mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator comprising: - a housing ; - a gear train contained within the housing and coupled to a movable component outside the housing for driving the movable component between multiple positions, the gear train comprising a plurality of gears including a first gear and a second gear ; - a bend shaft fixed to an internal surface of the housing and configured to support the first gear and the second gear , the bend shaft comprising: - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end , the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion ; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion ; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction. - a housing ; - a gear train contained within the housing and coupled to a movable component outside the housing for driving the movable component between multiple positions, the gear train comprising a plurality of gears including a first gear and a second gear ; - a bend shaft fixed to an internal surface of the housing and configured to support the first gear and the second gear , the bend shaft comprising: - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end , the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion ; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion ; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction. - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end , the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion ; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion ; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction.
A hair drying system for uniformly drying a hair addition having multiple strands, the system comprising: a dryer defining an elongated internal dying chamber, an air intake system including at least one ducted intake fan , an air exhaust system including at least one ducted exhaust fan , and an internal support assembly for releasably hanging elongated hair additions, being positioned within the internal chamber between the air intake system and the air exhaust system, characterized in that the ducted intake fans are positioned in a top panel of the dryer and the ducted exhaust fans are positioned near a bottom of the internal chamber in side walls of the dryer adjacent a bottom panel of the dryer such that air flowing between the air intake and exhaust systems flows across the elongated hair additions in a substantially laminar fashion. a dryer defining an elongated internal dying chamber, an air intake system including at least one ducted intake fan , an air exhaust system including at least one ducted exhaust fan , and an internal support assembly for releasably hanging elongated hair additions, being positioned within the internal chamber between the air intake system and the air exhaust system, characterized in that the ducted intake fans are positioned in a top panel of the dryer and the ducted exhaust fans are positioned near a bottom of the internal chamber in side walls of the dryer adjacent a bottom panel of the dryer such that air flowing between the air intake and exhaust systems flows across the elongated hair additions in a substantially laminar fashion.
An additive manufacturing (AM) system comprising: a carriage comprising: a pre-heating assembly comprising a plurality of pre-heating chambers ; and a printing block comprising a plurality of slots for receiving a plurality of printing heads , wherein the carriage includes more pre-heating chambers than head slots; and a building platform configured to receive material deposited from the carriage, characterized in that the printing block is formed with a pair of reservoirs surrounding each of the plurality of slots, wherein each pair is configured to be in fluid communication with one of the plurality of printing heads installed in one of the plurality of slots and wherein each of the pair is configured to be in fluid communication with a separate nozzle array of the one of the plurality of printing heads. a carriage comprising: a pre-heating assembly comprising a plurality of pre-heating chambers ; and a printing block comprising a plurality of slots for receiving a plurality of printing heads , wherein the carriage includes more pre-heating chambers than head slots; and a pre-heating assembly comprising a plurality of pre-heating chambers ; and a printing block comprising a plurality of slots for receiving a plurality of printing heads , wherein the carriage includes more pre-heating chambers than head slots; and a building platform configured to receive material deposited from the carriage, characterized in that the printing block is formed with a pair of reservoirs surrounding each of the plurality of slots, wherein each pair is configured to be in fluid communication with one of the plurality of printing heads installed in one of the plurality of slots and wherein each of the pair is configured to be in fluid communication with a separate nozzle array of the one of the plurality of printing heads.
