mhurhangee/patent-ind-claim-en huggingface dataset:
A crane comprising: a swiveling base ; a boom provided at the swiveling base and capable of derricking and extending/retracting; and a plurality of actuators which swivel, derrick and extend/retract the boom, the crane further comprising: an operable-range-setting unit configured to set an operable range in which a load to be transported is capable of being transported from a weight of the load; a path generation unit configured to generate a plurality of nodes through which the load is able to pass and a plurality of paths connecting the nodes adjacent to each node within the set operable range; and a transport path determination unit configured to determine a transport path of the load from the plurality of generated nodes and the plurality of generated paths, the transport path including a combination of paths each made by a combined actuation of two or more actuators selected from among the plurality of actuators or an independent actuation of each actuator selected from among the plurality of actuators, characterized in that the transport path determination unit is configured to set a weight for each of the plurality of generated paths regarding speed or fuel consumption of transport, and is configured to select, from candidates for the transport path, a candidate having a total weight indicating a shortest transport time or a smallest fuel consumption. an operable-range-setting unit configured to set an operable range in which a load to be transported is capable of being transported from a weight of the load; a path generation unit configured to generate a plurality of nodes through which the load is able to pass and a plurality of paths connecting the nodes adjacent to each node within the set operable range; and a transport path determination unit configured to determine a transport path of the load from the plurality of generated nodes and the plurality of generated paths, the transport path including a combination of paths each made by a combined actuation of two or more actuators selected from among the plurality of actuators or an independent actuation of each actuator selected from among the plurality of actuators, characterized in that the transport path determination unit is configured to set a weight for each of the plurality of generated paths regarding speed or fuel consumption of transport, and is configured to select, from candidates for the transport path, a candidate having a total weight indicating a shortest transport time or a smallest fuel consumption.
A shaft internal lubrication system comprising: a shaft body having an outer wall and a central bore defining an inner wall ; a plurality of lubrication holes axially distributed along the central bore and fluidically connecting the inner wall and the outer wall ; at least one rifling groove on the inner wall , the at least one rifling groove forming a lubrication flow path to two or more of the lubrication holes ; a feed tube within the central bore operable to drip feed a lubricant to the inner wall ; and characterized in that the at least one rifling groove comprises two or more riffling grooves, and each of the two or more riffling grooves contacts a different subset of the lubrication holes. a shaft body having an outer wall and a central bore defining an inner wall ; a plurality of lubrication holes axially distributed along the central bore and fluidically connecting the inner wall and the outer wall ; at least one rifling groove on the inner wall , the at least one rifling groove forming a lubrication flow path to two or more of the lubrication holes ; a feed tube within the central bore operable to drip feed a lubricant to the inner wall ; and characterized in that the at least one rifling groove comprises two or more riffling grooves, and each of the two or more riffling grooves contacts a different subset of the lubrication holes.
A collision mitigation mechanism which mitigates damage from a vehicle collision, comprising: a collision detection means that detects a collision of a vehicle; a clutch means that blocks transmission of a driving force of a drive source when a collision is detected by the collision detection means ; a deceleration and stop means that rapidly decelerates and stops the vehicle; a backing up means that backs up and stops the vehicle after the vehicle is stopped by the deceleration and stop means ; and a collision mitigation control means that, when a collision is detected by the collision detection means , rapidly decelerates and stops the vehicle by the deceleration and stop means , and after the vehicle stops, backs up and stops the vehicle by the backing up means . a collision detection means that detects a collision of a vehicle; a clutch means that blocks transmission of a driving force of a drive source when a collision is detected by the collision detection means ; a deceleration and stop means that rapidly decelerates and stops the vehicle; a backing up means that backs up and stops the vehicle after the vehicle is stopped by the deceleration and stop means ; and a collision mitigation control means that, when a collision is detected by the collision detection means , rapidly decelerates and stops the vehicle by the deceleration and stop means , and after the vehicle stops, backs up and stops the vehicle by the backing up means .
A plate made from thin sheet metal, bearing at least one screw intended to fasten an equipment item, including a central part and an edge part folded on the central part , the screw comprising a head inserted between the folded edge part and the central part , and a body passing through the edge part , characterized in that the edge part comprises, at its lateral end, a rim extending perpendicularly to this edge part .
