CN210438377U - Hand protector for breaking off bottleneck of ampoule bottle - Google Patents

Abstract

A hand protector for breaking off the bottleneck of an ampoule bottle comprises a first protector and a second protector, wherein the first protector comprises a first thumb stall, a first forefinger stall and a cutting assembly connected to the first thumb stall and/or the first forefinger stall; the second protector comprises a second thumb stall and a second index finger stall. The utility model discloses simple structure, convenient to use, detachably have combined cutting assembly on the dactylotheca, can accomplish single or the batch of ampoule with high-efficient, simple and easy, comfortable operation and open, and have good protection to the finger, difficult fish tail, safe and reliable is worth using widely in this medical field.

Description

Hand protector for breaking off bottleneck of ampoule bottle

Technical Field

The utility model relates to a medical defence utensil technical field specifically is a hand protective equipment for breaking disconnected ampoule bottleneck off with the fingers and thumb.

Background

The ampoule bottle is a small sealed glass container for containing liquid medicine, has the capacity of 1-25 ml generally, and is commonly used for storing medicines for injection, vaccines, serum and the like. It has also been used for packaging oral liquids, but it is not popular because of the difficulty of opening and the ease of accidents for consumers. This also illustrates the bare-handed opening of the ampoule from the side, which presents certain safety problems. The general opening operation mode is that a grinding wheel is used for cutting a circle around a bottle neck with proper force to manufacture a fracture mark, then the bottle neck is disinfected, the nipple of the ampoule bottle is upward, so that liquid medicine completely flows into the bottle body, and then the bottle neck is broken by utilizing the fracture mark. However, medical care personnel are busy in work, especially under the working conditions of high intensity, high pressure or time pressure, even if the medical care personnel open the ampoule bottle by bare hands, the time and the labor are wasted, and the situation that fingers are scratched sometimes occurs.

Disclosure of Invention

A technical object of the utility model is to provide a hand protective equipment for breaking disconnected ampoule bottleneck off with the fingers and thumb solves the problem of traditional free-hand operating inefficiency and easy fish tail.

The utility model discloses a concrete technical scheme as follows: a hand protector for breaking off the bottleneck of an ampoule bottle comprises a first protector and a second protector, wherein the first protector comprises a first thumb stall, a first forefinger stall and a cutting assembly connected to the first thumb stall and/or the first forefinger stall; the second protector comprises a second thumb stall and a second index finger stall.

Preferably, the cutting assembly comprises a base pad, a mounting pad and a cutting sand piece, wherein the base pad is fixedly connected to the surface of the finger belly of the first thumb finger sleeve and/or the first forefinger finger sleeve, the mounting pad is detachably connected to the base pad, and the cutting sand piece is fixedly mounted on the mounting pad.

Preferably, the bottom pad is provided with a mounting groove, and the mounting pad is placed in the mounting groove.

Preferably, the surface of the mounting groove is fixedly connected with one of the thread gluing surfaces, and the lower surface of the mounting pad is fixedly connected with the other of the thread gluing surfaces.

Preferably, the surface of the mounting groove is fixedly connected with one of the magnetic pastes, and the lower surface of the mounting pad is fixedly connected with the other magnetic paste.

Preferably, an elastic receiving shell is fixedly connected to the mounting pad, the elastic receiving shell is provided with an inner cavity, and an opening is formed in the surface of the elastic receiving shell; the cutting sand piece including can by the opening card imbeds the spherical main part of inner chamber with locate cutting conflict convex part on the spherical main part, the open-ended diameter is less than the diameter of spherical main part, cutting conflict convex part is in spherical main part card imbeds expose behind the inner chamber outside the elastic storage shell.

Preferably, the first thumb stall and the first index finger stall are independent individuals, the tail ends of the first thumb stall and the first index finger stall are provided with first through holes, and first connecting ring belts are connected in the first through holes in a penetrating manner; and/or the second thumb stall and the second forefinger stall are independent individuals, the tail ends of the second thumb stall and the second forefinger stall are provided with second through holes, and second connecting ring bands are connected in the second through holes in a penetrating manner.