An ophthalmic surgical laser system comprising: a laser delivery system configured to deliver a pulsed laser beam at a focal point of a target in a patient's eye; the pulsed laser beam having a pulse repetition rate in the range between 5 MHz and 25 MHz; a z-scan device configured to modify a depth of focus of the pulsed laser beam; and a controller operably coupled with the laser delivery system, the xy-scan device and the z-scan device, the controller configured to direct the laser delivery system to output the pulsed laser beam in a desired pattern at the focal point of the target in the eye so as to modify the target, an xy-scan device , configured to move the pulsed laser beam in a lateral direction, the system characterized by a resonant optical scanner , the scanner oscillating at a frequency between 200 Hz and 21000 Hz, wherein the resonant optical scanner is configured to scan the pulsed laser beam from the laser delivery system in a line; and a scan-line rotator , the scan-line rotator configured to rotate the scanned line in a desired orientation. a laser delivery system configured to deliver a pulsed laser beam at a focal point of a target in a patient's eye; the pulsed laser beam having a pulse repetition rate in the range between 5 MHz and 25 MHz; a z-scan device configured to modify a depth of focus of the pulsed laser beam; and a controller operably coupled with the laser delivery system, the xy-scan device and the z-scan device, the controller configured to direct the laser delivery system to output the pulsed laser beam in a desired pattern at the focal point of the target in the eye so as to modify the target, an xy-scan device , configured to move the pulsed laser beam in a lateral direction, the system characterized by a resonant optical scanner , the scanner oscillating at a frequency between 200 Hz and 21000 Hz, wherein the resonant optical scanner is configured to scan the pulsed laser beam from the laser delivery system in a line; and a scan-line rotator , the scan-line rotator configured to rotate the scanned line in a desired orientation.
One or more processor-readable storage media storing instructions which, when executed by one or more processors, cause performance of: determining a lag associated with a sensing arrangement based on a relationship between one or more reference values and one or more measurement values of a physiological condition in a user's body at a current site location associated with the sensing arrangement; automatically identifying, from a plurality of site locations on the user's body and based on the lag, the current site location associated with the sensing arrangement; determining one or more performance metrics associated with the current site location based on the one or more measurement values; and providing a sensor site rotation recommendation via a user interface in a manner that is influenced by the one or more performance metrics. determining a lag associated with a sensing arrangement based on a relationship between one or more reference values and one or more measurement values of a physiological condition in a user's body at a current site location associated with the sensing arrangement; automatically identifying, from a plurality of site locations on the user's body and based on the lag, the current site location associated with the sensing arrangement; determining one or more performance metrics associated with the current site location based on the one or more measurement values; and providing a sensor site rotation recommendation via a user interface in a manner that is influenced by the one or more performance metrics.
A power adapter , comprising a power conversion unit and a charging interface , the power conversion unit being configured to charge a terminal via the charging interface , wherein the power adapter further comprises: a communication unit , configured to perform two-way communication with the terminal via the charging interface so as to determine a charging mode of the terminal, wherein the communication unit is configured to transmit a query message to the terminal, and then receive a feedback message returned by the terminal and determine the charging mode of the terminal according to the feedback message; and a voltage control unit and/or current control unit , configured to control an output voltage and/or output current of the power conversion unit according to the charging mode determined by the communication unit ; wherein the query message comprises at least one of the following information: information for inquiring whether the terminal meets the quick charging condition; information for inquiring a path impedance magnitude of the terminal; information for inquiring whether a voltage output by the power adapter is matched with an input voltage applied to a battery of the terminal; information for inquiring a maximum charge current allowed by the terminal; and information for inquiring whether a current voltage of the battery of the terminal or the battery of the terminal meets the quick charging condition. a communication unit , configured to perform two-way communication with the terminal via the charging interface so as to determine a charging mode of the terminal, wherein the communication unit is configured to transmit a query message to the terminal, and then receive a feedback message returned by the terminal and determine the charging mode of the terminal according to the feedback message; and a voltage control unit and/or current control unit , configured to control an output voltage and/or output current of the power conversion unit according to the charging mode determined by the communication unit ; wherein the query message comprises at least one of the following information: information for inquiring whether the terminal meets the quick charging condition; information for inquiring a path impedance magnitude of the terminal; information for inquiring whether a voltage output by the power adapter is matched with an input voltage applied to a battery of the terminal; information for inquiring a maximum charge current allowed by the terminal; and information for inquiring whether a current voltage of the battery of the terminal or the battery of the terminal meets the quick charging condition. information for inquiring whether the terminal meets the quick charging condition; information for inquiring a path impedance magnitude of the terminal; information for inquiring whether a voltage output by the power adapter is matched with an input voltage applied to a battery of the terminal; information for inquiring a maximum charge current allowed by the terminal; and information for inquiring whether a current voltage of the battery of the terminal or the battery of the terminal meets the quick charging condition.
