Insulating and cooling cracking device

An insulating and cooling cracking device includes a thermal cracking furnace accommodated therein. The insulating and cooling device has at least one cooling opening set on its side wall and at least one adiabatic cover. When the thermal cracking device is in heating, the adiabatic cover is closed. When the pyrolysis process is completed, the adiabatic cover is opened to allow the air to flow into one cooling opening. The air further flows through the surface of the thermal cracking furnace, and flows out from another cooling opening to achieve the advantage of more rapid cooling.

INSULATING AND COOLING CRACKING DEVICE

An insulating and cooling cracking device includes a thermal cracking furnace accommodated therein. The insulating and cooling device has at least one cooling opening set on its side wall and at least one adiabatic cover. When the thermal cracking device is in heating, the adiabatic cover is closed. When the pyrolysis process is completed, the adiabatic cover is opened to allow the air to flow into one cooling opening. The air further flows through the surface of the thermal cracking furnace, and flows out from another cooling opening to achieve the advantage of more rapid cooling. 1. An insulating and cooling cracking device , comprising:an insulating and cooling device including a first cooling opening and a second cooling opening;a thermal cracking furnace accommodated in the insulating and cooling device, a space being provided between the thermal cracking furnace and an interior of the insulating and cooling device, the space defining an air flowing channel, wherein the air flowing channel connects to the first cooling opening and the second cooling opening;a first adiabatic cover selectively covering the first cooling opening; anda second adiabatic cover selectively covering the second opening.2. The insulating and cooling cracking device according to claim 1 , wherein the first cooling opening and the second cooling opening are provided on opposite side walls of the insulating and cooling device claim 1 , respectively.3. The insulating and cooling device according to claim 2 , wherein the first cooling opening faces directly opposite to the second cooling opening.4. The insulating and cooling cracking device according to claim 2 , wherein a height difference along an axial direction of the insulating and cooling device exists between the first cooling opening and the second cooling opening.5. The insulating and cooling cracking device according to claim 1 , further comprising a cooling fan fixed to the insulating and cooling device claim 1 , the cooling fan ...

THERMAL CRACKER DEVICE

A thermal cracker device includes an outer furnace and a thermal cracking furnace accommodated in the outer furnace. The outer surface of the thermal cracking furnace and the inner surface of the outer furnace define a space. The outer surface of the thermal cracking furnace has a fin structure to define an air flow channel in the space. 1. A thermal cracker device , comprising:an outer furnace; anda thermal cracking furnace being accommodated in the outer furnace;wherein an outer surface of the thermal cracking furnace is provided with a fin structure, a space is defined between an outer side of the thermal cracking furnace and an inner side of the outer furnace, an air flow channel is defined in the space by the fin structure.2. The thermal cracker device according to claim 1 , wherein the fin structure is formed as spiral shape.3. The thermal cracker device according to claim 1 , wherein the fin structure is formed as lateral type or vertical type.4. The thermal cracker device according to claim 1 , wherein the fine structure is electrical couple type fin structure.5. The thermal cracker device according to claim 1 , wherein a ratio of a wall thickness of the thermal cracking furnace to a width of the fin structure is 1:2 to 1:128.6. The thermal cracker device according to claim 1 , wherein a ratio of the wall thickness of the thermal cracking furnace to the width of the fin structure is 1:32.7. The thermal cracker device according to claim 2 , wherein a slope of the fin structure is between ±(0.015 to 0.23).8. The thermal cracker device according to claim 2 , wherein the fin structure has at least two segments with different slopes.9. The thermal cracker device according to claim 1 , wherein the outer furnace has at least one cooling opening.10. The thermal cracker device according to claim 9 , wherein the outer furnace has a first cooling opening and a second cooling opening claim 9 , the first cooling opening and the second cooling opening are situated on two ...

