CN207413442U

CN207413442U - Reagent bottle

Info

Publication number: CN207413442U
Application number: CN201721313945.4U
Authority: CN
Inventors: 陈吾科; 韦亨勇; 罗诚; 李丽贞
Original assignee: GUANGZHOU LBP AUTOMATION INSPECTION EQUIPMENT CO Ltd
Current assignee: GUANGZHOU LBP AUTOMATION INSPECTION EQUIPMENT CO Ltd
Priority date: 2017-10-12
Filing date: 2017-10-12
Publication date: 2018-05-29
Anticipated expiration: 2027-10-12

Abstract

The utility model discloses a kind of reagent bottles, and including oral area and receiving portion, the bottom of described accommodation section is located at the underface of oral area, and receiving portion includes：First bottom surface, the second bottom surface, the 3rd bottom surface and side, first bottom surface, the second bottom surface, the 3rd bottom surface and side are connected and are formed in the interior thereof accommodating chamber, the accommodating chamber is communicated by oral area with the external world, and first bottom surface, the second bottom surface and the 3rd bottom surface tilt down, forms conical lower portion.The reagent bottle solves the problems, such as that reagent bottle remains excessive liquid, can effectively avoid liquid waste.

Description

Reagent bottle

Technical field

The utility model is related to experiment equipment fields, and in particular to a kind of reagent bottle.

Background technology

Existing reagent bottles are due to bottom flat, and floor space is larger, when the liquid in reagent bottle is gradually reduced to bottom, suction spindle It is easy for colliding with reagent bottle, suction spindle is damaged；When the liquid level in reagent bottle is low to a certain extent, suction spindle is just no longer drawn Liquid, remaining is exactly residual liquid, and in the case of identical residual altitude, bottom of bottle area is bigger, the amount of residual liquid Also it is bigger.

The content of the invention

The purpose of this utility model is to provide a kind of reagent bottle, when the liquid in reagent bottle gradually decreases, because of the examination The bottom of agent bottle is tapered, and compared to the reagent bottle for playing bottom flat, the residual liquid of the reagent bottle can be many less, solve reagent Bottle remains the problem of excessive liquid, can effectively avoid liquid waste.

Its technical solution is as follows：

Reagent bottle, including oral area and receiving portion, the bottom of receiving portion is located at the underface of oral area, and receiving portion includes：First Bottom surface, the second bottom surface, the 3rd bottom surface and side, the first bottom surface, the second bottom surface, the 3rd bottom surface and side are connected and inside it Accommodating chamber is formed, accommodating chamber is communicated by oral area with the external world, and the first bottom surface, the second bottom surface and the 3rd bottom surface tilt down, is formed Conical lower portion.

Further, side includes：First side, second side, the 3rd side and the 4th side, first side and second Side is symmetrical arranged, and the 3rd side is oppositely arranged with the 4th side；First side is divided into the first upper side and the first downside, the Two side faces are divided into the second upper side and the second downside, the first downside of the distance between the first upper side and the second upper side ratio The distance between second downside is big, the connection of the first upper side and the first downside, the second upper side and the second downside Place forms screens.

Further, conical lower portion deviates the center of reagent bottle, and close to the 3rd side.

Further, the first bottom surface is connected with first side and the 4th side, the second bottom surface and second side and the 4th side Face connects, and the 3rd bottom surface is connected with the 3rd side.

Further, receiving portion further includes support plate, and support plate combines to form support portion with conical lower portion.

Further, support plate is connected with the second bottom surface and the 3rd bottom surface, and close to the 4th side, support plate and conical bottom Portion flushes.

Further, support plate is parallel with the 4th side.

Further, oral area is rounded, and the 3rd side protrudes outward to form cambered surface, and cambered surface is coaxial with oral area.

Further, reagent bottle further includes bottle cap, the internal diameter of bottle cap and the major diameter fit of oral area.

Further, receiving portion and oral area are integrally formed.

The advantages of below to the utility model or principle illustrate：

1st, the conical lower portion of reagent bottle is located at the underface of oral area, prevents suction spindle from just occurring when not arriving residual liquid height also Collision is conducive to the liquid in suction spindle absorption reagent bottle bottom, while conical lower portion solves reagent bottle and remains excessive liquid Problem can effectively avoid liquid waste, and accommodating chamber is communicated by oral area with the external world, and suction spindle disengaging is facilitated to draw the liquid of reagent bottle Body.

