CN2881595Y

CN2881595Y - Dyeing dry plate device used for inspecting biological material

Info

Publication number: CN2881595Y
Application number: CN 200520065844
Authority: CN
Inventors: 刘和录; 徐志康
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-10-19
Filing date: 2005-10-19
Publication date: 2007-03-21
Anticipated expiration: 2015-10-19

Abstract

The utility model discloses a dyeing dry plate device used for inspecting biological material comprising a box with a hot air intake on one side, a reagent area on which round holes are regularly arranged, a grid dyeing area with holes whose diameter are smaller than the width of the glass blade, and a ventilation drying area of glass blade grid frame which can be used to insert the glass blade horizontally and communicates with a heating air box below the drying area, meanwhile, the connected inner cavities below each area cannot communicate with each other. The utility model is provided with a scientific and reasonable layout with the combined function of dyeing liquid, dyeing color, drying, and can be placed at any demanded position according to the work of laboratory, so the limitation of traditional dyeing is overcome. The utility model has the advantages of time saving, high efficiency, convenient storage and taking of dyeing reagent, drying of multiple dyeing blades at one time. In addition, the laboratory environment pollution caused by dyeing is reduced, the labor is saved due to the drying of multiple dyeing blades, and the record time is reduced, consequently, the windows service quality is promoted.

Description

The dyeing dry plate device that is used for the test organisms material

Technical field

The utility model relates to the dyeing dry plate of test organisms material in a kind of laboratory medicine, and specifically the utility model relates to the dyeing dry plate device of test organisms material.

Background technology

Pathological change can take place in the biomaterials such as the blood of human body, secretion, excreta or have pathogenic microorganisms when sick in the people.In laboratory medicine, usually these biomaterials are made smear, by dyeing, can dye the multiple color that obvious aberration is arranged with background to pathology composition in the biomaterial and pathogenic microorganisms, like this, the reviewer just can find out pathology composition or pathogenic microorganisms in the biomaterial at microscopically, if do not dye, pathology composition and pathogenic microorganisms and background are lumped together, are difficult to distinguish.So dyeing is a kind of technological means the most frequently used in the present laboratory medicine.Traditional dyeing dry plate process, not only numerous and diverse, inefficiency, and also step process is many, and the time is long.The main defective that exists is:

The process of dyeing dry plate is long, and step is many.

1. biomaterial to be carried out smear, wait to do, from the reagent cabinet, take out the dyeing liquor that needs one by one and be put in by the hand washing sink;

2. will take tweezers to clamp slide to be dyed on the other hand, will drip dye liquor to slide on the other hand, also will look the colouring method difference and dye tens of seconds to several minutes, the tap of fetching boiling water again washes out the dye liquor on the slide;

3. after dyeing finishes, take and dye good slide by microscope, wait for that the dried back of slide is to be checked;

4. return the side, pond then coloring agent is put back in the reagent cabinet, put one by one;

5. to clean the pond after the dyeing;

6. after treating that several minutes slides are done, just can carry out microexamination.

This is the simplest dyeing course, in most of the cases, also needs set by step 2. mode to decolour, process such as dyeing could be dyed different colors with composition to be checked and background composition again, discerns to make things convenient for the reviewer.

Reagent access inconvenience during dyeing.General reagent storage is just taken out when needing dyeing in the reagent cabinet, need put into the reagent cabinet again after dyeing finishes.Need repeatedly dyeing in the working in a day, need repeatedly get like this and deposit reagent, process is time-consuming loaded down with trivial details, easily causes the reagent discharging untidy, chaotic simultaneously, and it is neat and artistic to influence the laboratory.

Must carry out on the hand washing sink side during dyeing.Must carry out the flushing of slide dye liquor during dyeing, can only be confined to side, wash water pond and dye, must consider during lab design to cooperate dyeing and establish wash water pond, laboratory global design complexity more.

Dyestuff easily pollutes in the dyeing course.When the pool side of washing one's hands dyes, must take on the other hand tweezers clamp slide to be dyed, another hand drips dye liquor, and the hand of taking tweezers accidentally tilts a little, and dyestuff will be sprinkled upon in the hand washing sink, make dirty and pollute hand washing sink, and most dyestuff is difficult for cleaning up.Also dye liquor may be poured down or forth on laboratory table top and ground, be influenced breadboard clean and tidy health and attractive in appearance.

