mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an absorbent web, the method comprising: moving a foraminous member in a machine direction, the foraminous member having at least one masking plate with a partitioned area including at least one partition defining a plurality of segments ; drawing air through the foraminous member ; and depositing fibrous material onto the foraminous member to form an absorbent web having a bridged area corresponding to the partitioned area of the masking plate and a continuous area having a higher basis weight than the bridged area, the bridged area having vertical interfaces separating web segments and fibrous material at least partly bridging the vertical interfaces ; characterised in that the method further comprises depositing superabsorbent material onto the foraminous member , wherein a majority of the superabsorbent material is deposited closer to the foraminous member than a majority of the fibrous material. moving a foraminous member in a machine direction, the foraminous member having at least one masking plate with a partitioned area including at least one partition defining a plurality of segments ; drawing air through the foraminous member ; and depositing fibrous material onto the foraminous member to form an absorbent web having a bridged area corresponding to the partitioned area of the masking plate and a continuous area having a higher basis weight than the bridged area, the bridged area having vertical interfaces separating web segments and fibrous material at least partly bridging the vertical interfaces ; characterised in that the method further comprises depositing superabsorbent material onto the foraminous member , wherein a majority of the superabsorbent material is deposited closer to the foraminous member than a majority of the fibrous material.
A method for reporting proximity in a factory floor environment , the method comprising: equipping a technician with a first proximity detector ; disposing a second proximity detector at a machine that moves within a cell of the factory floor environment , wherein a plurality of sensors are provided at the cell ; determining by a controller of a proximity reporting server whether an obscuring object is present within the cell so as to block a line of sight between a sensor of the plurality of sensors and the first proximity detector or the second proximity detector ; operating the sensors at the cell to indirectly detect a location of the first proximity detector and a location of the second proximity detector via mirrors when the obscuring object has been detected to be present within the cell so as to block the line of sight; operating the sensors at the cell to directly detect the location of the first proximity detector and the location of the second proximity detector when the obscuring object has not been detected to be present within the cell so as to block the line of sight; and providing a warning to the technician if a distance between the first proximity detector and the second proximity detector is less than a threshold. equipping a technician with a first proximity detector ; disposing a second proximity detector at a machine that moves within a cell of the factory floor environment , wherein a plurality of sensors are provided at the cell ; determining by a controller of a proximity reporting server whether an obscuring object is present within the cell so as to block a line of sight between a sensor of the plurality of sensors and the first proximity detector or the second proximity detector ; operating the sensors at the cell to indirectly detect a location of the first proximity detector and a location of the second proximity detector via mirrors when the obscuring object has been detected to be present within the cell so as to block the line of sight; operating the sensors at the cell to directly detect the location of the first proximity detector and the location of the second proximity detector when the obscuring object has not been detected to be present within the cell so as to block the line of sight; and providing a warning to the technician if a distance between the first proximity detector and the second proximity detector is less than a threshold.
A method for refreshing a flash memory device, wherein the method comprises: reading, by a storage controller, first data from a first flash memory block, and determining a bit error rate of the first data; when the bit error rate is greater than a preset threshold, determining, by the storage controller, a refresh cycle of the first flash memory block according to a quantity of erase cycles of the first flash memory block, wherein there is a negative correlation between the refresh cycle of the first flash memory block and the quantity of erase cycles of the first flash memory block; and performing, by the storage controller, a refresh operation on the first flash memory block according to the refresh cycle. reading, by a storage controller, first data from a first flash memory block, and determining a bit error rate of the first data; when the bit error rate is greater than a preset threshold, determining, by the storage controller, a refresh cycle of the first flash memory block according to a quantity of erase cycles of the first flash memory block, wherein there is a negative correlation between the refresh cycle of the first flash memory block and the quantity of erase cycles of the first flash memory block; and performing, by the storage controller, a refresh operation on the first flash memory block according to the refresh cycle.
