mhurhangee/ep-ind-claims huggingface dataset:
A lifting assembly comprising: - a telescopic post assembly including a first inner tubular member, a second intermediate tubular member slidingly engaged with the first tubular member, and a third outer tubular member slidingly engaged with the second tubular member, the first, second and third tubular members (12, 14, 16) being coaxial such that the first tubular member is received in an axial bore of the second tubular member and the second tubular member is received in an axial bore of the third tubular member; - an actuator configured to move the second tubular member axially with respect to the first tubular member; and - a pulley mechanism comprising: - a first wheel rotatably mounted at a first end of the second tubular member; - a second wheel rotatably mounted at a second end of the second tubular member; - a first length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the first length of cable being engaged with the first wheel; and - a second length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the second length of cable being engaged with the second wheel, wherein the pulley mechanism is arranged such that the movement of the third tubular member relative to the first tubular member is at a greater speed than the movement of the second tubular member relative to the first tubular member. - a telescopic post assembly including a first inner tubular member, a second intermediate tubular member slidingly engaged with the first tubular member, and a third outer tubular member slidingly engaged with the second tubular member, the first, second and third tubular members (12, 14, 16) being coaxial such that the first tubular member is received in an axial bore of the second tubular member and the second tubular member is received in an axial bore of the third tubular member; - an actuator configured to move the second tubular member axially with respect to the first tubular member; and - a pulley mechanism comprising: - a first wheel rotatably mounted at a first end of the second tubular member; - a second wheel rotatably mounted at a second end of the second tubular member; - a first length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the first length of cable being engaged with the first wheel; and - a second length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the second length of cable being engaged with the second wheel, - a first wheel rotatably mounted at a first end of the second tubular member; - a second wheel rotatably mounted at a second end of the second tubular member; - a first length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the first length of cable being engaged with the first wheel; and - a second length of cable having a first end fixed to the first tubular member and a second end fixed to the third tubular member, the second length of cable being engaged with the second wheel,
A method for sending a preamble sequence, wherein the method comprises: determining a transmit power for sending a preamble sequence, wherein the transmit power meets the following formula: Power = min P max, PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter + PL, wherein Power is the determined transmit power, P max is a maximum transmit power of user equipment, PL is obtained by estimating according to a downlink path loss, and PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter is a target receive power of the preamble sequence, and sending the preamble sequence according to the determined transmit power, characterized in that: wherein PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter = p r e a m b l e I n i t i a l Re c e i v e d T arg etPower + DELTA _ PREAMBLE _ X i + preamble _ transmission _ counter _ 1 * powerRampingStep, and preambleInitial Re ceivedT arg etPower is an initial target receive power of the preamble sequence, DELTA_PREAMBLE is a power offset based on a format of the preamble sequence, powerRampingStep is a power ramp step, preamble_transmission_counter is a retransmission count of the preamble sequence, and X i is a power offset corresponding to a preamble sequence resource pool i for coverage enhancement random access. determining a transmit power for sending a preamble sequence, wherein the transmit power meets the following formula: Power = min P max, PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter + PL, wherein Power is the determined transmit power, P max is a maximum transmit power of user equipment, PL is obtained by estimating according to a downlink path loss, and PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter is a target receive power of the preamble sequence, and sending the preamble sequence according to the determined transmit power, characterized in that: wherein PREAMBLE _ RECEIVED _ TARGET _ POWE R i preamble _ transmission _ counter = p r e a m b l e I n i t i a l Re c e i v e d T arg etPower + DELTA _ PREAMBLE _ X i + preamble _ transmission _ counter _ 1 * powerRampingStep, and preambleInitial Re ceivedT arg etPower is an initial target receive power of the preamble sequence, DELTA_PREAMBLE is a power offset based on a format of the preamble sequence, powerRampingStep is a power ramp step, preamble_transmission_counter is a retransmission count of the preamble sequence, and X i is a power offset corresponding to a preamble sequence resource pool i for coverage enhancement random access.
A filter device for separating liquid concomitant substances from gaseous material flows that are present in droplet or mist form, including a housing and a filter insert arranged therein, which has at least one filter layer (5, 6, 6') and one drainage layer, characterized in that the filter layer has an entry surface and an exit surface for the material flow, wherein the drainage layer extends in the flow direction along the bottom side of the filter layer, wherein at the entry surface of the filter layer there is provided a flow barrier, which covers the area of the entry surface adjacent to the drainage layer up to an overall proportion between 20% and 50% and essentially completely the entry-sided front surface of the drainage layer.
