mhurhangee/ep-ind-claims huggingface dataset:
A chiller comprising: a refrigerant loop circulating a working fluid from a compressor, to a first heat exchanger, to an expansion valve, to a second heat exchanger and back to the compressor; a cooling fluid loop including a pumping device, which comprises a pump inlet and a pump outlet, and circulating a fluid through the second heat exchanger to provide heat exchange between the fluid and the working fluid; a containment circuit in fluid communication with the cooling fluid loop, the containment circuit comprising: a compliant containment device comprising: an inlet; an outlet; a containment volume in pressure communication with the fluid, wherein the containment volume changes based in part on a pressure of the fluid; characterized by a thermostatic valve in fluid communication with at least one of the inlet and the outlet, the thermostatic valve being configured to operate between an open and closed position based in part on the temperature of the fluid. a refrigerant loop circulating a working fluid from a compressor, to a first heat exchanger, to an expansion valve, to a second heat exchanger and back to the compressor; a cooling fluid loop including a pumping device, which comprises a pump inlet and a pump outlet, and circulating a fluid through the second heat exchanger to provide heat exchange between the fluid and the working fluid; a containment circuit in fluid communication with the cooling fluid loop, the containment circuit comprising: a compliant containment device comprising: an inlet; an outlet; a containment volume in pressure communication with the fluid, wherein the containment volume changes based in part on a pressure of the fluid; characterized by a thermostatic valve in fluid communication with at least one of the inlet and the outlet, the thermostatic valve being configured to operate between an open and closed position based in part on the temperature of the fluid. a compliant containment device comprising: an inlet; an outlet; a containment volume in pressure communication with the fluid, wherein the containment volume changes based in part on a pressure of the fluid; characterized by a thermostatic valve in fluid communication with at least one of the inlet and the outlet, the thermostatic valve being configured to operate between an open and closed position based in part on the temperature of the fluid. an inlet; an outlet; a containment volume in pressure communication with the fluid, wherein the containment volume changes based in part on a pressure of the fluid; characterized by a thermostatic valve in fluid communication with at least one of the inlet and the outlet, the thermostatic valve being configured to operate between an open and closed position based in part on the temperature of the fluid.
A method for protecting a vehicle or a shipping container, the method comprising: receiving, by a first receiver, vibration sensor data provided by a vibration sensor disposed in a side panel, a door, or a roof panel of the vehicle or shipping container, indicating an attack on the vehicle or the shipping container; determining, by a processor, from the received data, a type of attack upon the vehicle or the shipping container indicated by the received data, wherein determining a type of attack comprises comparing data received with known vibration signatures indicative of a type of attack, wherein the determined type of attack comprises: cutting through a side panel, a roof panel or a door of the vehicle or the shipping container; or peeling open a door, a side panel or a roof panel of the vehicle or the shipping container; transmitting, by a transmitter, a data packet to a second receiver, the data packet comprising metadata describing the determined type of attack. receiving, by a first receiver, vibration sensor data provided by a vibration sensor disposed in a side panel, a door, or a roof panel of the vehicle or shipping container, indicating an attack on the vehicle or the shipping container; determining, by a processor, from the received data, a type of attack upon the vehicle or the shipping container indicated by the received data, wherein determining a type of attack comprises comparing data received with known vibration signatures indicative of a type of attack, wherein the determined type of attack comprises: cutting through a side panel, a roof panel or a door of the vehicle or the shipping container; or peeling open a door, a side panel or a roof panel of the vehicle or the shipping container; cutting through a side panel, a roof panel or a door of the vehicle or the shipping container; or peeling open a door, a side panel or a roof panel of the vehicle or the shipping container; transmitting, by a transmitter, a data packet to a second receiver, the data packet comprising metadata describing the determined type of attack.