WASTE TIRE SEPARATION RECYCLING TREATMENT DEVICE

A waste tire separation recycling treatment device includes a machine rack, a pair of crushing rollers, a pair of stripping wheels and a guiding portion. After a waste tire, which is performed with pyrolysis, is placed in the device to obtain a non-metal scrap, a metal scrap and a mixture, and above 98% of the non-metal scrap, the metal scrap and the mixture are sequentially rolled and striped off to transform them into the non-metal scrap and the metal scrap. Afterward, several separation processes are performed to separate the non-metal scrap and the metal scrap, thereby greatly increasing the efficiency of separation recycling treatment. 1. A waste tire separation recycling treatment device , wherein a waste tire is composed of a rubber material and a metal material and formed into a non-metal scrap , a metal scrap and a mixture after pyrolysis , and the mixture is that the non-metal scrap is covered on a surface of the metal scrap , the waste tire separation recycling treatment device comprising:a machine rack disposed with a feeding port for placing the non-metal scrap, the metal scrap and the mixture;{'b': 1', '1, 'a set of crushing rollers disposed in the machine rack and located at a side of the feeding port, a first spacing T disposed between the set of crushing rollers, the first spacing T being smaller than or equal to sizes of the non-metal scrap, the metal scrap and the mixture to roll the non-metal scrap, the metal scrap and the mixture such that the non-metal scrap, the metal scrap and the non-metal scrap on a surface of the mixture are crushed;'}{'b': 2', '2', '1, 'a set of first stripping wheels disposed in the machine rack and located at a side of the set of crushing rollers, a second spacing T dispose between the set of stripping wheels, the second spacing T being greater than the first spacing T, the set of first stripping wheels stripping off the metal scrap on the surface of the mixture having a great volume and the non-metal scrap to separate ...

VEHICLE TYPE THERMAL DESORPTION PYROLYSIS SYSTEM

The present invention discloses a vehicle type thermal desorption pyrolysis system. The system comprises a thermal desorption pyrolysis device and a vehicle. Wherein, the vehicle has a shipping shell. The thermal desorption pyrolysis device is disposed in a containing space of the shipping shell. The vehicle ships the thermal desorption pyrolysis device to move, so that the convenience for using the thermal desorption pyrolysis device can thereby be promoted. 1. A vehicle type thermal desorption pyrolysis system , comprising:a vehicle having a shipping shell; anda thermal desorption pyrolysis device disposed in a containing space of the shipping shell, and shipped by the vehicle so as to move.2. The system of claim 1 , wherein a plurality of inlet wind shields and a plurality outlet wind shields are disposed on the shipping shell claim 1 , the plurality of inlet wind shields are disposed adjacent to front end of the shipping shell claim 1 , and openings of the plurality of inlet wind shields face the front end of the shipping shell claim 1 , the plurality of outlet wind shields are disposed adjacent to rear end of the shipping shell claim 1 , top surface of the shipping shell or the combination thereof claim 1 , and openings of the plurality of outlet wind shields face the rear end of the shipping shell claim 1 ,3. The system of claim 2 , wherein wind current of environment is formed as a predetermined flowing direction through the plurality of inlet wind shields and the plurality of outlet wind shields claim 2 , so as to cool down the inner of the shipping shell.4. The system of claim 3 , wherein the front end of the vehicle is adjusted to face wind direction according to the wind direction of environment.5. The system of claim 3 , wherein further comprises a sensor claim 3 , the plurality of inlet wind shields are automatic open/close and control the opening angle of each of the plurality of inlet wind shields according to the result performed by the sensor.6. The ...

SUPER THIN HEATING DISK

A super thin heating disk includes an upper cover made of metal, the upper cover being formed with a receiving groove; a lower cover made of metal and installed within the receiving groove; the heating coil being distributed in the receiving groove; a heating coil installed within the receiving groove, two ends of the heating coil being installed with two electrodes, respectively, which are connected to external positive and negative electrodes for current conduction; a thermal couple installed in the receiving groove for detecting temperatures of the heating coil; the thermal couple being connected to two connection wires for conducting external transmission lines so that detection temperature data can be transferred out; and two insulation layers installed in the receiving groove and at an upper and a lower side of the heating coil. 1. A super thin heating disk , comprising:an upper cover made of metal, the upper cover being formed with a receiving groove;a lower cover made of metal and installed within the receiving groove; the heating coil being distributed in the receiving groove;a heating coil installed within the receiving groove, two ends of the heating coil being installed with two electrodes, respectively, which are connected to external positive and negative electrodes for current conduction;a thermal couple installed in the receiving groove for detecting temperatures of the heating coil; the thermal couple being connected to two connection wires for conducting external transmission lines so that detection temperature data can be transferred out; andtwo insulation layers installed in the receiving groove and at an upper and a lower side of the heating coil.2. The super thin heating disk as claimed in claim 1 , further including a plurality of combining studs claim 1 , a peripheral edge of a bottom of the upper cover is formed with a protrusion; an inner side of the protrusion is formed with a stepped edge; an inner side of the stepped edge is formed with ...

