UA110496U - HOSPITAL - Google Patents

Abstract

The flap contains elements that are configured to form a closed loop at a predetermined location of the wearable article. Made in the form of a U-shaped bracket formed by a longitudinal element and two transverse elements connected to the ends of the longitudinal element and made with harpoon-type edges at the free ends.

Description

The utility model relates to the means of fixing products worn on the human body, in particular, belt buckles (Bey Iosor5 - English), which are, in general, a closed loop that is fixed in a given place on the worn product, through which a belt is passed, using which wearable product is fixed and held on the human body in a certain position, or to which something is attached (suspended).

Belts are fabric, leather, plastic, metal. Belts can be various belts, straps, straps, cords, etc. Buckles, unlike buckles, do not fix the belt immovably, but allow it to move in the buckle, as in guides.

Buckles are widely used in various wearable products, for example: in clothes (HO2462967 - Device for tightening clothes, HO 2109469 - Transformed clothes,

VY1T4592 - Transformed item of clothing, WHO1924 - Pants, VO2312693 - Work clothes with safety belts); in personal protective equipment (НО2250432 - Protective helmet, ВО117815 - Suit for protection against elevated temperatures, ВОБ53113 - Radiation protective half-overalls, НВОЗУ99932 - Set of protective clothing); in backpacks, knapsacks, bags (НО2011359 - Rucksack bag, НО109646 - Raid backpack,

VYBZ10 - Backpack); in wearable medical devices (02077289 - Orthopedic belt, VO15651 -

Belt for muscle correction of the lumbosacral spine, VO2737 - Orthopedic belt).

Examples of the use of belts in various wearable products can be continued.

As a rule, buckles are fixed on the corresponding elements of wearable products stationary in predetermined places without the possibility of changing the location of the buckles at the request of the user.

In many cases, buckles are made in the form of strips of the appropriate material, the ends of which are connected to the wearable product. An example is a belt from a strip of fabric, the ends of which are connected to the wearable product with a regular stitch (pr //kgoukaznpiye.gy/Kak-5pii-zetpue-rouaza-i-zetpue-getpi/).

Buckles are also known, which are fixed on elements of wearable products: with the help of rivets

Zo (pyr//vioge.a4tryPagtaveateg.sot/saiaiod/rhodisu1r15az31225a44139727esab612238sa52, trans: lym aikasiisa!.pi/ep/kudeh-re-Ioor-skK-ipimegza!I-desidp-Kudeh-m-pagam. piti); with the help of threaded connections (pPEr://Lymly.egareak.Sot/mopp/8-re-Iorz-tog-Kudeh-

Poiviegv-2-1-4-ipsp-m/yp-5sgemu5-ho-syviot-kudeh/121741952228/, pNrvu/limly. at5. sot/agspime

grew up sweat!?B-781-16181-1200 200).

The general features of the above-mentioned buckles and the proposed solution are: a buckle that includes elements made with the possibility of forming a closed loop in a given place of the wearable product.

In any of the above examples, the buckles are attached to the corresponding elements of the wearable product stationary in predetermined places without the possibility of changing the locations of the buckles at the user's request.

The so-called removable buckles are known, the features of which make it possible to change the location of the buckles on the wearable product.

Yes, there is a known removable belt according to the Japanese application UR 2010180518, IPC A410 1/06, application date 19.08.2010, which is selected as an analogue.

The removable buckle contains elements for fixing the buckle on the waist part of the pants by elastically pinching the waist part, forming an elastic loop open from below, in which the waist part of the pants is placed, as well as elements for fixing the belt in the buckle, forming an open loop from above, in which the belt is placed. On the same loop, for example, keys, keychains, etc. can be hung. The belt buckle can be placed anywhere on the waist part of the pants at the user's request, in addition, several belt buckles can be installed on the pants as needed.

The common features of the analogue and the useful model are: a buckle, which includes elements made with the possibility of forming a closed loop in a given place of the wearable product.

The described belt buckle is specific, has limited application possibilities - the belt buckle is designed to fix the belt on the waist part of the trousers. The use of such a buckle to fix belts on other wearable products in places chosen by the user is problematic.

As the closest analogue, the removable belt known under the US patent No. 2315161 was chosen.

IPC A41E 9/00, application date 01.06.1942.

A removable buckle - the closest analogue - is made in the form of a strip of leather or other elastic material, which is fixed on the wearable product with the help of button fasteners.

A button fastener is a device for quickly connecting parts, for example, clothes, by closing by squeezing its two halves. The button fastener consists of two parts that fit into each other - the covered part and the exciting part. One of the parts is fixed on the strip, the second - on the material of the wearable product in a given place.

When the specified parts are combined and compressed, the fastener-button is closed and the strip is connected to the material of the wearable product. When placing the button fasteners at the ends of the strip, the strip together with the material of the product forms a closed loop through which the belt is pulled.

