mhurhangee/patent-ind-claim-en huggingface dataset:
A knitted fabric knitting method for knitting a knitted fabric by performing a plurality of knitting courses, using a flat knitting machine including a first needle bed (FD, FU) and a second needle bed (BD, BU) capable of being racked relative to each other, and a carriage in which at least two cam systems are mounted, the method being characterized in that the plurality of knitting courses include at least one specific knitting course, in each specific knitting course, a first racking step, a first transferring step, a second racking step, and a second transferring step are performed in this order while the carriage moves in one direction to pass through one knitting region, and the one knitting region is a region in which a series of stitches formed continuously in a knitting width direction are held. the plurality of knitting courses include at least one specific knitting course, in each specific knitting course, a first racking step, a first transferring step, a second racking step, and a second transferring step are performed in this order while the carriage moves in one direction to pass through one knitting region, and the one knitting region is a region in which a series of stitches formed continuously in a knitting width direction are held.
A method for predicting Quality of Experience, QoE, of an application running on a network device , the method comprising: collecting (E2) a plurality of wireless parameters representative of transmission conditions, wherein each wireless parameter of the plurality of wireless parameters representative of transmission conditions is collected during a plurality of learning periods; measuring (E3) one or more parameters representative of the level of QoE, related to an application, wherein each QoE parameter of the plurality of QoE parameters is measured during the plurality of learning periods; mapping (E5) the plurality of wireless parameters representative of transmission conditions to the one or more parameters representative of the level of QoE; selecting (E6), based on the mapping, one or more wireless parameters representative of transmission conditions from the plurality of wireless parameters representative of transmission conditions that most significantly influences the one or more parameters representative of the level of QoE in order to enable an access point, AP , to predict a QoE level for the application for a wireless environment of a first time period by only measuring (E7) the one or more wireless parameters representative of transmission conditions, wherein the plurality of wireless parameters representative of transmission conditions is selected from the group comprising of physical layer data rate, number of spatial streams, channel bandwidth, medium availability, and Received Signal Strength Indicator, RSSI. collecting (E2) a plurality of wireless parameters representative of transmission conditions, wherein each wireless parameter of the plurality of wireless parameters representative of transmission conditions is collected during a plurality of learning periods; measuring (E3) one or more parameters representative of the level of QoE, related to an application, wherein each QoE parameter of the plurality of QoE parameters is measured during the plurality of learning periods; mapping (E5) the plurality of wireless parameters representative of transmission conditions to the one or more parameters representative of the level of QoE; selecting (E6), based on the mapping, one or more wireless parameters representative of transmission conditions from the plurality of wireless parameters representative of transmission conditions that most significantly influences the one or more parameters representative of the level of QoE in order to enable an access point, AP , to predict a QoE level for the application for a wireless environment of a first time period by only measuring (E7) the one or more wireless parameters representative of transmission conditions, wherein the plurality of wireless parameters representative of transmission conditions is selected from the group comprising of physical layer data rate, number of spatial streams, channel bandwidth, medium availability, and Received Signal Strength Indicator, RSSI.
Display showcase comprising: - a base , - fixed side walls , supported by the base , - at least one openable side wall , - an upper horizontal beam , mounted at the openable side wall , - an upper ceiling , mounted on the fixed side walls and on the beam , wherein the beam comprises: - a longitudinal tubular element , - two head groups , abutted at opposite ends of the tubular element , - a tie rod , longitudinally extended in the tubular element , in a lower region thereof, coupled to the two head groups and taut therebetween, characterized in that the beam also comprises: - two thrust blocks , integrally fixed to the tie rod , proximate to the ends of the tie rod but spaced from the head groups , - a strut in the tubular element , extended above the tie rod in an upper region of the tubular element , abutted against the thrust blocks and compressed therebetween, and - means for adjusting the compression of the strut . - a base , - fixed side walls , supported by the base , - at least one openable side wall , - an upper horizontal beam , mounted at the openable side wall , - an upper ceiling , mounted on the fixed side walls and on the beam , - a longitudinal tubular element , - two head groups , abutted at opposite ends of the tubular element , - a tie rod , longitudinally extended in the tubular element , in a lower region thereof, coupled to the two head groups and taut therebetween, - two thrust blocks , integrally fixed to the tie rod , proximate to the ends of the tie rod but spaced from the head groups , - a strut in the tubular element , extended above the tie rod in an upper region of the tubular element , abutted against the thrust blocks and compressed therebetween, and - means for adjusting the compression of the strut .
