mhurhangee/ep-ind-claims huggingface dataset:
A resource scheduling method, comprising: receiving (402, 503), by a first access network device, an addition request message from a second access network device for dual-connectivity in which the first access network device and the second access network device serve a terminal; and sending (404, 504), by the first access network device, an addition request acknowledgement message to the second access network device, characterized in that, the addition request acknowledgement message comprises carrier indication information, the carrier indication information indicates from a first uplink carrier and a second uplink carrier, an uplink carrier for the terminal to send a random access preamble to the first access network device; wherein the second uplink carrier and the first uplink carrier belong to a same cell of the first access network device and the second uplink carrier is a supplementary uplink carrier for the first uplink carrier; receiving (407, 508), by the first access network device, the random access preamble sent by the terminal via the indicated uplink carrier. receiving (402, 503), by a first access network device, an addition request message from a second access network device for dual-connectivity in which the first access network device and the second access network device serve a terminal; and sending (404, 504), by the first access network device, an addition request acknowledgement message to the second access network device, characterized in that, the addition request acknowledgement message comprises carrier indication information, the carrier indication information indicates from a first uplink carrier and a second uplink carrier, an uplink carrier for the terminal to send a random access preamble to the first access network device; wherein the second uplink carrier and the first uplink carrier belong to a same cell of the first access network device and the second uplink carrier is a supplementary uplink carrier for the first uplink carrier; receiving (407, 508), by the first access network device, the random access preamble sent by the terminal via the indicated uplink carrier.
A brake for a shaft 2, comprising a carrier 4 arranged to be fixed to the shaft 2 for rotation therewith; at least one coil spring 7 having coils 8; and a braking surface 5 arranged to be fixed so that the shaft 2 rotates relative to the braking surface 5, each coil spring 7 being mounted in the carrier 4 such that, as a rotational speed at which the carrier 4 is rotated by the shaft 2 increases, the coils 8 of the spring 7 move away from the shaft 2 and the braking surface 5 and, as the rotational speed at which the carrier 4 is rotated by the shaft 2 decreases, the coils 8 of the spring 7 move towards the shaft 2 and the braking surface 5 characterised in that the coils come into contact with the braking surface 5 so as to exert a braking force on the shaft 2.
An apparatus for freezing food items, said apparatus comprising: - an isolated chamber, - a plurality of plates arranged in the chamber, preferably horizontally, with spacing between the plates for food items to be loaded into the freezer apparatus between the plates, wherein each plate further comprises: i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate, - an inlet valve and an outlet valve to control the flow of the cooling medium to each plate, - a control computer for controlling the flow of cooling medium into each plate, wherein the apparatus further comprises a sensor near the outlet for each plate to monitor the temperature of the cooling medium as it exits each plate, and the flow of cooling medium to each plate is determined by the temperature of the cooling medium leaving each plate throughout the cooling/freezing process and wherein the control computer regulates the flow of cooling medium to and from each plate individually. - an isolated chamber, - a plurality of plates arranged in the chamber, preferably horizontally, with spacing between the plates for food items to be loaded into the freezer apparatus between the plates, wherein each plate further comprises: i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate, i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate, - an inlet valve and an outlet valve to control the flow of the cooling medium to each plate, - a control computer for controlling the flow of cooling medium into each plate, the apparatus further comprises a sensor near the outlet for each plate to monitor the temperature of the cooling medium as it exits each plate, and the flow of cooling medium to each plate is determined by the temperature of the cooling medium leaving each plate throughout the cooling/freezing process and wherein the control computer regulates the flow of cooling medium to and from each plate individually.
