11 results about "Evacuated tube" patented technology

The utility model discloses a solar vacuum tube collector which comprises a supporting frame, a supporting plate, a vacuum tube and a heat preservation shell, the supporting plate is fixedly installed on the front surface of the lower end of the supporting frame, the heat preservation shell is fixedly installed on the front surface of the upper end of the supporting frame, and the vacuum tube is fixedly installed between the heat preservation shell and the supporting plate. A moving block is movably embedded in the rear portion of the supporting frame, and a transferring frame is movably installed on the moving block. According to the solar vacuum tube collector, when a certain vacuum tube needs to be detached, a rotary knob of the supporting frame is rotated, the rotary knob drives the threaded rod to rotate, at the moment, the moving block can drive the transferring frame to move on the threaded rod, after the transferring frame moves to the position of the designated vacuum tube, the transferring frame is pushed forwards, and the vacuum tube is detached. In this way, in the process of disassembling the vacuum tube, the vacuum tube does not need to be held by one hand, and therefore the disassembling process is more convenient and faster.

A system and method for solar energy concentration is provided. One embodiment has a reflective trough with a reflective upper surface that reflects incident sunlight energy towards a focal line; a solar evacuated tube heat collector defined by a transparent fluid container member that has a length that corresponds to a length of the reflective upper surface of the reflective trough, wherein the solar evacuated tube heat collector is located along the focal line associated with the reflective trough such that an interior of the transparent fluid container member encompasses the focal line; and a wave guide located above and in proximity to the solar evacuated tube heat collector having a length corresponding to the length of the solar evacuated tube heat collector, wherein a lower surface of the wave guide has a reflective lower surface that reflects incident sunlight energy downwards onto the solar evacuated tube heat collector.

The invention relates to the technical field of connecting structures, and discloses a steel pipe connecting structure and a connecting method.The steel pipe connecting structure comprises a barrel arranged between the inner walls of the adjacent ends of two steel pipes and used for axial butt joint of the two steel pipes, and two first circular rings arranged on the outer surface of the barrel and located between the two steel pipes; the two steel pipes are in axial butt joint through the barrel, then the two steel pipes are axially limited through the two first circular rings, and a fixed distance is formed between the two first circular rings and the two steel pipes, so that the support is effectively prevented from being interfered by vibration of other steel pipes, meanwhile, the heat conduction effect between the steel pipes is reduced, and the heat conduction efficiency of the support is improved. The mode not only reduces the working time of the heating device, is energy-saving and environment-friendly, but also effectively avoids the influence of noise vibration on the electronic tube monitoring power amplifier, and ensures the normal use of the recording studio.

The present invention provides a solar-based multipurpose utility system which is an integrated appliance that uses solar energy to perform various utility functions such as cooking, ice melting, water heating, room heating, and food drying. The phase change material has been used in the system for enhancing the thermal storage capacity of the system. The invention supports the idea of providing wireless remote control for the overall system to the end-user using IoT-based sensors and devices. The system comprises Fresnel lens with cover (21), Fresnel lens (22), ice pot (23), water pipe (24), reflector (25), water storage tank (26), blower (13), phase change material (PCM) filled in evacuated tube arrangement (27), hot air sprayer (28), water filter (15), battery with electronic components (3), water tap (29), temperature and humidity sensor (16), exhaust fan (12), and solar panel (1).

This utility model discloses a variable tilt angle solar vacuum tube collector, relating to the technical field of solar energy tilt angle variable devices. It includes a heat exchange box, a support frame mounted at the lower end of the heat exchange box, a connecting rod hinged to one side of the middle section of the support frame, and a support platform hinged to the other end of the connecting rod. A protective cover is fixed to the front end of the support platform, and multiple equidistant vacuum tube collectors are installed in the support platform near the heat exchange box. A tilt angle changing component is installed below one side of the support frame, and an intelligent rotating component is installed inside the support platform. In this utility model, the cooperation of a worm gear, worm wheel, first gear, and tooth groove adjusts the tilt angle of the support platform, improving solar energy absorption efficiency. A drive motor drives the drive gear, which, via a belt, engages with a second gear at the lower end of the vacuum tube collector. Combined with a first and second sealed bearing, this solves the problem of uneven heat absorption caused by the fixed direction of the vacuum tube collector, improving the uniformity and effectiveness of heat absorption.

A tube section for constructing a tube for underpressure applications with an incircle having a diameter of at least 2 m and to an evacuated tube transport system tube produced therefrom.

