mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: at an electronic device in communication with a touch-sensitive display and one or more input devices other than the touch-sensitive display: displaying, on the touch-sensitive display, a user interface that includes one or more regions where an edge swipe gesture starting from an edge of the touch-sensitive display and moving onto the touch-sensitive display will cause display of a corresponding user interface element; while displaying the user interface, receiving, via the one or more input devices other than the touch-sensitive display, a first user input corresponding to a request to move a cursor beyond an edge of the touch-sensitive display; and in response to the first user input: moving the cursor to a first location at the edge of the touch-sensitive display; in accordance with a determination that the first location corresponds to a first region where an edge swipe gesture starting from an edge of the touch-sensitive display and moving onto the touch-sensitive display will cause display of a first user interface element, displaying, on the touch-sensitive display, the first user interface element; and in accordance with a determination that the first location does not correspond to the first region, forgoing displaying the first user interface element. displaying, on the touch-sensitive display, a user interface that includes one or more regions where an edge swipe gesture starting from an edge of the touch-sensitive display and moving onto the touch-sensitive display will cause display of a corresponding user interface element; while displaying the user interface, receiving, via the one or more input devices other than the touch-sensitive display, a first user input corresponding to a request to move a cursor beyond an edge of the touch-sensitive display; and in response to the first user input: moving the cursor to a first location at the edge of the touch-sensitive display; in accordance with a determination that the first location corresponds to a first region where an edge swipe gesture starting from an edge of the touch-sensitive display and moving onto the touch-sensitive display will cause display of a first user interface element, displaying, on the touch-sensitive display, the first user interface element; and in accordance with a determination that the first location does not correspond to the first region, forgoing displaying the first user interface element. moving the cursor to a first location at the edge of the touch-sensitive display; in accordance with a determination that the first location corresponds to a first region where an edge swipe gesture starting from an edge of the touch-sensitive display and moving onto the touch-sensitive display will cause display of a first user interface element, displaying, on the touch-sensitive display, the first user interface element; and in accordance with a determination that the first location does not correspond to the first region, forgoing displaying the first user interface element.
A method for wireless communication comprising: a first user equipment, UE, receiving a multicast signal from a wireless network over a first spectrum band, the multicast signal comprising downlink information targeted to a second UE; characterized by the first UE performing a contention procedure for a sidelink transmission opportunity, TXOP, in a second spectrum band in accordance with group listen-before-talk, LBT, parameters configured for a cluster of UEs that includes at least the first UE and the second UE; and if the contention procedure has acquired a TXOP in the second spectrum band for the cluster, the first UE making sidelink communication containing at least a portion of the downlink information to the second UE over the second spectrum band during the TXOP. a first user equipment, UE, receiving a multicast signal from a wireless network over a first spectrum band, the multicast signal comprising downlink information targeted to a second UE; characterized by the first UE performing a contention procedure for a sidelink transmission opportunity, TXOP, in a second spectrum band in accordance with group listen-before-talk, LBT, parameters configured for a cluster of UEs that includes at least the first UE and the second UE; and if the contention procedure has acquired a TXOP in the second spectrum band for the cluster, the first UE making sidelink communication containing at least a portion of the downlink information to the second UE over the second spectrum band during the TXOP.
A system comprising: an optical fibre assembly configured to measure one or more physiological parameters of an individual; and a pressure sensor configured to measure a contact pressure of the optical fibre assembly on the individual; wherein the pressure sensor comprises: an optical fibre comprising a transducer fibre Bragg grating and a matrix ; wherein the transducer fibre Bragg grating is embedded in the matrix ; and the matrix is configured to cause longitudinal strain in the transducer fibre Bragg grating in response to the matrix being subject to a transverse load ; wherein the system is configured to diffusely scatter light from one or more optical fibres of the optical fibre assembly . an optical fibre assembly configured to measure one or more physiological parameters of an individual; and a pressure sensor configured to measure a contact pressure of the optical fibre assembly on the individual; wherein the pressure sensor comprises: an optical fibre comprising a transducer fibre Bragg grating and a matrix ; wherein the transducer fibre Bragg grating is embedded in the matrix ; and the matrix is configured to cause longitudinal strain in the transducer fibre Bragg grating in response to the matrix being subject to a transverse load ; an optical fibre comprising a transducer fibre Bragg grating and a matrix ; wherein the transducer fibre Bragg grating is embedded in the matrix ; and the matrix is configured to cause longitudinal strain in the transducer fibre Bragg grating in response to the matrix being subject to a transverse load ; wherein the system is configured to diffusely scatter light from one or more optical fibres of the optical fibre assembly .