2nd, the screens that the junction of the first upper side and the first downside, the second upper side and the second downside is formed, can For fixating reagent bottle, while one portable position of experimenter is also provided to, facilitates experimenter mobile and places reagent Bottle.

3rd, the conical lower portion that the first bottom surface, the second bottom surface and the 3rd bottom surface are formed by connecting, makes the conical lower portion be with contact surface One point, the liquid that can finally allow in reagent bottle are pooled to bottom a bit, avoid reagent bottle residual liquid excessive, improve reagent bottle The utilization rate of interior liquid.

4th, depending merely on the conical lower portion of reagent bottle cannot steadily place reagent bottle, it is necessary to add support plate and conical lower portion group Support portion is synthesized, reagent bottle can be made to keep steady.

5th, due to the conical lower portion eccentric setting of reagent bottle, and close to the 3rd side, support plate is positioned close to the 4th The position of side can share the weight of reagent bottle, balance reagent bottle.

6th, support plate is parallel with the 4th side, makes support plate vertical with contact surface, and reagent bottle is not easy to topple over.

7th, the 3rd side protrudes outward the cambered surface to be formed, and when experimenter's one hand lifts reagent bottle, which is suitble to reality The position of human hand tiger's jaw is tested, does not easily cause the damage of hand.

8th, the setting of bottle cap can completely cut off liquid in reagent bottle and be in communication with the outside, and the liquid in reagent bottle is made to be less likely to occur to become Matter.

Description of the drawings

Fig. 1 is the front view of the utility model embodiment reagent bottle；

Fig. 2 is the side view of the utility model embodiment reagent bottle；

Fig. 3 is the top view of the utility model embodiment reagent bottle；

Fig. 4 is the stereogram of the utility model embodiment reagent bottle；

Reference sign：

10th, receiving portion, the 11, first bottom surface, the 12, second bottom surface, the 13, the 3rd bottom surface, 14, first side, 15, the second side Face, the 16, the 3rd side, the 17, the 4th side, 18, support plate, 19, conical lower portion, 20, oral area, 21, screens, 30, bottle cap.

Specific embodiment

The embodiment of the utility model is described in detail below.

As shown in Figures 1 to 4, reagent bottle, including oral area 20 and receiving portion 10, the bottom of receiving portion 10 is located at oral area 20 Underface, receiving portion 10 include：First bottom surface 11, the second bottom surface 12, the 3rd bottom surface 13 and side, the first bottom surface 11, the second bottom Face 12, the 3rd bottom surface 13 and side are connected and are formed in the interior thereof accommodating chamber, and accommodating chamber is communicated by oral area 20 with the external world, the One bottom surface 11, the second bottom surface 12 and the 3rd bottom surface 13 tilt down, form conical lower portion 19.

The side of receiving portion 10 includes：First side 14, second side 15, the 3rd side 16 and the 4th side 17, first Side 14 is symmetrical arranged with second side 15, and the 3rd side 16 is oppositely arranged with the 4th side 17；First side 14 is divided for first Upper side and the first downside, second side 15 are divided for the second upper side and the second downside, the first upper side and the second upside The distance between face is bigger than the distance between the first downside and the second downside, the first upper side and the first downside, second The junction of upper side and the second downside forms screens 21.

First bottom surface 11 is connected with 14 and the 4th side 17 of first side, the second bottom surface 12 and 15 and the 4th side of second side Face 17 connects, and the 3rd bottom surface 13 is connected with the 3rd side 16, and conical lower portion 19 deviates the center of reagent bottle, and close to the 3rd Side 16.

Receiving portion 10 further includes support plate 18, which is connected with the second bottom surface 12 and the 3rd bottom surface 13, and close 4th side 17, support plate 18 is parallel with the 4th side 17, and support plate 18 combines to form support portion with conical lower portion 19, support plate 18 flush with conical lower portion 19.

Reagent bottle further includes bottle cap 30, the internal diameter of bottle cap 30 and the major diameter fit of oral area 20, and the oral area 20 is rounded, and the 3rd Side 16 protrudes outward to form cambered surface, and cambered surface and oral area 20 are coaxial；Receiving portion 10 and oral area 20 are integrally formed.

