mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an imprint mold, comprising: a winding step to wind a film mold onto a cylinder transfer roll , the film mold having a resin layer , the resin layer having a base pattern comprising a reverse pattern of a fine concave-convex pattern and the film mold being wound so as to form a clearance (G) having no base pattern at a butting portion of both ends of the film mold ; a resin filling step to fill a resin composition in the clearance (G); and a pattern forming step to form an additional pattern comprising a reverse pattern of a transfer pattern on the resin composition by pressing the transfer pattern provided on a pattern adding mold against the resin composition ; wherein the resin composition is filled so as to form a protruding portion of the resin composition at a surface of the resin layer by allowing the resin composition to protrude from the clearance (G) before the pattern adding mold is pressed against the resin composition or when the pattern adding mold is pressed against the resin composition , characterized in, that the protruding portion is removed from the surface of the resin layer by being adhered on the pattern adding mold when the pattern adding mold is removed from the resin composition . a winding step to wind a film mold onto a cylinder transfer roll , the film mold having a resin layer , the resin layer having a base pattern comprising a reverse pattern of a fine concave-convex pattern and the film mold being wound so as to form a clearance (G) having no base pattern at a butting portion of both ends of the film mold ; a resin filling step to fill a resin composition in the clearance (G); and a pattern forming step to form an additional pattern comprising a reverse pattern of a transfer pattern on the resin composition by pressing the transfer pattern provided on a pattern adding mold against the resin composition ; wherein the resin composition is filled so as to form a protruding portion of the resin composition at a surface of the resin layer by allowing the resin composition to protrude from the clearance (G) before the pattern adding mold is pressed against the resin composition or when the pattern adding mold is pressed against the resin composition , characterized in, that the protruding portion is removed from the surface of the resin layer by being adhered on the pattern adding mold when the pattern adding mold is removed from the resin composition .
A fastener delivery tool, comprising: a sheath assembly including a sheath comprising a hollow tube and a position retention member ; a retraction assembly including a cover and a retractor member , wherein the cover includes a lumen extending therein; and a handle assembly coupled to a proximal end of the sheath assembly , wherein the sheath assembly is fixed relative to the handle assembly , the handle assembly including a housing and an actuation member ; wherein the sheath assembly extends through the lumen of the cover ; wherein the retractor member is configured to move relative to the handle assembly between a first position in which the sheath assembly is disposed within a distal portion of the cover and a second position in which the sheath assembly extends out of the distal portion of the cover , wherein the retraction assembly is biased to be in the second position; wherein actuation of the actuation member moves the retractor member from the first position to the second position. a sheath assembly including a sheath comprising a hollow tube and a position retention member ; a retraction assembly including a cover and a retractor member , wherein the cover includes a lumen extending therein; and a handle assembly coupled to a proximal end of the sheath assembly , wherein the sheath assembly is fixed relative to the handle assembly , the handle assembly including a housing and an actuation member ; wherein the sheath assembly extends through the lumen of the cover ; wherein the retractor member is configured to move relative to the handle assembly between a first position in which the sheath assembly is disposed within a distal portion of the cover and a second position in which the sheath assembly extends out of the distal portion of the cover , wherein the retraction assembly is biased to be in the second position; wherein actuation of the actuation member moves the retractor member from the first position to the second position.
A method implemented by one or more computing devices, the method comprising: receiving (S101) a password to be detected; acquiring (S102) an identity information set of a user of the password to be detected, the identity information set including a plurality of pieces of identity information of the user and associated users thereof; detecting (S103) whether identity information associated with the password to be detected exists in the identity information set; and determining whether the password to be detected is a weak password based at least in part on a result of the detecting, wherein the detecting (S103) comprises: dividing (S301) each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining (S302) whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information. receiving (S101) a password to be detected; acquiring (S102) an identity information set of a user of the password to be detected, the identity information set including a plurality of pieces of identity information of the user and associated users thereof; detecting (S103) whether identity information associated with the password to be detected exists in the identity information set; and determining whether the password to be detected is a weak password based at least in part on a result of the detecting, wherein the detecting (S103) comprises: dividing (S301) each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining (S302) whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information. dividing (S301) each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining (S302) whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information.
