mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic power tool comprising: a rivet squeezer comprising two opposing surfaces; a hydraulic cylinder configured to move the surfaces between an open position and a compressed position; a hydraulic pump configured to provide hydraulic pressure to actuate the hydraulic cylinder in a first direction; an air tank configured to provide pneumatic pressure to actuate the hydraulic cylinder in a second direction and an electronic actuation switch; wherein actuation of the hydraulic cylinder in the first direction causes the surfaces to move from the open position to the compressed position and actuation of the hydraulic cylinder in the second direction causes the surfaces to move from the compressed position to the open position; wherein actuation of the electronic actuation switch causes the hydraulic pump to provide the hydraulic pressure to actuate the hydraulic cylinder in the first direction in response to meeting one or more actuation criteria, the one or more actuation criteria comprising an indication of the surfaces being in the open position which comprises an indication of air pressure of the air tank being less than a predetermined pressure. a rivet squeezer comprising two opposing surfaces; a hydraulic cylinder configured to move the surfaces between an open position and a compressed position; a hydraulic pump configured to provide hydraulic pressure to actuate the hydraulic cylinder in a first direction; an air tank configured to provide pneumatic pressure to actuate the hydraulic cylinder in a second direction and an electronic actuation switch; wherein actuation of the hydraulic cylinder in the first direction causes the surfaces to move from the open position to the compressed position and actuation of the hydraulic cylinder in the second direction causes the surfaces to move from the compressed position to the open position; wherein actuation of the electronic actuation switch causes the hydraulic pump to provide the hydraulic pressure to actuate the hydraulic cylinder in the first direction in response to meeting one or more actuation criteria, the one or more actuation criteria comprising an indication of the surfaces being in the open position which comprises an indication of air pressure of the air tank being less than a predetermined pressure.
Helmet provided with a half-chinbar and acoustic communication device which includes at least a microphone, comprising a protective shell which has at least a front aperture and a half-chinbar which extends cantilevered from one side of said front aperture so as to have a free end disposed in an intermediate position in said front aperture, to which said microphone is associated, characterized in that said half chinbar comprises an anechoic device associated to its free end configured to cooperate with said microphone.
An article comprising: an accessory for a clamp assembly comprising a grip element which has a base portion comprising two opposite end faces; rows of teeth that protrude from said base portion, said teeth being arranged in rows with gaps separating them, wherein each of said teeth has a shape as viewed from one of said end faces which includes a first shape portion which has straight sides each of which extends from said base portion to an end, wherein a junction of each of said straight sides with said base portion has a radius, wherein said straight sides form borders of said gaps; and wherein each of said teeth comprises another shape portion that extends inwards, away from said gaps, wherein said ends of said straight sides of said first shape portion and said other shape portion are adapted to act in cooperation to grip a pipe, characterized in that said other shape portion comprises a second shape portion that extends perpendicularly inwards from said ends to a third shape portion which is triangular and which has an apex that points away from said base portion. an accessory for a clamp assembly comprising a grip element which has a base portion comprising two opposite end faces; rows of teeth that protrude from said base portion, said teeth being arranged in rows with gaps separating them, wherein each of said teeth has a shape as viewed from one of said end faces which includes a first shape portion which has straight sides each of which extends from said base portion to an end, wherein a junction of each of said straight sides with said base portion has a radius, wherein said straight sides form borders of said gaps; and wherein each of said teeth comprises another shape portion that extends inwards, away from said gaps, wherein said ends of said straight sides of said first shape portion and said other shape portion are adapted to act in cooperation to grip a pipe, characterized in that said other shape portion comprises a second shape portion that extends perpendicularly inwards from said ends to a third shape portion which is triangular and which has an apex that points away from said base portion.
