mhurhangee/patent-ind-claim-en huggingface dataset:
An upper for an article of footwear comprising a traced element including: a first polymer layer ; a second polymer layer ; and a strand layer , wherein the first polymer layer defines a polymer-trace path; wherein the strand layer comprises a material strand disposed along a strand-trace path and over the first polymer layer ,wherein the second polymer layer is disposed along at least a portion of the polymer-trace path and overlaps both the first polymer layer and the strand layer for at least the portion of the polymer-trace path; wherein the upper includes a plurality of openings surrounded by the traced element , and wherein an average width of the material strand is at least 5 percent of an average width of the first polymer layer . a first polymer layer ; a second polymer layer ; and a strand layer , wherein the first polymer layer defines a polymer-trace path; wherein the strand layer comprises a material strand disposed along a strand-trace path and over the first polymer layer ,wherein the second polymer layer is disposed along at least a portion of the polymer-trace path and overlaps both the first polymer layer and the strand layer for at least the portion of the polymer-trace path; wherein the upper includes a plurality of openings surrounded by the traced element , and wherein an average width of the material strand is at least 5 percent of an average width of the first polymer layer .
A fitting arrangement for securing a window, a door or the like, in particular a lift and slide door, to a closure plate , wherein the fitting arrangement comprises a pivot hook which is pivotable about a pivot axis (A) between an out-of-engagement position and an in-engagement position and which has an engagement section for an engagement into an opening of the closure plate ; wherein an abutment surface is formed at the engagement section spaced apart from the free end thereof, said abutment surface being oriented transversely to the outer side of the engagement section and being remote from the free end of the engagement section ; and wherein the fitting arrangement furthermore comprises a closure plate which has an opening through which the engagement section extends in the in-engagement position of the pivot hook , with the engagement section engaging behind a lower margin section of the opening from above, characterized in that the abutment surface is formed at the engagement section in a region which is located in the opening of the closure plate or behind it in the in-engagement position of the pivot hook .
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating the UE is to transmit data in at least one subframe belonging to a first hybrid automatic repeat request HARQ process ; receiving signaling indicating the UE is to also transmit the data in at least one subframe not belonging to the first HARQ process ; transmitting data in the at least one subframe belonging to the first HARQ process and in the least one subframe not belonging to the first HARQ process ; receiving signaling indicating that the UE is to retransmit the data in at least one subframe not belonging to the first HARQ process ;and retransmitting the data on the at least one subframe not belonging to the first HARQ process . receiving signaling indicating the UE is to transmit data in at least one subframe belonging to a first hybrid automatic repeat request HARQ process ; receiving signaling indicating the UE is to also transmit the data in at least one subframe not belonging to the first HARQ process ; transmitting data in the at least one subframe belonging to the first HARQ process and in the least one subframe not belonging to the first HARQ process ; receiving signaling indicating that the UE is to retransmit the data in at least one subframe not belonging to the first HARQ process ;and retransmitting the data on the at least one subframe not belonging to the first HARQ process .
A mist-generating device , comprising: a droplet generating unit configured to generate, in a third liquid (L3), a functional droplet (L) including a first liquid (L1) that is spherical and a second liquid (L2) that covers an entirety of the first liquid (L1) and has a volatility lower than a volatility of the first liquid (L1); and a mist-generating unit configured to generate a multilayer mist (M, M1, M2) obtained by atomizing the third liquid (L3) containing the functional droplet (L) into a mist, wherein the droplet generating unit is a microchannel chip including: a first liquid channel through which the first liquid (L1) passes; a second liquid channel through which the second liquid (L2) passes; a mixing channel connected to the first liquid channel and the second liquid channel , for covering the entirety of the first liquid (L1) with the second liquid (L2); and a third liquid channel connected to the mixing channel , for covering an entirety of the first liquid (L1) and the second liquid (L2) with the third liquid (L3). a droplet generating unit configured to generate, in a third liquid (L3), a functional droplet (L) including a first liquid (L1) that is spherical and a second liquid (L2) that covers an entirety of the first liquid (L1) and has a volatility lower than a volatility of the first liquid (L1); and a mist-generating unit configured to generate a multilayer mist (M, M1, M2) obtained by atomizing the third liquid (L3) containing the functional droplet (L) into a mist, wherein the droplet generating unit is a microchannel chip including: a first liquid channel through which the first liquid (L1) passes; a second liquid channel through which the second liquid (L2) passes; a mixing channel connected to the first liquid channel and the second liquid channel , for covering the entirety of the first liquid (L1) with the second liquid (L2); and a third liquid channel connected to the mixing channel , for covering an entirety of the first liquid (L1) and the second liquid (L2) with the third liquid (L3). a first liquid channel through which the first liquid (L1) passes; a second liquid channel through which the second liquid (L2) passes; a mixing channel connected to the first liquid channel and the second liquid channel , for covering the entirety of the first liquid (L1) with the second liquid (L2); and a third liquid channel connected to the mixing channel , for covering an entirety of the first liquid (L1) and the second liquid (L2) with the third liquid (L3).
