CN218727359U

CN218727359U - Sample tube lifting basket

Info

Publication number: CN218727359U
Application number: CN202222656468.9U
Authority: CN
Inventors: 李石存; 陈文杰; 尹骏
Original assignee: Hunan Chaoji Testing Technology Co ltd
Current assignee: Hunan Chaoji Testing Technology Co ltd
Priority date: 2022-10-10
Filing date: 2022-10-10
Publication date: 2023-03-24
Anticipated expiration: 2032-10-10

Abstract

The utility model discloses a sample tube hand-basket: the sample tube basket is provided with a basket surrounding and blocking opening, the sample tube frame can surround and block the opening to slide in and out of the basket frame through the basket, a plurality of parallel basket sliding grooves are formed in a bottom plate of the basket, and the sample tube frame is pushed by a push rod inserted into the basket sliding grooves to realize automatic storage and taking of the sample tube frame and meet the requirements of an automatic detection system. The basket frame is made of non-magnetic light materials, and the basket lifting magnet used for fixing the sample pipe frame is arranged on the basket frame to prevent the sample pipe frame from displacing or sliding off.

Description

Sample tube lifting basket

Technical Field

The utility model relates to a detect technical field, concretely relates to sample tube hand-basket.

Background

A sample tube carrier is a tool used to place and transport a sample tube or rack of sample tubes. Along with the wide use of automatic checkout system, when the hand-basket of placing the sample pipe support was put on automatic checkout system, automatic checkout system can scan the sample pipe support and discern to take out the sample pipe support from the sample pipe hand-basket, send to in the automatic checkout system. After sampling is completed, the sample tube is returned to the sample tube basket. This puts new demands on the sample tube basket: the sample tube rack can be conveniently accessed, the sample tube rack can be automatically stored and taken, (2) the sample tube rack can be stably placed, and (3) the sample tube identification code with the sample tube rack information is provided.

Through patent retrieval, the following patents have a certain relationship with the present application:

1. the utility model relates to a laboratory sample basket, including basket, handle, test-tube rack, urine sample shelf, drawer, sign, wherein, the basket is rectangle, the whole sample basket is divided into three layers, the front part of the upper layer is the test-tube rack, the back part is the urine sample shelf, the two layers of the lower layer are the drawer, there is a layer of clapboard in the drawer, a row of round holes are dug on the clapboard for placing the excrement sample; in order to prevent the patient from misplacing the specimen, labels are arranged in the areas for placing different samples to mark the placing positions of the specimens; the handle is arranged in the middle of the basket. When the sampling device is used, the sample basket of the laboratory is placed at the sampling position, the adopted laboratory sample and the laboratory sheet are placed at the specified position together, and the sample is sent to the laboratory after being collected.

2. The utility model relates to a practical novel patent with the application number of "201520140088.7", the application date of "2015.03.12", the publication number of "CN204606603U", the publication number of "2015.09.02", the name of "portable refrigeration specimen box", applicant is "cigarette platform is beautiful department of a residence hospital", this utility model patent relates to a portable refrigeration specimen box, belongs to medical instrument structure technical field. A portable freezing specimen box comprises a box body, an outer box cover clamped on the outer edge of the top end of the box body, and an inner box cover clamped on the inner edge of the top end of the box body, wherein a tube area for storing a test tube, a basket area for storing a small-lattice basket, and a buffer area for storing standby articles and adding liquid nitrogen are arranged in the box body; the tube area is internally provided with a test tube rack provided with through holes, and each through hole is provided with a number so as to facilitate the storage and the taking; the outer side of the box body is provided with a handle, so that the box body can be safely moved conveniently.

3. The utility model discloses a test tube basket is used in electron microscope sample preparation, and the applicant is "test tube basket for" Jinan micro-Asia biotechnology limited company "is disclosed to application number for" 201620143257.7", application date for" 2016.02.26", publication number for" CN205517895U ", public date for" 2016.08.31", the name is" one kind of electron microscope sample preparation, this utility model discloses a test tube basket is used in electron microscope sample preparation, including test tube basket body, by four no top box body constitutions, and arrange one row side by side, two no top box bodies that link together are all connected together, two no top box bodies that link together pass through a plurality of hinge connections, the side of the no top box body in ventilation district is equipped with the vent, first test tube basket lid is installed at the top of the no top box body in ventilation district, and the surface of first test tube basket lid is equipped with the vent, the second basket lid is installed at the top of the no top box body in the ventilation district, the inside of two no top box bodies in ventilation district install small test tube rack and large test tube rack number in two no test tube racks respectively.

