TWM594349U - Glass tube medicinal effect testing device - Google Patents

Abstract

This creation relates to a device for testing the efficacy of a glass tube, which mainly includes a base on which an upper and a lower glass tube are provided, and between the upper and lower glass tubes An orifice plate of an orifice is provided with an insect holding unit built in the orifice, the insect holding unit is covered with a filter screen up and down, and is provided with perforations for placing mosquitoes to be tested, and an air extraction unit is provided above; Through the above structure, the mosquito coil is assisted by the bottom of the base and assisted by the ventilation equipment, so that the mosquito coil is evenly distributed, and the slot tube of the hole plate is used to fix the insect tube in the hole plate without shaking and it is convenient to place the insect tube, and at the same time It has the advantages and effects of convenient operation and observation by the operator, uniform diffusion of mosquito coils, and exhaust gas dispersal treatment.

Description

Glass tube medicinal effect testing device

This creation is about a device for testing the efficacy of glass tubes, especially a detection structure for the concentration of mosquito coils for environmental hygiene medicines.

Press, mosquitoes are a very annoying creature, especially an lingering nightmare for outdoor enthusiasts. The reason is that when mosquitoes bite humans, in order to prevent human blood from clotting to facilitate absorption, they will spit out a very small amount of saliva In human skin, the saliva contains ingredients that are allergic to humans, so it is very uncomfortable to have an allergic reaction and redness and itching when bitten.

When summer comes, mosquitoes become active, which not only increases the risk of mosquito-borne infectious diseases, but also causes great problems in our lives. Due to the warm and humid climate in Taiwan, it is quite easy to breed mosquitoes. In addition to causing swollen, itchy, blistered and other physiological discomforts, mosquito bites can also infect a variety of major diseases, such as dengue fever, malaria, encephalitis and other infections. disease.

In order to avoid being attacked and bitten by mosquitoes, various methods or devices for removing mosquitoes have been launched on the market, such as traditional mosquito coils, insecticides, electric mosquito coils or electric mosquito swatters, or Taiwan Patent Bulletin No. I598039 "A bait device" , Including: a container with an opening extending downward from the opening to form a basin with a compartment; a safety cover assembled with the basin of the container and located at the top of the compartment with a plurality of The ventilation area composed of through holes; a breaking device, which is arranged between the safety cover and the container, and has a plurality of cutting convex columns; and a gel bait, which is installed inside the chamber of the basin and is subjected to the cutting convex The column penetrates to form a plurality of broken incisions that increase the volatile area.

The above methods can repel adult mosquitoes; however, spray insecticides have a strong effect and can achieve the effect of eliminating mosquitoes in a short time, but also because the toxic substances contained in the insecticides will pollute the environment and expose people to toxic substances Among the risks of pollution, the mosquito trapping lamp or mosquito catcher uses a high-voltage current to electrically kill or stun the mosquitoes. This high-voltage current is quite dangerous and unsafe to use. In addition, mosquito trapping lights used by mosquito trapping lights are light waves with wavelengths similar to ultraviolet light, which are likely to adversely affect the user's eyes.

Although the traditional mosquito coils use combustion to release mosquito repellent substances to prevent the mosquitoes from approaching, the smoke produced by the combustion is based on the research of environmental health medicines and can have a lethal effect on mosquitoes without affecting the human body; but because of the current environmental health medicines mosquito coils The glass tube method used in the test has defects, because the test mosquitoes must be detected as live experiments, so they must be sucked through a ball-type sucker after catching the mosquitoes, which often leads to the death of the mosquitoes during the sucking process. Cover the other end of the mesh cloth with a cover, and blow the mosquitoes fast when opening the mesh cloth, otherwise it will be easy to let the mosquitoes fly away; if the drug is used to stun or anesthetize the mosquito, it is convenient to put it into the test tube, and the stun or anesthesia The signs of life of the mosquitoes have become unstable, and there is also a damaged and near-death state. In this state, the test results are not accurate. At the same time, the placement of the test bottle on a net body has the defect of easy shaking, and there are also defects such as the mosquito coil is not easy to spread, the operator is not easy to observe and the exhaust gas cannot be treated.

