CN213369264U - Experimental device for tick is raised to mouse - Google Patents

Abstract

The utility model discloses an experimental device for tick is raised to mouse, including main cage, drinking bowl, mouse room and tray, main cage top is equipped with vent one and drinking bowl pipeline mouth, and main cage left side is equipped with vent two, and main cage right side is equipped with gets temporarily puts the window, and main cage is placed in transparent tray, and the upside at main cage opening lid is placed to the drinking bowl, and the drinking bowl includes the water-jug, the bottle plug, water pipe and drinking water head, the built-in mouse room of water piping connection on the drinking bowl, is equipped with the netted intermediate layer of detachable in the main cage, places the mouse room on the netted intermediate layer. The utility model is used for tick feeding, provides test materials and model animals for experimental research on the study of the life habit and blood-sucking characteristic of ticks and the study of tick resistance and relevant diseases, is used for practical teaching and research, and is not influenced by factors such as regions, climate and environment; the experimental device can reduce the problem that the dropping of a feeding tick container in the feeding tick process affects the experimental research and the environmental pollution is caused by the escape of the ticks.

Description

Experimental device for tick is raised to mouse

Technical Field

The utility model belongs to the technical field of the experimental apparatus of tick is raised to the mouse body surface, especially, relate to an experimental apparatus of tick is raised to mouse.

Background

Ticks, also known as ticks, and crawlers, are blood-sucking ectoparasites with small body shapes, are distributed worldwide, can spread a variety of human-livestock comorbid diseases, and pose an increasing threat to human and animal health. In the aspects of a tick expelling method, tick-borne disease prevention and control research and the like, a safe and closed space needs to be carried out on the body surface of a test mouse for carrying out a tick feeding test, and the effect of inhibiting the ticks and the diseases transmitted by the ticks is verified. The conventional operation is to simply glue and fix a small container like a bottomless plastic bottle on the back of the mouse for inoculation tick feeding. But because the feeding tick container is extremely difficult to fix firmly, the risk that the container falls off and the tick escapes is very large, so that experimental research is influenced, and certain biological potential safety hazards can be caused once the tick escapes to the external environment. According to the situation, a safe and closed experimental device for feeding the ticks by the mice needs to be manufactured, and the problems that the dropping of a feeding tick container in the feeding process affects experimental research, the ticks escape to cause environmental pollution and the like are solved through the experimental device.

Disclosure of Invention

The utility model aims at providing an experimental device for feeding ticks by mice, which is used for feeding ticks, researching the life habit and blood sucking characteristic of the ticks, providing a safe, sealed and practical experimental device for feeding ticks in the research of tick resistance and relative diseases, providing test materials and model animals for the experimental research, mainly being used for practical teaching and research, and being not influenced by factors such as regions, climate and environment; the experimental device can reduce the problem that the dropping of a feeding tick container in the feeding tick process affects the experimental research and the environmental pollution is caused by the escape of the ticks.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides an experimental apparatus for tick worm is raised to mouse, including main cage, the drinking bowl, mouse room and tray, main cage top is equipped with the vent one and the drinking bowl pipeline mouth of cloth matter material, main cage left side is equipped with the vent two of cloth matter material, main cage right side is equipped with and gets the window of putting temporarily, it seals fixedly with the stopper to get the window of putting temporarily, main cage is placed in transparent tray, the upside at main cage opening lid is placed to the drinking bowl, the drinking bowl includes the water-jug, the bottle stopper, water pipe and drinking water head, the built-in mouse room of water piping connection on the drinking bowl, main cage is airtight transparent type, be equipped with the netted intermediate layer of detachable in the main cage, place the mouse room.

The utility model discloses in, main cage is inclosed transparent plastic material, main cage top is equipped with the opening lid, opening lid and main cage front end top junction are equipped with two buckles, opening lid and main cage rear end top junction are equipped with two opening lid rotation axes, the upside of two buckles and two opening lid rotation axes swing joint opening lid front and back ends respectively, four interior angles of keeping away from the bottom upper end in the main cage all are equipped with three horn cones protrudingly, three horn cones are protruding and netted intermediate layer swing joint, can dismantle the later stage clearance mouse excrement and urine of being convenient for.