A structural damper comprising: an acoustic black hole comprising tapering thickness (h), wherein the tapering thickness (h) increases in the upstream direction; at least one sensor ; a damper structure ; an actuator configured to apply an actuating force to the damper structure ; and a controller (H) configured to control the actuator in dependence on a signal from the at least one sensor so as to provide structural damping of a primary structure , wherein the actuator is configured to apply the actuating force to the damper structure at a different location to the acoustic black hole , characterised in that said different location is in the upstream direction with respect to the acoustic black hole. an acoustic black hole comprising tapering thickness (h), wherein the tapering thickness (h) increases in the upstream direction; at least one sensor ; a damper structure ; an actuator configured to apply an actuating force to the damper structure ; and a controller (H) configured to control the actuator in dependence on a signal from the at least one sensor so as to provide structural damping of a primary structure , wherein the actuator is configured to apply the actuating force to the damper structure at a different location to the acoustic black hole , characterised in that said different location is in the upstream direction with respect to the acoustic black hole.
An electrohydrostatic drive comprising: an electromechanical drive with a rotating drive shaft and a first receiving unit , wherein the electromechanical drive is arranged in the first receiving unit ; a hydrostatic pump and a second receiving unit , wherein the hydrostatic pump is arranged in the second receiving unit and the second receiving unit contains a transport fluid, and the first receiving unit and the second receiving unit are arranged in contact with one another so that the electromechanical drive and the hydrostatic pump are connected to one another via the drive shaft , characterized in that the electrohydrostatic drive also comprises a slide ring seal , wherein the slide ring seal is arranged along the extension direction (R) of the drive shaft , between the electromechanical drive and the hydrostatic pump , such that the first receiving unit with the electromechanical drive and the second receiving unit with the hydrostatic pump are connected in a fluid-tight manner with respect to one another, at least along the rotating drive shaft , by the slide ring seal . an electromechanical drive with a rotating drive shaft and a first receiving unit , wherein the electromechanical drive is arranged in the first receiving unit ; a hydrostatic pump and a second receiving unit , wherein the hydrostatic pump is arranged in the second receiving unit and the second receiving unit contains a transport fluid, and the first receiving unit and the second receiving unit are arranged in contact with one another so that the electromechanical drive and the hydrostatic pump are connected to one another via the drive shaft , characterized in that the electrohydrostatic drive also comprises a slide ring seal , wherein the slide ring seal is arranged along the extension direction (R) of the drive shaft , between the electromechanical drive and the hydrostatic pump , such that the first receiving unit with the electromechanical drive and the second receiving unit with the hydrostatic pump are connected in a fluid-tight manner with respect to one another, at least along the rotating drive shaft , by the slide ring seal .
A rechargeable lithium ion battery assembly for use in a rechargeable jump starting device comprising a positive battery cable and a negative battery cable , the rechargeable battery assembly comprising: a rechargeable lithium ion battery comprising one or more lithium ion battery cells , the rechargeable lithium ion battery having a positive terminal tab and a negative terminal tab ; a positive battery conductor connected to the positive terminal tab of the rechargeable lithium ion battery; a negative battery conductor connected to the negative terminal tab of the rechargeable lithium ion battery, the negative battery conductor being electrically connected to the negative cable of the rechargeable jump starting device; and characterized in that a metal sheet , wherein the positive battery cable is rolled up in the metal sheet. a rechargeable lithium ion battery comprising one or more lithium ion battery cells , the rechargeable lithium ion battery having a positive terminal tab and a negative terminal tab ; a positive battery conductor connected to the positive terminal tab of the rechargeable lithium ion battery; a negative battery conductor connected to the negative terminal tab of the rechargeable lithium ion battery, the negative battery conductor being electrically connected to the negative cable of the rechargeable jump starting device; and characterized in that a metal sheet , wherein the positive battery cable is rolled up in the metal sheet.
