TWM515634U - Thermal energy harvesting machine - Google Patents

Description

Thermal energy harvesting machine

The invention relates to the technical field of a drying device, in particular to a thermal energy collecting machine which provides a drying effect on a baking device.

The early drying equipment was a combination of a drying cylinder and a heater and a blower, wherein the drying cylinder was used to store the plastic material, and the combination of the air blower and the heater was used to heat the air and heat the air to raise the temperature. The plastic material can be dried in the drying cylinder.

However, although the above-mentioned methods and equipment have a drying effect on the plastic material, the hot air enters the drying cylinder to dry the plastic material, and the hot air after the action is directly discharged from the drying cylinder and cannot be reused again, resulting in energy. Waste, and the hot air after discharge will stay in the factory, so as the working hours accumulate, the air in the working environment becomes more and more deteriorated, so the air is polluted and turbid and sultry, so many workers are often unable to adapt. This kind of work environment has left, causing troubles in the use of manpower. In addition, each time drying, it is necessary to reheat the cold air and then input it into the drying cylinder, which is obviously time consuming and consumes electricity.

In view of this, how to solve the above problems and develop a thermal energy harvesting machine that can recycle hot air to achieve energy saving and energy saving, and can also improve drying efficiency and improve filtration effect, becomes the idea of the novel creator. And research topics.

The purpose of the present invention is to provide an energy saving function and also to provide A thermal energy harvester with high drying efficiency and improved filtration.

In order to solve the above problems and achieve the purpose of the novel, the technical means of the novel is This is achieved by a thermal energy harvesting machine capable of cooperating with a baking device (200), characterized in that: the thermal energy collecting machine (100) comprises an air inlet (1); The air inlet (1) is a blower (2) connected by a pipeline; a bypass valve (3) having a bottom end connected to the top end of the blower (2) and having a cold air outlet (31) at the top end and the side respectively; a vortex dust collecting device (4) disposed on one side of the blower (2) and the bypass valve (3); one disposed in the vortex dust collecting device (4) and having an air inlet at each end (51) and a heat collecting pipe (5) of an air outlet (52); one side of the vortex dust collecting device (4), and connected to the baking device (200) by a pipe, the baking can be performed a heating tuyere (6) for heating the heat collecting tube (5) by the hot gas discharged from the grilling device (200); one side of the swirling dust collecting device (4), and a pipeline and the cold air outlet (31) a connection, capable of conveying cold air to the cold air inlet (7) in the vortex dust collecting device (4); a connection with the vortex dust collecting device (4), and the vortex dust collecting device ( 4) The first exhaust vent (8) discharged by the warm air inside; a second exhaust vent (9) connected to the bottom end of the thermal energy concentrator (100) and connected to the first vent (8); the air inlet (51) of the heat collecting tube (5) is a tube The road is connected to the cold air outlet (31) at the top of the bypass valve (3), and the air outlet (52) of the heat collecting tube (5) is connected to the baking device (200) by a pipeline.

More preferably, the thermal energy harvester (100) further includes a casing (10) The housing (10) includes a front housing portion (101) coupled to the air inlet (1) and the vortex dust collecting device (4), and a front housing portion (101) a detachable rear casing portion (102) disposed oppositely, a bottom casing portion (103) provided at the bottom of the detachable rear casing portion (102) and the front casing portion (101), and respectively Left and right side casing portions (104, 105) provided on both sides of the bottom casing portion (103).

More preferably, the thermal energy harvesting machine (100) further includes a A control device (20) at the top of the casing (10) and capable of controlling the operation of the thermal energy harvester (100).

More preferably, the control device (20) further includes a control device An air outlet pipe (201) connected to one end of the device (20) and connected to the air outlet (52); and a side disposed on the side of the air outlet pipe (201), and the pipe and the heating air port (6) Connected air inlet line (202).

More preferably, the thermal energy harvester (100) has a wheel body (30) at its four corners at the bottom end.

More preferably, the air inlet (1) is further provided with an air cleaner (11), and the outer periphery of the air filter (11) is further provided with a removable type capable of preventing dust from entering. A cover (12), one side of the slidable cover (12), is further provided with a plurality of holes (121) for allowing air to enter.

More preferably, the vortex dust collecting device (4) further includes a convoluted housing (41) having a swirling space (411) therein, and a set connected to the bottom of the convoluted housing (41). Dust housing (42).

