mhurhangee/ep-ind-claims huggingface dataset:
A passive RFID tag comprising - a wireless communication device comprising two contact pads (16, 17); - an antenna connected to said wireless communication device, wherein said antenna comprises a conductive planar surface and a slot extending at least in a part of said conductive planar surface, said slot forming a non-conductive area of the antenna and defining a first part and a second part of the antenna, wherein said two contact pads (16, 17) are electrically connected respectively each to one of the first and second part of the antenna, said slot comprises a closed end formed by a further conductive part connecting said first and second parts (12, 13) of the antenna, said antenna further comprises at least one conductive bridge (19-19′′′, 20, 21 -21") removably formed with and connecting said first and second parts (12, 13) of the antenna, and wherein the passive RFID tag is configured such that removal of said conductive bridge (19-19′′′, 20, 21 -21") changes the resonance frequency of the passive RFID tag by varying the length of the electrical path between said contact pads (126, 17) from the wireless communication device in the antenna. - a wireless communication device comprising two contact pads (16, 17); - an antenna connected to said wireless communication device, wherein said antenna comprises a conductive planar surface and a slot extending at least in a part of said conductive planar surface, said slot forming a non-conductive area of the antenna and defining a first part and a second part of the antenna, wherein said two contact pads (16, 17) are electrically connected respectively each to one of the first and second part of the antenna, said slot comprises a closed end formed by a further conductive part connecting said first and second parts (12, 13) of the antenna, said antenna further comprises at least one conductive bridge (19-19′′′, 20, 21 -21") removably formed with and connecting said first and second parts (12, 13) of the antenna, and wherein the passive RFID tag is configured such that removal of said conductive bridge (19-19′′′, 20, 21 -21") changes the resonance frequency of the passive RFID tag by varying the length of the electrical path between said contact pads (126, 17) from the wireless communication device in the antenna. said two contact pads (16, 17) are electrically connected respectively each to one of the first and second part of the antenna, said slot comprises a closed end formed by a further conductive part connecting said first and second parts (12, 13) of the antenna, said antenna further comprises at least one conductive bridge (19-19′′′, 20, 21 -21") removably formed with and connecting said first and second parts (12, 13) of the antenna, and wherein the passive RFID tag is configured such that removal of said conductive bridge (19-19′′′, 20, 21 -21") changes the resonance frequency of the passive RFID tag by varying the length of the electrical path between said contact pads (126, 17) from the wireless communication device in the antenna.
A method for transmitting data in a communication system comprising a transmitter and a receiver, the method comprising: reserving, by the transmitter, a first channel and a second channel, wherein the first channel is used to transmit the data and the second channel is used to transmit an acknowledgement, ACK; sending, on the reserved first channel, the data to the receiver; and receiving, on the reserved second channel, the ACK corresponding to the data sent by the receiver, wherein the ACK is sent by the receiver to the transmitter before time, calculated by the receiver, for reaching a maximum cache capacity of the transmitter, and characterised in that the time for reaching the maximum cache capacity of the transmitter is calculated by the receiver based on a rate carried by a preamble at which the transmitter sends the data and on the maximum cache capacity of the transmitter which is sent by the transmitter to the receiver. reserving, by the transmitter, a first channel and a second channel, wherein the first channel is used to transmit the data and the second channel is used to transmit an acknowledgement, ACK; sending, on the reserved first channel, the data to the receiver; and receiving, on the reserved second channel, the ACK corresponding to the data sent by the receiver, wherein the ACK is sent by the receiver to the transmitter before time, calculated by the receiver, for reaching a maximum cache capacity of the transmitter, and characterised in that the time for reaching the maximum cache capacity of the transmitter is calculated by the receiver based on a rate carried by a preamble at which the transmitter sends the data and on the maximum cache capacity of the transmitter which is sent by the transmitter to the receiver.
A cable compensation device comprising a housing defining an internal passage, an adjustment member including a part slidably located within the internal passage, the said part of the adjustment member being provided with a thread feature cooperable with a corresponding feature provided within the housing such that extending or retracting movement of the housing relative to the adjustment member is accompanied by relative angular movement therebetween, resilient biasing means applying a biasing load urging the housing for movement relative to the adjustment member, and rotary ratchet means operable to restrict angular movement between the housing and the adjustment member, the ratchet means comprising a ratchet member angularly fixed to or associated with one of the adjustment member and the housing and engageable with a ratchet formation provided upon or associated with the other of the adjustment member and the housing, characterised in that the ratchet means comprises a face ratchet means, an end surface of the said other of the housing and the adjustment member, or of a component associated therewith, being provided with the ratchet formation with which a corresponding face of the ratchet member cooperates, in use.