BASE STATION AND METHOD FOR OPERATING THE BASE STATION

Present disclosure relates to a base station and a method for operating the same. The base station includes a communicating unit and a processing unit. The communicating unit is wirelessly connected to user equipments in the internet of things. The communicating unit is configured to receive a frequency hopping preamble sequence from a user equipment. The processing unit, electrically coupled to the communicating unit, is configured to obtain frequency hopping energies corresponding to a plurality of symbol groups from the frequency hopping preamble sequence. The processing unit is configured to accumulate the frequency hopping energies and calculate an average energy corresponding to one symbol group according to the accumulated frequency hopping energies. The processing unit is configured to calculate a threshold based on the average energy and a false alarm rate, wherein the threshold is applied to determine whether signals sending from the user equipment are noises. 1. A base station , applied on a network of Internet of Things , comprising:a communicating element in communication with a user equipment in the network, configured to receive a frequency hopping preamble sequence from the user equipment; anda processor, electrically coupled to the communicating element, configured to obtain frequency hopping energies corresponding to N symbol groups from the frequency hopping preamble sequence, wherein N is a length of the frequency hopping preamble sequence, the frequency hopping energies are index values corresponding to a plurality of post-FFT digits in the N symbol groups, and the processor is configured to accumulate the frequency hopping energies, calculate the accumulated frequency hopping energies to generate an average energy of one symbol group, and calculate the average energy with a false alarm rate to generate a threshold, wherein the threshold is applied to determine whether signals sending from the user equipment are noises.2. (canceled)3. The base ...

SUBSTANCE VEHICLE OF PYROLYSIS REACTOR

The present invention discloses a substance vehicle of pyrolysis reactor to apply for loading the substances of pyrolysis reactor. The substance vehicle includes a vehicle body, at least two movable doors and at least two fixed units. The vehicle body is used to accommodate the pyrolysis substances, and the movable door is movably disposed at the bottom of the vehicle body. When the fixed units are changed from the first position to the second position, a part of the fixed unit will disengage from the bottom of the movable door, such that the movable doors are opened by gravity and the pyrolysis substances are dropped. 1. A substance vehicle of pyrolysis reactor , applicable to load and transport a pyrolysis substance , comprising:a vehicle body, having at least two volume spaces separated by a separator, the at least two volume spaces being not communicating, and a top of the at least two volume spaces being fully opened for allowing the pyrolysis substances to be placed into the at least two volume spaces;at least two movable doors, movably disposed at a bottom of the at least two volume spaces, wherein the at least two movable doors are operated independently; andat least two fixed units, being in L-shaped and comprised of a long strut and a short strut, the long strut corresponding to the at least two volume spaces disposed on a side edge of the vehicle body, and an end of the long strut adjacent to the bottom of the at least two volume spaces connected with the short strut, wherein each of the at least two fixed units controls an operation of one of the at least two movable doors respectively;wherein the short strut is reciprocally rotatable between a first position and a second position around an axis along an axial direction of the vehicle body, the short strut is located below the at least two movable doors to prevent opening the at least two movable doors in the first position, and the short strut is in the second position while disengaging from the bottom ...

ELECTRONIC DEVICE HAVING ANTENNA STRUCTURE

An electronic device has a front side and a rear side opposite to each other and includes a back cover and an antenna structure. The back cover is disposed at the rear side. The antenna structure includes a first radiation portion, a second radiation portion and a ground portion. The first radiation portion is disposed at the front side. The second radiation portion is disposed between the first radiation portion and the back cover and is connected to the first radiation portion. The ground portion is disposed between the first radiation portion and the back cover, wherein the second radiation portion is grounded to the back cover through the ground portion. 1. An electronic device , having a front side and a rear side opposite to each other and comprising:a back cover disposed at the rear side; and a first radiation portion disposed at the front side;', 'a second radiation portion disposed between the first radiation portion and the back cover and connected to the first radiation portion; and', 'a ground portion disposed between the first radiation portion and the back cover, wherein the second radiation portion is grounded to the back cover through the ground portion., 'an antenna structure, comprising2. The electronic device according to claim 1 , wherein the antenna structure comprises at least one connecting portion connected between the first radiation portion and the second radiation portion.3. The electronic device according to claim 2 , wherein a quantity of the at least one connecting portion is two claim 2 , and the first radiation portion claim 2 , the second radiation portion and the two connecting portions have a slot therebetween claim 2 , and the slot forms a slot antenna.4. The electronic device according to claim 3 , wherein the slot antenna is configured for receiving a signal claim 3 , and a length of the slot antenna is 0.5 times of a wavelength of the signal.5. The electronic device according to claim 2 , wherein the first radiation portion ...

