mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: one or more processors ; a handheld controller (100; 600) comprising a controller body , the controller body including: a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and logic configured to: determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle. one or more processors ; a handheld controller (100; 600) comprising a controller body , the controller body including: a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and a handle (112; 612); a force sensing resistor, FSR, (922; 1300; 1800) associated with the handle and configured to provide, to the one or more processors, force data indicative of an amount of force of a squeeze of the handle; and an array of proximity sensors that are spatially distributed on the handle, the array of proximity sensors configured to provide, to the one or more processors, proximity data indicative of a hand grasping the handle; and logic configured to: determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle. determine, based at least in part on the proximity data provided by the array of proximity sensors, a size, among a plurality of predefined sizes, of the hand; and adjust, based at least in part on the size of the hand, a threshold value to an adjusted threshold value that is to be met in order to register an FSR input event for the handle, the adjusted threshold value corresponding to a particular amount of force of the squeeze of the handle.
Trigger unit for a firearm that is designed as a drop-in trigger unit to complement a trigger pocket of the lower receiver of the firearm, whereby the trigger pocket is received by the trigger housing , preferably completely, characterized in that at least one housing protrusion is formed laterally in the transverse direction on the trigger housing and in that the trigger pocket has a trigger window with receiving surfaces for receiving a housing protrusion with protrusion side surfaces , and - that the receiving surfaces are designed to complement the protrusion side surfaces , - that the receiving surfaces guides the protrusion side surfaces and hold the trigger housing in position, and - that in the installed condition the receiving surfaces and the protrusion side surfaces lie against one another and thus seal the interior of the lower part of the receiver from external environmental influences. - that the receiving surfaces are designed to complement the protrusion side surfaces , - that the receiving surfaces guides the protrusion side surfaces and hold the trigger housing in position, and - that in the installed condition the receiving surfaces and the protrusion side surfaces lie against one another and thus seal the interior of the lower part of the receiver from external environmental influences.
A method of identifying subject specific T cell receptor (TCR) pairs suitable for subject specific cancer therapy, the method comprising: (a) isolating from a subject a population of T cells; (b) determining by single cell sequencing the sequences encoding the TCR pairs on individual cells in the population isolated in (a); (c) transfecting or transducing T cell lines deficient in endogenous TCRs with the sequences encoding individual TCR pairs determined in (b); (d) using the T cell lines from (c) to assay binding of the subject specific TCR pairs to subject specific neoepitopes and selecting the TCR pairs that bind to subject specific neoepitopes. (a) isolating from a subject a population of T cells; (b) determining by single cell sequencing the sequences encoding the TCR pairs on individual cells in the population isolated in (a); (c) transfecting or transducing T cell lines deficient in endogenous TCRs with the sequences encoding individual TCR pairs determined in (b); (d) using the T cell lines from (c) to assay binding of the subject specific TCR pairs to subject specific neoepitopes and selecting the TCR pairs that bind to subject specific neoepitopes.
A proton conductor represented by a composition formula of BaZr 1-x-y Y x In y O 3 , wherein x and y in the composition formula satisfy 0<y≤0.013 and 0<x+y<0.5, and wherein x in the composition formula satisfies 0 < x < 0.5.
Furniture part comprising a female part of a joint, wherein the female part of the joint comprises a recess having a recess length (RL), extending along a longitudinal direction (L) of the recess , and a recess width (W 11 , W 12 ) which is perpendicular to the longitudinal direction (L), which width (W 11 , W 12 ) varies along the longitudinal direction (L), and the recess having a depth (D), wherein the recess has, as seen along the longitudinal direction (L), a first portion forming an insertion portion and having a first width (W11), a second portion connected to the first portion and forming a locking portion and having a second width (W 12 ) being smaller than the first width (W 11 ), a third portion forming an insertion portion and having a third width (W 11 ), and a fourth portion connected to the third portion and forming a locking portion and having a fourth width (W 12 ) being smaller than the third width (W 11 ), wherein opposing, longitudinally extending, side wall portions of the second portion are each provided with a first groove and a second groove extending alongside each other and both extending in the longitudinal direction (L) from the first portion into and along the second portion , wherein the first groove is located at a first depth (D 13a ) of the recess and the second groove is located at a second depth (D 13b ) of the recess , which second depth (D 13b ) is larger than the first depth (D 13a ), wherein opposing, longitudinally extending, side wall portions of the fourth portion are each provided with a first groove and a second groove extending alongside each other and both extending in the longitudinal direction (L) from the third portion into and along the fourth portion , wherein the first groove is located at a first depth (D 13a ) of the recess and the second groove is located at a second depth (D 13b ) of the recess , which second depth (D 13b ) is larger than the first depth (D 13a ), and wherein a greatest width (W 11 ) of the first or third portion is between 25-90% of a minimum width (W 1 ) of the furniture part along the recess , more preferably between 40-90%, and most preferably between 50-90%.