A non-volatile semiconductor memory device including: a plurality of floating gates (FGa,FGb) electrically insulated; a first bit line (BLP1); a second bit line (BLN1); and a cell being configured for each of the floating gates (FGa,FGb), wherein each of the cells includes a read transistor for reading out a voltage depending on the presence or absence of charge in the floating gate, a program transistor that injects charge into the floating gate, an erase transistor that ejects charge from the floating gate, and a control capacitor that adjusts a potential at the floating gate, the floating gate (FGa,FGb) extending on respective active regions of the read transistor , the program transistor , the erase transistor , and the control capacitor , one cell of the cells has a configuration in which the first bit line (BLP1) is connected to the read transistor in the one cell via a switch transistor (SWa) in the one cell , and the second bit line (BLN1) is directly connected to a diffusion layer provided at one end of the program transistor in the one cell , and another cell paired with the one cell has a configuration in which the second bit line (BLN1) is connected to the read transistor in the other cell via a switch transistor (SWb) in the other cell , and the first bit line (BLP1) is directly connected to a diffusion layer provided at one end of the program transistor in the other cell . a plurality of floating gates (FGa,FGb) electrically insulated; a first bit line (BLP1); a second bit line (BLN1); and a cell being configured for each of the floating gates (FGa,FGb), wherein each of the cells includes a read transistor for reading out a voltage depending on the presence or absence of charge in the floating gate, a program transistor that injects charge into the floating gate, an erase transistor that ejects charge from the floating gate, and a control capacitor that adjusts a potential at the floating gate, the floating gate (FGa,FGb) extending on respective active regions of the read transistor , the program transistor , the erase transistor , and the control capacitor , one cell of the cells has a configuration in which the first bit line (BLP1) is connected to the read transistor in the one cell via a switch transistor (SWa) in the one cell , and the second bit line (BLN1) is directly connected to a diffusion layer provided at one end of the program transistor in the one cell , and another cell paired with the one cell has a configuration in which the second bit line (BLN1) is connected to the read transistor in the other cell via a switch transistor (SWb) in the other cell , and the first bit line (BLP1) is directly connected to a diffusion layer provided at one end of the program transistor in the other cell .
A processing turret, comprising: a cam ; a cam support ; a processing element to process an article ; and a slide assembly for moving the article and/or the processing element in the processing turret, the slide assembly including a rail , and an adaptor , wherein ends of at least one of the adaptor and rail remain rigid during the stroke operation, characterised in that the slide assembly further comprises a slide block comprising rolling elements and configured so that during a stroke of the slide assembly , a force imparted onto the slide assembly by the stroke is centered on the rolling elements. a cam ; a cam support ; a processing element to process an article ; and a slide assembly for moving the article and/or the processing element in the processing turret, the slide assembly including a rail , and an adaptor , wherein ends of at least one of the adaptor and rail remain rigid during the stroke operation, characterised in that the slide assembly further comprises a slide block comprising rolling elements and configured so that during a stroke of the slide assembly , a force imparted onto the slide assembly by the stroke is centered on the rolling elements.
A method of authenticating, by a computer system on board a motor vehicle, a portable remote control device usable for starting the vehicle, characterized in that the method comprises the steps of: • determining whether a set of steps has been performed three times during a time interval of a first pre-established duration, while each time the set of steps was performed during a time interval of a second pre-established duration and the second performance of the set of steps was separated from the first performance of the set of steps and the third performance of the set of steps by a time interval of a third pre-established duration; and, where it is established that this is the case, • acquiring data characterizing an identifier of the portable remote control device; and • recording the data characterizing an identifier of the portable remote control device on a data storage medium. • determining whether a set of steps has been performed three times during a time interval of a first pre-established duration, while each time the set of steps was performed during a time interval of a second pre-established duration and the second performance of the set of steps was separated from the first performance of the set of steps and the third performance of the set of steps by a time interval of a third pre-established duration; and, where it is established that this is the case, • acquiring data characterizing an identifier of the portable remote control device; and • recording the data characterizing an identifier of the portable remote control device on a data storage medium.
