mhurhangee/patent-ind-claim-en huggingface dataset:
Clip for supporting a first component on a second component , wherein - the clip has a receiving portion for receiving a protrusion of the first component and a first leg connected to the receiving portion for supporting on the second component , and - the first leg has a bending sections , which connects a leg arm of the first leg extending away from the receiving portion to a support section of the first leg having a support surface provided for contact with the second component , - and a second leg connected to the receiving portion is provided, which has a support section having an alternative support surface , the first leg and the second leg being located on the same side of the receiving portion , the second leg having a leg arm extending away from the receiving portion , wherein the second leg has a first bending section , which connects the leg arm of the second leg to a transition section , and has a second bending section , which connects the transition section to the support section of the second leg , characterized in that the support surface of the first leg runs parallel to the alternative support surface of the second leg . - the clip has a receiving portion for receiving a protrusion of the first component and a first leg connected to the receiving portion for supporting on the second component , and - the first leg has a bending sections , which connects a leg arm of the first leg extending away from the receiving portion to a support section of the first leg having a support surface provided for contact with the second component , - and a second leg connected to the receiving portion is provided, which has a support section having an alternative support surface , the first leg and the second leg being located on the same side of the receiving portion , the second leg having a leg arm extending away from the receiving portion ,
A sensor assembly adapted to be received within a port defined by a component housing , wherein the component housing includes an exterior port catch , the port including a rib extending radially inwardly therefrom, the sensor assembly comprising: a sensor element joined to a coupling , the coupling including a longitudinal member and a locking member extending radially therefrom, the locking member being configured to rotationally interlock to the rib to prevent withdrawal of the coupling; and a locking housing defining a sleeve adapted to extend over the sensor element, wherein the sleeve includes opposing lateral slots , is configured to engage the exterior port catch, and is adapted to prevent rotational movement and axial movement of the coupling relative to the port when the locking member is rotationally interlocked with the rib to prevent disengagement of the coupling from the port. a sensor element joined to a coupling , the coupling including a longitudinal member and a locking member extending radially therefrom, the locking member being configured to rotationally interlock to the rib to prevent withdrawal of the coupling; and a locking housing defining a sleeve adapted to extend over the sensor element, wherein the sleeve includes opposing lateral slots , is configured to engage the exterior port catch, and is adapted to prevent rotational movement and axial movement of the coupling relative to the port when the locking member is rotationally interlocked with the rib to prevent disengagement of the coupling from the port.
An electrical architecture comprising at least a first power source and a second power source , having respectively a first voltage (V1) and a second voltage (V2) different from the first voltage (V1), for supplying a plurality of nodal controllers through a power supply network , each of said nodal controllers being provided with at least one output port for connecting thereto an electrical load operating with one of said first and second voltages (V1, V2), wherein: - the power supply network comprises a power line connecting the nodal controllers in a ring to each other and supplying said nodal controllers with electrical power from said at least first and second power sources , - each nodal controller is linked to the power line via a bidirectional DC/DC converter , said bidirectional DC/DC converter being configured to convert the voltage (V1, V2) provided by any one of the two power sources in the power line to a voltage (V2, V1) corresponding to the voltage of the other one of the power sources , in an operating mode, - the first power source is connected to the power line via a power line segment , and - the second power source is connected to the power line via a power line segment and the bidirectional DC/DC converter of one of the nodal controllers . - the power supply network comprises a power line connecting the nodal controllers in a ring to each other and supplying said nodal controllers with electrical power from said at least first and second power sources , - each nodal controller is linked to the power line via a bidirectional DC/DC converter , said bidirectional DC/DC converter being configured to convert the voltage (V1, V2) provided by any one of the two power sources in the power line to a voltage (V2, V1) corresponding to the voltage of the other one of the power sources , in an operating mode, - the first power source is connected to the power line via a power line segment , and - the second power source is connected to the power line via a power line segment and the bidirectional DC/DC converter of one of the nodal controllers .
Apparatus for condensing water from respiratory gases, comprising a heat exchange component having an inlet , an outlet and a condensation chamber , the inlet and outlet being connectable to a breathing system, such that respiratory gases are conveyed through the condensation chamber , in use, and a base unit adapted to aid removal of heat from the walls of the heat exchange component , wherein the heat exchange component is releasably engageable with the base unit , such that the heat exchange component is replaceable, and wherein the heat exchange component includes a water condensate outlet port , which is adapted to enable the removal of water condensate from the heat exchange component .
