mhurhangee/ep-ind-claims huggingface dataset:
A vehicle rear portion structure comprising: a pair of rear frames provided in a vehicle length direction; and a rear floor panel joined to the pair of rear frames, the rear floor panel having a concave section, the concave section extending from a rear side of a vehicle toward a front side of the vehicle, the concave section being formed of a metal sheet, characterized in that the metal sheet has a tensile strength higher than than a tensile strength of the pair of rear frames. a pair of rear frames provided in a vehicle length direction; and a rear floor panel joined to the pair of rear frames, the rear floor panel having a concave section, the concave section extending from a rear side of a vehicle toward a front side of the vehicle, the concave section being formed of a metal sheet, characterized in that the metal sheet has a tensile strength higher than than a tensile strength of the pair of rear frames.
A cooling device for an electronic device (12, 42), comprising: a heat sink that is in thermal contact with the electronic device; and a mist supplier that supplies mist to the heat sink, arranged upstream of the heat sink in a flow direction of cooling air passing via the heat sink, wherein the mist supplier includes a mist generating source that generates the mist included in the cooling air, characterized in that the mist supplier includes a first flow path and a second flow path that share an inlet of the cooling air and an outlet of the cooling air that flows toward the heat sink, wherein the first flow path passes via the mist generating source, and the second flow path does not pass via the mist generating source, wherein an adjusting plate for cooling air is arranged in the second flow path between a branching point and a confluence point with the first flow path. a heat sink that is in thermal contact with the electronic device; and a mist supplier that supplies mist to the heat sink, arranged upstream of the heat sink in a flow direction of cooling air passing via the heat sink, wherein the mist supplier includes a mist generating source that generates the mist included in the cooling air, characterized in that the mist supplier includes a first flow path and a second flow path that share an inlet of the cooling air and an outlet of the cooling air that flows toward the heat sink, wherein the first flow path passes via the mist generating source, and the second flow path does not pass via the mist generating source, wherein an adjusting plate for cooling air is arranged in the second flow path between a branching point and a confluence point with the first flow path.
Computer-implemented method for operating a mobile device which has a processing unit, a main memory and a display memory, with the display memory being coupled to a display and the processing unit in combination with the main memory and the display memory being configured to provide modules including an access module, wherein a plurality of data items (105-1...105-5) are available from a data base that is internal to the mobile device, or from a data base at a remote server, the method comprising: • identifying a user-context; • determining correspondence or non-correspondence of data images (135-1... 135-6) which are already stored in the main memory to the user-context, wherein to identify correspondence, the data images are stored in the main memory in combination with image attributes; • in case of correspondence, selecting corresponding data images (135-1, 135-2) in the main memory for access by the display memory; • in case of non-correspondence, selecting data items (105-3, 105-4) according to the user-context from the plurality of data items (105-1... 105-5), transforming the selected data items (105-3, 105-4) to corresponding data images (135-3, 135-4), to store the corresponding data images (135-3, 135-4) in the main memory and selecting the corresponding data images (135-3, 135-4) in the main memory for access by the display memory, wherein the data items are transformed to data images by converting the data items to data images that could be displayed by the display, with the data images not immediately being copied to the display memory for displaying, but being temporarily stored in memory portions of the main memory; and • letting the display memory access the selected data images (135-1, 135-2, 135-3, 135-4) via the access module. • identifying a user-context; • determining correspondence or non-correspondence of data images (135-1... 135-6) which are already stored in the main memory to the user-context, wherein to identify correspondence, the data images are stored in the main memory in combination with image attributes; • in case of correspondence, selecting corresponding data images (135-1, 135-2) in the main memory for access by the display memory; • in case of non-correspondence, selecting data items (105-3, 105-4) according to the user-context from the plurality of data items (105-1... 105-5), transforming the selected data items (105-3, 105-4) to corresponding data images (135-3, 135-4), to store the corresponding data images (135-3, 135-4) in the main memory and selecting the corresponding data images (135-3, 135-4) in the main memory for access by the display memory, wherein the data items are transformed to data images by converting the data items to data images that could be displayed by the display, with the data images not immediately being copied to the display memory for displaying, but being temporarily stored in memory portions of the main memory; and • letting the display memory access the selected data images (135-1, 135-2, 135-3, 135-4) via the access module.
