mhurhangee/ep-ind-claims huggingface dataset:
A car lamp, comprising: a half mirror having an upper surface and a lower surface, and configured to reflect a part of light incident on the lower surface and discharge another part to outside; a reflector located below the half mirror in a manner of facing the lower surface of the half mirror; and a plurality of light sources located between the half mirror and the reflector to emit light toward the half mirror, wherein the half mirror and the reflector are spaced apart from each other by a predetermined distance such that the light emitted from each of the light sources is repeatedly reflected by the half mirror and the reflector, wherein the lamp further comprises a transparent substrate located between the half mirror and the reflector and spaced apart from the half mirror by a predetermined distance, wherein the light sources are located on the transparent substrate, characterized in that the lamp further comprises metal electrodes located on the transparent substrate to apply a voltage to the light sources, respectively, wherein the metal electrodes are located to surround the light sources, respectively, so as to reflect light. a half mirror having an upper surface and a lower surface, and configured to reflect a part of light incident on the lower surface and discharge another part to outside; a reflector located below the half mirror in a manner of facing the lower surface of the half mirror; and a plurality of light sources located between the half mirror and the reflector to emit light toward the half mirror, wherein the half mirror and the reflector are spaced apart from each other by a predetermined distance such that the light emitted from each of the light sources is repeatedly reflected by the half mirror and the reflector, wherein the lamp further comprises a transparent substrate located between the half mirror and the reflector and spaced apart from the half mirror by a predetermined distance, wherein the light sources are located on the transparent substrate, characterized in that the lamp further comprises metal electrodes located on the transparent substrate to apply a voltage to the light sources, respectively, wherein the metal electrodes are located to surround the light sources, respectively, so as to reflect light.
A computer-executable method, comprising: receiving, at a mobile device, a request for a piece of content from a user; in response to the request, forwarding the request to a content-retrieving agent which is configured to obtain the requested content from a remote device on behalf of the mobile device; allowing the mobile device's receiver to be placed in an energy-saving sleep mode when the content-retrieving agent is obtaining the requested content for the mobile device and is not transmitting the content to the mobile device; allowing the mobile device's receiver to wake up when the content-retrieving agent is transmitting the content to the mobile device; and receiving the content, at the mobile device, from the content-retrieving agent. receiving, at a mobile device, a request for a piece of content from a user; in response to the request, forwarding the request to a content-retrieving agent which is configured to obtain the requested content from a remote device on behalf of the mobile device; allowing the mobile device's receiver to be placed in an energy-saving sleep mode when the content-retrieving agent is obtaining the requested content for the mobile device and is not transmitting the content to the mobile device; allowing the mobile device's receiver to wake up when the content-retrieving agent is transmitting the content to the mobile device; and receiving the content, at the mobile device, from the content-retrieving agent.
An oral care device for generating a chemical agent in situ outside of the oral care device, comprising: a head portion comprising a field of cleaning elements; a voltage source; and a first set of electrodes disposed on the head portion within the field of cleaning elements and electrically connected to the voltage source, the first set of electrodes comprising a first cathode and a first anode, the first cathode and the first anode having a first electrical potential therebetween when receiving an electric charge from the voltage source; characterised by a second set of electrodes disposed on the head portion and electrically connected to the voltage source, the second set of electrodes comprising a second cathode and a second anode, the second cathode and the second anode having a second electrical potential therebetween when receiving an electric charge from the voltage source, the second set of electrodes being disposed about the first anode; and by the first electrical potential being different from the second electrical potential. a head portion comprising a field of cleaning elements; a voltage source; and a first set of electrodes disposed on the head portion within the field of cleaning elements and electrically connected to the voltage source, the first set of electrodes comprising a first cathode and a first anode, the first cathode and the first anode having a first electrical potential therebetween when receiving an electric charge from the voltage source; characterised by a second set of electrodes disposed on the head portion and electrically connected to the voltage source, the second set of electrodes comprising a second cathode and a second anode, the second cathode and the second anode having a second electrical potential therebetween when receiving an electric charge from the voltage source, the second set of electrodes being disposed about the first anode; and by the first electrical potential being different from the second electrical potential.