An expandable element for treating a human patient, the expandable element comprising: a radially expandable cylindrical frame, having a plurality of struts, wherein the frame is transformable between a low-profile delivery state and an expanded deployed state; a plurality of protruding members carried by and integrally formed with one or more of the struts, wherein, when the frame is in the expanded state within a body lumen the protruding members extend radially outwardly away from the struts, and the protruding members are configured to engage a first portion of the body lumen by piercing the body lumen; and a longitudinal member coupled to the frame and configured to recapture the expandable element in a catheter of a delivery system; a portion between the frame and the longitudinal member in which the expandable element transitions from a diameter of the frame to a diameter of the longitudinal member when the frame is in the expanded state. a radially expandable cylindrical frame, having a plurality of struts, wherein the frame is transformable between a low-profile delivery state and an expanded deployed state; a plurality of protruding members carried by and integrally formed with one or more of the struts, wherein, when the frame is in the expanded state within a body lumen the protruding members extend radially outwardly away from the struts, and the protruding members are configured to engage a first portion of the body lumen by piercing the body lumen; and a longitudinal member coupled to the frame and configured to recapture the expandable element in a catheter of a delivery system; a portion between the frame and the longitudinal member in which the expandable element transitions from a diameter of the frame to a diameter of the longitudinal member when the frame is in the expanded state.
A device for remote non-contact monitoring of vital signs of a living being comprising at least one measuring unit, at least one control and data processing unit, and at least one interface unit, wherein the measuring unit is connected to the control and data processing unit, and the control and data processing unit is connected to the interface unit, wherein the measuring unit comprises at least one radio transmitting module, and at least one radio receiving module, wherein the control and data processing unit is configured to generate control pulses for each of the radio transmitting and radio receiving modules delayed for arbitrary time periods between each other, and the control and data processing unit is additionally configured to generate control pulses of arbitrary duration for each of the radio transmitting and radio receiving modules, wherein the radio transmitting module comprises a sequentially connected UHF probing pulse generator, an amplifier and a transmitting antenna, characterized in that each of the radio receiving modules further comprises a UHF reference pulse generator and each radio transmitting module and/or each radio receiving module contained in the measuring unit is made independent of the other modules.
A hydrogen production system comprising: a capacitor inputting electric power energy from a renewable power supply, and storing electric power; a pulse voltage generation unit generating a pulse voltage having a set amplitude and a set cyclic period by using the electric power stored in the capacitor; an electrolytic cell applying the generated pulse voltage, and generating hydrogen by high temperature steam electrolysis by using steam supplied into the electrolytic cell; a voltage measurement unit measuring a voltage value of the capacitor; and a pulse cyclic period adjustment unit changing the cyclic period of the pulse voltage according to a change in the measured voltage value, wherein the amplitude of the pulse voltage is arranged to be maintained constant and the pulse cyclic period adjustment unit arranged to change the cyclic period of the pulse voltage to a shorter period when the measured voltage values is increased, wherein the amplitude of the pulse voltage is arranged to be maintained constant and the pulse cyclic period adjustment unit arranged to change the cyclic period of the pulse voltage to a longer period when the measured voltage value is decreased. a capacitor inputting electric power energy from a renewable power supply, and storing electric power; a pulse voltage generation unit generating a pulse voltage having a set amplitude and a set cyclic period by using the electric power stored in the capacitor; an electrolytic cell applying the generated pulse voltage, and generating hydrogen by high temperature steam electrolysis by using steam supplied into the electrolytic cell; a voltage measurement unit measuring a voltage value of the capacitor; and a pulse cyclic period adjustment unit changing the cyclic period of the pulse voltage according to a change in the measured voltage value, wherein the amplitude of the pulse voltage is arranged to be maintained constant and the pulse cyclic period adjustment unit arranged to change the cyclic period of the pulse voltage to a shorter period when the measured voltage values is increased, wherein the amplitude of the pulse voltage is arranged to be maintained constant and the pulse cyclic period adjustment unit arranged to change the cyclic period of the pulse voltage to a longer period when the measured voltage value is decreased.
A composition comprising a nucleic acid library encoded by an oncolytic virus for use in a method of treating cancer present in a mammal, wherein said nucleic acid library comprises a plurality of different nucleic acid members, wherein each of said plurality of different nucleic acid members encodes a different mammalian polypeptide, and wherein the different mammalian polypeptides are polypeptides of said cancer or of an organ or tissue that is an organ or tissue of origin of said cancer, and wherein the composition is administered under conditions wherein nucleic acid members of said nucleic acid library are expressed in said mammal, thereby reducing the number of viable cancer cells present within said mammal.