FLY ASH REMOVING PROCESS OF SCRAP TIRE

A fly ash removing process of scrap tires is provided, which includes the steps of: performing a pre-treating procedure, comprising grinding a pyrolyzed carbon black and removing a granular metallic material from the pyrolyzed carbon black by a method of magnetic separation; performing a first fly ash removing procedure, comprising performing an acid-wash to the ground carbon black by an acidic solution and a chelating agent; performing a first washing procedure, comprising washing the carbon black in which the acid-wash is performed to neutralize the residual acidic solution and the chelating agent by water, and drying the washed carbon black to obtain the carbon black in which the fly ash is removed. The removing process is able to effectively reduce the contents of the fly ash contained in the pyrolyzed carbon black. 1. A fly ash removing process of scrap tire , comprising steps of:performing a pre-treating procedure, comprising grinding a pyrolyzed carbon black and removing a granular metallic material from the pyrolyzed carbon black by a method of magnetic separation;performing a first fly ash removing procedure, comprising performing an acid-wash to the ground carbon black by an acidic solution and a chelating agent;performing a first washing procedure, comprising washing the carbon black in which the acid-wash is performed to neutralize the residual acidic solution and the chelating agent by water, anddrying the washed carbon black to obtain the carbon black in which the fly ash is removed.2. The fly ash removing process of scrap tire of claim 1 , further comprising steps of:performing a second fly ash removing procedure, comprising performing an alkaline-wash to the carbon black in which the grinding or the acid-wash is performed by an alkaline solution, andperforming a second washing procedure, comprising washing the carbon black in which the alkaline-wash is performed to neutralize the residual alkaline solution by water.3. The fly ash removing process of ...

SUBSTANCE VEHICLE OF PYROLYSIS REACTOR

The present invention discloses a substance vehicle of pyrolysis reactor to apply for loading the substances of pyrolysis reactor. The substance vehicle includes a vehicle body, a movable door and a fixed unit. The vehicle body is used to accommodate the pyrolysis substances, and the movable door is movably disposed at the bottom of the vehicle body. When the fixed unit is changed from the first position to the second position, a part of the fixed unit will disengage from the bottom of the movable door, such that the movable door is opened by gravity and the pyrolysis substances are dropped. 1. A substance vehicle of pyrolysis reactor , applicable to load and transport a pyrolysis substance , comprising:a vehicle body, having at least one volume space, and a top of the volume space being in a full-open state so as to dispose the pyrolysis substances into the volume space;at least one movable door, movably disposed at a bottom of the volume space; andat least one fixed unit, being in L-shaped and comprising a long strut and a short strut, the long strut corresponding to the volume space disposed on a side edge of the vehicle body, and an end of the long strut adjacent to the bottom of the volume space connected with the short strut;wherein when the short strut is in a first position, the short strut is located below the movable door to prevent opening the movable door, when the fixed unit is rotating, the short strut is rotating to a second position and the short strut disengages from the bottom of the movable door, such that the movable door is opened by gravity.2. The substance vehicle of pyrolysis reactor of claim 1 , wherein an end of the long strut claim 1 , which is adjacent to the top of the volume space claim 1 , is disposed as a non-circular structure.3. The substance vehicle of pyrolysis reactor of claim 2 , wherein the substance vehicle of pyrolysis reactor which loads the pyrolysis substances displaces to the top of a freefall tank of the pyrolysis ...

Wideband Antenna and Wireless Communication Device

A wideband antenna includes a first radiator formed as a part of a metal frame for resonating a first signal component of a radio-frequency signal, a second radiator disposed within an area enclosed by the metal frame for resonating a second signal component of the radio-frequency signal, and a feed terminal electrically connected between the second radiator and a ground for feeding the radio-frequency signal, wherein there is a distance between the first and second radiators such that a coupling effect is induced between the first and second radiators, which allows the first signal component being fed from the second radiator into the first radiator via the coupling effect.

PVD REACTOR WITH MAGNETIC ROTATION MECHANISM

A PVD reactor with a magnetic rotation mechanism comprises a base installed to a top of an interior of a reactor; a retaining gear fixedly installed at a bottom surface of the base; a central shaft rotatably passing through the base and the retaining gear; a driver for driving the central shaft to rotate; a rotation arm having a receiving groove for receiving the retaining gear; a rotation gear rotatably installed within the receiving groove and engaged with the retaining gear; a center of the rotation gear having a gear shaft; a magnetic disk installed to a lower end of the gear shaft; the magnetic disk containing a plurality of disk bodies which are parallel and a plurality of magnets; the magnets being formed as two spinal shapes which are alternatively arranged and contains two opposite polarities; and a balance block serving to balance the weight of the magnetic disk. 1. A PVD reactor with a magnetic rotation mechanism , comprising:a base fixedly installed to a top of an interior of a reactor;a retaining gear fixedly installed at a bottom surface of the base;a central shaft rotatably passing through the base and the retaining gear;an upper end of the central shaft being connected to a driver so that the driver could drive the central shaft to rotate, and a lower end of the central shaft protruding to a lower side of the retaining gear;a rotation arm retained to a lower end of the central shaft; and one end of the rotation arm having a receiving groove for receiving the retaining gear;a rotation gear rotatably installed within the receiving groove and engaged with the retaining gear; a center of the rotation gear having a gear shaft which downwards penetrates through rotation arm;a magnetic disk installed to a lower end of the gear shaft; the magnetic disk containing a plurality of disk bodies which are parallel and a plurality of magnets; the magnets being formed as two spinal shapes which are alternatively arranged and contains two opposite polarities; anda ...

