TWM587259U - Solar beeswax melting and collecting structure - Google Patents

Abstract

This creation is mainly to provide a solar beeswax melting and collecting structure, including: a set of wax body group, which has an inclined body; at least one nest spleen group, which is set in the inclined body, which has a frame body, which is arranged in the frame body. There is a nest base piece of solid wax to provide a place for the bees to nest; a guide group is provided in the inclined body, which has a drainage opening provided at the lowest position of the space of the inclined body container, and A plurality of guides in the inclined body container space can guide the melted liquid beeswax to the drainage port; a cover group is set above the wax collection body group and completely covers the container room space, It has a frame, that is, a light-transmitting element provided in the frame, which provides sunlight and passes through the light-transmitting element to enter the chamber space, so that the chamber space can be raised to a preset temperature and then melted. The nest base piece is in a liquid state, and the liquid beeswax automatically flows to a low place with the inclination of the inclined body, and then is guided to the drainage port through the drainage of the guide to flow out and collect; Shape of the set of wax body A cover group with a fully transparent or semi-transparent material, which uses solar energy to perform heating operations. There is no need to use electric fuel during the process. The solid beeswax in the nest base can be melted, separated, and collected. Recycling can effectively save the cost of melting and collecting beeswax, and it has the effect of energy saving and carbon reduction, and it also has the effect of heat preservation to maintain the liquid beeswax in a flowable state.

Description

Solar beeswax melting and collecting structure

This creation relates to a technique for separating beeswax and beeswax coat from bees' nest spleen, especially a method that uses solar heating to melt solid beeswax from beeswax to form a liquid, and separates the flow from beeswax coat. Liquid beeswax diversion concentrates collectors.

The bee breeding method mainly uses a beehive to lure bees to build a nest in it, and then the bees fly the collected nectar back to the beehive and store it to obtain honey. The general standard beehive structure is an outer box composed of a box body, a box bottom, a nest door stop, a secondary cover, a box cover and a partition, and a plurality of nest base frames (nest frames) are provided in the outer box, if necessary A repeatable box can be stacked on the box body to expand the hive; such technologies as the "wild bee-specific overlapping beehive" disclosed in the new domestic patent No. 100217539, and the "hive structure" disclosed in the new domestic patent No. 107200733 .

The "nest foundation frame" refers to the part where the bees build their nests. Each nest foundation frame has a frame body and a nest foundation piece arranged in the frame body. The nest foundation piece is a waxy thin plate, and both sides have unevenness. The hexagonal honeycomb foundation provides bees for nesting and living, which can lay eggs, raise young or store nectar and pollen. Due to the quality of the nest base frame, it is related to factors such as whether the bees can be quickly enticed to build a nest, the colony breeding environment, the occurrence of pests and diseases, the colony management and subsequent recycling. Such nest foundation technologies are disclosed in the "Nesting Frame with Own Nest Foundation" disclosed in Continental New Patent No. CN202603388U, and "A Nest Frame and Nest Foundation Sheet" disclosed in Continental Invention Patent No. CN101897032A.

The raw material of Chao foundation tablet is mainly beeswax. Jiajia paraffin or other waxy raw materials can be further added to strengthen the strength of Chao spleen tablet. Generally speaking, the used nest foundation frame will be filled with the honeycomb spleen layer formed by the bees to form a number of hexagonal lattices next to each other. After a long period of use, the nest spleen sheet will change from yellow to black. Even worms, mold, and derived germs began to deteriorate. The living environment of the bees deteriorated, making it difficult for the bees to grow and reproduce and affecting the health of the bees. On the other hand, the nest space will become smaller and smaller, causing the bees to become smaller. Replace the nest foundation.

The used nest-spleen box usually removes the middle nest-spleen slice directly and installs a new nest-base slice; in recent years, there has been a method of recycling the beeswax in the middle of the nest-basis slice and reusing it, which will soon be used. The nested spleen tablets are placed in a heating device, and the beeswax is melted into a liquid at a preset high temperature. The melting temperature of the beeswax is usually 60-70 ° C. After the liquid beeswax is collected and recovered, a new nest base piece can be made again. The nest spleen frame only leaves the frame body and the cocoon coat layer of the bee. After the cocoon coat layer is removed, the nest base frame can be assembled into a new nest base sheet.

According to the conventional technology for recovering beeswax from nest spleen tablets, since the melted liquid of beeswax needs to be heated to 60-70 ° C, after further collection of liquid beeswax, a new nest base sheet is made again and installed in the nest base frame. The operation of melting the beeswax into a liquid state, separating the layer of bees cocoon, and collecting often requires a heating device and a collecting device.

