing plate ( 13 ) to ensure. The fixing plate ( 13 ) represents the actual locking of the status forms (A or B). By pressing the push button ( 20 ) which is directly in the mounting hole ( 19 ) of the leadership ( 17 ) the fixing plate ( 13 ) sits, the fixing plate moves in the direction of the Z axis. As a result, those on the base plate ( 14 ) arranged fuse blocks ( 15 ) in the fuse block openings ( 8th ) of the stop cage ( 6 ) sunk and give the specified radial path for the barrel stop ( 30 ), which on the In side of the housing shell ( 29 ) of the bracket head ( 26 ) sits between the two fixing stops ( 7 ) of the stop cage ( 6 ) free. The bracket head is driven ( 26 ), which on the open side of the housing has a radial sliding design ( 3 and 4 - Detail "C") with the carrier plate ( 1 ) free of play and positively connected by a spiral spring ( 23 ), which with its fixation clip ( 24 ) behind the fixing stop ( 7 ) of the stop cage ( 6 ) rests and its pressure clip ( 25 ) in the spring bearing ( 31 ) on the barrel stop ( 30 ) of the bracket head ( 26 ) is mounted. The relaxation of the spiral spring ( 23 ) is directed so that the stirrup legs ( 28 ) open automatically or remain open when the lock is unlocked (state B).

To simplify the assembly of the bracket head ( 26 ) on the carrier plate ( 1 ) must be used to bed the pressure clip ( 25 ) the coil spring ( 23 ) in the spring bearing ( 31 ) of the bracket head ( 26 ) necessarily the upper passage protrudes from the plane of the drawing by an angle of about 45 °. This ensures quick and safe assembly during production and maintenance.

In addition, operational safety is increased because the pressure clasp ( 25 ) always into the spring bearing due to the spring force 31 ) is pressed.

The open shackle device is closed very simply by unlocking the central lock device ( 33 ) by pressing the push button ( 20 ) and overcoming the compressive force of the coil spring ( 23 ) by hand until the two stirrup legs ( 28 ) touch on the underside (condition A). The central lock device ( 33 ) automatically engages when folded and preserves the stirrup position.

As a special feature it should also be mentioned that the central lock locking ( 33 ) has protection against unintentional unlocking, but is only used if the bracket legs ( 28 ) in the open state under load in the direction of the earth - oriented Y axis, i.e. when clothing is being worn. Then the load securing spring of the barrel stop ( 30 ) of the bracket head ( 26 ) in the load securing groove of the fuse block ( 15a ) the fixing plate ( 13 ), with which a form-locking block of movement of the fixing plate ( 13 ) is brought about in the Z axis.

Unlocking the central locking device ( 33 ) is not possible under load.

Since the central joint lock device ( 33 ) Only components that are exposed to a dynamic load and the resulting force flows must use plastics that are impact-resistant and resistant to deformation on the one hand and that have self-sliding properties with a low coefficient of friction on the other. Plastics with a risk of embrittlement are excluded from the choice of material.

4.2 Description of the modular system

Figure 11 - Spring plate lock

Around the user the opportunity to create with hangers vary on the one hand depending on the case between hook and eye and on the other hand To minimize unused storage space, it was necessary to use one releasable Develop a locking device.

This locking device ( 11 ) provides that the hook ( 5 ) can be freely rotated around the Y axis and at the same time is fixed and free of play in the carrier plate ( 1 ) and is able to withstand high tensile forces.

This is achieved with a wafer-thin spring plate ( 34 ), which has a high spring constant and in the spring plate bearing ( 37 ) according to detail "C" in the carrier plate ( 1 ) is embedded. The clamping edge ( 34b ) sits in the press fit of the recess slot of the spring plate bearing ( 37 ) and serves as a fixed support. Through the pivot pin openings ( 35 ) the pivot pins protrude ( 34a ) of the spring plate ( 34 ). Due to the spring force, whose origin is in the clamping edge ( 34b ), the spring plate ( 34 ) flat and without play in the spring plate bearing ( 37 ) pressed. The vertically running anchor holes ( 36 ) serve to accommodate the hooks and eyes ( 12 ). Put the hooks ( 5 ) or eyelets ( 44 + 45 ) in an anchor hole ( 36 ), the shaft tip presses ( 43 ) the legs of the spring plates ( 34 ) to the side and makes its way through the hole until the stop ( 40 ) on the carrier plate ( 1 ) meets. At the same time the anchor trap ( 42 ) the level of the spring plate legs, which snap into place immediately. The hook ( 5 ) is now resilient. The assembly of the spring plates ( 34 ) is a mirror image, so that in each carrier plate ( 1 ) two spring plates ( 34 ) stuck.

The spring plate locks are unlocked by pressing the push buttons ( 20 ), which on the leadership ( 17 ) the fixing plates ( 13 ) of the central joint lock ( 33 ) sit. Then the lower level of the fixing plates ( 13 ) on the deflection pins ( 34a ) pressed until the surfaces of the carrier plate ( 1 ) have been reached. The legs of the spring plates ( 34 ) deflected and give the anchor traps ( 42 ) free again. The shafts ( 39 ) from the anchor holes (as long as the pressed state continues) 36 ) to be pulled.

Figure 12 - Hook and eyelets

In order to provide the customer with maximum benefit, the clothes hangers have a standard hook ( 5 ) also a straight ( 45 ) and a cranked eyelet ( 44 ) to be able to hang or combine several hangers one below the other depending on the user request. Wooden moth protectors also often have a hook that can be attached to the eyelet ( 45 ) can couple sensibly. When not in use, hooks ( 5 ) and eyelets ( 44 + 45 ) disassembled and stored in a space-saving manner in the storage box.

The shape of the shaft ( 39 ) is determined by the previously described interaction with the spring plate lock ( 11 ). The shaft anchor ( 41 ) as well as the shaft tip ( 43 ) are to be regarded as a static element that is free of play in the hook anchor hole ( 36 ) sits. The chamfered tip at the lower end is used when installing the hooks ( 5 ) and eyelets ( 44 + 45 ) the spread of the two opposite spring plate legs of the spring plates ( 34 ). The shaft stop ( 40 ) fulfills on the one hand the task of precisely fixing the anchor latch ( 42 ) and on the other hand avoiding the puncturing of hooks ( 5 ) and eyelets ( 44 + 45 ) in the spring opening ( 2 ) and thus into the spring chamber of the compression spring ( 22 ), which could lead to their violation. The anchor trap ( 42 ) has the shape of a symmetrical cross-sectional weakening and is used to mount the two opposite spring plate legs of the spring plates ( 34 ) in the spring plate lock ( 11 ) the carrier plate ( 1 ), whereby it snaps into place and the closure is activated as a unit. The quality of the fit is designed so that the hooks ( 5 ) and eyelets ( 44 + 45 ) cannot take place.

In the root area of the stirrup legs ( 28 ) near the housing shell ( 29 ) is a slight bulge in the inside of the temple legs ( 28 ) incorporated. This means that even with an eyelet ( 45 ) the clothes hanger can be closed without obstructing constraints.

Figure 13 - collar molding

In order to be able to hang up jackets, coats, pullovers, shirts and blouses in a species-appropriate manner and thus to keep the collar of the respective garment in shape, a modularly assembled collar molding is 46 ) intended.

The collar molding ( 46 ) is a one-piece molded plastic part that is simply clicked into the open coat hanger. For this, there are molded collar parts ( 46 ) special recess ( 49 ) for the stirrup legs ( 28 ). The upper and lower fixing clamping lugs provided on the recess edges ( 50 ) prevent the collar molding from slipping out ( 46 ) from the stirrup legs ( 28 ). The recess is in the middle ( 47 ) for the central joint lock device ( 33 ). At the upper vertex of the collar molding ( 46 ) the collar attachment has the recess ( 48 ) for the hook shaft ( 5 ) on.

Figure 14 - Grooves and feathers

For the inclusion of textiles such as dresses, skirts or trousers as well as extension modules, the clothes hanger legs ( 28 ) Ironing grooves ( 52 ) intended. These bracket grooves ( 52 ) are with spring stones ( 51 ) closed, so that they do not represent an unnecessary hindrance for the customer when not in use (avoidance of snagging) and give a visually aesthetic overall impression.

The bracket grooves ( 52 ) have a semicircular shape and are in the temple legs ( 28 ) incorporated in such a way that a clothes loop always slides automatically into the lowest point when in use. If the user is not currently using a storage device in the form of an ironing groove ( 52 ), he simply presses the associated spring stone ( 51 ), which is the complementary form to the bracket groove ( 52 ) has, into the recess, and there is again a flat hanger leg ( 28 ). So that the spring stones ( 51 ) always sit in the same place, they have an internal fixing ridge ( 53 ), which automatically presses into the associated fixing joint ( 54 ), which is also circumferential in the symmetry line of the bracket groove ( 52 ), clicks into place, thus guaranteeing a straight fit. The fixing roast ( 53 ) must be on the spring stone ( 51 ) so that the loops of the clothing items are not exposed to unnecessary wear due to the higher surface stress.

Firug 15 - crossbar module

to Inclusion of pants, for the additional hanging of loop clothing, for stiffening the clothes hanger when Wearing heavy coats and jackets or just for visual reasons is a cross bar module intended.

This cross bar module is simply replaced instead of the inner spring internal spring stones ( 51 ) of the temple leg end parts ( 65 ) by means of the crossbar's own integrated spring stones ( 55 ) in the bracket grooves ( 52 ) latched. The feather stones ( 51 ) must be kept in the storage box while the crossbar module is in use. Each cross bar ( 56 ) consists of three assembly parts. A crossbar middle section ( 56b ) and two each left and right-hand crossbar end pieces ( 56a ), which each have a removable plug connection ( 16 ) are firmly and rigidly connected to each other. Each crossbar end part ( 56a ) has an integrated rock hook ( 57 ) for additional hanging of loop cover.

Figure 16 - Plug connection

Lots Families with young children need for storing children's clothing that hangs better than is folded, appropriate children's clothes hanger. The hangers handed over with the clothing often too small or too impractical to buy the extra, if any which ones are expensive and can are only given away after the children have grown up. The coat hanger system registered here adjusts itself to the needs of the individual users and grows with the children so that an acquisition can only be made once must and then continues to be used in the household.

For this purpose, it is necessary that the hangers can be dismantled into individual parts and can be easily, safely and logically reassembled at any time without great effort. For this purpose, a pin connection is provided, which ensures this by simply screwing the sections in or out. The pin of the pin connection has at the end of the pin shaft ( 58 ) a double-sided external sawtooth thread ( 59 ), the slope of which is designed in such a way that, for example, the bow leg end part ( 65 ) in the middle part of the temple leg ( 64 ) both are firmly connected. The flank angles of the threads are designed in such a way that the opening is secured by self-locking. A further opening protection is provided by the fixing spring arranged symmetrically in the pin area ( 63 ), which has the shape of a straight raised ridge and automatically ends in the complementary fixing groove when the assembly quarter turn is completed ( 62 ) of the counterpart engages extremely positively, so that the straight end faces of the stirrup leg parts press onto one another and therefore no longer allow any bending play. The stability in use is on the one hand due to the close dimensional stability between the tap shaft ( 58 ) and pin bore ( 60 ) [= Fit] and on the other hand caused by a certain material tension or inherent elasticity, which is caused by the thread in operation ( 59 + 61 ) is caused. The force flow generated in this way is gently guided over a radius from the pin into the piece of iron to avoid notch stresses. The entry of the pin bore ( 60 ) has the negative complementary radius. In order to avoid air pressure build-up and increased friction due to dust pressure, a slightly recessed, spirally arranged and sharp-edged dirt and ventilation channel is provided on the surface of the bolt shaft.

The crossbar module ( 15 ) is held variably by means of the same system, so that the crossbar middle part ( 56b ) can be removed and by means of the two crossbar end pieces ( 56a ) a crossbar in the simplest way ( 56 ) for a children's coat hanger or a second crossbar ( 56 ) can be generated for the middle level of the hanger. The dimension of the crossbar connector is somewhat more delicate than that of the stirrup connector due to its design and load.