A method for providing evidential data, comprising at a mobile device : establishing one or more first secret tokens with a server ; obtaining one or more data items from one or more sensors; combining the one or more data items with at least one of the one or more first secret tokens to provide one or more modified data items ; generating a respective first hash value for each of the one or more modified data items, thereby generating one or more first hash values; generating a second hash value for a data set comprising each of the one or more first hash values but excluding the one or more data items; transmitting a first message comprising the one or more data items, the one or more first hash values and the second hash value to the server; obtaining one or more transaction identifiers , the one or more transaction identifiers including one or more static identifiers, wherein each static identifier is suitable for identifying a static property of the mobile device; transmitting an indication of the one or more static identifiers to the server, wherein transmitting the indication of the one or more static identifiers comprises generating a respective third hash value for each of the one or more static identifiers, and the indication includes the one or more third hash values; and establishing one or more second secret tokens with the server after transmission of the first message, the one or more second secret tokens for combining with one or more second data items obtained from the one or more sensors for generating a second message. establishing one or more first secret tokens with a server ; obtaining one or more data items from one or more sensors; combining the one or more data items with at least one of the one or more first secret tokens to provide one or more modified data items ; generating a respective first hash value for each of the one or more modified data items, thereby generating one or more first hash values; generating a second hash value for a data set comprising each of the one or more first hash values but excluding the one or more data items; transmitting a first message comprising the one or more data items, the one or more first hash values and the second hash value to the server; obtaining one or more transaction identifiers , the one or more transaction identifiers including one or more static identifiers, wherein each static identifier is suitable for identifying a static property of the mobile device; transmitting an indication of the one or more static identifiers to the server, wherein transmitting the indication of the one or more static identifiers comprises generating a respective third hash value for each of the one or more static identifiers, and the indication includes the one or more third hash values; and establishing one or more second secret tokens with the server after transmission of the first message, the one or more second secret tokens for combining with one or more second data items obtained from the one or more sensors for generating a second message.
A method of purifying a monomeric platinum pyrophosphate complex of formula (I) or formula (II): or a salt thereof, comprising: dissolving the monomeric platinum pyrophosphate complex in a buffer having a pH in the range of 6 to 9 and comprising a pyrophosphate salt; recrystallizing the complex from the buffer; isolating the monomeric platinum pyrophosphate complex; and washing and drying the isolated monomeric platinum pyrophosphate complex, wherein R 1 and R 2 are each independently NH 3 , an aliphatic amine, or an aromatic amine; and wherein R 3 is an aliphatic diamine or an aromatic diamine.
Electronic unit comprising a housing comprising at least a first opening and a top cover ; a printed circuit board mounted inside the housing and comprising at least a first heating source element on the top layer of the printed circuit board ; at least a first thermally conductive insert element distinct from the housing ; the top cover comprises the first opening ; the first thermally conductive insert element extends from its top extremity arranged around the first opening to its bottom extremity in thermal contact with the first heating source element such that heating dissipation of the first heating source element is allowed; fixing means are configured to entirely fix the top extremity of the first thermally conductive insert element with the top cover around the first opening ; and characterised in that the top extremity of the first thermally conductive insert element comprises a flange arranged around the top extremity and fixed with the top cover around the first opening , the top cover comprising a thickness reduction area all around the first opening , said reduction in thickness being equal to or greater than the thickness of the flange so that the flange does not protrude from the top surface of the top cover . a housing comprising at least a first opening and a top cover ; a printed circuit board mounted inside the housing and comprising at least a first heating source element on the top layer of the printed circuit board ; at least a first thermally conductive insert element distinct from the housing ; the top cover comprises the first opening ; the first thermally conductive insert element extends from its top extremity arranged around the first opening to its bottom extremity in thermal contact with the first heating source element such that heating dissipation of the first heating source element is allowed; fixing means are configured to entirely fix the top extremity of the first thermally conductive insert element with the top cover around the first opening ; and characterised in that the top extremity of the first thermally conductive insert element comprises a flange arranged around the top extremity and fixed with the top cover around the first opening , the top cover comprising a thickness reduction area all around the first opening , said reduction in thickness being equal to or greater than the thickness of the flange so that the flange does not protrude from the top surface of the top cover .
