mhurhangee/patent-ind-claim-en huggingface dataset:
A belt conveyor maintenance process comprising a longitudinal conveyor belt and a plurality of support stations for the conveyor belt distributed along the conveyor belt , each support station comprising a cradle on which the conveyor belt rests by a support surface , the process comprising the following steps: - inserting an inflatable pad in a deflated state below the conveyor belt , in a lifting position near one of the support stations ; - inflating the inflatable pad to an inflated state in which the conveyor belt rests directly on the inflatable pad and no longer rests on the cradle of said support station ; - performing a maintenance operation on said support station ; - deflating the inflatable pad to its deflated state; said support surface having, in cross-section, a determined shape when the conveyor belt rests on the cradle of said support station , the inflatable pad having a bearing surface provided to bear against the conveyor belt in the inflated state, characterized in that said bearing surface has, in the inflated state, in the absence of any stress, said determined section, said determined section in the absence of any stress being the section of the bearing surface when no outside force is applied to the inflatable pad , the shape of the bearing surface resulting solely from the pressure inside the inflatable pad , this pressure being nominal. - inserting an inflatable pad in a deflated state below the conveyor belt , in a lifting position near one of the support stations ; - inflating the inflatable pad to an inflated state in which the conveyor belt rests directly on the inflatable pad and no longer rests on the cradle of said support station ; - performing a maintenance operation on said support station ; - deflating the inflatable pad to its deflated state; said support surface having, in cross-section, a determined shape when the conveyor belt rests on the cradle of said support station , the inflatable pad having a bearing surface provided to bear against the conveyor belt in the inflated state, characterized in that said bearing surface has, in the inflated state, in the absence of any stress, said determined section, said determined section in the absence of any stress being the section of the bearing surface when no outside force is applied to the inflatable pad , the shape of the bearing surface resulting solely from the pressure inside the inflatable pad , this pressure being nominal.
A power input device comprising: a torque driver rotatable about a longitudinal axis, the torque driver configured to receive a power input; a torsion plate coupled to the torque driver, the torsion plate having a substantially disc-shaped body , a splined inner bore and a plurality of structural ribs extending radially from the splined inner bore to an outer periphery, wherein the plurality of structural ribs are configured in a substantially triangular pattern extending from the splined inner bore to a radially outward section; a load cam ring coupled to the torsion plate; a load cam roller retainer subassembly coupled to the load cam ring; and a traction ring coupled to the load cam roller retainer subassembly. a torque driver rotatable about a longitudinal axis, the torque driver configured to receive a power input; a torsion plate coupled to the torque driver, the torsion plate having a substantially disc-shaped body , a splined inner bore and a plurality of structural ribs extending radially from the splined inner bore to an outer periphery, wherein the plurality of structural ribs are configured in a substantially triangular pattern extending from the splined inner bore to a radially outward section; a load cam ring coupled to the torsion plate; a load cam roller retainer subassembly coupled to the load cam ring; and a traction ring coupled to the load cam roller retainer subassembly.
A method for user equipment, UE, in a mobile communication system the method comprising: receiving (1A-3), at the UE, a Non Access Stratum, NAS, protocol response message with a network provided Voice over IP Multimedia, IM, Core Network, CN, Subsystem, VoIMS, indicator, wherein the UE has a UE usage setting, the UE usage setting being (1A-7, 1B-5) one of a preference of the UE for voice service, a preference of the UE for data service or Data Only meaning that the UE requires only data services and can accept that there is no voice service, wherein the NAS protocol response message is an accept message; and in the event of the VoIMS indicator indicating that VoIMS is supported, attempting IMS registration and in the event of IMS registration failure , responsive to the UE usage setting indicating UE preference for voice service, upon NAS indication to select specific radio access technologies, RATs, selecting (1A-9) by the UE a RAT from the specific RATs and disabling, by the UE, evolved universal mobile telecommunications system terrestrial radio access, E-UTRA, cell reselection and cell selection. receiving (1A-3), at the UE, a Non Access Stratum, NAS, protocol response message with a network provided Voice over IP Multimedia, IM, Core Network, CN, Subsystem, VoIMS, indicator, wherein the UE has a UE usage setting, the UE usage setting being (1A-7, 1B-5) one of a preference of the UE for voice service, a preference of the UE for data service or Data Only meaning that the UE requires only data services and can accept that there is no voice service, wherein the NAS protocol response message is an accept message; and in the event of the VoIMS indicator indicating that VoIMS is supported, attempting IMS registration and in the event of IMS registration failure , responsive to the UE usage setting indicating UE preference for voice service, upon NAS indication to select specific radio access technologies, RATs, selecting (1A-9) by the UE a RAT from the specific RATs and disabling, by the UE, evolved universal mobile telecommunications system terrestrial radio access, E-UTRA, cell reselection and cell selection.