The reason is that in view of this, the creator still has many inconveniences in the use of the above lighting lamps, which is based on the concept of excellence, and with the help of his many years of manufacturing and design experience and knowledge in the related fields, as well as many ingenious ideas , Research and create this creation.

The main purpose of this work is to provide a glass tube medicinal efficacy testing device, especially a detection structure for the concentration of mosquito coils for environmental hygiene medicines.

The main purpose and efficacy of this creation of a glass tube medicinal efficacy testing device are achieved by the following specific technical means:

It mainly includes a base, on which the upper and lower glass cylinders are provided, and an orifice plate with a plurality of hole slots is provided between the upper and lower glass cylinders, which are built into the hole slots Into the insect holding unit, the insect holding unit is covered with a filter screen from above and below, and is provided with a perforation for placing the mosquito to be tested, and then an air extraction unit is provided above; Auxiliary equipment to evenly distribute the mosquito coils, and use the slot of the orifice to fix the insect tube in the orifice without shaking and easy to put the insect tube, and at the same time, it is convenient for the operator to operate and observe. Can disperse the advantages and effects of treatment.

The preferred embodiment of the glass tube medicament test device as described above further includes an exhaust gas treatment unit, which is disposed in the detection space and is located on the side of the base for absorbing and removing mosquito coil smoke.

In order to provide a more complete and clear disclosure of the technical content used in this creation, the purpose of the creation and the effect achieved, please refer to the detailed description below, and please refer to the drawings and figures disclosed:

First of all, please refer to the first to third figures, which is a schematic diagram of the creation of a glass tube drug efficacy test device, which mainly includes:

A base (1) is provided with a through hole (11), and a pull-out partition (12) is provided at the through hole (11), the pull-out partition (12) is used to close or open the Through hole (11);

A lifting platform (2) located under the through hole (11);

A glass tube (3) is placed above the through hole (11);

A hole plate (4) is placed above the lower glass tube (3), and the hole plate (4) is provided with a plurality of hole grooves (41);

An upper glass tube (5) is placed above the orifice plate (4);

Most of the insect holding units (6) are members for placing mosquitoes to be tested. The insect holding unit (6) includes a tube body (61), and a tube body (61) is provided on the tube body (61) Measuring the perforation (62) of mosquitoes, the perforation (62) corresponds to a set of plugs (63), and the ends of the tube (61) are covered with filter screens (64) respectively, and the tube (61) A positioning ring (65) with a fixed filter screen (64) is sleeved on the outside, and the insect holding unit (6) is correspondingly positioned above the hole slot (41) of the hole plate (4);

An air extraction unit (7) is erected on the base (1) and located above the upper glass tube (5).

Please refer to the first to fifth pictures. When actually assembled, the insect holding unit (6) of this creation has the advantage of being easy to operate and not easy to kill the test body when placing and catching the mosquito to be tested. Two ends of the tube body (61) of the insect holding unit (6) are covered with a filter screen (64), and the positioning ring (65) is sleeved on the outside of the tube body (61) to connect the filter screen (61) 64) After fixing, the plug body (63) is opened, and the mosquitoes to be tested are placed through the perforation (62) through a straw, and the mosquitoes to be tested will not be allowed to fly out after being inserted, and then the plug body (63) is embedded The group can be perforated, even if the plug body (63) is inserted into the group, it can be easily removed and put into the mosquito to be tested again, which can ensure the survival state of the mosquito to be tested.

Next, the insect holding unit (6) is correspondingly placed on the hole plate (4). In this figure, it is shown that the hole plate (4) is provided with 6 hole slots, and the insect holding unit (6) can be Or place it at intervals above the hole (41) [as shown in the fourth and fifth pictures], and then place the mosquito coil to be tested on the lifting platform (2) and rise to the penetration At the same time under the hole (11), the air extraction unit (7) is opened at the same time, the lighted mosquito coil smoke will diffuse into the lower glass tube (3), and the convection relationship drawn by the air extraction unit (7) can flow through the upper and lower The inner space of the glass tube (5) and (3) allows the mosquitoes to carry out the drug efficacy test in the mosquito coil smoke space where the drug efficacy is to be tested, so that the operator can conveniently operate and observe.

