mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing radar detection in a wireless network , comprising: causing a first apparatus , configured to communicate with other apparatuses in the wireless network on a channel and operating in a frequency-division duplexing mode, to refrain from transmitting on the channel during a number of subframes of a frame of a downlink frequency band prior to a detection of a radar transmission on the channel; causing the first apparatus to send a first signal related to monitoring the channel for the radar transmission to a second apparatus , the second apparatus configured to monitor the channel for the radar transmission during the number of the subframes of the frame of the downlink frequency band; causing the first apparatus to receive a second signal related to the detection of the radar transmission on the channel from the second apparatus ; and causing the first apparatus to change the number of the subframes of the frame of the downlink frequency band during which to refrain from the transmitting in response to an event, wherein the event is one or more of a change in a load of the first apparatus or receipt of the second signal. causing a first apparatus , configured to communicate with other apparatuses in the wireless network on a channel and operating in a frequency-division duplexing mode, to refrain from transmitting on the channel during a number of subframes of a frame of a downlink frequency band prior to a detection of a radar transmission on the channel; causing the first apparatus to send a first signal related to monitoring the channel for the radar transmission to a second apparatus , the second apparatus configured to monitor the channel for the radar transmission during the number of the subframes of the frame of the downlink frequency band; causing the first apparatus to receive a second signal related to the detection of the radar transmission on the channel from the second apparatus ; and causing the first apparatus to change the number of the subframes of the frame of the downlink frequency band during which to refrain from the transmitting in response to an event, wherein the event is one or more of a change in a load of the first apparatus or receipt of the second signal.
Demountable panel with at least one locking device , wherein the locking device comprises a catch and a movement mechanism , wherein the movement mechanism is configured to be driven by means of an angular rotation of a central drive crank of the movement mechanism in order to move the catch from an unlocked state to a locked state, wherein both the angular position of the catch about a central rotational axis of the drive crank and the angular position of the catch about a central longitudinal axis of the catch are changed.
Coupling ring having a ring opening, an end-side ring face and at least one further ring face , which further ring face is provided with coupling structures in the form of ramps that are arranged in a manner distributed uniformly around the circumference, wherein the further ring face is arranged in a conical manner with respect to the axis (A) of the ring, and in that the ring opening is provided, around its circumference, with first circumferential portions that protrude radially with respect to the axis (A) and with second circumferential portions that are set back with respect thereto, which alternate with one another, characterized in that the coupling structures are composed of first flanks , which form the ramps, and second flanks , and in that the first and second flanks alternate with one another, are inclined in opposite directions to one another and have a different gradient.
A method for producing a via in a support layer made of a ceramic, comprising: - providing the support layer , - realizing a through-hole in the support layer , - at least partially filling the through-hole with a paste and - performing an attach procedure for attaching a metallization to the support layer using an active soldering process or a DCB process, characterized in that when performing the attach procedure, the via will be produced from the paste in the through-hole . - providing the support layer , - realizing a through-hole in the support layer , - at least partially filling the through-hole with a paste and - performing an attach procedure for attaching a metallization to the support layer using an active soldering process or a DCB process,
A harvesting method which is used in a harvesting device including a pulling-in mechanism that pulls in one of a plurality of targets grown on a plant, and a harvesting mechanism that harvests the pulled-in target, the method comprising,: a process (S1-S3) of pulling in one of a plurality of targets in the direction in which the pulling-in mechanism is separated from the plant, wherein the target is pulled in in the direction of being separated from the plant while pulling up the target in the pulling-in process; a process (S4) of inserting the harvesting mechanism under the pulled-in target ; and a process (S5-S6) of cutting the target from the plant by the inserted harvesting mechanism . a process (S1-S3) of pulling in one of a plurality of targets in the direction in which the pulling-in mechanism is separated from the plant, wherein the target is pulled in in the direction of being separated from the plant while pulling up the target in the pulling-in process; a process (S4) of inserting the harvesting mechanism under the pulled-in target ; and a process (S5-S6) of cutting the target from the plant by the inserted harvesting mechanism .
