mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: replicating each data block of a plurality of data blocks (121-124) on at least a minimum number of respective one or more replicate nodes of a plurality of nodes (A-C); requesting, by a first node of the plurality of nodes (A-C), write access to one or more data blocks of the plurality of data blocks (121-124), comprising acquiring, for the one or more data blocks, a write lock that provides exclusive access to the one or more data blocks by the first node; based on said requesting said write access: modifying a heatmap , and replicating the one or more data blocks to the first node, thus creating more than the minimum number of replicate nodes for the one or more data blocks; releasing, for the one or more data blocks, the write lock, comprising selecting a subset of the plurality of nodes (A-C) to remain replicate nodes for the one or more data blocks, wherein said subset includes the first node and has the minimum number of replicate nodes for the one or more data blocks; adjusting, based on the heatmap , the minimum number of respective one or more replicate nodes for at least one data block of the one or more data blocks. replicating each data block of a plurality of data blocks (121-124) on at least a minimum number of respective one or more replicate nodes of a plurality of nodes (A-C); requesting, by a first node of the plurality of nodes (A-C), write access to one or more data blocks of the plurality of data blocks (121-124), comprising acquiring, for the one or more data blocks, a write lock that provides exclusive access to the one or more data blocks by the first node; based on said requesting said write access: modifying a heatmap , and replicating the one or more data blocks to the first node, thus creating more than the minimum number of replicate nodes for the one or more data blocks; modifying a heatmap , and replicating the one or more data blocks to the first node, thus creating more than the minimum number of replicate nodes for the one or more data blocks; releasing, for the one or more data blocks, the write lock, comprising selecting a subset of the plurality of nodes (A-C) to remain replicate nodes for the one or more data blocks, wherein said subset includes the first node and has the minimum number of replicate nodes for the one or more data blocks; adjusting, based on the heatmap , the minimum number of respective one or more replicate nodes for at least one data block of the one or more data blocks.
A direct evaporator apparatus for use in an organic Rankine cycle energy recovery system, comprising: (a) a housing comprising a heat source gas inlet , and a heat source gas outlet , the housing defining a heat source gas flow path from the inlet to the outlet; and (b) a heat exchange tube disposed within the heat source flow path, the heat exchange tube being configured to accommodate an organic Rankin cycle working fluid, the heat exchange tube comprising a working fluid inlet and a working fluid outlet; wherein the heat source gas inlet and the heat source gas outlet are configured such that at least a portion of a heat source gas exiting the heat source gas outlet is in thermal contact with a heat source gas entering the direct evaporator apparatus via the heat source gas inlet ; wherein the heat exchange tube defines three zones, a first zone adjacent to the heat source gas outlet , a second zone adjacent to the heat source gas inlet , and a third zone disposed between the first zone and the second zone ; and wherein said thermal contact takes place with the heat source gas across a heat-transmissive barrier at least one of before and after the heat source gas contacts the second zone . (a) a housing comprising a heat source gas inlet , and a heat source gas outlet , the housing defining a heat source gas flow path from the inlet to the outlet; and (b) a heat exchange tube disposed within the heat source flow path, the heat exchange tube being configured to accommodate an organic Rankin cycle working fluid, the heat exchange tube comprising a working fluid inlet and a working fluid outlet;
A fixing film (2θ) having an endless shape, wherein the fixing film comprises at least a base material , an elastic layer , and a release layer in this order, the release layer comprises a tube comprising a fluorine resin, and a value of Xe/Xm is 1.20 or more, where when, in a chart of an X-ray diffraction peaks obtained by measuring the release layer with a reflection X-ray diffraction method, a maximum X-ray diffraction strength at 2θ = 17 to 19° is defined as Ic, a maximum X-ray diffraction strength at 2θ = 39.5 to 40.5° is defined as Ia, and a value of Ic/Ia is defined as X, and a length in a direction along a rotational axis of the fixing film is defined as L, Xe represents an average value of the X in an edge region up to 0.15 L from each opposite edge in the direction along the rotational axis of the fixing film, and Xm represents an average value of the X in a central region with a length in the direction along the rotational axis of 0.70 L present between the two edge regions, measured according to the method defined in the description. the fixing film comprises at least a base material , an elastic layer , and a release layer in this order, the release layer comprises a tube comprising a fluorine resin, and a value of Xe/Xm is 1.20 or more, where when, in a chart of an X-ray diffraction peaks obtained by measuring the release layer with a reflection X-ray diffraction method, a maximum X-ray diffraction strength at 2θ = 17 to 19° is defined as Ic, a maximum X-ray diffraction strength at 2θ = 39.5 to 40.5° is defined as Ia, and a value of Ic/Ia is defined as X, and a length in a direction along a rotational axis of the fixing film is defined as L, Xe represents an average value of the X in an edge region up to 0.15 L from each opposite edge in the direction along the rotational axis of the fixing film, and Xm represents an average value of the X in a central region with a length in the direction along the rotational axis of 0.70 L present between the two edge regions, measured according to the method defined in the description.
