mhurhangee/ep-ind-claims huggingface dataset:
Device for the ultrasonic welding of materials (20, 21), in particular films, having an ultrasonic welding unit which has an ultrasonic somatrode, having an electric drive motor for moving the ultrasonic welding unit independently of the ultrasonic welding movement of the ultrasonic somatrode, and having a clamping member which, in a welding position of the ultrasonic welding unit, is reduced in its length with respect to a non-welding position against the resistance of oppositely directed clamping forces and which is increased in its length in the welding position during a yielding of at least one of the materials to be welded during the welding operation on account of its clamping forces and, as a result of the increase in length, causes a movement of the ultrasonic welding unit in the direction of the yielding material, characterized in that the clamping member is pneumatically operated.
Method of determining a three-dimensional motion of a movable ultrasound probe during acquisition of an ultrasound image of a volume portion by the ultrasound probe, the method comprising: - Receiving a stream of ultrasound image data from the ultrasound probe while the ultrasound probe is moved along the volume portion; - Inputting at least a sub-set of the ultrasound image data (20, 40) representing a plurality of ultrasound image frames into a machine-learning module, wherein the machine learning module has been trained to determine the relative three-dimensional motion between ultrasound image frames; - Inputting further sensor data into the machine-learning module, wherein the further sensor data is synchronized with the ultrasound image data (20, 40) and wherein the further sensor data includes at least one of position data, obtained by a tracking system tracking a position of the ultrasound probe, acceleration data representing the acceleration corresponding to the at least two ultrasound image frames, the acceleration being detected by an acceleration sensor attached to the ultrasound probe and gyroscope data; and - Determining, by the machine-learning module, a three-dimensional motion indicator indicating the relative three-dimensional motion between the ultrasound image frames. - Receiving a stream of ultrasound image data from the ultrasound probe while the ultrasound probe is moved along the volume portion; - Inputting at least a sub-set of the ultrasound image data (20, 40) representing a plurality of ultrasound image frames into a machine-learning module, wherein the machine learning module has been trained to determine the relative three-dimensional motion between ultrasound image frames; - Inputting further sensor data into the machine-learning module, wherein the further sensor data is synchronized with the ultrasound image data (20, 40) and wherein the further sensor data includes at least one of position data, obtained by a tracking system tracking a position of the ultrasound probe, acceleration data representing the acceleration corresponding to the at least two ultrasound image frames, the acceleration being detected by an acceleration sensor attached to the ultrasound probe and gyroscope data; and - Determining, by the machine-learning module, a three-dimensional motion indicator indicating the relative three-dimensional motion between the ultrasound image frames.
A prefabricated mold for construction of a concrete pavement which is used for roads constructed by depositing and aging a slab of concrete, comprising: coupling segments and taperedly installed at both upper and lower ends of the mold to be butt-coupled to each other; fixing rod insertion holes (14, 14' and 14") formed through an upper central region of the mold and formed through the coupling segments and formed at both sides of the mold; coupling grooves and installed in a plural number to protrude from an inner surface of the mold having an internal space formed therein; finishing plates and having a plurality of protrusions and formed therein to be inserted into the coupling grooves and; the mold having a slope segment installed at a front upper portion thereof by injection-molding the mold using a synthetic resin material; and fixing rods (20, 20' and 20") insertable respectively into the fixing rod insertion holes (14, 14' and 14") to fix the mold on the ground. coupling segments and taperedly installed at both upper and lower ends of the mold to be butt-coupled to each other; fixing rod insertion holes (14, 14' and 14") formed through an upper central region of the mold and formed through the coupling segments and formed at both sides of the mold; coupling grooves and installed in a plural number to protrude from an inner surface of the mold having an internal space formed therein; finishing plates and having a plurality of protrusions and formed therein to be inserted into the coupling grooves and; the mold having a slope segment installed at a front upper portion thereof by injection-molding the mold using a synthetic resin material; and fixing rods (20, 20' and 20") insertable respectively into the fixing rod insertion holes (14, 14' and 14") to fix the mold on the ground.