Preferably, the first connecting ring belt and/or the second connecting ring belt are provided with two ends which can be disconnected or connected, and the two ends are provided with sticky buckle surfaces.

Preferably, the second thumb stall and the second forefinger stall are connected together with a breaking-off sleeve, and the outer side surface of the breaking-off sleeve is connected with the second thumb stall and the second forefinger stall through elastic connecting ribs.

Preferably, the breaking-off sleeve is a conical sleeve, one end of the breaking-off sleeve is provided with a sleeve opening, and the cross-sectional area from the end to the other end is gradually reduced.

The technical advantages of the utility model reside in that hand protective equipment simple structure, convenient to use detachably have combined cutting assembly on the dactylotheca, can accomplish single or the batch of ampoule with high-efficient, simple and easy, comfortable operation and open, and have good protection to the finger, difficult fish tail, safe and reliable is worth using widely in this medical field.

Drawings

Fig. 1 is a schematic overall structure diagram of an embodiment of the present invention;

fig. 2 is a schematic structural view of a cutting sand part according to an embodiment of the present invention;

fig. 3 is a schematic structural view of the breaking-off sleeve according to the embodiment of the present invention;

the names of the parts corresponding to the numbers in the figure are respectively: l1-first thumb stall, L2-first index finger stall, L3-bottom pad, L4-mounting pad, L5-cutting sand piece, L51-spherical main body, L52-cutting conflict convex part, L6-elastic storage shell, L7-first connecting girdle band, R1-second thumb stall, R2-second index finger stall, R3-second connecting girdle band, R4-breaking sleeve and R5-elastic connecting rib.

Detailed Description

The invention will be further explained by means of specific embodiments with reference to the drawings, in which:

referring to fig. 1, 2, 3, an embodiment of a hand guard for breaking off the neck of an ampoule bottle comprises a first guard comprising a first thumb finger L1, a first index finger L2, and a cutting assembly attached to the first thumb finger L1 and/or first index finger L2; the second brace includes a second thumb finger cuff R1 and a second index finger cuff R2. The two finger sleeves of each protector can be selected to be connected together to form an integral structure like the existing medical rubber gloves, but the two finger sleeves of each protector are preferably made into independent split type from the aspects of the use degree, the use cost, convenient replacement and accommodation of the medical appliance. Specifically, the first thumb stall L1 and the first index finger stall L2 are independent individuals, the tail ends of the first thumb stall L1 and the first index finger stall L2 are provided with first through holes, and a first connecting ring belt L7 penetrates through the first through holes; the second thumb stall R1 and the second index finger stall R2 are independent individuals, the second through hole is formed in the tail ends of the second thumb stall R1 and the second index finger stall R2, and a second connecting ring belt R3 penetrates through the second through hole. The first connecting loop tape L7 and the second connecting loop tape R3 are straight tapes each having two ends which can be engaged or disengaged, and both ends are provided with a surface to be adhered. First connection clitellum L7 and second connection clitellum R3 can be in the same place two dactylotheca cross-under respectively, can also be in the same place two clitellum looks interpenetration are taken together, are convenient for accept, prevent to lose, and medical personnel can conveniently change arbitrary dactylotheca, and the dactylotheca that is independent mutually simultaneously does not receive different people's hand shape when dressing and influences.

The cutting assembly comprises a bottom pad L3, a mounting pad L4 and a cutting sand piece L5, wherein the bottom pad L3 is fixedly connected to the surface of the belly side of the first thumb sleeve L1, the mounting pad L4 is detachably connected with the bottom pad L3, and the cutting sand piece L5 is fixedly mounted on the mounting pad L4; alternatively, the base pad L3 may be fixedly attached to the finger-palm side surface of the first index finger cuff L2, i.e., the cutting assembly is disposed on the first index finger cuff L2. Of course, it is also possible to provide cutting assemblies on both finger sleeves, and the manner of providing cutting assemblies on both finger sleeves is selected in this embodiment. The cutting assembly is designed to be capable of conveniently dismounting and replacing as many single assemblies as possible, thereby saving cost.