The present embodiment has the following advantages that：

1st, the conical lower portion 19 of reagent bottle is located at the underface of oral area 20, prevents when suction spindle from not arriving residual liquid height also just It collides, is conducive to the liquid in suction spindle absorption reagent bottle bottom, while conical lower portion 19 solves reagent bottle residual excessively The problem of liquid, can effectively avoid liquid waste, and accommodating chamber is communicated by oral area 20 with the external world, and suction spindle disengaging is facilitated to draw reagent The liquid of bottle.

2nd, the screens 21 that the junction of the first upper side and the first downside, the second upper side and the second downside is formed, Available for fixating reagent bottle, while one portable position of experimenter is also provided to, facilitates experimenter mobile and places examination Agent bottle.

3rd, the conical lower portion 19 that the first bottom surface 11, the second bottom surface 12 and the 3rd bottom surface 13 are formed by connecting, makes conical lower portion 19 It is a point with contact surface, the liquid that can finally allow in reagent bottle is pooled to bottom a bit, avoids reagent bottle residual liquid excessive, Improve the utilization rate of liquid in reagent bottle.

4th, depending merely on the conical lower portion 19 of reagent bottle cannot steadily place reagent bottle, it is necessary to add support plate 18 and conical bottom Portion 19 is combined into support portion, reagent bottle can be made to keep steady.

5th, due to 19 eccentric setting of conical lower portion of reagent bottle, and close to the 3rd side 16, support plate 18 is arranged on and is leaned on The position of nearly 4th side 17 can share the weight of reagent bottle, balance reagent bottle.

6th, support plate 18 is parallel with the 4th side 17, makes support plate 18 vertical with contact surface, reagent bottle is not easy to topple over.

7th, the 3rd side 16 protrudes outward the cambered surface to be formed, and when experimenter's one hand lifts reagent bottle, which is suitble to The position of experimenter hand tiger's jaw, does not easily cause the damage of hand.

8th, the setting of bottle cap 30 can completely cut off liquid in reagent bottle and be in communication with the outside, and the liquid in reagent bottle is less likely to occur It is rotten.

The above are only specific embodiments of the present invention, does not limit the scope of protection of the utility model with this；Not Any replacement made on the basis of the utility model design is violated with improving, belongs to the scope of protection of the utility model.

Claims

1. reagent bottle, which is characterized in that including oral area and receiving portion, the bottom of described accommodation section is located at the underface of oral area, holds The portion of receiving includes：First bottom surface, the second bottom surface, the 3rd bottom surface and side, the first bottom surface, the second bottom surface, the 3rd bottom surface and side phase Connect and be formed in the interior thereof accommodating chamber, the accommodating chamber is communicated by oral area with the external world, first bottom surface, the second bottom surface and 3rd bottom surface tilts down, forms conical lower portion.

2. reagent bottle as described in claim 1, which is characterized in that the side includes：First side, second side, the 3rd side Face and the 4th side, the first side are symmetrical arranged with second side, and the 3rd side is oppositely arranged with the 4th side；Institute It states first side and is divided into the first upper side and the first downside, the second side is divided into the second upper side and the second downside, The distance between first upper side and the second upper side are bigger than the distance between first downside and the second downside, The junction of first upper side and the first downside, the second upper side and the second downside forms screens.

3. reagent bottle as described in claim 1, which is characterized in that the conical lower portion deviates the center of reagent bottle, and leans on Nearly 3rd side.

4. reagent bottle as described in claim 1, which is characterized in that first bottom surface is connected with first side and the 4th side, Second bottom surface is connected with second side and the 4th side, and the 3rd bottom surface is connected with the 3rd side.

5. reagent bottle as described in claim 1, which is characterized in that described accommodation section further includes support plate, the support plate and cone It combines to form support portion in shape bottom.

6. reagent bottle as claimed in claim 5, which is characterized in that the support plate is connected with the second bottom surface and the 3rd bottom surface, and Close to the 4th side, the support plate is flushed with the conical lower portion.

7. reagent bottle as claimed in claim 6, which is characterized in that the support plate is parallel with the 4th side.

8. reagent bottle as claimed in claim 2, which is characterized in that the oral area is rounded, and the 3rd side protrudes outward shape Into cambered surface, the cambered surface and oral area are coaxial.

9. reagent bottle as described in claim 1, which is characterized in that the reagent bottle further includes bottle cap, the internal diameter of the bottle cap with The major diameter fit of oral area.

10. the reagent bottle as described in any one of claim 1 to 7, which is characterized in that described accommodation section and oral area are integrally formed.