An in vitro use of a kit for quantifying creatinine amount in a biological sample which contains calcium dobesilate and/ or etamsylate, wherein said kit comprises a first reagent set and a second reagent set, said first reagent set containing the chromogen selected from N- (2-hydroxy-3-sulfopropyl) -3,5-dimethoxyaniline or its salts, N-ethyl-N- (2-hydroxy-3-sulfopropyl) - 3,5-dimethoxyaniline or its salts, and combination thereof, and said second reagent set containing 4-aminoantipyrine.
Method for protected communication between a vehicle and an external server , characterized in that the method comprises the following steps: - defining a number of master keys , - generating master key references for master keys which were used for key generation for the vehicle , - introducing a cryptographic key , derived from said one of the defined master keys , and the master key reference generated for said one of the defined master keys , and a key state to the vehicle , the key state having been concomitantly taken into account in the derivation of the cryptographic key , - transmitting a message signed with the derived cryptographic key , said message additionally being provided with the master key reference and the key state of the vehicle , from the vehicle to an external server , - deriving the cryptographic key at the external server from the master key identified by the master key reference depending on the key state of the vehicle , the master key having been previously imported into the external server by means of a secure data providing process, - checking the authenticity of the signed message with the derived cryptographic key at the external server. - defining a number of master keys , - generating master key references for master keys which were used for key generation for the vehicle , - introducing a cryptographic key , derived from said one of the defined master keys , and the master key reference generated for said one of the defined master keys , and a key state to the vehicle , the key state having been concomitantly taken into account in the derivation of the cryptographic key , - transmitting a message signed with the derived cryptographic key , said message additionally being provided with the master key reference and the key state of the vehicle , from the vehicle to an external server , - deriving the cryptographic key at the external server from the master key identified by the master key reference depending on the key state of the vehicle , the master key having been previously imported into the external server by means of a secure data providing process, - checking the authenticity of the signed message with the derived cryptographic key at the external server.
A tennis ball comprising: a spherical hollow elastomeric core having; a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a textile layer covering the spherical hollow core . a spherical hollow elastomeric core having; a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a specific gravity of less than 1; a thickness between 4.8 mm and 5.1 mm; an internal pressure of no greater than 34.5 kPa (5 psi); and, one or more ethylene copolymers, each having a specific gravity of less than or equal to 0.9; and, a textile layer covering the spherical hollow core .
A method of transmitting packet data over a radio channel in a mobile communication system, the method comprising: receiving two or more first packets from an upper layer; generating a second packet that includes the first packets; and transmitting the second packet over the radio channel, wherein the generating comprises inserting one or more first information fields indicating sizes of the first packets excluding the size of a last one of the first packets into a header of the second packet, if there is no padding in the end of the second packet. receiving two or more first packets from an upper layer; generating a second packet that includes the first packets; and transmitting the second packet over the radio channel, wherein the generating comprises inserting one or more first information fields indicating sizes of the first packets excluding the size of a last one of the first packets into a header of the second packet, if there is no padding in the end of the second packet.
An electric motor actuator , comprising: a shaft ; a spring installed around the shaft , the spring comprising a first spring tang and a second spring tang ; a rotor cup rotatably installed about at least a portion of the shaft , the rotor cup configured to receive the second spring tang ; a magnet coupled to the rotor cup ; a stator comprising a coil , wherein the rotor cup rotates in response to the coil biasing the magnet , and wherein the spring tightens on the shaft in response to the rotor cup rotating. a shaft ; a spring installed around the shaft , the spring comprising a first spring tang and a second spring tang ; a rotor cup rotatably installed about at least a portion of the shaft , the rotor cup configured to receive the second spring tang ; a magnet coupled to the rotor cup ; a stator comprising a coil , wherein the rotor cup rotates in response to the coil biasing the magnet , and wherein the spring tightens on the shaft in response to the rotor cup rotating.