A bone fixation system comprising: - a bone plate having an upper surface and a lower surface configured to be in contact with a bone, the bone plate having locking hole extending from the upper surface to the lower surface, the locking hole including a textured portion , wherein the textured portion comprises a texture that is a non-threaded surface; and - a locking fastener , having a head portion and a shaft portion , configured to be received by the locking hole and configured to be inserted into the bone, characterised in that - the head portion is threaded and contains a textured area that is tapered and with dual lead threads and configured to engage the textured portion of the locking hole , wherein an outside diameter of the locking fastener is 5.5 mm. - a bone plate having an upper surface and a lower surface configured to be in contact with a bone, the bone plate having locking hole extending from the upper surface to the lower surface, the locking hole including a textured portion , wherein the textured portion comprises a texture that is a non-threaded surface; and - a locking fastener , having a head portion and a shaft portion , configured to be received by the locking hole and configured to be inserted into the bone, characterised in that - the head portion is threaded and contains a textured area that is tapered and with dual lead threads and configured to engage the textured portion of the locking hole , wherein an outside diameter of the locking fastener is 5.5 mm.
A method to operate a downstream IAB, Integrated Access and Backhaul, node (IAB-N), the method comprising: receiving or determining a first radio resource configuration (confl) that indicates a radio resource configuration of an upstream IAB node (IAB-P) wherein the first radio resource configuration (confl) comprises at least a semi-static radio resource configuration of the upstream IAB node (IAB-P); determining a second radio resource configuration (conf2) for the downstream IAB node (IAB-N) in dependence on the first radio resource configuration (confl); and transmitting and/or receiving (106; 106a; 106b) data via radio resources according to the second radio resource configuration (conf2). receiving or determining a first radio resource configuration (confl) that indicates a radio resource configuration of an upstream IAB node (IAB-P) wherein the first radio resource configuration (confl) comprises at least a semi-static radio resource configuration of the upstream IAB node (IAB-P); determining a second radio resource configuration (conf2) for the downstream IAB node (IAB-N) in dependence on the first radio resource configuration (confl); and transmitting and/or receiving (106; 106a; 106b) data via radio resources according to the second radio resource configuration (conf2).
Pneumatic vehicle tyre with self-sealing properties, comprising a preferably profiled tread , a multiply breaker belt assembly with belt plies having belt edges, a carcass , which in the region of a bead is led around a bead core and a bead filler to form a carcass turn-up , sidewalls and also an inner layer and a sealant layer , arranged radially inside the inner layer , wherein the inner layer is of a contoured design and has at least in a partial region of the sealant layer a thin region of less thickness than in thicker regions lying outside the sealant layer , characterized in that the contoured inner layer is formed as one part and extends in the entire interior space of the pneumatic vehicle tyre , wherein the thicker regions of the inner layer , seen in the cross section of the tyre, are overlapped by the sealant layer axially outside the belt edges.
A sheet piling with a device for recovering heat from the environment in particular for use in civil and hydraulic engineering, and with at least one sheet piling element , the device comprising a thermocouple and a connecting element connected to the thermocouple for connection to the sheet piling element anchored in ground, wherein in the installed state the thermocouple is configured to transfer thermal energy drawn from the water or the ground surrounding the thermocouple and/or the sheet piling element to a heat pump , and wherein the thermocouple is formed as a heat tube or heat exchanger , characterized in that at least one connecting element is formed as a hook and the sheet piling comprises a loop, wherein connecting to the sheet piling element is performed by hooking up the hook with the loop on the sheet piling element and/or at least one connecting element is formed as a rail and the sheet piling element comprises a rail guide , so that connecting to the sheet piling element is performed by inserting the rail into the rail guide at the sheet piling element , wherein in the installed state the rail is spaced from a sheet piling lock for the connection of sheet piling elements .