A heating device comprising: a burner for generating combustion exhaust gas by burning downward; a heat exchanger connected to a lower end of the burner and having a cylindrical body for flowing the combustion exhaust gas from the burner downward; an exhaust duct connected to a lower end of the heat exchanger ; and a packing provided at a connection portion between the heat exchanger and the exhaust duct , wherein the exhaust duct includes an exhaust collecting portion for receiving the combustion exhaust gas flowing out from the lower end of the heat exchanger and an exhaust guiding portion communicating with the exhaust collecting portion and extended upward in a state close to a side of the cylindrical body of the heat exchanger , characterized in that the exhaust collecting portion includes a connection opening forming an inner peripheral wall, into which a cylindrical outlet side connection portion at a downstream end of the heat exchanger is fitted, and a groove provided on an outer peripheral side than the inner peripheral wall of the connection opening , and the packing includes a seal portion sandwiched in a compressed state between the inner peripheral wall of the connection opening in the exhaust collecting portion and an outer peripheral wall of the cylindrical outlet side connection portion in the heat exchanger to form a seal and an anchor portion inserted into the groove of the exhaust collecting portion . a burner for generating combustion exhaust gas by burning downward; a heat exchanger connected to a lower end of the burner and having a cylindrical body for flowing the combustion exhaust gas from the burner downward; an exhaust duct connected to a lower end of the heat exchanger ; and a packing provided at a connection portion between the heat exchanger and the exhaust duct , wherein the exhaust duct includes an exhaust collecting portion for receiving the combustion exhaust gas flowing out from the lower end of the heat exchanger and an exhaust guiding portion communicating with the exhaust collecting portion and extended upward in a state close to a side of the cylindrical body of the heat exchanger , characterized in that the exhaust collecting portion includes a connection opening forming an inner peripheral wall, into which a cylindrical outlet side connection portion at a downstream end of the heat exchanger is fitted, and a groove provided on an outer peripheral side than the inner peripheral wall of the connection opening , and the packing includes a seal portion sandwiched in a compressed state between the inner peripheral wall of the connection opening in the exhaust collecting portion and an outer peripheral wall of the cylindrical outlet side connection portion in the heat exchanger to form a seal and an anchor portion inserted into the groove of the exhaust collecting portion .
An assembly for forming a container from a sleeve blank and a bottom blank, the sleeve blank defined by a pair of opposing side edges and opposing top and bottom edges and the bottom blank including a bottom wall for closing one end of the container , the assembly comprising: at least one adhesive printing station for printing an adhesive on a web in register with portions of the web forming at least one of the opposing side edges of the sleeve blank and the bottom edge of the sleeve blank ; a blank cutting station for cutting the sleeve blank from the web ; and a container forming station for wrapping the sleeve blank around the bottom blank, wherein the printed adhesive in register with the at least one of the side edges forms a seam seal between overlapping side edges of the wrapped sleeve blank and the printed adhesive in register with the bottom edge of the sleeve blank forms a bottom seal between overlapping portions of the sleeve blank and the bottom blank; wherein the at least one adhesive printing station is provided upstream of the container forming station such that the adhesive is printed on portions of the web forming the sleeve blank prior to the sleeve blank being provided to the container forming station . at least one adhesive printing station for printing an adhesive on a web in register with portions of the web forming at least one of the opposing side edges of the sleeve blank and the bottom edge of the sleeve blank ; a blank cutting station for cutting the sleeve blank from the web ; and a container forming station for wrapping the sleeve blank around the bottom blank, wherein the printed adhesive in register with the at least one of the side edges forms a seam seal between overlapping side edges of the wrapped sleeve blank and the printed adhesive in register with the bottom edge of the sleeve blank forms a bottom seal between overlapping portions of the sleeve blank and the bottom blank; wherein the at least one adhesive printing station is provided upstream of the container forming station such that the adhesive is printed on portions of the web forming the sleeve blank prior to the sleeve blank being provided to the container forming station .