To provide an electron tube unit capable of being further miniaturized.SOLUTION: The electron tube unit 100 includes the flash lamp 1, the first substrate 10 to which the flash lamp 1 is electrically connected, and the second substrate 20 on which the boosting circuit 5 is provided. The first substrate 10 and the second substrate 20 are disposed so as to be separated from each other and overlap each other via a plurality of third substrates 30. The third substrate 30 includes a first conductive portion 51 and a third conductive portion 53 that transmit power supplied from the booster circuit 5 to the flash lamp 1.SELECTED DRAWING: Figure 2

The utility model discloses an electronic tube forming and setting machine, which belongs to the technical field of tube tape forming devices and comprises a workbench, and a coiling mechanism, a heating mechanism and a cooling mechanism are sequentially arranged on the workbench. The cooling mechanism comprises a water cooling pipe and an air blowing pipe, the water cooling pipe and the air blowing pipe are hollow, the water cooling pipe is fixedly connected to the workbench and arranged outside the air blowing pipe in a sleeving mode, the water cooling pipe and the air blowing pipe are each provided with a ventilation seam in the axial direction, the two ventilation seams are right opposite, a plurality of air outlet holes are formed in the inner wall of the air blowing pipe in the circumferential direction, and an air supply assembly is arranged on the air blowing pipe. The air supply assembly communicates with the multiple air outlet holes. A water cooling cavity is formed in the pipe wall of the water cooling pipe, and a water inlet and outlet assembly is arranged on the water cooling pipe and communicates with the water cooling cavity. By arranging the air blowing pipe and the water cooling pipe, air can be intensively aligned to the circumferential direction of the electronic tube for air cooling, the air loss is reduced, and the cooling efficiency and the cooling effect are improved.

The invention discloses a geothermal water cascade warming system driven by solar energy. The geothermal water cascade warming system comprises a well outlet pump, a flat plate collector heat exchange water tank, a flat plate collector square matrix, a circulating pump, a vacuum tube collector heat exchange water tank, a vacuum tube collector square matrix, a CPC collector heat exchange water tank, a CPC collector square matrix, a PTC collector heat exchange water tank, a PTC collector square matrix and a recharge pump. Each heat exchange water tank is connected with the corresponding heat collector square matrix through a circulating pump, and the previous heat exchange water tank can be communicated with the input end of the recharge pump and each downstream heat exchange water tank; and when the temperature of the geothermal water is smaller than the target temperature, the downstream heat collector square matrix with the highest heat collection efficiency is selected to heat the geothermal water, if the temperature of the heated geothermal water is smaller than the target temperature, the downstream heat collector square matrix with the highest heat collection efficiency is continuously selected to heat the geothermal water, and the steps are repeated till the target temperature is reached or heat exchange is completed in the PTC heat collector heat exchange water tank. Through the cooperative heat collection effect between the heat collector square matrixes, the system can keep high heat collection efficiency within the full temperature range.

The invention relates to a glass electronic tube core column and glass bulb sealing device and a sealing method thereof, the device comprises a hollow stand column and a shaft sleeve which are arranged on a rack, a transmission shaft is arranged in the hollow stand column, a hollow support is arranged at the upper end of the hollow stand column, an upper vertical shaft is arranged in the hollow support, and an air cylinder is arranged at the upper end of the hollow support; the output end is coaxially connected with the upper end of the upper vertical shaft; a power source is arranged in the rack, and the output end of the power source is coaxially connected with the lower end of the transmission shaft; a drill chuck is arranged at the lower end of the upper vertical shaft; a lower vertical shaft is arranged in the shaft sleeve; the power source output end is in transmission connection with the shaft sleeve; a swing arm is hinged in the rack, one end of the swing arm is clamped with a self-aligning ball bearing arranged at the lower end of the lower vertical shaft, and the other end of the swing arm is connected with a left pedal; a supporting seat is sleeved on the supporting sleeve at the upper end of the lower vertical shaft; a first support arm and a second support arm are hinged on the rack, and flame nozzles are respectively arranged at the upper ends of the first support arm and the second support arm. The device can improve the yield, ensure the sealing quality and reduce the production cost.

The application discloses a kind of light source-light cathode system and regulation and control method based on WSS, it is related to electronic tube and light source regulation and control technical field.The system includes: laser light source;Wavelength selection switch module, its input end is connected with laser light source, for receiving initial laser and modulating it into multiple different wavelengths and different light intensity output laser;Output fiber array, its input end is connected with wavelength selection switch module output end, its output end is oppositely arranged with light cathode plate, for forming the dot array light spot irradiated to the different positions of light cathode plate;Temperature sensing module is the film structure of light receiving surface being set in light cathode plate, for monitoring the temperature of each light spot irradiation point;Central control system is connected with wavelength selection switch module and temperature sensing module respectively, for according to the temperature data fed back by temperature sensing module, dynamically controls wavelength selection switch module to the wavelength and light intensity distribution of each output laser, realizes the accurate regulation and control of photon energy and photoelectric effect threshold.