A non-combustion flavor inhaler comprising an aerosol generation unit , a flavor generation unit , and a mouthpiece end , the aerosol generation unit comprising an aerosol source storage section for storing an aerosol source and an aerosol generation mechanism for generating an aerosol from the aerosol source, the flavor generation unit comprising a flavor source storage section for storing a flavor source, the aerosol generation unit being provided with a first flow path extending from within the aerosol generation unit to the mouthpiece end , the flavor source storage section being provided with a second flow path consisting of at least one hole communicating with outside, and a third flow path extending from within the flavor source storage section to the first flow path , characterized in that the third flow path extending to the first flow path is at least one hole which communicates the first flow path with the inside of the flavor source storage section .
A panel including a substantially air impermeable membrane layer and a layer having apertures therein, wherein the apertures are separated from one another by a distance, said distance being defined as the shortest distance between edges of any two apertures , wherein each portion of the membrane layer which overlies an aperture defines a diaphragm which is able to vibrate in response to sound waves incident on the membrane layer and thereby absorb at least part of the sound waves' energy, at least some of the apertures being arranged in clusters , wherein a cluster is defined by at least three apertures , wherein the greatest distance between any two adjacent apertures within the cluster is less than the distance between any aperture outside of the cluster and any one of the apertures within the cluster , each region of the panel defined by an outer periphery of a cluster forming a resonance absorber which is able to vibrate in response to sound waves and thereby absorb at least part of the sound waves' energy, wherein the resonance absorbers are able to provide sound absorption at a frequency which is different to and lower than the frequency of resonance of individual diaphragms and wherein the frequency of resonance of at least one of the resonance absorbers is between the frequency of resonance of at least one of the individual diaphragms and a frequency of resonance of the panel as a whole, the panel being characterized in that : the apertured layer is of foam or fibrous material; the clusters are evenly distributed in the apertured layer with the apertures outside of the clusters being smaller than the apertures within a cluster and separated by a greater distance; and at least some of the apertures within a cluster are of different size. the apertured layer is of foam or fibrous material; the clusters are evenly distributed in the apertured layer with the apertures outside of the clusters being smaller than the apertures within a cluster and separated by a greater distance; and at least some of the apertures within a cluster are of different size.
A method for controlling access to electronic medical records, stored in a container on a network server, the method comprising: authenticating an identification of a user of a mobile device , the user being an owner of the electronic medical records, and the mobile device being a first mobile computing device ; and communicating an electronic authorization from the mobile device to a provider device using a first communication channel; wherein the electronic authorization provides the provider device with access to electronic healthcare records of the user; wherein the access to the electronic healthcare records of the user is provided through a second communication channel that is different from the first communication channel; and wherein the second communication channel comprises a wide area network that is configured to provide access to the container on the network server, wherein the electronic healthcare records of the user are encrypted and deposited in the container, and the electronic healthcare records deposited in the container are deleted after a first retrieval of the electronic healthcare records of the user from the container. authenticating an identification of a user of a mobile device , the user being an owner of the electronic medical records, and the mobile device being a first mobile computing device ; and communicating an electronic authorization from the mobile device to a provider device using a first communication channel; wherein the electronic authorization provides the provider device with access to electronic healthcare records of the user; wherein the access to the electronic healthcare records of the user is provided through a second communication channel that is different from the first communication channel; and wherein the second communication channel comprises a wide area network that is configured to provide access to the container on the network server, wherein the electronic healthcare records of the user are encrypted and deposited in the container, and the electronic healthcare records deposited in the container are deleted after a first retrieval of the electronic healthcare records of the user from the container.