An interferometric radar, comprising: an arm, which rotates with respect to an axis (z) of a plane (zx) orthogonal to an axis of rotation (y); a system with rotating antenna with a direction of sight orthogonal to the plane of rotation of said arm, the antenna being fixed to said arm for describing complete revolutions along a circular path (c) about said axis (y) and being oriented in a direction of sight (a) parallel to the axis (y); motor-drive means for driving the arm; and a data-acquisition and processing unit, operatively connected to said antenna, which acquires a succession of images detected by the antenna during its revolution about the axis (y) characterized in that said data-acquisition and processing unit, makes differential interferometric calculations on at least two successive images of one or more targets located in the field of view of the system of antennas in order to measure at least one component of the displacement thereof, wherein said unit processes the data detected along two distinct arcs of the circular path (c) and calculates the interferograms between the images acquired from one and the same arc in order to obtain two components of the displacements of one or more targets. an arm, which rotates with respect to an axis (z) of a plane (zx) orthogonal to an axis of rotation (y); a system with rotating antenna with a direction of sight orthogonal to the plane of rotation of said arm, the antenna being fixed to said arm for describing complete revolutions along a circular path (c) about said axis (y) and being oriented in a direction of sight (a) parallel to the axis (y); motor-drive means for driving the arm; and
A method for manufacturing a foamed resin metal laminated sheet, comprising: a laminating step for laminating metal plates on both sides of a foamable resin sheet in an unfoamed state to form a foamable resin metal laminated sheet; a heating step for heating the foamable resin metal laminated sheet and for foaming the foamable resin sheet to form a foamed resin metal laminated sheet; and a cooling step for cooling the foamed resin metal laminated sheet to room temperature, characterized in that the cooling step comprises: a soaking step for cooling the foamed resin metal laminated sheet to a soaking temperature lower than a foaming temperature of the foamable resin sheet and higher than the room temperature, and holding the foamed resin metal laminated sheet at the soaking temperature; and a room temperature cooling step for cooling the foamed resin metal laminated sheet to the room temperature after the soaking step. a laminating step for laminating metal plates on both sides of a foamable resin sheet in an unfoamed state to form a foamable resin metal laminated sheet; a heating step for heating the foamable resin metal laminated sheet and for foaming the foamable resin sheet to form a foamed resin metal laminated sheet; and a cooling step for cooling the foamed resin metal laminated sheet to room temperature, characterized in that the cooling step comprises: a soaking step for cooling the foamed resin metal laminated sheet to a soaking temperature lower than a foaming temperature of the foamable resin sheet and higher than the room temperature, and holding the foamed resin metal laminated sheet at the soaking temperature; and a room temperature cooling step for cooling the foamed resin metal laminated sheet to the room temperature after the soaking step. a soaking step for cooling the foamed resin metal laminated sheet to a soaking temperature lower than a foaming temperature of the foamable resin sheet and higher than the room temperature, and holding the foamed resin metal laminated sheet at the soaking temperature; and a room temperature cooling step for cooling the foamed resin metal laminated sheet to the room temperature after the soaking step.
Socket outlet assembly with a housing which has at least one socket outlet, wherein the housing has two housing ends (15a, 15b) opposite one another, on each of which is provided an end section (16a, 16b), wherein at least one of the end sections (16a, 16b) has at least one fastening interface (24a-c) for the releasable fastening of a fastening element (25a-d) which in turn serves for fastening or attachment to a peripheral part, and wherein the socket outlet assembly has at least one fastening element (25a-d), characterised in that the fastening interface or interfaces has or have a locating slot extending substantially parallel to the housing base for the locating and holding of a fastening element, wherein the fastening element is in the form of a fastening plate equipped with at least one mounting section (27a, 27b) with at least one mounting hole (28a-c), wherein the mounting section (27a, 27b) in the installed position protrudes from the end section (16a, 16b) in such a way that fastening of the socket outlet assembly to a peripheral part, for example a building wall, by means of mounting elements working in conjunction with the mounting hole (28a-c) is possible, wherein the fastening plate is in the form of a reversing plate with at least two mounting sections (27a, 27b), differing from one another, each with at least one mounting hole (28a-c), wherein in the installed position either one or the other mounting section (27a, 27b) is active for fastening purposes, or that the fastening interface has a locating slot extending substantially parallel to the housing base for the locating and holding of a fastening element, wherein the fastening element is in the form of a retaining bracket which has a bearing section which may be inserted in the locating slot and held there, or that the fastening interface (24a-c) has a retaining slot for the locating and holding of a fastening element in the form of a fastening tape, for example Velcro tape, cable ties or belt.