4. The utility model discloses a be "201721367800.2", application date is "2017.10.23", the utility model discloses a do not have a publication number "CN207646192U", the public date is "2018.07.24", the name is "a PCR detect reagent box that is suitable for different specification test tubes", the applicant is the utility model patent of "Zhejiang english rui qi biotechnology limited company", this utility model discloses a PCR detect reagent box that is suitable for different specification test tubes, including the kit body, two dovetails have been seted up to the inner wall bilateral symmetry of kit body, and four corner position departments in bottom of kit body all install sucking disc formula footing, the inside intermediate position department of kit body is provided with the test tube bracket, be a plurality of test tube holes on the test tube bracket, and the bilateral symmetry of a plurality of test tube holes installs the fixture block, two the one end of fixture block all is connected with extension spring, this utility model has set up the forked tail lug and the dovetail, realizes being convenient for the installation and the dismantlement of test tube bracket, is convenient for change different specification, has reduced the cost that reagent detected, has set up the formula, realizes that the kit body is placed stably firm, has avoided the reagent box body to take place the sucking disc effect to drop, has avoided the unexpected detection reagent to take place the ground to the problem that slides and has caused the sucking disc to the ground.

None of the above patents relate to the technical problem of achieving automatic access to a sample tube rack, which is difficult to use in an automatic detection system.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to the defect that exists among the prior art, a sample pipe hand-basket is provided.

In order to solve the technical problem, the utility model discloses the technical scheme who takes does: a sample tube lifting basket comprises a lifting handle and a basket frame, wherein the basket frame comprises a lifting basket bottom plate and a lifting basket surrounding baffle arranged on the periphery of the lifting basket bottom plate. The basket encloses to keep off and is provided with the basket and encloses and keep off the opening, and the sample pipe support encloses through the basket and keeps off the opening slip business turn over basket. The automatic storage and taking of the sample pipe frame is realized, and the requirements of an automatic detection system are met.

Furthermore, the basket is the rectangle, and the trilateral basket that is provided with of basket encloses the fender, and one side encloses the fender opening for the basket.

Furthermore, a plurality of basket partition plates which are arranged in parallel are arranged in the basket frame, the basket partition plates face the direction of the basket surrounding opening, and the sample pipe frame slides into a groove-shaped space formed by two adjacent basket partition plates from the basket surrounding opening. Realize the orderly emission of sample pipe support, the automated inspection system of being convenient for deposits and withdraws the sample pipe support.

Furthermore, a positioning component is arranged on the basket surrounding baffle opposite to the opening of the basket surrounding baffle. Make the sample pipe support can fix on sample pipe hand-basket, prevent that displacement or landing from appearing in the sample pipe support.

Furthermore, the basket frame is made of non-magnetic light materials, the positioning component is a basket magnet, and the basket magnet is used for attracting the fixed magnetic steel on the sample pipe frame. The sample pipe frame can be fixed on the sample pipe lifting basket in an attracting mode.

Furthermore, a basket lifting identification code is arranged on the basket frame. The automatic detection system can scan and read the basket lifting identification code, acquire the information of the sample pipe frame and determine the items to be detected.

Furthermore, the basket identification code is a two-position code or a bar code and is arranged on the basket surrounding baffle of the basket frame, so that the automatic detection system can scan and read the basket identification code conveniently.

Furthermore, the basket bottom plate is provided with a plurality of parallel basket sliding grooves which are parallel to the basket partition plates. The pushing rod inserted into the basket chute pushes the sample tube rack to make the pushing direction consistent with the sliding direction of the sample tube rack.

Furthermore, the basket sliding grooves are formed in the middle of the two adjacent basket partition plates, and the width of each basket sliding groove is smaller than the distance between the two adjacent basket partition plates. The push rod is matched with the bottom of the sample tube rack to push the sample tube rack out of or into the basket frame.

Further, the basket chute extends to a basket enclosure opposite the basket enclosure opening. The push rod can push the end part of the sample tube rack to push the sample tube rack out or into the basket frame.

The beneficial effects of the utility model are that: the sample tube basket is provided with a basket surrounding and blocking opening, the sample tube frame can surround and block the opening to slide in and out of the basket frame through the basket, a plurality of parallel basket sliding grooves are formed in a bottom plate of the basket, and the sample tube frame is pushed by a push rod inserted into the basket sliding grooves to realize automatic storage and taking of the sample tube frame and meet the requirements of an automatic detection system. The basket frame is made of non-magnetic light materials, and the basket lifting magnet used for fixing the sample pipe frame is arranged on the basket frame to prevent the sample pipe frame from displacing or sliding off.