A device for loading and unloading goods, configured for connection to a trailer of a truck, comprising - a main support frame comprising a first set of supporting bars and a second set of supporting bars perpendicular to said first set , - a sub-frame , supported in an adjustable position by said main frame , comprising supports that are slidably coupled to said second set of supporting bars , - a cradle supported in an adjustable position by said main frame and defining with the latter a compartment for housing goods , said cradle comprising lateral walls , that delimit said compartment , and supports for said lateral walls , said supports being slidably coupled to said first set of supporting bars supporting said main frame , and - movement means for moving said sub-frame and said cradle with respect to said main frame along one or more directions according to X, Y and Z axes, which are perpendicular to each other, said movement means being arranged to adjust the size of said lateral walls along the Y axis with respect to said main frame so as to modify the configuration of said compartment , characterized in that - said sub-frame comprises a front portion that has a structure made up of tubes that are stacked up and welded together, and in that said cradle comprises elements for supporting the goods, each one of said elements being hinged to a corresponding lateral wall . - a main support frame comprising a first set of supporting bars and a second set of supporting bars perpendicular to said first set , - a sub-frame , supported in an adjustable position by said main frame , comprising supports that are slidably coupled to said second set of supporting bars , - a cradle supported in an adjustable position by said main frame and defining with the latter a compartment for housing goods , said cradle comprising lateral walls , that delimit said compartment , and supports for said lateral walls , said supports being slidably coupled to said first set of supporting bars supporting said main frame , and - movement means for moving said sub-frame and said cradle with respect to said main frame along one or more directions according to X, Y and Z axes, which are perpendicular to each other, said movement means being arranged to adjust the size of said lateral walls along the Y axis with respect to said main frame so as to modify the configuration of said compartment , characterized in that - said sub-frame comprises a front portion that has a structure made up of tubes that are stacked up and welded together,
An apparatus comprising: a first string of charge storage devices associated with a first pillar comprising semiconductor material; a second string of charge storage devices associated with a second pillar ; each string including: a source gate device having a gate , the source gate device coupled to a source ; and a source select device having a gate, the source select device coupled between the charge storage devices and the source gate device , wherein the gates of the source gate devices are coupled to each other to be controlled in common; and wherein the gates of the source select devices are separate from one another to be controllable independently of one another. a first string of charge storage devices associated with a first pillar comprising semiconductor material; a second string of charge storage devices associated with a second pillar ; each string including: a source gate device having a gate , the source gate device coupled to a source ; and a source select device having a gate, the source select device coupled between the charge storage devices and the source gate device , wherein the gates of the source gate devices are coupled to each other to be controlled in common; and wherein the gates of the source select devices are separate from one another to be controllable independently of one another. a source gate device having a gate , the source gate device coupled to a source ; and a source select device having a gate, the source select device coupled between the charge storage devices and the source gate device , wherein the gates of the source gate devices are coupled to each other to be controlled in common; and wherein the gates of the source select devices are separate from one another to be controllable independently of one another.
A power transmission apparatus comprising: an input shaft including a male screw portion formed thereon; a pair of input gears formed on the input shaft to be freely rotatable with the male screw portion being interposed therebetween; an output gear formed to be rotatable in a state of being linked with the pair of input gears; and a power interrupting unit screw-coupled to the male screw portion of the input shaft, and configured to rectilinearly reciprocate along the input shaft by a rotation of the input shaft to be selectively engaged with any input gear of the pair of input gears so as to transmit a power; wherein the power interrupting unit includes a loader having a female screw portion formed on an inner peripheral surface thereof to be coupled with the male screw portion , and configured to rectilinearly reciprocate along the input shaft , characterized in that the input gears of the pair of input gears are formed to have different diameters, and the input gear of the pair of input gears which has a smaller diameter is linked with the output gear through an idle gear , and in that the power interrupting unit further includes a plurality of guide rods disposed along the inner peripheral surface of the loader and through the loader, opposite ends of the guide rods being in close contact with side faces of the input gears that face the loader to be slidable. an input shaft including a male screw portion formed thereon; a pair of input gears formed on the input shaft to be freely rotatable with the male screw portion being interposed therebetween; an output gear formed to be rotatable in a state of being linked with the pair of input gears; and a power interrupting unit screw-coupled to the male screw portion of the input shaft, and configured to rectilinearly reciprocate along the input shaft by a rotation of the input shaft to be selectively engaged with any input gear of the pair of input gears so as to transmit a power; wherein the power interrupting unit includes a loader having a female screw portion formed on an inner peripheral surface thereof to be coupled with the male screw portion , and configured to rectilinearly reciprocate along the input shaft , characterized in that the input gears of the pair of input gears are formed to have different diameters, and the input gear of the pair of input gears which has a smaller diameter is linked with the output gear through an idle gear , and in that the power interrupting unit further includes a plurality of guide rods disposed along the inner peripheral surface of the loader and through the loader, opposite ends of the guide rods being in close contact with side faces of the input gears that face the loader to be slidable.
Roller electrode assembly for applying a high-frequency electric alternating field to two plastic sections of at least one workpiece for joining the sections by plastic high-frequency welding, characterized by a core which consists at least partially of electrically conductive material and is surrounded by a tire which can be filled with a protective gas and consists of a dielectric material.