mhurhangee/patent-ind-claim-en huggingface dataset:
Bodywork , in particular for a road vehicle, comprising walls delimiting an enclosure defining a loading space , at least one of the walls of said bodywork comprising at least one closing device , this closing device comprising a frame and an opening panel , the frame comprising two parallel guide rails delimiting a curved guide path comprising, between a first rectilinear portion and a second rectilinear portion , a curved portion , the opening panel , arranged along the first rectilinear portion in the closed position, being mounted, by means of rolling members , slidingly movable along the curved portion of the guide path for the passage from a closed position to an open position, the opening panel comprising a framework and a flexible cover , such as a tarp, for partially covering the framework and coupled to said framework , said framework comprising two longitudinal members , equipped with rolling members , and crossmembers , each longitudinal member being formed by a plurality of longitudinal member sections connected to one another by pivot links with parallel pivot axis (XX'), each section of one of the longitudinal members being connected to the opposite section of the other of the longitudinal members by at least one of the crossmembers , the pivot axes (XX') of the pivot links of the opposite longitudinal member sections are coaxial, the bodywork being characterized in that the closing device has, during the passage of the opening panel from the closed position to the open position, at least one configuration in which at least two of the longitudinal member sections connected by a pivot link form a non-flat angle (α) between them open toward the inside of the enclosure with the pivot axis (XX') of the pivot link of said longitudinal member sections extending from the side of the outer face facing toward the outside of the enclosure of the cover , this cover resting by its inner face , facing toward the inside of the enclosure , on at least part of the crossmembers .
A formulation comprising a dispersion comprised of: - at least partially capped metal oxide nanocrystals, - an acrylic polymer comprising bisphenol-A glycerolate dimethacrylate, - 20-90 % by weight of the total formulation of a solvent, - a curing agent or an antioxidant, and - at least one of a crosslinking agent, a thickener, an adhesion promoter, a wetting agent, a leveling agent, a dispersing agent, a plasticizer, or a flexibilizer, wherein the optical transmittance at 450 nm of the formulation in 50% PGMEA by weight of the total formulation as solvent, when measured in a cuvette with 1 cm path length is 99% - 95%, or 95% - 90%, or 90% - 85%, or 85% - 80%, 80% - 75%, or 75% -70%, or 70% - 65%, or 65% - 60%, or 60% - 55%, or 55% - 50%, or 50% - 45%, or 45% - 40%, or 40% -35%, or 35% - 30%, or 30% - 25%, or 25% - 20%, or 20% - 15%, or 15% - 10%, wherein said dispersion does not contain benzyl methacrylate (BMA) or trimethylolpropane triacrylate (TMPTA). - at least partially capped metal oxide nanocrystals, - an acrylic polymer comprising bisphenol-A glycerolate dimethacrylate, - 20-90 % by weight of the total formulation of a solvent, - a curing agent or an antioxidant, and - at least one of a crosslinking agent, a thickener, an adhesion promoter, a wetting agent, a leveling agent, a dispersing agent, a plasticizer, or a flexibilizer, wherein the optical transmittance at 450 nm of the formulation in 50% PGMEA by weight of the total formulation as solvent, when measured in a cuvette with 1 cm path length is 99% - 95%, or 95% - 90%, or 90% - 85%, or 85% - 80%, 80% - 75%, or 75% -70%, or 70% - 65%, or 65% - 60%, or 60% - 55%, or 55% - 50%, or 50% - 45%, or 45% - 40%, or 40% -35%, or 35% - 30%, or 30% - 25%, or 25% - 20%, or 20% - 15%, or 15% - 10%, wherein said dispersion does not contain benzyl methacrylate (BMA) or trimethylolpropane triacrylate (TMPTA).