A system message block transmission method applied for a base station, wherein the method comprises : generating a first system message block, wherein the first system message block comprises cell access related information and service indication information, the service indication information is used to indicate a new function of the first system message block, the new function is related to a second protocol release, and the second protocol release is an evolution release of a first protocol release; and transmitting the first system message block; wherein the new function comprises a new function of a target parameter in the cell access related information, and the target parameter comprises at least one of a Synchronization Signal, SS block time index, a cell barred indicator, indication information about a position of a first Demodulation Reference Signal, DMRS for a Physical Downlink Shared Channel, PDSCH, a Physical Resource Block, PRB grid offset, downlink numerology indication information, and configuration information of a Control Resource Set, CORESET. generating a first system message block, wherein the first system message block comprises cell access related information and service indication information, the service indication information is used to indicate a new function of the first system message block, the new function is related to a second protocol release, and the second protocol release is an evolution release of a first protocol release; and transmitting the first system message block; wherein the new function comprises a new function of a target parameter in the cell access related information, and the target parameter comprises at least one of a Synchronization Signal, SS block time index, a cell barred indicator, indication information about a position of a first Demodulation Reference Signal, DMRS for a Physical Downlink Shared Channel, PDSCH, a Physical Resource Block, PRB grid offset, downlink numerology indication information, and configuration information of a Control Resource Set, CORESET.
An article of footwear comprising: an upper having an outer surface ; a sole structure ; the upper also including a toe portion and an opening configured to receive a foot; a first direction extending from the toe portion towards the opening ; a second direction extending from a vamp portion of the upper towards the sole structure ; one group of gripping members disposed on the outer surface comprising a first ball control portion ; a further group of elongate gripping members disposed on the outer surface comprising a second ball control portion ; the one group of gripping members being approximately aligned along a medial side of the upper with the further group of gripping members with respect to the second direction; wherein the height of the first ball control portion varies along the first direction, and wherein a first gripping member of the one group of gripping members has a first height and a second gripping member of the one group of gripping members has a second height, wherein the first gripping member is disposed closer to the toe portion than the second gripping member , wherein the first height is less than the second height, and wherein a height of each remaining gripping member of the one group of gripping members continues to progressively increase as the distance from the tip of the toe portion increases. an upper having an outer surface ; a sole structure ; the upper also including a toe portion and an opening configured to receive a foot; a first direction extending from the toe portion towards the opening ; a second direction extending from a vamp portion of the upper towards the sole structure ; one group of gripping members disposed on the outer surface comprising a first ball control portion ; a further group of elongate gripping members disposed on the outer surface comprising a second ball control portion ; the one group of gripping members being approximately aligned along a medial side of the upper with the further group of gripping members with respect to the second direction; wherein the height of the first ball control portion varies along the first direction, and wherein a first gripping member of the one group of gripping members has a first height and a second gripping member of the one group of gripping members has a second height, wherein the first gripping member is disposed closer to the toe portion than the second gripping member , wherein the first height is less than the second height, and wherein a height of each remaining gripping member of the one group of gripping members continues to progressively increase as the distance from the tip of the toe portion increases.
