mhurhangee/ep-ind-claims huggingface dataset:
Adjusting device (100, 200) for a vehicle seat, comprising a first adjustable assembly for a first pair of rails, a second adjustable assembly for a second pair of rails, and comprising an electric motor, wherein the electric motor is operatively connected both to an adjusting gearing of the first adjustable assembly and to an adjusting gearing of the second adjustable assembly by at least one output shaft, wherein a motor carrier (110, 210) is provided which receives the electric motor, wherein the motor carrier (110, 210) is fastened to each of the two adjustable assemblies (20, 22) by an adapter (120, 220), and characterized in that the respective adapter (120, 220) is connected to an upper web of a seat rail of the associated pair of rails (20, 22) by fastening means and the motor carrier (110, 210) is mounted on both sides on a respective adapter (120, 220) by bearing bushings or fingers, and wherein the motor carrier (110, 210) is manufactured integrally from a metallic material, and the adapters (120, 220) are manufactured from a non-metallic material. the motor carrier (110, 210) is fastened to each of the two adjustable assemblies (20, 22) by an adapter (120, 220), and characterized in that the respective adapter (120, 220) is connected to an upper web of a seat rail of the associated pair of rails (20, 22) by fastening means and the motor carrier (110, 210) is mounted on both sides on a respective adapter (120, 220) by bearing bushings or fingers, and wherein the motor carrier (110, 210) is manufactured integrally from a metallic material, and the adapters (120, 220) are manufactured from a non-metallic material.
A multistatic radar system comprising a command and control unit which controls the configuration of a plurality of transmitter and receiver elements via command links and processes the detection information produced and transmitted by the receivers; each transmitter or receiver element being configured to operate in the totality of a common frequency band substantially equal to the overall frequency band B allocated to the system, each element of the system being characterised by an identification code, characterised in that: - each transmitter element is configured to transmit on the common frequency band a detection signal modulated according to a modulation law itself supporting a binary code specific to the transmitter in question as well as data relating to its operation; - each receiver element is configured to decode the identification code overlaid on the signal received on the common frequency band and to determine the element of the system (11, 13) at the source of this signal; as well as to decode the signals that accompany this identification code; - the command and control unit comprises a transceiver configured to operate on the overall frequency band B allocated to the system and to provide for the transmission of command information to the other elements of the system (11, 12), this information being associated with the identification code corresponding to the command and control unit, as well as the receipt of the detection information transmitted by the receivers on the overall frequency band B; each transmitting element further comprising receiving means configured to receive a signal on the common frequency band B such as to take into account the command information transmitted by the command and control unit, and each receiver element further comprising transmission means configured to transmit on the common frequency band B a signal modulated by a binary code encoding its identification code as well as data relating to the detections operated. - each transmitter element is configured to transmit on the common frequency band a detection signal modulated according to a modulation law itself supporting a binary code specific to the transmitter in question as well as data relating to its operation; - each receiver element is configured to decode the identification code overlaid on the signal received on the common frequency band and to determine the element of the system (11, 13) at the source of this signal; as well as to decode the signals that accompany this identification code; - the command and control unit comprises a transceiver configured to operate on the overall frequency band B allocated to the system and to provide for the transmission of command information to the other elements of the system (11, 12), this information being associated with the identification code corresponding to the command and control unit, as well as the receipt of the detection information transmitted by the receivers on the overall frequency band B;
A heavy-duty industrial transmission, comprising: a transmission housing; an input shaft arranged at least partially in the transmission housing receiving power into the heavy-duty transmission; an output shaft arranged at least partially in the transmission housing delivering power out of the heavy-duty transmission; a center shaft arranged in the transmission housing between and longitudinally aligned with the input and output shafts (68, 72); and a four-stage planetary arrangement selectively delivering power from the input shaft to the center shaft and from the center shaft to the output shaft, whereby the four-stage planetary arrangement further comprises a front planetary section with a pair of front planetary gearsets (P1, P2) configured to selectively deliver power from the input shaft to the center shaft and a back planetary section with a pair of back planetary gearsets (P3, P4) configured to selectively deliver power from the center shaft to the output shaft, characterized in that the pair of back planetary gearsets (P3, P4): comprises a collar that connects a front-most planet carrier of the pair of back planetary gearsets (P3, P4) to a back-most ring gear of the pair of back planetary gearsets (P3, P4); and in that the pair of front planetary gearsets (P1, P2) comprises a common ring gear having two spaced-apart