However, the purchase of heating equipment and collection equipment requires considerable capital; furthermore, heating equipment consumes a lot of electrical fuel and costs, and is also prone to carbon emissions. On the other hand, bee farms are mostly in forest areas, in the wild or In the suburbs, these places often have no power supply, and heating equipment using electric fuel needs to be attended by someone, and the benefits of saving labor costs cannot be achieved. In addition, it is known that the beeswax heating device has no thermal insulation function, which may cause The liquid beeswax in the flow is solidified, and the effect of effectively collecting the beeswax cannot be achieved. Therefore, the creator of the present case provides a three-in-one recovery device for melting, separating, and collecting beeswax in response to the problems of the conventional beeswax recovery technology.

In view of this, the solar beeswax melting and collecting structure disclosed in this creation includes: a set of wax bodies, which has an inclined body, is a groove body with a room space, and is inclined at a predetermined angle in one direction ; At least one nest spleen group is provided in the inclined body, which has a frame body, and a solid waxy base nest piece is provided in the frame body to provide a place for the bees to build a nest; a guide group is provided in the body; The inclined body has a drainage port provided in the lowest position of the inclined body container space, and a plurality of guide members provided in the inclined body container space, which can guide the molten beeswax to the drainage port. A cover body set, which is arranged above the wax body set and completely covers the container space, and has a frame body, that is, a light-transmitting element provided in the frame body, which provides sunlight and transmits the light The light-transmitting element enters the space of the accommodating chamber, so that the space of the accommodating chamber can be raised to a preset temperature, thereby melting the nest base piece into a liquid state, and the liquid beeswax automatically flows to a low position with the slope of the inclined body. Then, it is guided to the drainage port through the drainage of the guide member to flow out and collect; through the above-mentioned components, the slanted wax-collecting body group is matched with a cover group of a material that can be fully transparent or translucent, The application of solar energy for heating operation completely eliminates the need for electrical fuel. The solid beeswax in the nest base can be melted, separated, and collected in one operation, which can effectively save the cost of beeswax melting and collection. It also has the energy-saving and carbon-reducing effect, and at the same time has the effect of heat preservation to maintain the liquid beeswax to maintain a flowable state, so the overall structure can reach convenience and practicality.

The main purpose of this creation is to provide a solar beeswax melting and collecting structure, which has a recycling device that integrates the solid beeswax in the nest base sheet, melting, separating, and collecting.

The second purpose of this creation is to provide a solar beeswax melting and collecting structure, which uses solar energy to perform heating operations. There is no need to use electric fuel in the process, which can effectively reduce the cost of beeswax melting and collecting, and save manpower care.

Another purpose of this creation is to provide a solar beeswax melting and collecting structure, which does not require the use of electric fuel, so it can achieve the effect of energy saving and carbon reduction.

Another purpose of this creation is to provide a solar beeswax melting and collecting structure, which uses a cover group and a wax-collecting body group of a fully transparent or translucent material, on the one hand, it can penetrate sunlight into the wax-collecting body group. The direct exposure of the nest base film, on the other hand, makes the wax-collecting body group have a thermal insulation effect to maintain the liquid beeswax in a flowable state.

[This creation]

(10) ‧‧‧Set Wax Body Set

(11) ‧‧‧Tilt the body

(12) ‧‧‧Room space

(θ) ‧‧‧Preset angle

(13) ‧‧‧Heat absorption element

(20) ‧‧‧Spleen and Spleen Group

(21) ‧‧‧Frame

(22) ‧‧‧ Nest Foundation

(23) ‧‧‧Cocoon layer

(30) ‧‧‧Guiding Team

(31) ‧‧‧Drain

(32) ‧‧‧Guide

(40) ‧‧‧Cover body group

(41) ‧‧‧Frame

(42) ‧‧‧Translucent element

(43) ‧‧‧Door handle

(44) ‧‧‧ Door

(50) ‧‧‧Support

(d) ‧‧‧Preset distance

(60) ‧‧‧Base Set

The first figure is a three-dimensional appearance diagram of a preferred embodiment of the creation.

The second figure is a three-dimensional exploded view of a preferred embodiment of the creation.

The third diagram is a first schematic diagram of a combination of a preferred embodiment of the present invention.

The fourth diagram is the second schematic diagram of the composition of a preferred embodiment of the creation.

The fifth figure is a schematic diagram of the nest foundation group combination of a preferred embodiment of the invention.

The sixth figure is a first schematic diagram of the use state of a preferred embodiment of the creation.