A voltage-clamping circuit interposable between and connectable to first and second terminals that are connected to an external circuit, the voltage-clamping circuit comprising: a) a bidirectional voltage clamp including at least one cold-cathode field emission electron tube ; the bidirectional voltage clamp having a threshold operating voltage; the at least one cold-cathode field emission electron tube comprising a first control grid and a second control grid ; the first and second control grids being receptive of respective control signals for modulating voltage in a main current-conducting path between the first and second terminals ; and b) a circuit for biasing the voltage clamp via said first and second control grids to set said threshold operating voltage to a selected value depending on resistances in said circuit for biasing. a) a bidirectional voltage clamp including at least one cold-cathode field emission electron tube ; the bidirectional voltage clamp having a threshold operating voltage; the at least one cold-cathode field emission electron tube comprising a first control grid and a second control grid ; the first and second control grids being receptive of respective control signals for modulating voltage in a main current-conducting path between the first and second terminals ; and b) a circuit for biasing the voltage clamp via said first and second control grids to set said threshold operating voltage to a selected value depending on resistances in said circuit for biasing.
A method for manufacturing a three-dimensional object with an additive manufacturing system, comprising a step consisting in printing layers of the three-dimensional object from the part material comprising: - at least one poly(aryl ether sulfone) (PAES) polymer, and - at least one per(halo)fluoropolymer (FP), having a melt viscosity of at most 1.5×10 3 Pa.s, as measured according to ASTM D3835 at 372°C and 1000 s -1 using a Hastelloy die of 1 mm × 10 mm. - at least one poly(aryl ether sulfone) (PAES) polymer, and - at least one per(halo)fluoropolymer (FP), having a melt viscosity of at most 1.5×10 3 Pa.s, as measured according to ASTM D3835 at 372°C and 1000 s -1 using a Hastelloy die of 1 mm × 10 mm.
A signal processing device comprising: an EDOF signal processing unit that is configured to perform extended depth of field, EDOF, signal processing as restoration processing on a special light image acquired by imaging an observation target irradiated with special light having a wavelength band different from that of visible light; and a setting unit that is configured to set a restoration degree of the EDOF signal processing for the EDOF signal processing unit, wherein the setting unit is configured to set a parameter for the restoration degree in the EDOF signal processing on the special light image so as to make the restoration degree in the EDOF signal processing on the special light image lower than a restoration degree in EDOF signal processing as restoration processing on a visible light image acquired by imaging the observation target irradiated with visible light. an EDOF signal processing unit that is configured to perform extended depth of field, EDOF, signal processing as restoration processing on a special light image acquired by imaging an observation target irradiated with special light having a wavelength band different from that of visible light; and a setting unit that is configured to set a restoration degree of the EDOF signal processing for the EDOF signal processing unit, wherein the setting unit is configured to set a parameter for the restoration degree in the EDOF signal processing on the special light image so as to make the restoration degree in the EDOF signal processing on the special light image lower than a restoration degree in EDOF signal processing as restoration processing on a visible light image acquired by imaging the observation target irradiated with visible light.
A method for producing a manhole lower part from a solid bar , thus forming a body , wherein the solid bar contains polymer material or consists of polymer material and has an approximately circular cross-section, wherein the approximately circular cross-section of the solid bar is just as large as or slightly larger than the diameter of the manhole lower part that is to be produced, said method having the following steps: • in a first step A, a portion of the solid bar is separated off and the body is thus formed, the body has the shape of a cylinder, it is formed in one part, • in a second step B, the manhole lower part is formed from the body , wherein the manhole lower part is shaped from the body by material removal and/or material build-up, wherein to this end a functional contour is formed on the manhole lower part and comprises a channel , which serves to conduct fluid. • in a first step A, a portion of the solid bar is separated off and the body is thus formed, the body has the shape of a cylinder, it is formed in one part, • in a second step B, the manhole lower part is formed from the body , wherein the manhole lower part is shaped from the body by material removal and/or material build-up, wherein to this end a functional contour is formed on the manhole lower part and comprises a channel , which serves to conduct fluid.
An end fitting of a wiper, said wiper having at least one vertebra and a wiper blade , the end fitting comprising a primary part and a secondary part , the primary part comprising a housing that is able to receive the vertebra and a recess that is able to receive the wiper blade , said primary part also comprising a hole which opens into the housing and into the recess , said secondary part comprising a locking means that is able to immobilize the end fitting with respect to the wiper, said locking means extending into the hole , the primary part and the secondary part being connected by a removable fastening means , wherein the housing and the recess are distinct, wherein the primary part is formed by a body through which the hole passes and at the periphery of which the removable fastening means is formed, wherein the body has an upper face delimiting the housing , an intermediate wall which delimits both the housing and the recess , wherein the hole is made in the upper face and in the intermediate wall .
