mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a power converter having a power supply input for receiving an input power supply voltage generated by a power supply, an output for generating an output voltage to a load, and a power inductor coupled between the power supply input and the output; and an energy storage element coupled to the power supply input, the power inductor , and the output such that: operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load. a power converter having a power supply input for receiving an input power supply voltage generated by a power supply, an output for generating an output voltage to a load, and a power inductor coupled between the power supply input and the output; and an energy storage element coupled to the power supply input, the power inductor , and the output such that: operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load. operation of the energy storage element is split temporally between delivering energy to the load and receiving energy from one or both of the power supply and the load; characterized in that operation of the power inductor is split temporally between delivering energy to the energy storage element and delivering energy to the load.
A pressurizing jig of a monocell for gas analysis, comprising: a first plate and a second plate which face each other having the monocell therebetween for pressurizing the monocell; a first auxiliary pad positioned between the first plate and the monocell ; and a second auxiliary pad positioned between the second plate and the monocell , wherein the first plate and the second plate are made of a thermosetting resin, and the first auxiliary pad and the second auxiliary pad are configured to relieve shock at the time of pressurization and prevent damage to a surface of the monocell. a first plate and a second plate which face each other having the monocell therebetween for pressurizing the monocell; a first auxiliary pad positioned between the first plate and the monocell ; and a second auxiliary pad positioned between the second plate and the monocell , wherein the first plate and the second plate are made of a thermosetting resin, and the first auxiliary pad and the second auxiliary pad are configured to relieve shock at the time of pressurization and prevent damage to a surface of the monocell.
Method for determining the integrity of data processing of operative data by means of a trusted execution environment (TEE), wherein the trusted execution environment (TEE) is presented with input data (ID) that comprise the operative data (OD) and test data (TD), the input data (ID) being processed by means of the data processing to produce output data (OUD), and that portion of the output data (OUD) that is formed by the processed test data (PTD) being subjected to a comparison (TDV) with reference data (RD) and the comparison (TDV) being taken as a basis for determining the integrity of the data processing.
A system for performing a skin treatment procedure, the system comprising: at least one station of a manifold assembly , the at least one station being configured to receive a container ; a handpiece assembly ; a fluid delivery conduit configured to place the manifold assembly in fluid communication with the handpiece; wherein the manifold assembly is configured to place fluid from the container received in the at least one station in fluid communication with the fluid delivery conduit and the handpiece assembly ; wherein the container is configured to include an identification tag ; a detector positioned at or near the at least one station, wherein the detector is configured to detect the identification tag of the container ; and a control module configured to process data related to the detected identification tag ; wherein, based on the data processed using the control module, the skin treatment system is configured to control a flow of fluid contained in the container to the fluid delivery conduit and the handpiece assembly . at least one station of a manifold assembly , the at least one station being configured to receive a container ; a handpiece assembly ; a fluid delivery conduit configured to place the manifold assembly in fluid communication with the handpiece; wherein the manifold assembly is configured to place fluid from the container received in the at least one station in fluid communication with the fluid delivery conduit and the handpiece assembly ; wherein the container is configured to include an identification tag ; a detector positioned at or near the at least one station, wherein the detector is configured to detect the identification tag of the container ; and a control module configured to process data related to the detected identification tag ; wherein, based on the data processed using the control module, the skin treatment system is configured to control a flow of fluid contained in the container to the fluid delivery conduit and the handpiece assembly .
