CN207886210U - Portable finger blood hemostix - Google Patents

Abstract

The utility model application belongs to the technical field of medical equipment, and specifically discloses a portable finger blood sampling device, which includes a box body and a cover hinged on the upper part of the box body. The box body includes an upper box layer and a lower box layer, and the upper box layer is located Above the lower box layer; the bottom of the lower box layer is provided with a sharps collection grid and a common collection grid, the bottom of the sharps collection grid is hinged with a first material door, and the bottom of the ordinary collection grid is hinged with a second material door; the upper box layer There are multiple grids for placing finger blood collection supplies, and the bottom of the upper box layer has a through hole facing the ordinary collection grid; the upper part of the side wall of the lower box layer has a slide on the side of the sharps collection grid. A magnet plate is slidably connected to the sliding opening, and an opening opposite to the through hole is opened on the magnet plate. The portable finger blood collection device can classify and store various tools used for blood collection, and can also classify waste materials generated after blood collection, so as to avoid being scratched by sharp instruments when cleaning the waste materials.

Description

Portable finger blood lancing device

technical field

The utility model belongs to the technical field of medical instruments, in particular to a portable finger blood sampling device.

Background technique

In the daily work of the hospital, it is often necessary to collect blood from patients for testing. The purpose of blood collection is different, and the blood collection equipment used in blood collection is also different, such as various types of blood collection needles, blood collection tubes, tourniquets, dry and wet cotton swabs, etc. . Finger pricking is used to take peripheral blood for blood analysis. It is one of the most commonly used clinical testing methods and is very important for the diagnosis of diseases. In the process of taking blood from a patient’s fingers, in the prior art, medical personnel often place the tools used for blood collection on the blood collection tray and then perform the blood collection operation, which is very inconvenient for the classification of blood collection tools. Waste from finger blood will also be collected into the blood collection tray, which will pollute unused items; in addition, needles and other waste are collected at the same time, which is easy to hurt hands when cleaning.

Utility model content

The purpose of this utility model is to provide a portable finger blood lancing device, which can classify and store various tools used in blood collection, and can also classify the waste produced after blood collection, so as to avoid being scratched by sharp tools when cleaning the waste.

In order to achieve the above object, the basic solution of the present utility model is: a portable finger blood sampling device, comprising a box body and a cover hinged on the upper part of the box body, the box body includes an upper box layer and a lower box layer, and the upper box layer is located in the lower box The top of the layer; the bottom of the lower box layer is provided with a sharps collection grid and a common collection grid, the bottom of the sharps collection grid is hinged with a first material door, and the bottom of the common collection grid is hinged with a second material door; There are multiple grids for placing finger blood collection supplies, and the bottom of the upper box layer has a through hole facing the ordinary collection grid; the upper part of the side wall of the lower box layer has a sliding opening on the side of the sharps collection grid. A magnet plate is slidably connected to the sliding opening, and an opening opposite to the through hole is opened on the magnet plate.

The working principle of this basic solution is: when using the portable finger blood collection device, open the cover, and use the supplies contained in each grid on the upper box layer to collect finger blood from the patient. The waste material produced in the finger blood collection process is thrown into the through hole on the upper box layer, and the waste material passes through the through hole, the opening on the magnet plate, and finally falls into the common collection grid in the lower box layer. During the falling process of the waste, the sharp objects in the waste are attracted to the magnet plate under the action of the magnet plate. When the sharps absorbed by the magnet plate reach a certain level, the magnet plate is stretched outward along the sliding opening, and the sharps absorbed on the magnet plate fall into the sharps collection grid one after another under the action of the sliding opening. It is located in the sharps collection compartment, while other wastes are located in the normal collection compartment, and wastes of different natures are separated. When cleaning up waste materials, different waste materials can be cleaned up by opening the first material door and the second material door respectively.

The beneficial effects of this basic plan are:

1. The portable finger blood collection device includes an upper box layer and a lower box layer. The upper box layer is equipped with multiple grids. Different grids are used to store different supplies for blood collection. It is convenient to use and effectively avoids mixing of different supplies.

2. When the portable finger blood collection device is not in use, the cover is placed on the upper end of the box body to seal the box body, which effectively prevents the outside world from polluting the blood collection supplies in the box body.

3. The waste generated after blood collection is transferred to the lower box layer through the through hole, which can effectively store the waste and prevent the waste from polluting unused blood collection supplies.

4. All the waste is transferred to the lower box layer through the through hole. Under the action of the magnet plate, the sharps are separated from other ordinary waste, and finally divided into different areas. When cleaning the waste, because the waste has been effectively classified, it is not easy Stab hand.

Further, a pushing part is provided on the side of the magnet plate located outside the box. A push part is provided, and the magnet plate can be driven to move by the push part when sliding the magnet plate, which is convenient for operation.

Further, both sides of the magnet plate are provided with protrusions whose thickness is greater than the height of the sliding opening. Since the thickness of the protruding portion is greater than the height of the sliding opening, the magnet plate can be prevented from detaching from the sliding opening under external influence.