The seventh diagram is the second schematic diagram of the use state of a preferred embodiment of the creation.

The eighth diagram is a third schematic diagram of the use state of a preferred embodiment of the creation.

The ninth figure is the first three-dimensional appearance diagram of the second embodiment of the creation.

The tenth figure is the second three-dimensional appearance diagram of the second embodiment of the creation.

The eleventh figure is a three-dimensional appearance diagram of the second embodiment of the creation.

First, please refer to the first to fifth pictures, a solar beeswax melting and collecting structure provided by this creation, which mainly includes: a set of wax body group (10), and four on the set of wax body group (10) Nest-spleen group (20), a guide group (30), a lid body group (40), a support frame (50) and a base group (60).

The wax-collecting body set (10) is provided with an inclined body (11), which is a groove body with a chamber space (12), and is inclined in a direction by a preset angle (θ); the bottom surface of the inclined body (11) A heat absorbing element (13) is provided at the preset position.

Each of the nest and spleen groups (20) is disposed in the accommodation space (12), and has a frame body (21), and a solid wax base (22) is provided in the frame body (21). To provide a place for bees to nest.

The guide group (30) is provided in the accommodating space (12), and has a drainage port (31) provided at a lowest position of the accommodating room space (12) of the inclined body (11), and is provided in the accommodating space (12). A plurality of guides (32) in the container space (12) can guide the molten beeswax to the drainage port (31); the guides (32) are thin and symmetrical, and The oblique arrangement is set at the bottom surface of the container space (12). One end of the guide member (32) is located at a predetermined position on the edge surface of both sides of the container space (12), and the other end extends toward the drainage port (31).

The cover body group (40) is disposed above the wax-collecting body group (10) and completely covers the container space (12). The cover body group (40) has a frame body (41), which is provided in the frame body (41). An inner light-transmitting element (42) provides sunlight to pass through the light-transmitting element (42) and enters the accommodating room space (12), so that the temperature in the accommodating room space (12) can be raised to a preset temperature, Further, the beeswax in the liquid state of the nest base piece (22) is melted, and the liquid beeswax automatically flows to a low position with the slope of the inclined body (11), and then is guided to the liquid through the drainage of the guide (32). The drainage port (31) flows out of the collection.

Each of the supporting frames (50) is provided in the accommodation space (12) to provide the nest-spleen group (20) to be placed thereon, and can support the positioning, and the nest-spleen group (20) and the container The bottom surface of the chamber space (12) forms a predetermined distance (d).

The base group (60) is arranged below the wax-collecting body group (10), so as to provide the wax-collecting body group (10) with support and positioning, and can maintain its inclined state.

With the above-mentioned components, the tilted wax-collecting body group (10) is matched with the cover group (40) which can be fully transparent or semi-transparent material, and solar energy is used for heating operation, and it is not necessary to use it in the process. The electric fuel can melt, separate, and collect the solid beeswax in each of the nest base pieces (22) to recover the three types of operations, which can save the cost of beeswax melting and collection and save energy and reduce carbon. At the same time, it has the effect of heat preservation to maintain the liquid beeswax in a flowable state and save manpower to care, so the overall structure can be convenient and practical.

In order to further understand the characteristics of the creation, the use of technical means, and the expected effects, the use of this creation is described as follows: The establishment of this creation, first, the base frame (60) is installed and made The height of one side is lower than the other side; the drainage port (31) is provided at a preset position of the inclined body (11); the inclined body (11) with the container space (12) is set in the base frame group (60) is inclined at a preset angle (θ), and the drainage port (31) is located at the lowest position of the inclined body (11); each guide member (32) is fixed in the space of the accommodation room (12), and one end of each of the guide members (32) is located at a preset position of the edge surface on both sides of the container space (12), and the other end extends toward the drainage opening (31); and then the support frame (50) is placed in the container space (12); then the nest base pieces (22) that have been formed into the cocoon layer (23) or that have not been formed into the cocoon layer (23) are placed, Placed on the support frame (50); finally, the light-transmitting elements (42) of the cover group (40) are set On the frame body (41), covering each of the frame body (41) and the light-transmitting element (42) in an assembled state over the inclined body (11), the assembly is completed.

In this creation, a heat absorption element (13) can be further provided at the bottom edge of the container space, which can be applied to materials such as glass, ceramics, and metal; the light transmitting element (42) can be applied to materials such as glass or glazed; The inclined body (11) is an application of thermal insulation material. In addition, the light-transmitting element (42) of this creation can have a preset color, and can be used with colored glass or glazed according to the characteristics of each color spectrum; further, the The melting and collection of beeswax of the nest base piece (22) can be the state that the bee has built a nest. Please refer to the fifth figure, which means that a cocoon layer (23) is formed on each side of the nest base piece (22). The nest base piece (22) may be an unused state where a bee has not nested.