Apparatus for use with a ventricular assist device that is, when in use, assisting cardiac function of a biological subject, the apparatus including an electronic processing device that, when in use: a) determines a flow rate of blood through the ventricular assist device; b) analyses the flow rate to determine a flow parameter value at least partially indicative of a change in the flow rate during diastole; and, c) uses the flow parameter value to at least one of: i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole. a) determines a flow rate of blood through the ventricular assist device; b) analyses the flow rate to determine a flow parameter value at least partially indicative of a change in the flow rate during diastole; and, c) uses the flow parameter value to at least one of: i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole. i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole.
Method for producing a silicon wafer for an electronic component, having the method step of epitaxially growing a silicon layer on a carrier substrate and detaching the silicon layer as a silicon wafer from the carrier substrate, wherein at least one p-type dopant and at least one n-type dopant are introduced into the silicon layer during the epitaxial growth, characterised in that the dopants are introduced into the silicon layer such that the silicon layer is formed with an electrically active p-type doping and an electrically active n-type doping, in each case with a concentration in the range of 1×10 14 cm -3 to 1×10 16 cm -3 , and in that the silicon wafer is formed with an electrically active net doping of at least 1×10 14 cm -3 . having the method step of epitaxially growing a silicon layer on a carrier substrate and detaching the silicon layer as a silicon wafer from the carrier substrate, wherein at least one p-type dopant and at least one n-type dopant are introduced into the silicon layer during the epitaxial growth, characterised in that the dopants are introduced into the silicon layer such that the silicon layer is formed with an electrically active p-type doping and an electrically active n-type doping, in each case with a concentration in the range of 1×10 14 cm -3 to 1×10 16 cm -3 , and in that the silicon wafer is formed with an electrically active net doping of at least 1×10 14 cm -3 .
A polypeptide having a patchoulol and 7-epi-α-selinene synthase activity and comprising an amino acid sequence at least 70% identical to SEQ ID NO:1.
A propelling module, comprising: a module housing , a rotating device , a transmission shaft and a propeller ; wherein the module housing is provided with a sealed chamber , the propeller is arranged outside the sealed chamber , the rotating device is arranged inside the sealed chamber , one end of the transmission shaft is connected to the rotating device , the other end of the transmission shaft penetrates through a side wall of the sealed chamber and extends to the exterior of the sealed chamber , and the other end of the transmission shaft is connected to the propeller ; the module housing is provided with a power connection member , the rotating device is electrically connected to the power connection member , and the rotating device is configured, in use, to be electrically connected to an external battery module via the power connection member ; two ends of the module housing are respectively provided with a storage end and a tail end , the sealed chamber is arranged at the storage end , the module housing is further provided with a water passage , wherein the water passage penetrates through from a bottom surface of the tail end to a side surface of the tail end , and the propeller is arranged in the water passage ; wherein the rotating device comprises a control assembly and a motor ; and wherein the control assembly comprises a brushless motor controller, an input of the brushless motor controller is electrically connected to the power connection member , an output of the brushless motor controller is electrically connected to the motor , and the transmission shaft is connected to a rotor of the motor . the module housing is provided with a power connection member , the rotating device is electrically connected to the power connection member , and the rotating device is configured, in use, to be electrically connected to an external battery module via the power connection member ; two ends of the module housing are respectively provided with a storage end and a tail end , the sealed chamber is arranged at the storage end , the module housing is further provided with a water passage , wherein the water passage penetrates through from a bottom surface of the tail end to a side surface of the tail end , and the propeller is arranged in the water passage ; wherein the rotating device comprises a control assembly and a motor ; and wherein the control assembly comprises a brushless motor controller, an input of the brushless motor controller is electrically connected to the power connection member , an output of the brushless motor controller is electrically connected to the motor , and the transmission shaft is connected to a rotor of the motor .
A method of assessing the purity of human umbilical-cord derived mesenchymal stem cells (hUC-MSCs) in a cell culture, comprising determining the percentage of cells expressing CD146 in the culture; wherein the purity of hUC-MSCs is calculated by the equation shown below: Y = SX + I, where Y is the purity (%) of hUC-MSCs, X is the percentage of cells expressing CD146, S is 1.206, and I is -23.32.