A surgical access device (10;110) comprising: a housing defining a proximal end and a distal end, the housing having a plurality of lumens (22,23) extending therethrough; a collar (32;132) repositionable between a first position and a second position, the second position being closer to the proximal end of the housing than the first position; a plurality of deformable members (34;134) defining distal portions, each deformable member coupled to the collar and transitionable through one of the plurality of lumens, the plurality of deformable members being in a retracted state when the collar is in the first position and in a deployed state when the collar is in the second position, wherein the plurality of deformable members are wires and the distal portions of the plurality of deformable members are essentially linear when in the retracted state and wherein the distal portions of the plurality of deformable members are curled toward an inner surface of tissue when in the deployed state, the distal portions of the plurality of deformable members being biased towards the deployed state. a housing defining a proximal end and a distal end, the housing having a plurality of lumens (22,23) extending therethrough; a collar (32;132) repositionable between a first position and a second position, the second position being closer to the proximal end of the housing than the first position; a plurality of deformable members (34;134) defining distal portions, each deformable member coupled to the collar and transitionable through one of the plurality of lumens, the plurality of deformable members being in a retracted state when the collar is in the first position and in a deployed state when the collar is in the second position, wherein the plurality of deformable members are wires and the distal portions of the plurality of deformable members are essentially linear when in the retracted state and wherein the distal portions of the plurality of deformable members are curled toward an inner surface of tissue when in the deployed state, the distal portions of the plurality of deformable members being biased towards the deployed state.
A method in a node (110, 115), comprising: receiving a signal; obtaining a sampled received signal by sampling the received signal according to a symbol rate of the received signal; estimating a first frequency offset based on the sampled received signal, the first frequency offset estimated using an estimation range limited to one of a bandwidth of the received signal or the symbol rate of the received signal, characterized in that the method further comprises: obtaining an oversampled received signal by sampling the received signal according to N times the symbol rate, wherein N is greater than 1; and estimating a second frequency offset based on the first frequency offset estimate and the oversampled received signal, wherein estimating the second frequency offset based on the first frequency offset estimate and the oversampled received signal comprises: correcting the estimated first frequency offset using the oversampled received signal to extend the estimation range outside of the signal bandwidth of the received signal or the symbol rate of the received signal. receiving a signal; obtaining a sampled received signal by sampling the received signal according to a symbol rate of the received signal; estimating a first frequency offset based on the sampled received signal, the first frequency offset estimated using an estimation range limited to one of a bandwidth of the received signal or the symbol rate of the received signal, characterized in that the method further comprises: obtaining an oversampled received signal by sampling the received signal according to N times the symbol rate, wherein N is greater than 1; and estimating a second frequency offset based on the first frequency offset estimate and the oversampled received signal, obtaining an oversampled received signal by sampling the received signal according to N times the symbol rate, wherein N is greater than 1; and estimating a second frequency offset based on the first frequency offset estimate and the oversampled received signal, wherein estimating the second frequency offset based on the first frequency offset estimate and the oversampled received signal comprises: correcting the estimated first frequency offset using the oversampled received signal to extend the estimation range outside of the signal bandwidth of the received signal or the symbol rate of the received signal. correcting the estimated first frequency offset using the oversampled received signal to extend the estimation range outside of the signal bandwidth of the received signal or the symbol rate of the received signal.
A method operational in a service provider, SP, network connected to a wireless communication network, comprising: authenticating a user equipment, UE, to an online sign up, OSU, component of the SP network using a preconfigured UE certificate, wherein a private key corresponding to the UE certificate is available only in secure processing during authentication within the UE; and forwarding the UE certificate from the OSU component to an authentication component of the SP network for subsequent authentication of the UE based on the UE certificate. authenticating a user equipment, UE, to an online sign up, OSU, component of the SP network using a preconfigured UE certificate, wherein a private key corresponding to the UE certificate is available only in secure processing during authentication within the UE; and forwarding the UE certificate from the OSU component to an authentication component of the SP network for subsequent authentication of the UE based on the UE certificate.
