mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit system comprising a first processing module and a second processing module , wherein: the first processing module comprises a first processor , a first clock and a first memory ; and the second processing module comprises a second processor , a second clock and a second memory ; wherein the first processing module is configured to: send a time-mark signal to the second processing module ; and store to the first memory a first value of the first clock at which the time-mark signal was sent; wherein the second processing module is configured to: receive the time-mark signal from the first processing module ; store to the second memory a second value of the second clock at which the time-mark signal was received; wherein the first processing module is further configured to send a command to the second processing module , wherein said command includes an execution time for a task relative to the first value; and wherein the second processing module is configured to determine the execution time for said task relative to the second value and to execute said task at said execution time. the first processing module comprises a first processor , a first clock and a first memory ; and the second processing module comprises a second processor , a second clock and a second memory ; wherein the first processing module is configured to: send a time-mark signal to the second processing module ; and store to the first memory a first value of the first clock at which the time-mark signal was sent; send a time-mark signal to the second processing module ; and store to the first memory a first value of the first clock at which the time-mark signal was sent; wherein the second processing module is configured to: receive the time-mark signal from the first processing module ; store to the second memory a second value of the second clock at which the time-mark signal was received; wherein the first processing module is further configured to send a command to the second processing module , wherein said command includes an execution time for a task relative to the first value; and wherein the second processing module is configured to determine the execution time for said task relative to the second value and to execute said task at said execution time. receive the time-mark signal from the first processing module ; store to the second memory a second value of the second clock at which the time-mark signal was received; wherein the first processing module is further configured to send a command to the second processing module , wherein said command includes an execution time for a task relative to the first value; and wherein the second processing module is configured to determine the execution time for said task relative to the second value and to execute said task at said execution time.
An apparatus for evaluating performance of a cooling system provided with a cooling header including a nozzle , including a sensor device , the apparatus comprising: a sensor mounting unit provided on a movement path on which a target material (S) to be cooled is moved; and a sensor device provided in the sensor mounting unit to be aligned to correspond to the nozzles , wherein the sensor device comprises: a housing including a gas space ; a membrane member provided with the housing and inducing a change in a volume of the gas space at the time of a collision or contact of a pressure-applying material with the membrane member ; and a sensor unit provided in the housing to communicate with the gas space ; characterized in that it further comprises a barrier member provided on a lower portion of the membrane member to be disposed in an inner portion of the gas space to allow a fluid to be concentrated on the sensor unit , wherein the barrier member is integrated with the membrane member on a lower portion thereof; and wherein the barrier member seals a passage communicating with the pressure sensor to implement the compression of fluid in the inside thereof. a sensor mounting unit provided on a movement path on which a target material (S) to be cooled is moved; and a sensor device provided in the sensor mounting unit to be aligned to correspond to the nozzles , wherein the sensor device comprises: a housing including a gas space ; a membrane member provided with the housing and inducing a change in a volume of the gas space at the time of a collision or contact of a pressure-applying material with the membrane member ; and a sensor unit provided in the housing to communicate with the gas space ; characterized in that it further comprises a barrier member provided on a lower portion of the membrane member to be disposed in an inner portion of the gas space to allow a fluid to be concentrated on the sensor unit , wherein the barrier member is integrated with the membrane member on a lower portion thereof; and wherein the barrier member seals a passage communicating with the pressure sensor to implement the compression of fluid in the inside thereof. a housing including a gas space ; a membrane member provided with the housing and inducing a change in a volume of the gas space at the time of a collision or contact of a pressure-applying material with the membrane member ; and a sensor unit provided in the housing to communicate with the gas space ;
Composite material comprising a) a magnesium alloy and b) a layer consisting of nanosize graphene platelets on at least part of the surface of the magnesium alloy, wherein the magnesium alloy comprises at least one component selected from the group consisting of yttrium (Y), neodymium (Nd), terbium (Tb), dysprosium (Dy), holmium (Ho), erbium (Er), thulium (Tm), ytterbium (Yb), lutetium (Lu), gadolinium (Gd), scandium (Sc), lanthanum (La), cerium (Ce), praseodymium (Pr), promethium (Pm), samarium (Sm), europium (Er) and mixtures thereof as further alloy component and the nanosize graphene platelets have a thickness of from 1 to 100 nm. a) a magnesium alloy and b) a layer consisting of nanosize graphene platelets on at least part of the surface of the magnesium alloy,
