mhurhangee/ep-ind-claims huggingface dataset:
A mobile device comprising: a display; and a processor module communicatively coupled to the display and configured to receive executable instruction to: display a graphical user interface on the display; receive data indicative of current location; determine at least one currently-occurring action spot (304, 306) within a predetermined distance from the current location of the mobile device, where at least one other mobile device has engaged in at least one documenting action within a predetermined period of time from the time the mobile device arrived at the current location; signify the at least one action spot (304, 306) on the graphical user interface; provide an indication of activity level at the at least one action spot (304, 306); wherein the level of activity is based upon at least one of a number of images being captured, a number of videos being captured, or the number of other mobile devices engaged in a documenting action, within a predetermined distance from the at least one action spot (402, 404, 406, 408, 410). a display; and a processor module communicatively coupled to the display and configured to receive executable instruction to: display a graphical user interface on the display; receive data indicative of current location; determine at least one currently-occurring action spot (304, 306) within a predetermined distance from the current location of the mobile device, where at least one other mobile device has engaged in at least one documenting action within a predetermined period of time from the time the mobile device arrived at the current location; signify the at least one action spot (304, 306) on the graphical user interface; provide an indication of activity level at the at least one action spot (304, 306); wherein the level of activity is based upon at least one of a number of images being captured, a number of videos being captured, or the number of other mobile devices engaged in a documenting action, within a predetermined distance from the at least one action spot (402, 404, 406, 408, 410). display a graphical user interface on the display; receive data indicative of current location; determine at least one currently-occurring action spot (304, 306) within a predetermined distance from the current location of the mobile device, where at least one other mobile device has engaged in at least one documenting action within a predetermined period of time from the time the mobile device arrived at the current location; signify the at least one action spot (304, 306) on the graphical user interface; provide an indication of activity level at the at least one action spot (304, 306); wherein the level of activity is based upon at least one of a number of images being captured, a number of videos being captured, or the number of other mobile devices engaged in a documenting action, within a predetermined distance from the at least one action spot (402, 404, 406, 408, 410).
A power semiconductor apparatus comprising: - a semiconductor module comprising a base, a semiconductor device, a grounding assembly and associated control circuitry mounted on the base; - a nonconductive heat sink in thermal communication with the base and in fluid communication with a source of liquid, wherein the nonconductive heat sink is composed of ceramic or rubber; and - the grounding assembly comprising: - a first conductive layer, a second conductive layer; and a substrate disposed between the first conductive layer and the second conductive layer, wherein the second conductive layer is attached to the base, the base being connectable to earth ground; - the first conductive layer in electrical contact with the semiconductor device and the substrate being electrically insulated from the second conductive layer by the substrate; - the second conductive layer in electrical contact with the substrate and disposed between the substrate and the base; wherein the first conductive layer, the substrate and the second conductive layer form a capacitance path between the semiconductor device and the base for reducing circulating currents. - a semiconductor module comprising a base, a semiconductor device, a grounding assembly and associated control circuitry mounted on the base; - a nonconductive heat sink in thermal communication with the base and in fluid communication with a source of liquid, wherein the nonconductive heat sink is composed of ceramic or rubber; and - the grounding assembly comprising: - a first conductive layer, a second conductive layer; and a substrate disposed between the first conductive layer and the second conductive layer, wherein the second conductive layer is attached to the base, the base being connectable to earth ground; - the first conductive layer in electrical contact with the semiconductor device and the substrate being electrically insulated from the second conductive layer by the substrate; - the second conductive layer in electrical contact with the substrate and disposed between the substrate and the base; wherein the first conductive layer, the substrate and the second conductive layer form a capacitance path between the semiconductor device and the base for reducing circulating currents. - a first conductive layer, a second conductive layer; and a substrate disposed between the first conductive layer and the second conductive layer, wherein the second conductive layer is attached to the base, the base being connectable to earth ground; - the first conductive layer in electrical contact with the semiconductor device and the substrate being electrically insulated from the second conductive layer by the substrate; - the second conductive layer in electrical contact with the substrate and disposed between the substrate and the base;
