mhurhangee/patent-ind-claim-en huggingface dataset:
A network node for use as a Network Slice Selection Function, NSSF, in a telecommunications network, the network node being configured to select a network slice (202a-n) to which a User Equipment, UE, (204a-b) can connect in the telecommunications network, the network node comprising: a content data manager configured to determine a particular type of content based on at least one of: historical content data for the UE and current content data requested by the UE; a cache data requester configured to control a transmitter to transmit to a Cache Inventory Repository, CIR, , a request for cache data, wherein the request indicates the determined particular type of content cached in one or more network slices; a receiver configured to receive a response from the CIR comprising the cache data identifying the one or more network slices in which the particular type of content is cached; and a network slice selector configured to select a network slice to which the UE can connect, based on the received cache data identifying the one or more network slices. a content data manager configured to determine a particular type of content based on at least one of: historical content data for the UE and current content data requested by the UE; a cache data requester configured to control a transmitter to transmit to a Cache Inventory Repository, CIR, , a request for cache data, wherein the request indicates the determined particular type of content cached in one or more network slices; a receiver configured to receive a response from the CIR comprising the cache data identifying the one or more network slices in which the particular type of content is cached; and a network slice selector configured to select a network slice to which the UE can connect, based on the received cache data identifying the one or more network slices.
Apparatus for a coherent interconnect system comprising: interface circuitry to receive coherency protocol transactions from a requesting master device and to exchange further coherency protocol transactions with a data-storing slave device transaction tracking circuitry to maintain records of the coherency protocol transactions received from the requesting master device whilst completion of the coherency protocol transactions are pending; and characterized in further comprising transaction control circuitry responsive to reception at the interface circuitry of a read transaction of the coherency protocol transactions from the requesting master device for a data item stored in the data-storing slave device to issue a direct memory transfer request to the data-storing slave device, wherein the direct memory transfer request comprises a read acknowledgement trigger to solicit a read acknowledgement signal from the data storing slave device, and wherein the transaction tracking circuitry is responsive to reception at the interface circuitry of the read acknowledgement signal from the data-storing slave device to update a record in the transaction tracking circuitry created by reception of the read transaction to indicate completion of the direct memory transfer request. interface circuitry to receive coherency protocol transactions from a requesting master device and to exchange further coherency protocol transactions with a data-storing slave device transaction tracking circuitry to maintain records of the coherency protocol transactions received from the requesting master device whilst completion of the coherency protocol transactions are pending; and characterized in further comprising transaction control circuitry responsive to reception at the interface circuitry of a read transaction of the coherency protocol transactions from the requesting master device for a data item stored in the data-storing slave device to issue a direct memory transfer request to the data-storing slave device, wherein the direct memory transfer request comprises a read acknowledgement trigger to solicit a read acknowledgement signal from the data storing slave device, and wherein the transaction tracking circuitry is responsive to reception at the interface circuitry of the read acknowledgement signal from the data-storing slave device to update a record in the transaction tracking circuitry created by reception of the read transaction to indicate completion of the direct memory transfer request.
An automatic coil-exchanging apparatus for a coil stock, comprising a work table , and a left unwinding apparatus , a right unwinding apparatus and a rotary cutoff apparatus which are all disposed on the work table , wherein the rotary cutoff apparatus is disposed between the left unwinding apparatus and the right unwinding apparatus ; the work table is provided thereon with a left auxiliary roll , a right auxiliary roll , and a plurality of fixed rolls; the left auxiliary roll moves up and down between the left unwinding apparatus and the rotary cutoff apparatus ; the right auxiliary roll moves up and down between the right unwinding apparatus and the rotary cutoff apparatus ; the rotary cutoff apparatus comprises a bearing seat, a bearing disposed on the bearing seat, a rotating body disposed on the bearing , a rotating mechanism for driving the rotating body to rotate on the bearing seat, a swivelling mechanism for driving the bearing seat to swivel, and a drive mechanism for driving the bearing seat to move back and forth on the work table ; the rotating body comprises an upper portion and a lower portion ; a gap for a material to pass through is disposed between the upper portion and the lower portion ; and the rotating body is provided with a pressing mechanism for pressing the material tightly, and a cutting mechanism for cutting off the material. the rotary cutoff apparatus comprises a bearing seat, a bearing disposed on the bearing seat, a rotating body disposed on the bearing , a rotating mechanism for driving the rotating body to rotate on the bearing seat, a swivelling mechanism for driving the bearing seat to swivel, and a drive mechanism for driving the bearing seat to move back and forth on the work table ; the rotating body comprises an upper portion and a lower portion ; a gap for a material to pass through is disposed between the upper portion and the lower portion ; and the rotating body is provided with a pressing mechanism for pressing the material tightly, and a cutting mechanism for cutting off the material.