A range of clutch diaphragms , each of the clutch diaphragms of the range consisting of a metal component forming an outer washer defining a reference axis , and of fingers projecting from the outer washer radially toward the reference axis , each of the fingers having a free end situated at a distance from the reference axis , the free end of each of the fingers having an end profile of a given type from among several different types, each of the types differing from each of the other types in a way that is recognizable from a given viewpoint situated at infinity on the reference axis, characterized in that the range of clutch diaphragms comprises several models of clutch diaphragm, the clutch diaphragms of any one same given model from among the models being identical, and the clutch diaphragms from any one same given model from among the models being distinguishable from the clutch diaphragms of the other models by a specific sequence of the end profiles of the different types, the specific sequence constituting an identifying code identifying the given model.
A control for a liquid heating vessel comprising a moulded plastics unit which houses at least one switch for controlling a supply of electrical power to the liquid heating vessel, and a generally planar metal mount plate attached to the moulded plastics unit , wherein the metal mount plate comprises one or more holes allowing the metal mount plate to be fastened to a base of a liquid heating vessel, wherein the metal mount plate further comprises a metal tab arranged to attach the mount plate to the moulded plastics unit , characterised in that the metal tab comprising a pillar that is bent at its base out of the plane of the mount plate and the pillar comprising an arm extending substantially parallel to the mount plate in the same plane as the pillar , and in that the moulded plastics unit comprises a rest positioned to receive the arm of the metal tab , and in that the mount plate is plastically deformed next to the metal tab so as to form a stiffened shape at the base of the pillar that creates a tensile force acting along the pillar so that the arm pulls down on the rest in the plane of the pillar and the metal tab is therefore held in tension to attach the mount plate to the moulded plastics unit .
A cooking heater comprising: a top plate on which cookware is to be placed; a heating source provided under the top plate ; a heat zone provided to the top plate to indicate a position at which the cookware is to be placed; a plurality of light sources provided under the top plate and controlled independently of each other; and a transmission part provided in the top plate , located outward of the heat zone , and configured to allow light emitted from the plurality of light sources to be transmitted through the transmission part , characterized in that : a selected one or ones of the plurality of light sources successively emit light while the heating source is being operated, such that the successively emitted light is emitted from the transmission part and flows in a single direction parallel to a surface of the top plate , wherein lengths of the periods during which the light sources are on vary from each other. a top plate on which cookware is to be placed; a heating source provided under the top plate ; a heat zone provided to the top plate to indicate a position at which the cookware is to be placed; a plurality of light sources provided under the top plate and controlled independently of each other; and a transmission part provided in the top plate , located outward of the heat zone , and configured to allow light emitted from the plurality of light sources to be transmitted through the transmission part , characterized in that : a selected one or ones of the plurality of light sources successively emit light while the heating source is being operated, such that the successively emitted light is emitted from the transmission part and flows in a single direction parallel to a surface of the top plate , wherein lengths of the periods during which the light sources are on vary from each other. a selected one or ones of the plurality of light sources successively emit light while the heating source is being operated, such that the successively emitted light is emitted from the transmission part and flows in a single direction parallel to a surface of the top plate , wherein lengths of the periods during which the light sources are on vary from each other.
A cell measurement method, comprising: receiving , by a user equipment, UE, a measurement configuration message sent by a base station, wherein the measurement configuration message comprises at least one physical cell identity and channel state information-reference signal, CSI-RS, configuration information corresponding to a measured cell, and wherein the physical cell identity is used to indicate the measured cell; measuring the CSI-RS corresponding to the measured cell according to the CSI-RS configuration information, and obtaining a measurement result of the measuring, wherein the measurement result is at least one of a CSI- reference signal received power, CSI-RSRP, and a CSI- reference signal received quality, CSI-RSRQ; sending the obtained measurement result of the measured cell and measurement object information indicating the measured cell to the base station via a measurement report, wherein the measurement object information comprises at least one of: the CSI-RS configuration information of the measured cell, and a cell number of the measured cell; the cell number is used to identify the measured cell, and a mapping relationship between the cell number and the CSI-RS configuration information of the measured cell is established. receiving , by a user equipment, UE, a measurement configuration message sent by a base station, wherein the measurement configuration message comprises at least one physical cell identity and channel state information-reference signal, CSI-RS, configuration information corresponding to a measured cell, and wherein the physical cell identity is used to indicate the measured cell; measuring the CSI-RS corresponding to the measured cell according to the CSI-RS configuration information, and obtaining a measurement result of the measuring, wherein the measurement result is at least one of a CSI- reference signal received power, CSI-RSRP, and a CSI- reference signal received quality, CSI-RSRQ; sending the obtained measurement result of the measured cell and measurement object information indicating the measured cell to the base station via a measurement report, wherein the measurement object information comprises at least one of: the CSI-RS configuration information of the measured cell, and a cell number of the measured cell; the cell number is used to identify the measured cell, and a mapping relationship between the cell number and the CSI-RS configuration information of the measured cell is established.