Dyeing can not be carried out in same place with microscopy.Traditional dyeing must be in the pond other carrying out, and microscope must be moistureproof, and is can not dried up pond too near, just can finish dyeing and microscopy work so must walk up and down in two places.

Traditional dyeing can not dye the polylith slide simultaneously, and efficient is very low, and the unnecessary time waste of dyeing course is big.Take out dyestuff, put back to dyestuff; At the pond Edge Coloring, echo micro mirror place microscopy; Wait for the dry microscopy of slide, wasted a large amount of time in this process.

Dyeing check window services quality does not have guarantee.Must arrive the side, pond during dyeing dyes, easily cause window unattended, when the patient checks, the staff is not in order to influence window services, need put down ongoing dyeing work, stainable limited time system, the time ask that length will influence coloration result and cause false negative or false positive and the smear staining again of having to, can cause the patient to misunderstand again and complain as not putting down in the hand dyeing work.Should dye, take into account window services again, certainly will influence the window services quality.

Summary of the invention

The utility model provides a kind of staining reagent access convenient at the above-mentioned defective that prior art exists, and it is dry to carry out multi-disc dyeing simultaneously, dyeing and microscopy can be carried out in same place, saves time the dyeing dry plate device that efficient is high.

The technical scheme that its technical matters that solves the utility model adopts is: a kind of dyeing dry plate device that is used for the test organisms material comprises slide to be dyed.It is characterized in that, it comprises that a side is shaped on the casing of hot blast import, the circular hole reagent area and the aperture that are shaped on the general alignment unanimity on it are distinguished less than the grid dyeing of slide width, and can horizontal slotting slide and with its ventilation slide screen work dry section of being connected of hot bellows down, and each interconnective inner chamber in below, zone is not connected.

The utility model compared with prior art has following good effect.

The utility model is with scientific and reasonable layout, and collection dye liquor, dyeing and dry three are positioned at one, can put desired location by breadboard need of work, have overcome the limitation of traditional dyeing.The beneficial effect that Trinitarian topological design is brought is to save time, and the efficient height is embodied in:

The staining reagent access is convenient.The circular hole of dye area design is specifically designed to places the dropper bottle that coloring agent is housed, and can add coloring agent in advance, carries out getting of coloring agent and deposits and need not the reagent cabinet, has saved and has got the time of depositing reagent.

It is dry to carry out multi-disc dyeing simultaneously.The dyeing district of dyeing dry plate device and dry section can carry out polylith slide dyeing and dry simultaneously, and dyeing when can carry out the coloured differently method, have improved work efficiency widely.Dyeing and microscopy carry out in same place.Dyeing dry plate device can be put in the microscope next door, need not be strolled about, save the plenty of time.

Reduced the pollution of dyeing to laboratory environment.Dyeing dry plate device is provided with discard solution discharge port, and the plastic flexible pipe that connects a moderate length has been avoided the pollution of traditional dyeing agent to pond, experiment table, ground to waste liquid bottle.Whole dyeing dry plate device is made by the stainless steel welding and is formed, and partly is made up of reagent area, dyeing district, dry section three.Each zone interconnects but inner chamber is not connected, thereby the intersection string of having stopped each zone dyes.

The multi-disc blowing is dry, saves the work manpower.Only need be opened hair dryer and just can allow slide dry up voluntarily, and do not need the special messenger to dry up slide, have saved manpower.

The shortening that goes out to call time, the window services quality promotes.Not needing the special messenger to stand in the limit, pond dyes, do not need the special messenger that slide is dried up, but window services is handled on the Edge Coloring limit, both dyeed, taken into account window services again, but and multi-disc with dying with doing, saved unnecessary time waste, to call time thereby shortened, promoted the window services quality.

Description of drawings

In order to further specify rather than limit above-mentioned implementation of the present invention, provide most preferred embodiment below in conjunction with accompanying drawing and example, thereby make details of the present invention and advantage become more obvious.

