mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a first node in a network, one or more bitmaps from one or more child nodes of the first node according to a directed acyclic graph, DAG, wherein each of the one or more child nodes is associated with a corresponding unique bit position in the one or more bitmaps; storing, in a forwarding table of the first node, the one or more bitmaps received from the one or more child nodes of the first node; receiving, at the first node, a message that includes a destination bitmap that identifies one or more destinations of the message via one or more set bits at the corresponding bit positions associated with the one or more child nodes; and forwarding, by the first node, the message towards the identified one or more destinations based on the destination bitmap and the one or more bitmaps stored in the forwarding table of the first node. receiving, at a first node in a network, one or more bitmaps from one or more child nodes of the first node according to a directed acyclic graph, DAG, wherein each of the one or more child nodes is associated with a corresponding unique bit position in the one or more bitmaps; storing, in a forwarding table of the first node, the one or more bitmaps received from the one or more child nodes of the first node; receiving, at the first node, a message that includes a destination bitmap that identifies one or more destinations of the message via one or more set bits at the corresponding bit positions associated with the one or more child nodes; and forwarding, by the first node, the message towards the identified one or more destinations based on the destination bitmap and the one or more bitmaps stored in the forwarding table of the first node.
A method of wireless communication, comprising: communicating, by a first wireless communication device with a second wireless communication device, a grant for communicating a first communication signal, the grant indicating a listen-before-talk, LBT, configuration; and communicating, by the first wireless communication device with the second wireless communication device, a LBT configuration modification after communicating the grant; and communicating, by the first wireless communication device with the second wireless communication device, the first communication signal based on the LBT configuration modification. communicating, by a first wireless communication device with a second wireless communication device, a grant for communicating a first communication signal, the grant indicating a listen-before-talk, LBT, configuration; and communicating, by the first wireless communication device with the second wireless communication device, a LBT configuration modification after communicating the grant; and communicating, by the first wireless communication device with the second wireless communication device, the first communication signal based on the LBT configuration modification.
A composition comprising desmopressin for use in treating a male patient having nocturia or nocturnal polyuria, by reducing the number of nocturnal voids in the male patient in need thereof, the composition comprising an orodispersible dose of desmopressin of 25 μg, wherein the dose is measured as the free base of desmopressin, for administration prior to bedtime.
A method for obtaining a PON port (20a... 20m) mapping relationship, characterised by: receiving, through a standby PON port, a protection packet that carries a port identifier of an active PON port from an optical network unit ONU (10a... 10n); parsing the protection packet to obtain the port identifier of the active PON port 20 carried in the protection packet; and acquiring an association relationship between the standby PON port and the active PON port according to a port identifier of the standby PON port receiving the protection packet. receiving, through a standby PON port, a protection packet that carries a port identifier of an active PON port from an optical network unit ONU (10a... 10n); parsing the protection packet to obtain the port identifier of the active PON port 20 carried in the protection packet; and acquiring an association relationship between the standby PON port and the active PON port according to a port identifier of the standby PON port receiving the protection packet.
A coupling device for engaging a caulk tube with a powered caulk gun, comprising: a coupling member adapted to releasably couple with a body of the caulk gun, a receiving member adapted to releasably receive an end portion of the caulk tube, wherein the receiving member comprises a gripping portion having a plurality of teeth for engaging an outer wall of the caulk tube, characterised in that the receiving member further comprises a releasing collar adapted to cooperate with a releasing trigger, operable to move the releasing collar to bias on the gripping portion to deform the teeth so as to allow disengagement of the teeth from the outer wall of the caulk tube. a coupling member adapted to releasably couple with a body of the caulk gun, a receiving member adapted to releasably receive an end portion of the caulk tube, wherein the receiving member comprises a gripping portion having a plurality of teeth for engaging an outer wall of the caulk tube, characterised in that the receiving member further comprises a releasing collar adapted to cooperate with a releasing trigger, operable to move the releasing collar to bias on the gripping portion to deform the teeth so as to allow disengagement of the teeth from the outer wall of the caulk tube.
A method of making a food kit intended for on-demand preparation of fresh filled pasta, such as tortelli, ravioli, panzerotti and the like with very the same properties as homemade fresh pasta, the method comprising making first components consisting of unit portions of single or double sheets of fresh pasta having a predetermined flat shape, cooling, vacuum packaging, cold high-pressure pasteurization and refrigeration of said pasteurized unit portions, to maintain their structure and physical-rheological characteristics unaltered, while avoiding pre-gelatinization of starches, and making second components consisting of pre-dosed pralines of filling, which are conveniently shaped and later undergo pasteurization and/or possibly freezing, said first components and said second components being packaged and collected in a container for fresh or frozen storage, and being ready to be joined together as they are or after unfreezing, for on-demand preparation of formats of fresh filled pasta before cooking, thereby avoiding exchange of water, salts and other ingredients between said components (4, 6).