Further, a handle is rotatably connected to the box body. When the finger blood sampling device needs to be transported, it can be extracted by the handle, which is very convenient; and the handle is hinged on the box body, and the position of the handle can be adjusted by rotating the handle, so as to avoid the handle from hindering normal operation.

Further, the bottom of the upper box layer is hinged with a baffle capable of sealing the through hole. After the blood collection is finished, the through hole can be sealed by the baffle to prevent the blood collection supplies in the upper box layer from falling into the lower box layer.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of the portable finger blood sampling device of the present invention.

Detailed ways

The utility model is described in further detail below by means of specific embodiments:

The reference signs in the accompanying drawings of the description include: box body 1, through hole 11, baffle plate 12, cover 2, handle 3, sharps collection grid 4, first material door 41, common collection grid 5, second material door 51 , grid 6, magnet plate 7, pushing part 71, protruding part 72, opening 73.

As shown in Figure 1, the portable finger blood sampling device includes a box body 1 and a cover 2, and the cover 2 is hinged on the upper part of the box body 1; side, and the other end is hinged on the other side of the box body 1. The box body 1 comprises an upper box layer and a lower box layer, and the upper box layer is positioned above the lower box layer; the bottom of the lower box layer 1 is provided with a sharps collection lattice 4 and a common collection lattice 5, and the bottom of the sharps collection lattice 4 is hinged with The first material door 41, while the bottom of the ordinary collection grid 5 is hinged with a second material door 51. A plurality of grids 6 are arranged in the upper box layer, and these grids 6 are used for placing articles for collecting finger blood. The bottom of the upper box layer has a through hole 11 facing the common collection grid 5 and is hinged with a baffle plate 12 that can seal the through hole 11. After the blood collection is finished, the through hole 11 can be sealed by the baffle plate 12 to avoid the upper box layer. The blood collection supplies inside fall into the lower box layer. The upper part of the side wall of the lower box layer 1 has a sliding opening positioned at the sharps collection grid 4 side, the sliding opening is slidably connected with a magnet plate 7, and the magnet plate 7 is provided with an opening 73 opposite to the through hole 11. Both sides of the magnet plate 7 are provided with a protruding portion 72 with a thickness greater than the height of the sliding opening. The setting of the protruding portion 72 can prevent the magnet plate 7 from breaking away from the sliding opening; 71. A pusher 71 is provided to facilitate driving the magnet plate 7 to move.

When carrying out finger blood sampling to the patient, open cover 2, utilize the article that each grid 6 on the upper box layer is housed to patient's finger blood sampling. The waste material produced in the finger blood collection process is thrown into the through hole 11 on the upper box layer, and the waste material passes through the opening 73 on the through hole 11, the magnet plate 7, and finally falls into the common collection grid 5 in the lower box layer. During the falling of the waste, the sharps in the waste are attracted to the magnet plate 7 under the action of the magnet plate 7 . When the sharps absorbed by the magnet plate 7 reached a certain level, the magnet plate 7 was stretched outwards along the sliding opening, and the sharps absorbed on the magnet plate 7 fell into the sharps collection grid 4 under the action of the sliding opening. All sharps are located in the sharps collection grid 4, while other waste materials are located in the common collection grid 5, and the waste materials of different properties are distinguished. When cleaning waste materials, different waste materials can be cleaned up by opening the first material door 41 and the second material door 51 respectively.

What is described above is only the embodiment of the utility model, and common knowledge such as the specific structure and characteristic known in the scheme is not described too much here. It should be pointed out that for those skilled in the art, under the premise of not departing from the structure of the utility model, some deformations and improvements can also be made, and these should also be regarded as the protection scope of the utility model, and these will not affect the utility model. Effects of novel implementations and utility of patents. The scope of protection required by this application shall be based on the content of the claims, and the specific implementation methods and other records in the specification may be used to interpret the content of the claims.

Claims (5)

1. The portable finger blood collection device is characterized in that it comprises a box body and a cover hinged on the upper part of the box body, the box body includes an upper box layer and a lower box layer, and the upper box layer is located above the lower box layer; the lower box layer The bottom of the box is provided with a sharps collection grid and a common collection grid. The bottom of the sharps collection grid is hinged with a first material door, and the bottom of the ordinary collection grid is hinged with a second material door; Refers to the grid of blood supplies, the bottom of the upper box layer has a through hole facing the ordinary collection grid; the upper part of the side wall of the lower box layer has a sliding opening on the side of the sharps collection grid, and a magnet plate is slidably connected to the sliding opening , the magnet plate has an opening opposite to the through hole. 2. The portable finger blood drawer according to claim 1, characterized in that, a pushing part is provided on the side of the magnet plate outside the case body. 3. The portable finger blood drawer according to claim 1, characterized in that, both sides of the magnet plate are provided with protrusions whose thickness is greater than the height of the sliding opening. 4. The portable finger blood sampling device according to claim 1, wherein a handle is rotatably connected to the box body. 5. The portable finger blood drawer according to claim 1, characterized in that, the bottom of the upper box layer is hinged with a baffle plate capable of sealing the through hole.