mhurhangee/patent-ind-claim-en huggingface dataset:
A geothermal heat harvesting system , comprising a closed fluid flow path having a first segment, a second segment and a third segment, wherein the first segment, second segment and third segment are disposed below a ground surface such that, during use, a working fluid is directed through the closed fluid flow path along a direction that includes, in sequence, the first segment, the second segment and the third segment, wherein the closed fluid flow path includes a fluid entrance and a fluid exit that are co-located at the ground surface, and wherein (i) the second segment comprises a casing surrounded by thermally conductive cement or grout and is substantially free of thermal insulation, (ii) the third segment is thermally insulated, and (iii) the second segment comprises a horizontal portion between two sharp turns at a target temperature and depth, wherein each of the two sharp turns has an inside angle of between 5° to 90°, wherein the second segment is at a depth that is substantially constant across the length of the second segment and has a horizontal length of at least 500 m, the system further comprising a turbine for generating power with the aid of thermal energy from the working fluid.
A lighting control system for stage lights, comprising: a Ethernet network, a communication console being an ARTNET console and several rows of stage lights , wherein each row of stage lights comprises several stage lights successively connected in series, each of the several stage lights being internally provided with a network switching unit for receiving, switching and delivering network signals; wherein the ARTNET console and the stage lights are part of the Ethernet network, the ARTNET console is configured to communicate with the stage lights via an ARTNET protocol and is further configured to connect to the network switching unit of a first stage light in each row of stage lights by means of a network cable respectively; adjacent stage lights in each row of stage lights are configured to connect in sequence by means of a network cable; and a network control signal sent by the ARTNET console is configured to be delivered to the network switching unit of the first stage light ; wherein when a preceding stage light works normally, its network switching unit receives the network control signal and delivers same to an internal circuit of the stage light for processing and then transmits same to the network switching unit of the subsequent stage light , wherein when the preceding stage light has a fault, its network switching unit directly transmits the network control signal to the network switching unit of the subsequent stage light , and wherein the network control signal is used for controlling the working state of the stage lights , and the internal circuit is configured to provide the required power for the stage lights . wherein each row of stage lights comprises several stage lights successively connected in series, each of the several stage lights being internally provided with a network switching unit for receiving, switching and delivering network signals; wherein the ARTNET console and the stage lights are part of the Ethernet network, the ARTNET console is configured to communicate with the stage lights via an ARTNET protocol and is further configured to connect to the network switching unit of a first stage light in each row of stage lights by means of a network cable respectively; adjacent stage lights in each row of stage lights are configured to connect in sequence by means of a network cable; and a network control signal sent by the ARTNET console is configured to be delivered to the network switching unit of the first stage light ; wherein when a preceding stage light works normally, its network switching unit receives the network control signal and delivers same to an internal circuit of the stage light for processing and then transmits same to the network switching unit of the subsequent stage light , wherein when the preceding stage light has a fault, its network switching unit directly transmits the network control signal to the network switching unit of the subsequent stage light , and wherein the network control signal is used for controlling the working state of the stage lights , and the internal circuit is configured to provide the required power for the stage lights .
A tilting vehicle including a frame freely transversely tiltable between at least two transversely spaced wheels , at least one variable damper with adjustable damping force operatively connected between the frame and the two wheels , at least one sensor to generate signals indicative of transverse tilting of the frame relative to a central vertical plane of the vehicle, and a controller in communication with the at least one variable damper and the at least one sensor, wherein the controller is configured to vary transverse damping by the at least one variable damper in accordance with the signals generated by the at least one sensor to passively provide transverse tilt stability to the frame through the force generated in the damper in the opposite direction of the damper movement, and wherein the at least one sensor is a side wind sensor characterized by that the controller is connected to the brake system of the vehicle to vary brake pressure by opening a by-pass valve in the brake system or by increasing the brake pressure with an active pump and/or the controller is connected to a powertrain control system of the vehicle to vary power and torque output from the power train to the wheels of the vehicle .