An aircraft landing gear axle structural deflection and load measuring device for mounting on an axle comprising: (i) at least one light beam emitting device connected to the axle and operable to emit at least one light beam; (ii) at least one light position sensing device connected to the axle and located relative to the at least one light beam emitting device, the at least one light position sensing device comprising at least two independent locations for receiving an incident beam and operable to measure the at least two independent locations; wherein the device is configured such that a load applied on the axle will cause a movement of the at least one light beam; the device further comprising (iii) a refractive optical device, for amplification of the movement of the at least one light beam by increasing a distance of travel of the at least one light beam along a surface of the at least one light position sensing device, the refractive optical device located between the at least one light position sensing device and the at least one light emitting device and within the path of the light beam. (i) at least one light beam emitting device connected to the axle and operable to emit at least one light beam; (ii) at least one light position sensing device connected to the axle and located relative to the at least one light beam emitting device, the at least one light position sensing device comprising at least two independent locations for receiving an incident beam and operable to measure the at least two independent locations; wherein the device is configured such that a load applied on the axle will cause a movement of the at least one light beam; the device further comprising (iii) a refractive optical device, for amplification of the movement of the at least one light beam by increasing a distance of travel of the at least one light beam along a surface of the at least one light position sensing device, the refractive optical device located between the at least one light position sensing device and the at least one light emitting device and within the path of the light beam.
A computer-implemented method of designing the structure of an inclined stair lift having first and second runners (1, 2) and a transport unit guided thereon, the method comprising steps of: - determining a spatial course of the first running rail according to the framework conditions specified by the supporting structure installation; - determining a room axis according to the framework conditions specified by the supporting structure installation; - determining a geometric design of the transport unit; - determining a spatial course of a toothed wheel rail formed on the first or on the second running rail, which is necessary for the engagement of a pinion of the transport unit aligned with the spatial axis on the toothed wheel rail, wherein, in order to determine the spatial course of the toothed wheel rail, the spatial position course of the transport unit guided along the first running rail and aligned along the spatial axis is simulated by means of a three-dimensional model simulation, in that a virtual model of the transport unit is guided along a virtual model of the first running rail and the pinion assigned to the transport unit records the spatial course of the toothed wheel rail in three-dimensional virtual space, and wherein, in the case of a toothed wheel rail formed on the second running rail, the spatial course of the second running rail determined on the basis of the spatial course of the first running rail is also taken into account. - determining a spatial course of the first running rail according to the framework conditions specified by the supporting structure installation; - determining a room axis according to the framework conditions specified by the supporting structure installation; - determining a geometric design of the transport unit; - determining a spatial course of a toothed wheel rail formed on the first or on the second running rail, which is necessary for the engagement of a pinion of the transport unit aligned with the spatial axis on the toothed wheel rail, wherein, in order to determine the spatial course of the toothed wheel rail, the spatial position course of the transport unit guided along the first running rail and aligned along the spatial axis is simulated by means of a three-dimensional model simulation, in that a virtual model of the transport unit is guided along a virtual model of the first running rail and the pinion assigned to the transport unit records the spatial course of the toothed wheel rail in three-dimensional virtual space, and wherein, in the case of a toothed wheel rail formed on the second running rail, the spatial course of the second running rail determined on the basis of the spatial course of the first running rail is also taken into account.
An antibody which specifically binds integrin β1 comprising a heavy chain variable region and a light chain variable region, wherein the antibody comprises a VH region having an amino acid sequence as set forth in SEQ ID NO:12 and a VL region having an amino acid sequence as set forth in SEQ ID NO:22.
A method of erasing data using a file-based protocol from a data storage apparatus for repurposing, reallocation to a new user or retirement of the data storage apparatus, the data storage apparatus comprising a memory, and the method comprising: performing an initial erasure and/or freeing procedure to erase data from at least one selected region of the memory and/or to free up at least one selected region of the memory to receive files; while receiving signals representative of the available free space of the at least one selected region of the memory until the most recently received signal indicates that said at least one selected region of the memory is full, writing files in sequence by generating and writing each file of the sequence to the at least one selected region of the memory using the file based protocol, wherein the first file of the sequence has a file size equal to a predetermined initial file size, and wherein the second and any subsequent file of the sequence has the same size or is smaller in size than a respective preceding file of the sequence; and writing at least one further file to said at least one selected region of the memory, wherein the size of said at least one selected region of the memory is equal to, or bigger than, twice the predetermined initial file size. performing an initial erasure and/or freeing procedure to erase data from at least one selected region of the memory and/or to free up at least one selected region of the memory to receive files; while receiving signals representative of the available free space of the at least one selected region of the memory until the most recently received signal indicates that said at least one selected region of the memory is full, writing files in sequence by generating and writing each file of the sequence to the at least one selected region of the memory using the file based protocol, wherein the first file of the sequence has a file size equal to a predetermined initial file size, and wherein the second and any subsequent file of the sequence has the same size or is smaller in size than a respective preceding file of the sequence; and writing at least one further file to said at least one selected region of the memory, wherein the size of said at least one selected region of the memory is equal to, or bigger than, twice the predetermined initial file size.