The utility model discloses in, the drinking bowl removes drinking water head and is the metal material, all the other plastics materials, and the tubular metal resonator top of drinking water head is round blunt type, and the edge is endocyst slightly, and the steel ball of embedded diameter less than the tubular metal resonator internal diameter slightly, mouse drinking water touching steel ball, water in the water-jug flow along with the gap between water pipe and steel ball and the tubular metal resonator under the action of gravity, and after the mouse stopped drinking water, the steel ball recovered, plugged up the delivery port with the tubular metal resonator gomphosis.

The utility model discloses in, the mouse room is the wire net material, and mouse indoor space is narrow and small, can just hold next mouse, and the mouse can not turn round the head and turn round inside, prevents to sting the superficial tick of taking off. Mouse room left side one end is equipped with the revolving door for get and put the mouse, use two revolving door rotation axis swing joint between revolving door and the mouse room upper end, both sides at both edges respectively are equipped with a becket around revolving door and the mouse room lower extreme junction, the becket passes fixedly with the metal rod that the length of taking the crotch is greater than mouse room width, mouse room right side upper end is equipped with the fodder recess for put in mouse grain, mouse room right side upper end is equipped with the drinking water mouth, the introduction of drinking water head.

The utility model discloses in, the tray is the cuboid, for the hollow form at the bottom of taking, and the tray is the transparent plastic material for hold the pure water, the tray lateral surface is marked with the waterline, is convenient for keep the humidity in water yield and the device.

Compared with the prior art, the beneficial effects of the utility model are as follows:

1. the utility model provides an experimental apparatus for tick is raised to mouse for the tick is raised, to the life habit and the blood sucking characteristic research of tick, and provide a safe, sealed and practical experimental apparatus for raising tick in anti tick and relevant disease research, for experimental study provides test material and model animal, mainly can be used to practice teaching and research, do not receive factors such as region, weather and environment to influence.

2. The utility model provides an experimental apparatus for tick is raised to mouse, because of its space safety, airtight, reducible feeding tick container that exists of tick in-process drops and influences the experimental study, and the tick escapes outward and causes environmental pollution scheduling problem, all has fine effect in the aspect of preventing tick scattering environment and influence experimental study, and therefore this application of raising tick experimental apparatus is very necessary in the scientific research.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive labor.

Fig. 1 shows a schematic perspective view of the present invention.

Fig. 2 shows a schematic perspective view of the main cage and the plug according to the present invention.

Fig. 3 is a schematic view of the three-dimensional structure of the water dispenser of the present invention.

Fig. 4 is an enlarged schematic structural diagram of a in fig. 3 according to the present invention.

Fig. 5 is a schematic view of a three-dimensional structure of a rat chamber of the present invention.

Fig. 6 is a schematic view of a three-dimensional structure of the tray of the present invention.

In the figures 1-6, 10-a main cage, 20-a water dispenser, 30-a mouse chamber, 40-a tray, 11-an opening cover, 12-an opening cover rotating shaft, 13-a first ventilation opening, 14-a water dispenser pipe opening, 15-a buckle, 16-a second ventilation opening, 17-a temporary pick-and-place window, 18-a reticular interlayer, 19-a triangular conical bulge, 21-a water bottle, 22-a bottle stopper, 23-a water pipe, 24-a water dispenser head, 241-a metal pipe, 242-a steel ball, 31-a revolving door, 32-a revolving door rotating shaft, 33-a metal ring, 34-a feed groove, 35-a water drinking opening, 36-a metal rod, 41-a water level line and 171-a plug.

Detailed Description

The following description of the present invention will be made in further detail with reference to the accompanying fig. 1 to 6 and examples, but the present invention is not limited to the following examples.

In the present invention, for convenience and description, the description of the relative position relationship of each component in the experimental device for feeding ticks by mice is described according to the layout pattern of fig. 1, as follows: the positional relationship of up, down, left, right, etc. is determined according to the layout direction of fig. 1.

