mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for delivering an implantable leadless pacing device , the delivery system comprising: a delivery device , the delivery device comprising: a tubular member including a lumen extending from a proximal end to a distal end thereof, the tubular member including a distal holding section defining a cavity therein; and a handle assembly ; an implantable leadless pacing device configured to be disposed within the cavity of the distal holding section , the leadless pacing device comprising: a housing having a proximal end and a distal end ; a fixation mechanism disposed adjacent the distal end ; and a tether retention feature disposed adjacent to the proximal end ; and a tether configured to releasably secure the implantable leadless pacing device to the delivery device , the tether releasably coupled to the tether retention feature of the leadless pacing device and extending to the handle assembly of the delivery device , wherein the tether has a modulus of elasticity in the range of 96.5 gigapascals (GPa) to 131 GPa. a delivery device , the delivery device comprising: a tubular member including a lumen extending from a proximal end to a distal end thereof, the tubular member including a distal holding section defining a cavity therein; and a handle assembly ; a tubular member including a lumen extending from a proximal end to a distal end thereof, the tubular member including a distal holding section defining a cavity therein; and a handle assembly ; an implantable leadless pacing device configured to be disposed within the cavity of the distal holding section , the leadless pacing device comprising: a housing having a proximal end and a distal end ; a fixation mechanism disposed adjacent the distal end ; and a tether retention feature disposed adjacent to the proximal end ; and a housing having a proximal end and a distal end ; a fixation mechanism disposed adjacent the distal end ; and a tether retention feature disposed adjacent to the proximal end ; and a tether configured to releasably secure the implantable leadless pacing device to the delivery device , the tether releasably coupled to the tether retention feature of the leadless pacing device and extending to the handle assembly of the delivery device , wherein the tether has a modulus of elasticity in the range of 96.5 gigapascals (GPa) to 131 GPa.
A stack of cups for a beverage vending machine, the stack of cups comprising: a plurality of cups arranged in a stack, each of the cups comprising: a bottom end ; a rim ; a floor ; a sidewall comprising an inner surface and an outer surface , a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end ; a pocket formed between a bottom surface of the floor and the bottom end of the cup ; and a cavity defined by the floor and the first portion of the sidewall , the cavity extending along a longitudinal axis (A-A); a powder ingredient located in the cavity of each of the cups ; characterized in that each of the plurality of cups in the stack other than a lowermost cup is at least partially located within the cavity of a lower cup in the stack so that the bottom end of each cup contacts or becomes embedded within the powder ingredient in the lower cup and the powder ingredient in the lower cup is located within the pocket of the cup positioned therein; and in that the second portion of the sidewall comprises a plurality of apertures , each of the apertures is an opening that extends entirely through the second portion of the sidewall from the outer surface of the sidewall to the inner surface of the sidewall . a plurality of cups arranged in a stack, each of the cups comprising: a bottom end ; a rim ; a floor ; a sidewall comprising an inner surface and an outer surface , a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end ; a pocket formed between a bottom surface of the floor and the bottom end of the cup ; and a cavity defined by the floor and the first portion of the sidewall , the cavity extending along a longitudinal axis (A-A); a bottom end ; a rim ; a floor ; a sidewall comprising an inner surface and an outer surface , a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end ; a pocket formed between a bottom surface of the floor and the bottom end of the cup ; and a cavity defined by the floor and the first portion of the sidewall , the cavity extending along a longitudinal axis (A-A); a powder ingredient located in the cavity of each of the cups ; characterized in that each of the plurality of cups in the stack other than a lowermost cup is at least partially located within the cavity of a lower cup in the stack so that the bottom end of each cup contacts or becomes embedded within the powder ingredient in the lower cup and the powder ingredient in the lower cup is located within the pocket of the cup positioned therein; and in that the second portion of the sidewall comprises a plurality of apertures , each of the apertures is an opening that extends entirely through the second portion of the sidewall from the outer surface of the sidewall to the inner surface of the sidewall .