Drawings

Figure 1 is a schematic perspective view of a sample tube rack,

figure 2 is a schematic perspective view of a sample tube rack,

figure 3 is a schematic perspective view of a sample tube carrier,

FIG. 4 is a schematic perspective view of the sample tube rack after being placed in the sample tube carrier,

FIG. 5 is a schematic view of a three-dimensional structure of a sample tube and a sample tube rack after being loaded in a sample tube basket,

in the figure: 1-sample tube rack, 100-sample tube, 101-tube position, 102-tube position induction sheet, 103-sample tube identification code, 104-sample tube adapter, 105-fixed magnetic steel, 106-reinforcing rib;

2-sample tube basket, 201-handle, 202-basket frame, 203-basket enclosure, 204-basket enclosure opening, 205-basket partition, 206-basket chute, 207-basket bottom plate, 208-basket magnet, 209-basket identification code, 311-push rod.

Detailed Description

The invention will be further described by means of specific embodiments and with reference to the accompanying drawings:

as shown in fig. 1 and 2, the sample tube rack 1 comprises a plurality of tube sites 101, typically ten. The sample tube holder 1 is made of a non-magnetic light material, such as plastic or aluminum alloy. Each tube site 101 is a vertical cavity with a C-shaped cross-section. A tube position sensing piece 102 for detecting the position of the sample tube rack 1 is arranged on one side of the bottom of each tube position 101. The tube position sensing piece 102 is a magnetic steel, a metal sheet or a reflecting plate, and is respectively matched with a hall sensor or a photoelectric sensor for detection. The tube position sensing strip 102 is used to detect the position of the sample tube rack 1 in the automated inspection system and control the movement of the sample tube rack 1 so that the automated inspection system can locate and sample the sample tubes 100 on the sample tube rack 1.

One end of the sample tube rack 1 is provided with a two-bit code or a bar code. The code scanning component on the automatic detection system can read the identification code 103 of the sample pipe rack, obtain the information of the sample pipe rack 1 and determine the items to be detected.

The other end of the sample tube rack 1 far away from the sample tube identification code 103 is provided with a fixed magnetic steel 105, and a sample tube basket or an automatic detection system is provided with a magnet. The magnet is used for attracting and fixing the magnetic steel 105, so that the sample pipe frame 1 is attracted and fixed on the sample pipe lifting basket or the automatic detection system, and the position of the sample pipe frame 1 is prevented from moving or sliding off.

The bottom of every tube site 101 in sample pipe support 1 bottom all is provided with strengthening rib 106, and strengthening rib 106 can enough increase sample pipe support 1's intensity, can regard as the rack again, with the gear of drive mechanism or the dogtooth cooperation on the belt, increase the engaging force between sample pipe support 1 and the drive mechanism, can the removal and the location of accurate control sample pipe support 1, the sampling part sample of being convenient for.

As shown in fig. 3 to 5, the sample tube carrier 2 includes a handle 1 and a rim 202, and the rim 202 has a rectangular shape or a polygonal shape, preferably a rectangular shape. The basket 202 comprises a basket bottom plate 207 and a basket surrounding barrier 203 arranged on the periphery of the basket bottom plate 207, three sides of the rectangular basket 202 are provided with the basket surrounding barrier 203, and one side of the rectangular basket 202 is provided with a basket surrounding barrier opening 204. The basket bottom plate 207 is provided with a plurality of basket partition plates 205 which are arranged in parallel, the basket partition plates 205 face the direction of the basket enclosure opening 204, and a plurality of groove-shaped spaces are formed by dividing two adjacent basket partition plates 205. A plurality of basket sliding grooves 206 which are arranged in parallel are arranged on the basket bottom plate 207, the basket sliding grooves 206 are arranged in the middle of two adjacent basket partition plates 205, and the width of each basket sliding groove 206 is smaller than the distance between two adjacent basket partition plates 205.

The rim 202 is made of a non-magnetically conductive, lightweight material, such as plastic or aluminum alloy, so that a plurality of basket magnets 208 can be disposed on the rim 202, and the plurality of basket magnets 208 can form a plurality of individual magnetic fields. The basket magnets 208 are disposed on the basket enclosure 203 opposite the basket enclosure opening 204, and each magnet 208 corresponds to a plurality of slot-shaped spaces partitioned by the basket partitions 205.

The basket enclosure 203 on one side of the basket 202 is provided with a basket identification code 209, and the basket identification code 209 is a binary code or a bar code. The automatic detection system can scan and read the basket identification code 209, obtain the information of the sample pipe support, confirm the project that needs to detect.