A fall protection arrangement, comprising: a rotatable hub and a lifeline having a first end attached to the hub and a second end configured for removable attachment to a user; an engagement mechanism configured to directly or indirectly prevent rotation of the hub upon activation; and a braking arrangement configured to slow the rotation of the hub upon activation of the engagement mechanism, the braking arrangement comprising: (i) a brake hub having an annular flange and a shaft extending therefrom, the shaft including an outer contact surface (ii) at least one friction washer; (iii) a brake plate; and (iv) an engagement member adjustably engaged with the brake hub and configured to directly or indirectly clamp said at least one friction washer and said a brake plate between a contact surface of the engagement member and a contact surface of the annular flange of the brake hub; characterised in that the contact surface of the annular flange of the brake hub is tilted towards the shaft at a specified angle. a rotatable hub and a lifeline having a first end attached to the hub and a second end configured for removable attachment to a user; an engagement mechanism configured to directly or indirectly prevent rotation of the hub upon activation; and a braking arrangement configured to slow the rotation of the hub upon activation of the engagement mechanism, the braking arrangement comprising: (i) a brake hub having an annular flange and a shaft extending therefrom, the shaft including an outer contact surface (ii) at least one friction washer; (iii) a brake plate; and (iv) an engagement member adjustably engaged with the brake hub and configured to directly or indirectly clamp said at least one friction washer and said a brake plate between a contact surface of the engagement member and a contact surface of the annular flange of the brake hub; (i) a brake hub having an annular flange and a shaft extending therefrom, the shaft including an outer contact surface (ii) at least one friction washer; (iii) a brake plate; and (iv) an engagement member adjustably engaged with the brake hub and configured to directly or indirectly clamp said at least one friction washer and said a brake plate between a contact surface of the engagement member and a contact surface of the annular flange of the brake hub; characterised in that the contact surface of the annular flange of the brake hub is tilted towards the shaft at a specified angle.
A seal structure for a cable, comprising: a cable in which a plurality of electrical wires is enveloped by a sheath that is part of the cable, the plurality of electrical wires extending out from an end portion of the sheath; and a seal member for attachment to the cable, the seal member comprising: a rubber plug that is fitted around the end portion of the sheath; and an inner support member (16, 50, 66) having a support portion (41, 52, 68) arranged inside the end portion of the sheath, wherein an outer support member that presses the rubber plug inward is fitted around the rubber plug, wherein the rubber plug has a plurality of through-holes for passage of the plurality of electrical wires respectively, wherein the inner support member (16, 50, 66) has a plurality of guide holes for passage of the plurality of electrical wires respectively, and wherein the plurality of guide holes is arranged at positions that respectively correspond with the plurality of through-holes. a cable in which a plurality of electrical wires is enveloped by a sheath that is part of the cable, the plurality of electrical wires extending out from an end portion of the sheath; and a seal member for attachment to the cable, the seal member comprising: a rubber plug that is fitted around the end portion of the sheath; and an inner support member (16, 50, 66) having a support portion (41, 52, 68) arranged inside the end portion of the sheath, wherein an outer support member that presses the rubber plug inward is fitted around the rubber plug, wherein the rubber plug has a plurality of through-holes for passage of the plurality of electrical wires respectively, wherein the inner support member (16, 50, 66) has a plurality of guide holes for passage of the plurality of electrical wires respectively, and wherein the plurality of guide holes is arranged at positions that respectively correspond with the plurality of through-holes. a rubber plug that is fitted around the end portion of the sheath; and an inner support member (16, 50, 66) having a support portion (41, 52, 68) arranged inside the end portion of the sheath, wherein an outer support member that presses the rubber plug inward is fitted around the rubber plug, wherein the rubber plug has a plurality of through-holes for passage of the plurality of electrical wires respectively, wherein the inner support member (16, 50, 66) has a plurality of guide holes for passage of the plurality of electrical wires respectively, and wherein the plurality of guide holes is arranged at positions that respectively correspond with the plurality of through-holes.
