mhurhangee/patent-ind-claim-en huggingface dataset:
An exercise machine with an apparatus for selecting an amount of weight to be lifted by a user, comprising: a frame ; a selection arm having a proximal end pivotally connected to the frame ; a support arm having a proximal end pivotally connected to the frame ; a weight connected onto the support arm ; a pin arm having a proximal end connected to the support arm and a distal end connected to the selection arm ; a locking mechanism that holds the distal end of the pin arm adjacent to the selection arm while: being unlocked to permit the distal end of the pin arm to be moved to a plurality of positions along the length of the selection arm , or being locked to hold the distal end of the pin arm at one of the plurality of positions along the length of the selection arm ; and a cable connected to the selection arm , wherein tension applied to the cable lifts a free end of the selection arm , thereby lifting the pin arm and lifting the weight ; the load from the weight is pivoted upon the support arm and the resistance depending on the position at which the distal end of the pin arm is engaged with the selection arm defined by an arched member; characterised in that : only rotary joints are employed to translate the weight providing resistance to the tension applied to the cable . a frame ; a selection arm having a proximal end pivotally connected to the frame ; a support arm having a proximal end pivotally connected to the frame ; a weight connected onto the support arm ; a pin arm having a proximal end connected to the support arm and a distal end connected to the selection arm ; a locking mechanism that holds the distal end of the pin arm adjacent to the selection arm while: being unlocked to permit the distal end of the pin arm to be moved to a plurality of positions along the length of the selection arm , or being locked to hold the distal end of the pin arm at one of the plurality of positions along the length of the selection arm ; and being unlocked to permit the distal end of the pin arm to be moved to a plurality of positions along the length of the selection arm , or being locked to hold the distal end of the pin arm at one of the plurality of positions along the length of the selection arm ; and a cable connected to the selection arm , wherein tension applied to the cable lifts a free end of the selection arm , thereby lifting the pin arm and lifting the weight ; the load from the weight is pivoted upon the support arm and the resistance depending on the position at which the distal end of the pin arm is engaged with the selection arm defined by an arched member; characterised in that : only rotary joints are employed to translate the weight providing resistance to the tension applied to the cable .
A negotiable datapath model, NDM, file protection method, comprising: generating, by a sending device , integrity information of an NDM file; sending, by the sending device , the NDM file and the integrity information of the NDM file to a receiving device , so that the receiving device verifies, according to the integrity information, whether the NDM file is tampered with; and wherein the generating, by a sending device , integrity information of an NDM file comprises: generating, by the sending device , signature information for the NDM file by using a first key and using a preset algorithm, wherein the signature information serves as the integrity information; and wherein the method further comprises: sending, by the sending device , a certificate and information about the preset algorithm to the receiving device , wherein the certificate comprises a second key, wherein the second key is used to verify the integrity information. generating, by a sending device , integrity information of an NDM file; sending, by the sending device , the NDM file and the integrity information of the NDM file to a receiving device , so that the receiving device verifies, according to the integrity information, whether the NDM file is tampered with; and wherein the generating, by a sending device , integrity information of an NDM file comprises: generating, by the sending device , signature information for the NDM file by using a first key and using a preset algorithm, wherein the signature information serves as the integrity information; and wherein the method further comprises: sending, by the sending device , a certificate and information about the preset algorithm to the receiving device , wherein the certificate comprises a second key, wherein the second key is used to verify the integrity information.
A fibrous sheet having a stress relaxation rate defined by a formula below of less than or equal to 85%: stress relaxation rate % = stress S 5 at extension after five minutes / stress S 0 at initial extension × 100 when a stress at extension immediately after extension in an in-plane first direction at 50% elongation is defined as a stress S 0 (N/50 mm) at initial extension, and a stress at extension at a time of extending in the first direction at 50% elongation for five minutes is defined as a stress S 5 (N/50 mm) at extension after five minutes.
Slide needle arrangement of a warp knitting machine having a slide needle stroke of at most 10 mm, wherein the slide needle arrangement has a slide needle with a needle head and a needle shank and a slider cooperating with the slide needle , wherein the needle shank having, at least at the end of a sliding region, a circumference which is at least as large as a largest circumference, parallel thereto, of the entirety of the needle head and the slider in the closed position, characterized in that the needle shank is of cylindrical design, at least at the end of the sliding region.
