mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly, comprising: a connector; and a pair of side collectors, each comprising a connector engagement region having a size and geometry to mate with the connector; and a panel engagement region comprising a receiving area having an energy director extending into the receiving area, wherein the side collectors are ultrasonically, thermally or chemically affixed to a panel; wherein the pair of side collectors, further comprise a cavity that when assembled with the other side collector forms the connector engagement region; and wherein the connector has a support and an extension protruding therefrom; wherein the extension and the cavity have a size and shape to enable the extension to be inserted into the cavity; characterized in that the energy director has a triangular shapes and wherein the connector is further configured to be attached to each side collector with a fastener. a connector; and a pair of side collectors, each comprising a connector engagement region having a size and geometry to mate with the connector; and a panel engagement region comprising a receiving area having an energy director extending into the receiving area, wherein the side collectors are ultrasonically, thermally or chemically affixed to a panel; a connector engagement region having a size and geometry to mate with the connector; and a panel engagement region comprising a receiving area having an energy director extending into the receiving area, wherein the side collectors are ultrasonically, thermally or chemically affixed to a panel; wherein the pair of side collectors, further comprise a cavity that when assembled with the other side collector forms the connector engagement region; and a cavity that when assembled with the other side collector forms the connector engagement region; and wherein the connector has a support and an extension protruding therefrom; wherein the extension and the cavity have a size and shape to enable the extension to be inserted into the cavity; characterized in that the energy director has a triangular shapes and wherein the connector is further configured to be attached to each side collector with a fastener.
A method of operating a clothes washer by executing a wash cycle, the clothes washer having a wash zone defined within a rotating drum having an outer wall, for receiving a load of fabric, the wash cycle comprising the steps of: dispensing a detergent wash liquor into the wash zone, washing the fabric load in the wash zone with the detergent wash liquor, dispensing an oxidizing agent wash liquor into the wash zone, washing the fabric load in the wash zone with the oxidizing agent wash liquor, wherein the washing steps include sensing for an oversuds condition, and if an oversuds condition is detected, undertaking steps to reduce the oversuds condition during the step of washing the fabric load. dispensing a detergent wash liquor into the wash zone, washing the fabric load in the wash zone with the detergent wash liquor, dispensing an oxidizing agent wash liquor into the wash zone, washing the fabric load in the wash zone with the oxidizing agent wash liquor, wherein the washing steps include sensing for an oversuds condition, and if an oversuds condition is detected, undertaking steps to reduce the oversuds condition during the step of washing the fabric load.
Dosing device for dispensing a fluid under aseptic conditions, comprising at least one container with an interior, and a conveying device which is driven by at least one conveying drive in order to convey the fluid out of the interior of the at least one container, wherein the fluid is conveyable by means of the conveying device from the container to a dispensing opening, wherein the conveying device comprises a cylinder, with at least one intake opening and at least one outlet opening on a cylinder inner wall, and also a first piston and a second piston, wherein the first piston and the second piston are mounted inside the cylinder in such a way as to be displaceable in the longitudinal direction, and wherein the first piston and the second piston, between the end faces thereof and together with a portion of the cylinder inner wall, delimit a variable fluid volume, characterized in that the dosing device comprises a drive module and a dispensing module which are configured so as to be mutually connectable and separable by a user, wherein the drive module comprises at least parts of the conveying drive, in particular optionally a rotary drive, and/or optionally an application drive of an injection device, and the dispensing module has at least the container and also the conveying device and optionally the injection device, and the container is at least partially collapsible.
A method for implementing multiple packet data networks, PDNs, between an indoor unit, IDU, and an outdoor unit, ODU, applied to the ODU, characterized by the method comprising: allocating at least two first VLAN interfaces to a first physical network interface of the ODU; establishing packet data network, PDN, data channels which are in one-to-one correspondence with the first VLAN interfaces, wherein the PDN data channels are configured for data interaction with a base station; acquiring address allocation requests corresponding to the PDN data channels from the IDU; and allocating first IP addresses corresponding to the PDN data channels to the IDU according to the address allocation requests, such that data messages from the IDU are routed to the corresponding PDN data channels according to the first IP addresses. allocating at least two first VLAN interfaces to a first physical network interface of the ODU; establishing packet data network, PDN, data channels which are in one-to-one correspondence with the first VLAN interfaces, wherein the PDN data channels are configured for data interaction with a base station; acquiring address allocation requests corresponding to the PDN data channels from the IDU; and allocating first IP addresses corresponding to the PDN data channels to the IDU according to the address allocation requests, such that data messages from the IDU are routed to the corresponding PDN data channels according to the first IP addresses.