An ostomy pouch comprising a sheet of woven comfort material , the sheet of woven comfort material having an outside surface and an opposite inside surface, wherein the outside surface of the sheet of woven comfort material forms at least part of the outside surface of the pouch, and at least part of the sheet of woven comfort material is coated with a hot-melt adhesive ; wherein a layer of woven comfort material covering the front of the pouch comprises an upper part and a lower part , which overlap in an overlap region ; and the hot-melt adhesive is provided on one or both parts in the overlap region .
A method of changing molten glass in a furnace from a molten high infrared absorbing lithium glass composition having FeO in the range of 0.02 to 0.04 wt% and a redox ratio in the range of 0.2 to 0.4 to a molten low infrared absorbing lithium glass composition having FeO in the range of 0.0005 to 0.015 wt%, a redox ratio in the range of 0.005 to 0.10 and a predetermined amount of a first oxidizer, selected from the group of CeO 2 and MnO 2 and mixtures thereof, to oxidize the FeO, comprising: feeding glass batch material having ingredients to provide the molten low infrared absorbing lithium glass composition having FeO in the range of 0.0005 to 0.015 wt%, a redox ratio in the range of 0.005 to 0.10 and the predetermined amount of a first oxidizer, selected from the group of CeO 2 and MnO 2 and mixtures thereof, to oxidize the FeO; adding a second oxidizer, selected from the group of CeO 2 and MnO 2 and mixtures thereof, to the glass batch material in an amount equal to one or two times the amount of the first oxidizer for a predetermined period of time to oxidize the FeO in the molten glass in the furnace, and ceasing the practice of the preceding steps after the predetermined period of time. feeding glass batch material having ingredients to provide the molten low infrared absorbing lithium glass composition having FeO in the range of 0.0005 to 0.015 wt%, a redox ratio in the range of 0.005 to 0.10 and the predetermined amount of a first oxidizer, selected from the group of CeO 2 and MnO 2 and mixtures thereof, to oxidize the FeO; adding a second oxidizer, selected from the group of CeO 2 and MnO 2 and mixtures thereof, to the glass batch material in an amount equal to one or two times the amount of the first oxidizer for a predetermined period of time to oxidize the FeO in the molten glass in the furnace, and ceasing the practice of the preceding steps after the predetermined period of time.
An apparatus for use in a user equipment, UE , comprising circuitry configured to: receive packet data convergence protocol, PDCP, packets from an evolved Node B, eNB through a radio bearer via a first Radio Access Technology, RAT, and a second RAT, wherein one or more PDCP packets are offloaded from the first RAT to the second RAT; and aggregate the received data of the PDCP packets; characterized in that the circuitry is further configured to: transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT. receive packet data convergence protocol, PDCP, packets from an evolved Node B, eNB through a radio bearer via a first Radio Access Technology, RAT, and a second RAT, wherein one or more PDCP packets are offloaded from the first RAT to the second RAT; and aggregate the received data of the PDCP packets; characterized in that the circuitry is further configured to: transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT. transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT.
Device for heating a metallic workpiece , in particular a roller bearing, comprising: a) a ferromagnetic magnetic circuit with a U core and removable magnet yoke , b) an induction coil for driving the magnetic circuit ; c) a driver circuit for the induction coil , which is suited to applying an alternating voltage of 200 to 1200 Hz to the induction coil ; d) a feedback circuit , associated with the driver circuit , which is suited to detecting the impulse response of a workpiece located on the magnet yoke to the driver voltage and/or driver frequency and to setting the voltage and/or frequency of an intermediate circuit of the driver circuit as a function of the detected impulse response, characterised in that the U core is an asymmetrical U core, the magnet yoke can be introduced into the magnetic circuit in a form-fit manner in the asymmetrical U core in the direction of two Cartesian coordinates, a tensioning device is provided, which tensions the introduced magnet yoke against at least one yoke support point embodied on the therefore asymmetrically moulded U core. a) a ferromagnetic magnetic circuit with a U core and removable magnet yoke , b) an induction coil for driving the magnetic circuit ; c) a driver circuit for the induction coil , which is suited to applying an alternating voltage of 200 to 1200 Hz to the induction coil ; d) a feedback circuit , associated with the driver circuit , which is suited to detecting the impulse response of a workpiece located on the magnet yoke to the driver voltage and/or driver frequency and to setting the voltage and/or frequency of an intermediate circuit of the driver circuit as a function of the detected impulse response, characterised in that the U core is an asymmetrical U core, the magnet yoke can be introduced into the magnetic circuit in a form-fit manner in the asymmetrical U core in the direction of two Cartesian coordinates, a tensioning device is provided, which tensions the introduced magnet yoke against at least one yoke support point embodied on the therefore asymmetrically moulded U core.