A composition comprising: a lipid; and a copolymer, wherein the copolymer comprises monomer units of styrene, and monomer units selected from acrylic acid, and an acrylic acid derivative optionally wherein the acrylic acid derivative is selected from acrylate, acrylate ester, acrylamide, and N-substituted acrylamide; wherein the lipid and copolymer are in the form of a nanodisc assembly. a lipid; and a copolymer, wherein the copolymer comprises monomer units of styrene, and monomer units selected from acrylic acid, and an acrylic acid derivative optionally wherein the acrylic acid derivative is selected from acrylate, acrylate ester, acrylamide, and N-substituted acrylamide; wherein the lipid and copolymer are in the form of a nanodisc assembly.
Attachment for a device for generating an air flow, preferably a warm air flow, or for dispensing a fluid, which attachment is designed to be inserted at least in sections into an external auditory canal of a human or animal ear, wherein the attachment has a connecting piece for connection to the device , wherein the attachment comprises a tongue-shaped guide vane protruding from the connecting piece for guiding air flowing out of the device or fluid discharged from the device , with a guide vane base and wherein the guide vane is arranged downstream of the connecting piece in the flow direction of the air flow or fluid, wherein, when viewing a longitudinal cross-section of the attachment , the guide vane base intersects a longitudinal axis of the attachment , which longitudinal axis runs through the center of a cross-section of the connecting piece that is normal to the longitudinal cross-section, characterized in that at least one flow element is provided, which flow element protrudes from the guide vane base in order to swirl the air flowing out of the device or the fluid flowing out of the device .
A breather device that separates engine oil contained in blow-by gas, the breather device comprising: a first route through which the blow-by gas flows; an acceleration route that is connected to a downstream side of the first route and has a smaller channel cross-sectional area than the first route ; a branching route that is connected to a downstream side of the acceleration route , includes a wall portion that is orthogonal to the acceleration route , and is branched into two routes by the wall portion; and a turn-back route that is connected to one of the branched routes of the branching route and is turned back in a manner to be parallel to the acceleration route and to have a reverse advancing direction from that of the acceleration route , characterized in that the breather device further comprising: a merging route that is formed on a downstream side of the branching route and that merges the two branched routes of the branching route . a first route through which the blow-by gas flows; an acceleration route that is connected to a downstream side of the first route and has a smaller channel cross-sectional area than the first route ; a branching route that is connected to a downstream side of the acceleration route , includes a wall portion that is orthogonal to the acceleration route , and is branched into two routes by the wall portion; and a turn-back route that is connected to one of the branched routes of the branching route and is turned back in a manner to be parallel to the acceleration route and to have a reverse advancing direction from that of the acceleration route , characterized in that the breather device further comprising: a merging route that is formed on a downstream side of the branching route and that merges the two branched routes of the branching route .
A resource configuration method, wherein the method comprises: receiving physical downlink control channel, PDCCH, signaling, wherein the PDCCH signaling is used to trigger a random access procedure; switching to a target uplink bandwidth part, BWP, wherein the target uplink BWP comprises a physical random access channel, PRACH, resource; and sending a preamble sequence by using the PRACH resource comprised in the target uplink BWP; wherein the PDCCH signaling comprises the identifier of the target uplink BWP, and the target uplink BWP is an uplink BWP identified by the identifier of the target uplink BWP receiving physical downlink control channel, PDCCH, signaling, wherein the PDCCH signaling is used to trigger a random access procedure; switching to a target uplink bandwidth part, BWP, wherein the target uplink BWP comprises a physical random access channel, PRACH, resource; and sending a preamble sequence by using the PRACH resource comprised in the target uplink BWP; wherein the PDCCH signaling comprises the identifier of the target uplink BWP, and the target uplink BWP is an uplink BWP identified by the identifier of the target uplink BWP
A core layer for an information carrying card, comprising: a thermoplastic layer defining at least one cavity therein; an inlay layer comprising a sheet of metal or metal containing material, at least one portion of the inlayer layer disposed inside the at least one cavity of the thermoplastic layer; and a crosslinked polymer composition disposed over the thermoplastic layer and contacting the inlayer layer. a thermoplastic layer defining at least one cavity therein; an inlay layer comprising a sheet of metal or metal containing material, at least one portion of the inlayer layer disposed inside the at least one cavity of the thermoplastic layer; and a crosslinked polymer composition disposed over the thermoplastic layer and contacting the inlayer layer.