Device for adjusting the position of components of an internal combustion engine, the device comprising: - an electric drive unit, - a drive shaft rotatable via the electric drive unit, - a lever connected to the drive shaft for rotation therewith and whose angle of rotation (a) is limited in a first direction of rotation at a first position by a first stop and whose angle of rotation (a) is limited in an opposite direction of rotation at a second position by a second stop, and - a spring connected with the lever in a manner eccentric to the drive shaft and via which the lever is loaded, depending on its position either in the direction of the first stop or the second stop, characterized by a cam rotating with the drive shaft and having a cam contour formed eccentrically relative to the drive shaft, which cooperates with a latching compression spring such that the drive shaft and the lever engage between the first position and the second position in a third position, wherein the third position is in a torque-neutral position of the spring. - an electric drive unit, - a drive shaft rotatable via the electric drive unit, - a lever connected to the drive shaft for rotation therewith and whose angle of rotation (a) is limited in a first direction of rotation at a first position by a first stop and whose angle of rotation (a) is limited in an opposite direction of rotation at a second position by a second stop, and - a spring connected with the lever in a manner eccentric to the drive shaft and via which the lever is loaded, depending on its position either in the direction of the first stop or the second stop,
Method for setting up a distributed lighting network, the distributed lighting network comprising: • a plurality of luminaires; • at least one sensor device; and • a communications network; wherein each luminaire comprises a luminaire node (210, 220, 230, 240, 250, 260) connected to the communications network for receiving broadcast messages therefrom and the at least one sensor device is associated with a sensor node (310, 320, 330) connected to the communications network for transmitting broadcast messages thereto, and the sensor node transmits a broadcast message onto the communications network in response to an event being detected by the at least one sensor device, characterized in that the setting up of the distributed lighting network is performed using a removable controller node that assigns parameters to each luminaire node (210, 220, 230, 240, 250, 260) and to the sensor node (310, 320, 330) via the communication network, once the distributed lighting network is set up, the removable controller node is disconnected and removed from the distributed lighting network, and each of the luminaire nodes and the sensor node retain their assigned parameters. • a plurality of luminaires; • at least one sensor device; and • a communications network;
An automated external defibrillator comprising: an operation accepter that accepts an operation input from a user; and a self-test executor that executes a self-test for checking a state of the automated external defibrillator when a first condition or a second condition has been satisfied; wherein: the first condition is that a setting time instant set in advance comes; and the second condition is that the operation accepter accepts a predetermined operation input, characterized in that: the operation accepter has a first button for starting an action for lifesaving, and a second button for starting the self-test; and the predetermined operation input is pressing down the second button. an operation accepter that accepts an operation input from a user; and a self-test executor that executes a self-test for checking a state of the automated external defibrillator when a first condition or a second condition has been satisfied; wherein: the first condition is that a setting time instant set in advance comes; and the second condition is that the operation accepter accepts a predetermined operation input, characterized in that: the operation accepter has a first button for starting an action for lifesaving, and a second button for starting the self-test; and the predetermined operation input is pressing down the second button. the first condition is that a setting time instant set in advance comes; and the second condition is that the operation accepter accepts a predetermined operation input, characterized in that: the operation accepter has a first button for starting an action for lifesaving, and a second button for starting the self-test; and the predetermined operation input is pressing down the second button. the operation accepter has a first button for starting an action for lifesaving, and a second button for starting the self-test; and the predetermined operation input is pressing down the second button.
Computer-implemented method for ascertaining the representation of the rim of a spectacle lens or of a left spectacle lens and of a right spectacle lens for a spectacle wearer, comprising providing an image of the spectacle wear having image data b(x) pertaining to the spectacle wearer having a spectacle frame that is worn, and providing information data I(x) that are data pertaining to information of the image that are calculated from the image data b(x) of the image of the spectacle wearer, characterized by the following steps: calculating a deterministically optimizable cost function E(u) linking the information data I(x) to spectacle lens data u(x), wherein the spectacle lens data u(x) describe the physical extent of at least one spectacle lens held in the spectacle frame, stipulating a profile of a rim of the spectacle lens or of the left spectacle lens and of the right spectacle lens by optimizing the cost function E(u). calculating a deterministically optimizable cost function E(u) linking the information data I(x) to spectacle lens data u(x), wherein the spectacle lens data u(x) describe the physical extent of at least one spectacle lens held in the spectacle frame, stipulating a profile of a rim of the spectacle lens or of the left spectacle lens and of the right spectacle lens by optimizing the cost function E(u).