Figure 17 - Shoulder molding

For hanging from suits, Blazers, sweaters, jackets and coats is for better pressure distribution and shape retention of the shoulders often a hanger used with a broad shoulder spout. Be in many closets such wide and bulky, often curved clothes hangers for the above Cases with the serious disadvantage of the extreme waste of space.

The coat hanger system registered here provides a remedy by fitting a corresponding modular mountable shoulder part ( 66 ) is provided, which, if necessary, can simply be 65 ) is pushed. The shoulder molding ( 66 ) is designed so that the ironing shoe provided on the inside ( 67 ) precisely fitting and free of play via the temple leg end part ( 65 ) can be driven. As soon as the radius vertex of the temple leg end part ( 65 ) at the end of the ironing shoe ( 67 ) to the transverse bulkhead ( 70 ) automatically clicks into place at the lower end of the shoulder molding ( 66 ) existing hook rocker ( 68 ) in a locking groove on the underside of the temple leg end part ( 65 ) on. The shoulder molding ( 66 ) is hollow on the inside and is mainly due to the ironing shoe ( 67 ) and the two transverse bulkheads ( 69 + 70 ) stiffened. The flank shape of the shoulder molding ( 66 ) is designed so that there are no collisions with the crossbar ( 56 ) or other add-on modules. To release the shoulder molded part ( 66 ) is simply the thumb switch of the hook rocker ( 68 ) pressed, causing the latter to be lifted slightly and the hook to come out of the groove in the end of the stirrup leg ( 65 ) is raised. The shoulder molding ( 66 ) can now end part of the temple leg ( 65 ) to be pulled. The hook rocker ( 68 ) is connected to the transverse bulkhead and has a cylindrical material reinforcement at the intersection, which ensures notch stress and therefore break-free operation. The maximum pressure path is determined by a notch in the transverse bulkhead ( 69 ) so that the hook rocker ( 68 ) is prevented. During the The molded shoulder parts ( 66 ) stored in the storage box.

Figure 18 - Utensil Bag

In order to always keep small items belonging to certain clothing such as flies, cufflinks, handkerchiefs, neckerchiefs, etc. within easy reach of the appropriate clothing, or to be able to post disturbing moth protectors halfway invisibly, a utensil bag ( 71 ) provided in the hangers according to the principle of 15 is clamped.

The utensil bag ( 71 ) hangs on the support rod ( 73 ), which with integrated spring blocks for latching into the middle leg parts ( 64 ), is equipped. With a zipper ( 72 ), which is attached on both sides, the bag can be opened from both sides, depending on how the hanger is being held. The fine tissue sack ( 75 ) has a maximum length of approx. 40 cm and can be adjusted to any individual bag length. At the top he is around the support bar once ( 73 ) wrapped and sewn on the underside. The bottom end of the utensil pocket ( 71 ) consists of a winding device, which allows an individual length adjustment, depending on what you want to stow in the bag. The winding device consists of the winding shaft ( 78 ), which has a recess into which the lower end of the fine tissue sack ( 75 ) using a clamping wedge strip ( 79 ) is firmly anchored. The winding shaft ( 78 ) is in a winding housing ( 76 ), on the top of which is the narrowly worked out roll mouth ( 77 ) who is responsible for the material of the fine tissue sack ( 75 ) to be taken up or released in such a way that utensils overlooked in the bag, such as a handkerchief, cannot be rolled up. The object is either stripped off or jammed in the roll mouth ( 77 ), so that no further operation is possible before the item has been removed. As a side end of the winding housing ( 76 ) a lid with a ratchet profile ( 80 ) intended. This lid ( 80 ) is placed in the winding housing ( 76 ) clicked. The shaft pin of the winding shaft ( 78 ), which is located at the end of the winding shaft ( 78 ) and is firmly connected to it, protrudes through the shaft pin bore ( 82 ) of the lid ( 80 ). Shaft pin and shaft pin hole ( 82 ) represent a smooth play fit. On the shaft pin of the winding shaft ( 78 ) the knurled wheel with the inner ratchet profile is now fixed as a press fit. If the user turns a knurled wheel ( 83 ), the fine tissue sack ( 75 ) rolled up or rolled out under a crackling sound. The ratchet serves as a position parking brake, which prevents the bag from rolling out uncontrollably under load.

Figure 19, 20, 21 - belt and tie Rack

Just for men's clothing (but of course also in women's wardrobes) the question often arises where they are too This suit fits ties and belts close to the location with short access time can be kept. The safest way to do this is to directly couple the clothing to each other, so that everything is manageable with one handle and with a short-term selection can be made at a glance.

As a contribution to this, the belt and tie holder ( 84 ) intended. The device has the basic shape of a pair of pliers, between the legs of which the items of clothing can be stored securely. The belt and tie holder ( 84 ) is in the bracket groove ( 52 ) of the middle leg section ( 64 ) instead of the spring stone ( 51 ) latched. At the bottom of the fixed pliers leg ( 85 ), which also represents the structure of the device, is the slide switch ( 87 ), which the user can easily open or close with a thumb movement. With the movable pliers leg ( 86 ) is a deflection groove below the joint fitting hole in the pliers thigh outlet ( 95 ), which is arranged on both sides and runs slightly radially upwards. The slide switch ( 87 ) has a sliding slide profile on its top ( 92 ), which is arranged on the outside and your own security and management within the management unit ( 98 ) of the fixed pliers leg ( 85 ) serves. On the inside of this slide rail profile ( 92 ) two opposite guide pins ( 93 ) provided when pulling in the slide switch ( 87 ) automatically into the deflection grooves ( 95 ) of the movable pliers leg ( 86 ) intervene. Due to the continuous linear movement of the guide pins ( 93 ) which the deflection grooves ( 95 ) must inevitably be traced via the hinge axis ( 91 ) the movable pliers leg ( 86 ) opened. The maximum opening angle is reached when the movable pliers leg ( 86 ) exactly parallel to the line of symmetry of the adjacent hanger arm ( 28 . 64 . 65 ) stands. The closure is done in reverse. The coil pressure is generated by a coil spring ( 90 ) with two clip wire extensions, each in a spring wire holder ( 97 ) of the respective pliers leg ( 85 + 86 ) stuck. The coil spring ( 90 ) itself is located in the spiral spring bearing ( 94 ), which concentric the joint axis ( 91 ) hugs. The contact surface of the two pliers legs ( 85 + 86 ) is with a protective cover ( 89 ) provided, which is non-slip on the one hand and has material-protecting properties on the other. The movable pliers leg ( 86 ) has on its top at the open leg end a clearly worked out and tanned on all sides dete notch, which runs approximately at a 30 ° angle to the X / Y plane. Here the user has the option of hanging a larger belt buckle to prevent it from slipping.

As a further special feature, it should be mentioned that the entire pliers unit between the integrated spring block ( 51 ) and the start of the slide switch ( 87 ) in the rotating plane ( 85a ) can be swiveled 90 ° around the X axis to both sides, where it then snaps into the respective end position. The turning and locking mechanism consists of an axis-centered pin connection with position locking.

thought is this device property for heavy, thick or rigid Belt, that produce a wide bend radius in normal use would possibly damaged could become but definitely cause the clothes to bulge. By turning the pliers unit in one direction and the following in vertical belt assembly can unhook it and the disadvantages mentioned above are avoided.

Figure 22 - Label roll

Often to wish Users with extensive wardrobes an efficient and time-saving System for setting and combining the right clothes for the appropriate occasion (going out, mood, weather, season, Job) without emptying the closet and filling the room. Also are some less used or valuable clothing items in clothes bags dust- and mothproof stowed away and can then often not always immediately correctly identified.

A simple, quick, clear and easily practicable selection process is the labeling role ( 99 ). The labeling roll ( 99 ) is a filigree drum-shaped object with a diameter of approx. 2 cm. It has the hook shaft opening in its center ( 102 ), by means of which the labeling roll ( 99 ) over the coat hanger hook ( 5 ) can be guided until it is on the shaft stop ( 40 ) comes to rest where it is clearly visible. Each label roll ( 99 ) offers two levels of hierarchy. The outer level represents the category of clothing on the hanger using a category pictogram ( 103 ). The second level can be accessed via the banderole ( 108 ) are perceived. The category pictogram ( 108 ) is a supplied block of strips made of white paper, which can be assigned symbols, letters, numbers or colors by the user, which describe corresponding overarching subject areas. The paper is then torn from the block and into the vitreous ( 104 ), which the outer wall of the labeling roller ( 99 ) represents pushed. To do this, the housing cover ( 101 ) have been unscrewed. The vitreous ( 104 ) consists of a transparent, self-contained double-wall construction, which is fixed at the lower end to the roller housing ( 100 ) connected and only open at the top. The banderole ( 108 ) the user can double-symmetrically provide an exact description of his choice on both sides (the folding is provided because certain pens show through and thus the legibility suffers). It is then also pulled from a block supplied, folded in the middle (readability on both sides!) And into the transparent drawstring ( 106 ), which is tubular, but is flat. There is a conical handle on the outer side ( 107 ), with the help of which the drawstring ( 106 ) and the banderole inside ( 108 ) from the roller housing ( 100 ) can be pulled out and read. The other, open end is inserted into the clamping groove ( 111 ) inserted and anchored using a clamping pin. Then the drawstring ( 106 ) clockwise on the pull-out spool ( 109 ) wrapped. The pull-ring web ring ( 109 ) has two opposing driver slots ( 112 ) over the driver pins ( 114 ) of the pull ring ( 113 ) can be inserted. The train ring ( 113 ) is with a light band spring ( 115 ) via the movable band spring abutment ( 118 ) connected. The band spring ( 115 ) itself is again via the fixed band spring abutment ( 117 ), which is on the inside of the wall of the hook shaft opening ( 102 ) is connected to the roller housing. Assembly of the finished pull-out spool ( 109 ) in the roller housing ( 100 ) takes place by the pull ring ( 113 ) in the roller housing ( 100 ) turned a few times counterclockwise and then the pull-out spool ( 109 ) via the pull ring ( 113 ) in the roller housing ( 100 ) is pushed in. The ribbon spring is now ( 115 ) under tension and tries the pull-out spool ( 109 ) turn clockwise. However, this is due to the conical handle ( 107 ), which is in the pull-out opening ( 105 ) blocks, prevents. Now we only the housing cover ( 101 ) screwed on and the labeling roller ( 99 ) is ready for use. The user pulls the drawstring ( 106 ) and read the banderole ( 108 ). The tension force of the band spring ( 115 ) pulls the drawstring ( 106 ) automatically back into the roller housing ( 100 ) into it.

Figure 23 to 28 - pants holder

Usually there are only two options available to the user for hanging trousers. The first consists exclusively of a clamping device that only serves this purpose and is also somewhat cumbersome to use. The second only consists of an additional cross bar on the hanger, where the user must statically center the pants must, otherwise it slips over the heavier side. There are a few specimens with a plastic-coated crossbar to prevent this. This rigid coating then also impairs the correct assembly of the pants on the hanger. Depending on the fabric of the trousers, one leg, which has direct contact with the coating, then holds on the pole, while the other glides on the fabric of the first leg. In rare cases you can also find hangers that have a crossbar with an integrated "gravity clip", which is supposed to hold the trousers due to their weight. However, all common systems do not allow convenient and simple handling.

The expansion module presented here can help. The trouser holder ( 119 ) is both visually appealing and functionally innovative and light, safe and comfortable to use. It is a semi-automatic hybrid consisting of a crossbar and a clamping device. It was Intension's job to be able to pull the trousers on smoothly and with one hand and then to secure their position in a non-slip way with a short handle.

The device ( 119 ) is a quarter turn of a steering wheel ( 124 or 125 ) open. The trouser roll ( 120 ) rotates without resistance and the retaining clip ( 121 ) drives via two linear gears arranged on both sides ( 153 ) upwards and creates an opening through which the pants can be pulled ( 23 - Condition B). After the desired position of the same, turn one of the steering wheels ( 124 or 125 ) by a quarter turn. The trouser roll ( 120 ) is jammed, the trouser clip ( 121 ) drives down again and the trousers are fixed and secured in their position ( 23 - Condition A).