A system for analyzing an image of an aortic valve structure to enable assessment of aortic valve calcifications, the system comprising: - an image interface for obtaining the image of the aortic valve structure, the aortic valve structure comprising aortic valve leaflets and an aortic bulbus; - a segmentation subsystem for segmenting the aortic valve structure in the image to obtain a segmentation of the aortic valve structure; - an identification subsystem for identifying a calcification on the aortic valve leaflets by analyzing the image of the aortic valve structure; - an analysis subsystem configured for: i) determining a centerline of the aortic bulbus by analyzing the segmentation of the aortic valve structure; ii) projecting the calcification from the centerline onto the aortic bulbus, thereby obtaining a projection indicating a location of the calcification as projected onto the aortic bulbus; - an output unit for generating data representing the projection, wherein the image of the aortic valve structure is a three-dimensional image, thereby obtaining as the projection a three-dimensional projection. - an image interface for obtaining the image of the aortic valve structure, the aortic valve structure comprising aortic valve leaflets and an aortic bulbus; - a segmentation subsystem for segmenting the aortic valve structure in the image to obtain a segmentation of the aortic valve structure; - an identification subsystem for identifying a calcification on the aortic valve leaflets by analyzing the image of the aortic valve structure; - an analysis subsystem configured for: i) determining a centerline of the aortic bulbus by analyzing the segmentation of the aortic valve structure; ii) projecting the calcification from the centerline onto the aortic bulbus, thereby obtaining a projection indicating a location of the calcification as projected onto the aortic bulbus; i) determining a centerline of the aortic bulbus by analyzing the segmentation of the aortic valve structure; ii) projecting the calcification from the centerline onto the aortic bulbus, thereby obtaining a projection indicating a location of the calcification as projected onto the aortic bulbus; - an output unit for generating data representing the projection,
A utility vehicle comprising: - an internal combustion engine having an output mechanically coupled to a multi-ratio transmission which has a hydrostatic driveline and an output which is mechanically coupled to propulsion means, the hydrostatic driveline comprising a hydraulic pump/motor loop which includes a first variable displacement hydraulic pump, said pump arranged to be driven by an output from the engine and connected with a propulsive hydraulic motor, - an electric generator driven by the engine output, - electric storage means, and, - at least one further hydraulic pump (91, 92) driven by an electric motor which derives power from the electric generator or, when the vehicle is in a standby mode with the engine inactive, the storage means. wherein a hydraulic connection is provided to put the propulsive hydraulic motor in hydraulic communication with said further hydraulic pump, which said hydraulic connection can be selectively activated when the vehicle is in the standby mode so as to provide a secondary propulsion mode to propel the vehicle when the vehicle is in the standby mode and the engine is inactive, characterized in that said further hydraulic pump is also meant for providing pressurised fluid for at least one non-propulsive hydraulic consumer (93, 94). - an internal combustion engine having an output mechanically coupled to a multi-ratio transmission which has a hydrostatic driveline and an output which is mechanically coupled to propulsion means, the hydrostatic driveline comprising a hydraulic pump/motor loop which includes a first variable displacement hydraulic pump, said pump arranged to be driven by an output from the engine and connected with a propulsive hydraulic motor, - an electric generator driven by the engine output, - electric storage means, and, - at least one further hydraulic pump (91, 92) driven by an electric motor which derives power from the electric generator or, when the vehicle is in a standby mode with the engine inactive, the storage means.
A method performed by a network node (101, 102) configured according to a Radio Access Technology, RAT, that cannot be used for Device-to-Device, D2D, communications, the method being for enabling network-assisted D2D communications between user equipments (121, 122) configured to be in a wireless telecommunications network, and the method comprising determining D2D assistance information to enable network-assisted D2D communications by the network node (101, 102), wherein the determining further comprises determining that connectivity for user equipments (121, 122) to a core network node, which core network node provides assistance to applications and/or services of D2D communications in user equipments, is available via the network node (101, 102); and transmitting the D2D assistance information to at least one user equipment (121, 122), wherein the transmitting further comprises transmitting an indication of this connectivity to the user equipments (121, 122) as part of the D2D assistance information.
Slicing machine for cutting off slices from a preferably elongate foodstuff, having a machine housing which comprises a circular knife rotating in a cutting plane, and a stop plate that is adjustable perpendicularly to the cutting plane by means of an adjusting device, and a carriage that is mounted so as to be displaceable parallel to the cutting plane by means of a guide device, wherein the guide device has a guide pin extending parallel to the cutting plane, and a guide rail arranged in a manner spaced apart from said guide pin, and the carriage is mounted on the guide pin and the guide rail in a linearly displaceable manner and is able to be pivoted out about a pivot pin extending parallel to the guide pin, wherein a blocking device prevents the carriage from being pivoted out during cutting operation, characterized in that the blocking device has a blocking slide that is mounted directly on the carriage via a rotary bearing, said blocking device preventing the carriage from being pivoted out during cutting operation in that a blocking bar that interacts with the adjusting device and the guide rail block any movement of the blocking slide.