An emergency lighting block comprising: a support housing made of a base, open in its front face, adapted to be fixed to a wall or a ceiling by its bottom wall, and of a lid comprising a frontal face to be attached to the base front side to form an accommodating housing for an electric feeding circuit and corresponding electrical contacts, and a luminous panel made of at least one signaling label and of a light guide joined together at their periphery by a frame , said light guide being conceived to diffuse towards said signaling label the light emitted by at least a light source provided along at least one edge of said frame , said luminous panel being conceived to contact said electrical contacts in a mounted state of said luminous panel on said frontal face of the lid for the power supply of said light source , both into a first mounting state in which said luminous panel is arranged in a plan parallel to said frontal face and into a second mounting state in which said luminous panel is arranged in a plane perpendicular to said frontal face, said lid comprising connectors , intended to engage, within said first mounting state, to said frame, characterized in that said connectors are arranged on longitudinally opposite sides of said frontal face , intended to snap fit each one, into said first mounting state, to a corresponding notch provided on a transversal inner wall part of said frame , said frame having an external section defining a housing intended to securely accommodate said connectors into said second mounting state. a support housing made of a base, open in its front face, adapted to be fixed to a wall or a ceiling by its bottom wall, and of a lid comprising a frontal face to be attached to the base front side to form an accommodating housing for an electric feeding circuit and corresponding electrical contacts, and a luminous panel made of at least one signaling label and of a light guide joined together at their periphery by a frame , said light guide being conceived to diffuse towards said signaling label the light emitted by at least a light source provided along at least one edge of said frame , said luminous panel being conceived to contact said electrical contacts in a mounted state of said luminous panel on said frontal face of the lid for the power supply of said light source , both into a first mounting state in which said luminous panel is arranged in a plan parallel to said frontal face and into a second mounting state in which said luminous panel is arranged in a plane perpendicular to said frontal face, said lid comprising connectors , intended to engage, within said first mounting state, to said frame, characterized in that said connectors are arranged on longitudinally opposite sides of said frontal face , intended to snap fit each one, into said first mounting state, to a corresponding notch provided on a transversal inner wall part of said frame , said frame having an external section defining a housing intended to securely accommodate said connectors into said second mounting state.
A passive automotive coolant liquid deaerator unit for deaerating a circulating coolant liquid of a coolant circuit of an automobile, with a deaerator housing defining a deceleration chamber with a chamber liquid inlet and a chamber liquid outlet and being provided with a deaeration opening at the vertical top of the deceleration chamber , wherein the chamber liquid inlet is provided vertically higher than the chamber liquid outlet , wherein a substantially horizontal baffle plate is arranged within the deceleration chamber and is arranged vertically between the chamber liquid inlet and the chamber liquid outlet , and characterised in that the deaerator housing is defined by a main housing body with a horizontal chamber bottom wall and chamber sidewalls and a cover lid body with a chamber top wall , whereas the baffle plate body is held by the cover lid body . a deaerator housing defining a deceleration chamber with a chamber liquid inlet and a chamber liquid outlet and being provided with a deaeration opening at the vertical top of the deceleration chamber , wherein the chamber liquid inlet is provided vertically higher than the chamber liquid outlet , wherein a substantially horizontal baffle plate is arranged within the deceleration chamber and is arranged vertically between the chamber liquid inlet and the chamber liquid outlet , and characterised in that the deaerator housing is defined by a main housing body with a horizontal chamber bottom wall and chamber sidewalls and a cover lid body with a chamber top wall , whereas the baffle plate body is held by the cover lid body .
Cable processing apparatus having a crimping device loaded with an exchangeable crimping cassette , the cable processing apparatus comprising a crimping cassette exchanging device , wherein the crimping cassette exchanging device comprises: a plurality of carriages , each carriage having a crimping cassette holding device adapted to attach to and to detach from a crimping cassette ; a horizontal carriage guide for providing a substantially horizontal guided movement of the carriages ; a vertical carriage guide for providing a substantially vertical guided movement of a carriage from an initial vertical position to the crimping device or vice-versa, wherein the vertical carriage guide is arranged relative to the horizontal carriage guide such that one of the plurality of carriages is vertically movable at a time; a carriage shifting device adapted to controllably perform the horizontal guided movement; a carriage lifting device adapted to controllably perform the vertical guided movement; a control device adapted to control the horizontal guided movement and/or the vertical guided movement according to a carriage selection signal; characterized in that the cassette has a crimping tool attached thereto. a plurality of carriages , each carriage having a crimping cassette holding device adapted to attach to and to detach from a crimping cassette ; a horizontal carriage guide for providing a substantially horizontal guided movement of the carriages ; a vertical carriage guide for providing a substantially vertical guided movement of a carriage from an initial vertical position to the crimping device or vice-versa, wherein the vertical carriage guide is arranged relative to the horizontal carriage guide such that one of the plurality of carriages is vertically movable at a time; a carriage shifting device adapted to controllably perform the horizontal guided movement; a carriage lifting device adapted to controllably perform the vertical guided movement; a control device adapted to control the horizontal guided movement and/or the vertical guided movement according to a carriage selection signal; characterized in that the cassette has a crimping tool attached thereto.