Fluid conducting device for a motor vehicle transmission, having at least one fluid gap surface which, in cross section, is of circular-arc-shaped form in relation to a longitudinal axis such that a fluid gap can be formed between the fluid gap surface and an associated toothed gear of a motor vehicle transmission, wherein the fluid conducting device has at least one axially extending channel (84; 94) which can be filled with fluid from above and which is designed to conduct received fluid in an axial direction, and wherein the channel has at least one axial flow outlet (88; 98), wherein the channel (84; 94) is inclined relative to the longitudinal axis such that fluid received therein flows to the axial flow outlet (88; 98), characterized in that at least one circular-arc-shaped inner surface of the fluid conducting device transitions, at at least one circumferential end, into an oblique flow outlet from which fluid is conducted directly in a radially outward direction.
Method for manufacturing a solar cell having a substrate consisting of silicon with a dielectric passivation layer in the form of a silicon oxide layer provided on the surface of said substrate and with an antireflective layer applied thereon which is deposited onto said dielectric passivation layer preferably by means of the PECVD method in a process room, characterized in the dielectric passivation layer is formed out of the surface of the substrate in the process room by means of an at least partly dissociated oxidizing gas, such as by means of a plasma containing an oxidizing gas, or said dielectric passivation layer is formed out of said surface of said substrate in a pre-process room upstream of said process room in the presence of an oxidizing gas, where said substrate is subjected in said pre-process room to a temperature T of T ≥ 250 °C over a time t with an oxygen partial pressure of at least 1 kPa and where before manufacture of said dielectric passivation layer said surface of said substrate is provided with hydrophilic properties and an alkaline or acid solution with an oxidizing agent is used to generate said hydrophilic properties.
A female connection element for interconnection of electronic components, comprising a hollow flared portion for receiving and guiding a male connection element and a hollow mating portion, formed in continuation of the flared portion, for mating with the male connection element, • wherein the female connection element has a corrugated transverse cross-section along all its height; • wherein the guiding portion has an opening which diameter of the inscribed circle is greater than the external diameter of the male connection element in order to receive said element; • wherein the diameter of the inscribed circle of the guiding portion decreases from opening to mating portion in order to guide the male connection element to mating portion; • wherein the mating portion is made of a deformable material such that the diameter of the inscribed circle of the mating portion is greater after the mating of the male connection element than before the mating. • wherein the female connection element has a corrugated transverse cross-section along all its height; • wherein the guiding portion has an opening which diameter of the inscribed circle is greater than the external diameter of the male connection element in order to receive said element; • wherein the diameter of the inscribed circle of the guiding portion decreases from opening to mating portion in order to guide the male connection element to mating portion; • wherein the mating portion is made of a deformable material such that the diameter of the inscribed circle of the mating portion is greater after the mating of the male connection element than before the mating.
A method for wireless communication at a user equipment, UE (115-b), comprising: receiving a piggybacking status for a first uplink carrier of a plurality of uplink carriers configured for the UE; receiving a first uplink grant that indicates an uplink shared channel occasion on the first uplink carrier; generating uplink control information for a downlink transmission from a base station (105-b), wherein the uplink control information is associated with an uplink control channel occasion that overlaps in time with the uplink shared channel occasion; and performing, based at least in part on the piggybacking status for the first uplink carrier, an uplink shared channel transmission on the first uplink carrier during the uplink shared channel occasion and an uplink control transmission of the uplink control information on a second uplink carrier of the plurality of uplink carriers during the uplink control channel occasion. receiving a piggybacking status for a first uplink carrier of a plurality of uplink carriers configured for the UE; receiving a first uplink grant that indicates an uplink shared channel occasion on the first uplink carrier; generating uplink control information for a downlink transmission from a base station (105-b), wherein the uplink control information is associated with an uplink control channel occasion that overlaps in time with the uplink shared channel occasion; and performing, based at least in part on the piggybacking status for the first uplink carrier, an uplink shared channel transmission on the first uplink carrier during the uplink shared channel occasion and an uplink control transmission of the uplink control information on a second uplink carrier of the plurality of uplink carriers during the uplink control channel occasion.
