mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink signal acknowledge method, comprising: receiving , by a base station or a transmission/reception point, TRP, an uplink signal that is sent by a terminal device and that is used to track the terminal device; and sending a downlink tracking acknowledge message to the terminal device, wherein the downlink tracking acknowledge message comprises at least one of the following: information about a status in which the base station or the TRP tracks the terminal device, timing advance information required by the terminal device to send an uplink tracking signal, power adjustment information required by the terminal device to send the uplink signal, and access control information of the terminal device; wherein the base station or the TRP is a high frequency base station or a high frequency TRP, and the downlink tracking acknowledge message further comprises beam information used by the high frequency base station or the high frequency TRP to track the terminal device. receiving , by a base station or a transmission/reception point, TRP, an uplink signal that is sent by a terminal device and that is used to track the terminal device; and sending a downlink tracking acknowledge message to the terminal device, wherein the downlink tracking acknowledge message comprises at least one of the following: information about a status in which the base station or the TRP tracks the terminal device, timing advance information required by the terminal device to send an uplink tracking signal, power adjustment information required by the terminal device to send the uplink signal, and access control information of the terminal device; wherein the base station or the TRP is a high frequency base station or a high frequency TRP, and the downlink tracking acknowledge message further comprises beam information used by the high frequency base station or the high frequency TRP to track the terminal device.
A method for suppressing chromatic aberration in a digital image with multiple color channels, the method comprising negatively correcting a first color channel by subtracting an overshoot component of the first color channel, wherein the subtraction is subject to a lower threshold, which is dependent on a local value of at least one further color channel, characterized in that the lower threshold value has a granularity of a group of multiple pixels, wherein the lower threshold value is set to a single value for said group of multiple pixels, and in that the subtraction has a granularity of one pixel. the method comprising negatively correcting a first color channel by subtracting an overshoot component of the first color channel, wherein the subtraction is subject to a lower threshold, which is dependent on a local value of at least one further color channel, characterized in that the lower threshold value has a granularity of a group of multiple pixels, wherein the lower threshold value is set to a single value for said group of multiple pixels, and in that the subtraction has a granularity of one pixel.
A metal-organic framework (MOF) comprising: a) a photosensitizer; and b) a plurality of metal-containing secondary building units (SBUs) linked together via bridging ligands, wherein the SBUs are metal oxo clusters. a) a photosensitizer; and b) a plurality of metal-containing secondary building units (SBUs) linked together via bridging ligands, wherein the SBUs are metal oxo clusters.
A multi-lumen catheter assembly, comprising: an elongate catheter tube defining at least two lumens that extend between proximal and distal ends of the catheter tube , the at least two lumens defined by an outer wall and a septum having an hourglass-shaped inner surface, wherein: an outer surface of the outer wall is defined by an outer wall radius; at least one of the lumens along at least a portion of the catheter tube includes a cross-sectional profile, comprising: a first inner surface of the at least one lumen opposite the septum , the first inner surface defined by a first radius (r1), the first radius (r1) being non-concentric with the outer wall radius; and two second inner surfaces of the at least one lumen that are each adjacent to the first inner surface and are defined by a second radius (r2). an outer surface of the outer wall is defined by an outer wall radius; at least one of the lumens along at least a portion of the catheter tube includes a cross-sectional profile, comprising: a first inner surface of the at least one lumen opposite the septum , the first inner surface defined by a first radius (r1), the first radius (r1) being non-concentric with the outer wall radius; and two second inner surfaces of the at least one lumen that are each adjacent to the first inner surface and are defined by a second radius (r2). a first inner surface of the at least one lumen opposite the septum , the first inner surface defined by a first radius (r1), the first radius (r1) being non-concentric with the outer wall radius; and two second inner surfaces of the at least one lumen that are each adjacent to the first inner surface and are defined by a second radius (r2).