A topical wash composition comprising: a) zinc coceth sulfate, having a concentration between 1% and 10% of active material relative to the total weight of the composition, b) zinc gluconate, c) dipotassium glycyrrhizate. a) zinc coceth sulfate, having a concentration between 1% and 10% of active material relative to the total weight of the composition, b) zinc gluconate, c) dipotassium glycyrrhizate.
A method for carrying out device-to-device, D2D, communication by a first terminal in a wireless communication system, the method comprising: receiving, from a base station, information comprising a subframe set in which a reference signal is transmitted and a configuration of the reference signal; measuring a link with a second terminal using the configuration of the reference signal in the subframe set; and transmitting a link failure declaration to the base station when a result of the measuring satisfies a predetermined condition, wherein the link failure declaration comprises buffer state information related to data being received from the second terminal, wherein the first terminal receives a remaining part of the data from the base station, wherein the subframe set and the configuration of the reference signal are configured differently according as the first terminal performs 1:1 D2D transmission or the first terminal performs many-to-one or one-to-many D2D transmission. receiving, from a base station, information comprising a subframe set in which a reference signal is transmitted and a configuration of the reference signal; measuring a link with a second terminal using the configuration of the reference signal in the subframe set; and transmitting a link failure declaration to the base station when a result of the measuring satisfies a predetermined condition, wherein the link failure declaration comprises buffer state information related to data being received from the second terminal, wherein the first terminal receives a remaining part of the data from the base station, wherein the subframe set and the configuration of the reference signal are configured differently according as the first terminal performs 1:1 D2D transmission or the first terminal performs many-to-one or one-to-many D2D transmission.
A stapling device comprising an anvil leg, which bears, in its front region, an anvil plate, a staple magazine, which can be pivoted to a limited extent relative to the anvil leg about a transverse axis arranged in the rear region of the anvil leg, a driver for passing staples through a gap at the front end of the staple magazine, said gap being arranged above the anvil plate, and an actuation apparatus for acting upon the driver toward the anvil plate against the restoring force of a driver spring, wherein the actuation apparatus has a solenoid and a striking pin for acting upon a driver anvil fixedly connected to the driver, the striking pin being movable by means of the solenoid, and wherein, between the gap and the transverse axis, the staple magazine is supported on the anvil leg by means of a magazine spring, characterized in that the magazine spring is dimensioned in such a way that, in the absence of external forces, the staple magazine rests on the anvil leg or on the anvil plate.
Gripping device, in particular, as an effector for an industrial robot, said gripping device comprising: first and second clamping jaws, which are arranged so as to be moveable relative towards each other, in order to grasp a workpiece, wherein the first clamping jaw has a tongue projection on the side that faces the second clamping jaw; and the second clamping jaw has on the side facing the first clamping jaw a corresponding groove, which at least partially accommodates the tongue projection in the state, in which the clamping jaws (10, 20) are moved towards each other, wherein in the state, in which the clamping jaws (10, 20) are moved away from each other, the space between the two clamping jaws (10, 20) is at least partially occupied by the tongue projection, in order to prevent an inadvertent insertion of objects or body parts into the occupied space.
Flywheel intended for energy storage, comprising a cylindrical mass body comprising a material mainly constituted of concrete that has a compression resistance of at least 25 MPa, said mass body being surrounded on at least one portion of the outer surface thereof with fibres the material that makes up the fibres having a tensile strength of at least 100 MPa, characterised in that the tension of winding the fibres around the body leads to the compression of said mass body, and in that the tension applied to the fibres is such that the stress exerted on the material constituting the mass body is at least equal to half of the maximum acceptable stress, said maximum stress being lower than the compression yield strength of the material that makes up the mass body, the material of the latter thus being pre-stressed.