More preferably, the heat collecting tube (5) is one of an aluminum tube body or a copper tube body, and the surface of the heat collecting tube (5) is further provided with a heat conducting fin (53).

According to the implementation of the above technical means, the functions, functions and effects of the present invention are as follows:

The first point: the new thermal energy collecting machine can completely filter and dehumidify the air entering the baking device, and can also guide the hot air discharged from the baking device back to the air in the heat collecting tube. In this way, not only does it not need to additionally manufacture thermal energy, but also can increase the temperature of the air entering the baking device to achieve the heat energy recycling and energy saving and power saving effect, which is very helpful for high temperature plastic molding processing.

The second point: The new thermal energy collecting machine can prevent the dust from blowing in the air to provide a clean working environment in the factory, and can also collect the cold and hot air in the vortex dust collecting device. The warm air is generated, so the air discharged is warm air, not hot air, so it will not cause sultry discomfort in the factory.

1‧‧‧air inlet

11‧‧‧Air filter

12‧‧‧掀 hood cover

121‧‧‧ hole

2‧‧‧Blowers

3‧‧‧ Bypass valve

31‧‧‧Cold air outlet

4‧‧‧Vortex dust collector

41‧‧‧Swing shell

411‧‧‧Swiveling space

42‧‧‧ dust collecting shell

5‧‧‧ heat collecting tube

51‧‧‧Air inlet

7‧‧‧Cold air inlet

8‧‧‧First air outlet

9‧‧‧Second air outlet

10‧‧‧ machine housing

101‧‧‧Front casing

102‧‧‧Removable rear housing

103‧‧‧Bottom shell

104‧‧‧Left housing part

105‧‧‧right housing part

20‧‧‧Control device

201‧‧‧Outlet duct

202‧‧‧Intake duct

30‧‧‧ wheel body

52‧‧‧air outlet

53‧‧‧ Thermal fins

6‧‧‧heating tuyere

100‧‧‧Thermal energy harvesting machine

200‧‧‧ baking device

Figure 1: A perspective view of the novel.

Figure 2: A perspective view of another angle of the present invention.

Figure 3: Schematic diagram of the new type of preheating.

Figures 4 and 5: A perspective view of the new type of machine housing.

The following is a detailed description of the embodiment shown in the drawings: as shown in the first to fifth figures, the figure shows that the present invention is a thermal energy collecting machine capable of cooperating with the baking device (200), and its characteristics. The heat effect energy collecting machine (100) comprises an air inlet (1); a blower (2) connected to the air inlet (1) by a pipeline; a bottom end and the air blower (2) a bypass valve (3) having a top end and side edges respectively having a cold air outlet (31); a swirling dust collecting device disposed on one side of the blower (2) and the bypass valve (3) (4); a heat collecting tube (5) disposed in the vortex dust collecting device (4) and having an air inlet (51) and an air outlet (52) at both ends; one set in the vortex set a heating air vent (6) which is connected to the side of the dust device (4) and connected to the baking device (200) by a pipe, and capable of heating the heat collecting pipe (5) by the hot gas discharged from the baking device (200); a cold air inlet (7) disposed on one side of the vortex dust collecting device (4) and connected to the cold air outlet (31) by a pipeline, and capable of conveying cold air to the vortex dust collecting device (4) (7) ); connected to the vortex dust collecting device (4), and a first exhaust vent (8) for discharging warm air in the vortex dust collecting device (4); and a first air outlet (100) disposed at a bottom end of the thermal energy collecting device (100), and a conduit and the first exhaust vent (8) a second exhaust vent (9) connected; the air inlet (51) of the heat collecting tube (5) is connected by a pipeline to a cold air outlet (31) at a top end of the bypass valve (3), and the set The air outlet (52) of the heat pipe (5) is connected to the baking device (200) by a pipe.

Wherein, by the above-mentioned structure, when the outside air is filtered through the air inlet (1), the air blower (2) and the bypass valve (3) are passed through the air inlet (51) to the heat collecting tube (5). Then, the air outlet (52) of the heat collecting tube (5) is introduced into the baking device (200) for dehumidification and addition. After heat, the heated hot air is transmitted back to the heating tuyere (6) via the baking device (200), and the heating tuyere (6) is heated to the heat collecting tube (5) to make the heat collecting tube (5) The temperature of the air inside is increased, and the heated air is re-introduced into the baking device (200) to perform dehumidification and heating to form a path of thermal circulation, thereby achieving heat energy recovery and energy saving and power saving.