A lead body for medical implantation comprising: a first set of conducting sections (628-633); a second set of conducting sections (638-643); a strain relief coupler having a axial length with a plurality of tines extending along the axial length and extending radially thereby defining a plurality of axially-extending channels ; a plurality of joints (648-653) located within the plurality of channels, each joint coupling one conducting section from the first set of conducting sections to one conducting section from the second set of conducting sections; and an outer layer at least partially surrounding the first and second set of conducting sections, the plurality of joints and the strain relief coupler, a first sleeve attached over the first set of conducting sections and over the strain relief coupler, characterised in that a second sleeve is attached over the second set of conducting sections such that the first sleeve retains the first set of conducting sections on one side and the second sleeve retains the second set of conducting sections on the opposite side. a first set of conducting sections (628-633); a second set of conducting sections (638-643); a strain relief coupler having a axial length with a plurality of tines extending along the axial length and extending radially thereby defining a plurality of axially-extending channels ; a plurality of joints (648-653) located within the plurality of channels, each joint coupling one conducting section from the first set of conducting sections to one conducting section from the second set of conducting sections; and an outer layer at least partially surrounding the first and second set of conducting sections, the plurality of joints and the strain relief coupler, a first sleeve attached over the first set of conducting sections and over the strain relief coupler, characterised in that a second sleeve is attached over the second set of conducting sections such that the first sleeve retains the first set of conducting sections on one side and the second sleeve retains the second set of conducting sections on the opposite side.
A method for transmitting uplink control information, comprising: determining that a first transmission resource corresponding to uplink data to be transmitted and a second transmission resource corresponding to uplink control information to be transmitted overlap in a time domain; and transmitting the uplink control information on the second transmission resource, and if transmission start time of the uplink control information is later than transmission start time of the uplink data, terminating transmission of the uplink data from a resource in the first transmission resource that overlaps with the second transmission resource in the time domain; wherein transmitting the uplink control information on the second transmission resource, further comprises: if a type to which the uplink control information belongs is a first type, transmitting the uplink control information on the second transmission resource; wherein before transmitting the uplink control information on the second transmission resource, the method further comprises: determining the type to which the uplink control information belongs according to a transmission parameter, wherein the transmission parameter comprises a service type indication. determining that a first transmission resource corresponding to uplink data to be transmitted and a second transmission resource corresponding to uplink control information to be transmitted overlap in a time domain; and transmitting the uplink control information on the second transmission resource, and if transmission start time of the uplink control information is later than transmission start time of the uplink data, terminating transmission of the uplink data from a resource in the first transmission resource that overlaps with the second transmission resource in the time domain; wherein transmitting the uplink control information on the second transmission resource, further comprises: if a type to which the uplink control information belongs is a first type, transmitting the uplink control information on the second transmission resource; wherein before transmitting the uplink control information on the second transmission resource, the method further comprises: determining the type to which the uplink control information belongs according to a transmission parameter, wherein the transmission parameter comprises a service type indication. if a type to which the uplink control information belongs is a first type, transmitting the uplink control information on the second transmission resource; wherein before transmitting the uplink control information on the second transmission resource, the method further comprises: determining the type to which the uplink control information belongs according to a transmission parameter, wherein the transmission parameter comprises a service type indication.
A control apparatus for a fluid ejection device , comprising: a plurality of selectors (212-1, 212-N) controllable by an input control signal to produce signals for selecting respective nozzles of the fluid ejection device , wherein the plurality of selectors (212-1, 212-N) comprises a plurality of address generators (106-1, 106-2) to generate addresses for selecting the respective nozzles , a first selector (212-1) of the plurality of selectors (212-1, 212-N) responsive to the input control signal propagated over a first signal path (116-1, 408-1) to turn on a device in the first selector (212-1); a memory ; a memory encoder to select a memory location in the memory, the memory encoder being responsive to the input control signal propagated over a second signal path (116-2, 408-2) to turn on a device in the memory encoder , wherein the input control signal is used to turn on devices in a first address generator (106-1) and in the memory encoder at substantially the same time, wherein signal loading of the second signal path (116-2, 408-2) is isolated from signal loading of the first signal path (116-1, 408-1), wherein signal loading isolation is achieved by providing separate signal paths over which the input control signal is propagated to the selectors (212-1, 212-N) and the memory encoder ; characterized in that the control apparatus further comprising a second selector (212-N) of the plurality of selectors (212-1, 212-N) responsive to the input control signal to pre-charge a node in a second address generator (106-2). a plurality of selectors (212-1, 212-N) controllable by an input control signal to produce signals for selecting respective nozzles of the fluid ejection device , wherein the plurality of selectors (212-1, 212-N) comprises a plurality of address generators (106-1, 106-2) to generate addresses for selecting the respective nozzles , a first selector (212-1) of the plurality of selectors (212-1, 212-N) responsive to the input control signal propagated over a first signal path (116-1, 408-1) to turn on a device in the first selector (212-1); a memory ; a memory encoder to select a memory location in the memory, the memory encoder being responsive to the input control signal propagated over a second signal path (116-2, 408-2) to turn on a device in the memory encoder , wherein the input control signal is used to turn on devices in a first address generator (106-1) and in the memory encoder at substantially the same time, wherein signal loading of the second signal path (116-2, 408-2) is isolated from signal loading of the first signal path (116-1, 408-1), wherein signal loading isolation is achieved by providing separate signal paths over which the input control signal is propagated to the selectors (212-1, 212-N) and the memory encoder ; characterized in that the control apparatus further comprising a second selector (212-N) of the plurality of selectors (212-1, 212-N) responsive to the input control signal to pre-charge a node in a second address generator (106-2).