A method for exchanging data between drones of a swarm of drones , the swarm of drones comprising at least four drones , each drone being provided with an identifier specific to the drone , each drone comprising at least one transmitter , at least one receiver and a computer , each receiver comprising a pixel matrix configured so that each signal is received on a number of pixels of the pixel matrix that is strictly less than the total number of pixels of the pixel matrix , the method comprising, at each moment: - emitting, by the transmitter of each drone , a signal comprising data to be emitted, the data to be emitted comprising the identifier of the drone , as well as the direction and the identifier of each signal received at the preceding moment by the receiver of the drone , - receiving, by the receiver of at least one drone , called the receiver drone, the signal emitted by at least one other drone of the swarm , - determining, by the computer of each receiver drone, the direction of each signal received as a function of the position of the pixel or pixels of the pixel matrix receiving the signal, and - if necessary, determining, by the computer of each receiver drone, for each received signal, the relative position of the drone corresponding to the identifier of the received signal as a function of the direction determined for the received signal and of at least two directions obtained at the preceding moment by the receiver of the receiver drone and corresponding to the same identifier as the received signal. - emitting, by the transmitter of each drone , a signal comprising data to be emitted, the data to be emitted comprising the identifier of the drone , as well as the direction and the identifier of each signal received at the preceding moment by the receiver of the drone , - receiving, by the receiver of at least one drone , called the receiver drone, the signal emitted by at least one other drone of the swarm , - determining, by the computer of each receiver drone, the direction of each signal received as a function of the position of the pixel or pixels of the pixel matrix receiving the signal, and - if necessary, determining, by the computer of each receiver drone, for each received signal, the relative position of the drone corresponding to the identifier of the received signal as a function of the direction determined for the received signal and of at least two directions obtained at the preceding moment by the receiver of the receiver drone and corresponding to the same identifier as the received signal.
A 3D printed prosthetic socket for a residual lower limb consisting of a 3D printed shell comprising a distal end adapted for linking an interconnecting adapter of the prosthetic socket and a proximal end with an opening adapted for inserting the residual lower limb, wherein the shell comprises a first housing of the prosthetic socket comprising an inner wall and an outer wall , wherein the first housing of the prosthetic socket comprises a rigid region having, in the direction perpendicular to the inner wall , the rigidity of the rigid region and an elastic region having, in the direction perpendicular to the inner wall , the rigidity of the elastic region , wherein the rigidity of the elastic region under a load is smaller than the rigidity of the rigid region , wherein the elastic region comprises a set of shaped openings and is adapted for softening the contact of the residual lower limb with the prosthetic socket , characterised in that the elastic region takes Poisson's number values lower than zero.
Riding stirrup comprising: - a supporting element provided with means for connection to a stirrup-strap (F; F'); and - a tread provided with two surfaces: a supporting surface suited to support a rider's foot resting thereon and an underside surface opposite to said supporting surface; wherein the supporting element comprises two lateral portions that on one side are joined at the level of a connection area , where the means for connection are provided, and on the other side are associated with the tread ; - a coupling device suited to allow the coupling of a belt (C); wherein the coupling device is positioned on the underside of the tread, and the coupling device comprises: - a cross element extending obliquely or perpendicularly to a longitudinal direction of the tread , which cross element is suited to allow the coupling of said belt, obtained directly or through coupling elements; or - an eyelet suited to allow the coupling of said belt (C), obtained directly or through coupling elements; and - wherein said cross element or said eyelet is located in a position that is not central and is nearer the one of the two lateral portions that, in use, is intended to be directed towards the horse. - a supporting element provided with means for connection to a stirrup-strap (F; F'); and - a tread provided with two surfaces: a supporting surface suited to support a rider's foot resting thereon and an underside surface opposite to said supporting surface; wherein the supporting element comprises two lateral portions that on one side are joined at the level of a connection area , where the means for connection are provided, and on the other side are associated with the tread ; - a coupling device suited to allow the coupling of a belt (C); wherein the coupling device is positioned on the underside of the tread, and the coupling device comprises: - a cross element extending obliquely or perpendicularly to a longitudinal direction of the tread , which cross element is suited to allow the coupling of said belt, obtained directly or through coupling elements; or - an eyelet suited to allow the coupling of said belt (C), obtained directly or through coupling elements; and - wherein said cross element or said eyelet is located in a position that is not central and is nearer the one of the two lateral portions that, in use, is intended to be directed towards the horse. - a cross element extending obliquely or perpendicularly to a longitudinal direction of the tread , which cross element is suited to allow the coupling of said belt, obtained directly or through coupling elements; or - an eyelet suited to allow the coupling of said belt (C), obtained directly or through coupling elements; and - wherein said cross element or said eyelet is located in a position that is not central and is nearer the one of the two lateral portions that, in use, is intended to be directed towards the horse.