A wireless communication device comprising: a processor (250, 264) configured to generate a plurality of beacons having a plurality of restricted access window, RAW, information elements, IEs, that specify a plurality of RAWs for a plurality of wireless communication device groups to communicate with the wireless communication device, wherein one beacon of the plurality of beacons includes a RAW IE that specifies two or more RAWs within one beacon interval for one wireless communication device group of the plurality of wireless communication device groups; and a communication interface (254, 262) configured to: transmit the plurality of beacons to a plurality of wireless communication devices; and support first communications with a first wireless communication device group during first RAWs having first delivery traffic indication message, DTIM, sub-structures corresponding to a first periodicity; and support second communications with a second wireless communication device group during second RAWs having second DTIM substructures corresponding to a second periodicity, different from the first periodicity. a processor (250, 264) configured to generate a plurality of beacons having a plurality of restricted access window, RAW, information elements, IEs, that specify a plurality of RAWs for a plurality of wireless communication device groups to communicate with the wireless communication device, wherein one beacon of the plurality of beacons includes a RAW IE that specifies two or more RAWs within one beacon interval for one wireless communication device group of the plurality of wireless communication device groups; and a communication interface (254, 262) configured to: transmit the plurality of beacons to a plurality of wireless communication devices; and support first communications with a first wireless communication device group during first RAWs having first delivery traffic indication message, DTIM, sub-structures corresponding to a first periodicity; and support second communications with a second wireless communication device group during second RAWs having second DTIM substructures corresponding to a second periodicity, different from the first periodicity. transmit the plurality of beacons to a plurality of wireless communication devices; and support first communications with a first wireless communication device group during first RAWs having first delivery traffic indication message, DTIM, sub-structures corresponding to a first periodicity; and support second communications with a second wireless communication device group during second RAWs having second DTIM substructures corresponding to a second periodicity, different from the first periodicity.
A communication method, wherein: when a terminal device is in an idle mode or an inactive mode, the method comprises: obtaining, by a first control plane functional entity, access network information of the terminal device; and sending, by the first control plane functional entity, context information of the terminal device to an access network device based on the access network information, characterized in that when the terminal device is in the inactive mode, the method further comprises: obtaining, by the first control plane functional entity, the context information of the terminal device from the access network device on which the terminal device currently camps, wherein the obtaining, by a first control plane functional entity, access network information of a terminal device comprises: receiving, by the first control plane functional entity, location prediction information of the terminal device from a network capability exposure functional entity or a second control plane functional entity, and obtaining the access network information of the terminal device based on the location prediction information. when a terminal device is in an idle mode or an inactive mode, the method comprises: obtaining, by a first control plane functional entity, access network information of the terminal device; and sending, by the first control plane functional entity, context information of the terminal device to an access network device based on the access network information, characterized in that when the terminal device is in the inactive mode, the method further comprises: obtaining, by the first control plane functional entity, the context information of the terminal device from the access network device on which the terminal device currently camps, wherein the obtaining, by a first control plane functional entity, access network information of a terminal device comprises: receiving, by the first control plane functional entity, location prediction information of the terminal device from a network capability exposure functional entity or a second control plane functional entity, and obtaining the access network information of the terminal device based on the location prediction information.
A bearing with a magnetic fluid seal, wherein a plurality of rolling elements are interposed between an inner ring and an outer ring, and a ring-shaped magnet is arranged at an opening side of the inner and outer rings so as to retain magnetic fluid for sealing the plurality of rolling elements, and wherein the ring-shaped magnet is magnetized such that magnetic poles are oriented in an axial direction, the bearing comprising: a ring-shaped pole plate arranged so as to be in contact with an outer side surface of the ring-shaped magnet in the axial direction; inner-ring-side magnetic fluid retained at least between the inner ring and the ring-shaped magnet; characterised by outer-ring-side magnetic fluid retained at least between the outer ring and the ring-shaped pole plate; a ring-shaped pole plate arranged so as to be in contact with an outer side surface of the ring-shaped magnet in the axial direction; inner-ring-side magnetic fluid retained at least between the inner ring and the ring-shaped magnet; characterised by outer-ring-side magnetic fluid retained at least between the outer ring and the ring-shaped pole plate;