The beeswax recycling operation in this creation is mainly divided into three stages: "melting into a liquid", "separating from the cocoon layer", and "concentrated collection"; please refer to the sixth figure, when direct sunlight passes through the light-transmitting element ( 42) When entering the container space (12), the internal temperature of the container space (12) will gradually increase. When the temperature reaches 60 ° C or higher, the waxy base plate (22) starts to melt into Liquid, this is the stage of "melting to liquid"; please refer to the sixth figure, the beeswax melted into the liquid naturally drops down to the bottom edge of the container space (12) due to gravity. This is "with the bee cocoon" Layer separation "phase; please refer to Figures 7 to 8; the liquid beeswax dripping onto the bottom edge of the container space (12) flows from high to low due to gravity, and through the guide (32), and flow one by one toward the drainage port (31), and finally flow out from the drainage port (31). If a collection container is placed below the drainage port (31), the liquid beeswax can be discharged Collection, this is the "centralized collection" phase.

This creation uses the inclined wax-collecting body group (10), which is provided with the cover body group (40) that can transmit light above, and the wax-collecting body group (10) is provided with the drainage guide. The technology composed by the introduction group (30) can achieve the following effects:

I. The wax body set (10) of this creation has the inclined body (11), which can make the liquid beeswax automatically flow from high to low, without any device or tool to provide kinetic energy, and no need to consume Use electric fuel.

2. The guide group (30) of this creation is set in the inclined body (11) placed obliquely, and cooperates with the drainage port (32) provided at the lowest place, so that the liquid beeswax automatically flows from high to low At the same time, it can be concentrated to the drainage port (31), and finally flow out from the drainage port (31). This drainage operation does not require any device or tool to provide kinetic energy and does not need to consume electrical fuel.

3. The cover group (40) is a set of the light-transmitting element (42) on the frame (41), so as to provide sunlight and its temperature penetrable parts, and generate the function of solar heating, without Any device or tool provides thermal energy and does not need to consume electric fuel, which solves the problems of the conventional electric heating device that requires electric fuel and high cost.

Fourth, this creation has the solid beeswax in the nest base piece (22), which is a recycling device that melts, separates, and collects three operations into one. It solves the problem that it is not possible to integrate the separate operations performed by each device. problem.

V. The three stages of "melting to liquid", "separating from the cocoon layer", and "centralized collection" of this creation do not need to consume electricity fuel, which can effectively save the cost of melting and collecting beeswax. The effect of energy saving and carbon reduction solves the problem of conventional energy consumption and energy conservation and carbon reduction.

6. The light-transmitting element (42) of the cover group (40) is made of glass, glass, or other materials, or the heat-absorbing element (13) is made of glass, ceramic, or metal, or the inclined body (11) With the application of thermal insulation material, a thermal insulation effect can be generated in the container space (12) to maintain the liquid beeswax in a flowable state, which solves the problem that the conventional beeswax cannot solidify and cannot flow.

7. The creation can be used directly in the wild apiary or any place without electricity, and can be operated automatically without human supervision, with high economic efficiency and practicality.

Please refer to the ninth to tenth figures. This is a second embodiment of the creation, which is mainly a structural design of the cover group (40) opened by rotation, wherein the cover group (40) is a preset position. The cover body (11) is pivotally arranged on the inclined body (11), and the cover body group (40) can be rotated through its pivoting portion to open or cover the container space (12); A handle (43) is provided for hand-holding; the nest-spleen group (20) is set with a quantity of two to respond to the situation when the user's space for placing the device is limited.

When placing or removing each of the nest and spleen groups (20), hold the door handle (43) and apply upward force to unscrew the cover group (40) to place the nest and spleen group (20). ) Or take out the nest and spleen group (20); at the same time, the number of the nest and spleen group (20) can be set according to requirements. The other use states, device and component composition, operation and operation methods, and expected effects are all the same as those in the first embodiment.

Please refer to the eleventh figure. This is the third embodiment of the creation. In order to move the cover group (40) in a sliding door type linear structure design, the cover group (40) has a plurality of door pieces (44). , With the setting A plurality of rail grooves extending horizontally on the inclined body (11), the preset positions of each of the door pieces (44) are embedded in each of the rail grooves to produce horizontal linear movement; the nest-spleen group (20 ) Is set to a quantity of eight in response to the user's need to collect and collect beeswax in large quantities.