Automatic washing system for vehicles, with: - a supply connection for supplying a washing liquid; - a first sensor unit for acquiring sensor data, which is designed as a volumetric flow meter and is intended for measuring a volumetric flow of the washing liquid on the supply side; - a reservoir tank (Ad) for an additive intended for admixing into the washing liquid; characterized in that the automatic washing system further comprises: - an electronically controllable metering pump designed to deliver from the reservoir (Ad) a volumetric flow of the additive; - an electronic circuit unit having an interface for detecting a desired application concentration of the additive in the washing liquid, the electronic circuit unit being intended for controlling the metering pump as a function of the detected sensor data in that a setpoint for the metering pump is calculated in such a way that, with a volumetric flow ratio between the measured volumetric flow of the washing liquid and the volumetric flow of the additive delivered by the metering pump, the detected, desired application concentration for feeding into operating units of the washing system is achieved. - a supply connection for supplying a washing liquid; - a first sensor unit for acquiring sensor data, which is designed as a volumetric flow meter and is intended for measuring a volumetric flow of the washing liquid on the supply side; - a reservoir tank (Ad) for an additive intended for admixing into the washing liquid; characterized in that the automatic washing system further comprises: - an electronically controllable metering pump designed to deliver from the reservoir (Ad) a volumetric flow of the additive; - an electronic circuit unit having an interface for detecting a desired application concentration of the additive in the washing liquid, the electronic circuit unit being intended for controlling the metering pump as a function of the detected sensor data in that a setpoint for the metering pump is calculated in such a way that, with a volumetric flow ratio between the measured volumetric flow of the washing liquid and the volumetric flow of the additive delivered by the metering pump, the detected, desired application concentration for feeding into operating units of the washing system is achieved.
An apparatus comprising: a communication module configured to support a short range wireless communication; a first processor configured to control the communication module in an active state; and a second processor configured to periodically wake up for cellular communication, wherein the second processor is configured to: receive, from the first processor, a signal associated with transition of the first processor from the active state to an inactive state while the first processor controls the communication module, receive, based at least in part on the receiving of the signal, information on one or more access points, APs, related to the short range wireless communication, and perform a scan or connection of an AP, through the communication module based at least in part on the information on the APs while the first processor is in the inactive state. a communication module configured to support a short range wireless communication; a first processor configured to control the communication module in an active state; and a second processor configured to periodically wake up for cellular communication, wherein the second processor is configured to: receive, from the first processor, a signal associated with transition of the first processor from the active state to an inactive state while the first processor controls the communication module, receive, based at least in part on the receiving of the signal, information on one or more access points, APs, related to the short range wireless communication, and perform a scan or connection of an AP, through the communication module based at least in part on the information on the APs while the first processor is in the inactive state. receive, from the first processor, a signal associated with transition of the first processor from the active state to an inactive state while the first processor controls the communication module, receive, based at least in part on the receiving of the signal, information on one or more access points, APs, related to the short range wireless communication, and perform a scan or connection of an AP, through the communication module based at least in part on the information on the APs while the first processor is in the inactive state.
A suction mouth for mounting on the front of a subsea mining tool and to be pushed into sediment, comprising a hollow body having an entrance opening and an exit opening, wherein the body converges from the entrance opening towards the exit opening, the entrance opening has a lower lip and an upper lip, and wherein the upper lip comprises an extension projecting forwardly and upwardly relative to the lower lip to form a canopy over the entrance opening, wherein the suction mouth further comprises and is characterised by: a valve on the body downstream of the entrance opening which is operable to selectively provide a further entrance opening into the body. a valve on the body downstream of the entrance opening which is operable to selectively provide a further entrance opening into the body.
A method of retransmitting data unit, performed by an Acknowledged Mode Radio Link Control, AM RLC, entity of a transmitter, in a wireless communication system, the method comprising: transmitting, by the transmitter, a RLC service data unit, RLC SDU, to a AM RLC entity of a receiver by mapping the RLC SDU to an Acknowledged Mode Data Protocol Data Unit, AMD PDU; determining whether the RLC SDU, which is mapped to the AMD PDU, is considered for retransmission; setting a counter associated with the RLC SDU, which is mapped to the AMD PDU; and delivering an indication to an upper layer of the AM RLC entity when a value of the counter reaches a maximum retransmission value, wherein the setting the counter associated with the RLC SDU, which is mapped to the AMD PDU, includes: setting the counter to an initial value, and after setting the counter to the initial value, incrementing the counter each time when the RLC SDU, which is mapped to the AMD PDU, is considered for retransmission, characterized in that, the AM RLC entity only sets the counter if the AM RLC entity receives a discard indication for the RLC SDU from a Packet Data Convergence Protocol, PDCP, entity and if at least one segment of the RLC SDU has already been mapped to the AMD PDU, and wherein the AM RLC entity discards the RLC SDU, when the AM RLC entity receives the discard indication for the RLC SDU from the PDCP entity and if no segment of the RLC SDU has been mapped to the AMD PDU yet. transmitting, by the transmitter, a RLC service data unit, RLC SDU, to a AM RLC entity of a receiver by mapping the RLC SDU to an Acknowledged Mode Data Protocol Data Unit, AMD PDU; determining whether the RLC SDU, which is mapped to the AMD PDU, is considered for retransmission; setting a counter associated with the RLC SDU, which is mapped to the AMD PDU; and delivering an indication to an upper layer of the AM RLC entity when a value of the counter reaches a maximum retransmission value, wherein the setting the counter associated with the RLC SDU, which is mapped to the AMD PDU, includes: setting the counter to an initial value, and after setting the counter to the initial value, incrementing the counter each time when the RLC SDU, which is mapped to the AMD PDU, is considered for retransmission, setting the counter to an initial value, and after setting the counter to the initial value, incrementing the counter each time when the RLC SDU, which is mapped to the AMD PDU, is considered for retransmission, characterized in that, the AM RLC entity only sets the counter if the AM RLC entity receives a discard indication for the RLC SDU from a Packet Data Convergence Protocol, PDCP, entity and if at least one segment of the RLC SDU has already been mapped to the AMD PDU, and wherein the AM RLC entity discards the RLC SDU, when the AM RLC entity receives the discard indication for the RLC SDU from the PDCP entity and if no segment of the RLC SDU has been mapped to the AMD PDU yet.