The sample tube rack 1 slides through the basket enclosure opening 204 into the trough-shaped space divided by two adjacent basket partitions 205. The fixed magnet 105 at one end of the sample tube rack 1 is attracted to the magnet 208 on the basket 202, thereby fixing the sample tube rack 1 in the sample tube carrier 2.

When in detection: the sample tube basket 2 is placed at the entrance of the automatic detection system, the push rod 311 on the automatic detection system moves to one end of the sample tube rack 1 provided with the fixed magnetic steel 105, the end part of the sample tube rack 1 pushed by the push rod 311 overcomes the attraction magnetic force between the magnet 208 and the fixed magnetic steel 105, and the sample tube rack 1 is pushed out of the basket 202 and enters the automatic detection system. After completing sampling detection, the sample pipe rack 1 is sent back to the original taking-out position, the push rod 311 moves to the other end of the sample pipe rack 1, the sample pipe rack 1 is pushed to the sample pipe basket 2 from the surrounding opening 204 of the basket, the fixed magnetic steel 105 at one end of the sample pipe rack 1 is attracted with the magnet 208 on the basket 202, and therefore the sample pipe rack 1 is fixed in the sample pipe basket 2.

To sum up, the beneficial effects of the utility model are that: the sample tube basket is provided with a basket surrounding and blocking opening, the sample tube frame can surround and block the opening to slide in and out of the basket frame through the basket, a plurality of parallel basket sliding grooves are formed in a bottom plate of the basket, and the sample tube frame is pushed by a push rod inserted into the basket sliding grooves to realize automatic storage and taking of the sample tube frame and meet the requirements of an automatic detection system. The basket frame is made of non-magnetic light materials, and the basket magnet used for fixing the sample pipe frame is arranged on the basket frame, so that the sample pipe frame is prevented from displacing or sliding off.

The above embodiments are provided only for the purpose of illustration, not for the limitation of the present invention, and those skilled in the relevant art can make various changes or modifications without departing from the spirit and scope of the present invention, so all equivalent technical solutions should also belong to the protection scope of the present invention, and the protection scope of the present invention should be defined by the claims.

Claims

1. The utility model provides a sample tube hand-basket, includes basket (202), and basket (202) includes hand-basket bottom plate (207) and sets up at the peripheral hand-basket of hand-basket bottom plate (207) and encloses fender (203), its characterized in that: the basket surrounding baffle (203) is provided with a basket surrounding baffle opening (204), and the sample pipe frame (1) slides in and out of the basket frame (202) through the basket surrounding baffle opening (204).

2. The sample tube carrier of claim 1, wherein: the basket frame (202) is rectangular, three sides of the basket frame (202) are provided with basket enclosure baffles (203), and one side of the basket frame (202) is provided with a basket enclosure baffle opening (204).

3. The sample tube carrier of claim 2, wherein: a plurality of basket partition plates (205) which are arranged in parallel are arranged in the basket frame (202), the basket partition plates (205) face the direction of the basket surrounding opening (204), and the sample pipe frame (1) slides into a groove-shaped space formed by two adjacent basket partition plates (205) from the basket surrounding opening (204).

4. The sample tube carrier of claim 3, wherein: the basket enclosure (203) opposite to the basket enclosure opening (204) is provided with a positioning component.

5. The sample tube carrier of claim 4, wherein: the basket frame (202) is made of non-magnetic light materials, the positioning component is a basket lifting magnet (208), and the basket lifting magnet (208) is used for attracting a fixed magnetic steel (105) on the sample tube rack (1).

6. The sample tube carrier of claim 5, wherein: the basket frame (202) is provided with a basket-lifting identification code (209).

7. The sample tube carrier of claim 6, wherein: the basket identification code (209) is a two-bit code or a bar code and is arranged on the basket enclosure (203) of the basket frame (202).

8. The sample tube carrier of any one of claims 3 to 7, wherein: the basket bottom plate (207) is provided with a plurality of basket sliding grooves (206) which are arranged in parallel, and the basket sliding grooves (206) are parallel to the basket partition plates (205).

9. The sample tube carrier of claim 8, wherein: the basket sliding groove (206) is arranged in the middle of two adjacent basket partition plates (205), and the width of the basket sliding groove (206) is smaller than the distance between the two adjacent basket partition plates (205).

10. The sample tube carrier of claim 9, wherein: the basket chute (206) extends to a basket enclosure (203) opposite the basket enclosure opening (204).