An air conditioner comprising: a main body comprising a blower fan generating an air flow and a heat exchanger that is heat-exchanged with air flowing by the blower fan; a front panel comprising a suction hole through which the air introduced into the blower fan is suctioned and a discharge hole _ through which the air heat-exchanged in the heat exchanger is discharged; a wind-visor detachably disposed on a side of the discharge hole; and a discharge louver disposed in the discharge hole to adjust an opened degree of the discharge hole, wherein the wind-visor is coupled to a side of the discharge louver to guide discharge of the air through the discharge hole. a main body comprising a blower fan generating an air flow and a heat exchanger that is heat-exchanged with air flowing by the blower fan; a front panel comprising a suction hole through which the air introduced into the blower fan is suctioned and a discharge hole _ through which the air heat-exchanged in the heat exchanger is discharged; a wind-visor detachably disposed on a side of the discharge hole; and a discharge louver disposed in the discharge hole to adjust an opened degree of the discharge hole, wherein the wind-visor is coupled to a side of the discharge louver to guide discharge of the air through the discharge hole.
Work vehicle including a cabin defined by a plurality of walls and a windscreen delimiting an inner space configured to accommodate a user of said work vehicle, said work vehicle comprising a holding system carried by at least one of said walls inside said inner space in face of said windscreen, said holding system being configured to define a plurality of holding positions for electronic devices to be used by said user, wherein said holding system comprises a support arm comprising at least an extremity portion (8a, 8b) configured to allow the fixation of said support arm to one of said walls and at least a holding element, each configured to be selectively fixed along said support arm and to define a support for an electronic device characterised in that said support arm is L-shaped and comprises a first portion parallel to ground and a second portion (8") perpendicular to said first portion, said first portion comprising a first extremity portion configured to be fixed to a first wall of said cabin and said second portion (8") comprising a second extremity portion configured to be fixed to a second wall of said cabin.
A crosstalk training system comprising: a first transceiver, a second transceiver and a vectoring control entity, VCE; wherein the first transceiver is at a central office, CO, coupled to a second transceiver at a customer premise equipment, CPE, via a digital subscriber line, DSL; characterized in that the first transceiver is configured to receive an error feedback signal and send the error feedback signal to the VCE, wherein the second transceiver is configured to measure an error in the downstream signal, to detect whether the measured error is corrupted by non-crosstalk noise and to send the measured error value in the error feedback signal or, if the result of the detection is positive, to send a special or reserved instead of the measured error value in the error feedback signal to the VCE, wherein the special or reserved value in the error feedback signal is used to indicate non-crosstalk noise is detected in a downstream signal; and the VCE is configured to use the error feedback signal from the second transceiver to calculate and update precoding coefficients of the crosstalk precoder, wherein the VCE is further configured to restrict a crosstalk precoder at the CO from updating a precoding coefficient that corresponds to the special feedback signal that indicates detecting non-crosstalk noise. a first transceiver, a second transceiver and a vectoring control entity, VCE; wherein the first transceiver is at a central office, CO, coupled to a second transceiver at a customer premise equipment, CPE, via a digital subscriber line, DSL; characterized in that the first transceiver is configured to receive an error feedback signal and send the error feedback signal to the VCE, wherein the second transceiver is configured to measure an error in the downstream signal, to detect whether the measured error is corrupted by non-crosstalk noise and to send the measured error value in the error feedback signal or, if the result of the detection is positive, to send a special or reserved instead of the measured error value in the error feedback signal to the VCE, wherein the special or reserved value in the error feedback signal is used to indicate non-crosstalk noise is detected in a downstream signal; and the VCE is configured to use the error feedback signal from the second transceiver to calculate and update precoding coefficients of the crosstalk precoder, wherein the VCE is further configured to restrict a crosstalk precoder at the CO from updating a precoding coefficient that corresponds to the special feedback signal that indicates detecting non-crosstalk noise.