A gas turbine engine , comprising: a cooler assembly ; characterised by further comprising: a gear system that rotatably couples a turbine shaft to a fan of the turbine engine ; and a fluid delivery system comprising a first fluid path configured to communicate fluid from a supply to the gear system of the gas turbine engine, and a second fluid path configured to communicate fluid from the supply to the gear system , wherein the fluid introduced to the gear system by the first fluid path is cooler than that the fluid introduced to the gear system by the second fluid path ; wherein a first portion of the gear system is cooled by fluid that has moved along the first fluid path through the cooler assembly , and wherein a second portion of the gear system is cooled by a mixture of fluid that has moved along the first fluid path through the cooler assembly and fluid that has not moved along the first fluid path through the cooler assembly , the gas turbine engine comprising a third fluid path configured to communicate some fluid that has moved through the cooler assembly from the first fluid path to the second fluid path . a gear system that rotatably couples a turbine shaft to a fan of the turbine engine ; and a fluid delivery system comprising a first fluid path configured to communicate fluid from a supply to the gear system of the gas turbine engine, and a second fluid path configured to communicate fluid from the supply to the gear system , wherein the fluid introduced to the gear system by the first fluid path is cooler than that the fluid introduced to the gear system by the second fluid path ; wherein a first portion of the gear system is cooled by fluid that has moved along the first fluid path through the cooler assembly , and wherein a second portion of the gear system is cooled by a mixture of fluid that has moved along the first fluid path through the cooler assembly and fluid that has not moved along the first fluid path through the cooler assembly , the gas turbine engine comprising a third fluid path configured to communicate some fluid that has moved through the cooler assembly from the first fluid path to the second fluid path .
A probe card for a testing apparatus of electronic devices, comprising a testing head , which houses a plurality of contact elements extending along a longitudinal axis (H-H) between a first end portion and a second end portion , a support plate , onto which said first end portion is adapted to abut, and a flexible membrane which comprises a first face (F1) and a second and opposite face (F2), wherein a first portion of said flexible membrane is arranged on at least one support and comprises a plurality of strips extending between a proximal end and a distal end , said probe card further including a plurality of micro contact probes comprising a body extending along said longitudinal axis (H-H) between a first end portion and a second end portion , said second end portion of each contact element abutting onto said first face (F1) of said flexible membrane at said distal end of a respective strip , and said first end portion of each micro contact probe abutting onto said second face (F2) of said flexible membrane at a respective contact element , said flexible membrane being electrically connected to said support plate through a second portion thereof , said second end portion of said micro contact probes being apt to contact the contact pads of a device to be tested, wherein said at least one support is provided with a plurality of guide holes for the housing of said plurality of micro contact probes , and wherein said strips are movable from a first configuration in which they lie on said support , to a second configuration in which the distal ends thereof are lifted by said micro contact probes during the contact with the device to be tested.
Blow moulding arrangement with a blow mould and at least one adapter element for forming plastic parisons into plastic containers, wherein the blow mould comprises a bottom part , a first side part and a second side part , wherein, in the assembled state of the blow mould , this bottom part together with the side parts form a hollow space, within which the plastic parisons can be expanded into the plastic containers, wherein at least one element of the blow mould has a first fastening section to which a first adapter element can be attached, wherein this fastening section is designed in such a way that this adapter element can be releasably attached to this fastening section , characterised in that this fastening section is formed in such a way that the blow mould can be arranged both with this adapter element and also without this adapter element on a forming device for forming plastic parisons into form plastic containers, wherein the blow mould further has one or several fastening devices for fastening the side parts and/or the bottom part on a site part carrier and/or a bottom part carrier, and wherein the blow mould is designed for a manual change of the blow mould without the adapter element and for an automatic change of the blow mould with the adapter element. wherein at least one element of the blow mould has a first fastening section to which a first adapter element can be attached, wherein this fastening section is designed in such a way that this adapter element can be releasably attached to this fastening section , characterised in that this fastening section is formed in such a way that the blow mould can be arranged both with this adapter element and also without this adapter element on a forming device for forming plastic parisons into form plastic containers, wherein the blow mould further has one or several fastening devices for fastening the side parts and/or the bottom part on a site part carrier and/or a bottom part carrier, and wherein the blow mould is designed for a manual change of the blow mould without the adapter element and for an automatic change of the blow mould with the adapter element.