An electronic device, comprising: a metal frame provided with a first contact portion extending outwardly from an inner surface of the metal frame; a circuit board; a first connection structure comprising a first resilient piece, the first resilient piece having a first end and a second end opposite to the first end, the first end of the first resilient piece being electrically coupled with the first contact portion via abutting against the first contact portion; and an antenna module disposed on the circuit board, the antenna module being electrically coupled with the second end of the first resilient piece extending through the circuit board, and being electrically coupled with the metal frame via the first resilient piece, such that the metal frame is configured to be antenna resonating elements of the antenna module; wherein the electronic device further comprises: a front shell and a display screen, wherein the front shell is configured to support the display screen, the circuit board is disposed on a side of the front shell without supporting the display screen, the front shell is configured to be a reference ground of the electronic device, and a thickness of a region of the front shell corresponding to the first resilient piece is smaller than a maximum thickness of the front shell. a metal frame provided with a first contact portion extending outwardly from an inner surface of the metal frame; a circuit board; a first connection structure comprising a first resilient piece, the first resilient piece having a first end and a second end opposite to the first end, the first end of the first resilient piece being electrically coupled with the first contact portion via abutting against the first contact portion; and an antenna module disposed on the circuit board, the antenna module being electrically coupled with the second end of the first resilient piece extending through the circuit board, and being electrically coupled with the metal frame via the first resilient piece, such that the metal frame is configured to be antenna resonating elements of the antenna module; wherein the electronic device further comprises: a front shell and a display screen, wherein the front shell is configured to support the display screen, the circuit board is disposed on a side of the front shell without supporting the display screen, the front shell is configured to be a reference ground of the electronic device, and a thickness of a region of the front shell corresponding to the first resilient piece is smaller than a maximum thickness of the front shell.
Parking area management system comprising - a computing unit, - means for providing a respective communication connection between the parking area management system and a vehicle and between the parking area management system and a mobile device, the parking area management system being set up to monitor the occupancy state of a predefined parking area and, in response to a parking request from a mobile device and/or a vehicle belonging to a user, to allocate a parking space to this user and to transmit position data relating to the allocated parking space to the mobile device and/or to the vehicle by means of the communication connection, characterized in that the parking area management system is set up, in response to a collection request from the mobile device, by means of the communication connection, to initiate a parking-space-leaving operation at a starting time, during which the vehicle autonomously moves to a predefined collection position, the starting time being able to be calculated by the computing unit on the basis of a predefined collection time, the collection time being predefined on the basis of a current position of the user and/or the most likely path of the user to the collection position and/or an average speed of the user and/or the arrival time of a public means of transport used by the user. - a computing unit, - means for providing a respective communication connection between the parking area management system and a vehicle and between the parking area management system and a mobile device,
A roller bearing including an outer metal bearing ring defining a rotation axis, and a flange provided with a housing for the outer ring and a cylindrical or frustoconical centering seat, characterized in that the flange includes a body made from a filled composite material overmolded on the outer ring and on a metal sleeve forming the cylindrical or frustoconical seat.
A system for separating a compound action potential from an artefact in a neural recording, the system comprising: a memory storing a set of basis functions comprising at least one compound action potential basis function and at least one artefact basis function; an input for receiving a neural recording of electrical activity in neural tissue; and a processor configured to decompose the neural recording by determining at least one of a compound action potential and an artefact using the set of basis functions, and further configured to output an estimate of at least one of a compound action potential and an artefact. a memory storing a set of basis functions comprising at least one compound action potential basis function and at least one artefact basis function; an input for receiving a neural recording of electrical activity in neural tissue; and a processor configured to decompose the neural recording by determining at least one of a compound action potential and an artefact using the set of basis functions, and further configured to output an estimate of at least one of a compound action potential and an artefact.