A method based on data duplication transmission, comprising: receiving, by a terminal device, uplink grant information ; and receiving, by the terminal device, first indication information , wherein the first indication information is used for indicating whether data of at least one logical channel of the terminal device is capable of being transmitted by using an uplink resource indicated by the uplink grant information; wherein the first indication information comprises a logical channel identifier of a logical channel capable of using the uplink resource to transmit data of the logical channel, and comprises a logical channel identifier of a logical channel not capable of using the uplink resource to transmit data of the logical channel. receiving, by a terminal device, uplink grant information ; and receiving, by the terminal device, first indication information , wherein the first indication information is used for indicating whether data of at least one logical channel of the terminal device is capable of being transmitted by using an uplink resource indicated by the uplink grant information; wherein the first indication information comprises a logical channel identifier of a logical channel capable of using the uplink resource to transmit data of the logical channel, and comprises a logical channel identifier of a logical channel not capable of using the uplink resource to transmit data of the logical channel.
A method of separating blood cells from whole blood comprising the steps of: a) providing: i) a filter module, wherein said filter module comprises a spiral membrane configured to allow passage of blood plasma or serum but not other blood components such as red blood cells or white blood cells; and ii) a blood sample; b) applying said blood sample to said spiral membrane of said filter module; and c) filtering said blood sample through said spiral membrane using a lateral flow. a) providing: i) a filter module, wherein said filter module comprises a spiral membrane configured to allow passage of blood plasma or serum but not other blood components such as red blood cells or white blood cells; and ii) a blood sample; i) a filter module, wherein said filter module comprises a spiral membrane configured to allow passage of blood plasma or serum but not other blood components such as red blood cells or white blood cells; and ii) a blood sample; b) applying said blood sample to said spiral membrane of said filter module; and c) filtering said blood sample through said spiral membrane using a lateral flow.
A viscous clutch (20; 120) comprising: an input member (26; 126); an output member (24; 124); a working chamber (30; 130) defined between the input member and the output member ; a reservoir (28; 128) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; a valve (32; 132), wherein the valve controls a flow of the shear fluid between the reservoir and the working chamber along the fluid circuit; a bearing (48; 148); and an electromagnetic coil (34; 134) supported by the bearing , wherein selective energization of the electromagnetic coil actuates the valve the electromagnetic coil including a coil housing (34-1) and a winding (34-2) that forms multiple turns within an interior volume (34-3) of the coil housing (34-1), wherein the coil housing (34-1) has a stepped configuration to at least partially accommodate the bearing within a first step (34-4), characterised in that the interior volume (34-3) of the coil housing (34-1) is L-shaped in cross-section. an input member (26; 126); an output member (24; 124); a working chamber (30; 130) defined between the input member and the output member ; a reservoir (28; 128) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; a valve (32; 132), wherein the valve controls a flow of the shear fluid between the reservoir and the working chamber along the fluid circuit; a bearing (48; 148); and an electromagnetic coil (34; 134) supported by the bearing , wherein selective energization of the electromagnetic coil actuates the valve the electromagnetic coil including a coil housing (34-1) and a winding (34-2) that forms multiple turns within an interior volume (34-3) of the coil housing (34-1), wherein the coil housing (34-1) has a stepped configuration to at least partially accommodate the bearing within a first step (34-4), characterised in that the interior volume (34-3) of the coil housing (34-1) is L-shaped in cross-section.
Planning method for defining a placement position of a stent in an abdominal aorta of a subject , comprising the steps - providing image data representing at least a portion of the abdominal aorta of the subject ; - identifying in said image data : a) an abdominal aortic aneurysm (AAA) portion of the abdominal aorta having an aneurysm sac and an aneurysm neck ; b) a distal end of the aneurysm neck ; c) a lower renal artery ; and d) a first distance (A1) between a distal end of an lower renal aortic ostium and the distal end of the aneurysm neck , and a second distance (A2) between a proximal end of the lower renal aortic ostium and the distal end of the aneurysm neck ; the planning method further including the steps: - comparing the first distance (A1) with a minimum stent length and in case the first distance (A1) is larger than the minimum stent length, selecting a stent length smaller than the first distance (A1) or larger than the second distance (A2); and in case the first distance (A1) is smaller than the minimum stent length, selecting a stent length larger than the second distance (A2); and - defining a stent placement position in accordance with the selected stent length with a distal stent end aligned with the distal end of the aneurysm neck . - providing image data representing at least a portion of the abdominal aorta of the subject ; - identifying in said image data : a) an abdominal aortic aneurysm (AAA) portion of the abdominal aorta having an aneurysm sac and an aneurysm neck ; b) a distal end of the aneurysm neck ; c) a lower renal artery ; and d) a first distance (A1) between a distal end of an lower renal aortic ostium and the distal end of the aneurysm neck , and a second distance (A2) between a proximal end of the lower renal aortic ostium and the distal end of the aneurysm neck ; a) an abdominal aortic aneurysm (AAA) portion of the abdominal aorta having an aneurysm sac and an aneurysm neck ; b) a distal end of the aneurysm neck ; c) a lower renal artery ; and d) a first distance (A1) between a distal end of an lower renal aortic ostium and the distal end of the aneurysm neck , and a second distance (A2) between a proximal end of the lower renal aortic ostium and the distal end of the aneurysm neck ; - comparing the first distance (A1) with a minimum stent length and in case the first distance (A1) is larger than the minimum stent length, selecting a stent length smaller than the first distance (A1) or larger than the second distance (A2); and in case the first distance (A1) is smaller than the minimum stent length, selecting a stent length larger than the second distance (A2); and - defining a stent placement position in accordance with the selected stent length with a distal stent end aligned with the distal end of the aneurysm neck .