A composite cathode active material comprising: a core comprising a lithium transition metal oxide, wherein the lithium transition metal oxide is represented by Formula 1 and has a layered crystalline phase belonging to the Space Group R 3m; and a coating layer on a surface of the core, wherein the coating layer is formed by cobalt hydroxide (Co 2): <Formula 1> Li x Co 1-y-z Ni y Mg q Ti r O 2 wherein, in Formula 1, 1.00≤x≤1.04, 0.05≤y≤0.1, 0<q<0.005, 0<r<0.005, 0.001≤q+r≤0.007. a core comprising a lithium transition metal oxide, wherein the lithium transition metal oxide is represented by Formula 1 and has a layered crystalline phase belonging to the Space Group R 3m; and a coating layer on a surface of the core, wherein the coating layer is formed by cobalt hydroxide (Co 2): <Formula 1> Li x Co 1-y-z Ni y Mg q Ti r O 2 wherein, in Formula 1, 1.00≤x≤1.04, 0.05≤y≤0.1, 0<q<0.005, 0<r<0.005, 0.001≤q+r≤0.007.
An aerosol-generating article comprising: a combustible heat source; an aerosol-generating substrate adjacent the combustible heat source; a freshener segment upstream of the heat source and at least partially covering the upstream end of the combustible heat source, the freshener segment comprising a segment of support material having an annular shape defining a channel extending through at least a part of the segment of support material between an upstream end of the segment of support material and a downstream end of the segment of support material, and at least one freshener delivery element contained within the channel extending through at least a part of the segment of support material, wherein the freshener segment is detachable from the combustible heat source to expose the heat source prior to use of the aerosol-generating article; and a wrapper circumscribing at least the freshener segment and the heat source, the wrapper comprising a line of weakness extending around the wrapper so that the freshener segment is detachable from the heat source by breaking the wrapper along the line of weakness, wherein the line of weakness overlies an upstream edge of the heat source. a combustible heat source; an aerosol-generating substrate adjacent the combustible heat source; a freshener segment upstream of the heat source and at least partially covering the upstream end of the combustible heat source, the freshener segment comprising a segment of support material having an annular shape defining a channel extending through at least a part of the segment of support material between an upstream end of the segment of support material and a downstream end of the segment of support material, and at least one freshener delivery element contained within the channel extending through at least a part of the segment of support material, wherein the freshener segment is detachable from the combustible heat source to expose the heat source prior to use of the aerosol-generating article; and a wrapper circumscribing at least the freshener segment and the heat source, the wrapper comprising a line of weakness extending around the wrapper so that the freshener segment is detachable from the heat source by breaking the wrapper along the line of weakness, wherein the line of weakness overlies an upstream edge of the heat source.
Regeneration device for regenerating a coolant dispersion with a phase change material comprising: a redispersion unit for redispersing the coolant dispersion, which has a restrictor; and a recooling unit which enables the freezing of the phase change material by dissipating the heat stored in the coolant dispersion, wherein the recooling unit is configured so that the dissipated heat is at least partially recuperated in order to heat up the coolant dispersion to an inlet temperature. a redispersion unit for redispersing the coolant dispersion, which has a restrictor; and a recooling unit which enables the freezing of the phase change material by dissipating the heat stored in the coolant dispersion, wherein the recooling unit is configured so that the dissipated heat is at least partially recuperated in order to heat up the coolant dispersion to an inlet temperature.
A method performed by a wireless device, comprising: detecting a synchronization signal, SS, block from a cellular base station; characterized by further comprising: determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station. detecting a synchronization signal, SS, block from a cellular base station; characterized by further comprising: determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station. determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station.