CN107126221B

CN107126221B - Bovine blood sampling device

Info

Publication number: CN107126221B
Application number: CN201710425833.6A
Authority: CN
Inventors: 梁虹杨
Original assignee: Guangxi Hangpeng Biotechnology Co Ltd
Current assignee: Guangxi Hangpeng Biotechnology Co ltd
Priority date: 2017-06-08
Filing date: 2017-06-08
Publication date: 2020-11-24
Anticipated expiration: 2037-06-08
Also published as: CN107126221A

Abstract

The invention provides a bovine blood sampling device, and belongs to the technical field of experimental equipment. The device includes: the bottom surface of the base block is covered with a viscous material, and one end surface adjacent to the bottom surface of the base block is embedded with plastic and is provided with a puncture groove; the end surfaces adjacent to the end surface where the puncture groove is located and the bottom surface of the base block are provided with connecting members for connecting the base block cover plate; the opposite end face of the end face where the connecting component is located is provided with a protruding component, and the protruding component and the perforated component on the base block cover plate form a buckling and locking component capable of locking or unlocking the base block cover plate. The device is adhered to the surface skin of a cow by an adhesive material, and a disposable blood collection needle is fixed to the device after being inserted into a vein along a puncture groove. The device is matched with a disposable vacuum hemostix for use, so that the blood sampling operation is scientific and standardized, the blood sampling needle head can not secondarily damage vein, the stress reaction of the cattle is small, and the device has the advantages of safety, rapidness, high efficiency and the like.

Description

Bovine blood sampling device

[ technical field ] A method for producing a semiconductor device

The invention relates to the technical field of experimental equipment, in particular to a bovine blood sampling device.

[ background of the invention ]

The large-scale and intensive breeding mode easily causes cattle to suffer from pathological changes. In order to make a correct diagnosis and analysis of an epidemic disease, frequent serological tests for an epidemic disease need to be carried out on a herd of cattle. At present, a bovine blood sampling worker generally finds the jugular vein and inserts the jugular vein obliquely according to the past work experience of the worker. This approach is characterized by experience-based, blind operation, and is a significant challenge for an inexperienced bovine blood sampling worker. After the syringe needle inserted the blood vessel, because there is not securing device, the easy relative angiogenesis relative movement of syringe needle, artificial shake, touch or the ox body rocks, all make the syringe needle touch the vascular wall once more easily, the fish tail vascular wall breaks through the vascular wall once more even, the influence sample goes on smoothly. Moreover, the syringe needle touches the vascular wall once more, very easily arouses the intense stress response of ox, takes place anger to move, not only influences the sample and goes on smoothly, still can influence blood sampling staff's personal safety even. The sampling of bovine blood is a complex task requiring a lot of human hands. In the blood sampling process, because the ox is the state of standing, the blood sampling part is in the jugular vein, and the sample staff can only select different sample postures according to the size of the ox physique, squats, half squats or stands, has increased the blood sampling degree of difficulty. In actual operation, personnel are too many, not only the waste of manpower resources, simultaneously, when the ox should be reacted too big, personnel are too many and can lead to staff's activity space narrow and small, are unfavorable for avoiding danger, cause bodily injury easily. Therefore, in the blood sampling process, the technical problem to be solved at present is to stabilize the displacement of the blood sampling needle and the blood vessel by taking a simple and quick blood sampling technology as guidance and reduce the number of sampling participants.

[ summary of the invention ]

Aiming at the technical problems, the invention provides a rapid bovine blood sampling device which is matched with a disposable vacuum hemostix for use.

The technical scheme is as follows:

the invention provides a bovine blood sampling device, which comprises a base block, a base block cover plate, a connecting member and a locking member, wherein the bottom surface of the base block is covered with an adhesive material, so that the bovine blood sampling device can be adhered to the surface skin of a bovine; one end face adjacent to the bottom face of the base body block is embedded with plastic and is provided with no puncture groove, the blood taking needle can be directly inserted into the bovine venous blood vessel along the puncture groove, and the front part of the lower end point of the puncture groove is a gap, so that the device does not directly touch a blood taking wound, and secondary injury or infection is prevented; the other end part of the puncture groove is a movable cavity which can be used for the free movement of the back part of the needle tail without scraping the base block; the base block is provided with the connecting members on the end surfaces adjacent to the end surface where the puncture groove is located and the bottom surface of the base block, and the base block cover plate is rotatably connected with the connecting members; the buckling and locking component comprises a convex component and a perforated component, the convex component is arranged on the end surface opposite to the end surface where the connecting component is arranged, the perforated component is arranged on the base cover plate, and the convex component and the perforated component are matched to lock or unlock the base cover plate; the base block cover plate is embedded with plastic, and when the fastening member is in a locking state, the plastic of the base block is in close contact with the plastic of the base block cover plate.

