mhurhangee/patent-ind-claim-en huggingface dataset:
A portable communication device , comprising: a first housing structure ; a second housing structure rotatable between a first position in which the second housing structure is folded to face the first housing structure , and a second position in which the second housing structure is unfolded in parallel with a side of the first housing structure ; a hinge structure rotatably coupling the first housing structure and the second housing structure ; a hinge cover disposed between the first housing structure and the second housing structure to cover the hinge structure; a display including: a first portion disposed in the first housing structure , a second portion disposed in the second housing structure , and a folding portion provided between the first portion and the second portion and disposed corresponding to the hinge cover ; characterised in that at least one sealing member is mounted on the hinge cover , the at least one sealing member having its bottom or side attached to the hinge cover , and the at least one sealing member being configured to contact an end of two opposite ends of the folding portion at an edge of the display to prevent accumulation of foreign bodies between the hinge cover and the display . a first housing structure ; a second housing structure rotatable between a first position in which the second housing structure is folded to face the first housing structure , and a second position in which the second housing structure is unfolded in parallel with a side of the first housing structure ; a hinge structure rotatably coupling the first housing structure and the second housing structure ; a hinge cover disposed between the first housing structure and the second housing structure to cover the hinge structure; a display including: a first portion disposed in the first housing structure , a second portion disposed in the second housing structure , and a folding portion provided between the first portion and the second portion and disposed corresponding to the hinge cover ; a first portion disposed in the first housing structure , a second portion disposed in the second housing structure , and a folding portion provided between the first portion and the second portion and disposed corresponding to the hinge cover ; characterised in that at least one sealing member is mounted on the hinge cover , the at least one sealing member having its bottom or side attached to the hinge cover , and the at least one sealing member being configured to contact an end of two opposite ends of the folding portion at an edge of the display to prevent accumulation of foreign bodies between the hinge cover and the display .
Door system, comprising a door leaf , a door frame , a plurality of door hinges and a protective profile , wherein the door leaf is arranged on the door frame so as to be pivotable via the door hinges , wherein the door leaf can be transferred from an open state into a closed state and vice versa by a pivoting movement, wherein the protective profile is arranged between an upper one of the door hinges and a lower one of the door hinges and at least partially covers a gap between the door leaf and the door frame in the open state of the door leaf , wherein the protective profile has a cavity, characterized in that a drive is arranged in the cavity, which drive is designed to cause the pivoting movement.
Method for rolling hard-fine machining of a toothing of a workpiece by means of a grinding tool , in particular by means of a grinding worm , in which the grinding tool is mounted on a tool spindle and rotates about the tool axis (a) while the grinding tool is in engagement with the toothing , wherein the grinding tool is guided relative to the toothing during the machining in order to grind the toothing over its width (B), and wherein the grinding tool rotates at a non-constant rotational speed during its engagement with the toothing at least over a portion of the width (B), characterized in that the rotational speed (n) of the grinding tool during its engagement with the toothing has a constant basic value on which an additionally time-varying rotational speed function is superimposed, wherein the time-varying rotational speed function is periodic or wherein the time-varying rotational speed function has a stochastic character.
A solar cell cut into a plurality of sub-cells, comprising: the plurality of sub-cells, each of the sub-cells comprising a singulated and physically separated semiconductor substrate portion of a single semiconductor substrate, wherein adjacent ones of the singulated and physically separated semiconductor substrate portions have a groove there between; and a monolithic metallization structure disposed on the semiconductor substrate, wherein a portion of the monolithic metallization structure couples ones of the plurality of sub-cells such that the metallization structure acts as a backplane to hold the sub-cells together, thereby enabling interconnection of the sub-cells, wherein the groove between adjacent ones of the singulated and physically separated semiconductor substrate portions exposes a portion of the monolithic metallization structure. the plurality of sub-cells, each of the sub-cells comprising a singulated and physically separated semiconductor substrate portion of a single semiconductor substrate, wherein adjacent ones of the singulated and physically separated semiconductor substrate portions have a groove there between; and a monolithic metallization structure disposed on the semiconductor substrate, wherein a portion of the monolithic metallization structure couples ones of the plurality of sub-cells such that the metallization structure acts as a backplane to hold the sub-cells together, thereby enabling interconnection of the sub-cells, wherein the groove between adjacent ones of the singulated and physically separated semiconductor substrate portions exposes a portion of the monolithic metallization structure.
