mhurhangee/patent-ind-claim-en huggingface dataset:
A rail mounting assembly for mounting an accessory to a rail of a firearm comprising: a base arranged to support the accessory; a first side portion configured to engage a first side of the rail , the first side portion including a lock nut receiving recess ; a second side portion configured to engage a second side of the rail , the second side portion being opposite the first side portion and including a moveable clamp being movable relative to the first side portion such that the side portions cooperate to grip the rail ; a crossbar extending between the first side portion and the second side portion , the crossbar being movable relative to the moveable clamp ; a lock nut being threadably engageable to an end of the crossbar proximate to the first side portion, the lock nut extending at least partially into the lock nut receiving recess when threadably engaged to the end of the crossbar proximate to the first side portion ; a lock plate positioned within the lock nut receiving recess between the lock nut and a spring disk when the lock nut is threadably engaged with the crossbar ; a throw lever including a cam interconnected with a second end of the crossbar , the cam engaging the moveable clamp and being operable to pull the crossbar such that the side portions are moved from a released position to an engaged position, the throw lever being arranged to rotate the cam between an open and a closed position; wherein the lock nut receiving recess is shaped to prevent rotation of the lock plate while allowing rotation of the lock nut . a base arranged to support the accessory; a first side portion configured to engage a first side of the rail , the first side portion including a lock nut receiving recess ; a second side portion configured to engage a second side of the rail , the second side portion being opposite the first side portion and including a moveable clamp being movable relative to the first side portion such that the side portions cooperate to grip the rail ; a crossbar extending between the first side portion and the second side portion , the crossbar being movable relative to the moveable clamp ; a lock nut being threadably engageable to an end of the crossbar proximate to the first side portion, the lock nut extending at least partially into the lock nut receiving recess when threadably engaged to the end of the crossbar proximate to the first side portion ; a lock plate positioned within the lock nut receiving recess between the lock nut and a spring disk when the lock nut is threadably engaged with the crossbar ; a throw lever including a cam interconnected with a second end of the crossbar , the cam engaging the moveable clamp and being operable to pull the crossbar such that the side portions are moved from a released position to an engaged position, the throw lever being arranged to rotate the cam between an open and a closed position; wherein the lock nut receiving recess is shaped to prevent rotation of the lock plate while allowing rotation of the lock nut .
A trainable transceiver for training and controlling multiple functions with a single channel , comprising: a channel configured to control a first function of a remote device ; a comparator module configured to determine that a second function of the remote device satisfies a message similarity condition with the first function; a training module configured to train the channel to control both the first function and the second function responsive to the determination, and a button configured to cause the channel to control one or more functions of the remote device alternately responsive to pressing of the button , the one or more functions including the first function and the second function; wherein the determining that the second function of the remote device satisfies the message similarity condition with the first function comprises: identifying a first message characteristic of a first control signal for actuating the first function of the remote device ; identifying a second message characteristic for a second control signal for actuating the second function of the remote device ; and determining that the first message characteristic is similar to the second message characteristic. a channel configured to control a first function of a remote device ; a comparator module configured to determine that a second function of the remote device satisfies a message similarity condition with the first function; a training module configured to train the channel to control both the first function and the second function responsive to the determination, and a button configured to cause the channel to control one or more functions of the remote device alternately responsive to pressing of the button , the one or more functions including the first function and the second function; wherein the determining that the second function of the remote device satisfies the message similarity condition with the first function comprises: identifying a first message characteristic of a first control signal for actuating the first function of the remote device ; identifying a second message characteristic for a second control signal for actuating the second function of the remote device ; and determining that the first message characteristic is similar to the second message characteristic. identifying a first message characteristic of a first control signal for actuating the first function of the remote device ; identifying a second message characteristic for a second control signal for actuating the second function of the remote device ; and determining that the first message characteristic is similar to the second message characteristic.