A rotary friction welding process including: providing a first workpiece (11, 20) having a first weld surface, and a second workpiece having a second weld surface, wherein the workpieces are elongate tubular workpieces, aligning the workpieces on a common axis with the weld surfaces facing each other, rotating one workpiece relative to the other workpiece, and engaging the first and second weld surfaces such that the rotation raises the temperature at the weld surfaces to create a weld interface, and ceasing the rotation and allowing the weld interface to cool to weld the workpieces together at the interface; wherein the first workpiece has a plurality of flash removal channels (13, 14, 15, 21) formed in and/or adjacent to the first weld surface, the channels providing pathways for removal of flash from the weld interface during welding; at least a portion of the channels (13, 14) extend radially to the outer radial edges of the first weld surface; the radially-extending channels are shaped as chevrons pointing in a direction of relative rotation of the first workpiece; and characterized in that: groups (13, 14) of the channels are formed at different distances from the first weld surface. providing a first workpiece (11, 20) having a first weld surface, and a second workpiece having a second weld surface, wherein the workpieces are elongate tubular workpieces, aligning the workpieces on a common axis with the weld surfaces facing each other, rotating one workpiece relative to the other workpiece, and engaging the first and second weld surfaces such that the rotation raises the temperature at the weld surfaces to create a weld interface, and ceasing the rotation and allowing the weld interface to cool to weld the workpieces together at the interface; wherein the first workpiece has a plurality of flash removal channels (13, 14, 15, 21) formed in and/or adjacent to the first weld surface, the channels providing pathways for removal of flash from the weld interface during welding; at least a portion of the channels (13, 14) extend radially to the outer radial edges of the first weld surface; the radially-extending channels are shaped as chevrons pointing in a direction of relative rotation of the first workpiece; and characterized in that: groups (13, 14) of the channels are formed at different distances from the first weld surface.
Antenna pane at least comprising: - an inner pane having an interior-side surface, - an antenna structure made of an electrically conductive paste printed and fired on the interior-side surface of the inner pane, - a dielectric carrier element that is connected to the interior-side surface of the inner pane via an exterior-side surface and has an electrically conductive base plate on an interior-side surface, wherein - the base plate is arranged at least in the region of the orthogonal projection of the antenna structure relative to the inner pane characterized in that - the antenna structure is connected electrically conductively, preferably galvanically, to a signal line of a coplanar strip conductor, and the strip conductor is guided around the side edge of the carrier element on its interior-side surface and the shield of the strip conductor is electrically, preferably galvanically, connected to the base plate. - an inner pane having an interior-side surface, - an antenna structure made of an electrically conductive paste printed and fired on the interior-side surface of the inner pane, - a dielectric carrier element that is connected to the interior-side surface of the inner pane via an exterior-side surface and has an electrically conductive base plate on an interior-side surface, wherein - the base plate is arranged at least in the region of the orthogonal projection of the antenna structure relative to the inner pane characterized in that - the antenna structure is connected electrically conductively, preferably galvanically, to a signal line of a coplanar strip conductor, and the strip conductor is guided around the side edge of the carrier element on its interior-side surface and the shield of the strip conductor is electrically, preferably galvanically, connected to the base plate.
An optoelectronic module comprising: an illumination source; a sensor including spatially distributed detection pixels and at least one reference pixel; an optics member disposed over the illumination source and the sensor, the optics member having a first transmissive region over the illumination source and a second transmissive region over the detection pixels; a light barrier separating an emission chamber of the module from a detection chamber of the module, wherein the illumination source and the at least one reference pixel are in the emission chamber, and wherein the detection pixels are in the detection chamber; and a partially reflective coating on a surface of the first transmissive region over the illumination source wherein the coating is partially reflective with respect to a wavelength detectable by the reference pixel and is arranged such that some light from the illumination source is reflected by the coating toward the at least one reference pixel. an illumination source; a sensor including spatially distributed detection pixels and at least one reference pixel; an optics member disposed over the illumination source and the sensor, the optics member having a first transmissive region over the illumination source and a second transmissive region over the detection pixels; a light barrier separating an emission chamber of the module from a detection chamber of the module, wherein the illumination source and the at least one reference pixel are in the emission chamber, and wherein the detection pixels are in the detection chamber; and a partially reflective coating on a surface of the first transmissive region over the illumination source wherein the coating is partially reflective with respect to a wavelength detectable by the reference pixel and is arranged such that some light from the illumination source is reflected by the coating toward the at least one reference pixel.
A spark plug comprising: - an ignition end; - a protrusion to form a sealing seat between the spark plug and a cylinder head; - a sealing lip arranged between the protrusion and the ignition end; - a thread to connect the spark plug with the cylinder head, where the thread is arranged on the spark plug in the order: thread, protrusion, sealing lip; and wherein the spark plug forms a pre-combustion chamber. - an ignition end; - a protrusion to form a sealing seat between the spark plug and a cylinder head; - a sealing lip arranged between the protrusion and the ignition end; - a thread to connect the spark plug with the cylinder head, where the thread is arranged on the spark plug in the order: thread, protrusion, sealing lip; and wherein the spark plug forms a pre-combustion chamber.