A polyisocyanate composition comprising a polyisocyanate obtained from: an aliphatic diisocyanate and an alicyclic diisocyanate; and a polyol having a number-average molecular weight from 400 to 5,000 and an average number of hydroxy groups from 3 to 8, wherein the following conditions to are satisfied: a content of a structural unit derived from the polyol is from 22% by mass to 80% by mass with respect to a total mass of the polyisocyanate composition; an average number of isocyanate functional groups is from 3.5 to 20; and a weight-average molecular weight/a number-average molecular weight is from 3.5 to 15, wherein the polyisocyanate composition further comprises 12% or more of an isocyanurate trimer with respect to the solid content of the polyisocyanate composition, and a mass ratio of a structural unit derived from the aliphatic diisocyanate to a structural unit derived from the alicyclic diisocyanate is from 50/50 to 95/5. an aliphatic diisocyanate and an alicyclic diisocyanate; and a polyol having a number-average molecular weight from 400 to 5,000 and an average number of hydroxy groups from 3 to 8, wherein the following conditions to are satisfied: a content of a structural unit derived from the polyol is from 22% by mass to 80% by mass with respect to a total mass of the polyisocyanate composition; an average number of isocyanate functional groups is from 3.5 to 20; and a weight-average molecular weight/a number-average molecular weight is from 3.5 to 15, a content of a structural unit derived from the polyol is from 22% by mass to 80% by mass with respect to a total mass of the polyisocyanate composition; an average number of isocyanate functional groups is from 3.5 to 20; and a weight-average molecular weight/a number-average molecular weight is from 3.5 to 15, wherein the polyisocyanate composition further comprises 12% or more of an isocyanurate trimer with respect to the solid content of the polyisocyanate composition, and a mass ratio of a structural unit derived from the aliphatic diisocyanate to a structural unit derived from the alicyclic diisocyanate is from 50/50 to 95/5.
A device for collecting, transferring and storing samples of biological and/or chemical material, the device comprising a support body , extending along a main longitudinal direction between a first end and a second end opposite each other and connected by an intermediate portion , and a collecting portion engaged with the first end of the support body and configured to collect an amount of a sample of biological and/or chemical material, the support body being defined by at least a first sub-body and a second sub-body , which are distinct from each other and can be selectively coupled so as to define an assembled configuration of the support body , and selectively separated from each other, so as to define a disassembled condition of the support body , and wherein the collecting portion is made and engaged both on a first end of the first sub-body and on a first end of the second sub-body , and is selectively separable, as a result of a separation of the first sub-body from the second sub-body , so as to define two sub-collecting portions made on the first sub-body and on the second sub-body , respectively, wherein both the collecting portion and the two sub-collecting portions are made on, and engaged with, the first end of the support body characterized in that the first and the second sub-body have a removable coupling means, capable of enabling selective engagement and disengagement, in the form of respective engaging elements configured to ensure the engagement between the first and the second sub-body in the assembled condition of the support body and wherein the engaging elements are arranged in at least two distinct sections of the first and of the second sub-body , the engaging elements being arranged at the collecting portion and at least one of the intermediate portion or at the second end .
A rotary shaft sealing assembly comprising: a rotatable shaft having a sealing surface of generally cylindrical form facing generally radially outward; a seal housing of annular form located radially outward of and encircling said rotatable shaft , and having a groove bore facing generally radially inward toward and encircling at least a portion of said sealing surface ; a sealing element located radially between and having sealing contact with said sealing surface and said groove bore , said sealing element having a seal body first end and a seal body second end facing in generally opposite directions away from one other, at least one tang projecting from said seal body first end in a generally axial direction, said at least one tang having a first circumferential end facing in a generally circumferential direction, an outer peripheral surface facing in a generally radially outward direction away from said rotatable shaft , and an inner peripheral surface facing in a generally radially inward direction toward said rotatable shaft ; a shelf member located radially outward of said rotatable shaft and having a shelf located radially between said rotatable shaft and said at least one tang ; and one of said seal housing and said shelf member providing at least one restraint , at least a portion of said at least one restraint being in circumferential alignment with at least a portion of said at least one tang and blocking rotation of said sealing element . a rotatable shaft having a sealing surface of generally cylindrical form facing generally radially outward; a seal housing of annular form located radially outward of and encircling said rotatable shaft , and having a groove bore facing generally radially inward toward and encircling at least a portion of said sealing surface ; a sealing element located radially between and having sealing contact with said sealing surface and said groove bore , said sealing element having a seal body first end and a seal body second end facing in generally opposite directions away from one other, at least one tang projecting from said seal body first end in a generally axial direction, said at least one tang having a first circumferential end facing in a generally circumferential direction, an outer peripheral surface facing in a generally radially outward direction away from said rotatable shaft , and an inner peripheral surface facing in a generally radially inward direction toward said rotatable shaft ; a shelf member located radially outward of said rotatable shaft and having a shelf located radially between said rotatable shaft and said at least one tang ; and one of said seal housing and said shelf member providing at least one restraint , at least a portion of said at least one restraint being in circumferential alignment with at least a portion of said at least one tang and blocking rotation of said sealing element .