A computer-implemented method for providing third party data assets to clients, the method comprising: sending, by a computing device , a software development kit, wherein the software development kit comprises a template for building one or more rendering effect shaders; receiving, by the computing device , data assets, wherein the data assets comprise one or more rendering effect shaders built using the software development kit; storing, by the computing device , the data assets; and providing, by the computing device , an augmented reality rendering experience, wherein augmented reality renderings are based at least in part on the data assets, wherein the augmented reality rendering is generated by: receiving, by the computing device , user data including image data or video data captured by a user device; processing, by the computing device , the user data with an encoder model to generate a user mesh; and processing, by the computing device , the user mesh with an augmentation model to generate the augmented reality rendering, wherein the augmentation model comprises shaders based at least in part on the data assets. sending, by a computing device , a software development kit, wherein the software development kit comprises a template for building one or more rendering effect shaders; receiving, by the computing device , data assets, wherein the data assets comprise one or more rendering effect shaders built using the software development kit; storing, by the computing device , the data assets; and providing, by the computing device , an augmented reality rendering experience, wherein augmented reality renderings are based at least in part on the data assets, wherein the augmented reality rendering is generated by: receiving, by the computing device , user data including image data or video data captured by a user device; processing, by the computing device , the user data with an encoder model to generate a user mesh; and processing, by the computing device , the user mesh with an augmentation model to generate the augmented reality rendering, wherein the augmentation model comprises shaders based at least in part on the data assets. receiving, by the computing device , user data including image data or video data captured by a user device; processing, by the computing device , the user data with an encoder model to generate a user mesh; and processing, by the computing device , the user mesh with an augmentation model to generate the augmented reality rendering, wherein the augmentation model comprises shaders based at least in part on the data assets.
A gas sensor element comprising: a detection portion including a solid electrolyte body , and a pair of electrodes disposed on the solid electrolyte body; and a porous protection layer covering the detection portion, wherein the porous protection layer comprises an inner porous layer provided over the detection portion, and an outer porous layer formed externally of the inner porous layer; the inner porous layer is higher in porosity than the outer porous layer; the inner porous layer contains, as main components, ceramic particles , and ceramic fiber filaments which are mainly formed of a ceramic material and which have a mean fiber length of 70 to 200 μm; and the amount of the ceramic fiber filaments is 25 to 75 vol% on the basis of the total amount of the ceramic particles and the ceramic fiber filaments , the total amount being taken as 100 vol%. a detection portion including a solid electrolyte body , and a pair of electrodes disposed on the solid electrolyte body; and a porous protection layer covering the detection portion, wherein the porous protection layer comprises an inner porous layer provided over the detection portion, and an outer porous layer formed externally of the inner porous layer; the inner porous layer is higher in porosity than the outer porous layer; the inner porous layer contains, as main components, ceramic particles , and ceramic fiber filaments which are mainly formed of a ceramic material and which have a mean fiber length of 70 to 200 μm; and the amount of the ceramic fiber filaments is 25 to 75 vol% on the basis of the total amount of the ceramic particles and the ceramic fiber filaments , the total amount being taken as 100 vol%.
A pharmaceutical composition for use in preventing or treating a depression, wherein the pharmaceutical composition comprises a DUSP1 inhibitor comprising a compound represented by Formula 1: wherein, R 1 to R 10 , each independently, are hydrogen, halogen, hydroxy, cyano, amino, nitro, nitroso, carboxyl, C 1 -C 12 alkyl, C 2 -C 6 alkenyl, C 3 -C 8 cycloalkyl, C 5 -C 7 cycloalkenyl, C 1 -C 6 alkylamino, C 1 -C 6 alkoxy, aryl, heteroaryl, arylalkyl, arylalkenyl or alkylaryl.