A thermal transfer image-receiving sheet provided with a dye-receiving layer on one side of a backing sheet, wherein: the thermal transfer image-receiving sheet has a tear-off line crossing the thermal transfer image-receiving sheet along a width direction of the thermal transfer image-receiving sheet ; wherein a straight line parallel to the width direction of the thermal transfer image-receiving sheet is an imaginary straight line (L); a tear-off line other than the end of the tear-off line is parallel to the imaginary straight line (L); a distance (d) between the imaginary straight line (L) and an end of the tear-off line is 1 mm to 5.0 mm; and a tear-off line has a curved shape at an end of the tear-off line in the areas (X) which are configured to contact a transport roller of a printer on opposite sides in the width direction, wherein a radius of curvature (R) thereof is preferably 50 mm to 500 mm. the thermal transfer image-receiving sheet has a tear-off line crossing the thermal transfer image-receiving sheet along a width direction of the thermal transfer image-receiving sheet ; wherein a straight line parallel to the width direction of the thermal transfer image-receiving sheet is an imaginary straight line (L); a tear-off line other than the end of the tear-off line is parallel to the imaginary straight line (L); a distance (d) between the imaginary straight line (L) and an end of the tear-off line is 1 mm to 5.0 mm; and a tear-off line has a curved shape at an end of the tear-off line in the areas (X) which are configured to contact a transport roller of a printer on opposite sides in the width direction, wherein a radius of curvature (R) thereof is preferably 50 mm to 500 mm.
A method for a communication device associated with a wireless transmission, the method comprising: performing (S134) a low-density parity check, LDPC, encoding process comprising loading (S136) a set of bits, in parallel, into a plurality of registers, the set of bits being distributed among the plurality of registers; the method further comprising: interleaving (S138) the loaded set of bits within the plurality of registers by rearranging the loaded set of bits into an interleaved set of bits without accessing a memory ; and after the set of bits is rearranged into the interleaved set of bits within the plurality of registers, writing (S140) the interleaved set of bits, in parallel, from the plurality of registers to the memory . performing (S134) a low-density parity check, LDPC, encoding process comprising loading (S136) a set of bits, in parallel, into a plurality of registers, the set of bits being distributed among the plurality of registers; the method further comprising: interleaving (S138) the loaded set of bits within the plurality of registers by rearranging the loaded set of bits into an interleaved set of bits without accessing a memory ; and after the set of bits is rearranged into the interleaved set of bits within the plurality of registers, writing (S140) the interleaved set of bits, in parallel, from the plurality of registers to the memory . interleaving (S138) the loaded set of bits within the plurality of registers by rearranging the loaded set of bits into an interleaved set of bits without accessing a memory ; and after the set of bits is rearranged into the interleaved set of bits within the plurality of registers, writing (S140) the interleaved set of bits, in parallel, from the plurality of registers to the memory .
A clamp for securing a pin to a base yoke in an articulated joint connection, wherein the clamp comprises a body configured for mounting to the base yoke , wherein the body comprises a pin contact part extending on one side of the body and configured to engage with the pin , wherein the body of the clamp comprises at least one recess or aperture arranged in the body in a vicinity of the pin contact part , characterized in that said recess or aperture is configured for deforming said body upon engagement with the pin , when the clamp is mounted to the base yoke .
A structure for mounting parts including a retention element , an elastic element and a visible part , the retention element comprising a head and a shank in which there is arranged a recess for engaging the elastic element including a hooking claw suitable to be hooked in the recessed part of the retention element , the retention element being intended to be locked in the opening of the visible part in order to fix it, the opening of the visible part comprising hook elements in the interior of the edge of the opening , characterized in that the hook elements are offset from the edge of the opening .
Interior fitting part of a vehicle having a hinge device with a first part which is pivotable about a pivot axis (a) relative to a second part , the first part comprising at least one bore and the second part comprising at least one recess , and at least one pin coaxial with the pivot axis (a) is disposed with a first longitudinal portion in the bore and with a second longitudinal portion in the recess in a final assembly position, and the pin is movable between a pre-assembly position, in which the pin is accommodated with a bigger overlap in the bore or in the recess than in the final assembly position, and the final assembly position, and at least one retaining element may be positioned through a passage in a seat in such a way that the pin can be moved by the retaining element from the pre-assembly position into the final assembly position and, in the final assembly position, the retaining element is positioned in such a way as to prevent a return movement of the pin from the final assembly position into the pre-assembly position, characterised in that the retaining element is provided with at least one locking formation in the form of a resilient arm which releasably engages in a complementary formation of the first part or second part when the retaining element is positioned in the seat, and the resilient arm comprises form-fitting means which can be moved into engagement with form-fitting means of a tool in order to move the locking formation and complementary formation out of engagement.