The utility model discloses in main cage 10 that uses, drinking bowl 20, mouse room 30, tray 40, opening lid 11, opening lid rotation axis 12, vent 13, drinking bowl pipeline mouth 14, buckle 15, vent two 16, get temporarily puts window 17, netted intermediate layer 18, triangle toper arch 19, water-jug 21, bottle plug 22, water pipe 23, drinking water head 24, tubular metal resonator 241, steel ball 242, revolving door 31, revolving door rotation axis 32, becket 33, fodder recess 34, drinking water mouth 35, metal bar 36, water level line 41, stopper 171 part can both purchase the lectotype or customization through ordinary market approach and obtain.

Referring to the attached drawings 1-6, the utility model provides a pair of experimental apparatus for mouse raises tick worm, including main cage 10, drinking bowl 20, mouse room 30 and tray 40, main cage 10 top is equipped with the vent 13 and the drinking bowl pipeline mouth 14 of cloth material, main cage 10 left side is equipped with two 16 of vents of cloth material, main cage 10 right side is equipped with temporary access window 17, temporary access window 17 seals fixedly with stopper 171, main cage 10 is placed in transparent tray 40, drinking bowl 20 places the upside at main cage 10 opening lid 11, drinking bowl 20 includes water-jug 21, cage 22, water pipe 23 and drinking water head 24, water pipe 23 on the drinking bowl 20 connects built-in mouse room 30, main cage 10 is airtight transparent type, be equipped with the netted intermediate layer 18 of detachable in the main cage 10, place mouse room 30 on the netted intermediate layer 18.

The utility model discloses in, main cage 10 is inclosed transparent plastic material, main cage 10 top is equipped with opening lid 11, opening lid 11 and main cage 10 front end top junction are equipped with two buckles 15, opening lid 11 and main cage 10 rear end top junction are equipped with two opening lid rotation axes 12, two buckles 15 and two opening lid rotation axes 12 are swing joint opening lid 11 front and back's upside respectively, four interior angles of keeping away from the bottom upper end in the main cage 10 all are equipped with three toper protrudingly, three toper are protruding 19 and netted intermediate layer 18 swing joint, can dismantle the later stage clearance mouse excrement and urine of being convenient for.

The utility model discloses in, drinking bowl 20 removes drinking water head 24 and is the metal material, all the other are the plastics material, drinking water head 24's tubular metal resonator 241 top is round blunt type, the edge is slightly endocysted, embedded diameter is less than the steel ball 242 of tubular metal resonator 241 internal diameter slightly, mouse drinking water touching steel ball 242, water in the water-jug 21 is in the same direction as under the action of gravity that the gap flows between water pipe 23 and steel ball 242 and the tubular metal resonator 241, the mouse stops after drinking water, steel ball 242 recovers, plug up the delivery port with the tubular metal resonator 241 gomphosis.

The utility model discloses in, mouse room 30 is the wire net material, and mouse room 30 inner space is narrow and small, can just hold next mouse, and the mouse can not turn round the head and turn round the body the inside, prevents to sting the superficial tick worm of taking off. A revolving door 31 is arranged at one end of the left side of the mouse chamber 30 and used for taking and placing a mouse, two revolving door rotating shafts 32 are movably connected between the revolving door 31 and the upper end of the mouse chamber 30, two metal rings 33 are respectively arranged at the front edge and the rear edge of the joint of the revolving door 31 and the lower end of the mouse chamber 30, the metal rings 33 penetrate and are fixed by metal rods 36 with bent hooks and the length of which is greater than the width of the mouse chamber 30, a feed groove 34 is arranged at the upper end of the right side of the mouse chamber 30 and used for putting mouse grains, and a drinking water port 35 is arranged at the upper end of the right side of the mouse chamber.

The utility model discloses in, tray 40 is the cuboid, and for the hollow form at the bottom of taking, tray 40 is the transparent plastic material for hold the pure water, tray 40 lateral surface marks water level line 41, is convenient for keep the humidity in water yield and the device.