A communication apparatus comprising: an antenna including a base having a dome shape, a first antenna element disposed in a first region including a zenith of the base , and a plurality of second antenna elements disposed in a second region of the base ; and beam forming circuitry which, in operation, controls, based on position information of a target satellite to communicate with, a beam formation of the first antenna element and the plurality of second antenna elements , characterized in that the plurality of second antenna elements are disposed on a curved surface of the base based on a generalized spiral sequence. an antenna including a base having a dome shape, a first antenna element disposed in a first region including a zenith of the base , and a plurality of second antenna elements disposed in a second region of the base ; and beam forming circuitry which, in operation, controls, based on position information of a target satellite to communicate with, a beam formation of the first antenna element and the plurality of second antenna elements , characterized in that the plurality of second antenna elements are disposed on a curved surface of the base based on a generalized spiral sequence.
Device for determining the position of a horological display for determining the instantaneous position of at least one display of a timepiece, including control means coordinating a time base and shape recognition means and optical acquisition means , that said device includes, arranged to identify said at least one display and monitor its travel in order to code its instantaneous position in relation to a fixed guide-mark , and controlling entries of its position at distinct instants in order to determine its mobility in relation to said fixed guide-mark , characterised in that said device includes depth position determination means to determine the depth position of the plane (PA) of said at least one display in relation to the plane (PR) of the fixed guide-mark , and that includes means for controlling the position of said optical acquisition means in relation to said fixed guide-mark , and/or means for controlling the focus of said optical acquisition means in relation to said at least one display , and/or at least additional optical acquisition means coupled with said optical acquisition means in order to monitor the same said at least one display and define its position in space by interferential determination, and/or means for illuminating at least one said display that are arranged to project its shadow on a fixed surface in relation to which said illumination means have a variable incidence and/or a variable position, controlled by said control means to move the projected shadow that is recognised by said shape recognition means for the determination of said display and of its movement.
An occupant protection device , comprising: a lap belt portion disposed, in a state wherein left and right ends are coupled to a left and right of a seat , on a front side of a waist portion (MW) of an occupant (MP) seated in the seat; and an airbag that is housed folded up in a housing region of the lap belt portion and, when inflation is completed by an inflating gas (G) being caused to flow in, has a lower face side as a supported face that is supported by a thigh portion (MF) of the occupant, and a rear face side as an occupant restraining face that receives an upper body (MU) of the occupant who moves forward, characterized in that : the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted. a lap belt portion disposed, in a state wherein left and right ends are coupled to a left and right of a seat , on a front side of a waist portion (MW) of an occupant (MP) seated in the seat; and an airbag that is housed folded up in a housing region of the lap belt portion and, when inflation is completed by an inflating gas (G) being caused to flow in, has a lower face side as a supported face that is supported by a thigh portion (MF) of the occupant, and a rear face side as an occupant restraining face that receives an upper body (MU) of the occupant who moves forward, characterized in that : the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted. the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas (G) from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted.
A device for reducing the number of filaments of a first fibre roving , with an apparatus for conveying the fibre roving along its longitudinal direction, with a spreading apparatus which spreads apart the first fibre roving and an apparatus for dividing the spread fibre roving into at least two second fibre rovings with a reduced number of filaments, characterised in that the spreading apparatus is a cylindrical body with a plurality of peripheral grooves which divide up in a fan shape in the peripheral direction of the body.
A positional input method comprising: determining , using a handheld device comprising a detector, to which display of a plurality of displays the detector is proximate; detecting , using the detector, at least a part of an optical pattern disposed on the display to which the detector is proximate, the part of the optical pattern corresponding to a location on the display; transmitting, using a transmitter in the handheld device, data representing the location of the handheld device to a computing device communicatively coupled to the handheld device; characterized in that : the display to which the detector is proximate is determined by: detecting , using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image. determining , using a handheld device comprising a detector, to which display of a plurality of displays the detector is proximate; detecting , using the detector, at least a part of an optical pattern disposed on the display to which the detector is proximate, the part of the optical pattern corresponding to a location on the display; transmitting, using a transmitter in the handheld device, data representing the location of the handheld device to a computing device communicatively coupled to the handheld device; characterized in that : the display to which the detector is proximate is determined by: detecting , using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image. detecting , using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image.