Cooking element for steam cooker, comprising a tubular side wall having an open lower end and a removable bottom mounted inside the tubular side wall, the tubular side wall being made of plastic material belonging to the family of copolyesters, the removable bottom having separate bearing areas characterised in that the separate bearing areas form flow passages with an inner side of the tubular side wall, and in that each bearing area of the removable bottom is formed by a protuberance resting on an inclined portion of the inner side of the tubular side wall flowing towards the open lower end of the tubular side wall.
A Mangifera Indica fruit powder for use as a Sirtuin 1 activating agent in preventing, treating or ameliorating Sirtuin 1 related conditions or disorders in an individual in need thereof, wherein the fruit powder is administered at a daily dosage from 20mg up to 4g.
lowerable transport goods holding device for a vehicle, the transport goods holding device having at least one has at least one retaining module, wherein the retaining module has - a transport material receiving unit with receiving and/or fastening means for a transport item, - a carrier unit which is attached or attachable to a vehicle, and - a parallel joint unit with parallel parallel parallel cores (19, 20) which can be attached to a of the carrier unit in fixed guide bearings (34, 35) and on a pivoting spar of the transport material receiving unit in free guide bearings (36, 37) parallel to one another in such a way that the transport material receiving unit is pivotable relative to the carrier unit between a swivel-in position and a swivel-out position. swivel-out position, characterised in that the carrier unit is designed for lateral attachment to the vehicle and the transport material receiving unit has a folding arm, which is in such a way that the folding arm can be moved between a folded-in position in which the position, in which the folding arm is parallel or substantially parallel to the parallel to the swivel spar, and a folded-out position in which the folding arm extends parallel to the swivel spar. arm for receiving the goods to be transported extends at right angles or substantially at right angles at right angles or substantially at right angles from the swivelling spar. - a transport material receiving unit with receiving and/or fastening means for a transport item, - a carrier unit which is attached or attachable to a vehicle, and - a parallel joint unit with parallel parallel parallel cores (19, 20) which can be attached to a of the carrier unit in fixed guide bearings (34, 35) and on a pivoting spar of the transport material receiving unit in free guide bearings (36, 37) parallel to one another in such a way that the transport material receiving unit is pivotable relative to the carrier unit between a swivel-in position and a swivel-out position. swivel-out position, characterised in
A system for neuromuscular electrical stimulation comprising: at least one stimulation electrode adapted to be placed in electrical contact with a muscle of a patient; at least one sensing electrode, wherein the at least one sensing electrode is positioned within a predefined range away from the at least one stimulation electrode to monitor the remote effects of electrical stimulation from the at least one stimulation electrode on a selected muscle-tendon region of a body; a control unit connected to the at least one stimulation electrode and the at least one sensing electrode, wherein the control unit provides stimulation signals to the at least one stimulation electrode and receives a signal from the at least one sensing electrode and is configured to adapt stimulation energy applied to the at least one stimulation electrode in response to a signal sensed by the sensing electrode that is indicative of at least one of tendon tension, tendon geometry, changes in tendon tension, and changes in tendon geometry; and a temperature sensor adapted to sense a temperature in a vicinity of the at least one stimulation electrode, the control unit being further configured to cease application of an electrical signal to the at least one stimulation electrode if a temperature monitored by the temperature sensor exceeds a first threshold temperature. at least one stimulation electrode adapted to be placed in electrical contact with a muscle of a patient; at least one sensing electrode, wherein the at least one sensing electrode is positioned within a predefined range away from the at least one stimulation electrode to monitor the remote effects of electrical stimulation from the at least one stimulation electrode on a selected muscle-tendon region of a body; a control unit connected to the at least one stimulation electrode and the at least one sensing electrode, wherein the control unit provides stimulation signals to the at least one stimulation electrode and receives a signal from the at least one sensing electrode and is configured to adapt stimulation energy applied to the at least one stimulation electrode in response to a signal sensed by the sensing electrode that is indicative of at least one of tendon tension, tendon geometry, changes in tendon tension, and changes in tendon geometry; and a temperature sensor adapted to sense a temperature in a vicinity of the at least one stimulation electrode, the control unit being further configured to cease application of an electrical signal to the at least one stimulation electrode if a temperature monitored by the temperature sensor exceeds a first threshold temperature.