RU80340U1 - DEVICE FOR APPLICATION AND STORAGE OF TAPE BANDBANDING MATERIALS - Google Patents

Abstract

The utility model “Device for applying and storing tape dressings” relates to the field of medical devices, namely, auxiliary devices used for dressing wounds with tape dressings (hereinafter - LMP), in particular, bandages, adhesive plasters, and for storing such materials. The proposed device allows to mechanize the process of applying the CVL, reduce the time of applying the bandage, improve the quality of the bandage, increase the usability of the CVL, ensure its reliable storage and economy. The device for applying and storing the CVL has a hollow body with a slot, it can be equipped with a coil for the CVL, a viewing transparent window in the case for controlling the remainder of the unspent CVL, the regulator of resistance to the release of the CVL, an element or mechanism for cutting the CVL after applying the bandage. In the ready-for-use state of the device, the CVL is inside the case, the outer end of the CVL is brought out through the slot in the case.

Description

The utility model relates to the field of medical devices, namely, auxiliary devices used in bandaging wounds with bandaging materials (hereinafter - CVL), in particular with bandages, adhesive plasters, and for storing such materials.

It is known that CVLs, for example, bandages, adhesive plasters, are produced in the form of rolls, as a basis for rolls of adhesive plasters a tube or coil of dense material is usually used. When applying a bandage from the CVL, the medical worker must manually unwind the CVL roll, releasing the CVL section of the required length. With manual unwinding of the coil of the CVL, the CVL is in close contact along its entire length with the hands of the health worker, which reduces the purity of the dressing and can contribute to infection of the wound. Soft tearing packaging is universally used as a LPM packaging; for adhesive plasters, a drop-down rigid cardboard or plastic packaging is also used. In the case of partial use of the CVL roll, known types of packaging, except for plastic packaging of adhesive plasters, do not provide reliable storage conditions for the remainder of the CVL, which limits its further use.

There is a group of materials related to CVLs - wet cleaning agents. A known container for wet cleaning agents, which can be considered a prototype of the proposed model. The wet wiping container has a lid pivotally connected to the base and a removable inner lid containing a dispensing means with a rigid window that surrounds a flexible rubber-like material or sheet having several slots through which individual wipes are removed from the container (RF patent No. 2 255 030, MKI B65D 83/08). However, this device has several disadvantages. Firstly, the size and shape of the slots in the dispenser do not allow the material to be unfolded in an unfolded, ready-to-use form; on the contrary, in most cases, the material is supplied from the container in a comfy form and must be manually straightened before use. Secondly, the design of the container provides the supply of wet cleaning products only by moving them up, such

the container is stationary, not intended for manipulation by the hand and does not provide the flow of material when moving it to the side or down.

The objective of the utility model is to mechanize the process of applying the CVL, ensuring the release of the CVL in expanded form in different directions and ensuring reliable storage of the CVL.

As a result of the problem being solved, a technical result was obtained, which reduces the time of dressing application, increases the purity of the dressing by limiting the contact of the CVL with the hands of medical personnel and surrounding objects, increases the convenience for medical personnel when using the CVL, and also saves CVL due to the possibility of long-term storage of partially used packaging with subsequent use of the remainder of the material.

A brief description of the drawings.

Figure 1 shows a General view of the device in a preferred embodiment. Figure 2 - placement options CVL inside the housing on a cross section of the device. Figure 3 is a General view of the device in the second embodiment.

The device for applying and storing the CVL consists of a hollow body 1 with the largest dimension from 5 to 1005 mm, the body has an inner surface 5, the shape of which corresponds to the shape of the CVL 3 placed in it, in particular, the inner surface of a cylindrical shape, the case has an outer surface 4 , the shape of which provides convenient manipulation of the device, in particular, the outer surface of a cylindrical shape, the housing has a slot 2 - an oblong shaped hole for the release of the CVL, the length of the slot is from 4 to 1000 m Namely, the width of the LPM corresponds, and provides its release from the housing in the expanded form.

The device has a number of options for placing the CVL in the case, for example, the options shown in figure 2: A - placement of the CVL inside the case in the form of a roll, B - placement of the CVL inside the case in the form of a roll wound on a reel 6, C - zigzag placement of the CVL inside corps.

The housing may have one or more additional holes to ensure loading of the CVL, which after loading the CVL can be closed with removable or non-removable elements, in particular, the housing may have an opening closed by a lid 7.

The housing may have a viewing transparent window 8 for control of the unspent balance of the CVL.

The device can be equipped with a regulator of resistance to the release of the CVL (hereinafter referred to as the regulator 9) of the direct or reverse type. The direct type regulator when exposed to it increases the resistance to the release of CVL. The controller of the reverse type when exposed to it reduces the resistance to the release of CVL. Changing the resistance to the release of CVL is necessary to obtain a dressing or dressing area with a higher or lower density. In addition, the high resistance to the release of CVL excludes the release of CVL under the weight of the device itself in case of accidental loss of the device from the hands of a medical professional. The function of the regulator can be performed by an elastically deforming slot of the housing: when the housing is compressed by the hand, the slot narrows or expands and changes the resistance to the release of the CVL. The function of the regulator can be performed by any element of the coil that extends beyond the housing and / or is accessible for pressing by fingers: pressing a finger on such an element resists rotation of the coil and the release of the CVL. The function of the regulator can be performed by a special structural element associated with the elements involved in the release of the CVL, for example, with a coil or directly with the CVL and changing the resistance to the release of the CVL when fingers press it.

The device may be equipped with an element or mechanism 10 that performs the function of cutting the CVL after applying the bandage.

The device operates as follows. To release the portion of the CVL of the required length from the body, the outer end of the CVL is fixed with the fingers of one hand, and the device is held by the brush of the other hand and is pulled to the side, up or down, to the required distance. For applying a bandage using the proposed device, the outer end of the CVL is applied near the wound, and the body of the device is held alternately by the hands and moves in a circular motion, thereby releasing the portion of the CVL of the required length and forming a bandage. To obtain a bandage or a section of a bandage with a higher or lower density, it is necessary to use your fingers to act on the regulator of resistance to the release of the CVL and to change the force of applying the CVL. To cut the CVL after applying the dressing, you need to attach the CVL to the cutting element or mechanism of the device and bring it into action. The unspent remainder of the CVL in the device can be stored for a long time without contact with surrounding objects and used in the future. To control the remainder of the CVL in the case of manufacturing the device case from an opaque material, you must use the viewing transparent window in the case.

Claims (5)

1. A device for applying and storing tape dressings (hereinafter referred to as the CVL) consists of a hollow body having an internal and external surface, with a slot, characterized in that the size of the body in the largest direction is from 5 to 1005 mm and the internal surface of the body is shaped corresponding to the shape of the CVL or coil with the CVL placed in it, and the outer surface of the casing has a shape that provides the user with convenient handling of the device, the length of the slot in the casing is from 4 to 1000 mm, the CVL is placed inside the case is zigzag in the form of a roll or in the form of a roll wound on a spool, and the outer end of the CVL is led out through the slot in the case. 2. The device according to claim 1, characterized in that the housing has one or more additional holes, including holes that are closed with removable or non-removable covers. 3. The device according to claim 1, characterized in that the housing has a viewing transparent window. 4. The device according to claim 1, characterized in that it has a regulator of resistance to the release of the CVL. 5. The device according to claim 1, characterized in that a special element or mechanism is fixed to the body that performs the function of cutting the CVL after applying the bandage.