A method of manufacturing wood plastic composite comprising mixing wood filler in the amount of 40 - 80% by weight with heated thermoplastic polymer in the amount of 20 - 60% by weight and optionally additives in the amount of 0 - 30 % by weight and extruding thus formed mixture into the desired shape, wherein the wood filler comprises wood dust from a recycled particle board in the amount of 40 - 98% by weight, wherein - said wood filler is obtained directly in a recycling process of post-consumer wood products and wood product waste by a multi-stage grinding of post-consumer wood products and wood product waste, separation of contaminants from the ground wood material, fractioning the ground wood material according to particle size, selecting a fraction having particle size of 0.05 - 1.5 mm, and wherein the content of the wood filler depends on the selection of the recycled post-consumer wood products and wood product waste, - the water content in thus obtained wood filler used as a starting material in the manufacturing method amounts to 5 - 10 % by weight, and - the recycling process of post-consumer wood products and wood product waste does not comprise a step of drying and the wood filler obtained therein can be used directly as a starting material in the wood plastic composite manufacturing method. - said wood filler is obtained directly in a recycling process of post-consumer wood products and wood product waste by a multi-stage grinding of post-consumer wood products and wood product waste, separation of contaminants from the ground wood material, fractioning the ground wood material according to particle size, selecting a fraction having particle size of 0.05 - 1.5 mm, and wherein the content of the wood filler depends on the selection of the recycled post-consumer wood products and wood product waste, - the water content in thus obtained wood filler used as a starting material in the manufacturing method amounts to 5 - 10 % by weight, and - the recycling process of post-consumer wood products and wood product waste does not comprise a step of drying and the wood filler obtained therein can be used directly as a starting material in the wood plastic composite manufacturing method.
An RJ45 communications jack comprising: a housing having housing revolute joint features and a retention block ; a rotatable shutter door with integral plug latch stops , shutter door revolute joint features , and a retention ledge ; wherein upon rotation of the shutter door about the shutter door revolute joint features when contacted by a plug , the plug latch stops are configured to engage with latches on the plug and the retention ledge is configured to engage the retention block such that when loads are applied to the plug latch stops in the direction of removal of the plug, these loads are transferred to the housing via the retention block and not the housing revolute joint features . a housing having housing revolute joint features and a retention block ; a rotatable shutter door with integral plug latch stops , shutter door revolute joint features , and a retention ledge ; wherein upon rotation of the shutter door about the shutter door revolute joint features when contacted by a plug , the plug latch stops are configured to engage with latches on the plug and the retention ledge is configured to engage the retention block such that when loads are applied to the plug latch stops in the direction of removal of the plug, these loads are transferred to the housing via the retention block and not the housing revolute joint features .
A measurement method performed by a terminal in a wireless communication system, the method comprising: receiving a radio resource control, RRC, connection reconfiguration message including pattern information in a form of a bitmap having a certain size for serving cell or neighbor cell measurement; measuring the serving cell or neighbor cell in subframes mapped to the bitmap of the pattern information; and wherein the measuring the serving cell or neighbor cell comprises: determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0. receiving a radio resource control, RRC, connection reconfiguration message including pattern information in a form of a bitmap having a certain size for serving cell or neighbor cell measurement; measuring the serving cell or neighbor cell in subframes mapped to the bitmap of the pattern information; and wherein the measuring the serving cell or neighbor cell comprises: determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0. determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0.
Electric bicycle drive unit (D U ) for arrangement in a bottom bracket region (D 1 ) of a bicycle frame , coaxially to the bottom bracket, the drive unit (D U ) comprising a torque sensor device (S T ) for measuring a rider total torque (T R ) consisting of a left-hand rider torque (T RL ) and a right-hand rider torque (T RR ), a bottom bracket shaft (S B ), an electric motor device (M E ) arranged coaxially to the bottom bracket shaft (S B ), a hollow output shaft (So) for transmitting a motor torque (T M ) and the rider total torque (T R ) to a bicycle drivetrain , and a rider moment coupling device (D CR ) for coupling the rider torque (T R ) from the bottom bracket shaft (S B ) to the hollow output shaft (So), and a motor moment coupling device (D CM ) for coupling the motor torque (T M ) to the hollow output shaft (So), characterized in that the torque sensor device (S T ) is arranged in an axial region (P A ) of the drive unit defined by a hollow output shaft portion (S OS ), the axial region (P A ) being designed to be passed through by both the rider total torque (T R ) and the motor torque (T M ).