internally toothed surfaces that are engaged by two sets of planetary gears of the pair of front planetary gearsets (P1, P2). a transmission housing; an input shaft arranged at least partially in the transmission housing receiving power into the heavy-duty transmission; an output shaft arranged at least partially in the transmission housing delivering power out of the heavy-duty transmission; a center shaft arranged in the transmission housing between and longitudinally aligned with the input and output shafts (68, 72); and a four-stage planetary arrangement selectively delivering power from the input shaft to the center shaft and from the center shaft to the output shaft, whereby the four-stage planetary arrangement further comprises a front planetary section with a pair of front planetary gearsets (P1, P2) configured to selectively deliver power from the input shaft to the center shaft and a back planetary section with a pair of back planetary gearsets (P3, P4) configured to selectively deliver power from the center shaft to the output shaft, comprises a collar that connects a front-most planet carrier of the pair of back planetary gearsets (P3, P4) to a back-most ring gear of the pair of back planetary gearsets (P3, P4); and in that the pair of front planetary gearsets (P1, P2) comprises a common ring gear having two spaced-apart internally toothed surfaces that are engaged by two sets of planetary gears of the pair of front planetary gearsets (P1, P2).
An electron beam generator for an x-ray source comprising a high-voltage generator, the high-voltage generator comprising: an output electrode; a first voltage multiplier; a second voltage multiplier; an elongate insulating bushing having first and second ends, and a shield electrode disposed to at least partially surround the output electrode, wherein: the electron beam generator further comprises a vacuum enclosure disposed to enclose the output electrode, and the shield electrode; an output of the second voltage multiplier is electrically connected to the output electrode; an output of the first multiplier is electrically connected to an input of the second voltage multiplier; the shield electrode is electrically connected to the input of the second voltage multiplier; the first and second voltage multipliers are disposed within the bushing; the output electrode is provided at the second end of the bushing; the shield electrode extends from a region of the bushing intermediate between the first and second ends of the bushing; and an electron emission source is mounted at the output electrode. an output electrode; a first voltage multiplier; a second voltage multiplier; an elongate insulating bushing having first and second ends, and a shield electrode disposed to at least partially surround the output electrode, the electron beam generator further comprises a vacuum enclosure disposed to enclose the output electrode, and the shield electrode; an output of the second voltage multiplier is electrically connected to the output electrode; an output of the first multiplier is electrically connected to an input of the second voltage multiplier; the shield electrode is electrically connected to the input of the second voltage multiplier; the first and second voltage multipliers are disposed within the bushing; the output electrode is provided at the second end of the bushing; the shield electrode extends from a region of the bushing intermediate between the first and second ends of the bushing; and an electron emission source is mounted at the output electrode.
A fastener driver comprising: a drive blade movable from a retracted position to an extended, driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the drive blade from the retracted position to the driven position, the gas spring mechanism including a drive cylinder, a drive piston within the drive cylinder attached to the drive blade for movement therewith, the drive piston being acted on by a driving force resulting from a pressure differential created by the gas spring mechanism, and a storage chamber cylinder of pressurized gas in fluid communication with a portion of the drive cylinder above the drive piston; and an adjustable valve for selectively limiting a flow of the pressurized gas from the storage chamber cylinder into the drive cylinder above the drive piston, or a flow of ambient air at atmospheric pressure escaping from the drive cylinder beneath the drive piston, thereby changing the pressure differential acting on the drive piston, as the drive piston and the drive blade move from the retracted position to the extended position. a drive blade movable from a retracted position to an extended, driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the drive blade from the retracted position to the driven position, the gas spring mechanism including a drive cylinder, a drive piston within the drive cylinder attached to the drive blade for movement therewith, the drive piston being acted on by a driving force resulting from a pressure differential created by the gas spring mechanism, and a storage chamber cylinder of pressurized gas in fluid communication with a portion of the drive cylinder above the drive piston; and a drive cylinder, a drive piston within the drive cylinder attached to the drive blade for movement therewith, the drive piston being acted on by a driving force resulting from a pressure differential created by the gas spring mechanism, and a storage chamber cylinder of pressurized gas in fluid communication with a portion of the drive cylinder above the drive piston; and an adjustable valve for selectively limiting a flow of the pressurized gas from the storage chamber cylinder into the drive cylinder above the drive piston, or a flow of ambient air at atmospheric pressure escaping from the drive cylinder beneath the drive piston, thereby changing the pressure differential acting on the drive piston, as the drive piston and the drive blade move from the retracted position to the extended position.