An ammonia decomposition catalyst capable of decomposing ammonia contained in an exhaust gas, the ammonia decomposition catalyst comprising: an inorganic oxide loaded with an alloy containing Pt and Pd, and a zeolite wherein the alloy containing Pt and Pd is a metal composite in which an intermetallic compound is formed between Pt and Pd and the coordination number of Pd atoms around a Pt atom, obtained by XAFS analysis, is not less than 0.8. an inorganic oxide loaded with an alloy containing Pt and Pd, and a zeolite
A semiconductor device, comprising: a first semiconductor chip comprising: a first wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a first coil (CL1a) formed in the first wiring structure; and a first insulation film formed over the first wiring structure; a second semiconductor chip comprising: a second wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a second coil (CL1b) formed in the second wiring structure; and a second insulation film formed over the second wiring structure; and an insulation sheet interposed between the first insulation film of the first semiconductor chip and the second insulation film of the second semiconductor chip, wherein the first semiconductor chip and the second semiconductor chip are stacked one over another via the insulation sheet with the first insulation film of the first semiconductor chip and the second insulation film of the second semiconductor chip facing each other, wherein the first coil (CL1a) and the second coil (CL1b) are magnetically coupled with each other, wherein first wires and first dummy wires are formed at a first uppermost-layer wiring layer of the uppermost-layer wiring layer of the first wiring structure, and wherein second wires and second dummy wires are formed at a second uppermost-layer wiring layer of the uppermost-layer wiring layer of the second wiring structure. a first semiconductor chip comprising: a first wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a first coil (CL1a) formed in the first wiring structure; and a first insulation film formed over the first wiring structure; a second semiconductor chip comprising: a second wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a second coil (CL1b) formed in the second wiring structure; and a second insulation film formed over the second wiring structure; and an insulation sheet interposed between the first insulation film of the first semiconductor chip and the second insulation film of the second semiconductor chip, wherein the first semiconductor chip and the second semiconductor chip are stacked one over another via the insulation sheet with the first insulation film of the first semiconductor chip and the second insulation film of the second semiconductor chip facing each other, wherein the first coil (CL1a) and the second coil (CL1b) are magnetically coupled with each other, wherein first wires and first dummy wires are formed at a first uppermost-layer wiring layer of the uppermost-layer wiring layer of the first wiring structure, and wherein second wires and second dummy wires are formed at a second uppermost-layer wiring layer of the uppermost-layer wiring layer of the second wiring structure.
A method of manufacturing a toothbrush handle, the method comprising: heating a pelletized polyolefin based polymeric material having a biobased content of at least 80% by weight when determined according to standard ASTM D6866, and injection moulding the heated polymeric material into a moulding cavity thereby forming a toothbrush handle, wherein the moulding cavity has the shape of a toothbrush handle comprising a gripping portion (11, 31) and a bristle support portion (12, 32), wherein the polyolefin based polymeric material has a flexural modulus of at least 1500 MPa, and wherein the polyolefin based polymeric material has an impact strength fulfilling at least one of the criteria; having an izod impact strength of at least 40 J/m determined according to standard ASTM D256, and having a notched izod impact strength of at least 20 J/m when determined according to standard ASTM D256. heating a pelletized polyolefin based polymeric material having a biobased content of at least 80% by weight when determined according to standard ASTM D6866, and injection moulding the heated polymeric material into a moulding cavity thereby forming a toothbrush handle, wherein the moulding cavity has the shape of a toothbrush handle comprising a gripping portion (11, 31) and a bristle support portion (12, 32), wherein the polyolefin based polymeric material has a flexural modulus of at least 1500 MPa, and wherein the polyolefin based polymeric material has an impact strength fulfilling at least one of the criteria; having an izod impact strength of at least 40 J/m determined according to standard ASTM D256, and having a notched izod impact strength of at least 20 J/m when determined according to standard ASTM D256.
Scales with a weighing surface to accommodate a product for weighing, a display to display a weight value and a bulky goods weighing function which is able to determine the weight of the product for weighing and can display the said weight on the display for a time after removal of the product for weighing from the weighing surface, characterised in that at least one sensor is provided arranged on the edge of the display or in the display wherein said sensor is able to determine the concealing of the display by the product for weighing, wherein the bulky goods weighing function is activated automatically when it is determined that the display is covered.