Programmable camera for an automobile, having a camera control device , an optical sensor , a volatile data memory and a flash memory , wherein the camera is configured, in a programming mode, to optically receive and read in program data containing a two-dimensional barcode and to program the flash memory using the received program data, wherein the camera has an interface to a CAN bus of an automobile and is configured to receive a programming mode signal via the CAN bus in order to adopt the programming mode and to acknowledge the reception of the program data in the programming mode via the CAN bus .
A coated powder, comprising: (a) particles, and (b) a coating, on the surface of the particles, including silica moieties, organo oxysilane moieties selected from the group consisting of mono-organo oxysilane moieties, bi-organo oxysilane moieties and tri-organo oxysilane moieties, and poly(dialkyl)siloxane moieties, wherein the amount by weight in SiO 2 equivalents of the organo oxysilane moieties and the silica moieties is at least 0.0625% of the total coated powder weight per m 2 /g of the specific surface area of the particle to be coated. (a) particles, and (b) a coating, on the surface of the particles, including silica moieties, organo oxysilane moieties selected from the group consisting of mono-organo oxysilane moieties, bi-organo oxysilane moieties and tri-organo oxysilane moieties, and poly(dialkyl)siloxane moieties, silica moieties, organo oxysilane moieties selected from the group consisting of mono-organo oxysilane moieties, bi-organo oxysilane moieties and tri-organo oxysilane moieties, and poly(dialkyl)siloxane moieties,
A high data integrity processing system, the high data integrity processing system comprising: a first processing device having a cache memory ; and a triple-voted processing device in signal communication with the first processing device ; wherein the first processing device includes a processor and a computer-readable medium having encoded thereon computer-executable instructions to cause the processor to: execute a periodic first integrity check on the first processing device producing a first integrity result , and transmit the first integrity result to the triple-voted processing device; wherein the triple-voted processing device includes firmware having encoded thereon machine instructions to cause the triple-voted processing device to: execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device , producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result. a first processing device having a cache memory ; and a triple-voted processing device in signal communication with the first processing device ; wherein the first processing device includes a processor and a computer-readable medium having encoded thereon computer-executable instructions to cause the processor to: execute a periodic first integrity check on the first processing device producing a first integrity result , and transmit the first integrity result to the triple-voted processing device; execute a periodic first integrity check on the first processing device producing a first integrity result , and transmit the first integrity result to the triple-voted processing device; wherein the triple-voted processing device includes firmware having encoded thereon machine instructions to cause the triple-voted processing device to: execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device , producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result. execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device , producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result.
Feed device for components , wherein the feed device has a mobile component carrier that is able to be braked and a downwardly inclined guide track , wherein the component carrier is in the form of a transport carriage and has a plurality of rolling elements for transporting the component carrier in a rolling manner and at least one brake device connected to at least one rolling element , said brake device braking the at least one rolling element , and wherein the feed device has a plurality of guide tracks , which are in the form of separate feed and return tracks for a component carrier , characterized in that the brake device has a selection device for a braking action that is dependent on the direction of movement in the forward direction (V) and rearward direction (R) of the component carrier and is optionally settable in different ways.
Composite sound-insulating curtain (la - 1c) characterized in that it comprises a plurality of layers joined together, among which at least: • a first absorbing layer having a mass per unit area at least equal to three hundred grams per square metre and thus suitable for absorbing sound waves, • a damping layer comprising a gas such as air, contiguous to the first absorbing layer and suitable for damping sound waves, • a first low-frequency-reflecting layer made of a material suitable for reflecting sound waves, the frequency of said sound waves being lower than three hundred hertz, and • a first high-frequency-reflecting layer made of a material suitable for reflecting sound waves, the frequency of said sound waves being higher than or equal to three hundred hertz. • a first absorbing layer having a mass per unit area at least equal to three hundred grams per square metre and thus suitable for absorbing sound waves, • a damping layer comprising a gas such as air, contiguous to the first absorbing layer and suitable for damping sound waves, • a first low-frequency-reflecting layer made of a material suitable for reflecting sound waves, the frequency of said sound waves being lower than three hundred hertz, and • a first high-frequency-reflecting layer made of a material suitable for reflecting sound waves, the frequency of said sound waves being higher than or equal to three hundred hertz.