A method for providing dynamic power sharing at a user equipment, the method comprising: configuring a first uplink transmission; determining an offset ( X; T offset) from a starting symbol of the first uplink transmission; defining, based on the offset, a group of overlapping uplink transmissions on one or more component carriers CCs (CC-0 to CC-4) comprising at least the first uplink transmission; and sharing a total power among uplink transmissions in the group of overlapping uplink transmissions, wherein the first transmission is on a CC (CC-0, CC-1) of a secondary cell group, SCG, and other transmissions in the group of overlapping uplink transmissions are each on CCs (CC-2 to CC-4) of a master cell group, MCG, characterized in that determining the offset comprises determining an offset ( T offset) as a PUSCH preparation time ( T proc, 2) that is based on a subcarrier spacing SCS, and wherein sharing the power among transmissions in the group comprises: determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission. configuring a first uplink transmission; determining an offset ( X; T offset) from a starting symbol of the first uplink transmission; defining, based on the offset, a group of overlapping uplink transmissions on one or more component carriers CCs (CC-0 to CC-4) comprising at least the first uplink transmission; and sharing a total power among uplink transmissions in the group of overlapping uplink transmissions, wherein the first transmission is on a CC (CC-0, CC-1) of a secondary cell group, SCG, and other transmissions in the group of overlapping uplink transmissions are each on CCs (CC-2 to CC-4) of a master cell group, MCG, characterized in that determining the offset comprises determining an offset ( T offset) as a PUSCH preparation time ( T proc, 2) that is based on a subcarrier spacing SCS, and wherein sharing the power among transmissions in the group comprises: determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission. determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission.
A solar cell structure comprising: a silicon substrate (103, 303) having a front side and a backside, the substrate comprising N-type or P-Type silicon wafer; a first dielectric layer (113, 313) disposed on the backside of the substrate; a P-type doped polysilicon region (101, 301) and an N-type doped polysilicon region (102, 302) formed on the first dielectric layer (113, 313); a trench structure (104, 304) separating the P-type doped region from the N-type doped region and a second dielectric layer (107, 307) formed in the trench structure; characterized in that the solar cell structure further comprises a passivation layer formed on the surface of the trench structure (104, 304) between the second dielectric layer on one side and the substrate (103, 303), the P-type doped polysilicon region (101, 301) and the N-type doped polysilicon region (102, 302) on the other side. a silicon substrate (103, 303) having a front side and a backside, the substrate comprising N-type or P-Type silicon wafer; a first dielectric layer (113, 313) disposed on the backside of the substrate; a P-type doped polysilicon region (101, 301) and an N-type doped polysilicon region (102, 302) formed on the first dielectric layer (113, 313); a trench structure (104, 304) separating the P-type doped region from the N-type doped region and a second dielectric layer (107, 307) formed in the trench structure; characterized in that the solar cell structure further comprises a passivation layer formed on the surface of the trench structure (104, 304) between the second dielectric layer on one side and the substrate (103, 303), the P-type doped polysilicon region (101, 301) and the N-type doped polysilicon region (102, 302) on the other side.
A method executed in a user device of detecting movement of a property device, comprising: - activating (4:30) short or middle range capabilities at the user device, in case such capabilities are not already active, in response to receiving (4:10), via a wireless wide range connection, a first message initiated at the property device; - transmitting (4:40), to the property device, via the wireless wide range connection, a response message, indicating that the short or middle range capabilities of the user device are active; and - activating (4:70) an alarm indicating movement of the property device and that the property device is located out of range for the short or middle range capabilities of the user device, in response to receiving (4:50), via the wireless wide range connection, a second message initiated at the property device and indicating a failed scanning for the user device by the property device. - activating (4:30) short or middle range capabilities at the user device, in case such capabilities are not already active, in response to receiving (4:10), via a wireless wide range connection, a first message initiated at the property device; - transmitting (4:40), to the property device, via the wireless wide range connection, a response message, indicating that the short or middle range capabilities of the user device are active; and - activating (4:70) an alarm indicating movement of the property device and that the property device is located out of range for the short or middle range capabilities of the user device, in response to receiving (4:50), via the wireless wide range connection, a second message initiated at the property device and indicating a failed scanning for the user device by the property device.
A crane, in particular a tower slewing crane, having at least one lattice boom that comprises a plurality of longitudinal beams (8, 9) that are connected to one another by transverse and/or diagonal struts, wherein at least one of the longitudinal beams has a beam cross-section varying over the beam length and/or has different beam cross-sections in different lattice fields (11, 12, 13), wherein the at least one longitudinal beam has transitions free of weld seams between beam sections of different beam cross-sections, characterized in that the longitudinal beam comprises a section widening portion at at least one connector point (14, 15, 16, 17) of a transverse and/or diagonal strut, with the beam cross-section decreasing, viewed in the longitudinal beam direction, at both sides from said section widening portion