Fig. 1 is an organigram of the present utility model.

Embodiment

Fig. 1 has described the utility model partly is made of the dry plate device that dyes reagent storage district, dyeing district, dry section three most preferred embodiment.

Described reagent area 2 is shaped on a plurality of circular holes of general alignment unanimity, and this circular hole is can be to be used for placing drop bottle hole 3 that coloring agent is housed and the soft plastic bottle hole 4 that tap water is housed.On the soft plastic bottle bottle cap, open an aperture, can be used to wash the dyeing liquor on the slide.The distance of the inner chamber bottom of reagent area 2 belows and casing 1 panel is about half of drop bottle, the circular hole aperture of a plurality of different sizes that last deck panels is left is slightly larger than the diameter of drop bottle and soft plastic bottle, so that be used for placing the drop bottle of dress dye liquor and the soft plastic bottle of dress tap water.

Described dyeing district 9 is shaped on the grid of aperture less than slide width (preventing that slide from falling down), on the grid two of welding parallel, ask apart from the stainless steel cylinder that is about slide length 2/3rds and do the slide support, be used for keeping flat slide to be dyed.The bottom of this district's inner chamber can be to make one high and one low inclined-plane, and be provided with discard solution discharge port at low side, can connect a rising pipe, rising pipe inserts a waste liquid bottle with a flexible pipe, the waste liquid that produces during dyeing is from the grid of shape such as screen cloth, flow directly into waste liquid bottle through the intracavity bottom inclined-plane, so that focus on after waiting to collect some.

Described dry section 6 tops be provided with one one lattice one lattice can horizontal slotting slide draw-in groove 7, draw-in groove 7 both sides respectively be shaped on be slightly larger than slide thickness the lattice dative at interval, two back gauges are slightly larger than slide length, are convenient to the horizontal of slide and insert.The stainless steel small column of three parallel welding of slide screen work 5 usefulness is made, and is used for propping slide, and the slide screen work is connected with drying box under it, forms the ventilation translot.Side at the casing of dry section 6 has the air outlet 8 that a pore size just inserts hair dryer.

Introduce the use step of dyeing dry plate device below.

1. smear is waited to do, and slide is thrown into dyeing district 9 in order waits to dye;

2. directly choosing required coloring agent in reagent area 2 dyes by dyeing procedure;

3. whenever finish one and go on foot when dyeing, slide is washed with plastic bottle;

4. dyeing finishes, and will dye slide and insert in order in dry section 6, opens the hair dryer switch, allows it dry up voluntarily;

5. after slide dries up, microscopy.

Although above-mentionedly listed specific embodiments more of the present utility model, to one skilled in the art, the modification that can make the utility model under the situation that does not exceed claim institute restricted portion or change should be at the row of protection of the present utility model.

Claims

1. dyeing dry plate device that is used for the detection of biological material, comprise slide to be dyed, it is characterized in that, it comprises that a side is shaped on the casing of hot blast import, being shaped on the circular hole reagent area and the aperture of arranging unanimity on it distinguishes less than the grid dyeing of slide width, and can horizontal slotting slide and with its ventilation slide screen work dry section of being connected of hot bellows down, and each interconnective inner chamber in below, zone is not connected.

2. by the described dyeing dry plate of claim 1 device, it is characterized in that the inner chamber bottom of described reagent area below and the distance of cabinet panel are half of drop bottle, the circular hole aperture of a plurality of different sizes is slightly larger than the diameter of drop bottle and soft plastic bottle on its panel.

3. by claim 1 or 2 described dyeing dry plate devices, it is characterized in that described dyeing district is shaped on and is used to keep flat the grid of waiting to dye slide, its lower inner cavity bottom is shaped on the inclined-plane, and described inclined-plane low side is provided with discard solution discharge port.

4. by claim 1 or 2 described dyeing dry plate devices, it is characterized in that, the top of described dry section be provided with can horizontal slotting slide draw-in groove, and the ventilation slide screen work that is connected with its lower inner cavity.

5. by the described dyeing dry plate of claim 1 device, it is characterized in that described slide screen work is connected with drying box under it and forms the ventilation translot.