A virtual image display device, comprising: a virtual image display which is configured to execute an application to provide a plurality of prompt commands to perform a setting action of an input interface; and a handheld electronic device which is configured to display the input interface and to receive a plurality of input touch actions corresponding to each of the prompt commands through the input interface in the setting action, wherein the virtual image display is configured to calculate a plurality of effective touch areas (Z1', Z2', Z3', Z4') respectively corresponding to the prompt commands according to a position distribution of the input touch actions corresponding to each of the prompt commands, and to update the input interface displayed by the handheld electronic device according to the effective touch areas (Z1', Z2', Z3', Z4'), wherein the effective touch areas (Z1', Z2', Z3', Z4') correspond to virtual keys (BT1, BT2, BT3, BT4). a virtual image display which is configured to execute an application to provide a plurality of prompt commands to perform a setting action of an input interface; and a handheld electronic device which is configured to display the input interface and to receive a plurality of input touch actions corresponding to each of the prompt commands through the input interface in the setting action, wherein the virtual image display is configured to calculate a plurality of effective touch areas (Z1', Z2', Z3', Z4') respectively corresponding to the prompt commands according to a position distribution of the input touch actions corresponding to each of the prompt commands, and to update the input interface displayed by the handheld electronic device according to the effective touch areas (Z1', Z2', Z3', Z4'), wherein the effective touch areas (Z1', Z2', Z3', Z4') correspond to virtual keys (BT1, BT2, BT3, BT4).
Solid dye preparations, comprising (a) starch, (b) silica having a D50 particle size (Coulter LS 230) in the range of 10 to 80 μm, (c) silica having a D50 particle size (Coulter LS 230) in the range of 80 to 140 μm, (d) sodium chloride, (e) dyes, and if applicable, (f) fragrances and/or flavourings, with the proviso that they contain at least 15% by weight of water. (a) starch, (b) silica having a D50 particle size (Coulter LS 230) in the range of 10 to 80 μm, (c) silica having a D50 particle size (Coulter LS 230) in the range of 80 to 140 μm, (d) sodium chloride, (e) dyes, and if applicable, (f) fragrances and/or flavourings,
A storage tank for an aqueous product configured to deliver an aqueous product to a device for consuming aqueous products of a motor vehicle, the said motor vehicle being of the type comprising at least one liquid coolant circuit and at least one source of electrical energy, said storage tank comprising a dual-energy heating device configured to heat an aqueous product contained in the storage tank, characterized in that the dual-energy heater comprises a heating plate for said aqueous product configured to be selectively heated either by a first heating means or by a second heating means separate and independent from said first heating means, or by both said first and second heating means, the heating plate comprising the first heating means and the second heating means, in that said first heating means is a hydraulic heating circuit configured to be sealingly connected to a liquid coolant circuit of the vehicle, and in that said second heating means is an electrical heating circuit configured to be connected to a source of electrical power of the vehicle. in that said first heating means is a hydraulic heating circuit configured to be sealingly connected to a liquid coolant circuit of the vehicle, and in that said second heating means is an electrical heating circuit configured to be connected to a source of electrical power of the vehicle.
A power take-off transmission for an agricultural working machine, in particularly for a tractor, including a first sub-transmission with which a first transmission shaft is associated, and at least one further sub-transmission with which a further transmission shaft spaced from the first transmission shaft is associated, wherein each of the transmission shafts (27, 37) can be brought into driving connected relationship by way of at least one transmission gear stage (G n) with a common power take-off shaft and wherein each of the transmission shafts (27, 37) can be brought into driving connected relationship with an input shaft (15, 21) of the power take-off transmission by closing a friction clutch (23, 33) associated with the respective sub-transmission (20, 30), characterised in that associated with the first transmission shaft are a plurality of gears (24, 26) which respectively mesh with a gear (9, 10) associated with the power take-off shaft in order as a pair of gears (24, 9; 26, 10) to form a shiftable transmission gear stage (G n), wherein associated with a further transmission shaft are a plurality of gears (34, 36) which respectively mesh by way of an intermediate gear (40, 41) with a gear (9, 10) associated with the power take-off shaft in order as an arrangement of gears (34, 40, 9; 36, 41, 10) to form a respective shiftable transmission gear stage (G n), wherein for preselection of a transmission gear stage (G n) the gear (24; 26; 34; 36) in question can be non-rotatably connected by adjusting means (25; 35) to the respective transmission shaft (27; 37).