A thin-walled rigid plastics-material internal container for a pallet container or a similar large-volume retainer for storing and for transporting liquid or free-flowing filling materials, comprising two longer side walls, a shorter rear wall, a shorter front wall, an upper base having a closable filling connector and a container base, wherein on the base side, in the center of the front wall, a lower removal region having a protective-housing-shaped molding , directed inward toward the inside of the plastics-material internal container is provided for disposing a closable removal fitting in a protected recessed manner, and wherein a flexible inliner from a thin-walled plastics-material or composite-material film, the former at the top being connected to the filling connector or/and at the bottom being connected to the removal connector having a removal fitting of the rigid plastics-material internal container , is inserted into the rigid plastics-material internal container , characterized in that the cuboid-shaped flexible inliner in the lower removal region has a wall recess , directed inward and adapted so as to correspond with the protective-housing-shaped molding of the rigid plastics-material internal container , having two lateral wall parts , an upper wall part , and a rearward wall part having a flexible removal connector molded thereon, which is configured so as to bear completely in an exact fit on the internal surface of the molding that protrudes in a protective-housing manner into the interior of the rigid plastics-material internal container .
A method for feeding back information about a channel between antenna arrays, comprising: generating , by a second network device, channel information of N×M sub-channels of a channel between an antenna array of a first network device and an antenna array of the second network device, wherein the antenna array of the first network device comprises M subarrays, the antenna array of the second network device comprises N subarrays, wherein M is greater than 1 and N is greater than 1, and the M subarrays and the N subarrays each comprise at least two antennas; sending , by the second network device, the channel information of the N×M sub-channels to the first network device, so that the first network device generates channel information of the channel between the antenna array of the first network device and the antenna array of the second network device according to the channel information of the N×M sub-channels; and characterised by receiving , by the second network device, subarray configuration information sent by the first network device, wherein the subarray configuration information comprises at least one pattern, and the N subarrays are determined according to the at least one pattern. generating , by a second network device, channel information of N×M sub-channels of a channel between an antenna array of a first network device and an antenna array of the second network device, wherein the antenna array of the first network device comprises M subarrays, the antenna array of the second network device comprises N subarrays, wherein M is greater than 1 and N is greater than 1, and the M subarrays and the N subarrays each comprise at least two antennas; sending , by the second network device, the channel information of the N×M sub-channels to the first network device, so that the first network device generates channel information of the channel between the antenna array of the first network device and the antenna array of the second network device according to the channel information of the N×M sub-channels; and characterised by receiving , by the second network device, subarray configuration information sent by the first network device, wherein the subarray configuration information comprises at least one pattern, and the N subarrays are determined according to the at least one pattern.
Trailer coupling for a motor vehicle, having a coupling arm , at the free end region of which a coupling element , in particular a coupling ball, is located for attaching a trailer or for fastening a load carrier, wherein the trailer coupling has at least one fastening device for attaching a line to a fastening object , in particular to the coupling arm , forming a component of the trailer coupling , and/or to a carrier assembly which is or can be fastened at the motor vehicle, wherein the fastening device has a fastening pin for insertion into a fastening receptacle of the fastening object along a fastening pin longitudinal axis (BL), wherein from the fastening pin , transversely to the fastening pin longitudinal axis (BL), there projects a holding arm , which extends along a holding arm longitudinal axis (HL) and at which is located a fastening tape holding receptacle with a plug-in channel for passing through a flexible fastening tape , in particular a cable tie , characterised in that at least two fastening tape holding receptacles are located at the holding arm .