An injection nozzle for an internal combustion engine, the injection nozzle comprising: a nozzle body provided with a bore within which a valve needle is moveable, the valve needle being engageable with a valve seating to control fuel delivery through a set of nozzle outlets, the seating transitioning into a sac volume of the nozzle body defined by a steeply sloped wall portion located at the very bottom of the bore, and said nozzle outlets including respective entry openings defined in a wall of the sac volume, characterized in that the valve needle includes a first valve region, a second valve region and a seat region defined by a transition between the first and second valve regions (52, 54) and which seats against the valve seating when the nozzle is in a non-injecting state, the valve needle comprising a third valve region, adjacent the second valve region, the third valve region being a neiloidic frustum having an outer surface defining a curved profile, the end of said outer surface terminating at a position which is substantially sharing a plane in common with the inner openings of the nozzle outlets, and preferably the centres of the inner openings when the valve needle is engaged with the valve seating, and wherein, the outer surface of the third region is spaced from the entry openings of the nozzle outlets to define a gap having a predetermined minimum dimension comprised between 15 and 25% of the entry diameter of the sac volume. a nozzle body provided with a bore within which a valve needle is moveable, the valve needle being engageable with a valve seating to control fuel delivery through a set of nozzle outlets, the seating transitioning into a sac volume of the nozzle body defined by a steeply sloped wall portion located at the very bottom of the bore, and said nozzle outlets including respective entry openings defined in a wall of the sac volume, characterized in that the valve needle includes a first valve region, a second valve region and a seat region defined by a transition between the first and second valve regions (52, 54) and which seats against the valve seating when the nozzle is in a non-injecting state, the valve needle comprising a third valve region, adjacent the second valve region, the third valve region being a neiloidic frustum having an outer surface defining a curved profile, the end of said outer surface terminating at a position which is substantially sharing a plane in common with the inner openings of the nozzle outlets, and preferably the centres of the inner openings when the valve needle is engaged with the valve seating, and wherein, the outer surface of the third region is spaced from the entry openings of the nozzle outlets to define a gap having a predetermined minimum dimension comprised between 15 and 25% of the entry diameter of the sac volume.
A damper film bearing assembly for supporting a rotatable shaft, the damper film bearing assembly comprising: a bearing housing having a longitudinal opening passing therethrough for receiving the rotatable shaft; a bearing case having a longitudinal opening passing therethrough for receiving the bearing housing, an outer surface of the bearing housing and an inner surface of the bearing case defining a space therebetween adapted to receive a damper oil therein; at least one resilient element (100, 110) disposed within an at least one radial recess; characterised in that the at least one radial recess is provided in the outer surface of the bearing housing, and wherein the at least one resilient element (100, 110) comprises at least one rod spring (100, 110), comprising a central shaft (102, 112) having a first shaft end (102a, 112a) and a second shaft end (102b, 112b) and a spring (104, 114), having circular cross-section, and being located intermediate the first shaft end (102a, 112a) and second shaft end (102b, 112b). a bearing housing having a longitudinal opening passing therethrough for receiving the rotatable shaft; a bearing case having a longitudinal opening passing therethrough for receiving the bearing housing, an outer surface of the bearing housing and an inner surface of the bearing case defining a space therebetween adapted to receive a damper oil therein; at least one resilient element (100, 110) disposed within an at least one radial recess; characterised in that the at least one radial recess is provided in the outer surface of the bearing housing, and wherein the at least one resilient element (100, 110) comprises at least one rod spring (100, 110), comprising a central shaft (102, 112) having a first shaft end (102a, 112a) and a second shaft end (102b, 112b) and a spring (104, 114), having circular cross-section, and being located intermediate the first shaft end (102a, 112a) and second shaft end (102b, 112b).
A cell growth matrix assembly, comprising one or more cell immobilization layers having a surface which allows cells to adhere and grow, said one or more cell immobilization layers defining a cell immobilization section and one or more spacer layers containing a tortuous path producing structure, said one or more spacer layers defining a spacer section adjacent to said cell immobilization section, allowing passage of cells and medium along the surfaces of both the cell immobilization and spacer sections but in a tortuous path wherein the cells will efficiently travel into the immobilization layers and adhere at a depth therein, wherein said cell immobilization layers are made of a woven or nonwoven material, wherein the ratio of the thickness of said cell immobilization section to the thickness of the spacer section is between 1:2 to 2:1 and wherein an outer layer of the assembly is formed by one or more spacer layers.