A method for wireless communication in a system that supports communication using a first duration transmission time interval, TTI, and a second duration TTI that is,shorter than the first duration TTI, comprising: receiving signaling that identifies resources for a control channel associated with the second duration TTI; receiving a user-specific control message of the control channel within the first duration TTI transmitted on the identified resources, wherein a location of the control channel within the first duration TTI is based at least in part on a location of a data region of the second duration TTI, wherein the first duration TTI and the second duration TTI at least partially overlap in time; and communicating data using a portion of the resources for the control channel based at least in part on a location of the user-specific control message and a grant received in the user-specific control message. receiving signaling that identifies resources for a control channel associated with the second duration TTI; receiving a user-specific control message of the control channel within the first duration TTI transmitted on the identified resources, wherein a location of the control channel within the first duration TTI is based at least in part on a location of a data region of the second duration TTI, wherein the first duration TTI and the second duration TTI at least partially overlap in time; and communicating data using a portion of the resources for the control channel based at least in part on a location of the user-specific control message and a grant received in the user-specific control message.
A spreading device for trawl fishing and seismic survey operations, the device comprising:- • an upper frame defining a top edge of the device; • a lower frame defining a bottom edge of the device; • an intermediate frame between the upper and lower frame; • at least two upper panels (16, 18) connected between the upper frame and intermediate frame, wherein each of the at least two upper panels have a leading edge and a trailing edge; • at least two lower panels connected between the intermediate frame and the lower frame, wherein each of the at least two lower panels have a leading edge and a trailing edge; • driving units mounted on (i.) the upper frame and the lower frame; or (ii.) the intermediate frame; or (iii.) the upper frame, the lower frame and the intermediate frame, and adapted to alter the position of at least one of the upper panels (16, 18) and the lower panels, the driving units adapted to be controlled remotely, when the device is in use being towed through the water; wherein at least one of the at least two upper panels (16, 18) or at least one of the at least two lower panels is adjustable independently to adjust the position of the panels closer to each other or further apart to control water flow through the device between the at least two upper panels from the leading edge to the trailing edge and between the at least two lower panels from the leading edge to the trailing edge. • an upper frame defining a top edge of the device; • a lower frame defining a bottom edge of the device; • an intermediate frame between the upper and lower frame; • at least two upper panels (16, 18) connected between the upper frame and intermediate frame, wherein each of the at least two upper panels have a leading edge and a trailing edge; • at least two lower panels connected between the intermediate frame and the lower frame, wherein each of the at least two lower panels have a leading edge and a trailing edge; • driving units mounted on (i.) the upper frame and the lower frame; or (ii.) the intermediate frame; or (iii.) the upper frame, the lower frame and the intermediate frame, and adapted to alter the position of at least one of the upper panels (16, 18) and the lower panels, the driving units adapted to be controlled remotely, when the device is in use being towed through the water;
Method for braced movement of a vehicle with a drive unit for accelerating the vehicle and with a brake unit for braking the vehicle, comprising the steps of: - generating a bracing drive torque by the drive unit, - generating a braking torque by the brake unit for compensating for the bracing drive torque and thereby for generating a bracing torque in the vehicle, and - braking the vehicle by reducing a drive torque, characterized in that, for dissipation of the bracing torque, the braking moment is dissipated with a smaller torque dissipation gradient than the bracing drive torque. - generating a bracing drive torque by the drive unit, - generating a braking torque by the brake unit for compensating for the bracing drive torque and thereby for generating a bracing torque in the vehicle, and - braking the vehicle by reducing a drive torque, characterized
Internally hollow plastic body, having a cavity, preferably adapted to contain liquid, solid or gaseous material, comprising: - a main body shaped so as to comprise side walls, having an inner surface that at least partially defines said cavity and comprising an engagement portion, said inner surface delimiting an engagement opening with the cavity; - a closure body comprising side closure walls having an inner sealing surface, said closure body closing at least partially the cavity at the engagement opening; - a joining element made of plastic, which joins the main body to the closure body, said joining element covering an overmolding seat between the main body and the closure body; wherein the closure body has a mold engagement cavity in which a mold for injection molding can be at least partially coupled by shape-coupling, adapted to counteract the pressure generated in the overmolding seat by injection means during an overmolding step of the joining element, and wherein the inner sealing surface of the closure body is engaged at least partially in abutment with the inner surface of the main body along the engagement portion in such a way as to counteract a mechanical stress between the closure body and the main body along a preferential direction (X') and in the direction of insertion of the closure body in the inner cavity, characterized in that the joining element is contained along its sides between the side walls of the main body and the side closure walls. - a main body shaped so as to comprise side walls, having an inner surface that at least partially defines said cavity and comprising an engagement portion, said inner surface delimiting an engagement opening with the cavity; - a closure body comprising side closure walls having an inner sealing surface, said closure body closing at least partially the cavity at the engagement opening; - a joining element made of plastic, which joins the main body to the closure body, said joining element covering an overmolding seat between the main body and the closure body; wherein the closure body has a mold engagement cavity in which a mold for injection molding can be at least partially coupled by shape-coupling, adapted to counteract the pressure generated in the overmolding seat by injection means during an overmolding step of the joining element, and wherein the inner sealing surface of the closure body is engaged at least partially in abutment with the inner surface of the main body along the engagement portion in such a way as to counteract a mechanical stress between the closure body and the main body along a preferential direction (X') and in the direction of insertion of the closure body in the inner cavity, characterized in that the joining element is contained along its sides between the side walls of the main body and the side closure walls.