A bale dolly, comprising a load area having a roller track, wherein the longitudinal axes of the rollers of the roller track are arranged transversely to the travelling direction of the bale dolly, wherein the bale dolly has a lifting device for loading bales on its side, characterised in that the part of the roller track where the lifting device is located on the side is a pivotable section of the roller track, which is pivotable towards where the lifting device is located by a pivoting device.
An integrated circuit, comprising: a plurality of layers, wherein the plurality of layers comprise a semiconductor layer defining an optical waveguide, a substrate layer, and a buried-oxide layer disposed on the substrate layer, wherein the semiconductor layer is disposed on the buried-oxide layer; a cavity which extends through each of the plurality of layers; and a holographic recording material substantially filling the cavity, wherein the holographic recording material is configured to diffract an optical signal propagating in a plane of the optical waveguide out of the plane through the cavity. a plurality of layers, wherein the plurality of layers comprise a semiconductor layer defining an optical waveguide, a substrate layer, and a buried-oxide layer disposed on the substrate layer, wherein the semiconductor layer is disposed on the buried-oxide layer; a semiconductor layer defining an optical waveguide, a substrate layer, and a buried-oxide layer disposed on the substrate layer, wherein the semiconductor layer is disposed on the buried-oxide layer; a cavity which extends through each of the plurality of layers; and a holographic recording material substantially filling the cavity, wherein the holographic recording material is configured to diffract an optical signal propagating in a plane of the optical waveguide out of the plane through the cavity.
A human antibody that selectively binds a Hendra or Nipah G glycoprotein epitope, wherein said antibody includes a variable heavy chain and a variable light chain, wherein the variable light chains has an amino acid sequence of SEQ ID NO:313, and wherein the antibody is obtainable by affinity maturation with respect to a m102 antibody comprising a variable heavy chain having an amino acid sequence of SEQ ID NO:17 and a variable light chain having an amino acid sequence of SEQ ID NO:25.
A system for controlling temperature of a secondary battery module, comprising: a housing adapted to receive a plurality of unit batteries, the housing having an inlet, an outlet, and an air duct formed between the inlet and the outlet inside the housing to allow air passing through; a heat sink extending along the air duct and contacting closely with an outer surface of the unit batteries inside the housing; multiple thermoelectric elements being mounted on the heat sink and being located in the air duct; temperature sensors monitoring the temperature of respective ones of the unit batteries; and a temperature controller connected to the temperature sensors and to thermoelectric elements, the controller being adapted to apply to the thermoelectric element output signals in response to temperatures detected by the temperature sensors. a housing adapted to receive a plurality of unit batteries, the housing having an inlet, an outlet, and an air duct formed between the inlet and the outlet inside the housing to allow air passing through; a heat sink extending along the air duct and contacting closely with an outer surface of the unit batteries inside the housing; multiple thermoelectric elements being mounted on the heat sink and being located in the air duct; temperature sensors monitoring the temperature of respective ones of the unit batteries; and a temperature controller connected to the temperature sensors and to thermoelectric elements, the controller being adapted to apply to the thermoelectric element output signals in response to temperatures detected by the temperature sensors.