Gripping or clamping device for gripping or clamping objects , comprising an actuator and a drive which drives the actuator , and at least one jaw which is movably coupled to the actuator , an elastically deformable spring element being provided between the actuator and the jaw , a brake unit being provided, by means of which the actuator , or a component which is provided between the actuator and the drive and is movably coupled to the actuator , can be fixed when the object is gripped and the spring element is elastically deformed, the drive having a rotating drive shaft , and a drive transmission which has an output shaft being connected downstream of the drive shaft , the drive transmission being provided between the drive and the actuator , and characterized in that the brake unit fixes the drive shaft when the maximum or at least almost the maximum deformation of the spring element is reached, so that the kinetic energy of the moving mass, in order to increase gripping force, is stored in the spring element such that a gripping force is made available as a result, which gripping force is greater than a gripping force provided purely by the drive and is available when the drive shaft is fixed and the drive is switched off.
Roll for use as toilet paper, formed of a rolled strip of a cellulose-fibre product, said strip comprising at least three superposed and associated plies , said strip having a tensile strength R ST across its width , characterised in that : said strip has a total thickness E between 0.75 and 1.5 mm inclusive measured according to the ISO standard 12625-3, the product P of the total thickness E of the strip times its strength R ST is greater than 190 mm*N/m, and at least one of the plies of which said strip is formed is wet laid using a technique of the TAD type and/or at least one of the plies of which said strip is formed is wet laid using a technique of the CWP type. said strip has a total thickness E between 0.75 and 1.5 mm inclusive measured according to the ISO standard 12625-3, the product P of the total thickness E of the strip times its strength R ST is greater than 190 mm*N/m, and at least one of the plies of which said strip is formed is wet laid using a technique of the TAD type and/or at least one of the plies of which said strip is formed is wet laid using a technique of the CWP type.
A method comprising: entering a connected state with a wireless network by a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features; engaging in a positioning session with a location server; receiving a request for location measurements from the location server; deferring performing the location measurements until the UE is not in the connected state with the wireless network; entering an idle state wherein the UE is not connected with the wireless network, obtaining the location measurements while in the idle state; re-entering the connected state with the wireless network; and providing the location measurements to the location server; and wherein engaging in the positioning session with the location server comprises transmitting an indication to the location server or to the wireless network that the UE will defer performing location measurements for the positioning session until the UE is not in the connected state. entering a connected state with a wireless network by a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features; engaging in a positioning session with a location server; receiving a request for location measurements from the location server; deferring performing the location measurements until the UE is not in the connected state with the wireless network; entering an idle state wherein the UE is not connected with the wireless network, obtaining the location measurements while in the idle state; re-entering the connected state with the wireless network; and providing the location measurements to the location server; and wherein engaging in the positioning session with the location server comprises transmitting an indication to the location server or to the wireless network that the UE will defer performing location measurements for the positioning session until the UE is not in the connected state.