A medical injection device having a distal end and a proximal end, comprising: a medication container having a movable piston ; a cylinder at said proximal end of said medical injection device and a cylinder at said distal end of said medical injection device; a push rod assembly displaceably disposed in said medical injection device, said push rod assembly having a plurality of spaced-apart position setting means disposed along the length thereof, said push rod assembly selectively displacing said movable piston to dispense a medicament from said medication container ; a first resilient member configured to bias said push rod assembly to move toward said distal end of said medical injection device; a releasable restraining means configured to releasably restrain said push rod assembly in a locked state against said biasing of said first resilient member , wherein, upon release of said releasable restraining means , said push rod assembly moves under force of said first resilient member toward said distal end of said medical injection device; a push cap configured to release said releasable restraining means ; and characterized by an arming means comprising a second resilient member configured to move said push rod assembly toward said proximal end of said medical injection device. a medication container having a movable piston ; a cylinder at said proximal end of said medical injection device and a cylinder at said distal end of said medical injection device; a push rod assembly displaceably disposed in said medical injection device, said push rod assembly having a plurality of spaced-apart position setting means disposed along the length thereof, said push rod assembly selectively displacing said movable piston to dispense a medicament from said medication container ; a first resilient member configured to bias said push rod assembly to move toward said distal end of said medical injection device; a releasable restraining means configured to releasably restrain said push rod assembly in a locked state against said biasing of said first resilient member , wherein, upon release of said releasable restraining means , said push rod assembly moves under force of said first resilient member toward said distal end of said medical injection device; a push cap configured to release said releasable restraining means ; and characterized by an arming means comprising a second resilient member configured to move said push rod assembly toward said proximal end of said medical injection device.
Apparatus for picking a garment having a first side and a second side and fitting the garment on a pallet having a front and a back such that the first side and the second side of the garment are on the front and the back sides respectively of the pallet, the apparatus comprising: a picking arm configured to approach the garment and then withdraw towards the pallet; at least one adherence location on said picking arm , the adherence location being smaller than the first side, the adherence location for contacting the garment at a contact location on an outer facing surface of the first side of the garment and utilizing sticky material able to cause adherence of the garment, at the contact location, to the adherence location , thereby causing said picking arm to pull said first side over said pallet, wherein said uncontacted second side slides under said first side onto said back side of said pallet, said contact location comprises an adhesive sticker attached to said garment and said sticky material comprises a coating of adhesive on said adhesive sticker. a picking arm configured to approach the garment and then withdraw towards the pallet; at least one adherence location on said picking arm , the adherence location being smaller than the first side, the adherence location for contacting the garment at a contact location on an outer facing surface of the first side of the garment and utilizing sticky material able to cause adherence of the garment, at the contact location, to the adherence location , thereby causing said picking arm to pull said first side over said pallet, wherein said uncontacted second side slides under said first side onto said back side of said pallet, said contact location comprises an adhesive sticker attached to said garment and said sticky material comprises a coating of adhesive on said adhesive sticker.
A method of layer shifting for multiple-stream transmission utilizing Discrete Fourier Transform Spread, DFTS,-Orthogonal Frequency Division Multiplexing, OFDM, access in a network, the method comprising the steps of: receiving a signal having a plurality of code words and processing the signal for generating the multiple-stream transmission, wherein the multiple-stream transmission includes a plurality of subframes comprising a plurality of information carrying symbols transmitted on a plurality of layers ; and implementing per-symbol layer shifting on the multiple-stream transmission, wherein the per-symbol layer shifting is conducted upon each information carrying symbol , wherein the plurality of information carrying symbols are DFTS-OFDM symbols , wherein each DFTS-OFDM symbol includes the plurality of layers , and wherein the step of implementing per-symbol layer shifting includes: applying code word-to-layer mapping, wherein the code word-to-layer mapping is fixed within a DFTS-OFDM symbol , to map the plurality of code words to the plurality of layers ; and only shifting layers of the multiple-stream transmission across consecutive DFTS-OFDM symbols within the multiple-stream transmission, to transmit each code word over the plurality of layers . receiving a signal having a plurality of code words and processing the signal for generating the multiple-stream transmission, wherein the multiple-stream transmission includes a plurality of subframes comprising a plurality of information carrying symbols transmitted on a plurality of layers ; and implementing per-symbol layer shifting on the multiple-stream transmission, wherein the per-symbol layer shifting is conducted upon each information carrying symbol , wherein the plurality of information carrying symbols are DFTS-OFDM symbols , wherein each DFTS-OFDM symbol includes the plurality of layers , and wherein the step of implementing per-symbol layer shifting includes: applying code word-to-layer mapping, wherein the code word-to-layer mapping is fixed within a DFTS-OFDM symbol , to map the plurality of code words to the plurality of layers ; and only shifting layers of the multiple-stream transmission across consecutive DFTS-OFDM symbols within the multiple-stream transmission, to transmit each code word over the plurality of layers . applying code word-to-layer mapping, wherein the code word-to-layer mapping is fixed within a DFTS-OFDM symbol , to map the plurality of code words to the plurality of layers ; and only shifting layers of the multiple-stream transmission across consecutive DFTS-OFDM symbols within the multiple-stream transmission, to transmit each code word over the plurality of layers .