A device for withdrawing an electrode cap from the cone of an electrode shaft of a welding device, wherein the electrode cap is placed on the cone in such a manner, that a groove-like circumferential free space is formed between the a stop collar of the electrode shaft and the end of the electrode cap on the stop-collar side, wherein the device comprises spreading elements (10, 12, 16; 110, 112, 116) which are insertable on two opposite sides of the electrode shaft into the grove-like, circumferential free space, wherein the spreading elements (10, 12, 16; 110, 112, 116) have a rising edge contour for withdrawing the electrode cap in the area of its movement into the free space, characterized in that the spreading elements (10, 12, 16; 110, 112, 116) are displaceable relative to each other in such a manner that the electrode cap is lifted off the electrode shaft through a rotational movement with a superimposed translational movement.
An inkjet head, comprising: pressure chambers arranged in 2 or more rows; nozzles connected to an ink outlet of the pressure chambers; and a common ink chamber connected to all the pressure chambers, each of the pressure chambers accepting an ink commonly supplied from the common ink chamber via an ink inlet which faces the common ink chamber and ejecting the ink from the nozzles due to a change in pressure generated in the pressure chambers, the inkjet head further comprising a damper member inside of the common ink chamber, wherein the shortest distance between the damper member and the ink inlet is shorter than the distance between the ink inlets in adjacent rows thereof; wherein the damper member comprises a damper chamber having a sealed gas and wherein the pressure inside of the damper member is atmospheric pressure or less when the temperature of an ink of the common ink chamber reaches the working temperature. pressure chambers arranged in 2 or more rows; nozzles connected to an ink outlet of the pressure chambers; and a common ink chamber connected to all the pressure chambers, each of the pressure chambers accepting an ink commonly supplied from the common ink chamber via an ink inlet which faces the common ink chamber and ejecting the ink from the nozzles due to a change in pressure generated in the pressure chambers, the inkjet head further comprising a damper member inside of the common ink chamber, wherein the shortest distance between the damper member and the ink inlet is shorter than the distance between the ink inlets in adjacent rows thereof; wherein the damper member comprises a damper chamber having a sealed gas and wherein the pressure inside of the damper member is atmospheric pressure or less when the temperature of an ink of the common ink chamber reaches the working temperature.
An offloading policy negotiation method, comprising: sending, by a first device, an offloading policy to a second device, wherein the offloading policy comprises a default access indication; receiving and storing, by the first device, an acknowledged offloading policy for the offloading policy from the second device, and transmitting a data flow based on the acknowledged offloading policy; wherein the first device is a user equipment, UE, and the second device is a core network device; wherein the acknowledged offloading policy is a modified default access indication which is modified according to at least one of indication information sent by the UE, or local configuration information; or, the acknowledged offloading policy is the unmodified default access indication, wherein a specified access technology in the modified default access indication or the unmodified default access indication is usable for transmitting a data flow, by the first device, when no corresponding routing rule that matches the data flow is found in all locally stored routing rules. sending, by a first device, an offloading policy to a second device, wherein the offloading policy comprises a default access indication; receiving and storing, by the first device, an acknowledged offloading policy for the offloading policy from the second device, and transmitting a data flow based on the acknowledged offloading policy; wherein the first device is a user equipment, UE, and the second device is a core network device; wherein the acknowledged offloading policy is a modified default access indication which is modified according to at least one of indication information sent by the UE, or local configuration information; or, the acknowledged offloading policy is the unmodified default access indication, wherein a specified access technology in the modified default access indication or the unmodified default access indication is usable for transmitting a data flow, by the first device, when no corresponding routing rule that matches the data flow is found in all locally stored routing rules.
Electrical machine, in particular AC generator, comprising a stator which has an electromagnetically active surface, comprising a rotor which likewise has an electromagnetically active surface, wherein the electromagnetically active surface of the rotor is situated opposite the electromagnetically active surface of the stator for interaction purposes, wherein the rotor has a plurality of poles (24, 25) which which can be differently polarized and there are intermediate spaces for pole separation between adjacent poles (24, 25) which can be differently polarized, wherein a respective apparatus for compensating for stray flux with an active body is arranged in at least two intermediate spaces, characterized in that an apparatus for compensating for stray flux with an active body is arranged in one intermediate space, and an apparatus for compensating for stray flux with an active body of different construction is arranged in another intermediate space, wherein the active bodies of the different apparatuses have different remanences (R-A, R-B, R-C).