A wall, or ceiling, or floor with a lighting system, - with at least one punctiform light-emitting body, which is connected via an optical fibre to a light source, and which in the installed state is positioned so as to be recessed with respect to a surface of the wall, ceiling, or floor, - with a translucent protective body, which in the installed state covers the light-emitting body up to the surface, and is positioned so as to be flush with the surface, - with a prism, which in the assembled state is positioned in the wall, ceiling, or floor on a side of the protective body facing away from the surface, and which is connected to the light-emitting body so as to couple into the light, wherein - in the region of the protective body the wall, ceiling, or floor is designed as a mosaic, which consists of a multiplicity of mosaic elements, which in a plan view onto the surface possess essentially the same dimensions as the protective body in question, wherein - the protective body, prism and light-emitting body form a pre-assembled unit, wherein - the mosaic has a bed of cement or adhesive, into which are embedded the unit, the optical fibre in question, and the mosaic elements. - with at least one punctiform light-emitting body, which is connected via an optical fibre to a light source, and which in the installed state is positioned so as to be recessed with respect to a surface of the wall, ceiling, or floor, - with a translucent protective body, which in the installed state covers the light-emitting body up to the surface, and is positioned so as to be flush with the surface, - with a prism, which in the assembled state is positioned in the wall, ceiling, or floor on a side of the protective body facing away from the surface, and which is connected to the light-emitting body so as to couple into the light, wherein - in the region of the protective body the wall, ceiling, or floor is designed as a mosaic, which consists of a multiplicity of mosaic elements, which in a plan view onto the surface possess essentially the same dimensions as the protective body in question, wherein - the protective body, prism and light-emitting body form a pre-assembled unit, wherein - the mosaic has a bed of cement or adhesive, into which are embedded the unit, the optical fibre in question, and the mosaic elements.
Device for metering plastics granulate, for machines processing plastics granulate, in particular for injection molding machines, wherein at least one material funnel into which bulk material can be filled and which has a material valve is provided and a weighing container connected to weighing scales is optionally arranged below the material valve, wherein a control unit is provided for the weighing scales and material valve, characterized in that the material valve is designed as a flap-type metering valve, wherein said flap-type metering valve consists of a part, a closure, movable via a horizontal axis and a fixed part, a scraper, that the movable part has an operating arm for an actuator and at the end facing towards the fixed part has a closure plate having a scraper projection and that in the closed state of the metering valve the scraper projection touches the scraper.
An opioid antagonist in a substantially non-releasable form, the substantially non-releasable form comprising opioid antagonist particles coated with a coating that substantially prevents release of the opioid antagonist.
An input device (20, 22, 26, 28) comprising: a GUI image generating unit operative to generate a GUI, Graphical User Interface, image; a display device operative to display the GUI image generated by the GUI image generating unit; a touch panel operative to cover the display device and operative to detect a position where a user makes contact with the display device; and an operation information converting unit operative to identify an operation performed by the user based on a correspondence relationship between a contact point detected by the touch panel and the GUI image being displayed, wherein the GUI image generating unit provides a combined GUI area in the GUI image, the combined GUI area representing a plurality of GUIs by a combined graphic that is a combination of at least parts of the graphics representing each of the plurality of GUIs, and when a user makes contact with the combined GUI, the operation information converting unit specifies one GUI corresponding to a graphic that includes a point from which the contact is started, the specified GUI being one of the plurality of GUIs that are combined by the combined GUI, and the GUI image generating unit switches the combined GUI to the one GUI identified by the operation information converting unit, wherein, when a continuous contact to the one GUI to which the combined GUI has been switched is terminated, the GUI image generating unit switches the one GUI back to the combined GUI. a GUI image generating unit operative to generate a GUI, Graphical User Interface, image; a display device operative to display the GUI image generated by the GUI image generating unit; a touch panel operative to cover the display device and operative to detect a position where a user makes contact with the display device; and an operation information converting unit operative to identify an operation performed by the user based on a correspondence relationship between a contact point detected by the touch panel and the GUI image being displayed, wherein the GUI image generating unit provides a combined GUI area in the GUI image, the combined GUI area representing a plurality of GUIs by a combined graphic that is a combination of at least parts of the graphics representing each of the plurality of GUIs, and when a user makes contact with the combined GUI, the operation information converting unit specifies one GUI corresponding to a graphic that includes a point from which the contact is started, the specified GUI being one of the plurality of GUIs that are combined by the combined GUI, and the GUI image generating unit switches the combined GUI to the one GUI identified by the operation information converting unit, wherein, when a continuous contact to the one GUI to which the combined GUI has been switched is terminated, the GUI image generating unit switches the one GUI back to the combined GUI.