A power tool comprising: a housing for an electric motor , the power tool coupled to a power source ; an electronic module for regulating the supply of power from the power source to the motor , the electronic module comprising: a circuit board defining a longitudinal axis (A) and having a first surface and a second surface; a module housing a bottom surface and a plurality of side walls extending from the bottom surface to form an open face, the module housing receiving the circuit board through the open face and retaining the circuit board within the side walls substantially parallel to the bottom surface and at a distance from the bottom surface; a plurality of power switches configured as an inverter circuit to supply power from the power source to the electric motor and mounted on the second surface of the circuit board facing the bottom surface of the module housing; a plurality of heat sinks discretely mounted on the first surface of the circuit board facing the open face, the plurality of heat sinks being arranged opposite the plurality of power switches; potting material disposed in the distance between the circuit board and the bottom surface of the module housing to cover the plurality of power switches; and a plurality of thermal vias disposed through the circuit board between corresponding ones of the plurality of heat sinks and the plurality of power switches. a circuit board defining a longitudinal axis (A) and having a first surface and a second surface; a module housing a bottom surface and a plurality of side walls extending from the bottom surface to form an open face, the module housing receiving the circuit board through the open face and retaining the circuit board within the side walls substantially parallel to the bottom surface and at a distance from the bottom surface; a plurality of power switches configured as an inverter circuit to supply power from the power source to the electric motor and mounted on the second surface of the circuit board facing the bottom surface of the module housing; a plurality of heat sinks discretely mounted on the first surface of the circuit board facing the open face, the plurality of heat sinks being arranged opposite the plurality of power switches; potting material disposed in the distance between the circuit board and the bottom surface of the module housing to cover the plurality of power switches; and a plurality of thermal vias disposed through the circuit board between corresponding ones of the plurality of heat sinks and the plurality of power switches.
A pressure and/or flow regulating valve for regulating pressures within a portion of an irrigation system , wherein the valve is arranged to also shut off downstream flow into the portion of the irrigation system in response to an incoming command arriving via an incoming port into the valve , wherein the regulating valve comprising a flow stem movable in upstream and downstream directions in order to regulate the pressure downstream of the valve, wherein upstream and downstream movements of the flow stem change a passage formed between the flow stem and a plug member of the regulating valve , wherein increase and decrease of the passage affects increase and decrease in pressure downstream of the valve , respectively and wherein the incoming command is arranged to bias the plug member from a home state to an operative state where it shuts off the downstream flow. wherein the regulating valve comprising a flow stem movable in upstream and downstream directions in order to regulate the pressure downstream of the valve, wherein upstream and downstream movements of the flow stem change a passage formed between the flow stem and a plug member of the regulating valve , wherein increase and decrease of the passage affects increase and decrease in pressure downstream of the valve , respectively and wherein the incoming command is arranged to bias the plug member from a home state to an operative state where it shuts off the downstream flow.
A method for video conferencing, executable by a processor, wherein the method comprises: receiving video data associated with an immersive teleconferencing session; identifying a parameter associated with the video data, wherein the parameter specifies overlay data associated with the immersive teleconferencing session; and displaying the video data with one or more overlays based on the identified parameter, characterized in that the parameter defines whether a receiver is allowed to use overlays other than overlays shared by a sender; the parameter defines a list of allowed senders from whom a receiver receives and uses overlays; the parameter defines whether a receiver is allowed to use overlays from another sender not associated with the received video data, wherein the received video data is associated with a sender; and/or the parameter defines a prioritized list of overlay ids the receiver is allowed to use other than overlays shared by a sender. receiving video data associated with an immersive teleconferencing session; identifying a parameter associated with the video data, wherein the parameter specifies overlay data associated with the immersive teleconferencing session; and displaying the video data with one or more overlays based on the identified parameter, characterized in that the parameter defines whether a receiver is allowed to use overlays other than overlays shared by a sender; the parameter defines a list of allowed senders from whom a receiver receives and uses overlays; the parameter defines whether a receiver is allowed to use overlays from another sender not associated with the received video data, wherein the received video data is associated with a sender; and/or the parameter defines a prioritized list of overlay ids the receiver is allowed to use other than overlays shared by a sender.