The bottom pad L3 and the mounting pad L4 can both select elastic soft rubber pads, which is convenient for fingers to apply force, so that the fingers are in comfortable contact, and the bottom pad L3 can be adhered on the finger sleeve. The bottom pad L3 is provided with a mounting groove, and the mounting pad L4 is arranged in the mounting groove. The mounting pad L4 and the bottom pad L3 can be connected in a simple and convenient manner, namely, the surface of the mounting groove is fixedly connected with one of the fastening surfaces, the lower surface of the mounting pad L4 is fixedly connected with the other fastening surface, and the mounting groove and the bottom pad are connected or separated in a fastening manner; and the surface of the mounting groove is fixedly connected with one of the magnetic pastes, the lower surface of the mounting pad L4 is fixedly connected with the other magnetic paste, and the two magnetic pastes are combined or separated in a magnetic attraction mode.

An elastic containing shell L6 is fixedly connected to the mounting pad L4, and the elastic containing shell L6 is provided with an inner cavity and an opening on the surface; the cutting sand piece L5 comprises a spherical main body L51 capable of being clamped and embedded into the inner cavity through an opening and a cutting interference convex part L52 arranged on the spherical main body L51, the diameter of the opening is smaller than that of the spherical main body L51, and the cutting interference convex part L52 is exposed outside the elastic storage shell L6 after the spherical main body L51 is clamped and embedded into the inner cavity. The elastic containing shell L6 can also be made of rubber-like material, the spherical body L51 of the cutting sand piece L5 is matched with the shape of the inner cavity of the elastic containing shell L6, and the spherical design of the cutting sand piece L5 enables the body to be easily plugged into the inner cavity from the opening and to be difficult to be pulled out from the opening by itself, but the cutting sand piece L5 can be taken out through manual pulling. The cutting interference protrusion L52 may be an arc-shaped cutting segment, simulating the traditional manner of cutting a bottleneck with a grinding wheel.

The second thumb stall R1 and the second index finger stall R2 are connected with a breaking sleeve R4, and the outer side surface of the breaking sleeve R4 is connected with the second thumb stall R1 and the second index finger stall R2 through elastic connecting ribs R5. The breaking sleeve R4 is a conical sleeve, one end of the breaking sleeve R4 is provided with a sleeve joint, and the cross section area from the end to the other end is gradually reduced. The breaking sleeve R4 can be a rubber sleeve, the conical design is matched with the shape of the broken part of a general ampoule bottle (the size of the inner cavity of the breaking sleeve R4 can be slightly larger, and the breaking sleeve R4 is convenient to rotate by margin to perform necessary adjustment operation), the actual length of the breaking sleeve R4 can be the length from the bottleneck mark of the ampoule bottle to the nipple tip, namely the breaking sleeve R4 can basically and completely cover the broken part. The breaking sleeve R4 is easy to insert the breaking part of the ampoule bottle into and convenient to dispose, is convenient to tightly hold and apply force, and further protects fingers. The elastic connecting rib R5 is convenient for holding and adjusting by fingers and more comfortably and accurately controls the breaking sleeve R4.

During concrete operation, the broken cover R4 of breaking off with the fingers of second protective equipment is overlapped and is being about to be held between the fingers on the disconnected bottle part of breaking off with the fingers, and the cutting sand piece L5 of first protective equipment contacts in bottleneck mark trace department through finger adjustment, takes place to rotate through making the relative cutting sand piece L5 of bottle, accomplishes the fly-cutting, breaks off with the fingers and operates, has had after the protective equipment of this integration type, and medical personnel can open the ampoule in batches high-efficiently, and safe and reliable.