A method of controlling a moving robot , the method comprising the steps of: (a) performing a basic motion of the moving robot which moves on a rotating mop with a mop pad; (b) measuring the slip rate (Sr) of the moving robot; and (c) controlling the travel of the moving robot by compensating the slip rate measured in the step (b), wherein, in step (a), a motion sensor measures the basic motion of the moving robot, wherein, in step (b), the slip rate (Sr) is measured by using an actual value measured with respect to the basic motion by the motion sensor and an ideal value with respect to the running of a drive motor for driving the rotating mop, and wherein, in step (c) the travel of the moving robot by rotating the rotating mop is controlled by figuring out a driving velocity (Vn) required for the moving robot to have a desired travel velocity (Vw) by compensating the slip rate (Sr) measured in step (b). (a) performing a basic motion of the moving robot which moves on a rotating mop with a mop pad; (b) measuring the slip rate (Sr) of the moving robot; and (c) controlling the travel of the moving robot by compensating the slip rate measured in the step (b), wherein, in step (a), a motion sensor measures the basic motion of the moving robot, wherein, in step (b), the slip rate (Sr) is measured by using an actual value measured with respect to the basic motion by the motion sensor and an ideal value with respect to the running of a drive motor for driving the rotating mop, and wherein, in step (c) the travel of the moving robot by rotating the rotating mop is controlled by figuring out a driving velocity (Vn) required for the moving robot to have a desired travel velocity (Vw) by compensating the slip rate (Sr) measured in step (b). wherein, in step (a), a motion sensor measures the basic motion of the moving robot, wherein, in step (b), the slip rate (Sr) is measured by using an actual value measured with respect to the basic motion by the motion sensor and an ideal value with respect to the running of a drive motor for driving the rotating mop, and wherein, in step (c) the travel of the moving robot by rotating the rotating mop is controlled by figuring out a driving velocity (Vn) required for the moving robot to have a desired travel velocity (Vw) by compensating the slip rate (Sr) measured in step (b).
A composition, comprising: a polymer mixture comprising i. 1 to10 parts of a cellulose derivative; ii 1 to 4 parts of a tamarind seed extract; and iii 1 to 2 parts of hyaluronic acid. i. 1 to10 parts of a cellulose derivative; ii 1 to 4 parts of a tamarind seed extract; and iii 1 to 2 parts of hyaluronic acid.
A thermoplastic vulcanizate composition comprising (A) a dispersed rubber phase, including a rubber that has been at least partially cured in the presence of a phenolic resin curing agent; (B) a continuous thermoplastic phase, including at least one thermoplastic polymer; (C) carbon black; and (D) one or more of the following: (I) the composition further comprises an epoxidized soy bean oil; and (II) the composition further comprises a mixture of an alkyl radical scavenger and an alkyl phosphite. (A) a dispersed rubber phase, including a rubber that has been at least partially cured in the presence of a phenolic resin curing agent; (B) a continuous thermoplastic phase, including at least one thermoplastic polymer; (C) carbon black; and (D) one or more of the following: (I) the composition further comprises an epoxidized soy bean oil; and (II) the composition further comprises a mixture of an alkyl radical scavenger and an alkyl phosphite. (I) the composition further comprises an epoxidized soy bean oil; and (II) the composition further comprises a mixture of an alkyl radical scavenger and an alkyl phosphite.
A paddle assembly for dialysis, comprising: at least one independently movable paddle , wherein a fluid connector is positioned at a distal end of the paddle; the paddle having a fluid line disposed inside the paddle, wherein the fluid line is fluidly connectable to a fluid flow path in a dialysis machine; characterized in that the paddle assembly comprises further a hollow hinge having a central flow line in communication with each one of the fluid lines in the independently movable paddles wherein a proximal base of each of the independently movable paddles is rotatable about the hollow hinge. at least one independently movable paddle , wherein a fluid connector is positioned at a distal end of the paddle; the paddle having a fluid line disposed inside the paddle, wherein the fluid line is fluidly connectable to a fluid flow path in a dialysis machine; characterized in that the paddle assembly comprises further a hollow hinge having a central flow line in communication with each one of the fluid lines in the independently movable paddles wherein a proximal base of each of the independently movable paddles is rotatable about the hollow hinge.