An input/output, I/O, cluster , comprising: a first column and a second column of I/O pads, each column comprising a first I/O pad pair , the first I/O pad pair comprising: a first I/O pad comprising a first type transistor disposed at a first end of the first I/O pad , and a second type transistor disposed away from the first end of the first I/O pad ; and a second I/O pad comprising another first type transistor disposed at a first end of the second I/O pad , and another second type transistor disposed away from the first end, the second I/O pad being adjacent to and positioned side-by-side with the first I/O pad so the first type transistor is closer to the other first type transistor than to the other second type transistor and the second type transistor is closer to the other second type transistor than to the other first type transistor ; wherein the second column of I/O pads abuts the first column of I/O pads such that the first end of each I/O pad in the second column of I/O pads abuts the first end of an I/O pad in the first column of I/O pads. a first I/O pad comprising a first type transistor disposed at a first end of the first I/O pad , and a second type transistor disposed away from the first end of the first I/O pad ; and a second I/O pad comprising another first type transistor disposed at a first end of the second I/O pad , and another second type transistor disposed away from the first end, the second I/O pad being adjacent to and positioned side-by-side with the first I/O pad so the first type transistor is closer to the other first type transistor than to the other second type transistor and the second type transistor is closer to the other second type transistor than to the other first type transistor ;
A method of determining an operational configuration of an asset , wherein the asset refers to a device, a system, an instrument or a machinery manufactured or used in an industry or any other installation employed for performing an operation, the method comprising: receiving, by a processing unit , a set of operating parameters associated with the asset , wherein the set of operating parameters correspond to initial operating conditions of the asset ; identifying data associated with the asset based on the received set of operating parameters, wherein the data associated with the asset is stored in a first knowledge database comprising information pertaining to a first digital twin of the asset , wherein the first digital twin represents a generic replica of the asset which represents a normalized cumulative model for an asset ; configuring a second digital twin of the asset based on the data identified from the first knowledge database , wherein the second digital twin of the asset is derived from the first digital twin based on the data identified from the first knowledge database and depicts a variant of the asset ; simulating a behavior of the asset based on the configured second digital twin of the asset in a simulation environment; and determining the operational configuration associated with the variant of the asset based on results of the simulation. receiving, by a processing unit , a set of operating parameters associated with the asset , wherein the set of operating parameters correspond to initial operating conditions of the asset ; identifying data associated with the asset based on the received set of operating parameters, wherein the data associated with the asset is stored in a first knowledge database comprising information pertaining to a first digital twin of the asset , wherein the first digital twin represents a generic replica of the asset which represents a normalized cumulative model for an asset ; configuring a second digital twin of the asset based on the data identified from the first knowledge database , wherein the second digital twin of the asset is derived from the first digital twin based on the data identified from the first knowledge database and depicts a variant of the asset ; simulating a behavior of the asset based on the configured second digital twin of the asset in a simulation environment; and determining the operational configuration associated with the variant of the asset based on results of the simulation.
A thermal printer in which a thermal head frame having a thermal head mounted thereon is attachable to and detachable from a printer body , the thermal printer comprising: the thermal head frame which has a convex portion provided at one end thereof and has a claw portion provided at the other end thereof; a pair of thermal head frame mounting portions which is provided in the printer body to oppose each other at an interval that is smaller than a width of the thermal head frame and in which a hole into which the convex portion is inserted and a hole into which the claw portion is inserted are formed; and a spring member which is provided between the pair of thermal head frame mounting portions , and between the convex portion and the claw portion ; a biasing force of the spring member being configured to be applied to a rear surface of the thermal head frame ; characterized in that a protrusion is provided in a part of the thermal head frame where the spring member abuts on the thermal head frame during attachment and detachment. the thermal head frame which has a convex portion provided at one end thereof and has a claw portion provided at the other end thereof; a pair of thermal head frame mounting portions which is provided in the printer body to oppose each other at an interval that is smaller than a width of the thermal head frame and in which a hole into which the convex portion is inserted and a hole into which the claw portion is inserted are formed; and a spring member which is provided between the pair of thermal head frame mounting portions , and between the convex portion and the claw portion ; a biasing force of the spring member being configured to be applied to a rear surface of the thermal head frame ; characterized in that a protrusion is provided in a part of the thermal head frame where the spring member abuts on the thermal head frame during attachment and detachment.