Method for attaching a glass element to a frame provided with a glass opening , in which method the glass element is fitted against a glazing rabbet on an edge of the glass opening , and the glass element is attached to the frame , characterized in that the glass element is preattached to the frame so that hot melt adhesive is applied on the surface of the glazing rabbet , the glass element is fitted against the glazing rabbet so that hot melt adhesive is between the glass element and the frame , which hot melt adhesive is molten above a certain temperature and cures when the temperature falls, and after the gluing with hot melt adhesive silicone is applied between the glass element and the frame , with which silicone the glass element is actually attached to the frame .
A method for processing terminal device capability information, performed by a terminal device, characterized by comprising: receiving a second message transmitted by a network-side device, wherein the second message comprises second information, the second information is used to indicate a reporting manner, and the reporting manner comprises reporting all capability information of the terminal device in a radio resource control, RRC, message segmentation manner; transmitting a first message to the network-side device when a size of capability information of the terminal device is greater than a maximum size of a packet data aggregation protocol, PDCP, service data unit, SDU, wherein the first message comprises first information, and the first information comprises information used for indicating that the terminal device has remaining capability information that has not been reported; transmitting the capability information of the terminal device by using at least one PDCP SDU based on the reporting manner, wherein capability information carried by any one of the at least one PDCP SDU is partial capability information of the terminal device. receiving a second message transmitted by a network-side device, wherein the second message comprises second information, the second information is used to indicate a reporting manner, and the reporting manner comprises reporting all capability information of the terminal device in a radio resource control, RRC, message segmentation manner; transmitting a first message to the network-side device when a size of capability information of the terminal device is greater than a maximum size of a packet data aggregation protocol, PDCP, service data unit, SDU, wherein the first message comprises first information, and the first information comprises information used for indicating that the terminal device has remaining capability information that has not been reported; transmitting the capability information of the terminal device by using at least one PDCP SDU based on the reporting manner, wherein capability information carried by any one of the at least one PDCP SDU is partial capability information of the terminal device.
A flexible display apparatus , comprising: a flexible base layer defined with a display area and a non-display area; a plurality of organic light-emitting diode (OLED) elements disposed on a first side of the flexible base layer in the display area; and a support layer attached to a second side of the flexible base layer and arranged to extend from the display area to the non-display area, the support layer comprising a single rigid body structure having a planar portion and a rigid rounded edge portion, wherein the flexible base layer extends coextensively with the planar portion of the support layer in the display area and the flexible base layer wraps around the rigid rounded edge portion of the support layer in the non-display area, wherein the rigid rounded edge portion substantially conforms to the curvature of the flexible base layer in the non-display area, and wherein the rigid rounded edge portion of the support layer is thicker than the planar portion of the support layer, wherein the flexible base layer and the rigid rounded edge portion of the support layer are arranged such that a part of the flexible base layer comes under another part of the flexible base layer, wherein a curved surface of the support layer at the rigid rounded edge portion has a curvature of at least 180 degrees relative to a surface of the support layer in the planar portion, and wherein a printed circuit film is attached to the part of the flexible base layer that comes under another part of the flexible base layer. a flexible base layer defined with a display area and a non-display area; a plurality of organic light-emitting diode (OLED) elements disposed on a first side of the flexible base layer in the display area; and a support layer attached to a second side of the flexible base layer and arranged to extend from the display area to the non-display area, the support layer comprising a single rigid body structure having a planar portion and a rigid rounded edge portion, wherein the flexible base layer extends coextensively with the planar portion of the support layer in the display area and the flexible base layer wraps around the rigid rounded edge portion of the support layer in the non-display area, wherein the rigid rounded edge portion substantially conforms to the curvature of the flexible base layer in the non-display area, and wherein the rigid rounded edge portion of the support layer is thicker than the planar portion of the support layer, wherein the flexible base layer and the rigid rounded edge portion of the support layer are arranged such that a part of the flexible base layer comes under another part of the flexible base layer, wherein a curved surface of the support layer at the rigid rounded edge portion has a curvature of at least 180 degrees relative to a surface of the support layer in the planar portion, and wherein a printed circuit film is attached to the part of the flexible base layer that comes under another part of the flexible base layer.