Reefer unit for transporting perishable goods, such as fruit, the reefer unit comprising: - a number of reefer unit walls enclosing a reefer inner space ; - a gas displacement unit that is operatively connected to the reefer inner space and is configured for displacing gas; characterised by - at least two plasma generating units that are operatively connected to the gas displacement unit and/or to the reefer inner space and that are configured to provide plasma to gas displaced by the gas displacement unit ; wherein the reefer unit inner space , the gas displacement unit and the at least two plasma units form a gas circulation system that is configured for circulating a gas flow in at least the reefer unit inner space , and wherein the reefer unit comprises a control unit that is configured to switch the at least two plasma generating units between an inactive state and an active state in which plasma is generated and vice versa; and wherein the control unit is additionally configured to control one or more of: time interval, cycle time and/or intensity of each of the at least two plasma generating unit and/or the number of plasma generating units that is simultaneously in the active state. - a number of reefer unit walls enclosing a reefer inner space ; - a gas displacement unit that is operatively connected to the reefer inner space and is configured for displacing gas; characterised by - at least two plasma generating units that are operatively connected to the gas displacement unit and/or to the reefer inner space and that are configured to provide plasma to gas displaced by the gas displacement unit ; wherein the reefer unit inner space , the gas displacement unit and the at least two plasma units form a gas circulation system that is configured for circulating a gas flow in at least the reefer unit inner space , and wherein the reefer unit comprises a control unit that is configured to switch the at least two plasma generating units between an inactive state and an active state in which plasma is generated and vice versa; and wherein the control unit is additionally configured to control one or more of: time interval, cycle time and/or intensity of each of the at least two plasma generating unit and/or the number of plasma generating units that is simultaneously in the active state.
A suture anchor construct comprising: an anchor including a post and a body , the body defining a central hole extending from a trailing end of the body along a central axis towards a leading end of the body; a first suture including a first tail , a second tail , and a first intermediate portion , the first intermediate portion located proximate the post , the first and second tails passing through the central hole ; and a second suture having a third tail , a fourth tail , and a second intermediate portion , the second intermediate portion secured to the post , the third and fourth tails passing through the central hole , characterised in that the post includes a barb , the barb passing through the second intermediate portion . an anchor including a post and a body , the body defining a central hole extending from a trailing end of the body along a central axis towards a leading end of the body; a first suture including a first tail , a second tail , and a first intermediate portion , the first intermediate portion located proximate the post , the first and second tails passing through the central hole ; and a second suture having a third tail , a fourth tail , and a second intermediate portion , the second intermediate portion secured to the post , the third and fourth tails passing through the central hole , characterised in that the post includes a barb , the barb passing through the second intermediate portion .
A radiation detecting system for tomography, comprising: an accumulator ; and at least one photomultiplier cell comprising: a detector unit that is configured to generate a digitized detect signal (OUT1) in response to receiving light having a certain range of wavelength; and a readOUT unit (TR1) configured to generate an output signal (DATA line 1) corresponding to the detect signal generated by the detector unit and to transmit the output signal to the accumulator after receiving the detect signal; the accumulator being configured to measure an amount of radiation based on the output signal received from the readout unit; the at least one photomultiplier cell includes a plurality of photomultiplier cells; characterized in that ; the accumulator includes a plurality of current mirror circuits; each of the plurality of current mirror circuits includes a transistor (TR_x); the accumulator is configured to generate a plurality of digital signals based on turning on or turning off the transistor (TR_x) of each of the plurality of current mirror circuits in response to the output signal received from the readOUT units of the plurality of photomultiplier cells; and the accumulator includes a count unit that is configured to receive the plurality of digital signals and to measure an amount of radiation based on the plurality of digital signals. an accumulator ; and at least one photomultiplier cell comprising: a detector unit that is configured to generate a digitized detect signal (OUT1) in response to receiving light having a certain range of wavelength; and a readOUT unit (TR1) configured to generate an output signal (DATA line 1) corresponding to the detect signal generated by the detector unit and to transmit the output signal to the accumulator after receiving the detect signal; a detector unit that is configured to generate a digitized detect signal (OUT1) in response to receiving light having a certain range of wavelength; and a readOUT unit (TR1) configured to generate an output signal (DATA line 1) corresponding to the detect signal generated by the detector unit and to transmit the output signal to the accumulator after receiving the detect signal; the accumulator being configured to measure an amount of radiation based on the output signal received from the readout unit; the at least one photomultiplier cell includes a plurality of photomultiplier cells; characterized in that ; the accumulator includes a plurality of current mirror circuits; each of the plurality of current mirror circuits includes a transistor (TR_x); the accumulator is configured to generate a plurality of digital signals based on turning on or turning off the transistor (TR_x) of each of the plurality of current mirror circuits in response to the output signal received from the readOUT units of the plurality of photomultiplier cells; and the accumulator includes a count unit that is configured to receive the plurality of digital signals and to measure an amount of radiation based on the plurality of digital signals.