Compared with the prior art, the invention has the following beneficial effects:

the bovine blood sampling device provided by the invention is adhered and fixed on the surface skin of a bovine by an adhesive material, one hand presses the device, the other hand holds the needle wing of a disposable blood taking needle, the puncture needle tube is directly inserted into a bovine vein along the puncture groove of the matrix block, when the blood flows out of the needle hose behind the needle tail of the disposable blood taking needle, the needle head is proved to be inserted into the vein, at the moment, the blood taking needle is rotated, so that the needle wing is flatly placed in the plastic area of the matrix block, the matrix block cover plate is covered, and the buckling and locking member is in a locking state. The plastic of the base body block and the base body cover plate is extruded by the needle wings to generate elastic deformation, so that the plastic generates stress, and the blood taking needle is fixed on the base body block. The disposable blood taking needle can be directly inserted into the jugular vein of the cattle in a certain path at a certain inclination angle, the operation is scientific and standardized, the blood taking needle inserted into the jugular vein of the cattle is fixed on the base block, the blood taking needle head can be kept stable relative to the blood vessel, and the general shaking can be resisted without causing the needle head to touch, scratch or puncture the blood vessel for the second time. In addition, the device convenient operation is swift, has simplified the blood sampling process, and single people can realize bovine blood sampling operation, has advantages such as safety, high efficiency, swift.

[ description of the drawings ]

FIG. 1 is a perspective view of a bovine blood sampling device provided by the present invention;

FIG. 2 is an enlarged view of a portion of the connecting member;

FIG. 3 is a schematic view of a disposable lancet being secured to a base block.

Description of reference numerals:

1-a substrate block; 2-a substrate block cover plate; 3-plastic cement; 4-a viscous material; 5-puncturing the groove; 6-a connecting member; 61-central cylinder; 7-a movable cavity; 81-a bump assembly; 82-a perforated assembly; 91-puncture needle tube; 92-needle tail; 93-needle wing; 94-needle hose.

[ detailed description ] embodiments

In order that those skilled in the art will better understand the present invention, the invention is further described below in conjunction with specific examples:

as shown in fig. 1, 2 and 3, the present invention provides a bovine blood sampling device, comprising a base block 1, a base block cover plate 2, a connecting member 6 and a locking member; the bottom surface of the base block 1 is covered with a viscous material 4, one end surface adjacent to the bottom surface of the base block is embedded with plastic 3 and is provided with a puncture groove 5; the end face where the puncture groove 5 is located is also provided with a movable cavity 7, and the puncture groove 5 is located between the movable cavity 7 and the bottom face of the base block 1; the end surface adjacent to the end surface where the puncture groove 5 is located and the bottom surface of the base block are provided with connecting members 6, the base block cover plate 2 is rotatably connected with the connecting members 6, and the base block cover plate 2 can rotate around the central cylinder 61; the locking component comprises a convex component 81 and a hole component 82, the convex component 81 is arranged on the opposite end surface of the end surface where the connecting component 6 is arranged, and the hole component 82 is matched with the convex component 81 to lock or unlock the base block cover plate 2; the base block cover plate 2 is embedded with plastic, and when the fastening member is in a locking state, the plastic of the base block 1 is in close contact with the plastic of the base block cover plate 2.

Preferably, the plastic 3 has good elastic deformation;

preferably, the included angle between the end surface of the puncture groove 5 and the bottom surface of the substrate block 1 is 40 degrees;

preferably, the base surface of the base block 1 is rectangular, the length is 50mm, the width is 40mm, and the height of the base block 1 is 40 mm;

preferably, the radius of the puncture groove 5 is 0.8 times larger than that of the puncture needle tube 91, the length of the puncture groove 5 is 1/5, the movable cavity 7 is a semi-cylinder, and the radius of the semi-cylinder is 0.8 times larger than that of the needle tail 92;

preferably, the distance between the lower end point of the puncture groove 5 and the bottom surface of the substrate block 1 is 9 mm;

preferably, the substrate block 1 and the substrate cover plate 2 are made of light hard materials.