Method for arranging a printing plate on a plate cylinder that has at least one channel, in which at least one front clamping device and at least one rear clamping device are arranged, the at least one rear clamping device being part at least of a slide that is arranged to be movable along a tensioning path towards the at least one front clamping device by means of at least one tensioning drive within the at least one channel, in a first section of a tensioning process the at least one slide together with a rear end of the printing plate tensioned in the at least one rear clamping device being moved along the tensioning path towards the at least one front clamping device and a first channel wall whereby the printing plate is tensioned and characterised in that subsequently in a second section of the tensioning process the printing plate being released again by the at least one slide being moved away from the first channel wall and towards a second channel wall and subsequently in a third section of the tensioning process the at least one slide together with the rear end of the printing plate tensioned in the at least one rear clamping device being moved again towards the at least one front clamping device and the first channel wall whereby the printing plate is tensioned.
A hydraulic coupling of a system for distributing windshield washer fluid comprising a housing and passage grooves (49, 51), the passage grooves (49, 51) housing heating conductors (23, 25) and making it possible to put the heating conductors (23, 25) inside the hydraulic coupling, characterized in that a current regulator is placed in the housing of the hydraulic coupling and controls the current flowing in the heating conductors as a function of the temperature of said heating conductors (23, 25), the heating conductors (23, 25) and the current regulator forming, at least in part, a heating device.
A stacked pallet comprising: a pallet, a plurality of layers of secondary packages stacked on the pallet, and a hot melt adhesive sandwiched between the layers of secondary packages thereby adhering the layers to each other, characterized in that the hot melt adhesive comprises: a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight. a pallet, a plurality of layers of secondary packages stacked on the pallet, and a hot melt adhesive sandwiched between the layers of secondary packages thereby adhering the layers to each other, characterized in that the hot melt adhesive comprises: a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight. a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight.
An identification system for one or more fluid lines mounted on a peritoneal dialysis device comprising: a plurality of slots on a carriage assembly, each slot configured to accept and hold a fluid line connector of a fluid line; an identification tag mounted on each fluid line connector, the identification tag bearing a code readable by a camera mounted in the peritoneal dialysis device; a slot code located at the base of each slot and readable by the camera in the absence of an installed fluid line connector; and a processor that receives image data from the camera, and that is configured to decode information embedded in the identification tag code and slot code; wherein the processor is programmed to identify empty slots by the detection of the slot code, properly mounted or correct fluid lines by the detection of correct identification tag codes, and improperly mounted or incorrect fluid lines if a slot code or correct identification tag code is not detected in a slot location. a plurality of slots on a carriage assembly, each slot configured to accept and hold a fluid line connector of a fluid line; an identification tag mounted on each fluid line connector, the identification tag bearing a code readable by a camera mounted in the peritoneal dialysis device; a slot code located at the base of each slot and readable by the camera in the absence of an installed fluid line connector; and a processor that receives image data from the camera, and that is configured to decode information embedded in the identification tag code and slot code; wherein the processor is programmed to identify empty slots by the detection of the slot code, properly mounted or correct fluid lines by the detection of correct identification tag codes, and improperly mounted or incorrect fluid lines if a slot code or correct identification tag code is not detected in a slot location.
Beverage machine device, in particular coffee machine device, with at least one fluid channel (12; 12b) comprising at least one main flux channel (20; 20b) and with at least one valve unit (14; 14b) which comprises at least one valve element (16; 16b), having at least one pressure control surface (18; 18b), and which is configured to open and/or close the main flux channel (20; 20b), at least depending on a fluid pressure acting on the pressure control surface (18; 18b), by moving the valve element (16; 16b), the pressure control surface (18; 18b) being arranged outside the main flux channel (20; 20b), the fluid channel (12; 12b) comprising at least one pressure duct (34; 34b) branching off the main flux channel (20; 20b) and leading to the pressure control surface, the beverage machine device comprising a brewing unit (36; 36b) that is arranged inside the main flux channel (20; 20b), the pressure duct (34; 34b) bridging the brewing unit (36; 36b), characterised in that the valve unit (14; 14b) is in at least one operating state configured to regulate a fluid pressure within the main flux channel (20; 20b) to a value that is at least substantially constant.