An evolved Node-B, eNB, operable to communicate with a User Equipment, UE, on a network, the eNB including hardware processing circuitry comprising: an antenna port operable to provide Discovery Reference Signal, DRS, transmissions over a wireless communication channel , and operable to provide Clear Channel Assessment, CCA, checks of the wireless communication channel ; a first circuitry operable to determine a Discovery Measurement Timing Configuration, DMTC, window (115; 415; 505) of the wireless communications channel ; a second circuitry operable to initiate, prior to the start of a DRS occasion within the DMTC window (115; 415; 505), a set of one or more CCA checks through an antenna coupled to the antenna port ; and a third circuitry operable to initiate a DRS transmission through the antenna within the DMTC window upon any CCA check of the set of one or more CCA checks sensing that the wireless communication channel is idle; wherein at least one of the CCA checks begins sensing the wireless communications channel at a time N before the start of the DRS occasion, wherein N is a random duration uniformly generated between o ms and 1 ms, and wherein the third circuitry is operable to initiate a reservation signal before the DRS transmission and after the completion of the sensing for the time N. an antenna port operable to provide Discovery Reference Signal, DRS, transmissions over a wireless communication channel , and operable to provide Clear Channel Assessment, CCA, checks of the wireless communication channel ; a first circuitry operable to determine a Discovery Measurement Timing Configuration, DMTC, window (115; 415; 505) of the wireless communications channel ; a second circuitry operable to initiate, prior to the start of a DRS occasion within the DMTC window (115; 415; 505), a set of one or more CCA checks through an antenna coupled to the antenna port ; and a third circuitry operable to initiate a DRS transmission through the antenna within the DMTC window upon any CCA check of the set of one or more CCA checks sensing that the wireless communication channel is idle; wherein at least one of the CCA checks begins sensing the wireless communications channel at a time N before the start of the DRS occasion, wherein N is a random duration uniformly generated between o ms and 1 ms, and wherein the third circuitry is operable to initiate a reservation signal before the DRS transmission and after the completion of the sensing for the time N.
A prosthetic heart valve configured to be expanded between native leaflets of a native aortic annulus of a patient, the prosthetic heart valve comprising: a collapsible and expandable stent extending in a flow direction between a proximal end and a distal end , the stent including an annulus section adjacent the proximal end and a plurality of struts shaped to form a plurality of cells connected to one another in a plurality of annular rows around the stent , the flow direction being defined from the proximal end toward the distal end ; a cuff attached to the annulus section of the stent ; a plurality of prosthetic valve leaflets each having a belly attached to the cuff between a first location and a second location downstream of the first location in the flow direction; and a sealing structure attached to the annulus section of the stent , the sealing structure having a deployed condition with a diameter greater than a diameter of the proximal end of the stent when the stent is in an expanded use condition, characterized in that the sealing structure includes a plurality of peaks and a plurality of valleys, the valleys are closer to the proximal end of the stent than the peaks, and the sealing structure is entirely located between the proximal end of the stent and the first location. a collapsible and expandable stent extending in a flow direction between a proximal end and a distal end , the stent including an annulus section adjacent the proximal end and a plurality of struts shaped to form a plurality of cells connected to one another in a plurality of annular rows around the stent , the flow direction being defined from the proximal end toward the distal end ; a cuff attached to the annulus section of the stent ; a plurality of prosthetic valve leaflets each having a belly attached to the cuff between a first location and a second location downstream of the first location in the flow direction; and a sealing structure attached to the annulus section of the stent , the sealing structure having a deployed condition with a diameter greater than a diameter of the proximal end of the stent when the stent is in an expanded use condition, characterized in that the sealing structure includes a plurality of peaks and a plurality of valleys, the valleys are closer to the proximal end of the stent than the peaks, and the sealing structure is entirely located between the proximal end of the stent and the first location.
