mhurhangee/patent-ind-claim-en huggingface dataset:
A work area management method, comprising: determining a first work area in a field for determining a first work route along which a first work device can move to perform a first work in the field , on the basis of a positioning position of the first work device moving in the field , storing first area information that represents the first work area , determining the first work route along which the first work device can move to perform the first work in the field ; and outputting the first area information as information that represents an area for determining a second work route along which a second work device different from the first work device can move to perform a second work in the field , determining the second work route along which the second work device can move to perform a second work in the field , characterized in that the outputting the first area information includes outputting warning information to inform an operator, the outputting warning information representing that the first area information is unsuitable for determining the second work route when the first area information does not satisfy a predetermined condition. determining a first work area in a field for determining a first work route along which a first work device can move to perform a first work in the field , on the basis of a positioning position of the first work device moving in the field , storing first area information that represents the first work area , determining the first work route along which the first work device can move to perform the first work in the field ; and outputting the first area information as information that represents an area for determining a second work route along which a second work device different from the first work device can move to perform a second work in the field , determining the second work route along which the second work device can move to perform a second work in the field ,
Device for heating and emulsifying beverages comprising a pump , a meeting zone of air and water, a device for producing steam and a first conduit for steam mixed with air communicating with a steam wand adapted to be immersed in a beverage to be heated and emulsified, characterized in that said device for producing steam comprises an instant steam generator and said meeting zone is positioned before said instant steam generator, said meeting zone being positioned before said pump , which is in turn positioned before said instant steam generator .
A system of an elevator system comprising: one or more processors configured to receive a door close signal from a door close selector and a door open signal from at least one of a door open selector and a door obstructed sensor ; one or more non-transitory storage mediums ; a data file stored in the one or more non-transitory storage mediums and including a door open time duration associated with at least one of the door open signal and the door close signal ; and executable instructions stored in the one or more non-transitory storage mediums and executed by the one or more processors , the executable instructions configured to generate the door open time duration based on the door open signal and the door close signal , wherein the one or more processors are configured to output a door open command based at least in-part on the door open time duration. one or more processors configured to receive a door close signal from a door close selector and a door open signal from at least one of a door open selector and a door obstructed sensor ; one or more non-transitory storage mediums ; a data file stored in the one or more non-transitory storage mediums and including a door open time duration associated with at least one of the door open signal and the door close signal ; and executable instructions stored in the one or more non-transitory storage mediums and executed by the one or more processors , the executable instructions configured to generate the door open time duration based on the door open signal and the door close signal , wherein the one or more processors are configured to output a door open command based at least in-part on the door open time duration.
A crack-proof screw , comprising: a head ; and a shank axially extending from said head , and having a tip ; and a thread formed continuously and helically around said shank ; and a helical notch continuously and helically extending along said shank and indented into said shank and said thread , said helical notch being proximal to but spaced apart from said tip , said helical notch being trapezoidal in cross section, and having a notch bottom , an open end opening at an outer peripheral surface of said shank oppositely of said notch bottom , and two opposite notch walls extending divergingly from said notch bottom to said open end , said open end being larger in width than said notch bottom . a head ; and a shank axially extending from said head , and having a tip ; and a thread formed continuously and helically around said shank ; and a helical notch continuously and helically extending along said shank and indented into said shank and said thread , said helical notch being proximal to but spaced apart from said tip , said helical notch being trapezoidal in cross section, and having a notch bottom , an open end opening at an outer peripheral surface of said shank oppositely of said notch bottom , and two opposite notch walls extending divergingly from said notch bottom to said open end , said open end being larger in width than said notch bottom .