Air-conditioning assembly for heating and/or cooling a room, comprising a first air-conditioning module and a second air-conditioning module, - the first air-conditioning module and the second air-conditioning module being formed elongate, - the first air-conditioning module and the second air-conditioning module being mountable in a connecting region, formed by a wall and a ceiling, of the space (39, 40, 41, 42, 43), - the first air-conditioning module providing at least one first fluid line flowed through by a fluid, - the second air-conditioning module providing at least one second fluid line flowed through by a fluid, - the first fluid line extending in a longitudinal direction of the first air-conditioning module and a second fluid line extending in a longitudinal direction of the second air-conditioning module, and - the first air-conditioning module and the second air-conditioning module each having an air-conditioning distributor plate (12, 36) which is thermally coupled to the associated fluid line (7, 8, 31, 33), the first air-conditioning module and the second air-conditioning module being provided spaced apart and/or angularly offset from one another, a connecting line installed between the air-conditioning modules (1, 30) being provided for connecting the first fluid line provided in the first air-conditioning module to the second fluid line provided in the second air-conditioning module, and a covering (35, 38), which joins onto a first air-conditioning distributor plate provided on the first air-conditioning module and onto a second air-conditioning distribution plate provided on the second air-conditioning module, being assigned to the connecting line, characterised in that at least two fluid lines (7, 8, 31, 33) are provided spaced apart from one another in each air-conditioning module (1, 30), the at least two fluid lines (7, 8, 31, 33) extending in the longitudinal direction and being provided spaced apart from one another in a shared air-filled installation space which is delimited by the air-conditioning distributor plate (12, 36). - the first air-conditioning module and the second air-conditioning module being formed elongate, - the first air-conditioning module and the second air-conditioning module being mountable in a connecting region, formed by a wall and a ceiling, of the space (39, 40, 41, 42, 43), - the first air-conditioning module providing at least one first fluid line flowed through by a fluid, - the second air-conditioning module providing at least one second fluid line flowed through by a fluid, - the first fluid line extending in a longitudinal direction of the first air-conditioning module and a second fluid line extending in a longitudinal direction of the second air-conditioning module, and - the first air-conditioning module and the second air-conditioning module each having an air-conditioning distributor plate (12, 36) which is thermally coupled to the associated fluid line (7, 8, 31, 33),
Storage arrangement comprising two or more cases or a case and a lid, all parts that can be stacked and interconnected and where the cases or lids have opposite facing gables and where a connecting bridge is placed in the four corners or with one connecting bridge on each of the opposite facing gables, wherein each connecting bridge is provided with a top bridge on top and with a bottom bridge on the bottom, whereby in the interconnected state of the parts the bottom bridge of the upper case or lid interconnects with the top bridge of the below case or lid, wherein the bottom bridge of the top case or lid is shaped as a male part having a downward pointing L profile which interconnects with the top bridge of the below case which is shaped as a female part also having an L profile, characterized in, that the L profiles of the top bridges and of the bottom bridges have the same lateral orientation such that when the bottom bridges of the top case or lid are placed above the opposite top bridges of the lower case or lid they will get in gear and with a sidewards push on the top case or lid be brought into a tight and compact condition, and that a transport lock is provided on the case or lid for blocking disassembly and keeping the top bridges and bottom bridges in tight and compact coupling, such transport lock being able to be activated outside the case or lid by a locking knob.