Waste recycling apparatus

A waste recycling apparatus includes a temporary storage tank, a pyrolyzing furnace, a first blower, a material storage tank, a second blower, and a rotary valve and a magnetic device. The temporary storage tank carries a waste. The pyrolyzing furnace decomposes the waste into a non-iron material and an iron material. The first blower produces winds to blow the waste into the pyrolyzing furnace. The material storage tank stores the non-iron material and the iron material and includes an outlet. The second blower produces winds to blow the non-iron material and the iron material into the material storage tank. The rotary valve controls a discharge quantity of the non-iron material and the iron material. The magnetic device is installed on a side of the outlet, and the magnetic device attracts the iron material to separate the non-iron material and the iron material. The waste recycling apparatus can recycle wastes automatically.

寬頻天線及無線通訊裝置

一種天線，包含有一第一輻射體，構成一金屬外框的一部份，用來共振一射頻訊號的一第一訊號分量；以及一第二輻射體，設置於該金屬外框所環繞之一區域內，用來共振該射頻訊號的一第二訊號分量；以及一饋入端，電性連接於該第二輻射體與一接地部之間，用來饋入該射頻訊號；其中，該第一輻射體與該第二輻射體間隔一距離，該距離使該第一輻射體與該第二輻射體產生耦合作用，以使該第一訊號分量經由該第二輻射體耦合饋入至該第一輻射體。

多色轉射成型機

Two-stage filter

A two-stage filter is provided. A first stage filter performs a first stage filtering operation on an initial signal to adjust a frequency of the initial signal to output a first filtered signal. A second stage filter is connected to the first stage filter. The second stage filter performs a second stage filtering operation on the first filtered signal to filter an interference component that is generated during the first stage filtering operation from the first filtered signal to output a second filtered signal.

Insulating and cooling cracking device

Incense simulating device

Improved structure of warning vehicle malfunctions

熱脫附裂解系統

本發明係揭露一種熱脫附裂解系統，包含一裂解爐以及一物質處理部。裂解爐具有一內爐、一外爐及一導熱件，其中該內爐具有一裂解室，該內爐和外爐之間定義有一間隔空間，該導熱件穿設過該裂解室內，其兩端和該間隔空間相連通。物質處理部具有一真空泵浦，真空泵浦連接至該裂解室以提供該裂解室一負壓。藉由本發明之導熱件設置並維持裂解室具有一定的負壓，便能降低熱脫附裂解系統溫度，並加快裂解反應機制。

Two-stage filter

A two-stage filter is provided. A first stage filter performs a first stage filtering operation on an initial signal to adjust a frequency of the initial signal to output a first filtered signal. A second stage filter is connected to the first stage filter. The second stage filter performs a second stage filtering operation on the first filtered signal to filter an interference component that is generated during the first stage filtering operation from the first filtered signal to output a second filtered signal.

Online pairing method and computer-readable storage medium

An online pairing method and a computer-readable storage medium are proposed. The online pairing method may be applied to a signal source device and a display device. The signal source device may output a display signal to the display device for display. The method may include dual-channel connection, transmitter sending identity identification information, receiver entering pairing mode, transmitter entering pairing mode, receiver sending online information, and communication connection. Various embodiments can make online pairing and its usage easy, and can improve user experience.

Improved structure of steaming box

Wideband antenna and wireless communication device

A wideband antenna includes a first radiator formed as a part of a metal frame for resonating a first signal component of a radio-frequency signal, a second radiator disposed within an area enclosed by the metal frame for resonating a second signal component of the radio-frequency signal, and a feed terminal electrically connected between the second radiator and a ground for feeding the radio-frequency signal, wherein there is a distance between the first and second radiators such that a coupling effect is induced between the first and second radiators, which allows the first signal component being fed from the second radiator into the first radiator via the coupling effect.