A composition comprising a therapeutically effective amount of guaiacol for use in a method for the treatment or prevention of a glycogen storage disease in a subject in need thereof, wherein said disease is characterized by polyglucosan accumulation or abnormal glycogen accumulation and is chosen from the group consisting of: types I-IX glycogen storage disease, and Lafora disease.
A method for operating a communication apparatus in a mesh network comprising a plurality of communication nodes , wherein upon reception of a message at the communication apparatus, the communication apparatus starting a retransmission delay being selected at random from a retransmission delay interval, said retransmission delay interval being dependent on at least one criterion including at least one of a status of the communication apparatus or at least one property of the received message, the communication apparatus depending on said criterion, monitoring retransmissions of said message by other communication nodes during said retransmission delay, and the communication apparatus decides on transmitting a retransmission of said message at the expiry of said retransmission delay based on the monitoring; wherein the communication apparatus comprises a neighbour table listing a plurality of communication nodes in communication range with the communication apparatus or a routing table listing a plurality of routes to communication nodes, wherein the status of the communication apparatus is based on the remaining space of the neighbour table or the remaining space of the routing table; and wherein the property of the received message is an indication of a link quality between the communication apparatus and a transmitting communication node transmitting said message.
A multi-layer sliding bearing , comprising in the specified order a support layer , a bearing metal layer , a diffusion barrier layer and a sliding layer , wherein the sliding layer is made from a tin base alloy and the diffusion barrier layer consists of an alloy, in particular a copper alloy, which has a copper content of at least 30 wt.%, characterized in that the diffusion barrier layer is not formed continuously across the entire surface between the bearing metal layer and the sliding layer , but does extend across at least 85 % of this surface.
An outdoor unit of a refrigeration apparatus comprising: a board mounted with a heat generating component; a heat sink that is fixed to a lower face of the board in order to cool the heat generating component; and a metal capture member for receiving the detached heat sink in case the heat sink detaches from the board and falls down, characterized in that the capture member is formed such that the area in a top view of the portion of the capture member positioned directly below the heat sink is less than 10% of the area in the top view of the heat sink. a board mounted with a heat generating component; a heat sink that is fixed to a lower face of the board in order to cool the heat generating component; and a metal capture member for receiving the detached heat sink in case the heat sink detaches from the board and falls down, characterized in that the capture member is formed such that the area in a top view of the portion of the capture member positioned directly below the heat sink is less than 10% of the area in the top view of the heat sink.
Measuring device for measuring an advancement of a cable of a sewer cleaning and/or sewer inspection system, comprising - a compensation device , comprising - at least one magnet (50; 50') mounted so as to be rotatable about an axis of rotation (DA; DA'), and - a magnet holder for receiving the at least one rotatably mounted magnet (50; 50'), and - a magnetic field sensor , wherein - the cable can be guided past the compensation device while the cable is being advanced, - the at least one rotatably mounted magnet (50; 50') is arranged on the magnet holder in such a way that the advancement of the cable can cause rotations of the at least one rotatably mounted magnet (50; 50') about the axis of rotation (DA; DA'), wherein the magnet holder of the compensation device is adapted to follow a movement of the cable in the radial direction during advancement, - the magnetic field sensor is arranged at a distance from the at least one rotatably mounted magnet (50; 50') and is adapted to detect the rotations of the at least one rotatably mounted magnet (50; 50'), wherein the detected rotations are a measure of the advancement of the cable , - wherein the magnet holder comprises a pivot arm , and the at least one rotatably mounted magnet is arranged at a free end of the pivot arm , as a result of which the at least one rotatably mounted magnet is pivotable relative to the magnetic field sensor . - a compensation device , comprising - at least one magnet (50; 50') mounted so as to be rotatable about an axis of rotation (DA; DA'), and - a magnet holder for receiving the at least one rotatably mounted magnet (50; 50'), and - at least one magnet (50; 50') mounted so as to be rotatable about an axis of rotation (DA; DA'), and - a magnet holder for receiving the at least one rotatably mounted magnet (50; 50'), and - a magnetic field sensor , - the cable can be guided past the compensation device while the cable is being advanced, - the at least one rotatably mounted magnet (50; 50') is arranged on the magnet holder in such a way that the advancement of the cable can cause rotations of the at least one rotatably mounted magnet (50; 50') about the axis of rotation (DA; DA'), wherein the magnet holder of the compensation device is adapted to follow a movement of the cable in the radial direction during advancement, - the magnetic field sensor is arranged at a distance from the at least one rotatably mounted magnet (50; 50') and is adapted to detect the rotations of the at least one rotatably mounted magnet (50; 50'), wherein the detected rotations are a measure of the advancement of the cable , - wherein the magnet holder comprises a pivot arm , and the at least one rotatably mounted magnet is arranged at a free end of the pivot arm , as a result of which the at least one rotatably mounted magnet is pivotable relative to the magnetic field sensor .
