CN208320862U - A kind of cell rack that can improve working efficiency - Google Patents

Abstract

A kind of cell rack that can improve working efficiency, belongs to test apparatus technical field, for placing multiple cuvettes simultaneously.Its technical solution is: inner support is placed in outter box, inner support is by supporting plate, up-hole plate, orifice plate, bottom plate composition, two supporting plates are parallel with the both ends of the surface of outter box, bottom plate is connected between the lower end of two supporting plates, there is gap between bottom plate and the bottom surface of outter box, up-hole plate is placed in parallel up and down with orifice plate, up-hole plate and orifice plate are connected on the inside of two supporting plates respectively, opposite cuvette hole is evenly equipped on up-hole plate and orifice plate, the outer end face of two supporting plates is connected with one end of two rotation axis respectively, the groove that the other end of two rotation axis is each passed through two end faces of outter box is connected with handle.The utility model structure is simple, easy to use, can satisfy multiple samples while detecting, reagent, the repeatedly above requirement of machine colorimetric, multiple shake is repeatedly added, the time is greatly saved, improves work efficiency.

Description

A kind of cell rack that can improve working efficiency

Technical field

The utility model relates to a kind of cell racks for placing cuvette, belong to test apparatus technical field.

Background technique

Laboratory is the important department of many factory and enterprises, scientific research institutions, medical institutions, is responsible for production testing, scientific research The various tasks such as work, medical treatment detection.Currently, ultraviolet specrophotometer application is wide during numerous various detections tests General, corresponding cuvette is also widely used.In many experiments, multiple samples detected simultaneously, need to use colorimetric Ware carries out colorimetric.And cuvette simply serves as machine colorimetric incessantly, in many standard methods, when detection, adds one every time The reaction certain time in cuvette is needed to carry out upper machine colorimetric again after kind reagent, complicated test experience will also carry out repeatedly adding Enter reagent, repeatedly upper machine colorimetric.In this way, having in the case where test sample is more, the time used is long, centre will also shake frequently One good cell rack is vital, and cell rack used in laboratory much can not meet experiment at present Requirement, it would be highly desirable to improve.

Utility model content

The technical problem to be solved by the utility model is to provide a kind of cell rack that can improve working efficiency, this ratio Color ware frame can place multiple cuvettes, and shake is convenient, and working efficiency can be improved.

The technical solution for solving above-mentioned technical problem is:

A kind of cell rack that can improve working efficiency, it includes outter box, inner support, rotation axis, handle, and outter box is The rectangular box of upper end opening, there is the groove for placing rotation axis on the both ends end face of outter box, and inner support is placed on outter box Interior, inner support is made of supporting plate, up-hole plate, orifice plate, bottom plate, and two vertical supporting plates are located at the two of inner support End, two supporting plates are parallel with the both ends of the surface of outter box, and bottom plate is connected between the lower end of two supporting plates, bottom plate and outter box Bottom surface between have a gap, up-hole plate is horizontal with orifice plate and is placed in parallel up and down, the both ends of up-hole plate and orifice plate respectively with Upper and lower part on the inside of two supporting plates is connected, and opposite cuvette hole, cuvette are evenly equipped on up-hole plate and orifice plate The shape in hole and the outer shape of cuvette match, and the inner wall in cuvette hole and the outer wall of cuvette are to be slidably matched, and two The outer end face of supporting plate is connected with one end of two rotation axis respectively, and the other end of two rotation axis is each passed through outter box two The groove of a end face is connected with handle.

The above-mentioned cell rack that can improve working efficiency, the groove on the both ends end face of the outter box are located at hanging down for end face On straight center line, the width of groove and the diameter of rotation axis match, and in the upper end opening of end face, the lower end of groove is located at groove The lower part of end face, the bottom of groove be it is arc-shaped, circular groove bottom is embedded with axle sleeve, and rotation axis is placed in axle sleeve.

The above-mentioned cell rack that can improve working efficiency, the up-hole plate of the inner support are less than cuvette at a distance from bottom plate Height and be greater than the height of 1/2 cuvette, the orifice plate of inner support is located at the top of the lower end surface of cuvette.

The above-mentioned cell rack that can improve working efficiency, there are also partition, partition is rectangular flat plate for it, the length of partition with Distance on the inside of the supporting plate of inner support both ends matches, and the width of partition and the width of supporting plate match, and is evenly equipped on partition Clearance hole, the cuvette placed on the position of clearance hole and inner support is suitable for reading accurate opposite, the aperture of clearance hole and cuvette Inner hole aperture is identical.

The above-mentioned cell rack that can improve working efficiency, the height of inner support both ends supporting plate, which is higher than, is placed on interior branch There is the flanging that vertically bends upwards at open height on the cuvette of frame, partition both ends, on the inside of the flanging and supporting plate at partition both ends Upper end is opposite, and is fixedly clamped by clamp.