Secondly, through the application of the vortex dust collecting device (4), it is possible to avoid the dust blowing In the air, to provide a clean working environment in the factory, and also to combine the cold and hot air in the vortex dust collecting device (4) to generate warm air, so the discharged air is warm air, not Hot air, so it will not cause sultry discomfort in the factory.

The thermal energy collecting machine (100) further includes a machine housing (10), the housing (10) comprising a front housing portion (101) connected to the air inlet (1) and the vortex dust collecting device (4), and a detachable rear side opposite to the front housing portion (101) a housing portion (102), a bottom housing portion (103) disposed at a bottom portion of the detachable rear housing portion (102) and the front housing portion (101), and a bottom housing portion ( 103) Left and right side casing portions (104, 105) on both sides.

Among them, the application of the casing (10) can effectively protect and locate the foregoing At the same time, by using the detachable rear casing portion (102), it is convenient to maintain the internal devices by lifting the detachable rear casing portion (102) upward.

The above thermal energy collecting machine (100) further includes a top disposed on the casing (10) of the machine Control device (20), the control device (20) further comprising an air outlet pipe (201) disposed at one end of the control device (20) and connected to the air outlet (52) by a pipeline; An air inlet pipe (202) is disposed on one side of the air outlet pipe (201) and connected to the heating air port (6) by a pipeline.

Wherein, the setting of the control device (20) allows the user to utilize the control device The setting (20) allows the user to conveniently control the operation of the thermal energy collecting machine (100) and master the operation status of the thermal energy collecting machine (100).

Secondly, through the arrangement of the air outlet pipe (201) and the air inlet pipe (202), It is convenient to arrange the air outlet (52) and the pipeline on the heating tuyere (6) to avoid environmental disturbances in the pipeline, affecting the working environment, and thus causing a decrease in work efficiency.

The above-mentioned thermal energy concentrating machine (100) is provided with a wheel body (30) at four corners of the bottom end.

Through the application of the wheel body (30), the heat effect energy collecting machine (100) can be easily moved to change the configuration of the space inside the plant at any time.

The air inlet (1) is further provided with an air cleaner (11), and the outer periphery of the air filter (11) is further provided with a slidable cover (12). One side of the cover (12) is provided with a plurality of holes (121) for allowing air to enter.

Through the application of the air cleaner (11), the air entering the air inlet (1) can be effectively filtered to prevent dirty air from entering the baking device (200).

Secondly, through the application of the squeakable cover (12), dust can also be prevented from entering the air inlet (1) to achieve the dustproof effect.

The vortex dust collecting device (4) further includes a rotating housing (41) having a swirling space (411) therein, and a dust collecting housing (42) connected to the bottom of the rotating housing (41). .

Wherein, when air enters the swirling space (411) from the heating tuyere (6) and the cold air inlet (7), a swirling airflow is formed, and the dust and fine particles are forced to rotate with the airflow, which is heavier. The dust collides with the inner wall surface of the swirling space (411) as it rotates, and then falls into the dust collecting casing (42), and the filtered air passes through the first exhaust vent (8). The flow is discharged to the second exhaust vent (9).

The heat collecting tube (5) is one of an aluminum tube body or a copper tube body, but is not limited thereto, and the heat collecting tube is not limited except for the foregoing aluminum tube body or copper tube body. (5) It can also be a silver tube, a gold tube, a steel tube, or a lead tube. Therefore, all designs that are consistent with the function and purpose of the new collector tube (5) should be Patent model belonging to this new model Within the domain.

Next, the surface of the heat collecting tube (5) is further provided with a heat conducting fin (53). Through this Through the application of the heat-conducting fins (53), the heat collecting area of the heat collecting tube (5) can be enlarged to increase the heat energy absorption rate of the heat collecting tube (5).

The structure, features and structures of the present invention are described in detail above based on the embodiments shown in the drawings. The effect is due to the novelty and progressive requirements, and the new patent application is filed according to law; however, the above description is only a preferred embodiment of the present invention, but the present invention does not limit the implementation scope as shown in the drawing, so Modifications of new meanings that are consistent with each other shall fall within the scope of this new patent as long as they are within the same scope.