A printing press in which a printing substrate can be printed at a printing point (06, 07; 06'; 07') by at least one printing unit (19; 23; 19'; 23'), having a dryer device comprising a dryer (14; 16; 36) with a drying means formed by an array of a plurality of adjacent radiation sources (38 k,i), said array extending at least over the maximum width of the printing substrate (B02 max) and being used to supply radiation to the printing substrate in each activated state for drying the latter, and comprising a control device which allows the radiation sources (38 k,i) or some of the radiation sources to be switched on or off in a repeating cycle that comprises a sequence with at least one active and at least one inactive phase (P AN; P AB), in correlation with a press- and/or printing-substrate phase position, characterized in that the dryer device comprising the dryer (14; 16; 36) and the control device is designed and configured to switch on and switch off, by means of a same control logic and/or a same switch profile, for each cycle, only some of the radiation sources (38 k,i) in some sections in at least four pre-definable radiation-source (38 k,i) groups (38 k), spaced approximately equidistantly, i.e. at a distance deviating by a maximum 20% from the average distance and transversely to the transport direction, collectively according to a same underlying sequence comprising at least three equidistant active phases (P AN) of the same first phase length.
An array substrate, comprising: a plurality of data lines and a plurality of gate lines which are provided to intersect each other, and a plurality of pixel units (A1, A2), which are defined by being surrounded by the plurality of data lines and the plurality of gate lines which are intersected with each other, and are arranged in an array form, and each of the pixel units (A1, A2) comprises a thin film transistor, a common electrode and a pixel electrode (1041, 1042), the thin film transistor comprising a gate electrode (G1, G2), a source electrode connected to a corresponding data line and a drain electrode (D1, D2) connected to the pixel electrode (1041, 1042), wherein two gate lines which are adjacent to each other are located between two adjacent rows of pixel units (A1, A2) driven by the two gate lines, and characterized in that, for each of the pixel units (A1, A2) in the two adjacent rows, a position of a connection between the drain electrode (D1, D2) of the thin film transistor and the pixel electrode (1041, 1042) is located between the two gate lines or over one corresponding gate line; and further characterized in that, the array substrate further includes a plurality of common electrode lines which are formed in a same layer as the gate electrode (G1, G2) of the thin film transistor, two adjacent rows of the common electrode lines are separated by the pixel units (A1, A2) in the two adjacent rows, and the common electrode lines are connected to the common electrodes of the pixel units (A1, A2) through second via holes arranged on the common electrode lines; the number of the second via holes for connecting the common electrode lines and the common electrodes of the pixel units (A1, A2) are at least two.
A method for communication over a downlink channel comprising: determining an assignment for one of a plurality of symbol durations in a format usable for transmission of bits; determining whether at least one bit from a higher layer control channel is available if the assignment is associated with the higher layer control channel; if available, occupying the one of the plurality of symbol durations with the at least one bit from the higher layer control channel, characterized in that if the at least one bit from the higher layer control channel is not available, the method further comprises occupying the one of the plurality of symbol durations with at least one bit from one or more higher layer traffic channels or another higher layer control channel; and disabling transmission of format information associated with the format. determining an assignment for one of a plurality of symbol durations in a format usable for transmission of bits; determining whether at least one bit from a higher layer control channel is available if the assignment is associated with the higher layer control channel; if available, occupying the one of the plurality of symbol durations with the at least one bit from the higher layer control channel, characterized in that if the at least one bit from the higher layer control channel is not available, the method further comprises occupying the one of the plurality of symbol durations with at least one bit from one or more higher layer traffic channels or another higher layer control channel; and disabling transmission of format information associated with the format.
A microfluidic device comprising a membrane, said membrane comprising a top surface, a bottom surface, and an extracellular matrix layer comprising a first extracellular matrix comprising collagen 1, said top surface comprising dog hepatocytes and said bottom surface comprising dog liver sinusoidal endothelial cells, wherein said extracellular matrix layer is between the dog hepatocytes and said top surface of said membrane, between the dog liver sinusoidal endothelial cells and the bottom surface of said membrane, or both.