A silent spring hinge for household appliances, comprising - a fixing base, - a hinge arm and - a spring assembly, - the fixing base being connected to a rotating wheel through a first gear shaft, wherein the rotating wheel is a first gear including gear teeth, and - the hinge arm comprises a connecting arm and a second gear, the second gear being provided on an end of the connecting arm, the second gear and the connecting arm forming an integral structure, the second gear being connected to the fixing base through a second gear shaft, the second gear being meshed with the first gear, - the spring assembly being mounted on the fixing base and being eccentrically and elastically connected to a wheel surface of the rotating wheel, characterized in that - a damping assembly corresponding to a side edge of the rotating wheel is further provided on the fixing base, the damping assembly comprising a sleeve body, a steel ball, a spring and a lock nut, an outer wall of the sleeve body being snap-fitted on the fixing base, the steel ball, the spring and the lock nut being mounted within the sleeve body in sequence, a portion of the steel ball being exposed from the sleeve body and being elastically connected to the side edge of the rotating wheel, - and a deceleration groove and a self-locking groove mated with the steel ball at a final stage of the process of closing a cabinet door being provided on a gear edge of the rotating wheel. - a fixing base, - a hinge arm and - a spring assembly, - the fixing base being connected to a rotating wheel through a first gear shaft, wherein the rotating wheel is a first gear including gear teeth, and - the hinge arm comprises a connecting arm and a second gear, the second gear being provided on an end of the connecting arm, the second gear and the connecting arm forming an integral structure, the second gear being connected to the fixing base through a second gear shaft, the second gear being meshed with the first gear, - the spring assembly being mounted on the fixing base and being eccentrically and elastically connected to a wheel surface of the rotating wheel, characterized in that - a damping assembly corresponding to a side edge of the rotating wheel is further provided on the fixing base, the damping assembly comprising a sleeve body, a steel ball, a spring and a lock nut, an outer wall of the sleeve body being snap-fitted on the fixing base, the steel ball, the spring and the lock nut being mounted within the sleeve body in sequence, a portion of the steel ball being exposed from the sleeve body and being elastically connected to the side edge of the rotating wheel, - and a deceleration groove and a self-locking groove mated with the steel ball at a final stage of the process of closing a cabinet door being provided on a gear edge of the rotating wheel.
A beverage comprising collagen, hyaluronic acid, borage oil emulsion and a glucosamine derivative, wherein said glucosamine derivative is selected between N-acetylglucosamine and glucosamine hydrochloride.
Drone chassis, comprising an external structure that deforms elastically in bending, furthermore comprising a set of cables connecting at least one support, intended to support a functional element of the drone, to the external structure, the set of cables comprising elastic cables that deform elastically in traction under a tensile stress above a threshold, referred to as the natural tensile deformation threshold, the set of cables being attached at several points on the external structure, referred to as attachment points, to hold the at least one support in a stable position with respect to the external structure, in that the elastic cables are attached under stress by applying, to said elastic cables, an initial tensile stress, and by maintaining the initial tensile stress by attaching to the external structure so that an external force applied to the chassis and generating an additional tensile stress on the elastic cables attached under stress causes a deformation under traction of the cables and a bending deformation of the external structure only if said additional tensile stress exceeds a minimum tensile deformation threshold that is above the natural tensile deformation threshold of the elastic cables.
A method of operating an electronic memory apparatus, comprising: selecting a set of memory cells of the electronic memory apparatus for a sensing operation; detecting an error associated with a codeword sensed from the set of memory cells; changing a voltage of an interrupt node (510-a) of the electronic memory apparatus from a first value to a second value in response to the error detection; indicating that the error has been detected based at least in part on changing the voltage of the interrupt node (510-a); the method being characterised by: determining that a threshold amount of time has elapsed since detection of the error; and changing the voltage of the interrupt node (510-a) from the second value to the first value based at least in part on the determination that the threshold amount of time has elapsed since detection of the error. selecting a set of memory cells of the electronic memory apparatus for a sensing operation; detecting an error associated with a codeword sensed from the set of memory cells; changing a voltage of an interrupt node (510-a) of the electronic memory apparatus from a first value to a second value in response to the error detection; indicating that the error has been detected based at least in part on changing the voltage of the interrupt node (510-a); the method being characterised by: determining that a threshold amount of time has elapsed since detection of the error; and changing the voltage of the interrupt node (510-a) from the second value to the first value based at least in part on the determination that the threshold amount of time has elapsed since detection of the error. determining that a threshold amount of time has elapsed since detection of the error; and changing the voltage of the interrupt node (510-a) from the second value to the first value based at least in part on the determination that the threshold amount of time has elapsed since detection of the error.