A chair, wherein the chair is configured such that a back is arranged behind a seat , and the back has an operation mechanism turning-movably supporting the load received from a seated person in a left-right direction in a front view, and when the load is applied, at least a part of guide parts of the operation mechanism is separated and the back moves freely, and when the applied load is removed, the back automatically returns to a neutral position along the guide parts , wherein the operation mechanism is provided with a base part and a tilting part , and includes a reference position corresponding to the neutral position, a guide part set at the side of the base part and a guide part set at the side of the tilting part are in pressure contact with each other to be guided by the shapes of the guide parts and stopped at the reference position, and when the pressure contact is loosened by the received pressure from the seated person, the base part and the tilting part can be relatively changed from the reference position in accordance with the degree of the received pressure, characterized in that one guide part has a partially elliptical mortar-like shape including at least one valley line and the other guide part has a curved shape having at least one ridge line fitted smoothly into the valley line , and the valley line and the ridge line can be fitted into each other, such that a reaction force with which the back returns to the neutral position becomes larger in accordance with an amount of turning movement to both of the left and right directions. wherein the operation mechanism is provided with a base part and a tilting part , and includes a reference position corresponding to the neutral position, a guide part set at the side of the base part and a guide part set at the side of the tilting part are in pressure contact with each other to be guided by the shapes of the guide parts and stopped at the reference position, and when the pressure contact is loosened by the received pressure from the seated person, the base part and the tilting part can be relatively changed from the reference position in accordance with the degree of the received pressure, characterized in that one guide part has a partially elliptical mortar-like shape including at least one valley line and the other guide part has a curved shape having at least one ridge line fitted smoothly into the valley line , and the valley line and the ridge line can be fitted into each other, such that a reaction force with which the back returns to the neutral position becomes larger in accordance with an amount of turning movement to both of the left and right directions.
A pharmaceutical composition comprising an aqueous suspension of: (i) microcrystalline N-(3,4-dichlorophenyl)-3-(pyridin-4-yl)-7-oxabicyclo[2.2.1]heptane-2-carboxamide or a pharmaceutically acceptable salt thereof; and (ii) a surfactant comprising a water-soluble co-polymer characterized by > 5% solubility in water at 25 °C.
A rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): between 70 phr and 100 phr of an epoxidized rubber component selected from an epoxidized polybutadiene rubber (eBR), an epoxidized styrene-butadiene rubber (eSBR), or combinations thereof, wherein the epoxidized rubber component has a Tg of between -80 °C and -110 °C and an epoxy-function content of between 1 mol% and 25 mol%; between 30 phr and 150 phr of a plasticizing resin; at least 40 phr of a silica; and a guanidine derivative in an amount of between 3% and 10% by weight relative to the weight of the silica. between 70 phr and 100 phr of an epoxidized rubber component selected from an epoxidized polybutadiene rubber (eBR), an epoxidized styrene-butadiene rubber (eSBR), or combinations thereof, wherein the epoxidized rubber component has a Tg of between -80 °C and -110 °C and an epoxy-function content of between 1 mol% and 25 mol%; between 30 phr and 150 phr of a plasticizing resin; at least 40 phr of a silica; and a guanidine derivative in an amount of between 3% and 10% by weight relative to the weight of the silica.
Support foot for supporting a free standing structure on a support surface such as a rooftop, the support foot including a holding means for holding a profiled section element to which other parts of said structure can be mounted, wherein the profiled section element comprises at least one wall having apertures formed in it, the support foot comprising: - a base part having a socket , and - a securing element adapted to be received in the socket , said support foot being characterized in that said securing element has at least one movable catch member to catch an edge of one of said apertures so as to secure the profiled section element to the support foot , wherein the catch member is movable from a preassembly position, in which it can be inserted through the aperture , to a securing position, in which it engages over the edge of the aperture . - a base part having a socket , and - a securing element adapted to be received in the socket , said support foot being characterized in that said securing element has at least one movable catch member to catch an edge of one of said apertures so as to secure the profiled section element to the support foot , wherein the catch member is movable from a preassembly position, in which it can be inserted through the aperture , to a securing position, in which it engages over the edge of the aperture .