The bovine blood sampling device is matched with the disposable vacuum hemostix for use, and the blood sampling process is as follows:

the cattle is well fixed, the jugular vein of the cattle is found by touching and visual inspection, and the surrounding cattle hair is cut off so as to facilitate cementation of the cattle blood sampling device and blood collection.

The bovine jugular vein is found out, and the device is adhered to the surface of the cow skin on the principle that the projection line direction of the puncture groove 5 on the lower bottom surface of the matrix block 1 is the same as the trend of the bovine jugular vein. The left thumb is used to press the basal body block 1, the right hand is firstly wiped with a cotton ball of 10 percent iodine tincture for disinfection, and then wiped with a cotton ball of 75 percent alcohol for deiodination disinfection, and the jugular vein at the moment becomes swollen due to the obstruction of backflow and the stimulation of alcohol wiping.

The right hand holds the prepared disposable vacuum blood taking needle wing 93, and the disposable vacuum blood taking needle wing is directly inserted into the jugular vein along the puncture groove 5, after the needle hose 94 at the rear of the needle tail of the blood taking needle is seen to have blood to flow out, the fact that the needle head of the blood taking needle at the moment enters the jugular vein is proved, the blood taking needle is rotated, the blood taking needle wing 93 is flatly placed in the plastic 3 area, the base body block cover plate 2 is rapidly rotated to cover, and the buckling and locking component is in a locking state.

The hands are released, and the prepared vacuum blood collection tube is picked up to receive blood. After the required blood volume is collected, the tail part of the blood collecting needle is held by one hand, the buttonhole assembly 82 is firmly buckled by the other hand, so that the locking member is in an open state, the base block cover plate is turned over, the blood collecting needle head is rapidly pulled out, hemostasis is immediately pressed by a sterilized cotton ball, and the wound is disinfected by 5 percent iodine tincture.

After blood sampling is finished, the device is collected.

The above-mentioned embodiments are preferred and feasible embodiments of the present invention, and are not intended to limit the scope of the claims of the present invention, and all equivalent changes and modifications made by the present invention shall fall within the scope of the claims of the present invention.

Claims

1. The utility model provides a bovine blood sampling device which characterized in that: the bovine blood sampling device comprises a substrate block, a substrate block cover plate, a connecting member and a locking member, wherein the bottom surface of the substrate block is covered with a viscous material, and one end surface adjacent to the bottom surface of the substrate block is embedded with plastic and is provided with a puncture groove; the end face of the puncture groove is also provided with a movable cavity, and the puncture groove is positioned between the movable cavity and the bottom surface of the base block; the base block is provided with the connecting members on the end surfaces adjacent to the end surface where the puncture groove is located and the bottom surface of the base block, and the base block cover plate is rotatably connected with the connecting members; the buckling and locking component comprises a convex component and a perforated component, the convex component is arranged on the end face opposite to the end face where the connecting component is arranged, the perforated component is arranged on the base block cover plate, and the convex component and the perforated component are matched to lock or unlock the base block cover plate; the base block cover plate is embedded with plastic, and when the locking component is in a locking state, the plastic of the base block is in close contact with the plastic of the base block cover plate.

2. The bovine blood sampling device of claim 1, wherein: the plastic has elasticity.

3. The bovine blood sampling device of claim 1 wherein said piercing recess is formed in said base block at an end face that is at an angle of 30-45 degrees to the bottom surface of said base block.

4. The bovine blood sampling device of claim 1, wherein: the bottom surface of the substrate block is rectangular, the length is 50mm, and the width is 40 mm; the height of the substrate block was 40 mm.

5. The bovine blood sampling device of claim 1, wherein: the radius of the puncture groove is 0.5-1 time larger than that of the puncture needle tube, the length of the puncture groove is 1/5 times that of the puncture needle tube, the movable cavity is a semi-cylinder, and the radius of the semi-cylinder is 0.5-1 time larger than that of the needle tail.

6. The bovine blood sampling device of claim 1, wherein: the distance between the lower end point of the puncture groove and the bottom surface of the base block is 8-10 mm.

7. The bovine blood sampling device of claim 1, wherein: the substrate block and the substrate block cover plate are made of light hard materials.