KR200336221Y1 - Auto, Disable, Syringe - Google Patents

Abstract

The present invention relates to a needle (NEE DLE) integrated safety syringe (syringe), the needle (NEE DLE) is designed integrally to the syringe (syringe) body, the needle (NEE DLE) is coupled to the syringe (syringe), It is designed to solve the inconvenience of separation and repetition and to be used simply, quickly and conveniently in difficult hospital environment.

In addition, the disposable syringe should not be used in any case. The NEE DLE integrated syringe is designed to be impossible to use and automatically discarded.

This needle injection syringe (NEE DLE) has a jaw at the front and back of the syringe cylinder, and a ring is attached at the front and the rear of the hub piston.After use, the ring is attached to the front jaw of the cylinder. If it is caught, the hub will not be able to retract and if the hub is retracted, the primary ring will fall off and remain inside the syringe cylinder.

In addition, the ring on the back of the piston falls off and remains in the syringe cylinder, and only the hub is removed.

The injection needle (NEE DLE) integrated syringe (syringe) is intended to be convenient and simple to use by hospital workers.

The locking jaws in the cylinder are not disturbed when injecting or placing an injection.

At the time of injection, after the injection is finished, it is automatically combined, making it virtually impossible to use. Conventionally, the syringe (syringe) and needle (NEE DLE) was inconvenient to separate, disassemble and repeat. Hospital workers were infected with various pathogens and were uncomfortable because they were stuck by contaminated needles (NEE DLE) in the process of separation, disassembly and repetition, but this integrated syringe improves the discomfort of various stages, resulting in productivity and economic effect. You can see it together.

Description

Needle Injection Syringe Integrated Safety {Auto, Disable, Syringe}

The present invention relates to a syringe (syringe) in which the needle (NEE DLE) is integrally designed. The needle (NEE DLE) integrated safety syringe (syringe) is designed to be used without any separate disposal after use. NEE DLE) All-in-one safety syringe (syringe) is convenient and simple to use without any uncomfortable repetition process before, after use, combination, separation, and helps the hospital workers to use busy time.

The syringe 80 and the needle 60 are integrally installed, and the injection jaw primary (55.65) secondary (10.15) is installed at intervals inside the cylinder of the syringe 80 to install the injection liquid without inconvenience. In addition, the plate-shaped ring primary 85 and ring secondary 95 are installed at both ends of the piston 100 of the hub 25 of the syringe 80, and the cut portion secondary 35 is connected to the cut portion primary 35. Will be combined. After using the integrated safety syringe (Auto, Disabled, syringe) ring 95 is caught on the locking jaw (55.65) inside the cylinder 80 automatically integrated safety syringe (Auto, Disabled, syringe) is coupled In fact, the integrated safety syringe (Auto, Disabled, syringe) is impossible to use again. When the integrated safety syringe (Auto, Disabled, syringe) hub 25 is retracted, the ring 95 is caught on the locking jaw (55.65). Integral safety syringe, characterized in that the cut portion 35 is separated to prevent the use (Auto, Disabled, syringe)

The needle (NEE DLE) integrated safety syringe (syringe) is designed to be very convenient for hospital workers, and the prior art has the inconvenience and inconvenience of combining and separating the syringe and needle (NEEDLE). Nevertheless, the use of this needle integrated syringe (NEE DLE) allows hospital workers to use it conveniently and quickly while busy.

The use of conventional syringes and needles (NEE DLE) causes more than 85% of hospital workers stabbed in contaminated needles (NEE DLE) during the use of AIDS and various pathogens. There was a presentation

4 is a block diagram of a prior art.

As shown in FIG. 4, an embodiment of the prior art includes a needle (NEE DLE) 20, a needle (NEE DLE) cap 18, a hub 23, a syringe 25, and a piston. 35) and hub (27).

There are many problems with disposable syringes and there are a number of products, but practically no technology has been commercialized.

This is difficult to commercialize due to inadequate price or convenience of manufacturing process. Syringes and needles (NEE DLE) are disposable and must be inexpensive, easy to use for hospital workers, and productive and economical.

The present invention has been devised to solve the above problems, and the injection needle (NEE DLE) integrated safety syringe (syringe) is used by the hospital workers to use the integrated safety syringe to inject the injection solution into the blood vessel and the injection fluid enters the vessel automatically. Combined with a locking jaw and a ring mounted on the hub, the integrated syringe is virtually obsolete, helping to reduce hospital staff discomfort and time by improving productivity while being simple, economical, and reducing the number of inconvenient steps during use. An integrated safety syringe provides a NEE DLE integrated syringe that significantly improves productivity and economy by ensuring confidentiality even when the hub is removed.

1 is a cross-sectional configuration of an integrated safety syringe (syringe) according to the present invention

Figure 2: Cross-sectional configuration of the integrated safety syringe (syringe) after use

Fig. 3: Cross-sectional configuration of an integrated safety syringe (syringe) in which the primary ring is dropped after use

Figure 4: Cross-sectional block diagram of a general recovery syringe (syringe)

Figure 5: Cross-sectional configuration of the integrated safety syringe (syringe) after the secondary ring is dropped after use

<Code Description of Main Parts of Drawing>

60; Needle needle 20: Needle 켑 55.65: Primary locking jaw

100: piston 80: cylinder 25: hub 95; Primary ring

90: cutting part (ca ting) 10.15: secondary locking jaw 35: cutting part (ca ting)

85: secondary ring

In the integrated safety syringe (syringe) according to the present invention to achieve the above object, the syringe (syringe) and the needle (NEE DLE) is not separated, the syringe (syringe) is integrally attached to the needle (NEE DLE) is attached together Is characteristic.