A general-purpose graphics processor comprising: a cache memory including multiple memory banks (2710A-N); a cache controller coupled with the cache memory , wherein the cache controller includes a dynamic hash unit configured to select, based on a first hash function and an address associated with a memory access, one or more of the multiple memory banks (2710A-N) to store data associated with the memory access; and cache monitor hardware configured to request the dynamic hash unit to select a second hash function for use to select the one or more of the multiple memory banks (2710A-N); the cache monitor hardware is configured to monitor an access pattern of the multiple memory banks (2710A-N) and to request selection of the second hash function in response to detection of a bank access pattern disparity over a threshold, wherein said bank access pattern disparity corresponds to the number of accesses to one of the multiple memory banks (2710A-N) relative to the number of accesses to the other memory banks of the multiple memory banks (2710A-N). a cache memory including multiple memory banks (2710A-N); a cache controller coupled with the cache memory , wherein the cache controller includes a dynamic hash unit configured to select, based on a first hash function and an address associated with a memory access, one or more of the multiple memory banks (2710A-N) to store data associated with the memory access; and cache monitor hardware configured to request the dynamic hash unit to select a second hash function for use to select the one or more of the multiple memory banks (2710A-N); the cache monitor hardware is configured to monitor an access pattern of the multiple memory banks (2710A-N) and to request selection of the second hash function in response to detection of a bank access pattern disparity over a threshold, wherein said bank access pattern disparity corresponds to the number of accesses to one of the multiple memory banks (2710A-N) relative to the number of accesses to the other memory banks of the multiple memory banks (2710A-N).
A powered fastening device nosepiece assembly comprising a drive channel defined by a first nosepiece portion and a second nosepiece portion , the drive channel extending longitudinally between the first nosepiece portion and the second nosepiece portion and being adapted to receive a drive blade that moves longitudinally in the drive channel toward a nose to cause a first fastener of a collated strip of fasteners to be driven from the nose and into a workpiece, characterised in that the first nosepiece portion and the second nosepiece portion define a debris ejection passage that is in communication with the drive channel and positioned outward therefrom such that debris located in the drive channel exits from the nosepiece assembly in a direction outward from the drive channel through the debris ejection passage wherein the debris ejection passage extends from the drive channel and terminates at a debris ejection aperture , the debris ejection aperture being spaced apart from a distal opening in the nose from which the first fastener exits the nosepiece assembly when the first fastener is driven into a workpiece.
A packaging machine comprising a work station , an infeed conveyor , an outfeed conveyor , a control system and a gripper system , the gripper system comprising a gripper for moving packaging trays into and/or out of the work station , the gripper comprising first and second gripper arms for gripping the packaging trays , 39) for gripping the packaging trays , and the work station comprises a tool top and a tool bottom , one or both of which are movable to open and close the work station , and the work station comprises one or more interchangeable format parts for processing packaging trays of different sizes or formats, where at least one of the upper tool part , the lower tool part , the gripper , the gripper arms and the format parts has a marking and the control system is configured for this purpose, automatically read the identification by means of a sensor , - carry out a collision space calculation and automatically control the packaging machine , in particular the movement of at least one movable component , as a function of the collision space calculation.