A uterine manipulator system comprising: a cervical funnel that is formed as a unitary device having a tube of constant outer diameter, the cervical funnel having an integral conical portion comprising an outer diameter that increases in a distal direction, the cervical funnel having an integral straight portion; the integral conical portion being adjacent to the tube at an end and being adjacent to the integral straight portion at an opposing end; the integral straight portion configured for insertion into and for contact with a vaginal cavity, the integral straight portion extending parallel to a longitudinal axis of the cervical funnel, the integral straight portion being adjacent to an integral lip that extends about a part of a circumference of the integral straight portion; and the integral lip configured to be flared in a radial outward direction, the integral lip comprising a distal tip portion, said uterine manipulator system being characterized in that the outer surface of the distal tip portion has a straight surface that extends parallel to the longitudinal axis of the cervical funnel a cervical funnel that is formed as a unitary device having a tube of constant outer diameter, the cervical funnel having an integral conical portion comprising an outer diameter that increases in a distal direction, the cervical funnel having an integral straight portion; the integral conical portion being adjacent to the tube at an end and being adjacent to the integral straight portion at an opposing end; the integral straight portion configured for insertion into and for contact with a vaginal cavity, the integral straight portion extending parallel to a longitudinal axis of the cervical funnel, the integral straight portion being adjacent to an integral lip that extends about a part of a circumference of the integral straight portion; and the integral lip configured to be flared in a radial outward direction, the integral lip comprising a distal tip portion, said uterine manipulator system being characterized in that the outer surface of the distal tip portion has a straight surface that extends parallel to the longitudinal axis of the cervical funnel
A through wall light fixture (100, 200), comprising: a collimated light source; an optic wave guide (106, 206), wherein the collimated light source is coupled to a first end of the optic wave guide to be located closer to an interior side of a wall; and a light distribution element (108, 208) coupled to a second end of the optic wave guide to be located closer to an exterior side of the wall, characterized in that the light distribution element comprises compound optics comprising a first optical feature to move a vertical peak intensity of a light emitted by the light source, a second optical feature to split the light emitted by the lights source into two horizontal beams, and a third optical feature to provide a uniform light intensity along a horizontal plane. a collimated light source; an optic wave guide (106, 206), wherein the collimated light source is coupled to a first end of the optic wave guide to be located closer to an interior side of a wall; and a light distribution element (108, 208) coupled to a second end of the optic wave guide to be located closer to an exterior side of the wall, characterized in that the light distribution element comprises compound optics comprising a first optical feature to move a vertical peak intensity of a light emitted by the light source, a second optical feature to split the light emitted by the lights source into two horizontal beams, and a third optical feature to provide a uniform light intensity along a horizontal plane.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting (502, 610), to a base station, BS, a communication that identifies a plurality of UE capabilities including a first UE capability, to perform a sounding reference signal, SRS, reference signal received power, RSRP measurement when a downlink channel of a serving cell is frequency division multiplexed with a cross-link interference, CLI, measurement resource, and a second UE capability to perform a cross-link interference, CLI, received signal strength indication, RSSI, measurement when a downlink channel of a serving cell is frequency division multiplexed with a CLI measurement resource; and receiving (504, 620), from the BS, a CLI measurement configuration that is based at least in part on the plurality of UE capabilities. transmitting (502, 610), to a base station, BS, a communication that identifies a plurality of UE capabilities including a first UE capability, to perform a sounding reference signal, SRS, reference signal received power, RSRP measurement when a downlink channel of a serving cell is frequency division multiplexed with a cross-link interference, CLI, measurement resource, and a second UE capability to perform a cross-link interference, CLI, received signal strength indication, RSSI, measurement when a downlink channel of a serving cell is frequency division multiplexed with a CLI measurement resource; and receiving (504, 620), from the BS, a CLI measurement configuration that is based at least in part on the plurality of UE capabilities.