A power storage module adapted to radiate heat of a battery block group, the power storage module comprising: the battery block group including a plurality of battery cells; a connecting terminal portion joined to terminal surfaces of the plurality of battery cells; and a heat conductive material arranged on the connecting terminal portion in a contacting manner, wherein the heat conductive material includes at least any member of a plurality of interspersed members or a member having a clearance, and the heat conductive materials are distributed more densely in a center portion of a region surrounded by an outermost peripheral edge of the battery block group than in peripheral portions surrounding the center portion in a plan view from a normal line direction of an arrangement surface of the heat conductive materials, wherein the heat conductive material has a sheet-like shape. the battery block group including a plurality of battery cells; a connecting terminal portion joined to terminal surfaces of the plurality of battery cells; and a heat conductive material arranged on the connecting terminal portion in a contacting manner, wherein the heat conductive material includes at least any member of a plurality of interspersed members or a member having a clearance, and the heat conductive materials are distributed more densely in a center portion of a region surrounded by an outermost peripheral edge of the battery block group than in peripheral portions surrounding the center portion in a plan view from a normal line direction of an arrangement surface of the heat conductive materials, wherein the heat conductive material has a sheet-like shape.
A connection setting information managing system comprising a setting tool , a plurality of network devices and an IP network , the setting tool configured to set connection setting information, wherein the connection setting information allows a network device of the plurality of network devices connected to the IP network to perform a communication over the IP network, the system further comprising: a connection setting information storage unit configured to store the connection setting information and a tag name that is assigned to and is unique to the network device , wherein the setting tool is configured to inquire and receive the tag name from the network device over the IP network , the setting tool is configured to set the connection setting information to the network device , based on the tag name that is unique to the network device, the IP network is configured to serve as a setting virtual network temporarily for setting the connection setting information to the network device , the setting virtual network is configured to perform a communication using multicast, and each network device of the plurality of network devices and the setting tool is configured to share, in advance, a multicast address to be used for connection to the setting virtual network and each network device of the plurality of network devices is configured to receive a packet that is directed to the multicast address and, wherein the packet is configured to inquire the tag name of the network device or to set the connection setting information. a connection setting information storage unit configured to store the connection setting information and a tag name that is assigned to and is unique to the network device , wherein the setting tool is configured to inquire and receive the tag name from the network device over the IP network , the setting tool is configured to set the connection setting information to the network device , based on the tag name that is unique to the network device, the IP network is configured to serve as a setting virtual network temporarily for setting the connection setting information to the network device , the setting virtual network is configured to perform a communication using multicast, and each network device of the plurality of network devices and the setting tool is configured to share, in advance, a multicast address to be used for connection to the setting virtual network and each network device of the plurality of network devices is configured to receive a packet that is directed to the multicast address and, wherein the packet is configured to inquire the tag name of the network device or to set the connection setting information.
Processing system for in particular pharmaceutical powders, having a processing device for the powder, wherein the processing device comprises a plurality of processing stations for cyclical deployment, wherein the processing system has at least one first zone (I) and at least one second zone (II), wherein each zone (I, II) is assigned at least one processing station of the processing device , characterised in that a cleaning tunnel overlapping at least one processing station of the second zone (II) is located in the second zone (II), wherein a first end of the cleaning tunnel adjoins the first zone (I), wherein an extraction apparatus is located in the region of an opposite second end of the cleaning tunnel , wherein at least the second zone (II) is enclosed by a housing , and wherein first means for generating a pressure differential between the second zone (II) and the first zone (I) are provided and designed such that in operation there prevails in the housing of the second zone (II) a second internal pressure (p 2 ) which is lower than a pressure (p 1 ) in the region surrounding the first zone (I).