A method for decolorizing a textile product characterized in that it includes the following steps: (a) pre-treatment, by applying an accelerating substance comprising quaternary ammonium salts to at least a portion of said textile product; (c) ozonation, by introducing and maintaining said textile product in an ozonating fluid. (a) pre-treatment, by applying an accelerating substance comprising quaternary ammonium salts to at least a portion of said textile product; (c) ozonation, by introducing and maintaining said textile product in an ozonating fluid.
A crystalline colloidal array comprising an ordered periodic array of polymeric particles, said particles each having a surface comprising a polymeric material and a reactive surfactant covalently bound to the surfaces of the particles and a matrix surrounding the array of polymeric particles, wherein the reactive surfactant is selected from (a) a reactive surfactant having a reactive group on the hydrophobic segment selected from C 10-20 alkyl chains, alkyl aryl segments, and polypropyloxy units; (b) polymerizable surfactants having a hydrophilic portion selected from a sulfonate allyl amine moiety, a sulfate allyl amine moiety, and a phosphate allyl amine moiety, and a hydrophobic portion selected from -R and a group having the formula RO-(CH 2 CH 2 O) n -; wherein R is an alkyl group or an alkyl-substituted phenyl group wherein the alkyl group has 1 to 20 carbon atoms, such as 10 to 18 carbon atoms, and n is an integer from 2 to 100; and (c) polyethylene glycol monomethacrylate, polyethylene glycol acrylate, phosphate esters of poly(ethylene glycol) monomethacrylate, phosphate esters of poly(ethylene glycol) monoacrylate, poly(ethylene glycol) monomethacrylate sulfate, poly(ethylene glycol) monoacrylate sulfate, allyloxypolyethoxy sulfate, and allyloxypolyethoxy phosphate. (a) a reactive surfactant having a reactive group on the hydrophobic segment selected from C 10-20 alkyl chains, alkyl aryl segments, and polypropyloxy units; (b) polymerizable surfactants having a hydrophilic portion selected from a sulfonate allyl amine moiety, a sulfate allyl amine moiety, and a phosphate allyl amine moiety, and a hydrophobic portion selected from -R and a group having the formula RO-(CH 2 CH 2 O) n -; wherein R is an alkyl group or an alkyl-substituted phenyl group wherein the alkyl group has 1 to 20 carbon atoms, such as 10 to 18 carbon atoms, and n is an integer from 2 to 100; and (c) polyethylene glycol monomethacrylate, polyethylene glycol acrylate, phosphate esters of poly(ethylene glycol) monomethacrylate, phosphate esters of poly(ethylene glycol) monoacrylate, poly(ethylene glycol) monomethacrylate sulfate, poly(ethylene glycol) monoacrylate sulfate, allyloxypolyethoxy sulfate, and allyloxypolyethoxy phosphate.
Use of powder-form, crosslinked, water-insoluble, low-swelling polyacrylates as disintegrants for solid pharmaceutical dosage forms, where "low-swelling" in the context of the invention means that the percent change in the polyacrylate particle size in water compared with the change in particle size in hexadecane is less than 50%, the polyacrylates are popcorn polymers, and the polyacrylates consist of structural elements of acrylic acid or methacrylic acid or mixtures thereof.