A system, comprising: a display ; and a processor , configured: to modify an image slice by filling a portion , of the image slice, that corresponds to an anatomical cavity with a three-dimensional representation of a wall of the anatomical cavity, and to display the modified image slice on the display; wherein the image slice is a cross-sectional image of an object, and wherein the processor is configured to modify the portion of the image slice that corresponds to the anatomical cavity without modifying other portions of the image slice. a display ; and a processor , configured: to modify an image slice by filling a portion , of the image slice, that corresponds to an anatomical cavity with a three-dimensional representation of a wall of the anatomical cavity, and to display the modified image slice on the display; to modify an image slice by filling a portion , of the image slice, that corresponds to an anatomical cavity with a three-dimensional representation of a wall of the anatomical cavity, and to display the modified image slice on the display; wherein the image slice is a cross-sectional image of an object, and wherein the processor is configured to modify the portion of the image slice that corresponds to the anatomical cavity without modifying other portions of the image slice.
A security device comprising a flexible strap with a lock unit attached at each end, the strap having a plurality of longitudinally extending multifilament cables arranged in a substantially planar array embedded in a thermoplastic or thermosetting elastomeric material , said multifilament cables comprising metal filaments and/or non-metallic filaments, CHARACTERISED IN THAT the cables have a coating of primer for creating a bond with the material, and the cross-section of the strap is either flat on one side of the array and indented on the other side of the array between cables, or indented on both sides of the array between cables.
A solar heat power generation system , comprising at least one heat flow path , comprising at least one heating device for heating the heat flow path in which a heat transfer fluid that receives solar heat flows, the heat flow path including first heat collection elements and second heat collection elements that receive concentrated sunlight, and a connection pipe that connects one end portion of the first heat collection elements and one end portion of the second heat collection elements , the at least one heating device comprising: a connecting wire that electrically connects the other end portion of the first heat collection elements and the other end portion of the second heat collection elements ; a power supply for causing a current to flow in the heat flow path ; a first power supply wire that connects one pole of the power supply and a middle of the first heat collection elements ; a second power supply wire that connects the other pole of the power supply and a middle of the second heat collection elements ; and a bypass wire electrically connected in parallel to the connection pipe ; characterised in that a resistance value of the bypass wire is set to be larger than a resistance value of the connecting wire and smaller than a resistance value of the connection pipe . a connecting wire that electrically connects the other end portion of the first heat collection elements and the other end portion of the second heat collection elements ; a power supply for causing a current to flow in the heat flow path ; a first power supply wire that connects one pole of the power supply and a middle of the first heat collection elements ; a second power supply wire that connects the other pole of the power supply and a middle of the second heat collection elements ; and a bypass wire electrically connected in parallel to the connection pipe ; characterised in that a resistance value of the bypass wire is set to be larger than a resistance value of the connecting wire and smaller than a resistance value of the connection pipe .
A system for rolling up a flexible sheet that is unrolled and flat on a horizontal surface, the system comprising: a frame; a friction element mounted on the frame , the friction element having an endless friction outer surface with a sheet-engaging portion positioned to engage an end of the flexible sheet lying in a substantially horizontal position relative to the frame on the horizontal surface; and a drive connected to the friction element to move the endless friction outer surface such that the sheet-engaging portion thereof moves upwardly to engage the end of the flexible sheet on the horizontal surface and lift up and roll the end of the flexible sheet over on itself to form a roll, characterized in that the friction element includes a plurality of friction wheels , rotatably mounted on the frame , wherein the endless friction surface of each of the friction wheels is an outer periphery of the wheel . a frame; a friction element mounted on the frame , the friction element having an endless friction outer surface with a sheet-engaging portion positioned to engage an end of the flexible sheet lying in a substantially horizontal position relative to the frame on the horizontal surface; and a drive connected to the friction element to move the endless friction outer surface such that the sheet-engaging portion thereof moves upwardly to engage the end of the flexible sheet on the horizontal surface and lift up and roll the end of the flexible sheet over on itself to form a roll,