The trouser holder ( 119 ) is like the crossbar ( 56 ) just in place of the inner internal spring stones ( 51 ) of the temple leg end parts ( 65 ) by means of the device's own integrated spring stones ( 123 ) in the bracket grooves ( 52 ) latched. The mounting frame ( 122 ) fit snugly on the temple leg end parts ( 65 ) and thus ensure the torsion-free stiffening of the device. The steel shaft acts as the main supporting element ( 126 ), which fit into the mounting frame on both sides ( 122 ) is firmly integrated. On the steel shaft ( 126 ) is the roller brake module 1 ( 148 ) which of the fixing pins of the steel shaft ( 139 ) in the guide groove of the roller brake 1 ( 145 ) is stuck, the filming is limited. The roller brake module is a mirror image of this 2 ( 149 ), which has a second steel shaft fixing pin ( 139 ) the degree of freedom is also limited to a quarter turn. Both roller brake modules ( 148 and 149 ) are via a third fixing pin ( 140 ), which is at the end of the clutch shaft of the roller brake 2 ( 138 ) via a central guide groove ( 144 ), which at the end of the roller brake 1 ( 148 ) was worked out, connected. The central guide groove ( 144 ) has the peculiarity that in contrast to the other two guide grooves ( 145 and 146 ) has twice the pitch angle. In the end area of the roller brake 1 ( 148 ) is the clutch guide ( 143 ) designed to expand the shaft sliding fit ( 141 ) and a space for the roller brake 2 ( 149 ) in which it can dip in and out. At the outer ends of the two roller brakes ( 148 and 149 ) there is a knurled steering wheel ( 124 and 125 ). As a transition piece to the cylindrical roller guides ( 135 and 136 ) the roller brakes ( 148 and 149 ) is a locking cone ( 133 and 134 ) worked out. This locking cone ( 133 and 134 ) engages in the counter cone in the closed state (state A) ( 137 ) the role ( 120 ) and serves as the parking brake of the same. In the open state (state B) the counter cone ( 137 ) released and the role ( 120 ) can be made without play using the roller sliding fit ( 142 ) on the roller guide ( 135 and 136 ) the roller brakes ( 148 and 149 ) rotate. The opening and closing movement of the brakes requires a certain degree of freedom for the steering wheels ( 124 and 125 ) in the X axis, which is released by means of a notch ( 131 ) in the mounting frame ( 122 ) Is taken into account. The roller ( 120 ) centered again in the middle of the device. This construction ensures by one-handed quarter turn on one of the two steering wheels ( 124 and 125 ) opening and extending the roller brakes on both sides ( 148 and 149 ) and thus the rotation of the trouser roll ( 120 ). The role ( 120 ) consists only of a cylinder, which has a roller sliding fit on the inside ( 142 ), which at the mouths via the counter cone ( 137 ) chamfer. On the outer surface of the roll ( 120 ) is a rubber roller ( 129 ) vulcanized, which acts as a slip resistance for the pants fabric. A raised wreath ( 132 ) is provided, which ensures that the trousers run in a path so that there is no jamming with the brake cones ( 133 . 134 . 137 ) can come.

The clip is used to fix the pants in the selected position ( 121 ). It consists of a plastic strip that defines the radius of the roller ( 120 ) traces, so that a large-area form-fitting embedding of the pants fabric between the roll ( 120 ) and clasp ( 121 ) can be done. This radial segment is also equipped with a soft rubber band ( 130 ) to secure the upper leg. Therefore, the holding effect with low pressure is made possible, which causes wrinkling of the fabric or pressure points in the Counteracts textiles.

The clasp ( 121 ) is with the clasp nose ( 128 ) over the clasp suspension ( 127 ) with the hammer ( 159 ) of the linear gear ( 153 ) connected. In each of the two mounting frames ( 122 ) is a gearbox ( 153 ) integrated. The gears ( 153 ) have the task of opening the roller brakes ( 148 and 149 ) automatically raise the clasp so that no further work step by the user is necessary for the trousers assembly. For this it is necessary that the rotary movement of the steering wheels ( 124 and 125 ) about the gearbox ( 153 ) in a linear movement of the clasp ( 121 ) is implemented. This is accomplished by two transmission friction wheels, which have the same surface knurling structure as the steering wheels ( 124 + 125 ) exhibit. The knurling is designed in such a way that the control wheels ( 124 and 125 ) in the X direction is guaranteed slip-free and that the wheels cannot slip through each other, otherwise the synchronization of the unit will be jeopardized. A toothed pinion on the upper transmission wheel is now used to move two sprockets, which in turn have several tendons - drive wheels ( 152 ) rotate. The tendon now moves along an internal gear guide ( 150 ), through the gears ( 152 ) driven, up or down. The tendon ( 150 ) has on the flanks of the housing ( 155 ) an integrated tooth profile ( 157 ), which repeatedly runs into the drive wheels along the stroke ( 152 ) immersed and transported linearly through them.

Within the tendon ( 150 ) sits in a fit the hammer ( 159 ), which by means of a spiral spring ( 158 ) is pressed down. Via the freewheel slot ( 161 ) of the tendon housing ( 155 ) through which the hammer handle protrudes, this communicates its position with the clasp ( 121 ) and vice versa. This damping tolerance compensation of the clasp level is necessary because the system has to take up the same rigid parking position again and again in order to function. The pants, however, always have different thicknesses, so that a fundamentally rigid system would not lead to success. When opening the trouser holder ( 119 ) now moves the clasp as described above ( 121 ) in the upper parking position. Thanks to the spiral spring ( 158 ) the hammer ( 159 ) pressed down on the case back. As a result, the clasp ( 121 ) will occupy the lowest level of the open state (state B). However, this is not desirable due to the already narrow pants assembly space. The release lever acts on this process ( 154 ) opposite. The release lever ( 154 ) sits on a "tendon - driving wheel" ( 152 ), which initially appears to be inoperable in the upper corner of the gearbox ( 153 ) without contact with the ring gear. The drive wheel only moves when it comes into contact with the tendon ( 150 ) comes. The wheel turns and moves the release lever ( 154 ) in the direction of the hammer handle ( 159 ). This is finally grasped and pushed upwards with continued movement, so that in the upper parking position of the tendon ( 150 ) the hammer ( 159 ) and thus also the clasp ( 121 ) remain at the upper zero point. This process takes place system-symmetrically synchronously, so that the clasp ( 121 ) always parallel to the role ( 120 ) emotional. To avoid malfunctions, the release lever ( 154 ) held in the starting position by a light tension spring when not in use.

In order to the user is offered a maximum installation opening for the pants.

Figure 29 to 31 - skirt holding device

For hanging storage of women's skirts customers of the clothing industry in addition to the hanger-integrated Rock hook two basically various devices offered for selection. The first device has the shape a traverse, at the ends of which a clamp can be moved horizontally is arranged, in which the waistband can be clamped. The second device also has the basic shape of a traverse. The effect is there here, however, in a predefined spring tension, which rubberized two cranked Steel leg presses horizontally in the opposite direction. The Rockbund is pushed apart and holds so on the rubber coating.

Both The disadvantage of tools is that they can only be used for this purpose are. A costume must again be divided into two hangers become. The clamp suspension described first also has the disadvantage that the brackets especially for older customers and for Users with joint complaints are served only very poorly and extensively can be. Furthermore, the spring tension of the clamps enables individual displacement the same to the unpleasant act of strength. In the case of the tension bracket the disadvantage of the device especially in the unwieldy and uncomfortable Disassembly of the bracket from the garment founded. Moreover is the spring force for light and sensitive summer goods, especially for smaller waist sizes, mostly too fierce.

A considerable simplification of the use and compensation of all disadvantages of the conventional solutions is the expansion module of the skirt holding device developed here ( 162 ). It embodies an innovative combination of both basic philosophies, namely clamping and tensioning. The skirt holder ( 162 ) represents the customer not before the decision to either clamp or clamp, but gives him the opportunity to be able to clamp as well as clamp. This is made possible by a mounting frame ( 170 ) Double unit arranged horizontally one above the other. The upper level is the clamping unit ( 163 ), the lower level represents the clamping unit ( 164 ) with the three central, smooth-running knurled wheels ( 165 and 166 ) the customer can conveniently operate the two units. With the center thumbwheel located in the center of the unit ( 166 ) the user controls the clamping unit ( 164 ). By turning this wheel ( 166 ) the spindle shaft ( 175 ) emotional. The saw thread, which is self-locking on the inside, pushes the rock tension swords symmetrically into the required position. The sword print can be done via the spiral spring ( 178 ) can be set user-specifically. The two outer knurled wheels ( 165 ) are used to operate the clamping units ( 163 ). The advantage here is that each side has a quarter turn of the wheels ( 165 ) can be opened individually and then remains open. Due to the release cams ( 181c ) the camshaft ( 181 ) the flanks of the rock clip ( 167 ) spread out so that the rubberized clamping surfaces open at the lower end. In this camshaft position, the brackets remain open until the customer has finished setting up. When open (see 30 - Section B - B) the clamps can be brought into position easily along the X - axis due to the friction - minimizing one - dimensional contact (slight notch) at the top of the cam. When the clamping unit is open ( 163 ) the tension swords ( 168 ) of the clamping unit ( 164 ) through the mouth of the brackets ( 167 ) go berserk.

The skirt holder ( 162 ) is like the crossbar ( 56 ) just in place of the inner internal spring stones ( 51 ) of the temple leg end parts ( 65 ) by means of the device's own integrated spring stones ( 169 ) in the bracket grooves ( 52 ) latched. The mounting frame ( 170 ) fit snugly on the temple leg end parts ( 65 ) and thus contribute to the torsion-free stiffening of the device. The two steel shafts act as the main supporting elements ( 172 ), which fit into the mounting frame on both sides ( 170 ) are firmly integrated. The anchor plates are used to secure their position ( 171 ), which made it difficult in recesses at the steel shaft ends. A bearing for the clamping unit ( 173 ) and a bearing for the clamping unit ( 174 ) worked out.

The clamping unit ( 164 ) (see sections A and D) consists of the spindle shaft ( 175 ), which has a central bore in which the stabilization shaft ( 172 ) runs. The spindle shaft ( 175 ) has a transmission pinion in the middle ( 175c ), which is due to the internal ring gear ( 166a ) of the knurled wheel ( 166 ) is driven. The knurled wheel ( 166 ) is in its position by the guide disc ( 186 ) which are exactly in the inner nominal diameter of the knurled wheel ( 166 ) fits. The guide disc ( 186 ) has a gear notch at its lower end ( 186a ) in which the transmission pinion ( 175c ) rotates. At the top of the guide disc ( 186 ) is the stabilization shaft bore ( 186b ) through which the carrier steel shaft ( 172 ) the clamping unit ( 163 ) runs. This two-point securing ensures that the unit is fixed in position. The transmission pinion ( 175c ) protrudes exactly from the circular cross-section of the guide disc by the dimension of the tooth height ( 186 ) and reaches into the internal gear ring plane ( 166a ) of the knurled wheel. The transmission chink) ( 175c ) and the gear notch ( 186a ) of the guide disc ( 186 ) as well as the latter and the inner nominal diameter of the knurled wheel ( 166 ) meet the quality requirements of a fit. The knurled wheel ( 166 ) and the guide disc ( 186 ) are made using two spacer rings on both sides ( 185 ), which are in the recesses of the knurled wheel ( 166 ) are clipped in, kept in alignment (X axis). The spindle shaft ( 175 ) moves the tension nut ( 177 ) according to the direction of rotation inwards or outwards. On the shaft of the tension nut ( 177 ) there is a spiral spring ( 178 ) from the spring housing ( 179 ) is enclosed. The pull nut ( 177 ) has a guide lug on the flare of the shaft, which lugs into a guide groove on the inner wall of the spring housing ( 179 ) engages, thus preventing self-rotation. The spring case ( 179 ) has a spring housing cover at the inner end ( 180 ), which is important for the assembly of the unit. The rock tension sword protruding from the unit below ( 168 ) is with the spring housing ( 179 ) shed. It has an additional spring stone attached to the rear. The front is slightly wavy and has an anti-slip rubber coating. Now hit the two rock tension swords ( 168 ) on resistance, the user can change the clamping unit ( 164 ) keep turning at will. The pull nut ( 177 ) presses the coil spring ( 178 ) together. This gives the pressure built up to the rock tension swords ( 168 ) further. In this way, the user can set an individual elasticity for each item of clothing. In order to protect the threads from dirt, to avoid the ingestion of substances and to prevent the device ( 162 ) to give a more solid appearance, the threaded shafts ( 175 ) and the pull nuts ( 177 ) with a protective sleeve slotted at the bottom ( 176 ) hidden on one side in the mounting frame ( 170 ) and on the other side of the guide plate of the clamping unit ( 183 ) being held.