An electrical connector for downhole well equipment, comprising: a lower housing ; the lower housing having a plurality of upward protruding bosses , the bosses having axes parallel with each other that are located in a single plane, each of the bosses having an annular external side wall ; a plurality of passages within the lower housing, each extending through one of the bosses; a plurality of electrical lines , each of the electrical lines extending through one of the passages; a plurality of isolation boots , each extending around the external side wall of one of the bosses and a portion of one of the electrical lines, each of the isolation boots sealing one of the electrical lines to one of the bosses; an upper housing secured to the lower housing, the upper housing having an interior containing the isolation boots; and wherein the upper housing is characterized by : first and second members that clamp around the electrical lines, each of the first and second members having a plurality of recesses , the recesses of the first member mating with the recesses of the second member to define cavities within the interior of the upper housing, each of the cavities receiving one of the isolation boots. a lower housing ; the lower housing having a plurality of upward protruding bosses , the bosses having axes parallel with each other that are located in a single plane, each of the bosses having an annular external side wall ; a plurality of passages within the lower housing, each extending through one of the bosses; a plurality of electrical lines , each of the electrical lines extending through one of the passages; a plurality of isolation boots , each extending around the external side wall of one of the bosses and a portion of one of the electrical lines, each of the isolation boots sealing one of the electrical lines to one of the bosses; an upper housing secured to the lower housing, the upper housing having an interior containing the isolation boots; and wherein the upper housing is characterized by : first and second members that clamp around the electrical lines, each of the first and second members having a plurality of recesses , the recesses of the first member mating with the recesses of the second member to define cavities within the interior of the upper housing, each of the cavities receiving one of the isolation boots.
A high flow apparatus adapted to, in use, provide a gas flow with a varying gas flow rate to a patient , for oxygenation and/or CO 2 clearance of the patient , during a medical procedure having a pre-oxygenation stage and an anaesthesia stage, comprising: a flow source or a connection for a flow source for providing the gas flow, a gas flow modulator , a non-sealing interface , a controller characterized in that the controller is configured to receive sensor data and/or user input to determine the patient's transition from the pre-oxygenation stage to the anaesthesia stage, and on determination of this transition, to control the gas flow flow rate by controlling the gas flow modulator to provide a varying gas flow rate with a base gas flow component and at least one oscillating gas flow component with one or more frequencies. a flow source or a connection for a flow source for providing the gas flow, a gas flow modulator , a non-sealing interface , a controller characterized in that the controller is configured to receive sensor data and/or user input to determine the patient's transition from the pre-oxygenation stage to the anaesthesia stage, and on determination of this transition, to control the gas flow flow rate by controlling the gas flow modulator to provide a varying gas flow rate with a base gas flow component and at least one oscillating gas flow component with one or more frequencies.
A method for transmitting a channel quality indicator, CQI, by a mobile station in a wireless communication system, the method comprising: identifying at least one sub-band for a CQI report, wherein the at least one sub-band among a total sub-bands is set between the mobile station and a base station; obtaining one sub-band CQI per identified sub-band based on corresponding sub-band, for the at least one sub-band; encoding a single CQI block, wherein each sub-band CQI for each of the at least one sub-band is included in the single CQI block; modulating the encoded CQI block based on one modulation scheme; mapping the modulated and encoded CQI block on an allocated physical channel; and transmitting, to the base station, the CQI block on the allocated physical channel at one time interval. identifying at least one sub-band for a CQI report, wherein the at least one sub-band among a total sub-bands is set between the mobile station and a base station; obtaining one sub-band CQI per identified sub-band based on corresponding sub-band, for the at least one sub-band; encoding a single CQI block, wherein each sub-band CQI for each of the at least one sub-band is included in the single CQI block; modulating the encoded CQI block based on one modulation scheme; mapping the modulated and encoded CQI block on an allocated physical channel; and transmitting, to the base station, the CQI block on the allocated physical channel at one time interval.