A gateway adapter , including a) a PBX interface for connection to a PBX system entity , the PBX interface being configured to communicate with a PBX telephone terminal using PBX communication control data formatted for performing PBX call-processing services; b) a network interface for communicating with a packet switched network entity over a packet switched network , the network interface adapted to receive packet switched communication control data formatted for performing packet-switched call-processing services wherein at least one of the packet-switched call-processing services cannot be handled by the PBX telephone terminal ; and c) an interoperation functional unit associated with said PBX interface and with said network interface , said interoperation functional unit containing a device emulator that emulates a device of the packet switched network in communication with the packet switched network entity through the network interface and provide a bi-directional translation of control data exchanged between the PBX system entity and the packet switched network entity by modifying at least control data related to the at least one of the packet-switched call-processing services that cannot be handled by the PBX telephone terminal ; characterized in that said device emulator behaves during its interaction with a remote network services unit as a device that has been specifically designed to interact with the remote network services unit converting the form of the control data into a format that the remote network services unit can use. a) a PBX interface for connection to a PBX system entity , the PBX interface being configured to communicate with a PBX telephone terminal using PBX communication control data formatted for performing PBX call-processing services; b) a network interface for communicating with a packet switched network entity over a packet switched network , the network interface adapted to receive packet switched communication control data formatted for performing packet-switched call-processing services wherein at least one of the packet-switched call-processing services cannot be handled by the PBX telephone terminal ; and c) an interoperation functional unit associated with said PBX interface and with said network interface , said interoperation functional unit containing a device emulator that emulates a device of the packet switched network in communication with the packet switched network entity through the network interface and provide a bi-directional translation of control data exchanged between the PBX system entity and the packet switched network entity by modifying at least control data related to the at least one of the packet-switched call-processing services that cannot be handled by the PBX telephone terminal ; characterized in that
Seat rail assembly for fastening a seat assembly in a vehicle , having: a seat rail for fastening the seat assembly, wherein the seat rail has a metallic material; a fastening profile for receiving the seat rail , wherein the fastening profile has a plastic; wherein the fastening profile forms a receiving region , which is designed to receive the seat rail ; wherein the seat rail has a seat rail crown , which is arranged in the receiving region of the fastening profile in such a way that a wall section of the fastening profile at least partially surrounds the seat rail crown ; wherein the receiving region is defined by two lateral boundary walls , a lower boundary wall and an upper boundary wall , and wherein the upper boundary wall has an opening , such that the receiving region is open in a vertical direction . a seat rail for fastening the seat assembly, wherein the seat rail has a metallic material; a fastening profile for receiving the seat rail , wherein the fastening profile has a plastic; wherein the fastening profile forms a receiving region , which is designed to receive the seat rail ; wherein the seat rail has a seat rail crown , which is arranged in the receiving region of the fastening profile in such a way that a wall section of the fastening profile at least partially surrounds the seat rail crown ; wherein the receiving region is defined by two lateral boundary walls , a lower boundary wall and an upper boundary wall , and wherein the upper boundary wall has an opening , such that the receiving region is open in a vertical direction .
Collet chuck for wheels with centering means and clamping means which are configured to be moved against any wheel out of a series of wheels having different sizes for centering and for clamping, wherein the centering means comprise a plurality of centering fingers (3A1, 3B1, 3C1) which are distributed along the circumference and movable in a cross direction thereto towards the wheel, the clamping means comprise a plurality of clamping fingers (4A1, 4B1, 4C1) pressing the wheel downwards, and, below the clamping fingers, a plurality of support areas (4A2, 4B2, 4C2) which are assigned to the clamping fingers and configured to support the wheel edge in a small area against the clamping finger pressing force, characterized in that a coupling is provided which is configured to move, along with the movement of the centering and clamping means performed for centering, the support areas (4A2, 4B2, 4C2) towards the wheel edge area to be supported. with centering means and clamping means which are configured to be moved against any wheel out of a series of wheels having different sizes for centering and for clamping, wherein the centering means comprise a plurality of centering fingers (3A1, 3B1, 3C1) which are distributed along the circumference and movable in a cross direction thereto towards the wheel, the clamping means comprise a plurality of clamping fingers (4A1, 4B1, 4C1) pressing the wheel downwards, and, below the clamping fingers, a plurality of support areas (4A2, 4B2, 4C2) which are assigned to the clamping fingers and configured to support the wheel edge in a small area against the clamping finger pressing force,
A reciprocation module dimensioned to fit into a crib for replacing or to be placed under a mattress of the crib, characterized by : - a sheet-like membrane , which is able to be tensioned and loosened to create sag, which is able to withstand the weight of an infant, and which is configured to cover an area that is suitable for receiving and supporting an infant and which membrane extends along a first Cartesian dimension (Y) and a second Cartesian dimension (Z) to cover the area and has a thickness in the third Cartesian dimension (X), and - a tensioning mechanism attached to the membrane and configured to repeatedly adjust the tension of the sheet-like membrane in at least either first or second Cartesian dimension (Y, Z) for repeatedly reciprocating the at least one infant supported by the membrane . - a sheet-like membrane , which is able to be tensioned and loosened to create sag, which is able to withstand the weight of an infant, and which is configured to cover an area that is suitable for receiving and supporting an infant and which membrane extends along a first Cartesian dimension (Y) and a second Cartesian dimension (Z) to cover the area and has a thickness in the third Cartesian dimension (X), and - a tensioning mechanism attached to the membrane and configured to repeatedly adjust the tension of the sheet-like membrane in at least either first or second Cartesian dimension (Y, Z) for repeatedly reciprocating the at least one infant supported by the membrane .