Electronic smoking device comprising a liquid reservoir/wick portion for providing liquid to be atomized, and an atomizer comprising an atomizing element for atomizing liquid, wherein the liquid reservoir/wick portion comprises a liquid storage volume and a wick for supplying the liquid from the liquid storage volume to the atomizing element , wherein the wick comprises a liquid receiving side that faces the liquid storage volume , and a liquid supply side opposite of the liquid receiving side , the liquid supply side facing away from the liquid storage volume and towards the atomizing element wherein the liquid reservoir/wick portion is configured to be replaceable, and the liquid reservoir/wick portion is detachably connected to the atomizing element , characterized in that the atomizing element is in direct contact with the liquid supply side of the wick . the liquid reservoir/wick portion is configured to be replaceable, and the liquid reservoir/wick portion is detachably connected to the atomizing element , characterized in that the atomizing element is in direct contact with the liquid supply side of the wick .
A radiation emitting semiconductor chip comprising a carrier and a semiconductor body with a semiconductor layer sequence, wherein - the semiconductor layer sequence comprises an active region provided for generating radiation, a first semiconductor layer , and a second semiconductor layer ; - said active region is arranged between said first region and said second region ; and - the first semiconductor layer is arranged on the side of the active region facing away from the carrier ; - the semiconductor body comprises at least one recess which extends through the active region ; - the first semiconductor layer is electrically conductively connected with a first connection layer , wherein the first connection layer in the recess extends from the first semiconductor layer towards the carrier ; and - the first connection layer is electrically connected with the second semiconductor layer via a protective diode ; and - a second connection layer , which is electrically conductively connected with the second semiconductor layer , is arranged at least in regions between the first connection layer and the second semiconductor layer . - the semiconductor layer sequence comprises an active region provided for generating radiation, a first semiconductor layer , and a second semiconductor layer ; - said active region is arranged between said first region and said second region ; and - the first semiconductor layer is arranged on the side of the active region facing away from the carrier ; - the semiconductor body comprises at least one recess which extends through the active region ; - the first semiconductor layer is electrically conductively connected with a first connection layer , wherein the first connection layer in the recess extends from the first semiconductor layer towards the carrier ; and - the first connection layer is electrically connected with the second semiconductor layer via a protective diode ; and - a second connection layer , which is electrically conductively connected with the second semiconductor layer , is arranged at least in regions between the first connection layer and the second semiconductor layer .
Device for connecting a communications terminal, the device comprising : - a flat surface ; - a male connector which is to be connected to a female connector of said communications terminal, - a mobile base , on which said male connector is fixed, said mobile base being placed on said flat surface , - a groove made in said base and a corresponding tongue on said flat surface , which extends longitudinally in a sliding axis, in which said mobile base can slide on said flat surface in a sliding axis corresponding to a direction of docking and removal of said communications terminal within said device. - a flat surface ; - a male connector which is to be connected to a female connector of said communications terminal, - a mobile base , on which said male connector is fixed, said mobile base being placed on said flat surface , - a groove made in said base and a corresponding tongue on said flat surface , which extends longitudinally in a sliding axis, in which said mobile base can slide on said flat surface in a sliding axis corresponding to a direction of docking and removal of said communications terminal within said device.
A method for manufacturing a power element for a thermal expansion valve including an upper lid member, a receiving member, and a diaphragm interposed between the upper lid member and the receiving member, the method for manufacturing the power element comprising: a step of charging a working gas in an area between the upper lid member and the diaphragm via a plurality of holes formed on the upper lid member; and a step of heating and melting a material of the upper lid member constituting a vicinity between adjacent holes so as to fill the plurality of holes by the melted material. a step of charging a working gas in an area between the upper lid member and the diaphragm via a plurality of holes formed on the upper lid member; and a step of heating and melting a material of the upper lid member constituting a vicinity between adjacent holes so as to fill the plurality of holes by the melted material.