Spooling device for facilitating spooling of a wire (99, 99', 99") on a drum winch from a feeding point (fp), wherein the spooling device comprises: - a frame , and - a suspension cradle mounted to the frame , wherein the suspension cradle comprises a rotatable wire sheave for receiving the wire (99, 99', 99") and for guiding the wire (99, 99', 99") to a specific location on the drum winch , wherein the suspension cradle with the wire sheave is mounted in a slideable manner to the frame in accordance with a curved path (cp), characterised in that the curved path (cp) is chosen such that a fleet angle (fa) of the wire (99, 99', 99") coming from the feeding point (fp) is compensated in order to reduce fringing effects of the wire (99, 99', 99") on the wire sheave during sliding movement of the wire sheave in operational use of the spooling device , wherein the curved path (cp) is defined such that the fleet angle (fa) is compensated along the full swing of the wire sheave in that the wire (99, 99', 99") remains in plane with the wire sheave during the sliding movement of the wire sheave in operational use of the spooling device , wherein the curved path (cp) is, along a full swing of the wire sheave , a circular path having its center coinciding with the feeding point (fp) in operational use of the spooling device , wherein the wire (99, 99', 99") crosses this curved path (cp) perpendicularly independent of the fleet angle (fa). - a frame , and - a suspension cradle mounted to the frame , wherein the suspension cradle comprises a rotatable wire sheave for receiving the wire (99, 99', 99") and for guiding the wire (99, 99', 99") to a specific location on the drum winch , wherein the suspension cradle with the wire sheave is mounted in a slideable manner to the frame in accordance with a curved path (cp), characterised in that the curved path (cp) is chosen such that a fleet angle (fa) of the wire (99, 99', 99") coming from the feeding point (fp) is compensated in order to reduce fringing effects of the wire (99, 99', 99") on the wire sheave during sliding movement of the wire sheave in operational use of the spooling device , wherein the curved path (cp) is defined such that the fleet angle (fa) is compensated along the full swing of the wire sheave in that the wire (99, 99', 99") remains in plane with the wire sheave during the sliding movement of the wire sheave in operational use of the spooling device , wherein the curved path (cp) is, along a full swing of the wire sheave , a circular path having its center coinciding with the feeding point (fp) in operational use of the spooling device , wherein the wire (99, 99', 99") crosses this curved path (cp) perpendicularly independent of the fleet angle (fa).
A method for converting biomass into ethanol or other products, said method comprising (a) adding a biomass and a microorganism to a reactor, said biomass comprising lignocellulosic particles, (b) fermenting the biomass with the microorganism to form a fermented product, said fermented product comprising the microorganism, fermented biomass, and lignocellulosic particles, (c) mechanically disrupting the first fermented product of step (b), wherein the mechanical disrupting comprises mechanical milling, and (d) fermenting the mechanically disrupted product of step (c), wherein said steps (b)-(d) are repeated N times, N being an integer equal to or greater than 1 said microorganism being at least one member selected from the group consisting of Clostridium thermocellum, Clostridium claraflavum, Caldicellusiruptor bescii , Thermoanaerobacterium saccharolyticum, Thermoanaerobacterium thermosaccharolyticum. (a) adding a biomass and a microorganism to a reactor, said biomass comprising lignocellulosic particles, (b) fermenting the biomass with the microorganism to form a fermented product, said fermented product comprising the microorganism, fermented biomass, and lignocellulosic particles, (c) mechanically disrupting the first fermented product of step (b), wherein the mechanical disrupting comprises mechanical milling, and (d) fermenting the mechanically disrupted product of step (c),
A method for the automated positioning of a railway car, the railway car comprising a body, a bogie and a coupler , the coupler comprising: a coupler anchor secured to the body of the railway car; a coupler mechanism for connecting to the railway car to an adjacent railway car and pivotable relative to the coupler anchor from an on-center position to an off-center position in a substantially horizontal plane; and a coupler positioning device for pivoting the coupler mechanism relative to the coupler anchor , characterized in that the coupler positioning device comprises a pair of pneumatic cylinders for pivoting the coupler mechanism , the method comprising the steps of: a) measuring an angular position of the bogie relative to the body of the railway car; b) sending signal information directed to the measured angular position of the bogie to the controller ; and c) the controller adjusting the pressure provided to the pair of pneumatic cylinders operatively connected to the railway car coupler based on the signal information received by the controller , thereby positioning the railway car coupler in a desired position in a substantially horizontal plane, wherein the controller is configured to adjust the pressure of each cylinder independently of one another. a coupler anchor secured to the body of the railway car; a coupler mechanism for connecting to the railway car to an adjacent railway car and pivotable relative to the coupler anchor from an on-center position to an off-center position in a substantially horizontal plane; and a coupler positioning device for pivoting the coupler mechanism relative to the coupler anchor , characterized in that the coupler positioning device comprises a pair of pneumatic cylinders for pivoting the coupler mechanism , a) measuring an angular position of the bogie relative to the body of the railway car; b) sending signal information directed to the measured angular position of the bogie to the controller ; and c) the controller adjusting the pressure provided to the pair of pneumatic cylinders operatively connected to the railway car coupler based on the signal information received by the controller , thereby positioning the railway car coupler in a desired position in a substantially horizontal plane, wherein the controller is configured to adjust the pressure of each cylinder independently of one another.