Antioxidant composition, intended to stabilise oils faced with oxidation, comprising (a) a mixture composed essentially of phospholipids and (b) at least one other antioxidant compound, characterised in that said antioxidant compound comprises carnosic acid and in that the mixture composed essentially of phospholipids (a) has: - a total phospholipid content greater than or equal to 85%, - a phosphatidylcholine content greater than or equal to 40%, - a glucid and glycolipid content less than or equal to 8%, by weight with respect to the total weight of said mixture. - a total phospholipid content greater than or equal to 85%, - a phosphatidylcholine content greater than or equal to 40%, - a glucid and glycolipid content less than or equal to 8%, by weight with respect to the total weight of said mixture.
A method for wireless communications by a user equipment, UE , comprising: entering a first low power state ; receiving an announcement from a base station with information regarding opportunities when one or more signals used for cell acquisition will be transmitted, from the base station, with boosted transmission power, wherein the boosted transmission power of the one or more signals is relative to a transmission power of the one or more signals not sent during said opportunities; exiting the first low power state in order to perform the cell acquisition , coordinated based on the information in the announcement, the method characterized by : entering a second low power state , the second low power state being different to the first low power state and wherein, in the second low power state , a digital signal processor, DSP, receiver of the UE is turned off to reduce its power consumption; and exiting the second low power state , based on the cell acquisition already performed during one of the announced opportunities , to monitor for one or more other signals, transmitted from the base station, which are not associated with the one or more signals obtained during the announced opportunity. entering a first low power state ; receiving an announcement from a base station with information regarding opportunities when one or more signals used for cell acquisition will be transmitted, from the base station, with boosted transmission power, wherein the boosted transmission power of the one or more signals is relative to a transmission power of the one or more signals not sent during said opportunities; exiting the first low power state in order to perform the cell acquisition , coordinated based on the information in the announcement, the method characterized by : entering a second low power state , the second low power state being different to the first low power state and wherein, in the second low power state , a digital signal processor, DSP, receiver of the UE is turned off to reduce its power consumption; and exiting the second low power state , based on the cell acquisition already performed during one of the announced opportunities , to monitor for one or more other signals, transmitted from the base station, which are not associated with the one or more signals obtained during the announced opportunity. entering a second low power state , the second low power state being different to the first low power state and wherein, in the second low power state , a digital signal processor, DSP, receiver of the UE is turned off to reduce its power consumption; and exiting the second low power state , based on the cell acquisition already performed during one of the announced opportunities , to monitor for one or more other signals, transmitted from the base station, which are not associated with the one or more signals obtained during the announced opportunity.
Method for applying spreading material by means of a spreader , comprising the steps of: - detecting a spreading limit which requires an adjustment of the spreading width of at least one centrifugal disc of the spreader while traveling along at least one tramline; and - adjusting the spreading width of the at least one centrifugal disc , in particular by means of a partial-width control system , when at least one switching distance of the spreader to the spreading limit is reached; - determining the at least one switching distance depending on a throwing direction of the at least one centrifugal disc of the spreader by means of the spreader or by means of an application combination comprising the spreader and a vehicle pulling or carrying the spreader , characterized in that the throwing direction , depending on which the at least one switching distance is determined, is a set target throwing direction of the at least one centrifugal disc of the spreader or a current actual throwing direction of the at least one centrifugal disc of the spreader . - detecting a spreading limit which requires an adjustment of the spreading width of at least one centrifugal disc of the spreader while traveling along at least one tramline; and - adjusting the spreading width of the at least one centrifugal disc , in particular by means of a partial-width control system , when at least one switching distance of the spreader to the spreading limit is reached; - determining the at least one switching distance depending on a throwing direction of the at least one centrifugal disc of the spreader by means of the spreader or by means of an application combination comprising the spreader and a vehicle pulling or carrying the spreader ,