The clamping unit ( 163 ) (see cuts B and C) consists of the camshaft ( 181 ), which has a central bore in which the stabilization shaft ( 172 ) runs. The camshaft ( 181 ) has a transmission pinion at one end ( 181c ), which is due to the internal ring gear ( 165a ) of the knurled wheel ( 165 ) is driven. The knurled wheel ( 165 ) is in its position by the guide disc ( 183 ) which are exactly in the inner nominal diameter of the knurled wheel ( 165 ) fits. The guide disc ( 183 ) has a gear notch at its upper end ( 186a ) in which the transmission pinion ( 181c ) rotates. At the bottom of the guide disc ( 183 ) is the fitting hole ( 183b ) in which the spindle shaft fit ( 175b ) the spindle shaft ( 175 ) of the clamping unit ( 164 ) sits. This two-point securing ensures that the unit is fixed in position. The transmission chink) ( 181c ) protrudes exactly from the circular cross-section of the guide disc by the dimension of the tooth height ( 183 ) and reaches into the internal gear ring plane ( 165a ) of the knurled wheel ( 165 ) on. The transmission pinion ( 181c ) and the gear notch ( 183a ) of the guide disc ( 183 ) as well as the latter and the inner nominal diameter of the knurled wheel ( 165 ) meet the quality requirements of a fit. The knurled wheel ( 165 ) and the guide disc ( 183 ) by two cover rings attached on both sides ( 184 ), which in the notches ( 182 ) of the knurled wheel ( 165 ) are clipped in, kept in alignment (X axis). The camshaft ( 181 ) causes the knurled wheel to be actuated by shifting the position of the two opposite release cams ( 181b ) opening by overcoming the material residual stress or closing by the material residual stress of the rock clip ( 167 ). A suitable, resistant material (KS, a sheet metal or a composite material) must be used for this.

The rock clip ( 167 ) hugs both the camshaft when closed ( 181 ) the clamping unit ( 163 ) as well as the protective sleeve ( 176 ) of the clamping unit ( 164 ). When closed, the skin friction between the skirt clip ( 167 ) and the camshaft ( 181 ) so large that it is difficult to move in the X direction. In the open state there is only a line friction between the rock clip ( 167 ) and the release cam ( 181b ) to overcome. Moving and setting up is then easily possible. To secure the open rock clip ( 167 ) a horizontal notch on both sides is worked out on the inside of the outer surface, in which the disengaging cams ( 181b ) engage automatically after a 90 ° turn. The disengaging cams engage ( 181b ) then mechanically and acoustically informs the user that the maximum clamp opening has been reached. The rock clip ( 167 ) has a light clamping profile on the two opposite clamping surfaces, which is provided with a non-slip rubber coating.

C) Protection claims for modular foldable coat hanger system

1.0 Subject of the invention

aim of this invention is a permanently variable foldable coat hanger system for the Storage of the most common To make women's and men's clothing available to the user. With the adjectives An unprecedented holism becomes permanent and variable here described. That means every single hanger does that entire coat hanger system embodies which at any time to the shape currently required by the user via add-on and detachable add-on modules can react immediately. Each copy can be the required variant in seconds be rebuilt or expanded. But also the immediate volume-minimized Stowage of the system is guaranteed in no time.

2.0 State of the art / Search results

in the August 2002 the applicant did a search at the German Patent Office carried out in Munich. Under the IPC numbers A 47 G 25/40 and A 47 G 25/14 were 1,443 in total by the system Hits listed, all regarding novelty for the present registration checked were.

The Idea, bulky hangers Making it foldable is not new. Numerous attempts have been made done in the past to downsize hangers for storage purposes. Patents on foldable hangers go back to 1895. All discovered similarities are not, according to the applicant, harmful to novelty.

The Search under IPC no. A 47 G 25/40 (foldable coat hanger) a search result of 275 entries result, of which, however, only 4 claims in the applicant's opinion a certain similarity with the innovation presented here

• - DE 296 05 052 U1
• - DE 198 60 605 A1
• - DE 197 23 126 A1
• - G 71 40 673.0

All similar However, patents leave the subject of the application Recognize significant disadvantages of the invention.

Most of the inventions in this classification are aimed almost exclusively at the space-saving stowage of clothes hangers that are not currently required. Almost all copies have to be assembled by hand (sometimes with both hands) before use, in order to then, if only temporarily, represent a rigid coat hanger again. Unlocks are sometimes asymmetrical. A change of grip may be necessary. This can result in a certain unstable hand position of the bracket during opening, which requires more effort and is therefore ergonomically unfavorable.

adversely the open mechanics of the joints also have an impact on the competition and cantilever interlock switches, which pose a risk when in use of skin injuries from tearing or the user choking or threading the fabrics of the clothing harbors.

A further research under IPC no. A 47 G 25/14 (coat hanger) also no novelty-damaging Let the results be discovered.

Here notices that for each individual user requirement is exactly one isolated application so that the customer has a variety of different solutions got to.

3.0 Advantages of the modular foldable coat hanger system

in the Contrary to the registrations just mentioned is a great advantage of the modular foldable coat hanger system the much better one To call handiness. With one finger movement (thumb and index finger pressure) the two temple legs unfold Fully automatic without any effort on the part of the user. The entire system consists almost entirely of plastic. Consequently every single component is very simple thanks to the spray technology and extremely economical to manufacture.

As another advantage over the claims described above it is completely closed central joint lock to name what a mechanism and clothing protects against pollution and secondly the danger avoids skin or clothing from getting caught. This is simple and effective coat hanger care is also guaranteed.

The biggest advantage of the coat hanger system however, the associated versatility. Because of the advantageous and functional design the system using the add-on modules it unnecessary for everyone single purpose to keep the device bulky claimed and can only be handled with patience.

E) Drawing list with legend

Figure 1 - General view

(State A - closed )

Figure 2 - General view

(Condition B - open)

Figure 3 - Carrier plate

1

Trägerplatte

2

Federöffnung ( für Druckfeder – 7 – Ziffer 22 )

3

Sicherungsnut ( für Sicherungszapfen – 4 – Ziffer 10 )

4

Führungslippe

5

Kleiderbügelhaken

Representation without the elements of FIGS. 11 and 12

1

support plate

2

Spring opening (for compression spring - 7 - digit 22 )

3

Safety groove (for safety pin - 4 - digit 10 )

4

guide lip

5

Hanger hook

6

Anschlagkäfig

7

Fixieranschlag

8

Sicherungsbocköffnung ( für Sicherungsbock – 5 – Ziffer 15 )

9

Federkanal mit Führung ( für Spiralferder – 8 – Ziffer 23 )

10

Sicherungszapfen

11

Führungsbuchse

12

Käfigraum ( für Fixierplatte – 5 – Ziffer 13 )

Figure 4 - Stop cage

6

stop cage

7

Fixieranschlag

8th

Fuse block opening (for fuse block - 5 - digit 15 )

9

Spring channel with guide (for spiral fields - 8th - digit 23 )

10

Security bolt

11

guide bush

12

Cage space (for fixing plate - 5 - digit 13 )

13

Fixierplatte

14

Grundplatte

15

Sicherungsböcke mit Einlaufhilfe

15a

Sicherungsböcke mit Einlaufhilfe und Lastsicherungsnut

16

Einlaufhilfe

17

Führungsschaft

18

Federlager ( für Druckfeder – 7 – Ziffer 22 )

19

Aufnahmebohrung ( für Druckknopf – 6 – Ziffer 20 )

Figure 5 - Fixative slat

13

fixing

14

baseplate

15

Safety blocks with run-in aid

15a

Fuse blocks with run-in aid and load securing groove

16

running-in aid

17

guide shaft

18

Spring bearing (for compression spring - 7 - digit 22 )

19

Location hole (for push button - 6 - digit 20 )

20

Druckknopf

21

Presspassschaft ( für Aufnahmebohrung – 5 – Ziffer 19)

Figure 6 - push button

20

push-button

21

Press fit (for locating hole - 5 - digit 19 )

22

Druckfeder

Figure 7 - Compression spring

22

compression spring

23

Spiralfeder

24

Fixierspange

25

Druckspange ( für Federlager – 9 – Ziffer 31 )

Figure 8 - Spiral spring

23

spiral spring

24

Fixierspange

25

Pressure clip (for spring bearing - 9 - digit 31 )

26

Bügelkopf

27

Druckknopföffnung ( für Druckknopf – 6 – Ziffer 20 )

28

Bügelschenkel ( Wurzelteil )

29

Gehäuseschale

30

Laufanschlag mit Federlager und Lastsicherungsnase

31

Federlager ( für die Druckspange der Spiralfeder – 8 – Ziffer 25 )

32

Laufring ( für Führungslippe – 3 – Ziffer 4 )

Figure 9 - Temple head

26

ironing head

27

Push button opening (for push button - 6 - digit 20 )

28

Stirrup leg (root part)

29

shell

30

Barrel stop with spring bearing and load securing lug

31

Spring bearing (for the compression spring of the spiral spring - 8th - digit 25 )

32

Race (for guide lip - 3 - digit 4 )

Figure 10 - Section vertical central axis in assembled condition

Condition A - closed

33

Zentralgelenkschlossvorrichtung

(Illustration without the elements of Figure 11 - spring plate lock

33

Central joint lock device

Figure 11 - Spring plate lock

34

Federblech mit Klemmkante und Auslenkzapfen

34a

Auslenkzapfen

34b

Klemmkante

35

Auslenkzapfenöffnungen

36

Ankerbohrung

37

Federblechlager versenkt

38

Klemmkantenlager

Representation without the elements of Figure 3 - Zifer 3 and 4 )

34

Spring plate with clamping edge and deflection pin

34a

Auslenkzapfen

34b

clamping edge

35

Auslenkzapfenöffnungen

36

anchor hole

37

Spring plate bearing sunk

38

Clamping edges camp

39

Schaft

40

Schaftanschlag

41

Schaftanker

42

Ankerfalle

43

Ankerspitze

44

Öse gekröpft

45

Öse gerade

Figure 12 - Hooks and eyes

39

shaft

40

shank stopper

41

sheep tankers

42

anchor case

43

anchor tip

44

Cranked eyelet

45

Straight eyelet

46

Kragenformteil

47

Aussparung für Zentralgelenkschlossvorrichtung ( Ziffer 33 )

48

Aussparung für Hakenschaft ( Ziffer 38 )

49

Aussparung für Bügelschenkel ( Ziffer 28 )

50

Fixierklemmnase

Figure 13 - collar molding

46

Collar molding

47

Cut-out for central articulated lock device (number 33 )

48

Cut-out for hook shank (number 38 )

49

Cut-out for stirrup legs (number 28 )

50

Fixierklemmnase

51

Federstein

52

Bügelnute

53

Fixiergrat

54

Fixierfuge

Figure 14 - Grooves and Tongues

51

Featherstone

52

Bügelnute

53

Fixiergrat

54

Fixierfuge

55

Integrierter Federstein

56

Querstange

56a

Querstangenendteil

56b

Querstangenmittelteil

57

Integrierter Rockhaken

Figure 15 - Crossbar module

55

Integrated spring stone

56

crossbar

56a

Querstangenendteil

56b

Crossbar midsection

57

Integrated rock hook

58

Zapfenschaft ( Passung zu Ziffer 60 )

59

Sägezahnaussengewinde ( für Vierteldrehung )