A pulse generator adapted for use with a lead having a plurality of electrodes (E1-En), comprising: memory circuitry including a steering memory , a pulse memory and an aggregate memory , and which is configured to store a plurality of pulse programs in the pulse memory , wherein each of the plurality of pulse programs defines a pulse shape, a plurality of steering programs in the steering memory , wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory , wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and one or more control circuits configured to execute one or more of the aggregate instructions, wherein each aggregate instruction when executed forms a stimulation waveform having the pulse shape defined by its linked pulse program at two or more of the electrodes in accordance with the stimulation polarities and the allocations of the current as defined by its linked steering program. memory circuitry including a steering memory , a pulse memory and an aggregate memory , and which is configured to store a plurality of pulse programs in the pulse memory , wherein each of the plurality of pulse programs defines a pulse shape, a plurality of steering programs in the steering memory , wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory , wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and a plurality of steering programs in the steering memory , wherein each of the plurality of steering programs defines for each of the plurality of electrodes a stimulation polarity and an allocation of a current, and a plurality of aggregate instructions in the aggregate memory , wherein each of the aggregate instructions links one of the plurality of pulse programs with one of the plurality of steering programs; and one or more control circuits configured to execute one or more of the aggregate instructions, wherein each aggregate instruction when executed forms a stimulation waveform having the pulse shape defined by its linked pulse program at two or more of the electrodes in accordance with the stimulation polarities and the allocations of the current as defined by its linked steering program.
A battery pack , which includes a plurality of battery modules and a pack case for fixedly installing the battery modules therein, the battery pack comprising: the pack case having a pack tray configured to support a lower portion of the battery modules and a pack cover configured to cover the battery modules and contact a top surface of the battery modules , characterized by a heatsink installed at an upper portion of the pack cover , wherein the pack cover includes a terminal connection unit provided to an inner surface of a top thereof to electrically connect electrode terminals of the battery modules . the pack case having a pack tray configured to support a lower portion of the battery modules and a pack cover configured to cover the battery modules and contact a top surface of the battery modules , characterized by a heatsink installed at an upper portion of the pack cover , wherein the pack cover includes a terminal connection unit provided to an inner surface of a top thereof to electrically connect electrode terminals of the battery modules .
A path detection method, performed by a controller, the path detection method comprising: when there are multiple equivalent paths between a source virtual extensible local area network, VXLAN, tunnel endpoint, VTEP, and a destination VTEP, generating M VXLAN probe packets according to a source User Datagram Protocol, UDP, port number, a destination UDP port number, and a probe identifier, wherein M is greater than or equal to 2; sending the M VXLAN probe packets to the source VTEP, so that the source VTEP forwards the M VXLAN probe packets to the destination VTEP by using the multiple equivalent paths; receiving VXLAN advertisement packets reported by the source VTEP, the destination VTEP, and intermediate nodes in the multiple equivalent paths according to the M VXLAN probe packets; and detecting , according to the VXLAN advertisement packet, whether a fault occurs in a path of the multiple equivalent paths between the source VTEP and the destination VTEP. when there are multiple equivalent paths between a source virtual extensible local area network, VXLAN, tunnel endpoint, VTEP, and a destination VTEP, generating M VXLAN probe packets according to a source User Datagram Protocol, UDP, port number, a destination UDP port number, and a probe identifier, wherein M is greater than or equal to 2; sending the M VXLAN probe packets to the source VTEP, so that the source VTEP forwards the M VXLAN probe packets to the destination VTEP by using the multiple equivalent paths; receiving VXLAN advertisement packets reported by the source VTEP, the destination VTEP, and intermediate nodes in the multiple equivalent paths according to the M VXLAN probe packets; and detecting , according to the VXLAN advertisement packet, whether a fault occurs in a path of the multiple equivalent paths between the source VTEP and the destination VTEP.
A glucoamylase variant, which has an improved property relative to the parent glucoamylase consisting of the polypeptide of SEQ ID NO: 3, wherein the improved properties are increased thermostability and increased glucose tolerance, comprising a substitution at one or more positions corresponding to positions 95, 59, 119, 121, 18, and 426 of the polypeptide of SEQ ID NO: 3, wherein the variant has glucoamylase activity and wherein the variant has at least 90%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3, and wherein the variant comprises at least one of the following combinations of substitutions: V59C + A426G; V59G + A426G; V59C + S95P + T119W + A426G; V59C + S95P + T119W + A121P + A426G; V59C + S95P + A121P + A426G; or V18F + V59I + S95P + T119W + A121P. V59C + A426G; V59G + A426G; V59C + S95P + T119W + A426G; V59C + S95P + T119W + A121P + A426G; V59C + S95P + A121P + A426G; or V18F + V59I + S95P + T119W + A121P.