Referring to the sixth figure, an exhaust gas treatment unit (8) is further provided in the detection space. The exhaust gas treatment unit (8) is located on the side of the base (1). The exhaust gas treatment unit (8) has A case (81), an air suction pipe (82) and a wind collection hood (83), through the wide mouth of the wind collection hood (83) to suck the mosquito coil smoke in the detection space, and through the air suction pipe (82) ), let the mosquito coil smoke be air-filtered through the case (81), and the case (81) is provided with an air filtering device and a control mechanism [not shown in the figure], which can remove the mosquito coil smoke in the environmental space Eliminate, absorb, filter and purify, so that the operator can conduct experiments in a clean and non-toxic space to maintain the health of the body.

However, the foregoing embodiments or drawings do not limit the product appearance, structure, or usage of the creation. Any appropriate changes or modifications by those with ordinary knowledge in the technical field should be regarded as not departing from the scope of the patent of the creation.

Based on the above, the composition of the creative structure and the implementation instructions show that compared with the existing structure, the creative has the following advantages:

1. The creation of a glass tube medicinal efficacy test device is mainly aimed at detecting the stunned and lethal medicinal effects of mosquito coils on test insects. Appropriate medicament can eliminate insects and ensure human health.

2. This creative glass tube medicinal effect test device uses air extraction equipment (fan) to form air convection to achieve the effect of evenly spreading the mosquito coils in the glass tube.

3. This creative glass tube medicinal effect test device uses the slot of the hole plate to fix the insect tube on the hole plate without shaking and the live mosquitoes are conveniently placed in the insect tube to achieve the advantages and effects of convenient operation and observation by the operator.

4. This creative glass tube medicinal effect test device, through the setting of the exhaust gas treatment unit, can remove and suck the mosquito coil smoke in the environmental space to disperse the exhaust gas so that the operator can conduct experiments in a clean and non-toxic space to maintain the body Health.

In summary, this creative embodiment can achieve the expected use effect, and the specific structure disclosed by it has not only not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law In response to the requirements, I filed an application for a new type of patent in accordance with the law, and pleaded for the review, and granted the patent, which is really a virtue.

This creation

1: abutment

11: Through hole

12: partition

2: Lifting table

3: Lower glass tube

4: hole plate

41: Hole slot

5: Glass tube

6: Sheng insect unit

61: Tube

62: Perforation

63: Plug

64: filter

65: locating ring

7: exhaust unit

8: Exhaust gas treatment unit

81: Chassis

82: Suction tube

83: Wind hood

The first picture: the sketch of the three-dimensional appearance of this creation.

The second picture: exploded schematic view of the creative insect unit

The third picture: The schematic diagram of the appearance of the combination of the creative insect unit.

Fourth picture: Schematic diagram of the top view of the creative insect unit placed in the hole and slot.

Fifth picture: Schematic diagram of the top view of the creative insect unit placed in the hole slot.

Figure 6: Schematic diagram of another implementation state of this creation.

1: abutment

11: Through hole

12: partition

2: Lifting table

3: Lower glass tube

4: hole plate

5: Glass tube

6: Sheng insect unit

7: exhaust unit

Claims (3)

A glass tube medicinal efficacy testing device, which mainly includes: A base is provided with a through hole, and a drawable partition is provided at the through hole, and the drawable partition is used to close or open the through hole; A lifting platform is located under the through hole; A glass tube is placed above the through hole; A hole plate is placed above the lower glass tube, and the hole plate is provided with a plurality of hole slots; An upper glass tube is placed above the orifice plate; Most insect-bearing units are members for placing mosquitoes to be tested. The insect-bearing units include a tube body. A perforation for placing mosquitoes to be tested is provided on the tube body. The plug body is respectively covered with a filter screen at both ends of the tube body, and a positioning ring for fixing the filter screen is sleeved on the outside of the tube body, and the insect-holding unit is correspondingly positioned on the orifice plate Above the slot; An air extraction unit is erected on the base table and located above the upper glass cylinder. The glass tube medicinal efficacy testing device according to claim 1, further comprising an exhaust gas treatment unit, the exhaust gas treatment unit is disposed in the detection space and is located on the side of the base for absorbing and removing mosquito coil smoke. The glass tube medicinal efficacy testing device according to claim 1, wherein the insect-holding unit is placed above the hole slot at intervals.

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