An acryl-based film comprising: a first primer layer including a water-dispersible polyurethane resin formed on one surface; and a second primer layer including at least one or more types of a water-dispersible polyester-based resin, a water-dispersible acryl-based resin and a water-dispersible polyester acryl-based resin formed on the opposite surface, wherein the first primer layer is formed by a first primer composition including a polyurethane resin and water, and including the polyurethane resin in 1 parts by weight to 30 parts by weight with respect to the total content of the first primer composition. a first primer layer including a water-dispersible polyurethane resin formed on one surface; and a second primer layer including at least one or more types of a water-dispersible polyester-based resin, a water-dispersible acryl-based resin and a water-dispersible polyester acryl-based resin formed on the opposite surface, wherein the first primer layer is formed by a first primer composition including a polyurethane resin and water, and including the polyurethane resin in 1 parts by weight to 30 parts by weight with respect to the total content of the first primer composition.
A method of error correction of a two-dimensional, 2D, symbol, the method comprising: reading, by a hardware processor, a plurality of codewords in the 2D symbol; identifying, by the hardware processor, any optically ambiguous codeword of the plurality of codewords in the 2D symbol, wherein the optically ambiguous codeword corresponds to a codeword with minimum interior contrast level below a predefined minimum interior contrast level; flagging, by the hardware processor, a specified number of codewords, as optically ambiguous, from the plurality of codewords based on the minimum interior contrast level associated with the plurality of codewords; and correcting, by the hardware processor, errors in the specified number of optically ambiguous codewords based on a location of the optically ambiguous codewords and an erroneous decoded value associated with the optically ambiguous codewords. reading, by a hardware processor, a plurality of codewords in the 2D symbol; identifying, by the hardware processor, any optically ambiguous codeword of the plurality of codewords in the 2D symbol, wherein the optically ambiguous codeword corresponds to a codeword with minimum interior contrast level below a predefined minimum interior contrast level; flagging, by the hardware processor, a specified number of codewords, as optically ambiguous, from the plurality of codewords based on the minimum interior contrast level associated with the plurality of codewords; and correcting, by the hardware processor, errors in the specified number of optically ambiguous codewords based on a location of the optically ambiguous codewords and an erroneous decoded value associated with the optically ambiguous codewords.
A power transmission device having a surface, a part of which defines a power transmission plane, the device comprising: a power transmission circuit converting DC power into AC power; a power transmission coil structure including 2N planar coils (L1,..., L4), N being an integer greater than or equal to two, stacked along a normal to the power transmission plane, the power transmission coil structure being adapted for wirelessly transmitting the converted AC power to a power receiving coil of a power receiving device via the power transmission plane and being disposed on a side toward the power transmission plane in the power transmission device, characterised in that it further comprises a magnetic substance provided on a side of the power transmission coil opposite from the power transmission plane in the power transmission device, and in that the 2N planar coils (L1,..., L4) constitute coil groups including a coil group in which a planar coil having, in presence of the magnetic substance, an i'th highest inductance out of the 2N planar coils (L1,..., L4) and a planar coil having, in presence of the magnetic substance, an i'th-lowest inductance are connected in series, where i denotes any one integer of one to N, and the coil groups are connected in parallel to each other. a power transmission circuit converting DC power into AC power; a power transmission coil structure including 2N planar coils (L1,..., L4), N being an integer greater than or equal to two, stacked along a normal to the power transmission plane, the power transmission coil structure being adapted for wirelessly transmitting the converted AC power to a power receiving coil of a power receiving device via the power transmission plane and being disposed on a side toward the power transmission plane in the power transmission device, characterised in that it further comprises a magnetic substance provided on a side of the power transmission coil opposite from the power transmission plane in the power transmission device, and in that the 2N planar coils (L1,..., L4) constitute coil groups including a coil group in which a planar coil having, in presence of the magnetic substance, an i'th highest inductance out of the 2N planar coils (L1,..., L4) and a planar coil having, in presence of the magnetic substance, an i'th-lowest inductance are connected in series, where i denotes any one integer of one to N, and the coil groups are connected in parallel to each other.