A vectored thrust control module for an aircraft having an aircraft structure comprising: a servo system that includes an electric motor and an output shaft , wherein the output shaft is coupled to an interface adapter at a joint , the interface adapter is configured to provide a connection point with the aircraft structure , and the servo system is operated by electrical power and configured to receive commands to provide a degree of rotation of tilt during flight; a bladed component configured to rotate and provide thrust; and a thrust motor assembly that includes a motor configured to rotate the bladed component , wherein the thrust motor assembly is fully supported by the servo system ; wherein the thrust motor assembly and the servo system are rigidly connected together and are further configured to rotate together with respect to the aircraft structure; wherein the bladed component and the thrust motor assembly are configured to generate a line of thrust; and wherein a center of the line of thrust always extends through the joint of the interface adapter and the output shaft . a servo system that includes an electric motor and an output shaft , wherein the output shaft is coupled to an interface adapter at a joint , the interface adapter is configured to provide a connection point with the aircraft structure , and the servo system is operated by electrical power and configured to receive commands to provide a degree of rotation of tilt during flight; a bladed component configured to rotate and provide thrust; and a thrust motor assembly that includes a motor configured to rotate the bladed component , wherein the thrust motor assembly is fully supported by the servo system ; wherein the thrust motor assembly and the servo system are rigidly connected together and are further configured to rotate together with respect to the aircraft structure; wherein the bladed component and the thrust motor assembly are configured to generate a line of thrust; and wherein a center of the line of thrust always extends through the joint of the interface adapter and the output shaft .
A carrier substrate assembly configured for lamination and subsequent lifting-off of a flexible thin film , comprising a carrier substrate , wherein: the carrier substrate has a central region with a plurality of through-holes and a peripheral region surrounding the central region ; the carrier substrate assembly comprises an adhesive layer, the adhesive layer is disposed at an upper surface of the carrier substrate and covers the plurality of through-holes ; and the flexible thin film is laminated over the carrier substrate assembly such that the flexible thin film is bonded to an upper surface of the adhesive layer; and the plurality of through-holes are configured to provide passageways for a reaction solution to facilitate separation of the flexible thin film laminated over an upper surface of the carrier substrate from the carrier substrate during the lifting-off of the flexible thin film , for each of the plurality of through-holes , a first opening at the upper surface of the carrier substrate has a smaller aperture size than a second opening at a lower surface of the carrier substrate opposing the upper surface of the carrier substrate , and the first opening has an aperture size of 1-5 mm, and the second opening has an aperture size of 5-10 mm. the carrier substrate has a central region with a plurality of through-holes and a peripheral region surrounding the central region ; the carrier substrate assembly comprises an adhesive layer, the adhesive layer is disposed at an upper surface of the carrier substrate and covers the plurality of through-holes ; and the flexible thin film is laminated over the carrier substrate assembly such that the flexible thin film is bonded to an upper surface of the adhesive layer; and the plurality of through-holes are configured to provide passageways for a reaction solution to facilitate separation of the flexible thin film laminated over an upper surface of the carrier substrate from the carrier substrate during the lifting-off of the flexible thin film , for each of the plurality of through-holes , a first opening at the upper surface of the carrier substrate has a smaller aperture size than a second opening at a lower surface of the carrier substrate opposing the upper surface of the carrier substrate , and the first opening has an aperture size of 1-5 mm, and the second opening has an aperture size of 5-10 mm.
An adjustable rack assembly for a dishwasher basket, comprising a rack comprising a base bar and a plurality of holding bars that are fixedly attached to the base bar and a bracket (18; 60; 80) provided at each end of the base bar for connecting said rack to a bar of the dishwasher basket, wherein, when the rack is mounted on the bars of the dishwasher basket, said brackets (18; 60; 80) are adapted to permit horizontal shifting thereof along the bars of the dishwasher basket, and wherein said rack assembly further comprises a releasable clamping means for securing the position of the brackets with respect to the bars of the dishwasher basket, characterized in that said bracket has an essentially H-shape comprising two legs which extend substantially vertical to the floor of the dishwasher basket, and a bridge connecting the two legs at an intermediate position of the longitudinal extension of the legs, wherein the bracket further is shaped so as to receive between the two legs at a position below the bridge a bar of the dishwasher basket, and to receive between the two legs at a position above the bridge a holding bar of the rack , wherein by inserting said holding bar between the two legs said legs are spread apart in the region above the bridge which results in said legs closing and clamping about said bar of the dishwasher basket.