A method for operating a powder bed-based manufacturing device for additive manufacturing of a component from a powder material, wherein - an optical recording of a working powder layer of a powder material is made at a construction site of the manufacturing device, wherein - the at least one optical recording is evaluated locally, wherein - the working powder layer is examined for local coating defects using the evaluation of the at least one optical recording, wherein - the at least one optical recording is created with a resolution that is selected in relation to an average powder grain size of the powder material such that brightness variations in individual pixels of the optical recording due to locally different arrangements of powder grains of the powder material can be determined, wherein - a first optical recording of a first working powder layer and a second optical recording of a second, preceding working powder layer are made, characterised in - that a coating defect is locally detected where a difference between the first optical recording and the second optical recording is less than a predetermined limit difference or is non-existent, and/or - that the first optical recording is correlated with the second optical recording, wherein a correlation image is generated, wherein the correlation image is examined for local coating defects. - an optical recording of a working powder layer of a powder material is made at a construction site of the manufacturing device, wherein - the at least one optical recording is evaluated locally, wherein - the working powder layer is examined for local coating defects using the evaluation of the at least one optical recording, wherein - the at least one optical recording is created with a resolution that is selected in relation to an average powder grain size of the powder material such that brightness variations in individual pixels of the optical recording due to locally different arrangements of powder grains of the powder material can be determined, wherein - a first optical recording of a first working powder layer and a second optical recording of a second, preceding working powder layer are made, - that a coating defect is locally detected where a difference between the first optical recording and the second optical recording is less than a predetermined limit difference or is non-existent, and/or - that the first optical recording is correlated with the second optical recording, wherein a correlation image is generated, wherein the correlation image is examined for local coating defects.
A user equipment, UE, configured to establish a new packet data network, PDN, connection during handover, the UE comprising one or more processors configured to: receive a radio resource control, RRC, connection reconfiguration message from a source radio base station during a handover procedure, the RRC connection reconfiguration message including a handover command, a request for establishment of the new PDN connection between the UE and a target PDN gateway, PGW, and a new IP address assigned to the new PDN connection, wherein the request for establishment of the new PDN connection is a non-access stratum, NAS, message that is included in the RRC connection reconfiguration message; establish, at the UE, the new PDN connection with the target PGW and perform an access stratum procedure for handover to a target radio base station using one or more parameters included in the RRC connection reconfiguration message; and send, to the target radio base station, an RRC connection reconfiguration complete message during the handover procedure that includes an acknowledgement of the establishment of the new PDN connection. receive a radio resource control, RRC, connection reconfiguration message from a source radio base station during a handover procedure, the RRC connection reconfiguration message including a handover command, a request for establishment of the new PDN connection between the UE and a target PDN gateway, PGW, and a new IP address assigned to the new PDN connection, wherein the request for establishment of the new PDN connection is a non-access stratum, NAS, message that is included in the RRC connection reconfiguration message; establish, at the UE, the new PDN connection with the target PGW and perform an access stratum procedure for handover to a target radio base station using one or more parameters included in the RRC connection reconfiguration message; and send, to the target radio base station, an RRC connection reconfiguration complete message during the handover procedure that includes an acknowledgement of the establishment of the new PDN connection.
A method for cleaning and/or sanitization of a chromatography matrix in a packed bed chromatography column, comprising the steps of: a) providing an axial chromatography column comprising a consolidated bed of separation matrix particles, said consolidated bed being confined between a bottom support net and a movable top adaptor; b) raising the adaptor by at least 10% of the height of the consolidated bed; c) flowing a cleaning liquid upwards through the bed under conditions sufficient to liquefy the bed, and; d) repacking the matrix particles of the liquefied bed by flowing a packing fluid downwards through the column to create a consolidated bed and lowering the adaptor such that it contacts the packed bed and optionally compresses it. a) providing an axial chromatography column comprising a consolidated bed of separation matrix particles, said consolidated bed being confined between a bottom support net and a movable top adaptor; b) raising the adaptor by at least 10% of the height of the consolidated bed; c) flowing a cleaning liquid upwards through the bed under conditions sufficient to liquefy the bed, and; d) repacking the matrix particles of the liquefied bed by flowing a packing fluid downwards through the column to create a consolidated bed and lowering the adaptor such that it contacts the packed bed and optionally compresses it.