When placing or removing each of the nest and spleen groups (20), moving the door pieces (44) can completely cover the accommodation space (12); moving each door piece (44) in an overlapping shape By partially opening the chamber space (12), the nest-spleen group can be placed or taken out. The other use states, device and component composition, operation and operation methods, and expected effects are all the same as those in the first embodiment.

To sum up, the "solar beeswax melting and collecting structure" disclosed in this creation is to provide a three-in-one recovery device capable of melting, separating, and collecting beeswax. The cover group of fully transparent or translucent material, and the guide group capable of draining liquid beeswax, apply solar energy for heating operation, and do not need to use electric fuel during the whole process, which can save manpower care, which can effectively save beeswax melting and The collected recovery cost has energy-saving and carbon-reducing effects, and at the same time has the effect of heat preservation, in order to maintain the liquid beeswax in a flowable state, and obtain a beeswax collection structure with a strong combination and high ease of assembly, which makes the overall industry practical And cost-effective, and its structure has never been seen in books or public use, and is in line with the new patent application requirements, I urge the Bureau to make a clear reference and grant the patent as soon as possible.

Those who need to know, the above are the specific embodiments of the creation and the technical principles used. If the changes made according to the concept of the creation, the functional effects still do not exceed the spirit covered by the description and drawings. At the time, they should all be merged with Chen Ming within the scope of this creation.

Claims (12)

A solar beeswax melting and collecting structure includes: a wax-collecting body group having an inclined body, which is a groove body with a chamber space, and is inclined at a predetermined angle in one direction; at least one nest spleen group, In the storage room space, it has a frame body, and a solid waxy nest base piece is provided in the frame body; a guide group is provided in the storage room space, and has a capacity provided in the inclined body. One of the drainage openings in the lowest position of the chamber space, and a plurality of guides provided in the sloping body container space can guide the molten beeswax to the drainage openings; a cover group is provided in the wax collecting body It is above the group and completely covers the accommodating room space. It has a frame, that is, a light-transmitting element provided in the frame, which provides sunlight and enters the accommodating space through the light-transmitting element, so that the accommodating space The temperature in the chamber space can be raised to a preset temperature, so that the beeswax in the liquid state of the nest base piece is melted, and the liquid beeswax automatically flows to a low position with the slope of the inclined body, and then guided by the drainage of the guide. Go to the drain and collect. According to the solar beeswax melting and collecting structure according to item 1 of the scope of the patent application, at least one support frame is further provided in the space of the accommodating chamber to provide the nest and spleen group to be placed thereon, and can support the positioning, and The nest-spleen group forms a predetermined distance from the bottom surface of the chamber space. According to the solar beeswax melting and collecting structure according to item 1 of the scope of the patent application, the guide is in the form of a thin sheet, and is arranged symmetrically and obliquely on the bottom surface of the space of the container. One end is located at a predetermined position on both sides of the container space, and the other end extends toward the drainage opening. According to the solar beeswax melting and collecting structure according to item 1 of the scope of the patent application, a heat absorption element is provided at a preset position on the bottom surface of the inclined body. According to the solar beeswax melting and collecting structure described in item 1 of the scope of the patent application, it further has a base group, which is arranged below the wax-collecting body group to provide support and positioning for the wax-collecting body group and to maintain its inclined state. According to the solar beeswax melting and collecting structure according to item 1 of the scope of the patent application, the cover group is pivoted on the inclined body at a preset position, and the cover group can be rotated through the pivot portion to open or cover. A space is provided in the preset part of the frame body to provide a place for hand holding. According to the solar beeswax melting and collecting structure according to item 1 of the scope of patent application, the cover group has a plurality of door pieces, and the preset positions of each door piece are matched with a plurality of rail grooves provided on the inclined body and extending horizontally. Embedded in each of the track grooves to produce horizontal linear movement. According to the solar beeswax melting and collecting structure according to item 1 or 4 or 6 or 7 of the scope of the patent application, the light-transmitting element may be made of glass, glazed or other materials. According to the solar beeswax melting and collecting structure described in item 4 of the scope of the patent application, the heat absorbing element can be applied to materials such as glass, ceramics, and metals. According to the solar beeswax melting and collecting structure described in the first item of the scope of the patent application, the inclined body is an application of thermal insulation material. According to the solar bee wax melting and collecting structure according to item 8 of the scope of the patent application, the light transmitting element has a predetermined color. According to the solar beeswax melting and collecting structure described in item 1 of the scope of the patent application, the nest base sheet is in a state in which a bee has built a nest, and a cocoon layer is formed on each side of the nest base sheet.