A method of controlling a plurality of trackless vehicles , comprising: transmitting, from a controller, a first instruction to a first one of the plurality of trackless vehicles to begin travel at a first time along a corresponding one of a plurality of paths leading to a predefined area; transmitting, from the controller, when the first trackless vehicle has traveled to an end of the corresponding path, a second instruction to the first trackless vehicle regarding travel along a predefined area path in order to achieve a time interval between the first trackless vehicle and a second trackless vehicle , wherein the time interval is based on the throughput value, which is the number of trackless vehicles in the predefined area at a given time, wherein the second instruction comprises dynamic routing along dynamic paths based on the position of the first trackless vehicle in the predefined area and a remaining time within the time interval since the first trackless vehicle was dispatched into the predefined area, and wherein the first time is based on the time interval and the number of trackless vehicles in the plurality of trackless vehicles outside of the predefined area. transmitting, from a controller, a first instruction to a first one of the plurality of trackless vehicles to begin travel at a first time along a corresponding one of a plurality of paths leading to a predefined area; transmitting, from the controller, when the first trackless vehicle has traveled to an end of the corresponding path, a second instruction to the first trackless vehicle regarding travel along a predefined area path in order to achieve a time interval between the first trackless vehicle and a second trackless vehicle , wherein the time interval is based on the throughput value, which is the number of trackless vehicles in the predefined area at a given time, wherein the second instruction comprises dynamic routing along dynamic paths based on the position of the first trackless vehicle in the predefined area and a remaining time within the time interval since the first trackless vehicle was dispatched into the predefined area, and wherein the first time is based on the time interval and the number of trackless vehicles in the plurality of trackless vehicles outside of the predefined area.
A handle assembly for receiving a surgical tool, the handle assembly comprising a handle and a locking mechanism attached to the handle , the locking mechanism comprising: a locking ring moveable between first and second positions relative to the handle , a collet having a central through hole for receiving the surgical tool, a compressible locking pin disposed between and engageable with the locking ring and the collet , and a retaining ring having a through hole for receiving the locking pin , wherein the locking ring includes a cam for camming against the locking pin . a locking ring moveable between first and second positions relative to the handle , a collet having a central through hole for receiving the surgical tool, a compressible locking pin disposed between and engageable with the locking ring and the collet , and a retaining ring having a through hole for receiving the locking pin , wherein the locking ring includes a cam for camming against the locking pin .
Container closure comprising - a base part , - a pouring region which has a circumferential wall that extends around a reference axis of the container closure and extends axially from the base part to a circumferential upper edge of the pouring region , which edge surrounds a drinking opening , and - a cap part which is connected to the base part by a hinge and can be rotated back and forth between a closed position and an open position about a pivot axis extending perpendicularly to the reference axis , the cap part having a base and a circumferential outer wall which surrounds an inner surface of the base and extends axially from the base to a circumferential lower edge of the cap part , the outer wall and the base of the cap part together surrounding and covering the pouring region in the closed position, the cap part having an anchor wall which extends at a radial distance from the outer wall outside the outer wall and is rigidly connected to the lower edge of the cap part by a bridge of the cap part , which bridge extends radially outward from the lower edge of the cap part , and, in the closed position, the anchor wall projecting from the bridge in a direction opposite the base part and the hinge being connected to the anchor wall and extending from the anchor wall in the direction of the base part , characterized in that a channel is formed by the anchor wall , the bridge and a surface of the outer wall opposite the bridge, which channel extends circumferentially and opens on the circumferential side at two opposite ends, as well as in a direction opposite to the base part . - a base part , - a pouring region which has a circumferential wall that extends around a reference axis of the container closure and extends axially from the base part to a circumferential upper edge of the pouring region , which edge surrounds a drinking opening , and - a cap part which is connected to the base part by a hinge and can be rotated back and forth between a closed position and an open position about a pivot axis extending perpendicularly to the reference axis , the cap part having a base and a circumferential outer wall which surrounds an inner surface of the base and extends axially from the base to a circumferential lower edge of the cap part , the outer wall and the base of the cap part together surrounding and covering the pouring region in the closed position, the cap part having an anchor wall which extends at a radial distance from the outer wall outside the outer wall and is rigidly connected to the lower edge of the cap part by a bridge of the cap part , which bridge extends radially outward from the lower edge of the cap part , and, in the closed position, the anchor wall projecting from the bridge in a direction opposite the base part and the hinge being connected to the anchor wall and extending from the anchor wall in the direction of the base part , characterized in that a channel is formed by the anchor wall , the bridge and a surface of the outer wall opposite the bridge, which channel extends circumferentially and opens on the circumferential side at two opposite ends, as well as in a direction opposite to the base part .