The beneficial effects of the utility model are:

Multiple cuvettes can be placed on the inner support of the utility model simultaneously, inner support can during the reaction simultaneously The multiple cuvettes of shake, are greatly saved the time, improve work efficiency；Partition can be in clamping connection at cuvette place suitable for reading, Directly overturning inner support topples over waste liquid when cleaning, can clean multiple cuvettes simultaneously, very convenient.

The utility model structure is simple, easy to use, can carry out colorimetric detection to multiple samples simultaneously, can satisfy reality It tests multiple samples in the process while detecting, reagent, the repeatedly above requirement of machine colorimetric, multiple shake is repeatedly added, be greatly saved Time improves work efficiency, and is worthy of popularization.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the top view of Fig. 1；

Fig. 3 is the side view of Fig. 1；

Fig. 4 is the structural schematic diagram of partition；

Fig. 5 is the structural schematic diagram that the utility model places partition.

It is marked in figure as follows: outter box 1, inner support 2, supporting plate 3, up-hole plate 4, orifice plate 5, bottom plate 6, groove 7, rotation Axis 8, handle 9, partition 10, clearance hole 11, flanging 12, clamp 13, cuvette 14, cuvette hole 15.

Specific embodiment

The utility model is made of outter box 1, inner support 2, rotation axis 8, handle 9, partition 10, clamp 12.

Fig. 1,2,3 show that outter box 1 is the rectangular box of upper end opening, and inner support 2 is placed in outter box 1, colorimetric Ware 14 is placed on inner support 2, there is the groove 7 for placing rotation axis 8 on the both ends end face of outter box 1, and inner support 2 passes through rotation axis 8 can rotate, and contrastive colours ware 14 carries out shake.

Fig. 1,2,3 show that inner support 2 is made of supporting plate 3, up-hole plate 4, orifice plate 5, bottom plate 6.Two vertical brackets Plate 3 is located at the both ends of inner support 2, and bottom plate 6 is connected between the lower end of two supporting plates 3, two supporting plates 3 and outter box 1 both ends of the surface are parallel, have gap between bottom plate 6 and the bottom surface of outter box 1, in order to inner support 2 in outter box 1 shake.On Orifice plate 4 is horizontal with orifice plate 5 and is placed in parallel up and down, and the both ends of up-hole plate 4 and orifice plate 5 are respectively and on the inside of two supporting plates 3 Upper and lower part be connected.

Fig. 1,2,3 are shown, are evenly equipped with opposite cuvette hole 15, the shape in cuvette hole 15 on up-hole plate 4 and orifice plate 5 Match with the outer shape of cuvette 14, the inner wall in cuvette hole 15 is to be slidably matched with the outer wall of cuvette 14, cuvette 14 can be inserted in the cuvette hole 15 of up-hole plate 4 and orifice plate 5, and the bottom of cuvette 14 is in contact with the upper surface of bottom plate 6.

Fig. 1,2,3 show that the up-hole plate 4 of inner support 2 less than the height of cuvette 14 and is greater than 1/2 at a distance from bottom plate 6 The height of cuvette 14, the orifice plate 5 of inner support 2 are located at the top of the lower end surface of cuvette 14, this makes up-hole plate 4 and lower opening Plate 5 can be effectively fixed by cuvette 14, prevents cuvette 14 from shaking or falling off.

Fig. 1,2,3 show that the outer end face of two supporting plates 3 is connected with one end of two rotation axis 8 respectively, two rotations The groove 7 that the other end of axis 8 is each passed through 1 two end faces of outter box is connected with handle 9.Rotational handle 9 can make rotation axis 8 Rotation, rotation axis 8 drive inner support 2 to rotate.The left and right of the inner support 2 driven by handle 9 rotates repeatedly may be implemented internally to prop up The shake for the cuvette 14 placed on frame 2.It shakes with can be convenient in this way, is shaken without taking up one by one during the reaction It is dynamic, the time is saved, working efficiency is improved.

Fig. 3 shows that the groove 7 on the both ends end face of outter box 1 is located on the vertical center line of end face, the width of groove 7 Match with the diameter of rotation axis 8, for groove 7 in the upper end opening of end face, the lower end of groove 7 is located at the lower part of end face, groove 7 Bottom be it is arc-shaped, 7 bottom of circular groove is embedded with axle sleeve, and rotation axis 8 is placed in axle sleeve.In use, directly will rotation Axis 8 is put into from the suitable for reading of groove 7, and rotation axis 8 rotates in 7 lower end axle sleeve of groove.When taking-up, it is lifted up rotation axis 8, The cumbersome of axis hole connection is avoided, it is very convenient.