Method for operating a motor vehicle door , according to which method the motor vehicle door is equipped, for example, with an actuator and/or a motor vehicle door latch in the form of a current consumer, and at least one sensor for detecting door movements, and according to which a control unit that evaluates signals from the sensor is transferred from a rest mode into an operating state and back again according to the recorded door movements, characterized in that the door movement causes the sensor that is de-energized in the rest mode to generate a current pulse.
An adhesive system for increasing the adhesiveness between a device, in particular a ball, and the skin of a user, comprising a first coating component for application to at least a part of the device and a second coating component for application to at least a part of the skin, in particular an inner side of a palm or a fingertip, of the user, wherein the first coating component and the second coating component each have a surface tackiness > 35 cm, preferably > 40 cm, according to the rolling ball test according to standard ASTM D 3121-06, characterized in that upon contact of the first coating component with the second coating component an adhesion between 2 and 20 N/25mm, preferably an adhesion between 2.5 and 15 N/25mm, more preferably an adhesion between 5 and 12 N/25mm, even more preferably between 6 and 10 N/25mm, particularly preferably between 7 and 9 N/25mm, can be achieved according to the T-Peel test.
A power control system comprising: a power converter of self-excited type including a first arm and a second arm each including one or more switching elements, the power converter being configured to perform power conversion between a DC system and an AC system ; an AC circuit breaker and a current control circuit connected in series on a path between the AC system and the power converter ; and the current control circuit including a current-limiting resistor and a disconnector connected in parallel, a controller configured to instruct the disconnector to close after an initial charge of the power converter characterised in that the controller is further configured to open the AC circuit breaker when an impedance of a line between a first node (P1u, P1v, P1w) located on a first end side of the current control circuit and a second node (P2u, P2v, P2w) located on a second end side of the current control circuit is not less than a first threshold and an accumulated value of a current flowing through the current control circuit within a certain period of time is not less than a second threshold. a power converter of self-excited type including a first arm and a second arm each including one or more switching elements, the power converter being configured to perform power conversion between a DC system and an AC system ; an AC circuit breaker and a current control circuit connected in series on a path between the AC system and the power converter ; and the current control circuit including a current-limiting resistor and a disconnector connected in parallel, a controller configured to instruct the disconnector to close after an initial charge of the power converter characterised in that the controller is further configured to open the AC circuit breaker when an impedance of a line between a first node (P1u, P1v, P1w) located on a first end side of the current control circuit and a second node (P2u, P2v, P2w) located on a second end side of the current control circuit is not less than a first threshold and an accumulated value of a current flowing through the current control circuit within a certain period of time is not less than a second threshold.
A protein conjugate, comprising: a. a protein carrier covalently bound to a plurality of polyethyleneimine (PEI) moieties; b. a payload that interacts with an intracellular target; and c. a linker bound to said protein carrier and to said payload via a covalent bond; wherein said payload is devoid of a disulfide bond that when cleaved diminishes interaction with said intracellular target and wherein said protein conjugate is not a fusion protein. a. a protein carrier covalently bound to a plurality of polyethyleneimine (PEI) moieties; b. a payload that interacts with an intracellular target; and c. a linker bound to said protein carrier and to said payload via a covalent bond;
Column for carrying out thermal separations and/or chemical reactions having a vertical cylindrical column outer wall enclosing an inner chamber which is subdivided by a vertical cylindrical partition into two chambers in which mass transfer packages (P), packings and/or mass transfer trays are arranged, characterized in that the double-walled cylindrical partition comprises two mutually coaxial cylindrical walls with radii of different sizes wherein, the interspace of the partition forms a closed dividing chamber and wherein the radial spacing (A) of the two cylindrical walls from one another amounts to 0.1 to 10 cm, preferably 2 to 5 cm.
A bypass valve for an inspection and/or cleaning pig which can be moved through a pipe through which a medium flows, wherein the bypass valve comprises an interior space provided with a flow profile, in which a piston is arranged which can be moved in the longitudinal direction of the bypass valve via a force storage means depending on the pressure, which piston is movable between a first, open position of the bypass valve permitting a bypass for the medium, and a second position at least substantially closing the bypass, wherein the piston , starting from the first position, via the second position which is shifted further downstream in the longitudinal direction in case of a larger differential pressure, can be, starting at a critical opening pressure, transferred further in the same direction to a maximum position which is opening the bypass again, characterized in that the flow cross section released in the maximum position is significantly smaller than the flow cross section present in the first position, and, furthermore, is significantly larger than the cross section present in the second position of the piston.