Door-lock device for a household appliance, such as a washing machine and the like, wherein said household appliance comprises a door provided with a prong , comprising a containment casing , a holding unit , arranged in said containment casing , intended to engage with the prong for holding it, a slider , contained in a containment casing , associated with said holding unit , so as to assume a working position when said prong is engaged with said holding unit and a rest position, an electromechanical control module comprising a locking pin , capable of assuming a retracted position, in which it disables the power supply of said household appliance, and an extracted position, in which it enables the power supply of said household appliance, wherein said door-lock device comprises a blocking lever arranged so as to assume a first position, in which with its own dimensions it prevents said locking pin to move from said retracted position to said extracted position, and a second position, in which it releases said locking pin , so as to allow the movement from said retracted position to said extracted position, and in that said slider and said blocking lever are configured so that the movement of said slider from said rest position to said working position causes the movement from said first position to said second position of said blocking lever , characterized in that said blocking lever is pivoted on a pin so as to rotate with respect to said pin . a containment casing , a holding unit , arranged in said containment casing , intended to engage with the prong for holding it, a slider , contained in a containment casing , associated with said holding unit , so as to assume a working position when said prong is engaged with said holding unit and a rest position, an electromechanical control module comprising a locking pin , capable of assuming a retracted position, in which it disables the power supply of said household appliance, and an extracted position, in which it enables the power supply of said household appliance, wherein said door-lock device comprises a blocking lever arranged so as to assume a first position, in which with its own dimensions it prevents said locking pin to move from said retracted position to said extracted position, and a second position, in which it releases said locking pin , so as to allow the movement from said retracted position to said extracted position, and a first position, in which with its own dimensions it prevents said locking pin to move from said retracted position to said extracted position, and a second position, in which it releases said locking pin , so as to allow the movement from said retracted position to said extracted position, and in that said slider and said blocking lever are configured so that the movement of said slider from said rest position to said working position causes the movement from said first position to said second position of said blocking lever , characterized in that said blocking lever is pivoted on a pin so as to rotate with respect to said pin .
A covering with a metal structure for roofs of buildings, comprising a plurality of slabs having a substantially quadrilateral shape each of which is provided with profiled edges parallel and opposite to one another for reciprocal connection of adjacent slabs in the longitudinal direction and for formation of a joint located between each of the adjacent slabs , wherein said profiled edges comprise at least partly symmetrical bends , and further bends realised on at least one of the profiled edges , wherein said at least partly symmetrical bends form at least one curvature located lower than the longitudinal axis of the joint and higher than the central axis of the slab, so that said at least one curvature is part of a section of the profiled edges that is overall inclined, said covering further comprising a fixing bracket adapted to conjoin the profiled edges , said fixing bracket having at least recesses symmetrical to one another, respectively defined by two portions projecting upwards and inclined in a mutually specular direction towards the common median plane, in which recesses said at least one curvature of the profiled edges of the slab is housed, where said recesses of the fixing bracket have a shape that extends downwards towards the proximal portion with respect to the centre of the bracket, and upwards towards the distal portion with respect to the centre of the bracket, so that the recesses are inclined in a like way to said inclined section comprising said at least one curvature.
A system, comprising: a marine vibrator , wherein the marine vibrator is configured to generate acoustic output; at least one acoustic sensor local to the marine vibrator; at least one acoustic sensor remote from the marine vibrator and configured to measure the acoustic output at far-field; and a control unit configured to iteratively change an actuating signal for the marine vibrator based on: a reference signal; measurements of the acoustic output of the at least one sensor local to the marine vibrator; and a transfer function that maps an expected acoustic output at far-field to a corresponding acoustic output local to the marine vibrator, wherein the transfer function is determined from measurements of the acoustic output of both the at least one sensor local to the marine vibrator and the at least one sensor remote from the marine vibrator. a marine vibrator , wherein the marine vibrator is configured to generate acoustic output; at least one acoustic sensor local to the marine vibrator; at least one acoustic sensor remote from the marine vibrator and configured to measure the acoustic output at far-field; and a control unit configured to iteratively change an actuating signal for the marine vibrator based on: a reference signal; measurements of the acoustic output of the at least one sensor local to the marine vibrator; and a transfer function that maps an expected acoustic output at far-field to a corresponding acoustic output local to the marine vibrator, wherein the transfer function is determined from measurements of the acoustic output of both the at least one sensor local to the marine vibrator and the at least one sensor remote from the marine vibrator. a reference signal; measurements of the acoustic output of the at least one sensor local to the marine vibrator; and a transfer function that maps an expected acoustic output at far-field to a corresponding acoustic output local to the marine vibrator, wherein the transfer function is determined from measurements of the acoustic output of both the at least one sensor local to the marine vibrator and the at least one sensor remote from the marine vibrator.