Claims (10)

1. The utility model provides a hand protective equipment for breaking off ampoule bottle bottleneck off with fingers and thumb, includes first protective equipment and second protective equipment, its characterized in that: the first brace comprises a first thumb finger cuff (L1), a first index finger cuff (L2), and a cutting assembly connected to the first thumb cuff (L1) and/or the first index finger cuff (L2); the second brace includes a second thumb finger cuff (R1) and a second index finger cuff (R2).

2. The hand protector for breaking off the neck of an ampoule bottle according to claim 1, characterized in that: the cutting assembly comprises a base pad (L3), a mounting pad (L4) and a cutting sand piece (L5), wherein the base pad (L3) is fixedly connected to the surface of the finger belly of the first thumb finger sleeve (L1) and/or the first index finger sleeve (L2), the mounting pad (L4) is detachably connected with the base pad (L3), and the cutting sand piece (L5) is fixedly mounted on the mounting pad (L4).

3. The hand protector for breaking off the neck of an ampoule bottle according to claim 2, characterized in that: the bottom pad (L3) is provided with a mounting groove, and the mounting pad (L4) is placed in the mounting groove.

4. A hand protector for breaking off the neck of an ampoule according to claim 3, characterized in that: the surface of the mounting groove is fixedly connected with one of the thread gluing surfaces, and the lower surface of the mounting pad (L4) is fixedly connected with the other of the thread gluing surfaces.

5. A hand protector for breaking off the neck of an ampoule according to claim 3, characterized in that: the surface of the mounting groove is fixedly connected with one of the magnetic pastes, and the lower surface of the mounting pad (L4) is fixedly connected with the other magnetic paste.

6. The hand protector for breaking off the neck of an ampoule bottle according to claim 2, characterized in that: an elastic receiving shell (L6) is fixedly connected to the mounting pad (L4), and the elastic receiving shell (L6) is provided with an inner cavity and an opening on the surface; cutting sand spare (L5) include can by the opening card embedding spherical main part (L51) of inner chamber with locate cutting conflict convex part (L52) on spherical main part (L51), the diameter of opening is less than the diameter of spherical main part (L51), cutting conflict convex part (L52) is in spherical main part (L51) card embedding expose behind the inner chamber outside elastic storage shell (L6).

7. The hand protector for breaking off the neck of an ampoule bottle according to claim 1, characterized in that: the first thumb stall (L1) and the first index finger stall (L2) are independent individuals, the tail ends of the first thumb stall (L1) and the first index finger stall (L2) are respectively provided with a first through hole, and a first connecting ring band (L7) penetrates through the first through hole; and/or the second thumb stall (R1) and the second index finger stall (R2) are independent individuals, the tail ends of the second thumb stall (R1) and the second index finger stall (R2) are provided with second through holes, and second connecting ring bands (R3) are connected in the second through holes in a penetrating manner.

8. The hand protector for breaking off the neck of an ampoule bottle according to claim 7, wherein: the first connecting ring belt (L7) and/or the second connecting ring belt (R3) are provided with two ends which can be disconnected or jointed, and the two ends are provided with sticky buckle surfaces.

9. The hand protector for breaking off the neck of an ampoule bottle according to claim 1, characterized in that: the second thumb finger stall (R1) and the second index finger stall (R2) are connected with a breaking-off sleeve (R4) together, and the outer side surface of the breaking-off sleeve (R4) is connected with the second thumb finger stall (R1) and the second index finger stall (R2) through elastic connecting ribs (R5).

10. The hand protector for breaking off the neck of an ampoule according to claim 9, characterized in that: the breaking sleeve (R4) is a conical sleeve, one end of the breaking sleeve (R4) is provided with a sleeve joint, and the cross section area from the end to the other end is gradually reduced.

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