60

Zapfenbohrung ( Passung zu Ziffer 58 )

61

Sägezahninnengewinde ( für Vierteldrehung )

62

Fixiernut

63

Fixierfeder

64

Bügelschenkelmittelteil ( mit einem unteren Federstein 15 – Ziffer 51 )

65

Bügelschenkelendteil ( mit einem unteren und einem oberen Federstein

15 – Ziffer 51 )

Figure 16 - Plug connection

58

Tap shaft (fit to number 60 )

59

Sawtooth external thread (for quarter turn)

60

Pin bore (fit to number 58 )

61

Internal sawtooth thread (for quarter turn)

62

fixing groove

63

fixing spring

64

Middle leg section (with a lower spring stone 15 - digit 51 )

65

Temple leg end part (with a lower and an upper spring stone

15 - digit 51 )

66

Schulterformteil ( aufsteckbar )

67

Bügelschuh

68

Hakenwippe mit Daumendruckplatte und Fixierklemmnase

69

Querschott in X – Ebene

70

Querschott in Z – Ebene

Figure 17 - Shoulder molding

66

Shoulder molding (attachable)

67

Ironing Shoe

68

Hook rocker with thumb pressure plate and fixing clamp nose

69

Cross bulkhead in X plane

70

Cross bulkhead in Z plane

71

Utensilientasche

72

Reissverschluss ( doppelseitig )

73

Trägerstange mit integrierten Federsteinen

74

Verbindungsnaht

75

Feingewebesack ( transparent )

76

Verbindungsnaht

77

Rollenmund

78

Wickelwelle

79

Klemmkeilleiste für Gewebesack

80

Endkappen mit Ratschenprofil

81

Klemmflansch

82

Wellenstiftbohrung

83

Rändelrad mit Ratschenprofil

Figure 18 - Utensil Bag

71

Utility pocket

72

Zipper (double sided)

73

Carrier bar with integrated spring stones

74

seam

75

Fine tissue sack (transparent)

76

seam

77

role mouth

78

winding shaft

79

Wedge clamp for fabric sack

80

End caps with ratchet profile

81

clamping flange

82

Shaft pin hole

83

Knurled wheel with ratchet profile

84

Gürtel- und Krawattenhalter mit integriertem Federstein

85

Fester Zangenschenkel

85a

Drehfuge ( für Schwenkmechanismus )

86

Beweglicher Zangenschenkel

87

Gleitschiebeschalter mit Antirutschprofil

88

Zangengelenk

89

Schonbezug

Figure 19 - Belt and tie holder 1

84

Belt and tie holder with integrated spring stone

85

Fixed pliers leg

85a

Revolving joint (for swivel mechanism)

86

Movable pliers leg

87

Slide switch with anti-slip profile

88

pliers joint

89

slipcover

90

Spiralfeder

91

Gelenkachse

Figure 20 - Belt and tie holder 2

90

spiral spring

91

joint axis

92

Gleitschienenprofil

93

Führungszapfen

94

Spiralfederlager

95

Auslenknut

96

Zangengelenkkammer

97

Federdrahtköcher

98

Führungseinheit für Gleitschieberegeler

Figure 21 - Belt and tie holder 3

92

Gleitschienenprofil

93

spigot

94

Coil spring camp

95

Auslenknut

96

Pliers joint chamber

97

Spring wire quiver

98

Guide unit for slide control

99

Beschriftungsrolle

100

Rollengehäuse

101

Gehäusedeckel

102

Hakenschaftöffnung

103

Kategoriepiktogramm

104

Glaskörper

105

Auszugöffnung

106

Zugband

107

Konischer Griff

108

Banderole

109

Ausziehspule

110

Montageschlitz

111

Klemmnut

112

Mitnehmernut

113

Zugring

114

Mitnehmerzapfen

115

Bandfeder ( nicht dargestellt aus Gründen der Übersichtlichkeit )

116

Federlager

117

Festes Bandfederwiderlager

118

Bewegliches Bandfederwiderlager

Figure 22 - Label roll

99

labeling role

100

Castor housing

101

housing cover

102

Hook shaft opening

103

category icon

104

vitreous

105

excerpt opening

106

tieback

107

Tapered handle

108

banderole

109

Ausziehspule

110

mounting slot

111

clamping groove

112

drive slot

113

pull ring

114

driver pin

115

Band spring (not shown for reasons of clarity)

116

spring camp

117

Fixed band spring abutment

118

Movable band spring abutment

119

Hosenhaltevorrichtung

120

Rolle

121

Spange

122

Montagerahmen (mit integriertem Getriebekasten)

123

Integrierter Federstein

124

Steuerrad (mit Rändelung) der Rollenbremse 1

125

Steuerrad (mit Rändelung) der Rollenbremse 2

126

Stahlwelle

Figure 23 - Pants holder 1

119

Hose holder

120

role

121

clasp

122

Mounting frame (with integrated gear box)

123

Integrated spring stone

124

Steering wheel (with knurling) of the roller brake 1

125

Steering wheel (with knurling) of the roller brake 2

126

steel shaft

127

Spangenaufhängung

128

Spangennase

129

Rollengummierung

130

Spangengummierung

131

Ausklinkung

Figure 24 - Pants holder 2

127

brace suspension

128

clip nose

129

Rollengummierung

130

Spangengummierung

131

notch

132

Abschlusskranz

133

Feststellkonus der Rollenbremse 1

134

Feststellkonus der Rollenbremse 2

135

Rollenführung der Rollenbremse 1

136

Rollenführung der Rollenbremse 2

137

Gegenkonus

138

Kupplungswelle der Rollenbremse 2

Figure 25 - Trouser holder 3

132

Statements wreath

133

Locking cone of the roller brake 1

134

Locking cone of the roller brake 2

135

Roller guide of the roller brake 1

136

Roller guide of the roller brake 2

137

counter-cone

138

Clutch shaft of the roller brake 2

139

Fixierzapfen der Stahlwelle

140

Fixierzapfen der Rollenbremse 2

141

Wellengleitpassung

142

Rollengleitpassung

143

Kupplungsführung

144

Zentralführungsnut

145

Führungsnut der Rollenbremse 1

146

Führungsnut der Rollenbremse 2

147

Montagekupplung der Stahlwelle

148

Rollenbremse 1 (Bauteil 1)

149

Rollenbremse 2 (Bauteil 2)

Figure 26 - Pants holder 4

139

Fixing pin of the steel shaft

140

Locking pin of the roller brake 2

141

Wellengleitpassung

142

Rollengleitpassung

143

clutch guide

144

Zentralführungsnut

145

Guide groove of the roller brake 1

146

Guide groove of the roller brake 2

147

Assembly coupling of the steel shaft

148

roller brake 1 (component 1 )

149

roller brake 2 (component 2 )

150

Spannglied (für Spange Ziffer 121)

151

Kupplungsritzel

152

Spannglied – Triebräder

153

Getriebe

154

Ausrückhebel

Figure 27 - Trouser holder 5

150

Tendon (for clasp number 121 )

151

clutch gear

152

Tendon - driving wheels

153

transmission

154

release lever

155

Spanngliedgehäuse

156

Gehäusedeckel

157

Gehäuseintegriertes Zahnprofil

158

Spiralfeder

159

Hammer

160

Montagebohrung (für Spangenaufhängung Ziffer 127)

161

Freilaufschlitz

Figure 28 - Pants holder 6

155

Tendon housing

156

housing cover

157

Integrated tooth profile

158

spiral spring

159

hammer

160

Mounting hole (for clip suspension, number 127 )

161

Freewheel slot

162

Rockhaltevorrichtung

163

Klemmeinheit

164

Spanneinheit

165

Rändelrad der Klemmeinheit

165a

Innenliegender Zahnkranz ( der Klemmeinheit )

166

Rändelrad der Spanneinheit

166a

Innenliegender Zahnkranz ( der Spanneinheit )

167

Rockklammer

168

Rockspannschwert mit integriertem Federstein

169

Integrierter Federstein

170

Montagerahmen

171

Ankerblech

172

Stabilisationswelle

173

Lager der Klemmeinheit

174

Lager der Spanneinheit

Figure 29 - Skirt holding device 1

162

Rock fixture

163

terminal unit

164

clamping unit

165

Knurled wheel of the clamping unit

165a

Internal ring gear (of the clamping unit)

166

Knurling wheel of the clamping unit

166a

Internal gear rim (of the clamping unit)

167

skirt braces

168

Rock tension sword with integrated feather stone

169

Integrated spring stone

170

mounting frame

171

lamination

172

Stabilization wave

173

Bearing of the clamping unit

174

Bearing of the clamping unit

175

Spindelwelle

175a

Spindelwellenlager

175b

Spindelwellenpassung

175c

Übertragungsritzel

176

Schutzhülse

177

Zugmutter

178

Spiralferder

179

Federgehäuse ( mit Ziffer 168 vergossen )

180

Federgehäusedeckel

181

Nockenwelle

181a

Wellenlager

181b

Ausrücknocken

181c

Übertragungsritzel

Figure 30 - Skirt holding device 2

175

spindle shaft

175a

Spindle shaft bearings

175b

Spindelwellenpassung

175c

transmission gears

176

protective sleeve

177

tension nut

178

Spiralferder

179

Spring housing (with number 168 shed)

180

Spring cover

181

camshaft

181a

shaft bearing

181b

release cam

181c

transmission gears

182

Ausklinkung für Abdeckring

183

Führungsscheibe ( Rändelrad der Klemmeinheit )

183a

Zahnradausklinkung

183b

Passbohrung ( für Spindelwellenpassung – Ziffer 175b )

184

Abdeckring

185

Distanzring

186

Führungsscheibe ( Rändelrad der Spanneinheit )

186a

Zahnradausklinkung

186b

Stabilisationswellenbohrung

Figure 31 - Skirt holding device 3

182

Notch for cover ring

183

Guide disc (knurled wheel of the clamping unit)

183a

Zahnradausklinkung

183b

Fitting bore (for spindle shaft fit - number 175b )

184

cover ring

185

spacer

186

Guide disc (knurled wheel of the clamping unit)

186a

Zahnradausklinkung

186b

Stabilization shaft bore

F) drawings

1 - Overall view (condition A - closed)

2 - Overall view (condition B - open)

3 - Carrier plate (representation without the elements of the 11 and 12 )

4 - stop cage

5 - fixing plate

6 - push button

7 - compression spring

8th - coil spring

9 - temple head

10 - Section vertical central axis in assembled condition

11 - Spring plate lock

12 - hooks and eyes

13 - collar molding

14 - Grooves and tongues

15 - Crossbar module

16 - plug connection

17 - shoulder molding

18 - Utensil pocket

19 - Belt and tie holder 1

20 - Belt and tie holder 2

21 - Belt and tie holder 3

22 - labeling roll

23 - Trouser holder 1

24 - Trouser holder 2

25 - Trouser holder 3

26 - Trouser holder 4

27 - Trouser holder 5

28 - Trouser holder 6

29 - Skirt holder 1

30 - Skirt holder 2

31 - Skirt holder 3

Claims (1)