The general features of the prototype and the proposed solution are: a buckle, which includes elements made with the possibility of forming a closed loop in a given place of the wearable product.

The described belt buckle - the closest analogue - is not suitable for installing or repositioning the belt buckle on any place of the wearable product at the user's request, since the place of installation of the belt buckle on the wearable product must be prepared in advance - it must be equipped with the appropriate details of the button fastener.

The basis of the useful model is the task of improving the buckle, in which, due to the design features of its implementation, it is possible to install or rearrange the buckle in any place of the wearable product made of fabric or other elastic sheet material, at the request of the user.

The task is solved by the fact that the sling includes elements made with the possibility of forming a closed loop in a given place of the wearable product, according to a useful model, made in the form of a U-shaped bracket formed by a longitudinal element and two transverse elements connected to the ends of the longitudinal element and made with harpoon-type points at the free ends.

The specified features are essential features of a useful model, as they are necessary and sufficient to achieve the technical result - the possibility of installing or repositioning the buckle in any place of the wearable product made of fabric or other elastic sheet material, at the request of the user.

The buckle can be installed anywhere on the wearable product by piercing the material of the product with the points of the transverse elements and fixed in the selected place thanks to

With the anchoring properties of the harpoon-type tip. The buckle can be manually removed and repositioned by piercing the material with spikes elsewhere on the wearable at the user's option.

It is advisable to implement the harpoon effect of the point with the help of a supporting transverse platform made on the point. The supporting transverse platform on the point, located on the reverse side of the sheet material of the wearable product, prevents the buckle from being pulled out.

According to the useful model, the tip can be made in the form of a cone, in the form of a multifaceted pyramid, in the form of an arrow, drop-shaped and. etc.

According to a useful model, each transverse element can be made with an extension in the direction from the tip to the longitudinal element, which limits the "sag" of the buckle, that is, provides support for the gap between the longitudinal element of the buckle and the material of the wearable product before the installation of the belt in the buckle.

According to a useful model, an additional stop can be made on each transverse element, located between the tip and the longitudinal element, which prevents the "falling" of the belt.

According to the utility model, each transverse element can be made cranked.

The knees of the transverse elements prevent the "failure" of the belt.

According to a useful model, the longitudinal element can be made in the form of a frame with a window for the location of the belt. Such performance does not require the use of means that limit or prevent the "failure" of the belt.

The following is a description of the claimed belt with reference to the drawings showing:

Fig. 1 - Buckle, front view.

Fig. 2 - Buckle, view A in Fig. 1.

Fig. C - Belt, view B in Fig. 1.

Fig. 4 - Buckle, view B in Fig. 1.

Fig. 5 - Shlivka, making the tip in the form of a cone.

Fig. 6 - Buckle, view G in Fig. 5.

Fig. 7 - Shlevka, execution of the point in the form of a four-sided pyramid.

Fig. 8 - Buckle, view D in Fig. 7. because Fig. 9 - Shlivka, execution of the point in the form of a hexagonal pyramid.

Fig. 10 - Buckle, view E in Fig. 9.

Fig. 11 - Shlivka, execution of the tip in the form of an arrow.

Fig. 12 - Belt, view F in Fig. 11.

Fig. 13 - Shlyovka, execution of the tip in the form of a drop.

Fig. 14 - Buckle, view K in Fig. 13.

Fig. 15 - Belt, view B in Fig. 1, with expanded transverse elements.

Fig. 16 - Belt, front view, with stops on transverse elements.

Fig. 17 - Belt, section L-L in Fig. 16.

Fig. 18 - Belt, front view, cranked execution of transverse elements.

Fig. 19 - Buckle, front view, execution of a longitudinal element in the form of a frame.

Fig. 20 - Belt buckle, front view, execution of a longitudinal element in the form of a frame with transverse elements shifted to the center.

Fig. 21 - Belt, section M-M in Fig. 19, 20.

Fig. 22 - Buckle, front view, execution with gasket.

Fig. 23 - Buckle, view H in Fig. 22.

Fig. 24 - Belt, application example for Lyapko applicator, top view.

Fig. 25 - Shlyovka, section N-P in Fig. 24.

Buckle, made in the form of a U-shaped bracket, formed by a longitudinal element 1 and two transverse elements 2, connected to the ends of the longitudinal element 1 and made with harpoon-type C points on the free ends of the transverse elements 2.

Each point C is made with a supporting transverse platform 4.

When piercing with spikes From the fabric material 5 (or any other elastic sheet material) from which the wearable product is made, the buckle together with the material 5 of the wearable product forms a closed loop through which the belt b is stretched or to which anything is attached (suspended) something At the same time, the points Z are located on the reverse side of the sheet material 5. The supporting transverse platforms 4 prevent spontaneous pulling out of the belt from the material 5 (Fig. 1, 2, C, 4).