A Transparent Interconnection of Lots of Links, TRILL, network establishing method, comprising: receiving, by a first node, a Link Layer Discovery Protocol Data Unit, LLDPDU, wherein an optional TLV field of the LLDPDU comprises TRILL capability information of a second node that sends the LLDPDU; and if the first node determines, according to the TRILL capability information, that the second node has a TRILL capability, and the first node also has the TRILL capability, configuring, by the first node, a port through which the LLDPDU is received to have a TRILL function enabled. receiving, by a first node, a Link Layer Discovery Protocol Data Unit, LLDPDU, wherein an optional TLV field of the LLDPDU comprises TRILL capability information of a second node that sends the LLDPDU; and if the first node determines, according to the TRILL capability information, that the second node has a TRILL capability, and the first node also has the TRILL capability, configuring, by the first node, a port through which the LLDPDU is received to have a TRILL function enabled.
A turbomachine comprising: a housing that includes an e-machine housing with a removably attached insert; a rotating group supported for rotation within the housing; an e-machine that is configured as at least one of an electric motor and an electric generator, that is operatively coupled to the rotating group, and that includes a stator that is housed within the e-machine housing, wherein the e-machine housing includes a surface that spans across and covers over at least part of the stator; a thermal bridge member that extends between the stator and the e-machine housing to define a thermal path for heat to transfer from the stator to the e-machine housing; and the e-machine housing including a thermal bridge retainer member that defines an outer boundary of the thermal bridge member, wherein the insert includes a plurality of dam walls that are continuous and that are connected via a connecting member, the plurality of continuous dam walls overlying the surface to define a plurality of receptacles (202, 204, 206, 208, 210, 212) of the retainer member, the plurality of receptacles defining respective outer boundaries of the thermal bridge member. a housing that includes an e-machine housing with a removably attached insert; a rotating group supported for rotation within the housing; an e-machine that is configured as at least one of an electric motor and an electric generator, that is operatively coupled to the rotating group, and that includes a stator that is housed within the e-machine housing, wherein the e-machine housing includes a surface that spans across and covers over at least part of the stator; a thermal bridge member that extends between the stator and the e-machine housing to define a thermal path for heat to transfer from the stator to the e-machine housing; and the e-machine housing including a thermal bridge retainer member that defines an outer boundary of the thermal bridge member, wherein the insert includes a plurality of dam walls that are continuous and that are connected via a connecting member, the plurality of continuous dam walls overlying the surface to define a plurality of receptacles (202, 204, 206, 208, 210, 212) of the retainer member, the plurality of receptacles defining respective outer boundaries of the thermal bridge member.
Domestic appliance, wherein the domestic appliance comprises a communication module and a plurality of updatable submodules (101-1, 101-2,..., 101-n), wherein the communication module comprises a memory for buffering program update data of the domestic appliance, wherein the communication module is designed to - retrieve program update data for a module program of a first updatable submodule (101-1, 101-2,..., 101-n) of the plurality of updatable submodules (101-1, 101-2,..., 101-n) from an external communication partner outside the domestic appliance; - store the program update data in the memory of the communication module; and - provide the program update data to the first updatable submodule (101-1, 101-2,..., 101-n) on retrieval by the first updatable submodule (101-1, 101-2,..., 101-n). - retrieve program update data for a module program of a first updatable submodule (101-1, 101-2,..., 101-n) of the plurality of updatable submodules (101-1, 101-2,..., 101-n) from an external communication partner outside the domestic appliance; - store the program update data in the memory of the communication module; and - provide the program update data to the first updatable submodule (101-1, 101-2,..., 101-n) on retrieval by the first updatable submodule (101-1, 101-2,..., 101-n).