A method of performing communication by a user equipment, UE, configured with a plurality of cells in a wireless communication system, the method comprising: receiving a Physical Downlink Control Channel, PDCCH, signal at an n -th first time unit among first time units of a first cell that each have a duration related to a first subcarrier spacing; determining an m -th second time unit among second time units of a second cell that each have a duration related to a second subcarrier spacing different from the first subcarrier spacing, wherein the m -th second time unit of the second cell is determined based on (i) carrier indicator information of the PDCCH signal, and (ii) timing offset information related to a timing offset delay for the UE; and transmitting a Physical Uplink Shared Channel, PUSCH, signal at the m -th second time unit of the second cell, wherein the m -th second time unit is determined as a second time unit separated by the timing offset delay after a k -th second time unit in the second cell, and the timing offset delay is expressed as a number of second time units, and wherein, based on the first subcarrier spacing being smaller than the second subcarrier spacing, the duration of each of the first time units is larger than the duration of each of the second time units, and the k -th second time unit is an earliest one of second time units of the second cell that overlap in time with the n -th first time unit of the first cell. receiving a Physical Downlink Control Channel, PDCCH, signal at an n -th first time unit among first time units of a first cell that each have a duration related to a first subcarrier spacing; determining an m -th second time unit among second time units of a second cell that each have a duration related to a second subcarrier spacing different from the first subcarrier spacing, wherein the m -th second time unit of the second cell is determined based on (i) carrier indicator information of the PDCCH signal, and (ii) timing offset information related to a timing offset delay for the UE; and transmitting a Physical Uplink Shared Channel, PUSCH, signal at the m -th second time unit of the second cell, wherein the m -th second time unit is determined as a second time unit separated by the timing offset delay after a k -th second time unit in the second cell, and the timing offset delay is expressed as a number of second time units, and wherein, based on the first subcarrier spacing being smaller than the second subcarrier spacing, the duration of each of the first time units is larger than the duration of each of the second time units, and the k -th second time unit is an earliest one of second time units of the second cell that overlap in time with the n -th first time unit of the first cell.
Coated composite component, comprising, in the following order, a composite component ; a fluorine-containing film and/or a fluorine-containing woven fabric, knit or warp-knit; and a peel ply ; wherein the area of the fluorine-containing film and/or of the fluorine-containing woven fabric, knit or warp-knit is smaller than the area of the peel ply and smaller than the surface of the composite component , characterized in that the peel ply does not cover the entire area of the fluorine-containing film and/or of the fluorine-containing woven fabric, knit or warp-knit, and at least all the edges of the fluorine-containing film and/or of the fluorine-containing woven fabric, knit or warp-knit are covered by the peel ply , wherein the fluorine-containing film and/or the fluorine-containing woven fabric, knit or warp-knit can be covered at least partially with a metal sheet .