A humidifier , comprising: a heating element including a porous structure of electrically resistive and thermally conductive material, the porous structure having a liquid inlet and a vapour outlet and being configured to heat and substantially vaporise liquid as it flows from the liquid inlet to the vapour outlet to form steam; and an outer housing surrounding at least a portion of the porous structure for containing the liquid and vapour within the porous structure ; wherein the porous structure includes a first electrical connector and a second electrical connector , the first and second connectors being configured for receiving electrical power and applying a voltage across the porous structure to generate heat, and wherein the vapour outlet is arranged to expel steam for delivery into a respiratory gas flow path to humidify the respiratory gas flow path. a heating element including a porous structure of electrically resistive and thermally conductive material, the porous structure having a liquid inlet and a vapour outlet and being configured to heat and substantially vaporise liquid as it flows from the liquid inlet to the vapour outlet to form steam; and an outer housing surrounding at least a portion of the porous structure for containing the liquid and vapour within the porous structure ; wherein the porous structure includes a first electrical connector and a second electrical connector , the first and second connectors being configured for receiving electrical power and applying a voltage across the porous structure to generate heat, and wherein the vapour outlet is arranged to expel steam for delivery into a respiratory gas flow path to humidify the respiratory gas flow path.
Loading system for continuous ovens particularly for the treatment of metallic items, comprising: - a first conveyor belt for advancing items to be treated in a first direction (X) towards an unloading end of the same first conveyor belt ; - a second conveyor belt for advancing items to be treated in a second direction (Y) transversal with respect to said first direction (X), said second conveyor belt being positioned below said unloading end of said first conveyor belt in an operative step of the same first conveyor belt ; characterized in that it comprises - means for the alternate translation of said first conveyor belt in said first direction (X); - a mobile anti-falling retaining wall , positioned transversally to said second conveyor belt and close to an unloading end of said second conveyor belt ; - means for the movement of said mobile anti-falling retaining wall between a lowered configuration, for holding items to be treated on said second conveyor belt , and a raised configuration adapted for allowing the passage of said items to be treated towards said unloading end of said second conveyor belt ; - moving means for said items to be treated, configured to transit below said unloading end of said second conveyor belt . - a first conveyor belt for advancing items to be treated in a first direction (X) towards an unloading end of the same first conveyor belt ; - a second conveyor belt for advancing items to be treated in a second direction (Y) transversal with respect to said first direction (X), said second conveyor belt being positioned below said unloading end of said first conveyor belt in an operative step of the same first conveyor belt ; - means for the alternate translation of said first conveyor belt in said first direction (X); - a mobile anti-falling retaining wall , positioned transversally to said second conveyor belt and close to an unloading end of said second conveyor belt ; - means for the movement of said mobile anti-falling retaining wall between a lowered configuration, for holding items to be treated on said second conveyor belt , and a raised configuration adapted for allowing the passage of said items to be treated towards said unloading end of said second conveyor belt ; - moving means for said items to be treated, configured to transit below said unloading end of said second conveyor belt .
An elevator car with a travelling cable end hitch and rail arrangement, comprising: a rail assembly fixed to the elevator car ; a movable device disposed at and movable along the rail assembly ; and a travelling cable end hitch portion secured to the movable device and movable with the movable device along the rail assembly wherein the rail assembly slopes downwardly with increasing distance from a first end of the rail assembly nearest a sidewall of the elevator car , characterized by the first rail end protruding from the sidewall of the elevator car to improve ease of removing the movable device from the rail assembly from inside of the elevator car . a rail assembly fixed to the elevator car ; a movable device disposed at and movable along the rail assembly ; and a travelling cable end hitch portion secured to the movable device and movable with the movable device along the rail assembly wherein the rail assembly slopes downwardly with increasing distance from a first end of the rail assembly nearest a sidewall of the elevator car , characterized by the first rail end protruding from the sidewall of the elevator car to improve ease of removing the movable device from the rail assembly from inside of the elevator car .