When the mouse feeding tick experiment is used, the opening cover 11 of the main cage 10 is opened, the mouse chamber 30 placed on the net-shaped interlayer 18 is taken out, the rotating door 31 of the mouse chamber 30 is opened, the head of the mouse faces the side with the feed groove 34 and the drinking water port 35, the tail of the mouse faces the rotating door 31, the mouse is placed into the mouse chamber 30, the mouse chamber 30 is made of a steel wire mesh material, the space of the mouse chamber 30 is small, the next mouse can be accommodated, the mouse cannot turn around inside, and the body surface ticks are prevented from being bitten off. At this time, the revolving door 31 is closed, the metal rod 36 with the bent hook and the length being larger than the width of the mouse chamber 30 passes through the two metal rings 33, the revolving door 31 is fixed, the mouse chamber 30 with the mouse is placed on the net-shaped interlayer 18 of the main cage 10, the water pipe 23 of the drinking device 20 passes through the drinking device pipe mouth 14 on the main cage 10, the drinking head 24 of the water pipe 23 passes through the drinking water mouth 35 arranged at the right side of the mouse chamber 30, the drinking head 24 is introduced into the mouse chamber 30 to facilitate the drinking of the mouse, the open cover 11 of the main cage 10 is closed, the open cover 11 is fixed by two buckles 15 at the upper end of the front of the main cage 10, at this time, the plug 171 of the temporary taking and placing window 17 can be opened, the mouse feed is placed into the feed groove 34, the mouse can take food through the feed groove 34, because the tray 40 made of transparent plastic material contains pure water, the water line 41 is marked on the outer side surface, the water, provides a relative humidity and a closed space for the experimental device. Is convenient for experimental research of feeding the ticks to the mice. Therefore, the experimental device for the mouse feeding tick is needed to be provided with a safe and closed space, and has good effects on preventing the tick from scattering in the environment and influencing the experimental research, so that the application of the experimental device for the mouse feeding tick is necessary in the scientific research, the experimental research on the dropping of a feeding tick container in the feeding tick process and the environmental pollution caused by the outward escape of the tick can be reduced by the experimental device.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (5)

1. The utility model provides an experimental apparatus for tick is raised to mouse, including main cage, the drinking bowl, mouse room and tray, a serial communication port, main cage top is equipped with vent one and drinking bowl pipeline mouth, main cage left side is equipped with vent two, main cage right side is equipped with gets temporarily puts the window, it seals fixedly with the stopper to get the window temporarily, main cage is placed in transparent tray, the upside at the opening lid is placed to the drinking bowl, the built-in mouse room of water piping connection on the drinking bowl, main cage is airtight transparent type, be equipped with the netted intermediate layer of detachable in the main cage, place the mouse room on the netted intermediate layer.

2. The experimental device for feeding ticks to mice as claimed in claim 1, wherein the top of the main cage is provided with an opening cover, two fasteners are arranged at the joint of the opening cover and the top of the front end of the main cage, two rotating shafts of the opening cover are arranged at the joint of the opening cover and the top of the rear end of the main cage, the two fasteners and the two rotating shafts of the opening cover are respectively movably connected with the upper sides of the front end and the rear end of the opening cover, four inner corners far away from the upper end of the bottom in the main cage are respectively provided with a triangular conical protrusion, and the triangular conical protrusion is movably connected with the mesh interlayer.

3. The experimental device for feeding ticks to mice as claimed in claim 1, wherein the water fountain comprises a water bottle, a bottle stopper, a water pipe and a water drinking head, the water fountain is made of plastic, the water drinking head is made of metal, the top end of the metal pipe of the water drinking head is in a round blunt shape, the edge of the metal pipe is slightly wrapped in the metal pipe, and steel balls with a diameter slightly smaller than the inner diameter of the metal pipe are embedded in the metal pipe.

4. The experimental device for feeding ticks to mice as claimed in claim 1, wherein the mouse chamber is made of steel wire mesh, the space in the mouse chamber is small, a mouse can be accommodated in the mouse chamber, the mouse cannot turn around inside, a rotating door is arranged at one end of the left side of the mouse chamber, the rotating door is movably connected with the upper end of the mouse chamber through two rotating shafts of the rotating door, two metal rings are respectively arranged on two sides of the front edge and the rear edge of the joint of the rotating door and the lower end of the mouse chamber, the metal rings are fixed by a metal rod with a bent hook and the length of the metal rod is larger than the width of the mouse chamber, a feed groove is formed in the upper end of the right side of the mouse chamber, and a drinking water.

5. The experimental device for feeding ticks to mice as claimed in claim 1, wherein the tray is square and hollow with a bottom, the tray is made of transparent plastic, and a water level line is marked on the outer side surface of the tray.

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