A customization method, implemented by a system (SY) comprising a processing device (DA) and a customization device (DB), to customize a security document (C), said method comprising the following steps carried out by the processing device (DA): - obtaining (A2) customization data (DP) to customize the security document; - encrypting (A4) customization data, from a diversification datum (DV) associated with the security document, so as to produce encrypted data (DC), wherein, during the encryption, the customization data (DP) are encrypted from a master encryption key (K1) in combination with the diversification datum; and - sending (A6) encrypted data to a customization device (DB) to allow the latter to customize the security document from encrypted data and the diversification datum; said method further comprising the following steps carried out by the customization device (DB): - receiving (B6) encrypted data (DC); - analyzing (B8) the security document so as to recover the diversification datum (DV) associated with said security document; - decrypting (B10) encrypted data from a master decryption key (K1a) in combination with the diversification datum to obtain customization data (DP); and - customizing (B12) the security document from customization data, comprising a physical modification on the surface of the security document (C). - obtaining (A2) customization data (DP) to customize the security document; - encrypting (A4) customization data, from a diversification datum (DV) associated with the security document, so as to produce encrypted data (DC), wherein, during the encryption, the customization data (DP) are encrypted from a master encryption key (K1) in combination with the diversification datum; and - sending (A6) encrypted data to a customization device (DB) to allow the latter to customize the security document from encrypted data and the diversification datum; - receiving (B6) encrypted data (DC); - analyzing (B8) the security document so as to recover the diversification datum (DV) associated with said security document; - decrypting (B10) encrypted data from a master decryption key (K1a) in combination with the diversification datum to obtain customization data (DP); and - customizing (B12) the security document from customization data, comprising a physical modification on the surface of the security document (C).
An in vitro method for diagnosing or detecting a predisposition to a cognitive decline or dementia, which method comprises: (i) measuring the amount of total ghrelin present in a biological sample; (ii) measuring the amount of acylated ghrelin present in said sample; (iii) calculating the ratio of acylated to un-acylated ghrelin present in the sample from the results of step i) and step ii); and where the ratio of acylated to un-acylated ghrelin in the biological sample indicates the amount of acylated ghrelin is less than the amount of un-acylated ghrelin concluding said individual has or has a predisposition to developing cognitive impairment or dementia. (i) measuring the amount of total ghrelin present in a biological sample; (ii) measuring the amount of acylated ghrelin present in said sample; (iii) calculating the ratio of acylated to un-acylated ghrelin present in the sample from the results of step i) and step ii); and
Method for optimal manufacture of a product, wherein the manufacture of the product can be described by a first and a second process chain, which comprises in each case a sequence of production steps (PC) and assigned machines from a set of production machines (F), and the manufacture of the product is carried out in accordance with the first process chain, and during the manufacture of the product in accordance with the first process chain, a change request (CA) is detected by a configuration apparatus and using the KRR method as a solver and an encoding corresponding to the product and the change request (CA), the configuration apparatus determines the second process chain to manufacture the product and accordingly the product is manufactured by the set of production machines (F).
An information feedback method, characterized by comprising: receiving , by a first terminal, N groups of reference signals sent by a second terminal, N being an integer greater than 1, wherein N groups of reference signals are sent by the second terminal using N beams, wherein transmission resources of the reference signals of different groups are in a pattern of time division; selecting , by the first terminal, a target reference signal from the received N groups of reference signals; and sending , by the first terminal, index information of the target reference signal to the second terminal, wherein the index information is carried in a feedback channel; wherein the feedback channel further comprises at least one of the following: identification information of the first terminal, identification information of the second terminal. receiving , by a first terminal, N groups of reference signals sent by a second terminal, N being an integer greater than 1, wherein N groups of reference signals are sent by the second terminal using N beams, wherein transmission resources of the reference signals of different groups are in a pattern of time division; selecting , by the first terminal, a target reference signal from the received N groups of reference signals; and sending , by the first terminal, index information of the target reference signal to the second terminal, wherein the index information is carried in a feedback channel; wherein the feedback channel further comprises at least one of the following: identification information of the first terminal, identification information of the second terminal.
A water heater comprising: a tank defining an interior volume having an inlet and an outlet ; a heating element disposed with respect to the volume to heat water within the tank; and a dip tube operably coupled to the inlet and configured to discharge supply water in a lower half of the interior volume; a bypass conduit disposed within the interior volume, in fluid communication between the inlet and outlet so that the bypass conduit diverts to the outlet at least a portion of the supply water from the inlet when the supply water flows through the inlet, wherein the bypass conduit defines a fixed open fluid channel extending from the inlet to the outlet, characterized in that the bypass conduit has no controllable valve disposed therein. a tank defining an interior volume having an inlet and an outlet ; a heating element disposed with respect to the volume to heat water within the tank; and a dip tube operably coupled to the inlet and configured to discharge supply water in a lower half of the interior volume; a bypass conduit disposed within the interior volume, in fluid communication between the inlet and outlet so that the bypass conduit diverts to the outlet at least a portion of the supply water from the inlet when the supply water flows through the inlet, wherein the bypass conduit defines a fixed open fluid channel extending from the inlet to the outlet, characterized in that the bypass conduit has no controllable valve disposed therein.