A cosmetic composition comprising the following components to: Component: a polyglycerol fatty acid ester made from a fatty acid having 8 carbon atoms and a polyglycerol having a degree of polymerization of glycerol of from 3 to 14; Component: a polyglycerol fatty acid ester made from a fatty acid having from 10 to 12 carbon atoms and a polyglycerol having a degree of polymerization of glycerol of from 3 to 14; Component: a liquid oil; and Component: water, wherein a total amount of Component and Component is from 1 to 7.5% by mass, and wherein the mass ratio of Component to a total amount of Components and ( / +) is from 1/15 to 1, and wherein Component and Component have a mixed HLB of from 11.5 to 14.0, and wherein the content of said Component is 88.5% by mass or more. Component: a polyglycerol fatty acid ester made from a fatty acid having 8 carbon atoms and a polyglycerol having a degree of polymerization of glycerol of from 3 to 14; Component: a polyglycerol fatty acid ester made from a fatty acid having from 10 to 12 carbon atoms and a polyglycerol having a degree of polymerization of glycerol of from 3 to 14; Component: a liquid oil; and Component: water, wherein a total amount of Component and Component is from 1 to 7.5% by mass, and wherein the mass ratio of Component to a total amount of Components and ( / +) is from 1/15 to 1, and wherein Component and Component have a mixed HLB of from 11.5 to 14.0, and wherein the content of said Component is 88.5% by mass or more.
Meter device arranged to measure a physical quantity, the meter device including: - a signal generator (Fo) arranged to send a quantity signal according to the measured physical quantity on a communication line, and - a request detector (Fi) arranged to detect a request signal on the communication line, wherein the communication line is a one-wire electric connection, wherein the quantity signal is continuously send on the communication line, wherein the signal generator (Fo) is interconnected with the request detector (Fi) so as to stop sending the quantity signal on the communication line upon detection of the request signal, and wherein the meter device is arranged for additional communication, whereby data, such as configuration data, a cut-off command and/or adjustment data, are received or sent by the meter on the communication line after having stopped sending the quantity signal. - a signal generator (Fo) arranged to send a quantity signal according to the measured physical quantity on a communication line, and - a request detector (Fi) arranged to detect a request signal on the communication line,
A printer for printing on a label continuous body including a label temporarily attached to a belt-like liner, comprising: a label detecting unit having a light-emitting portion configured to emit a detecting light and a light-receiving portion configured to receive the detecting light; and a control unit configured to adjust a light emitting output of the detecting light in the light-emitting portion, characterized in that the control unit is further configured to: decrease an output voltage from the label detecting unit when the light-receiving portion receives a detecting light through the liner to which the label is not temporarily attached, to be closer to an output voltage from the label detecting unit when the light-receiving portion receives a detecting light through a state in which there is no label continuous body between the light-emitting portion and the light-receiving portion. a label detecting unit having a light-emitting portion configured to emit a detecting light and a light-receiving portion configured to receive the detecting light; and a control unit configured to adjust a light emitting output of the detecting light in the light-emitting portion, characterized in that the control unit is further configured to: decrease an output voltage from the label detecting unit when the light-receiving portion receives a detecting light through the liner to which the label is not temporarily attached, to be closer to an output voltage from the label detecting unit when the light-receiving portion receives a detecting light through a state in which there is no label continuous body between the light-emitting portion and the light-receiving portion.
A pelvic implant useful to treat a pelvic condition, the implant comprising a tissue support portion piece, a first extension portion piece, and a second extension portion piece, a first adjusting mechanism comprising a first flexible strip forming a first flexible strip loop connecting the first extension portion piece and the tissue support portion piece, wherein the first flexible strip loop can be tightened to reduce a distance between the first extension portion piece and the tissue support portion piece, the first flexible strip comprising first and second opposed major surfaces and first and second edge surfaces extending between the opposed major surfaces, and at least more than one frictional feature that extends from the first major surface, a second adjusting mechanism comprising a second flexible strip forming a second flexible strip loop connecting the second extension portion piece and the tissue support portion piece, wherein the second flexible strip loop can be tightened to reduce a distance between the second extension portion piece and the tissue support portion piece, the second flexible strip comprising first and second opposed major surfaces and first and second edge surfaces extending between the opposed major surfaces, and at least more than one frictional feature that extends from the first major surface, a self-fixating tip at a distal end of the first extension portion piece, and a self-fixating tip at a distal end of the second extension portion piece.