An external actuation device for an adjustable implanted medical device, comprising: a housing ; a motor comprising a driveshaft that is rotatable about a rotation axis (A1); a driving magnet rotatably coupled with the driveshaft and rotatable together with the driveshaft about the rotation axis; a sensor associated with the driving magnet and configured to facilitate detection of a magnetic force imparted to the driving magnet; and a controller in communication with the motor and the sensor, the controller being configured to facilitate selective operation of the motor based upon the magnetic force detected by the sensor; characterized in that : the driveshaft comprises a driving portion and a driven portion ; the driven portion is rotatably coupled with the driving portion such that the driven portion rotates together with the driving portion; and the driven portion is slidably coupled with the driving portion such that the driven portion slides relative to the driving portion. a housing ; a motor comprising a driveshaft that is rotatable about a rotation axis (A1); a driving magnet rotatably coupled with the driveshaft and rotatable together with the driveshaft about the rotation axis; a sensor associated with the driving magnet and configured to facilitate detection of a magnetic force imparted to the driving magnet; and a controller in communication with the motor and the sensor, the controller being configured to facilitate selective operation of the motor based upon the magnetic force detected by the sensor; characterized in that : the driveshaft comprises a driving portion and a driven portion ; the driven portion is rotatably coupled with the driving portion such that the driven portion rotates together with the driving portion; and the driven portion is slidably coupled with the driving portion such that the driven portion slides relative to the driving portion. the driveshaft comprises a driving portion and a driven portion ; the driven portion is rotatably coupled with the driving portion such that the driven portion rotates together with the driving portion; and the driven portion is slidably coupled with the driving portion such that the driven portion slides relative to the driving portion.
A compressor casing having an internal gas passage comprising: a first bearing housing arranged at a first end of the casing; a second bearing housing arranged at a second, opposite end of the casing; a rotor case disposed between the first bearing housing and the second bearing housing, the rotor case including an axially extending bore within which a plurality of rotors is receivable, characterised in that the compressor casing further includes a hollow internal cavity separate from the bore, wherein the hollow internal cavity is fluidly coupled to the bore via at least one recess ; and at least one exit opening formed in the second bearing housing , the at least one exit opening being operably coupled to the hollow internal cavity of the rotor case, wherein the second bearing housing comprises an internal chamber arranged in fluid communication with the hollow internal cavity of the rotor case , and wherein the second bearing housing comprises a fluid passageway extending between the hollow internal cavity and the internal chamber . a first bearing housing arranged at a first end of the casing; a second bearing housing arranged at a second, opposite end of the casing; a rotor case disposed between the first bearing housing and the second bearing housing, the rotor case including an axially extending bore within which a plurality of rotors is receivable, characterised in that the compressor casing further includes a hollow internal cavity separate from the bore, wherein the hollow internal cavity is fluidly coupled to the bore via at least one recess ; and at least one exit opening formed in the second bearing housing , the at least one exit opening being operably coupled to the hollow internal cavity of the rotor case, wherein the second bearing housing comprises an internal chamber arranged in fluid communication with the hollow internal cavity of the rotor case , and wherein the second bearing housing comprises a fluid passageway extending between the hollow internal cavity and the internal chamber .
A method of manufacturing a radio frequency identification ,RFID, tag on a non-planar surface of an object comprising: forming (1406; 1410) an antenna on the non-planar surface of the object, wherein the antenna is sprayed or printed on the non-planar surface of the object; positioning(1404; 1412) a reactive RFID strap on the non-planar surface of the object, so that, when in use, the RFID strap couples to the antenna to induce an antenna response. forming (1406; 1410) an antenna on the non-planar surface of the object, wherein the antenna is sprayed or printed on the non-planar surface of the object; positioning(1404; 1412) a reactive RFID strap on the non-planar surface of the object, so that, when in use, the RFID strap couples to the antenna to induce an antenna response.