A method of processing three-dimensional video data comprising a video parameter set (VPS) and slice headers, the method comprising: determining , based on direct dependent layers signaled in a VPS, that a current texture layer of the video data is dependent on a depth layer of the video data; determining, based on the direct dependent layers signaled in the VPS, that said depth layer of the video data is dependent on a second texture layer of the video data; processing the current texture layer using the depth layer; and processing the depth layer using the second texture layer. determining , based on direct dependent layers signaled in a VPS, that a current texture layer of the video data is dependent on a depth layer of the video data; determining, based on the direct dependent layers signaled in the VPS, that said depth layer of the video data is dependent on a second texture layer of the video data; processing the current texture layer using the depth layer; and processing the depth layer using the second texture layer.
A VEGF antagonist for use in a method of treating a patient with ovarian cancer, the method comprising administering to the patient a therapeutically effective amount of a VEGF antagonist, wherein the VEGF antagonist is an anti-VEGF antibody and the patient's cancer has been determined to express CD31 and tumor VEGFA at a level that is more than the 75 th percentile for CD31 and tumor VEGFA expression, respectively, in a population of patients having the ovarian cancer.
A liner for an engine of an aircraft, comprising: a panel ; a shell coupled to the panel ; and an array of projections configured to enhance a cooling of the panel wherein the array of projections are distributed on at least part of a first side of the panel that corresponds to a cold side of the panel , the projections having a height that is less than a space between the shell and the panel , wherein the shell comprises a plurality of impingement cooling holes , wherein a first density of the projections in a first area of the panel is greater than a second density of the projections in a second area of the panel , wherein a first density of the impingement cooling holes in a first area of the shell is greater than a second density of the impingement cooling holes in a second area of the shell , characterized in that the first and second area comprise impingement holes and projections , wherein the first area of the shell coincides with the first area of the panel and the second area of the shell coincides with the second area of the panel and wherein the first area of the panel is prone to higher temperatures than the second area . a panel ; a shell coupled to the panel ; and an array of projections configured to enhance a cooling of the panel wherein the array of projections are distributed on at least part of a first side of the panel that corresponds to a cold side of the panel , the projections having a height that is less than a space between the shell and the panel , wherein the shell comprises a plurality of impingement cooling holes , wherein a first density of the projections in a first area of the panel is greater than a second density of the projections in a second area of the panel , wherein a first density of the impingement cooling holes in a first area of the shell is greater than a second density of the impingement cooling holes in a second area of the shell , characterized in that the first and second area comprise impingement holes and projections , wherein the first area of the shell coincides with the first area of the panel and the second area of the shell coincides with the second area of the panel and wherein the first area of the panel is prone to higher temperatures than the second area .
An electronic device for long-term adhesion to a mammal, the electronic device comprising: a housing having an electronic component contained therein; at least two wings integral with the housing ; an electrode positioned on a bottom surface of each of the wings , the electrodes electrically connected to the electronic component ; a first adhesive layer coated on a portion of the bottom surface of the wings , wherein the first adhesive layer is not coated on the electrodes or on a bottom surface of the housing ; and at least one layer extending over all or a portion of the housing and the wings , each layer including a second adhesive layer on a bottom surface thereof, each layer including an adhesion guard protecting the second adhesive layer . a housing having an electronic component contained therein; at least two wings integral with the housing ; an electrode positioned on a bottom surface of each of the wings , the electrodes electrically connected to the electronic component ; a first adhesive layer coated on a portion of the bottom surface of the wings , wherein the first adhesive layer is not coated on the electrodes or on a bottom surface of the housing ; and at least one layer extending over all or a portion of the housing and the wings , each layer including a second adhesive layer on a bottom surface thereof, each layer including an adhesion guard protecting the second adhesive layer .