Fig. 4,5 displays, partition 10 are rectangular flat plate, 3 inside of the length of partition 10 and 2 both ends supporting plate of inner support away from From matching, the width of the width and supporting plate 3 of partition 10 matches, and clearance hole 11 is evenly equipped on partition 10, clearance hole 11 The cuvette 14 placed on position and inner support 2 is suitable for reading accurate opposite, the aperture of clearance hole 11 and the inner hole aperture of cuvette 14 It is identical.In this way, partition 10 can block cuvette 14, cuvette 14 cannot be deviate from from clearance hole 11, convenient for branch in overturning 2 contrastive colours ware 14 of frame is toppled over and is cleaned.

Fig. 4,5 displays, the height of 2 both ends supporting plate 3 of inner support are higher than the height suitable for reading of cuvette 14 for being placed on inner support 2 There is the flanging 12 vertically bent upwards at degree, 10 both ends of partition, and flanging 12 is opposite with the upper end of 3 inside of supporting plate, and by clamp 13 It is fixedly clamped.

Partition 10 does not use during the experiment, and the effect of partition 10 is to facilitate multiple cuvettes 14 while cleaning, without With singly individually cleaning.After experiment, partition 10 can be in clamping connection straight at the place suitable for reading of cuvette 14, cleaning It connects and takes out inner support 2 from outter box 1, waste liquid is toppled in overturning, can clean multiple cuvettes 14 simultaneously, very convenient.

The utility model feels cell rack inconvenience in checkout procedure, when if drug is added, and can directly take out The inside part can also be directly added into the inside；Shake after every kind of drug is added, rocks from side to side, drug can be mixed；Topple over useless Directly partition 10 is put when liquid, multiple cuvettes 14 are toppled over simultaneously directly, cleans, rinses well simultaneously, it is easy to use, it mentions High working efficiency.

Claims (5)

1. a kind of cell rack that can improve working efficiency, it is characterised in that: it includes outter box (1), inner support (2), rotation Axis (8), handle (9), outter box (1) are the rectangular box of upper end opening, have placement to rotate on the both ends end face of outter box (1) The groove (7) of axis (8), inner support (2) are placed in outter box (1), and inner support (2) is by supporting plate (3), up-hole plate (4), lower opening Plate (5), bottom plate (6) composition, two vertical supporting plates (3) are located at the both ends of inner support (2), two supporting plates (3) with The both ends of the surface of outter box (1) are parallel, and bottom plate (6) is connected between the lower end of two supporting plates (3), bottom plate (6) and outter box (1) Bottom surface between have a gap, up-hole plate (4) is horizontal with orifice plate (5) and is placed in parallel up and down, up-hole plate (4) and orifice plate (5) Both ends be connected respectively with the upper and lower part on the inside of two supporting plates (3), be evenly equipped on up-hole plate (4) and orifice plate (5) Opposite cuvette hole (15), the shape of cuvette hole (15) and the outer shape of cuvette (14) match, cuvette hole (15) outer wall of inner wall and cuvette (14) is to be slidably matched, the outer end face of two supporting plates (3) respectively with two rotation axis (8) one end is connected, and the other end of two rotation axis (8) is each passed through the groove (7) and handle of (1) two end face of outter box (9) it is connected.

2. the cell rack according to claim 1 that working efficiency can be improved, it is characterised in that: the outter box (1) Groove (7) on the end face of both ends is located on the vertical center line of end face, the width and the diameter phase of rotation axis (8) of groove (7) Match, for groove (7) in the upper end opening of end face, the lower end of groove (7) is located at the lower part of end face, the bottom of groove (7) be it is arc-shaped, Circular groove (7) bottom is embedded with axle sleeve, and rotation axis (8) is placed in axle sleeve.

3. the cell rack according to claim 1 that working efficiency can be improved, it is characterised in that: the inner support (2) Up-hole plate (4) height less than cuvette (14) and the height greater than 1/2 cuvette (14), inner support at a distance from bottom plate (6) (2) orifice plate (5) is located at the top of the lower end surface of cuvette (14).

4. the cell rack according to claim 1 that working efficiency can be improved, it is characterised in that: it there are also partition (10), Partition (10) be rectangular flat plate, the length of partition (10) on the inside of inner support (2) both ends supporting plate (3) at a distance from match, The width of partition (10) and the width of supporting plate (3) match, and are evenly equipped on partition (10) clearance hole (11), clearance hole (11) The cuvette placed on position and inner support (2) is suitable for reading accurate opposite, the aperture of clearance hole (11) and the inner hole of cuvette (14) Aperture is identical.

5. the cell rack according to claim 1 that working efficiency can be improved, it is characterised in that: the inner support (2) two The height at end supporting plate (3), which is higher than, is placed on open height on the cuvette of inner support (2), and partition (10) both ends have vertical curved upwards The flanging (12) of the flanging (12) of folding, partition (10) both ends is opposite with the upper end on the inside of supporting plate (3), and is clamped by clamp (13) It is fixed.