Connection device for connecting an electrical line , comprising a current conductor , a contacting element which from an opening position is transferable to a contacting position for the electrical line to contact the current conductor , and a rocker element which is rotatably held on at least one bearing point and in a holding position is configured to hold the contacting element in the opening position, and under the effect of the electrical line is able to be moved from the holding position to a releasing position for releasing the contacting element so as to transfer to the contacting position in that the rocker element has a triggering region with which the electrical line , when being plugged into a plug opening of the connection device , comes to interact such that the rocker element from the holding position thereof is transferred to the releasing position, wherein the contacting element is configured by a spring element, wherein the contacting element has a support portion , which is supported so as to be stationary in relation to a housing , and a contacting portion which, for the electrical line to electrically contact the current conductor , is able to be deflected in a resilient manner to the support portion , and wherein the contacting portion in the opening position of the contacting element is elastically tensioned toward the support portion , characterized in that the bearing point is configured on the contacting element , and in that the rocker element has at least one bearing point which is rotatably received in the bearing receptacle of the contacting element .
A DHODH inhibitor 2-(3,5-difluoro-3'methoxybiphenyl-4-ylamino)nicotinic acid or a pharmaceutically acceptable salt thereof for use in the treatment of a haematological cancer.
A method of transmitting a sidelink signal in an unlicensed band by a first user equipment, UE, in a wireless communication system for supporting sidelink communication, the method comprising: receiving (S201) configuration information for a resource pool allocated for the unlicensed band; and transmitting (S203) the sidelink signal based on sub-channels included in the resource pool wherein the sidelink signal includes at least one of a Physical Sidelink Control Channel, PSCCH, a Physical Sidelink Shared Channel, PSSCH, or a Physical Sidelink Feedback Channel, PSFCH, wherein the unlicensed band includes a plurality of resource block sets, and the sub-channels are allocated for each of the plurality of resource block sets, and wherein each of the sub-channels is allocated not to overlap two or more resource block sets. receiving (S201) configuration information for a resource pool allocated for the unlicensed band; and transmitting (S203) the sidelink signal based on sub-channels included in the resource pool wherein the sidelink signal includes at least one of a Physical Sidelink Control Channel, PSCCH, a Physical Sidelink Shared Channel, PSSCH, or a Physical Sidelink Feedback Channel, PSFCH, wherein the unlicensed band includes a plurality of resource block sets, and the sub-channels are allocated for each of the plurality of resource block sets, and wherein each of the sub-channels is allocated not to overlap two or more resource block sets.
A computer-implemented method comprising: sending, from a client device to a server , a user selection of a story ; receiving, from the server, a lexicon associated with the selected story, the lexicon comprising a limited number of keywords ; receiving coordination instructions associated with the selected story, the coordination instructions including instructions for the client device to instruct one or more network-addressable devices to perform at least one action responsive to the client device detecting a keyword; receiving user input, the user input including verbal recitation of the selected story ; detecting correspondence between the user input and at least one of the keywords ; and directing the one or more network-addressable devices to perform the at least one action responsive to the coordination instructions for the at least one keyword . sending, from a client device to a server , a user selection of a story ; receiving, from the server, a lexicon associated with the selected story, the lexicon comprising a limited number of keywords ; receiving coordination instructions associated with the selected story, the coordination instructions including instructions for the client device to instruct one or more network-addressable devices to perform at least one action responsive to the client device detecting a keyword; receiving user input, the user input including verbal recitation of the selected story ; detecting correspondence between the user input and at least one of the keywords ; and directing the one or more network-addressable devices to perform the at least one action responsive to the coordination instructions for the at least one keyword .
A pedestrian detection method comprising: obtaining an image captured by a fish-eye lens camera ; identifying a pedestrian candidate in the image; transforming the image into a top view image using intrinsic camera parameters; calculating the actual height (H 2 ) of the pedestrian candidate based on the top view image and extrinsic parameters of the camera ; and determining whether the pedestrian candidate is a true positive by determining whether the actual height (H 2 ) of the pedestrian candidate is within a predetermined pedestrian height range. obtaining an image captured by a fish-eye lens camera ; identifying a pedestrian candidate in the image; transforming the image into a top view image using intrinsic camera parameters; calculating the actual height (H 2 ) of the pedestrian candidate based on the top view image and extrinsic parameters of the camera ; and determining whether the pedestrian candidate is a true positive by determining whether the actual height (H 2 ) of the pedestrian candidate is within a predetermined pedestrian height range.