Main claim - modular foldable coat hanger system ( 1 to 31 ) Modular foldable coat hanger system, characterized that both stirrup legs ( 28 ) via a central combination device, consisting of a hinge joint and a U-lock, in the following central hinge lock device ( 33 ) together with each other on the temple head ( 26 ) are connected. The push button ( 20 ) unlocks the central joint lock device ( 33 ) so that the stirrup legs ( 28 ) by means of spring force ( 23 ) freely rotate around the origin (Z axis) within the angle a in the X / Y plane and automatically snap into the respective predefined end position and are thus fixed and locked again ( 1 and 2 ). Modular foldable coat hanger system, further characterized in that the use of interchangeable supplementary modules (UA 1.3 to UA 1.13), which have snap-on mounting devices, means that the clothes hanger body ( 1 and 2 ) can take any special form required. 1.1 Subclaim - central joint lock device ( 1 to 10 ) Modular foldable coat hanger system according to claim 1. characterized in that the central joint lock device ( 33 ) represents an opening, turning and locking mechanism which consists of the carrier plate ( 1 ), the stop cage ( 6 ), the fixing plate ( 13 ), the push button ( 20 ), the compression spring ( 22 ), the spiral spring ( 23 ) and the ironing head ( 26 ) exists and is symmetrical according to the system 10 is mounted. Also characterized in that the user initiates the opening process (push button 20 ) the locking in the central joint ( 33 ) is released, the preloaded coil spring ( 23 ) the two stirrup legs ( 28 ) automatically pushes from their parking position (state A) into the working position (state B), then also automatically engages here and thus enables a resilient torsionally rigid and dimensionally stable fixation in the final state. The closing process takes place by manually pressing the two bow legs ( 28 ) in reverse order. 1.1.1 Subclaim - carrier plate ( 3 ) Modular foldable coat hanger system according to claim 1 and dependent claim 1.1 , Characterized in that a round carrier plate ( 1 ) at its center is a hole in the Z axis, the so-called spring opening ( 2 ) as a function opening for the compression spring ( 22 ), and a central through hole in the Y axis, the so-called anchor hole ( 36 ), having. The latter serves to include expansion and functional modules in accordance with the subclaim 1.3 ( 12 ). Furthermore, characterized in that above and below the main axes X and Y ex centrally arranged arc-shaped elongated holes, in the following securing groove ( 3 ) are present. Furthermore characterized in that at the edge areas of the carrier plate ( 1 ) a radially arranged guide lip on each side ( 4 ) to accommodate the race ( 32 ) of the bracket head ( 26 ) according to 3 and 9 - Detail "C" is located. 1.1.2 Subclaim - stop cage ( 4 ) Modular foldable coat hanger system according to claim 1 and dependent claim 1.1 , Characterized in that on the carrier plate ( 1 ) a can-shaped hollow body, in the following stop cage ( 6 ) is mounted, which is connected to the safety pins on the front ( 10 ) firmly in the locking grooves ( 3 ) the carrier plate ( 1 ) plugged. Furthermore, characterized in that on the top of the stop cage ( 6 ) Fixing stops ( 7 ) which are the opening angle a of the bracket head ( 26 ) about its barrel stop ( 30 ) and thus define that of the respective stirrup leg ( 28 ). Further characterized in that between the fixing stops ( 7 ) Fuse block openings ( 8th ) are provided in which the fuse blocks ( 15 ) the fixing plate ( 13 ) are slidable and largely free of play. In addition, characterized in that a spring channel ( 9 ) runs radially, which is characterized by an outer upstand and an inner recess, which also serves as a guide and bed for the spiral spring ( 23 ) serves. In the center of the stop cage ( 6 ) is a guide bush ( 11 ) in which the leadership ( 17 ) the fixing plate ( 13 ) slides in the direction of the Z axis without play. The stop cage ( 6 ) is arranged systemically on both sides of the carrier plate. 1.1.3 Subclaim - fixing plate ( 5 Modular foldable coat hanger system according to claim 1 and subclaim 1.1. Characterized in that the fixing plate ( 13 ) over several pairs of symmetrically opposite fuse blocks ( 15 and 15a ), which comes from the base plate ( 14 ) raise in segments and a bevel on the facing block edge, the so-called run-in aid ( 16 ), exhibit. On the back of the fuse blocks ( 15a ) there is a linear load securing groove (see also subclaims 1.1.6 and 1.1.8). Furthermore, characterized in that in the center of the fixing plate ( 13 ) a leadership body ( 17 ) is present, which has the mounting hole in its upper base ( 19 ) houses. The inside of the guide shaft is between the mounting hole ( 19 ) and the shaft wall a radial groove, the so-called spring bearing ( 18 ), educated. Further characterized in that the fixing plate ( 13 ) inside the cage area ( 12 ) of the stop cage ( 6 ) is mounted in such a way that the safety brackets ( 15 and 15a ) and the leadership ( 17 ) the fixing plate ( 13 ) inside the fuse block openings ( 8th ) or the guide bush ( 11 ) of the stop cage ( 6 ) can be completely immersed and removed with little play. 1.1.4 Subclaim - push button ( 6 Modular foldable coat hanger system according to claim 1 and subclaim 1.1. Characterized in that the push button ( 20 ) has a fine radial bevel on its edge and has a slight bowl-shaped bulge on its finger pressure surface, in which there are raised knobs. Furthermore characterized in that at the lower end of the push button ( 20 ) a press fit ( 21 ) with an installation chamfer. Also characterized in that the push button ( 20 ) via the press fit ( 21 ) in the mounting hole ( 19 ) of the leadership ( 17 ) the fixing plate ( 13 ) is mounted. 1.1.5 Subclaim - compression spring ( 7 Modular foldable coat hanger system according to claim 1 and subclaim 1.1. Characterized in that a spiral compression spring ( 22 ) in the leadership ( 17 ) the fixing plate ( 13 ) is mounted in such a way that it 2 ) the carrier plate ( 1 ) protrudes into the system-symmetrical opposite mechanics, so that both mechanisms share the service of a spring. 1.1.6 Subclaim - bow head ( 9 ) Modular foldable coat hanger system according to claim 1 and dependent claim 1.1 , Characterized in that at the upper end of the massive stirrup leg ( 28 ) the bracket head ( 26 ), which consists of an eccentric, can-shaped body, the so-called housing shell ( 29 ), the diameter of which corresponds approximately to twice the bow width and the open front edge, in the following race ( 32 ), expands in the radial direction to form a thickening with a circular cross section (detail "C"). Furthermore characterized in that the bracket head ( 26 ) a hole in its center ( 27 ) in which the push button ( 20 ) switches without play. Further characterized in that inside the housing shell ( 29 ) at least two pairs of symmetrically opposite barrel stops ( 30 ) from the bottom of the housing shell ( 29 ) are worked out segment-like, which on their top side via a linear spring bearing ( 31 ) to hold the pressure clip ( 25 ) the coil spring ( 23 ) feature. The barrel stops ( 30 ) are arranged in such a way that they are always between the fixing stops ( 7 ) and the securing blocks ( 15 ) sit and each represent a closed final state. In addition, characterized in that on the back of the end faces of the barrel stops ( 30 ) each has a linear load securing nose (see also subclaims 1.1.3 and 1.1.8). In addition, characterized in that the bracket head ( 26 ) so on the carrier plate ( 1 ) that the race ( 32 ) the housing shell ( 29 ) in the guide lip ( 4 ) the carrier plate ( 1 ) integrates positively, sits without play in all 3 room levels, but has a sufficient degree of radial freedom so that the bracket head on the carrier plate ( 1 ) can rotate smoothly and smoothly around the Z axis ( 3 - Detail "C"). The material used here has a molecular structure that enables surfaces with high sliding and self-lubricating properties. 1.1.7 Subclaim - coil spring ( 8th ) Modular foldable coat hanger system according to claim 1 and dependent claim 1.1 , Characterized in that a multi-start spiral spring ( 23 ), which is manufactured in such a way that it develops its spring force in the radial direction, at its lower end of the passage a right-angled base extension, which is directed inwards in the spring plane, the so-called fixing clip ( 24 ), and has at its upper end a lever that is bent out of the spring plane but also directed inwards, the so-called pressure clip ( 25 ), having. Furthermore, characterized in that both the length of the fixing clip ( 23 ) as well as that of the pressure clip ( 25 ) the coil spring ( 23 ) are not larger than the spring bearing ( 31 ) of the bracket head ( 26 ). Further characterized in that the first gear of the coil spring ( 23 ) with the pressure clip ( 25 ) protrudes about 45 ° from the spring plane in its basic manufacturing state. This serves to facilitate assembly and later operational safety. Also characterized in that the coil spring ( 23 ) is mounted in such a way that its fixing clip ( 24 ) outside (i.e. behind) the fixing stop ( 7 ), their outside diameter in the correspondingly shaped spring channel ( 9 ) of the stop cage ( 6 ) is bedded and its pressure clip ( 25 ) in the spring bearing ( 31 ) of the bracket head ( 26 ) clamps firmly. 1.1.8 Subclaim - opening security ( 9 Modular foldable coat hanger system according to claim 1, sub-claim 1.1, sub-claim 1.1.3 and sub-claim 1.1.6. Characterized in that a on the back of the barrel stop ( 30 ) of the bracket head ( 26 ) attached positively shaped load securing spring under bracket load in a form-fitting manner in one on the front of the securing brackets ( 15a ) the fixing plate ( 13 ) negatively shaped load locks immersion groove, the position of the fixing plate ( 13 ) freezes and thus an unintentional opening of the central joint lock device ( 33 ) prevented. 1.2 Subclaim - spring plate lock ( 11 ) Modular foldable coat hanger system according to claim 1, sub-claim 1.1 and as an extension to subclaim 1.1.1. Characterized in that in the carrier plate ( 1 ) according to subclaim 1.1.1 all-round frame-shaped depressions, in the following spring plate bearing ( 37 ), are arranged symmetrically on both sides, on which the spring plate bearing on the left and right ( 37 ) a full-length recess-long thin slot, the so-called clamping edge bearing ( 38 ), runs. At the four corners of the spring plate bearings ( 37 ) there is a through hole each, here as a pivot pin opening ( 35 ) designated. Further characterized in that the spring plate bearing ( 37 ) in the X axis the anchor hole ( 36 ) hits, so that an intersection opening is generated here. Furthermore, characterized in that a stiff, wafer-thin spring plate (U-shaped punched in plan) ( 34 ) high spring constant, both at its base line, the so-called clamping edge ( 34b ), as well as on its two extensions, the so-called deflection pins ( 34a ), each has a 90 ° bend in the same direction. It is located on each side of the carrier plate ( 1 ) each with the clamping edge ( 34b ) in the clamping edge bearing ( 38 ) mounted and in the spring plate bearing ( 37 ) recessed spring plate ( 34 ) so that the two rounded pivot pins ( 34a ) contact-free through the respective pivot pin opening ( 35 ) the carrier plate ( 1 ) protrude. 1.3 Subclaim - hooks and eyes ( 12 ) Modular foldable coat hanger system according to claim 1, characterized in that both the coat hook module ( 5 ) and the two eyelet modules ( 44 and 45 ) have the same insertion shaft structure, which is characterized by a chamfered shaft end, the so-called anchor tip ( 43 ), a graduated rotationally symmetrical cross-sectional taper, the so-called anchor trap ( 42 ), and a baffle-like shaft expansion at the upper shaft outlet at the transition to the actual hook ( 5 ), the so-called shaft stop ( 40 ). Furthermore characterized in that the anchor trap ( 42 ) when mounting the shaft ( 39 ) in the carrier plate ( 1 ) when seating the shaft stop ( 40 ) on the surface of the carrier plate ( 1 ) is designed in position and dimension exactly where the extension of the spring plate ( 34 ) from subclaim 1.2 inside the spring plate bearing ( 37 ) the carrier plate ( 1 ) runs. 1.4 Subclaim - collar molding ( 13 Modular foldable coat hanger system according to claim 1, characterized in that a shaped piece modeled on a shirt or coat collar ( 46 ) a combination recess ( 47 . 48 . 49 ), in which the center of the opened clothes hanger system base body fits snugly and form-fitting according to claim 1 and above and below the cut-out legs ( 49 ) worked out fixing lugs ( 50 ) when mounting on the stirrup legs ( 28 ) snaps in and is secured. 1.5 Subclaim - grooves and tongues ( 14 ) Modular foldable coat hanger system according to claim 1. characterized in that at selected points of the coat hanger system arcuate recess groove ( 52 ) are system-symmetrical, which have spring blocks of identical shape ( 51 ) filled with a positive fit and over the negative fixing joints in the middle of the bracket ( 54 ) as well as positive fixing burrs in the center of the spring ( 53 ) are held in their stirrup-symmetrical and aligned position. The outside of the spring stone is designed in such a way that when installed, the sides of the spring and spring stone are aligned and thus do not form any discontinuities in the surface of the frame. 