An emergency responder tracking system comprising: a computer system comprising a user interface ; a plurality of portable beacons comprising a radio frequency module having a first range for communication; a portable device that in use is worn by an emergency responder, the portable device comprising a transceiver, wherein the portable device is configured to receive a wireless signal from a portable beacon of the plurality of portable beacons when within the first range and transmit the wireless signal to the computer system within a second range greater than the first range; wherein the computer system is configured to: receive the wireless signal from the portable device ; receive a description of a placement of the portable beacon relative to a building; determine a location of the portable beacon based on the description; and display, on the user interface , the location of the portable beacon ; wherein the wireless signal comprises a unique identifier, the location of the portable beacon , a last detected location of the emergency responder, and/or current time; and wherein the plurality of portable beacons is configured for attachment to a structure within the building. a computer system comprising a user interface ; a plurality of portable beacons comprising a radio frequency module having a first range for communication; a portable device that in use is worn by an emergency responder, the portable device comprising a transceiver, wherein the portable device is configured to receive a wireless signal from a portable beacon of the plurality of portable beacons when within the first range and transmit the wireless signal to the computer system within a second range greater than the first range; wherein the computer system is configured to: receive the wireless signal from the portable device ; receive a description of a placement of the portable beacon relative to a building; determine a location of the portable beacon based on the description; and display, on the user interface , the location of the portable beacon ; receive the wireless signal from the portable device ; receive a description of a placement of the portable beacon relative to a building; determine a location of the portable beacon based on the description; and display, on the user interface , the location of the portable beacon ; wherein the wireless signal comprises a unique identifier, the location of the portable beacon , a last detected location of the emergency responder, and/or current time; and wherein the plurality of portable beacons is configured for attachment to a structure within the building.
A wireless power transfer system in which a primary coil connected to a high-frequency power source and a secondary coil connected to a load are disposed so as to be isolated from each other with a coupling coefficient k, thereby supplying power from the primary coil to the secondary coil in a non-contact manner, the system comprising: a resonance current phase detection means forming a resonance circuit by connecting a resonance capacitor to the secondary coil and configured to detect phase information of a resonance current flowing in the secondary coil and correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency so that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil , thereby driving the primary coil , wherein a Q value determined based on a leakage inductance of the secondary coil , a capacitance of the resonance capacitor , and an equivalent load resistance on the secondary coil side is set to a value greater than or equal to a value determined by Q=2/k 2 . a resonance current phase detection means forming a resonance circuit by connecting a resonance capacitor to the secondary coil and configured to detect phase information of a resonance current flowing in the secondary coil and correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency so that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil , thereby driving the primary coil , wherein a Q value determined based on a leakage inductance of the secondary coil , a capacitance of the resonance capacitor , and an equivalent load resistance on the secondary coil side is set to a value greater than or equal to a value determined by Q=2/k 2 .
A torque limiter for a drive train , at least having an axis of rotation extending along an axial direction , and a drive side and an output side which are connected in a torque-transmitting manner to one another via at least one friction lining and under a prestress acting in the axial direction at least until a limit torque acting in a peripheral direction is reached; wherein, when the limit torque is exceeded, the at least one friction lining is slidingly arranged on a first friction surface which is only on one of the drive side or the output side , and is frictionally connected to a second friction surface which is on the other of the drive side or output side , wherein the at least one friction lining has a first material with a first coefficient of friction at least towards the first friction surface and a second material with a second coefficient of friction different from the first coefficient of friction towards the second friction surface , characterized in that the at least one friction lining forms an exclusively frictional connection with the drive side and with the output side at least with respect to the peripheral direction until the limit torque is reached.