A method for wireless communications performed by a base station, comprising: transmitting, to a wireless node, a plurality of reference signals using a plurality of beams; and receiving, from the wireless node, a message comprising a random-access channel, RACH, preamble and a RACH payload corresponding to one or more of the reference signals transmitted via at least one of the plurality of beams, wherein the message indicates that a receive signal quality parameter associated with the at least one of the plurality of beams corresponding to the one or more of the reference signals exceeds a threshold. transmitting, to a wireless node, a plurality of reference signals using a plurality of beams; and receiving, from the wireless node, a message comprising a random-access channel, RACH, preamble and a RACH payload corresponding to one or more of the reference signals transmitted via at least one of the plurality of beams, wherein the message indicates that a receive signal quality parameter associated with the at least one of the plurality of beams corresponding to the one or more of the reference signals exceeds a threshold.
A stent, comprising: a first hollow cylindrical body portion formed by weaving a metal wire; a second hollow cylindrical body portion formed by weaving a metal wire, and configured to surround the first body portion; characterized in that the stent further comprises an expanded portion which is configured to combine two adjacent ends of the first body portion and the second body portion integrally; and a membrane inserted between the first body portion and the second body portion, and configured to surround an outside of the first body portion. a first hollow cylindrical body portion formed by weaving a metal wire; a second hollow cylindrical body portion formed by weaving a metal wire, and configured to surround the first body portion; characterized in that the stent further comprises an expanded portion which is configured to combine two adjacent ends of the first body portion and the second body portion integrally; and a membrane inserted between the first body portion and the second body portion, and configured to surround an outside of the first body portion.
A method of preparing a drug-containing bioabsorbable fiber, the method comprising dissolving both a bioabsorbable polymer and a first drug in an organic solvent to form a solution, dispensing the solution onto a flat surface, evaporating the organic solvent to form a sheet of drug-containing bioabsorbable polymer having at least two edges, joining the at least two edges to form a drug-containing bioabsorbable tube, sealing each end of the drug-containing bioabsorbable tube, and drawing the sealed drug-containing bioabsorbable tube through a die to form the drug-containing bioabsorbable fiber such that the drug-containing bioabsorbable fiber has a uniform diameter, wherein the method is carried out at a temperature of 5°C to 80° C.
An electrical connector comprising: a housing with an outer surface; and a presentation means on the outer surface of the housing with a display surface (302a, 302b) including a graphic identifier (112a, 112b) that is computer readable and disposed on the display surface, characterised in that the presentation means is a presentation block mounted on the housing along the outer surface, the presentation block having a three-dimensional shape with the display surface (302a, 302b) that is angled transverse to an area of the outer surface of the housing on which the presentation block is mounted, the presentation block including the graphic identifier (112a, 112b), the display surface (302a, 302b) of the presentation block is a first display surface and the presentation block includes a second display surface that is angled transverse to the area of the outer surface of the housing on which the presentation block is mounted, wherein the first and second display surfaces (302a, 302b) are angled transverse to each other, and the graphic identifier is disposed on the first display surface and the presentation block includes a duplicate of the graphic identifier disposed on the second display surface. a housing with an outer surface; and a presentation means on the outer surface of the housing with a display surface (302a, 302b) including a graphic identifier (112a, 112b) that is computer readable and disposed on the display surface, characterised in that the presentation means is a presentation block mounted on the housing along the outer surface, the presentation block having a three-dimensional shape with the display surface (302a, 302b) that is angled transverse to an area of the outer surface of the housing on which the presentation block is mounted, the presentation block including the graphic identifier (112a, 112b), the display surface (302a, 302b) of the presentation block is a first display surface and the presentation block includes a second display surface that is angled transverse to the area of the outer surface of the housing on which the presentation block is mounted, wherein the first and second display surfaces (302a, 302b) are angled transverse to each other, and the graphic identifier is disposed on the first display surface and the presentation block includes a duplicate of the graphic identifier disposed on the second display surface.
Floor cleaning appliance having a brush head in which a brush roller is rotatably mounted and which has at least one suction nozzle (24, 26) that is disposed next to the brush roller, and having a shank which is mounted on the brush head in a pivotable manner and on which a suction unit is disposed, as is a cleaning liquid container for cleaning liquid which can be applied to the floor surface to be cleaned, and a dirty liquid container for accommodating dirty liquid which is sucked up from the floor surface by means of the suction unit, the cleaning liquid container and the dirty liquid container together forming a container assembly which is adapted to be releasably connected to the shank, characterized in that the cleaning liquid container is adapted to be releasably connected to the dirty liquid container, the dirty liquid container having a laterally accessible recess and the cleaning liquid container being adapted to be inserted into the recess.