1.6 Subclaim - crossbar module ( 15 ) Modular foldable coat hanger system according to claim 1. characterized in that one of three parts (2 × 56a and 1 × 56b ) modular crossbar ( 56 ) with the on the crossbar end parts ( 56a ) integrated spring stones ( 55 ) according to subclaim 1.5, into which at the lower ends of the stirrup leg parts ( 65 ) internal recess grooves ( 52 ) according to subclaim 1.5 instead of the solitary spring stones ( 51 ) from subclaim 1.5 has a geometrically precise fit on both sides. The crossbar end parts ( 56a ) are via a detachable connector according to subclaim 1.7 with the crossbar middle section ( 56b ) firmly connected. On the spring-loaded underside of the crossbar end parts ( 56a ) extends an integrated rock hook projecting on both sides in the temple level ( 57 ), which, if necessary, can be fitted like a bayonet lock out of the crossbar end part ( 56a ) can be dismantled. 1.7 Subclaim - plug connection ( 16 ) Modular foldable coat hanger system according to claim 1. characterized in that the hanger legs ( 28 ) the foldable coat hanger system according to claim 1 and the crossbar ( 56 ) according to subclaim 1.6 from middle and end parts ( 56b respectively. 64 and 56a respectively. 65 ) exist which can be assembled and disassembled at selected interfaces via pin connections. The outer third of the pin of the stem ( 58 ) is characterized by a double-row, axially symmetrical sawtooth external thread ( 59 ), whose pitch and thread length is designed so that a solid, dimensionally stable and rigid connection is generated by a quarter turn of the loosely plugged modules. The pitch and flank angle of the thread tooth profile is selected so that self-locking ensures that the opening is secured. The remaining two thirds of the tap shaft ( 58 ) are designed as fitting bolts with high demands on dimensional and shape accuracy. In the mating surface of the stem ( 58 ) a fine ventilation and foreign body duct is worked out, which is spiral in length and rectangular in cross section. The tap stem ( 58 ) runs out in its root over a radius into the contact surface of the hanger module. In the area of the root of the cone, the contact surface rises above and below the stem ( 58 ) one fixing spring arranged symmetrically to the main cross-sectional axis and in alignment { 63 ), which has the shape of a positive semicircular ridge. The pin bore ( 60 ) is a precisely fitting, negative image of the tap stem just described ( 58 ) trained taking into account the necessary dimensional tolerances. The length of the tenon hole ( 60 ) is, however, a few tenths of a millimeter deeper than the length of the tap shaft ( 58 ). The modulus of elasticity of the material is chosen in such a way that the difference in length affects the internal material tension in order to pull the hanger modules connected together. 1.8 Subclaim - shoulder molding ( 17 ) Modular foldable coat hanger system according to claim 1, characterized in that a shoulder molding which widens on both sides in the projection ( 66 ) a tunnel or shoe-shaped recess ( 67 ) in its center, which extends over the extension of the temple leg end parts ( 65 ) of the opened clothes hanger system body according to claim 1 can be slipped on precisely and positively. On the temple side, the shape is designed so that the lines of the body of the shoulder molding ( 66 ) seamless, free of burrs and bumps with the spatial geometry of the temple leg end parts ( 65 ) merge. The round functional side is parabolic. Longitudinal and transverse bulkheads ( 69 and 70 ) pull the cavities statically effective and thus stiffen the molded part. On the underside of the shoulder molding ( 66 ) there is a detached from the floor material and therefore only with the crossbar ( 70 ) connected and tiltable hook rocker ( 68 ), on the inside of which a fixing clip is formed, which in the bow shoe compartment ( 67 ) immersed. The end thumb pressure plate of the hook rocker has an anti-slip serration. On the underside of the temple leg end parts ( 65 ) a notch has been worked out at a suitable point, into which the fixing clamp nose snaps when the two parts are married and thus the shaped shoulder part ( 66 ) in its position on the temple leg end part ( 65 ) secures. The shoulder moldings ( 66 ) are provided symmetrically in the system. 1.9 Subclaim - Utensil bag ( 18 ) Modular foldable coat hanger system according to claim 1. characterized in that a bag-like by means of line closure ( 72 ) fabric body that can be opened on both sides, in the following utensil pocket ( 71 ), has a channel-like loop formation at its upper end, which is formed by the connecting seam ( 74 ) is secured. Furthermore characterized in that a carrier rod ( 73 ) is stretched through the loop channel, which is integrated into the bracket grooves through the integrated spring blocks of the latter ( 52 ) the hanger leg ( 64 respectively. 65 / depending on the size of the bag). The fine tissue sack ( 75 ) consists of a transparent, dirt-repellent and tear-resistant material. Further characterized in that at the lower end of the utensil pocket ( 71 ) there is a rod-shaped winding device which is used to receive or dispense the fine tissue sack ( 75 ) over the narrow rounded roller mouth ( 77 ) by manual operation of the knurled wheels ( 83 ) serves. Also characterized in that the fine tissue sack ( 75 ) through a wedge-length clamping wedge strip ( 79 ) in a clamping groove of the same shape in the winding shaft ( 78 ) is anchored. The winding shaft ( 78 ) and the rolled-up tissue bag ( 75 ) are from the winding housing ( 76 ) and the two end caps ( 80 ) kept dust-proof. The two end caps ( 80 ) each have a shaft pin hole in their center ( 82 ) through which the bearing pins of the winding shaft ( 78 ) protrude, stabilize the system and at the same time as stub and drive shaft for the knurled wheels ( 83 ) serve. In addition, characterized in that the winding housing end cover ( 80 ) have an integrated ratchet profile on which the knurled wheels ( 83 ) with their own integrated ratchet profile to find a hold and secure their position and thus uncontrolled rolling out of the tissue bag ( 75 ) counteract due to gravity. 1.10 Subclaim - belt and tie holder ( 19 . 20 . 21 ) Modular foldable coat hanger system according to claim 1. characterized in that a manually operated pliers-like module, in the following belt and tie holder ( 84 ) called, by means of an integrated spring stone (similar 15 digit 55 ) in an ironing groove ( 52 ) part of a thigh ( 64 or 65 ) by replacing the existing spring spring ( 51 ) can be installed. Furthermore characterized in that the statically effective base body (= the lower part) of the belt and tie holder ( 84 ) from a fixed abutment clip, the so-called fixed pliers leg ( 85 ), which is in the center of the first third via a pincer chamber ( 96 ), which acts as a dwelling or free space for the movable leg of the pliers ( 86 ), the spiral spring ( 90 ), the joint axis ( 91 ) and the switch ( 87 ) serves. In the fixed jaw of the pliers there is a spring wire quiver in the axis of symmetry ( 97 ), which the coil spring bearing ( 94 ) of the movable pliers leg ( 86 ) meets tangentially on its underside and as a fixed abutment for the coil of the coil spring ( 90 ) serves. Furthermore characterized in that the pliers joint chamber ( 96 ) down an opening in which the management unit ( 98 ) for the slide switch ( 87 ) is located. The management unit ( 98 ) is the negative counterpart to the positive-shaped slide rail profile ( 92 ) of the slide switch ( 87 ). In addition, characterized in that the movable pliers leg ( 86 ) has at its beginning a sword-like taper in the axis of symmetry, into which a circular drum-like notch, the so-called spiral spring bearing ( 94 ), is worked out, and in the middle there is a through hole for receiving the joint axis ( 91 ) of the pincer joint ( 88 ) is located. In the middle area of the movable pliers leg ( 86 ) the spring wire quiver ( 97 ) the latter and tangentially hits the top of the coil spring bearing ( 94 ). The spring wire quiver ( 97 ) is used to hold a spring wire end clip of the spiral spring ( 90 ). Also characterized in that at the lower end of the sword-like taper of the movable pliers leg ( 86 ) a deflection groove following the contours of the sword parallel on both sides ( 95 ) is incorporated. Furthermore characterized in that the hinge axis ( 91 ) after assembly press in the two holes of the fixed pliers leg ( 85 ) sits, while the movable pliers leg ( 86 ) smoothly but without play on the joint axis via its fitting bore ( 91 ) can slide. Furthermore characterized in that the spiral spring ( 90 ) has at least two gears and is manufactured in such a way that there are two straight spring wire end clips of the same length, which point towards each other in a relaxed state. This ensures that the two pliers legs ( 85 and 86 ) are pressed together. Further characterized in that the slide switch ( 87 ) has a semicircular thumb shape with an anti-slip profile on its visible side and a double-sided symmetrical slide rail profile on the hidden side ( 92 ), on the inside of which there is a guide pin in the center ( 93 ) is located. Furthermore characterized in that both the fixed pliers leg ( 85 ) as well as the movable pliers leg ( 86 ) a padded velvety protective cover along their entire clamping surfaces ( 89 ) exhibit. Also characterized in that the entire pliers unit between the integrated spring block ( 51 ) and the start of the slide switch ( 87 ) in the rotating plane ( 85a ) can be swiveled 90 ° around the X axis to both sides, where it then snaps into the respective end position. The turning and locking mechanism consists of an axis-centered pin connection with position locking. Finally characterized in that the movable pliers leg ( 86 ) has on its upper side at the open end of the leg a notch that is clearly worked out and rounded off on all sides, which runs approximately at a 30 ° angle to the X / Y plane. 1.11 Subclaim - labeling roll ( 22 ) Modular foldable coat hanger system according to claim 1. characterized in that a can-shaped body, in the following label roll ( 99 ), by means of a central bore ( 102 ) via the extension of the coat hook ( 5 ) until it is on the shaft stop ( 40 ) of the hanger shaft ( 39 ) sits on. To prevent the labeling roller from rattling, jiggling or misaligned ( 99 ) on the shaft ( 39 ), a plastic sleeve in the hook shaft opening is used to secure the position horizontally ( 102 ) intended. Furthermore characterized in that the cylinder jacket plane of the roller housing ( 100 ) from a double-walled glass body ( 104 ) exists in the cavity of which a category pictogram ( 103 ) of paper storage space. The vitreous ( 104 ) is firmly connected to the case bottom. The housing cover ( 101 ) is designed to be removable. Furthermore, characterized in that a recess in the glass body ( 104 ) from the roller housing ( 100 ) the labeling roll ( 99 ) a conical handle ( 107 ) that protrudes with a transparent tube-like flat pressed plastic drawstring ( 106 ), in which a banderole that can be written on both sides ( 108 ) is made of paper, is connected. Further characterized in that the banderole ( 108 ) on the pull-out spool ( 109 ), which is rotatably mounted within the roller housing ( 100 ) is rolled up. The pull-out spool ( 109 ) with the housing cover open ( 101 ) from the roller housing ( 100 ) removable. In addition, characterized in that during the pull-out process a reverse counterforce builds up, which is caused by a pre-tensioned band spring ( 115 ) which is located in the spring bearing ( 116 ) and the anchor points on the one hand on the fixed band spring abutment ( 117 ) of the roller housing ( 100 ) and on the other hand on the movable band spring abutment ( 118 ) are located. The latter is located on the inside of the pull ring ( 113 ). Furthermore, characterized in that the pull ring via driver pins ( 114 ) which is in the drive groove ( 112 ) the pull-out spool ( 109 ), which are worked out from the inside of the coil cylinder wall. The train ring ( 113 ) via radial guide grooves on the bottom and inside of the lid in the center of the labeling roller module ( 99 ) held. 1.12 subclaim - trouser holder ( 23 . 24 . 25 . 26 . 27 . 28 ) Modular foldable coat hanger system according to claim 1. characterized in that a manually operated cross-bar-like semi-automatic add-on module, in the following pants holding device ( 119 ) by means of an integrated spring stone ( 123 ) ( similar 15 digit 55 ) in an ironing groove ( 52 ) of the temple leg end part ( 65 ) by replacing the existing spring spring ( 51 ) can be installed. Further characterized by that the device has a retaining clip in the upper area ( 121 ) and a knurled wheel on the left or right ( 124 and 125 ), which are mechanically connected to each other, so that when a quarter turn is initiated on one of the two knurled wheels ( 124 respectively. 