A system comprising: a bed having a mattress; a sensor configured to sense sleep readings of a user sleeping on the bed; an automation controller configured to transmit the sleep readings to a cloud service ; hardware hosting the cloud service configured to compare the sleep readings with trend data in order to generate adjustments to the user's sleep environment, and wherein the cloud service is further configured to transmit the adjustments to the automation controller, wherein the automation controller is further configured to, responsive to receiving the adjustments, determine if the user is in the bed , and characterized in that after determining that the user is not in the bed, provide information to the user via a GUI based on the adjustments. a bed having a mattress; a sensor configured to sense sleep readings of a user sleeping on the bed; an automation controller configured to transmit the sleep readings to a cloud service ; hardware hosting the cloud service configured to compare the sleep readings with trend data in order to generate adjustments to the user's sleep environment, and wherein the cloud service is further configured to transmit the adjustments to the automation controller, wherein the automation controller is further configured to, responsive to receiving the adjustments, determine if the user is in the bed , and characterized in that after determining that the user is not in the bed, provide information to the user via a GUI based on the adjustments. compare the sleep readings with trend data in order to generate adjustments to the user's sleep environment, and wherein the cloud service is further configured to transmit the adjustments to the automation controller, wherein the automation controller is further configured to, responsive to receiving the adjustments, determine if the user is in the bed , and characterized in that after determining that the user is not in the bed, provide information to the user via a GUI based on the adjustments.
Heat exchanger , at least partly cast from metal, comprising at least one casting hole , closed off by a plug , wherein the plug is glued or bonded into the casting hole , by glue or bonding agent , characterised in that the plug has an end and comprises at least one peripheral ridge , wherein the glue or bonding agent extends between the plug and the exchanger , at least between the ridge and the end and/or between two ridges , the agent providing or aiding at least part of a seal sealing off the casting hole .
A Long Term Evolution (LTE) evolved NodeB (eNB, 200), comprising: a S1 interface ; a X2 interface ; and a processor communicatively coupled to the S1 interface and the X2 interface , wherein the processor, subsequent to an authentication of the eNB with a core network , is configured to receive first operating parameters from the core network via the S1 interface , wherein the first operating parameters enable communication with the core network; the processor being further configured to configure the X2 interface based on the first operating parameters, and to initiate a communication path with another eNB via the X2 interface ; and subsequent to initiating the communication path of the eNB with the another eNB and performing inter-eNB authentication over the X2 interface , the processor being further configured to receive second parameters enabling interacting with the another eNB via the X2 interface , wherein the second parameters enabling interacting with the another eNB include information identifying each of a plurality of cells operated by the another eNB . a S1 interface ; a X2 interface ; and a processor communicatively coupled to the S1 interface and the X2 interface , wherein the processor, subsequent to an authentication of the eNB with a core network , is configured to receive first operating parameters from the core network via the S1 interface , wherein the first operating parameters enable communication with the core network; the processor being further configured to configure the X2 interface based on the first operating parameters, and to initiate a communication path with another eNB via the X2 interface ; and subsequent to initiating the communication path of the eNB with the another eNB and performing inter-eNB authentication over the X2 interface , the processor being further configured to receive second parameters enabling interacting with the another eNB via the X2 interface , wherein the second parameters enabling interacting with the another eNB include information identifying each of a plurality of cells operated by the another eNB .
A semiconductor laser module , wherein the module comprises: a direct-output type semiconductor laser light source , and a light beam shaping device disposed in the light-exit direction of the direct-output type semiconductor laser light source ; wherein the light beam shaping device comprises a light reflection component configured to homogenize the laser beam outputted by the direct-output type semiconductor laser light source , wherein the light reflection component is a hollow component; wherein the inner wall of the light reflection component is configured to realize that the laser beam is reflected on the inner wall of the light reflection component , to form a uniform light path; wherein the module further comprises a cooling structure disposed on the periphery of the light reflection component ; wherein the cooling structure comprises a cooling frame , a thermoelectric cooler and a heat dissipation block , wherein a contact window used for contacting skin and cooling the skin is disposed at the cooling frame , wherein the cooling frame is used for cooling the contact window ; wherein a contact sensor is disposed at the contact window , wherein the contact sensor is configured to sense the fit degree between the contact window and the skin.