If necessary, the belt buckle can be pulled out of the material 5 manually by applying an appropriate force in the direction of pulling out the belt buckle from the material 5, taking into account its

From elastic properties. After that, the buckle can be installed in another place of the wearable product by piercing with spikes Z fabric material 5 in another place of the wearable product as chosen by the user.

Point C can have a different design.

In Fig. 5, 6 shows an example of the execution of the tip C in the form of a cone 7, the base of which performs the function of a supporting transverse platform 4, the dimensions of which exceed the dimensions of the cross section of the element 2 of the belt.

In Fig. 7, 8, 9, 10 shows an example of the execution of the tip C in the form of a multifaceted pyramid 8 (Fig. 7, 8 - a four-sided pyramid, Fig. 9, 10 - a hexagonal pyramid). The bases of the pyramids 8 perform the function of a supporting transverse platform 4, the dimensions of which exceed the dimensions of the cross-section of the element 2 of the belt.

In Fig. 11, 12 shows an example of the execution of the tip C in the form of an arrow 9, the elements 10 of which form a supporting transverse platform 4, the dimensions of which exceed the dimensions of the cross section of the element 2 of the belt.

In Fig. 13, 14 shows an example of the tip C in the form of a drop 11, the rounded surface 12 of which performs the function of a supporting transverse platform, the dimensions of which exceed the dimensions of the cross section of the element 2 of the belt.

The buckle may have means that limit or prevent its "falling down", that is, means that maintain a gap between the longitudinal element 1 and the material 5 of the wearable product before installing the belt 6 in the buckle.

In Fig. 15 shows an example of the design of the eyelet, in which each transverse element 2 is made expanded in the direction from the tip C to the longitudinal element 1. This implementation limits the "sag" of the eyelet.

In Fig. 16, 17 shows an example of a buckle, in which an additional stop 13 is made on each transverse element 2, located between the point C and the longitudinal element 1. The specified stop 13 prevents the "failure" of the buckle.

In Fig. 18, an example of a belt buckle is shown, in which each transverse element 2 is made with a knee, that is, with a knee 14. Knees 14 prevent the belt from "collapsing".

The longitudinal element 1 can be made in the form of a frame with a window 15 for the location of the belt 6 (Fig. 19, 21). This execution of the belt does not require the use of means that limit or prevent the "failure" of the belt, since the window 15 in the longitudinal element 1 of the belt does not depend on the fastening of the belt to the material 5 of the wearable product. At the same time, the transverse elements 2 can be moved to the center of the buckle (Fig. 20), which ensures the convenience of fixing the buckle along the edge of the material 5 of the wearable product.

In cases where the material 5 of the wearable product is not strong enough, the buckle can be installed using a backing 16 of a stronger material, which is placed between the spikes

With and the back side of material 5 and pierced together with material 5 (Fig. 22. 23). To facilitate the installation of the belt, the lining 16 in the places of its piercing can be made with holes, the diameter of which is smaller than the cross section of the tip 3.

The design features of the proposed buckle allow you to mount buckles on the wearable product in the places chosen by the user, as well as rearrange the buckles in other places of the wearable product, again, according to the user's choice.

In Fig. 24, 25 shows an example of the use of buckles for the fastener belt 6 of the applicator

Lyapko, which is a base made of elastic sheet material, on the working surface of which active needles are fixed. Belt loops are installed by piercing the base from the side of the non-working surface of the applicator. A belt-fixer 6 is pulled through the buckles, with the help of which the applicator is fixed in a given place on the human body.

Claims (10)

USEFUL MODEL FORMULA 1. A buckle containing elements designed to form a closed loop in a given place of the wearable product, which is distinguished by the fact that it is made in the form of a U-shaped bracket formed by a longitudinal element and two transverse elements connected to the ends of the longitudinal element and made with harpoon-type spikes at the free ends. 2. The buckle according to claim 1, which differs in that each point is made with a supporting transverse platform. 3. Buckle according to claim 2, which differs in that the point is made in the form of a cone. 4. Belt according to claim 2, which differs in that the point is made in the form of a multifaceted pyramid. 5. Buckle according to claim 2, which differs in that the point is made in the form of an arrow. 6. The buckle according to claim 2, which differs in that the tip is teardrop-shaped. 7. Belt according to claim 1, which differs in that each transverse element is made with an extension in the direction from the tip to the longitudinal element. 8. Buckle according to claim 1, which is characterized by the fact that each transverse element has an additional stop located between the point and the longitudinal element. 9. Belt according to claim 1, which differs in that each transverse element is made of a crank. 10. Buckle according to claim 1, which differs in that the longitudinal element is made in the form of a frame with a window for the location of the belt. M y g TAT their CTK FROM their : x Uh chrig. 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