An apparatus, comprising: a first tray member defining a first volume and an opening providing access to the first volume ; a second tray member defining a second volume , a wall of the second tray member including a retainer configured to retain at least a portion of a medicament delivery device within the second volume , wherein the second tray member is disposed within the first volume such that the wall of the second tray member and a wall of the first tray member enclose the medicament delivery device within the first volume when at least the portion of the medicament delivery device is retained by the retainer; and a cover member coupled to the first tray member about the opening , the cover member configured to maintain sterility of the first volume . a first tray member defining a first volume and an opening providing access to the first volume ; a second tray member defining a second volume , a wall of the second tray member including a retainer configured to retain at least a portion of a medicament delivery device within the second volume , wherein the second tray member is disposed within the first volume such that the wall of the second tray member and a wall of the first tray member enclose the medicament delivery device within the first volume when at least the portion of the medicament delivery device is retained by the retainer; and a cover member coupled to the first tray member about the opening , the cover member configured to maintain sterility of the first volume .
A system for remote and/or autonomous harvesting of at least a portion of a tree trunk, said system comprising: a. a remotely and/or autonomously controlled means configured for harvesting at least a portion of a tree trunk, b. a remotely and/or autonomously controlled Unmanned Aerial Vehicle , UAV, comprising, at least one means for holding said harvested portion of said tree trunk and being configured for transporting said harvested portion of said tree trunk away from the original location of the tree, and a base station for communication with said means configured for harvesting at least a portion of a tree trunk and/or said UAV, characterised in that said system further comprising at least one means for detecting a tree to be harvested, wherein the system further comprises means configured for automatically locating said tree to be harvested in a predetermined area. a. a remotely and/or autonomously controlled means configured for harvesting at least a portion of a tree trunk, b. a remotely and/or autonomously controlled Unmanned Aerial Vehicle , UAV, comprising, at least one means for holding said harvested portion of said tree trunk and being configured for transporting said harvested portion of said tree trunk away from the original location of the tree, and
Variable-pitch blading including: - a plurality of propeller blades , each with variable pitch about a blade axis of rotation (A 1 ) and each having a root , - a plurality of rotor connecting shafts , each shaft having a root and a head , the root of each blade being assembled on the head of a rotor connecting shaft via a pivot so as to allow rotation of each blade about the blade axis of rotation (A 1 ), each blade having a blade inclination, such that its blade axis of rotation (A 1 ) is inclined with respect to a radial axis (A 2 ) running through the root of the corresponding shaft , characterized in that the blade inclination comprises a tangential inclination component (β) in the plane of the propeller, the tangential inclination component being fixed with respect to the radial axis, the angle of the tangential inclination being towards the extrados and between 5 and 15°. - a plurality of propeller blades , each with variable pitch about a blade axis of rotation (A 1 ) and each having a root , - a plurality of rotor connecting shafts , each shaft having a root and a head , the root of each blade being assembled on the head of a rotor connecting shaft via a pivot so as to allow rotation of each blade about the blade axis of rotation (A 1 ),
A fiber comprising a blend of from 30 to 85 wt% of an impact copolymer and from 15 to 70 wt% of a propylene-based elastomer, wherein the impact copolymer is a reactor blend and comprises a propylene homopolymer component and a copolymer component, where the copolymer component comprises less than 55 wt% ethylene-derived units, based on the weight of the copolymer component; wherein the propylene-based elastomer comprises propylene and from 5 wt% to 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins and has a melt flow rate (MFR) of greater than 20 g/10 min and a heat of fusion less than 75 J/g; and wherein the fiber has a peak elongation of greater than 175%, wherein MFR is determined by ASTM-1238 condition L measured at a load of 2.16 kg and 230 °C, and peak elongation is determined using a Textechno Statimat M machine loaded with a Textechno program FPAM0210E where a 72 fiber bundle of 100 mm gage length fibers is pulled at 1270 mm/min, and where the heat of fusion is determined as specified in the description.