A knife with a knife handle and a blade , wherein the blade can be extended and retracted relative to the knife handle , with a reinforcing part , on which an extended region of the blade can be supported, wherein the reinforcing part is displaceable relative to the knife handle and detachably connected to the blade , wherein further, the knife handle has a displacement receptacle for a blade displacement carriage that is connected to the blade , wherein further, the blade displacement carriage has an actuating part and a carriage part , characterized in that the actuating part can be moved relative to the carriage part in the longitudinal direction (L)in that the blade displacement carriage is essentially composed of the carriage part and a wedge carriage part , the wedge carriage part being movable in a longitudinal direction (L) relative to the carriage part when actuated via the actuating part , and in that the latching of the blade displacement carriage takes place as a result of an interaction of a carriage-side catch part with catch depressions provided on the inner wall side of the narrow housing side or the inner wall side of the narrow housing side , wherein these catch depressions being arranged uniformly distributed over the length.
An indoor unit of an air-conditioning apparatus comprising: a housing having a wall extending in a horizontal direction; and a front panel ; the front panel is installed on a front side of the housing 7 and covers at least a part of a front side of the wall ; and a network repeater ; characterized in that , in the indoor unit , in a region of the wall covered by the front panel , an opening leading to a front end of a space in which the network repeater for wirelessly communicating with a network is to be contained is formed in such a manner that, on a rear side of the wall , a network repeater compartment having a box shape with a front side open is formed, that the opening is formed at a position faced with an opening of the network repeater compartment , that the network repeater is to be contained in the space inside the network repeater compartment , and that the network repeater can be incorporated in the indoor unit , and wherein the opening is configured to be exposed in a state in which a whole or a part of the front panel is removed or opened, so that the network repeater when incorporated in the indoor unit can be taken out of the indoor unit . a housing having a wall extending in a horizontal direction; and a front panel ; the front panel is installed on a front side of the housing 7 and covers at least a part of a front side of the wall ; and a network repeater ; characterized in that , in the indoor unit , in a region of the wall covered by the front panel , an opening leading to a front end of a space in which the network repeater for wirelessly communicating with a network is to be contained is formed in such a manner that, on a rear side of the wall , a network repeater compartment having a box shape with a front side open is formed, that the opening is formed at a position faced with an opening of the network repeater compartment , that the network repeater is to be contained in the space inside the network repeater compartment , and that the network repeater can be incorporated in the indoor unit , and wherein the opening is configured to be exposed in a state in which a whole or a part of the front panel is removed or opened, so that the network repeater when incorporated in the indoor unit can be taken out of the indoor unit .
A printable substrate , comprising: a base sheet defining a first surface and a second surface , wherein the base sheet comprises a cellulosic nonwoven web and a saturant; and a printable coating on the first surface of the base sheet , wherein the printable coating comprises a plurality of inorganic microparticles and a crosslinked material, and wherein the crosslinked material is formed from a crosslinkable polymeric binder and a crosslinking agent, and wherein the printable coating comprises about 60% by weight to about 80% by weight of the inorganic microparticles, characterized in that the printable coating further comprises about 25% by weight to about 35% by weight of the crosslinkable polymeric binder, and about 0.01% by weight to about 1% by weight of the crosslinking agent, and wherein the plurality of inorganic microparticles comprises a first plurality of first inorganic microparticles having a first average diameter and a second plurality of second inorganic microparticles having a second average diameter, wherein the first average diameter is smaller than the second average diameter. a base sheet defining a first surface and a second surface , wherein the base sheet comprises a cellulosic nonwoven web and a saturant; and a printable coating on the first surface of the base sheet , wherein the printable coating comprises a plurality of inorganic microparticles and a crosslinked material, and wherein the crosslinked material is formed from a crosslinkable polymeric binder and a crosslinking agent, and wherein the printable coating comprises about 60% by weight to about 80% by weight of the inorganic microparticles, characterized in that the printable coating further comprises about 25% by weight to about 35% by weight of the crosslinkable polymeric binder, and about 0.01% by weight to about 1% by weight of the crosslinking agent, and wherein the plurality of inorganic microparticles comprises a first plurality of first inorganic microparticles having a first average diameter and a second plurality of second inorganic microparticles having a second average diameter, wherein the first average diameter is smaller than the second average diameter.