A method of performing a reception of a physical downlink control channel, PDCCH, consisting of one or more control channel elements, CCEs, by a device for wireless communication, the method comprising: receiving, through higher layer signaling, information including a resource element group, REG, bundle size for bundling REGs; and performing, based on the higher layer signaling, a PDCCH reception in a control resource set, CORESET, wherein each REG occupy 1 resource block, RB, in a frequency domain during 1 orthogonal frequency divisional multiplexing, OFDM, symbol in a time domain, and wherein the device is configured to assume that same precoding is used for REGs in a same REG bundle, characterized in that wherein an interleaved CCE-to-REG mapping is configured in the CORESET, and the time-domain REG bundle size is configured as one of a plurality of REG bundle sizes including i) REG bundle size = 2 for bundling 2 REGs into 1 REG bundle and ii) REG bundle size = 3 for bundling 3 REGs into 1 REG bundle, and wherein, based on a CORESET duration configured for the CORESET being a 2-OFDM symbol length or a 3 OFDM symbol length in the time domain: i) the REG bundle size = 2 is configured, only for a CORESET duration with the 2-OFDM symbol length and ii) the REG bundle size = 3 is configured, only for a CORESET duration with the 3-OFDM symbol length. receiving, through higher layer signaling, information including a resource element group, REG, bundle size for bundling REGs; and performing, based on the higher layer signaling, a PDCCH reception in a control resource set, CORESET, wherein each REG occupy 1 resource block, RB, in a frequency domain during 1 orthogonal frequency divisional multiplexing, OFDM, symbol in a time domain, and wherein the device is configured to assume that same precoding is used for REGs in a same REG bundle, characterized in that wherein an interleaved CCE-to-REG mapping is configured in the CORESET, and the time-domain REG bundle size is configured as one of a plurality of REG bundle sizes including i) REG bundle size = 2 for bundling 2 REGs into 1 REG bundle and ii) REG bundle size = 3 for bundling 3 REGs into 1 REG bundle, and wherein, based on a CORESET duration configured for the CORESET being a 2-OFDM symbol length or a 3 OFDM symbol length in the time domain: i) the REG bundle size = 2 is configured, only for a CORESET duration with the 2-OFDM symbol length and ii) the REG bundle size = 3 is configured, only for a CORESET duration with the 3-OFDM symbol length. i) the REG bundle size = 2 is configured, only for a CORESET duration with the 2-OFDM symbol length and ii) the REG bundle size = 3 is configured, only for a CORESET duration with the 3-OFDM symbol length.
Lighting and/or signalling device for a motor vehicle , able to illuminate a zone (ZA) extending around the vehicle , comprising at least two first white light sources associated respectively with at least first and second rotating lighting and/or signalling modules, able to generate respectively light beams in determined directions, a control member (OC) able to control the rotation and the light intensity of the first and second rotating modules; each of the first and second rotating modules having a first face (MIR) and a second face (MOT) opposite to the first: the first face (MIR) comprising a reflecting surface capable of directing the light beam emitted by the first white light source towards the said zone (ZA) and the second face (MOT) supporting a pattern ; characterized in that said control unit is coupled to a vehicle access management device (GAV), said control unit (OC) controlling asynchronously the rotation of the first and second rotating modules during a cycle of determined duration (T) following the detection of a control signal received by the vehicle access management device (GAV) to orient their first faces (MIR) towards said zone (ZA) by a succession of at least two rotations of at least 180° in one direction then in the other direction of each rotating module with a luminous intensity of the first white light source variable as a function of time ; the said control device (OC) orienting the modules asynchronously before the end of a cycle of determined duration (T) so as to present their second faces (MOT) in a manner visible from the outside of the vehicle at the end of the cycle of determined duration (T).