1‧‧‧air inlet

11‧‧‧Air filter

2‧‧‧Blowers

3‧‧‧ Bypass valve

31‧‧‧Cold air outlet

4‧‧‧Vortex dust collector

41‧‧‧Swing shell

42‧‧‧ dust collecting shell

5‧‧‧ heat collecting tube

51‧‧‧Air inlet

52‧‧‧air outlet

53‧‧‧ Thermal fins

6‧‧‧heating tuyere

7‧‧‧Cold air inlet

8‧‧‧First air outlet

9‧‧‧Second air outlet

201‧‧‧Outlet duct

202‧‧‧Intake duct

100‧‧‧Thermal energy harvesting machine

200‧‧‧ baking device

Claims (8)

A thermal energy collecting machine capable of cooperating with a baking device (200), characterized in that: the thermal energy collecting machine (100) comprises an air inlet (1); and an air inlet (1) a blower (2) connected in a pipeline; a bypass valve (3) having a bottom end connected to the top end of the blower (2) and having a cold air outlet (31) at the top end and the side, respectively; one disposed on the blower (2) and a swirling dust collecting device (4) on the side of the bypass valve (3); one of the swirling dust collecting devices (4), and one of the air inlets (51) and one at each end a heat collecting pipe (5) of the air outlet (52); a side of the vortex dust collecting device (4), and connected to the baking device (200) by a pipe, the baking device (200) a hot air outlet (6) for heating the heat collecting tube (5); one of the swirling dust collecting devices (4) is disposed on one side of the swirling dust collecting device (4), and is connected to the cold air outlet (31) by a pipeline, and The cold air is sent to the cold air inlet (7) in the vortex dust collecting device (4); the temperature is connected to the vortex dust collecting device (4), and the temperature in the vortex dust collecting device (4) can be a first exhaust vent (8) discharged from the wind; and a thermal energy collecting machine ( 100) a second exhaust vent (9) connected to the first exhaust vent (8) at a bottom end; and an air inlet (51) of the heat collecting tube (5) is a pipeline and the bypass valve ( 3) The cold air outlet (31) of the top end is connected, and the air outlet (52) of the heat collecting tube (5) is connected to the baking device (200) by a pipeline. The thermal energy harvesting machine of claim 1, wherein: the thermal energy collecting machine (100) further comprises a casing (10), the casing (10) including a gas inlet a front housing portion (101) connected to the vortex dust collecting device (4), and a detachable rear housing portion (102) disposed opposite the front housing portion (101) At the bottom of the detachable rear housing portion (102) and the front housing portion (101) The bottom case portion (103) and the left and right case portions (104, 105) respectively provided on both sides of the bottom case portion (103). The thermal energy collecting machine according to claim 2, wherein: the thermal energy collecting machine (100) further comprises a heat generating energy collecting machine disposed at a top end of the casing (10) and capable of controlling the thermal energy collecting machine. (100) Operational control device (20). The thermal energy concentrating machine of claim 3, wherein: the control device (20) further comprises a terminal disposed at one end of the control device (20) and connected to the air outlet (52) by a pipeline. An air outlet pipe (201); and an air inlet pipe (202) disposed on one side of the air outlet pipe (201) and connected to the heating air port (6) by a pipeline. The thermal energy concentrating machine of claim 1, wherein: the thermal energy concentrating machine (100) has four rounds at the bottom end thereof, and is further provided with a wheel body (30). The thermal energy collecting machine according to claim 1, wherein: the air inlet (1) is further provided with an air cleaner (11), and the outer periphery of the air filter (11) is further covered. A slidable cover (12) is provided to prevent dust from entering, and a side of the slidable cover (12) is provided with a plurality of holes (121) for allowing air to enter. The thermal energy collecting machine according to claim 1, wherein: the vortex dust collecting device (4) further comprises a rotating housing (41) having a swirling space (411) therein, and a A dust collecting housing (42) connected to the bottom of the housing (41). The thermal energy collecting machine according to claim 1, wherein: the heat collecting tube (5) is one of an aluminum tube body or a copper tube body, and the surface of the heat collecting tube (5) is further A heat transfer fin (53) is provided.