A battery pack comprising: a frame having an inner space and an opened one side; a plurality of battery cells each having one end disposed in the inner space of the frame and the other end protruding to the outside of one side of the frame ; a cell holder having a plurality of insertion holes to which the other ends of the battery cells are respectively inserted and installed at one side of the frame ; a heat sink installed on the cell holder to cool the battery cells ; a plurality of supports disposed in a portion of a space between the battery cells ; and a filling material filled in the rest space in which the supports are not disposed in the space between the battery cells , wherein a filled amount of the filling material is adjusted according to the number of the provided supports , wherein the cell holder is provided in plurality, and a plurality of cell holders are stacked in a vertical direction. a frame having an inner space and an opened one side; a plurality of battery cells each having one end disposed in the inner space of the frame and the other end protruding to the outside of one side of the frame ; a cell holder having a plurality of insertion holes to which the other ends of the battery cells are respectively inserted and installed at one side of the frame ; a heat sink installed on the cell holder to cool the battery cells ; a plurality of supports disposed in a portion of a space between the battery cells ; and a filling material filled in the rest space in which the supports are not disposed in the space between the battery cells , wherein a filled amount of the filling material is adjusted according to the number of the provided supports , wherein the cell holder is provided in plurality, and a plurality of cell holders are stacked in a vertical direction.
A hemostasis mechanism for use in treating a patient comprising: a housing defining a through-bore having a longitudinal axis , and a port in fluid communication with the through-bore; a pressure responsive seal extending circumferentially about the longitudinal axis within the through-bore, and having an outer seal surface exposed to a fluid pressure of the port, and an inner seal surface; and a pressurization device in fluid communication with the port, and including a plunger movable from a first position toward an advanced position, to increase the fluid pressure such that the pressure responsive seal deforms into sealing engagement with a transluminal device positioned within the through-bore; characterised by the pressurization device further including a detent operably coupled with the plunger and having a release state, and an engaged state holding the plunger at the advanced position to maintain the increased fluid pressure. a housing defining a through-bore having a longitudinal axis , and a port in fluid communication with the through-bore; a pressure responsive seal extending circumferentially about the longitudinal axis within the through-bore, and having an outer seal surface exposed to a fluid pressure of the port, and an inner seal surface; and a pressurization device in fluid communication with the port, and including a plunger movable from a first position toward an advanced position, to increase the fluid pressure such that the pressure responsive seal deforms into sealing engagement with a transluminal device positioned within the through-bore; characterised by the pressurization device further including a detent operably coupled with the plunger and having a release state, and an engaged state holding the plunger at the advanced position to maintain the increased fluid pressure.
Conveying apparatus suitable for pieces of tough material, in particular collapsed plastic bottles or the like in a recycling plant, comprising a height surmounting continuous conveyor made up of a horizontal conveyor coupled to a vertical conveyor , both having a tubular casing in which a feed screw is rotably mounted, wherein between the inner wall of the tubular casing of the vertical conveyor and the corresponding feed screw at least one narrowing gap is provided which is formed by a vertical catch bar radially projecting inwardly from the inner wall of the tubular casing such that there is a distance (a) to the feed screw , wherein further the tubular casing has a polygonal cross section with plane wall segments and is composed of shell sections connected to each other by clamping flanges every two of them enclosing a vertical catch bar at least one of which being provided with radially extending oblong holes for the passage of clamping screws interchangeably mounting said catch bar , characterized in that said at least one catch bar is provided on both longitudinal edges with cutting teeth .