Inside the cylinder 80, a plurality of locking jaws (55.65.10.15) can be installed depending on the use, and the locking jaws (55.65.10.15) can be installed roundly or 10 to 8 angles. The ring (95.85) can be separated only in one place, or two rings (95.85) can be installed in one place, and the exit face can be installed on both sides. A syringe is a needle ( 60) consists of a protective cap (20), a syringe (syringe) hub (25) and a piston (100). The hub (55, 65, 10, 15) is spaced between the front and rear of the locking jaw (55, 65, 10, 15) inside the cylinder (80). You will move 25 forward.

The feature of the integrated safety syringe (syringe) is that when the hub is moved with the ring 95 coupled to the inner locking jaw (55, 65) of the cylinder 80 automatically after use, the dish-shaped ring (95) becomes a cylinder. (80) The hook 25, which is protruded inside, is caught and the hub 25 does not retreat backward. When retracting, the first cut-out part 35 is shorted, and the ring 95 falls off to open the inside of the cylinder 80. This makes it virtually difficult to use the syringe once again.

As an embodiment of the present invention,

The needle (NEE DLE) is made integral with the syringe, and the rings 25, 85 are attached to both sides of the hub 25, and the locking jaws 55, 65, 10, 15 are placed inside the cylinder 80. It is characterized by the installation of front and back.

In one embodiment of the present invention,

A plate-shaped ring 95 is attached to the cutout portion 35 in front of the piston 100 of the hub 25 portion of the integrated syringe, and the cutout portion 90 is also placed behind the piston 100 to short-circuit. It is characterized by.

Hereinafter, an embodiment of an integrated safety syringe (syringe) of the present invention will be described in more detail with reference to the accompanying drawings.

1 is an overall assembly cross-sectional view of an integrated safety syringe (syringe) showing the configuration of an embodiment according to the present invention.

As shown in Figure 1, in one embodiment of the integrated safety syringe (syringe) (80) hub 25 and the needle (NEE DLE) protective cap 20 and piston 100 coupled to the end of the embodiment It is made, including the piston 100 is inserted into the hub 25 is assembled inside the cylinder (80).

Figure 2 is a detailed view of the state in which the ring 95 is coupled to the locking jaw (55, 65) by moving the hub 25 after using the integrated safety syringe (syringe).

FIG. 3 is a detailed view of the ring 95 being short-circuited at the cut-off part 35 when the hub is moved backward after using an integrated safety syringe (syringe).

FIG. 5 is a detailed view in which the ring 85 installed at the rear end of the ring 25 is short-circuited at the cut-off portion 90 when the hub 25 is moved back as shown in FIG. 3.

With reference to the drawings the state of the integrated safety syringe (syringe) according to the present invention having the above configuration.

In the integrated safety syringe (syringe) according to the present invention, when the hub 25 is moved forward as shown in Figure 2, the ring 95 is coupled to the prevention jaw (55, 65) protruding in the cylinder 100, the hub You will not be able to move (25).

As a result, the integrated safety syringe (syringe) is impossible to use and can be said to be discarded.

As shown in FIG. 3, it is possible to see the state in which the ring 95 is short-circuited at the cut part 35 by being caught by the prevention jaws 55 and 65 inside the cylinder 80, and the integrated safety syringe cannot be used. Do.

The present invention is not limited to the above-described embodiments and drawings as various modifications and changes are possible to those skilled in the art without departing from the technical spirit of the present invention.

As described in detail above, the integrated safety syringe (syringe) according to the present invention has a syringe (syringe) and a needle (NEE DLE) as a single body, which is convenient to use, productive and economical, and a syringe (syringe). After use, it does not need to be used again, and it is not necessary to disassemble the syringe and needle (NEE DLE), and the hospital workers can use it as usual. The needle used in the syringe currently used (NEE DLE) There is no need to explain or understand the use of the DLE) because there is nothing other than the one-piece unit and the locking jaw and the ring attached to prevent the internal use of the hub.

Claims (3)

The syringe 80 and the needle 60 are integrated with each other, and the injection cylinder 80 and the hub 25 are installed by installing the locking jaw primary (55.65) and secondary (10.15) at intervals in the cylinder of the syringe 80. On both sides of the piston 100, a plate-shaped ring primary 85 ring secondary 95 is used in combination with the installation cut primary 35 and the cut secondary secondary 90. The integrated safety syringe (Auto, After using disable, syringe, the ring 95 is automatically caught on the locking jaw (55.65) inside the cylinder 80, and the integrated safety syringe (Auto, Disabled, syringe) is in a combined state, making it impossible to use. When the integrated safety syringe (Auto, Disabled, syringe) hub 25 is retracted, the ring 95 is caught by the locking jaw (55.65) to cut off the cut 35 to prevent the use of the integrated safety syringe, characterized in that (Auto, Disable, syringe) delete According to claim 1, wherein the cylinder (80) is provided with a hooking jaw (55.65) inside the round or 10 or 8 angles to enable the installation of a plurality of hooking jaw (55.65) in a ring or in front of or behind the hub (25) 95.85) Integral safety syringe (Auto, Disable, syringe) which allows one to be separated in one place or two rings (95.85) in each place