A method of manufacturing an antislip ladder rung, the method comprises steps of: - arranging a tubular rung made of sheet metal, and - arranging an antislip roughening to the rung, characterized in that the method step of arranging the antislip roughening comprises a step of punching the tubular rung in the diametral plane of the rung with a pressing punch (3 1, 3 2) having a plurality of spaced puncturing rods with pointed tips, said puncturing rods being arranged in a row, and that during the punching stroke, at a first side of the rung the pointed tips puncture through the wall of the rung forming inlet openings and at the opposite second side of the rung the pointed tips create protrusions (6 1, 6 2) that form the antislip roughening. - arranging a tubular rung made of sheet metal, and - arranging an antislip roughening to the rung, characterized in that the method step of arranging the antislip roughening comprises a step of punching the tubular rung in the diametral plane of the rung with a pressing punch (3 1, 3 2) having a plurality of spaced puncturing rods with pointed tips, said puncturing rods being arranged in a row, and that during the punching stroke, at a first side of the rung the pointed tips puncture through the wall of the rung forming inlet openings and at the opposite second side of the rung the pointed tips create protrusions (6 1, 6 2) that form the antislip roughening.
Strut bearing for bearing a strut on a motor vehicle body (10, 10') and for setting and adjusting the camber at the strut of a wheel suspension, the strut bearing comprising at least one fixing means (3, 3', 3"), wherein by means of the fixing means (3, 3', 3"), at least one releasable clamping connection, in particular a screw connection, can be formed with the strut bearing and the vehicle body (10, 10'), also a strut receiver and an adjustment device, wherein the adjustment device comprises at least one sliding block with at least one guide element, a bearing plate with at least one guide element receiver forming a linear guide of the at least one sliding block with the at least one guide element together with the at least one guide element receiver, wherein the adjustment device also has a clamping plate, wherein the bearing plate, the at least one sliding block and the clamping plate are arranged relative to each other such that the at least one sliding block can be fixed at least by clamping between the bearing plate and the clamping plate, and wherein the strut receiver is arranged on the at least one sliding block such that the position of the at least one sliding block in the linear guide correlates with the setting of the camber at the strut characterized in that the guide element receiver is a guide frame, wherein the at least one sliding block is arranged inside the guide frame and wherein the bearing plate or the clamping plate and the at least one sliding block comprise single and/or multiple toothings which can be paired together at least by form fit, wherein the mutually paired single toothings and/or multiple toothings can form an at least form-fit connection in the transverse direction to the vehicle longitudinal axis.
A composition comprising a lipase and a fabric hueing agent, said fabric hueing agent comprising polymeric dye, and wherein said lipase is a variant of SEQ ID No. 2, said variant having at least 90% homology to SEQ ID No. 2, said variant having substitutions T231R and N233R.
A merchandise tag comprising: a label formed of a fabric material; a wireless communication device incorporated into the label and including an RFID chip, and a slot-loop hybrid antenna electrically coupled to the RFID chip and including a conductor sheet defining a slot; and a sew line at which the label is secured to a piece of merchandise, wherein the sew line divides the label into an upper fixed portion and a lower free portion, the upper fixed portion of the label is smaller than the lower free portion of the label, and the RFID chip and the slot of the antenna are positioned within the upper fixed portion of the label. a label formed of a fabric material; a wireless communication device incorporated into the label and including an RFID chip, and a slot-loop hybrid antenna electrically coupled to the RFID chip and including a conductor sheet defining a slot; and an RFID chip, and a slot-loop hybrid antenna electrically coupled to the RFID chip and including a conductor sheet defining a slot; and a sew line at which the label is secured to a piece of merchandise, wherein the sew line divides the label into an upper fixed portion and a lower free portion, the upper fixed portion of the label is smaller than the lower free portion of the label, and the RFID chip and the slot of the antenna are positioned within the upper fixed portion of the label.
A terminal, comprising: a receiver (116, 200), configured to receive first control information related to an uplink data channel and second control information related to an uplink control channel for transmitting uplink control information, wherein the first control information includes first indication information indicating presence or absence of transmission of uplink data and second indication information indicating presence or absence of transmission of channel state information; and a transmitter (114 220), configured to transmit the uplink control information using a resource for the uplink data channel, when the first indication information indicates the absence of the transmission of the uplink data and the second indication information indicates the absence of the transmission of the channel state information. a receiver (116, 200), configured to receive first control information related to an uplink data channel and second control information related to an uplink control channel for transmitting uplink control information, wherein the first control information includes first indication information indicating presence or absence of transmission of uplink data and second indication information indicating presence or absence of transmission of channel state information; and a transmitter (114 220), configured to transmit the uplink control information using a resource for the uplink data channel, when the first indication information indicates the absence of the transmission of the uplink data and the second indication information indicates the absence of the transmission of the channel state information.