125 ) the other knurled wheel automatically performs a counter-directional movement and thus the roller ( 120 ) is solved on both sides. The clasp ( 121 ) automatically lifts upwards through a gear mechanism. Furthermore characterized in that the statically effective steel shaft ( 126 ) in the two left and right-hand mounting frames ( 122 ) is rigidly anchored and has fixing pins at precisely calculated points in its start and end areas ( 139 ) has. The fixing pins ( 139 ) are formed by dowel pins, which go into corresponding blind holes on the steel shaft ( 126 ) can be inserted. Further characterized in that both the roller brake 1 ( 148 ) as well as the roller brake 2 ( 149 ) each an oblique rectified slot-like guide groove ( 145 respectively. 146 ) in which the respective fixing pin ( 139 ) after installation. Also characterized in that both the roller brake 1 ( 148 ) as well as the roller brake 2 ( 149 ) each with an equally strong and precisely aligned outer diameter, in the following roller guide ( 135 respectively. 136 ), on which the role ( 120 ) slides radially without play in the open state B and is averaged horizontally during the closing process. Furthermore characterized in that the roller brake 2 ( 149 ) this role guide ( 136 ) is interrupted and forms the so-called coupling shaft ( 138 ) gradually tapered. At the end of the clutch shaft ( 138 ) there is a guide pin at a precisely calculated point ( 140 ). At the end of the roller brake 1 ( 148 ) is in conjunction with the final training of the roller brake 2 ( 149 ) an expansion of the shaft sliding fit ( 141 ), in the following coupling guide ( 143 ) called out, worked out in such a way that the two end pieces can slide into and out of each other with little play and with little friction. The inner diameter of the shaft sliding fit ( 141 ) remains unaffected. In addition, characterized in that in the area of the clutch guide ( 143 ) the roller brake 1 ( 148 ) the central guide groove ( 144 ) in which the fixing pin ( 140 ) the roller brake 2 ( 149 ) lives. The peculiarity here is that the central guide groove ( 144 ) with the same groove length exactly twice the slope as the other two guide grooves ( 144 respectively. 146 ) having. Furthermore characterized in that the braking effect of the roller ( 120 ) is caused by the fact that the two locking cones ( 133 and 134 ) of the roller brakes 1 and 2 ( 148 and 149 ), which differs from the role guides in the transition area ( 135 and 136 ) to the steering wheels ( 124 and 125 ), when manually operated, semi-automatically by means of the mechanism described above into the double-sided out of the roller sliding fit ( 142 ) the role ( 120 ) counter cones worked out ( 137 ) retract at the same time, the radial degree of freedom of the roll ( 120 ) initially restrict the role ( 120 ) in the system and establish a non-slip, non-slip connection by means of the opposing pressing pressure. To ensure that the cones cannot wedge intensely into one another, a cone angle with a steepness relative to the plane of the roller sliding fit ( 142 ) from approx. 60 ° to 75 °. The module is structurally secured against overtightening. Furthermore characterized in that the role ( 120 ) because of the cheaper assembly consists of two self-contained half shells, the outer surface of which is provided with a rubber-like antistatic anti-slip coating and the inner surface of which is smooth and extremely dimensionally stable, so that when installed, the reel can be turned smoothly and smoothly ( 120 ) is guaranteed. The assembly mechanism is formed by a system that works along the entire assembly seam so that when the roller ( 120 ) through the locking cones 1 and 2 ( 133 and 134 ) the half-shells cannot be opened. On the left and right at the two ends of the reel there is an elevated end 132 ) intended. Furthermore characterized in that at the upper end of the trouser holding device ( 119 ) the clasp ( 121 ), which extends exactly over the entire roll length and over the clasp lugs ( 128 ) in the in the mounting frame ( 122 ) integrated linear gear ( 153 ) reach into it. A special feature here is that the bottom of the clasp ( 121 ) the rounding of the roll ( 120 ) traced and with the rubber clasp ( 130 ), which is made of the same material as the roller rubber ( 129 ). Furthermore characterized in that the gear ( 153 ) originally via the steering wheels ( 124 respectively. 125 ) can be moved without slip and the so-called tendon units via a precisely calculated gear train ( 155 ) by means of their tooth profile integrated in the housing ( 157 ) a linear stroke through the use of tendon drive wheels ( 152 ) and enable guide rails. The tendon - driving wheels ( 152 ) are arranged so that at least one drive wheel is always in the tooth profile integrated in the housing ( 157 ) engages and thus the tendon ( 150 ) transported on. In addition, characterized in that within the upper part of the tendon ( 150 ) a coil spring ( 158 ), which puts its pressure on the so-called hammer ( 159 ), which can move up and down in the housing chamber influenced by pressure and back pressure and whose stem comes out of the freewheel slot ( 161 ) of the tendon housing ( 155 ) protrudes. This is over the mounting hole ( 160 ) and the clasp suspension ( 127 ) with the clasp nose ( 128 ) the retaining clip ( 121 ) connected is. Finally ge indicates that the top drive wheel ( 152 ) the release lever ( 154 ) is mounted in such a way that when the tooth profile engages ( 157 ) of the tendon ( 150 ) in the toothing of the drive wheel ( 152 ) by turning the drive wheel ( 152 ) is guided inwards and in its movement the cantilevered handle of the hammer ( 159 ), takes it along and takes it against the downward force of the coil spring ( 158 ) so that the clasp ( 121 ) opens a maximum use opening at the upper stop. The top drive wheel ( 152 ) with the disengaged release lever ( 154 ) unlike the other driving wheels ( 152 ) no contact with the gear pinions of the 1st and 2nd level, but is only caused by the presence of the tendon ( 150 ) emotional. To secure the position against unintentional slipping and thus uncontrolled blocking of the gearbox ( 153 ) becomes the top drive wheel ( 152 ) stabilized with a light locking spring. 1.13 Subclaim - skirt holding device ( 29 . 30 . 31 ) Modular foldable coat hanger system according to claim 1, characterized in that a manually operated crossbar-like semi-automatic add-on module, in the following skirt holding device ( 162 ) by means of an integrated spring stone ( 169 ) ( similar 15 digit 55 ) in an ironing groove ( 52 ) of the temple leg end part ( 65 ) by replacing the existing spring spring ( 51 ) can be installed. Furthermore, characterized in that the device consists of two individual holding systems which can be operated individually or in combination with one another. The device consists of two cross-strut-like connections arranged in parallel in the X-Y plane, the upper part of which is intended to hold skirts over clips, in the following clamping unit ( 163 ), and the lower part of which has the task of holding skirts by tension, in the following tensioning unit ( 164 ) called. The skirt holder ( 162 ) is controlled by a total of three knurled wheels arranged in the center of the system. The two outer knurled wheels ( 165 ) operate the left and right side clamping units separately and independently of each other ( 163 ) whereas the inner knurled wheel ( 166 ) for the linear movement of the clamping unit ( 164 ) responsible is. Furthermore, characterized in that the main supporting structure of the device consists of two individual continuous steel struts, the so-called stabilization shafts ( 172 ), which is in each case in the mounting frame ( 170 ) of a sword-like anchor plate ( 171 ) are penetrated and thus fixed in their position. The mounting frame ( 170 ) consist of two half-shells, which have a negative form of anchor plate on the inside ( 171 ) and stabilization wave ( 172 ) trace. The wall of the mold is tapered, so that the assembly frame ( 170 ) results in a non-positive wedging and thus a permanent, wobble-free, firm and torsion-resistant connection is generated. Further characterized in that the rock clip ( 167 ) is an injection molded part and consists of a material with high elasticity. It has two bulges in cross-section, of which the thinner upper represents the functional level and the flanks of the camshaft are fixed and flat ( 181 ) clasped. The thicker lower bulge hugs the protective sleeve parallel to the shape and almost without contact ( 176 ) of the clamping unit ( 164 ) so that there is no mutual impairment in use. The clamps of the rock clip ( 167 ) have a profiled and rubberized surface. Also characterized in that the camshaft ( 181 ) a shaft bearing at its outer end ( 181a ) with which it is in the bearing bush of the mounting frame ( 170 ) sits and at its inner end a transmission pinion ( 181c ), which has teeth in the knurled wheel ( 165 ) intervenes and is controlled by this. On the surface of the camshaft ( 181 ) there are two opposite cam strips running straight along the entire length, which by means of an angular momentum the corresponding rock clip ( 167 ) spread and into one on the inside surface of the rock clip ( 167 ) Engage the indicated cam parking groove, which is at a 90 ° angle to the starting position. A manual shift of the rock clip ( 167 ) along the camshaft ( 181 ) is only possible in the open state due to the high skin friction. The camshaft ( 181 ) has a through hole in its center in the longitudinal direction with which it can be used on the stabilization shaft ( 172 ) plugged. In addition, characterized in that the camshaft ( 181 ) with their transmission pinion ( 181c ) in the gear notch ( 183a ) of the guide disc ( 183 ) sits in such a way that the outer nominal diameter of the transmission pinion ( 181c ) exactly by the dimension of the tooth height from the outer diameter of the guide disc ( 183 ) protrudes. On the outside diameter of the guide disc ( 183 ) the inner ring gear slides without play ( 165a ) of the knurled wheel ( 165 ) and thus inevitably engages in the projecting toothing of the transmission pinion ( 181c ) on. On the lower side of the guide disc ( 183 ) is the fitting hole ( 183b ) for the spindle shaft adjustment ( 175b ). The knurled wheel ( 165 ) is covered by two cover rings ( 184 ), which in special notches ( 182 ) are clipped onto the front of the knurled wheel, on the guide disc ( 183 ) held in place. Furthermore characterized in that the spindle shaft ( 175 ) consists of one piece and a spindle shaft bearing at each of its outer ends ( 175a ) with which they are mounted in the bearing bushes of the mounting frame ( 170 ) sits. It has a mirror-image sawtooth thread with self-locking properties. At its center is a transmission pinion ( 175c ), which is in the guide disc ( 186 ) is such that the external nominal diameter of the transmission pinion ( 175c ) exactly by the dimension of the tooth height from the outer diameter of the guide disc ( 186 ) protrudes. On the outside diameter of the guide disc ( 186 ) the inner ring gear slides without play ( 166a ) of the knurled wheel ( 166 ) and thus inevitably engages in the projecting toothing of the transmission pinion ( 175c ) on. On the upper side of the guide disc ( 186 ) is the hole ( 186b ) for the stabilization wave ( 172 ). The knurled wheel ( 166 ) by two spacer rings ( 185 ), which in special notches (like 182 ) are clipped onto the front of the knurled wheel, on the guide disc ( 186 ) held in place. Left and right of the transmission pinion ( 175c ) there is a spindle shaft fit ( 175b ) on which the guide disc ( 183 ) sits and in which the spindle shaft ( 175 ) can rotate without play. The spindle shaft ( 175 ) has a through hole in its center in the longitudinal direction with which it can be used on the stabilization shaft ( 172 ) plugged. Specifically further characterized in that the actual core of the clamping unit ( 164 ) from the pull nut ( 177 ), which on the spindle shaft ( 175 ) sits, and the rock tension sword ( 168 ) with adhesive spring housing ( 179 ), which is on the pull nut ( 177 ) exists. In the space between the pull nut ( 177 ) and spring housing ( 179 ) acts a spiral spring ( 178 ), which the rock tension sword ( 168 ) pushes outwards. The range of travel is determined on the one hand by the guide collar of the tension nut ( 177 ) and the other through the spring housing cover ( 180 ) Are defined. In the contact area of tension nut ( 177 ) and the spring housing there is a positive locking device which prevents the pull nut ( 177 ) prevented. Furthermore characterized in that the rock tension sword ( 168 ) has a slightly wavy shape on the outside of the skirt waistband contact edge, the surface of which has a rubber coating (like number 129 ) is provided. On the back of the rock tension sword ( 168 ) there is an additional removable spring block ( 51 ). Finally characterized in that the spindle shaft ( 175 ), the pull nut ( 177 ) and the spring housing ( 179 ) of the clamping unit ( 164 ) through the protective sleeve ( 176 ), which is fixed on the outside in the mounting frame ( 170 ) and stiff on the other side in the outer cover rings ( 184 ) the clamping unit ( 163 ) is integrated, covered, protected and managed. From the gap of the protective sleeve ( 176 ) the rock tension sword protrudes ( 168 ) and is guided along the gap edges.