A method for data replication in a distributed storage system having a plurality of storage nodes interconnected by a remote direct memory access, RDMA, network, the storage nodes each having a processor, a memory, and an RDMA enabled network interface card, RNIC, operatively coupled to one another, the method comprising: writing , from a first RNIC at a first storage node by using an RDMA WRITE, a block of data from a first memory at the first storage node to a second memory at a second storage node via a second RNIC at the second storage node interconnected to the first RNIC in the RDMA network; sending , from the first RNIC to the second storage node by using an RDMA SEND, metadata representing the memory location and the data size of the written block of data in the second memory via the second RNIC; performing , by the second RNIC at the second storage node, modification of a memory descriptor in the second memory according to the metadata, the memory descriptor being a part of a data structure representing a work request pre-posted by the second server into a working queue for writing a copy of the block of data to a third storage node;and upon completion of modifying the memory descriptor, writing , from the second RNIC, a copy of the block of data to a third memory at the third storage node via a third RNIC at the third storage node interconnected to the second RNIC in the RDMA network, thereby achieving replication of the block of data in the distributed storage system without using the processors at the second and third storage nodes, wherein the pre-posted work request includes a WAIT followed by a WRITE conditioned on a RECV. writing , from a first RNIC at a first storage node by using an RDMA WRITE, a block of data from a first memory at the first storage node to a second memory at a second storage node via a second RNIC at the second storage node interconnected to the first RNIC in the RDMA network; sending , from the first RNIC to the second storage node by using an RDMA SEND, metadata representing the memory location and the data size of the written block of data in the second memory via the second RNIC; performing , by the second RNIC at the second storage node, modification of a memory descriptor in the second memory according to the metadata, the memory descriptor being a part of a data structure representing a work request pre-posted by the second server into a working queue for writing a copy of the block of data to a third storage node;and upon completion of modifying the memory descriptor, writing , from the second RNIC, a copy of the block of data to a third memory at the third storage node via a third RNIC at the third storage node interconnected to the second RNIC in the RDMA network, thereby achieving replication of the block of data in the distributed storage system without using the processors at the second and third storage nodes, wherein the pre-posted work request includes a WAIT followed by a WRITE conditioned on a RECV.
An enclosure for a circuit breaker , the enclosure comprising: a first end and a second end , the first end and the second end being at opposing ends of the enclosure ; a wall that defines at least a portion of an interior region of the enclosure , the interior region sized to house a dielectric insulating medium and a circuit interrupter ; and a pass-through extending through at least a portion of the wall , the pass-through having a pathway that includes a first open end and a second open end , the first open end being adjacent to the first end of the enclosure , the second open end being adjacent to the second end of the enclosure , the first and second open ends being in fluid communication with each other across the pathway , wherein the pathway is not in direct fluid communication with the interior region , characterized in that an inner side of the wall defines at least a portion of the interior region , and wherein at least a portion of the pass-through sits within the interior region along a portion of the inner side of the wall . a first end and a second end , the first end and the second end being at opposing ends of the enclosure ; a wall that defines at least a portion of an interior region of the enclosure , the interior region sized to house a dielectric insulating medium and a circuit interrupter ; and a pass-through extending through at least a portion of the wall , the pass-through having a pathway that includes a first open end and a second open end , the first open end being adjacent to the first end of the enclosure , the second open end being adjacent to the second end of the enclosure , the first and second open ends being in fluid communication with each other across the pathway , wherein the pathway is not in direct fluid communication with the interior region , characterized in that an inner side of the wall defines at least a portion of the interior region , and wherein at least a portion of the pass-through sits within the interior region along a portion of the inner side of the wall .
A system for removing undesired materials from a chiller refrigerant of a refrigeration system, comprising: a purge configured to connect with a condenser of the refrigeration system in a free-flow circulatory relationship, in which the purge is connected by supply and return lines opening into a vapor space of the condenser, the purge including an inlet to receive the chiller refrigerant from the condenser, the purge configured to remove one or more non-condensable gases from the chiller refrigerant, the purge further including an outlet to return the chiller refrigerant to the refrigeration system; and an acid filter fluidly connected to the purge and configured to remove one or more acids from the refrigerant. a purge configured to connect with a condenser of the refrigeration system in a free-flow circulatory relationship, in which the purge is connected by supply and return lines opening into a vapor space of the condenser, the purge including an inlet to receive the chiller refrigerant from the condenser, the purge configured to remove one or more non-condensable gases from the chiller refrigerant, the purge further including an outlet to return the chiller refrigerant to the refrigeration system; and an acid filter fluidly connected to the purge and configured to remove one or more acids from the refrigerant.