A method of operating a wireless terminal (UE) in communication with a wireless communication network, the method comprising the wireless terminal: configuring a first group of component carriers for a communication link between the wireless terminal (UE) and the wireless communication network; while configured with the first group of component carriers, the wireless terminal transmits a first Medium Access Control, MAC, Control Element, CE, to the wireless communication network, wherein the first MAC CE includes a first bit map having a first bit map size with bits of the first bit map corresponding to respective component carriers of the first group of component carriers; configuring a second group of component carriers for the communication link between the wireless terminal (UE) and the wireless communication network wherein the first group of component carriers is different than the second group of component carriers; and while configured with the second group of component carriers, the wireless terminal transmits a second MAC CE to the wireless communication network, wherein the second MAC CE includes a second bit map having a second bit map size with bits of the second bit map corresponding to respective component carriers of the second group of component carriers, and wherein the first bit map size of the first bit map is different than the second bit map size of the second bit map. configuring a first group of component carriers for a communication link between the wireless terminal (UE) and the wireless communication network; while configured with the first group of component carriers, the wireless terminal transmits a first Medium Access Control, MAC, Control Element, CE, to the wireless communication network, wherein the first MAC CE includes a first bit map having a first bit map size with bits of the first bit map corresponding to respective component carriers of the first group of component carriers; configuring a second group of component carriers for the communication link between the wireless terminal (UE) and the wireless communication network wherein the first group of component carriers is different than the second group of component carriers; and while configured with the second group of component carriers, the wireless terminal transmits a second MAC CE to the wireless communication network, wherein the second MAC CE includes a second bit map having a second bit map size with bits of the second bit map corresponding to respective component carriers of the second group of component carriers, and wherein the first bit map size of the first bit map is different than the second bit map size of the second bit map.
Microfluidic device, characterized in that it has: - a first substrate (2.1) and a second substrate (2.2), - each substrate being made up of at least two superposed layers, a first layer made of paper and a second layer deposited on the first layer, made of a material based on vinylidene polymer, and having an external surface, - the first substrate comprising a first pattern forming a cavity on its external surface, - said substrates being joined together via their second layer by heat sealing, the second substrate covering said concavity. - a first substrate (2.1) and a second substrate (2.2), - each substrate being made up of at least two superposed layers, a first layer made of paper and a second layer deposited on the first layer, made of a material based on vinylidene polymer, and having an external surface, - the first substrate comprising a first pattern forming a cavity on its external surface, - said substrates being joined together via their second layer by heat sealing, the second substrate covering said concavity.
A method for providing near real-time IP streaming services to a plurality of mobile terminals , each installed on a corresponding vehicle and each comprising a delay buffer , the method comprising for each mobile terminal the steps of: - delivering by a service control center a main data stream to the mobile terminal through at least a first satellite logical or physical channel (D1); - continuously storing a portion of said main data stream into the local delay buffer ; - detecting at the mobile terminal missing data in the portion of the data stream stored in the delay buffer ; - sending a retransmission request of said missing data to the service control center , through at least second satellite logical or physical channel (U1); - transmitting to the mobile terminal buffer refilling data comprising said missing data, through at least a third satellite logical or physical channel (D2); wherein in the transmitting step the transmission of said missing data is managed over time by said service control center based on an information correlated to the distance between the vehicle and a forthcoming obstacle along a track run by said vehicle; wherein the step of sending a retransmission request includes sending information correlated to the position and velocity of said vehicle; wherein the method further comprises: - a step of storing a geographical database comprising information about the position of obstacles along tracks that can be run by said vehicle; - a step of evaluating a distance between the vehicle and the position of forthcoming obstacle along the track; wherein, in the transmitting step , the transmission of said missing data is managed over time by the service control center based on said evaluated distance. - delivering by a service control center a main data stream to the mobile terminal through at least a first satellite logical or physical channel (D1); - continuously storing a portion of said main data stream into the local delay buffer ; - detecting at the mobile terminal missing data in the portion of the data stream stored in the delay buffer ; - sending a retransmission request of said missing data to the service control center , through at least second satellite logical or physical channel (U1); - transmitting to the mobile terminal buffer refilling data comprising said missing data, through at least a third satellite logical or physical channel (D2); wherein in the transmitting step the transmission of said missing data is managed over time by said service control center based on an information correlated to the distance between the vehicle and a forthcoming obstacle along a track run by said vehicle; - a step of storing a geographical database comprising information about the position of obstacles along tracks that can be run by said vehicle; - a step of evaluating a distance between the vehicle and the position of forthcoming obstacle along the track;