A method for manufacturing a bearing component, comprising: a preparation step of preparing a ring-shaped member of steel having a radially inner surface, a radially outer surface, and a thickness which is a distance between the radially inner surface and the radially outer surface; and a heat treatment step of performing a heat treatment to locally heat one of the radially inner surface and the radially outer surface to a heat treatment temperature and subsequently cool the one of the radially inner surface and the radially outer surface, the method satisfying S ≥ 930/(0.3477W 2 - 1.594W - 0.804), where S represents an average temperature increasing rate (unit: °C/sec) obtained by dividing the heat treatment temperature by a time required to reach the heat treatment temperature from room temperature, and W represents the thickness (unit: mm), wherein the thickness is 5 mm or more and 100 mm or less. a preparation step of preparing a ring-shaped member of steel having a radially inner surface, a radially outer surface, and a thickness which is a distance between the radially inner surface and the radially outer surface; and a heat treatment step of performing a heat treatment to locally heat one of the radially inner surface and the radially outer surface to a heat treatment temperature and subsequently cool the one of the radially inner surface and the radially outer surface, the method satisfying S ≥ 930/(0.3477W 2 - 1.594W - 0.804), where S represents an average temperature increasing rate (unit: °C/sec) obtained by dividing the heat treatment temperature by a time required to reach the heat treatment temperature from room temperature, and W represents the thickness (unit: mm), wherein the thickness is 5 mm or more and 100 mm or less.
A method of irradiating a resist film of a resist material with a patterned beam of EUV light having a wavelength of less than 11 nm, the resist material comprising a compound comprising at least one element selected from the group consisting of: Ta, W, Re, Os, Ir, Ni, Cu and Zn.
Multi-layered windowpane comprising: - a first transparent outer layer, - a second transparent outer layer, and - a third, smaller, transparent inner layer that is located in between the outer layers such that the outer transparent layers from all sides protrude from the third inner layer, - an adhesive transparent foil layer located between the first outer layer and the third inner layer that over the entire surface of the third inner layer connects the third inner layer with the first outer layer; - a sealing surrounding the third inner layer and gastight connecting the outline borders of the outer layers; wherein the thickness of each of the outer layers is at least two times the thickness of the third inner layer, and wherein the multi-layered windowpane further comprises spacers distributed over the entire surface of the side of the third inner layer facing towards the second outer layer. - a first transparent outer layer, - a second transparent outer layer, and - a third, smaller, transparent inner layer that is located in between the outer layers such that the outer transparent layers from all sides protrude from the third inner layer, - an adhesive transparent foil layer located between the first outer layer and the third inner layer that over the entire surface of the third inner layer connects the third inner layer with the first outer layer; - a sealing surrounding the third inner layer and gastight connecting the outline borders of the outer layers; wherein the thickness of each of the outer layers is at least two times the thickness of the third inner layer, and wherein the multi-layered windowpane further comprises spacers distributed over the entire surface of the side of the third inner layer facing towards the second outer layer.
A downhole tool useable for isolating sections of a wellbore , the downhole tool comprising: a composite mandrel having at least one set of threads ; a composite slip disposed about the composite mandrel , the composite slip comprising a circular slip body having a plurality of slip grooves disposed therein; and a composite member disposed around the mandrel and proximate to a sealing element , the composite member having a deformable portion with one or more grooves disposed therein; wherein the circular slip body has a one-piece configuration and wherein a first slip groove is disposed proximate to a first end of the slip and the next slip groove is disposed proximate to an opposite end of the slip, and so forth, so as to provide an alternatingly arranged configuration of grooves, such that the circular slip body has at least partial connectivity around the entire circular slip body, meaning that the slip has no initial circumferential separation point. a composite mandrel having at least one set of threads ; a composite slip disposed about the composite mandrel , the composite slip comprising a circular slip body having a plurality of slip grooves disposed therein; and a composite member disposed around the mandrel and proximate to a sealing element , the composite member having a deformable portion with one or more grooves disposed therein;