Method for analyzing a non-planar organ in the human or animal body, on a computer or other computing device, the method comprising the steps: a. providing at least one 3D or 4D image dataset which includes the organ ; b. selecting a basic plane through the 3D image dataset which at least partially intersects the organ ; c. displaying the basic plane and defining the organ on the basic plane by sketching the shape of the organ , resulting in a line-shaped model of the organ ; d. providing a curved profile plane which follows the curvature of the line of the line-shaped model and extends perpendicular to the basic plane ; e. displaying the curved profile plane and defining the organ on the curved profile plane by sketching the shape of the organ , resulting in a line-shaped adjusted model of the organ ; wherein the organ is the puborectalis muscle, and the method further comprising the step of performing length measurements on the adjusted model of the organ , wherein the method is performed on two datasets, one acquired while the puborectalis muscle is in a relaxed state and one where the puborectalis muscle is in a contracted state, and the ratio between the lengths of the organ models in the relaxed and contracted states is calculated, to obtain a measure of the strain. a. providing at least one 3D or 4D image dataset which includes the organ ; b. selecting a basic plane through the 3D image dataset which at least partially intersects the organ ; c. displaying the basic plane and defining the organ on the basic plane by sketching the shape of the organ , resulting in a line-shaped model of the organ ; d. providing a curved profile plane which follows the curvature of the line of the line-shaped model and extends perpendicular to the basic plane ; e. displaying the curved profile plane and defining the organ on the curved profile plane by sketching the shape of the organ , resulting in a line-shaped adjusted model of the organ ; wherein the organ is the puborectalis muscle, and the method further comprising the step of performing length measurements on the adjusted model of the organ , wherein the method is performed on two datasets, one acquired while the puborectalis muscle is in a relaxed state and one where the puborectalis muscle is in a contracted state, and the ratio between the lengths of the organ models in the relaxed and contracted states is calculated, to obtain a measure of the strain.
A method of creating a multi-party computation "MPC" cryptographic signature for a blockchain based computer network, for signing a received message, the method comprising: generating , by at least one first computing device, at least one first share of a cryptographic key, based on a distributed key generation MPC protocol; generating , by at least one second computing device, at least one second share of the cryptographic key, based on the distributed key generation MPC protocol; signing , by the at least one first computing device, the received message with the at least one first share; receiving , by the at least one second computing device, the message signed with the at least one first share; signing , by the at least one second computing device, the message signed with the at least one first share with the at least one second share; sending , by the at least one second computing device, the message signed with the at least one second share and the at least one first share to a full node of the computer network; and adding a transaction to a ledger of the computer network, in accordance with the received message signed by the at least one first share and the at least one second share, wherein a combination of the at least one first share and the at least one second share corresponds to a private cryptographic key of the computer network. generating , by at least one first computing device, at least one first share of a cryptographic key, based on a distributed key generation MPC protocol; generating , by at least one second computing device, at least one second share of the cryptographic key, based on the distributed key generation MPC protocol; signing , by the at least one first computing device, the received message with the at least one first share; receiving , by the at least one second computing device, the message signed with the at least one first share; signing , by the at least one second computing device, the message signed with the at least one first share with the at least one second share; sending , by the at least one second computing device, the message signed with the at least one second share and the at least one first share to a full node of the computer network; and adding a transaction to a ledger of the computer network, in accordance with the received message signed by the at least one first share and the at least one second share, wherein a combination of the at least one first share and the at least one second share corresponds to a private cryptographic key of the computer network.
An extended-release pharmaceutical formulation which is an oral dosage form comprising a. an active pharmaceutical ingredient selected from N-[2-hydroxy-3-(1-piperidinyl)-propoxy]-pyridine-1-oxide-3-carboximidoyl chloride, its stereoisomers and the acid addition salts thereof, and b. a release-controlling excipient that provides for extended release of said active pharmaceutical ingredient as compared to an equivalent amount of N-[2-hydroxy-3-(1-piperidinyl)-propoxy]-pyridine-1-oxide-3-carboximidoyl chloride, its stereoisomers and the acid addition salts thereof administered by an immediate release oral dosage form and/or by bolus IV injection. a. an active pharmaceutical ingredient selected from N-[2-hydroxy-3-(1-piperidinyl)-propoxy]-pyridine-1-oxide-3-carboximidoyl chloride, its stereoisomers and the acid addition salts thereof, and b. a release-controlling excipient that provides for extended release of said active pharmaceutical ingredient as compared to an equivalent amount of N-[2-hydroxy-3-(1-piperidinyl)-propoxy]-pyridine-1-oxide-3-carboximidoyl chloride, its stereoisomers and the acid addition salts thereof administered by an immediate release oral dosage form and/or by bolus IV injection.
Extractor device, comprising at least one extractor hood and at least one air processing means , wherein the air processing means is an active air processing means , which is arranged in the extractor hood or separately from the extractor hood , characterised in that the air processing means has at least one filter element , which is an odour filter element, and an air treatment device for air treatment by means of dielectric barrier discharge, and the extractor device has at least one determination unit for determining the residual service life of at least the odour filter element or the air treatment device of the air processing means by considering at least one operating mode of the extractor hood and the determination unit is connected to at least the controller or the fan of the extractor hood to obtain information about an operating state of the extractor hood , which illustrates the operating duration and/or power stage of the fan of the extractor hood, and the extractor device has a display device for displaying the residual duration of the odour filter element or the air treatment device of the air processing means .