A cartridge comprising: a flavor source including a plurality of raw material pieces that impart flavor to an aerosol generated by a non-burning type flavor inhaler ; a flavor source container accommodating the flavor source ; and a mesh body provided on at least one end of the flavor source container , wherein the mesh body has a plurality of openings, wherein each of the plurality of openings has a polygon shape having an internal angle of 180° or less, wherein each of the plurality of openings has, as widths which pass through a center of gravity of each of the plurality of openings, a minimum width (Wmin) having a smallest width and a maximum width (Wmax) having a largest width, wherein the minimum width (Wmin) is smaller than a lower limit of the size of the plurality of raw material pieces, wherein the maximum width (Wmax) is larger than the minimum width (Wmin), wherein the flavor source container forms an aerosol flow path extending along a predetermined direction (A), and wherein a filter is provided on the downstream of the flavor source . a flavor source including a plurality of raw material pieces that impart flavor to an aerosol generated by a non-burning type flavor inhaler ; a flavor source container accommodating the flavor source ; and a mesh body provided on at least one end of the flavor source container , wherein the mesh body has a plurality of openings, wherein each of the plurality of openings has a polygon shape having an internal angle of 180° or less, wherein each of the plurality of openings has, as widths which pass through a center of gravity of each of the plurality of openings, a minimum width (Wmin) having a smallest width and a maximum width (Wmax) having a largest width, wherein the minimum width (Wmin) is smaller than a lower limit of the size of the plurality of raw material pieces, wherein the maximum width (Wmax) is larger than the minimum width (Wmin), wherein the flavor source container forms an aerosol flow path extending along a predetermined direction (A), and wherein a filter is provided on the downstream of the flavor source .
An image processing device comprising: an identifying unit configured to identify a type of tissue degeneration in a mid-surgery image; and a drawing unit configured to draw auxiliary information for an operator in accordance with the identified type of the tissue degeneration, the auxiliary information being to be superimposed on the mid-surgery image; characterised in that the identifying unit identifies the type of the tissue degeneration in accordance with feature information about a degenerated region of the tissue degeneration and the number of the degenerated regions. an identifying unit configured to identify a type of tissue degeneration in a mid-surgery image; and a drawing unit configured to draw auxiliary information for an operator in accordance with the identified type of the tissue degeneration, the auxiliary information being to be superimposed on the mid-surgery image; characterised in that the identifying unit identifies the type of the tissue degeneration in accordance with feature information about a degenerated region of the tissue degeneration and the number of the degenerated regions.
A wirelessly configurable and networked system for building automation, the system being a first child device comprising: a processor included in the first child device ; a radio-frequency, RF, circuit included in the first child device and configured to receive an RF signal using a wireless-communication protocol, the RF circuit comprising an antenna ; and a memory included in the first child device and storing instructions that, when executed by the processor, cause the processor to: receive commissioning data via the RF circuit, wherein the commissioning data is associated with the system, receive an identifier from a second child device, wherein the identifier is associated with the second child device, receive configuration data associated with the identifier, and transmit the configuration data in response to receiving the identifier, wherein the second child device operates based on at least the configuration data. a processor included in the first child device ; a radio-frequency, RF, circuit included in the first child device and configured to receive an RF signal using a wireless-communication protocol, the RF circuit comprising an antenna ; and a memory included in the first child device and storing instructions that, when executed by the processor, cause the processor to: receive commissioning data via the RF circuit, wherein the commissioning data is associated with the system, receive an identifier from a second child device, wherein the identifier is associated with the second child device, receive configuration data associated with the identifier, and transmit the configuration data in response to receiving the identifier, wherein the second child device operates based on at least the configuration data. receive commissioning data via the RF circuit, wherein the commissioning data is associated with the system, receive an identifier from a second child device, wherein the identifier is associated with the second child device, receive configuration data associated with the identifier, and transmit the configuration data in response to receiving the identifier, wherein the second child device operates based on at least the configuration data.