A method of preparing 1,3-cyclopentanediol, comprising adding a catalyst to 4-hydroxy-2-cyclopentenone to produce 1,3-cyclopentanediol, wherein the catalyst is a ruthenium catalyst from which the surface oxide layer is removed, wherein the ruthenium catalyst from which the surface oxide layer is removed is prepared by heat-treating ruthenium, and wherein the ruthenium catalyst from which the surface oxide layer is removed is included in an amount of 0.05 to 0.3 parts by weight based on 100 parts by weight of 4-hydroxy-2-cyclopentenone. adding a catalyst to 4-hydroxy-2-cyclopentenone to produce 1,3-cyclopentanediol, wherein the catalyst is a ruthenium catalyst from which the surface oxide layer is removed, wherein the ruthenium catalyst from which the surface oxide layer is removed is prepared by heat-treating ruthenium, and wherein the ruthenium catalyst from which the surface oxide layer is removed is included in an amount of 0.05 to 0.3 parts by weight based on 100 parts by weight of 4-hydroxy-2-cyclopentenone.
A piece of furniture comprising - a body provided with at least one panel , - the panel 10 being provided with at least one decorative pattern embedded in a transparent coating layer , characterized in that - the decorative pattern comprises a fabric made of extruded bulk-dyed synthetic fibers, - wherein said fabric is at least partially metallized, - wherein fabric is placed so as not to be coplanar with the inside of transparent coating layer . - a body provided with at least one panel , - the panel 10 being provided with at least one decorative pattern embedded in a transparent coating layer , characterized in that - the decorative pattern comprises a fabric made of extruded bulk-dyed synthetic fibers, - wherein said fabric is at least partially metallized, - wherein fabric is placed so as not to be coplanar with the inside of transparent coating layer .
A monitoring device for monitoring an optical signal conveying informative symbols to be processed by an optical transceiver , said monitoring device comprising: - a first interface with a controller , - a second interface with the optical transceiver , - a monitoring processing unit , the monitoring processing unit being adapted: - to be configured with a signal processing algorithm received through the first interface , - to receive raw samples through the second interface , said raw samples corresponding to a portion from the optical signal prior to conversion of said portion into informative symbols, - to evaluate a set of monitoring parameters by processing the raw samples according to the signal processing algorithm. - a first interface with a controller , - a second interface with the optical transceiver , - a monitoring processing unit , - to be configured with a signal processing algorithm received through the first interface , - to receive raw samples through the second interface , said raw samples corresponding to a portion from the optical signal prior to conversion of said portion into informative symbols, - to evaluate a set of monitoring parameters by processing the raw samples according to the signal processing algorithm.
Spectacle lens for a display device that can be fitted on the head of a user and generates an image, wherein the spectacle lens comprises a front side , a rear side and an edge connecting the front and rear side , a coupling-in section and a coupling-out section spaced apart from the coupling-in section , as well as a light guiding channel which is suitable for guiding light bundles of pixels of the generated image, which are coupled into the spectacle lens via the coupling-in section of the spectacle lens , in the spectacle lens along a first direction to the coupling-out section , by which they are coupled out of the spectacle lens , wherein the spectacle lens is constructed in several parts and comprises a first partial spectacle lens and a second partial spectacle lens connected thereto, and wherein the light guiding channel runs in the first partial spectacle lens and the two partial spectacle lenses are connected to each other via contact surfaces which extend from the front side to the rear side , wherein the contact surfaces extend from the edge of the spectacle lens along a predetermined length in a second direction, characterized in that the second direction runs transversely with respect to the first direction.
A method of determining whether a basestation in a communications network has changed position, the method comprising: at a first time, detecting signals transmitted by a plurality of neighbouring basestations and identifying said neighbouring basestations at the first time; at a second time, detecting signals transmitted by a plurality of neighbouring basestations and identifying said neighbouring basestations at the second time; determining whether the basestation has changed position based on the detected signals at the first time and at the second time, by determining whether the neighbouring basestations identified at the first time are substantially the same as the neighbouring basestations identified at the second time; and responsive to determining that the basestation has changed position, sending an alarm signal to an operator of the communications network. at a first time, detecting signals transmitted by a plurality of neighbouring basestations and identifying said neighbouring basestations at the first time; at a second time, detecting signals transmitted by a plurality of neighbouring basestations and identifying said neighbouring basestations at the second time; determining whether the basestation has changed position based on the detected signals at the first time and at the second time, by determining whether the neighbouring basestations identified at the first time are substantially the same as the neighbouring basestations identified at the second time; and responsive to determining that the basestation has changed position, sending an alarm signal to an operator of the communications network.