mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data between a vehicle equipped with an embedded electronic device comprising a signal transmission/reception circuit provided with at least one embedded antenna and an electronic device on the ground comprising a signal transmission/reception circuit, the vehicle being able to move over a course equipped at one point with at least one fixed antenna (5, 21), in which: during a magnetic recognition phase, the electronic device on the ground detects, by sampling, a disturbance or variation of a magnetic field to which said fixed antenna is sensitive, induced upon the passage of a vehicle in the vicinity of this fixed antenna, the electronic device on the ground compares at least a part of said disturbance or variation to a stored decision criterion corresponding to an expected magnetic signature curve of a vehicle and comprising a mask exhibiting a curve of maximum values and a curve of minimum values corresponding to maximum and minimum disturbances or variations of the magnetic field, the electronic device on the ground generates a recognition signal (Sr) only if said at least a part of said disturbance corresponds to or satisfies said decision criterion, and, under the effect of said recognition signal and during a data exchange phase, the electronic device on the ground authorizes and synchronizes exchanges of data between the signal transmission/reception circuits of the embedded electronic device and of the electronic device on the ground, via said embedded antenna and said fixed antenna while they are coupled together. during a magnetic recognition phase, the electronic device on the ground detects, by sampling, a disturbance or variation of a magnetic field to which said fixed antenna is sensitive, induced upon the passage of a vehicle in the vicinity of this fixed antenna, the electronic device on the ground compares at least a part of said disturbance or variation to a stored decision criterion corresponding to an expected magnetic signature curve of a vehicle and comprising a mask exhibiting a curve of maximum values and a curve of minimum values corresponding to maximum and minimum disturbances or variations of the magnetic field, the electronic device on the ground generates a recognition signal (Sr) only if said at least a part of said disturbance corresponds to or satisfies said decision criterion, and, under the effect of said recognition signal and during a data exchange phase, the electronic device on the ground authorizes and synchronizes exchanges of data between the signal transmission/reception circuits of the embedded electronic device and of the electronic device on the ground, via said embedded antenna and said fixed antenna while they are coupled together.
A device for resisting rotation of a tap fitted to a work surface, the device comprising: a body; an engagement formation to engage a pipe of the tap or a rod of the tap formed at an underside of the tap; and an attachment means comprising one or more channels extending through the body to the engagement formation with a screw arranged in the or each channel; wherein the device comprises one or more elongate fastening screws extending through the body, perpendicular to the attachment means for irrotatably fastening the device to the work surface characterised in that the screw has a tip with an engagement surface formed at a front end and a head larger than the one or more channels through the body and the screw has a length from the tip to the head such that the tip extends by a predetermined distance from the channel to form a depression into the pipe of the tap or a rod of the tap when the head abuts the body for irrotatably attaching the body of the device to the tap. a body; an engagement formation to engage a pipe of the tap or a rod of the tap formed at an underside of the tap; and an attachment means comprising one or more channels extending through the body to the engagement formation with a screw arranged in the or each channel; wherein the device comprises one or more elongate fastening screws extending through the body, perpendicular to the attachment means for irrotatably fastening the device to the work surface characterised in that the screw has a tip with an engagement surface formed at a front end and a head larger than the one or more channels through the body and the screw has a length from the tip to the head such that the tip extends by a predetermined distance from the channel to form a depression into the pipe of the tap or a rod of the tap when the head abuts the body for irrotatably attaching the body of the device to the tap.
A terminal identification method, applied to a network device, wherein the method comprises: receiving a data packet, wherein an Internet Protocol, IP, packet header of the data packet comprises terminal information and a type identifier indicating a type of the terminal information; determining, based on the type identifier, a correspondence with which the terminal information is to be matched and determining, based on matching the terminal information with the determined correspondence, a terminal type of a terminal corresponding to the terminal information, wherein the terminal information comprises an organizationally unique identifier, OUI, included in a MAC address of the terminal and/or an international mobile equipment identity, IMEI, and the terminal type comprises at least one of a manufacturer and a terminal model of the terminal. receiving a data packet, wherein an Internet Protocol, IP, packet header of the data packet comprises terminal information and a type identifier indicating a type of the terminal information; determining, based on the type identifier, a correspondence with which the terminal information is to be matched and determining, based on matching the terminal information with the determined correspondence, a terminal type of a terminal corresponding to the terminal information, wherein the terminal information comprises an organizationally unique identifier, OUI, included in a MAC address of the terminal and/or an international mobile equipment identity, IMEI, and the terminal type comprises at least one of a manufacturer and a terminal model of the terminal.
A composition for use in the topical treatment of onychomycosis by penetration of the nail bed corneocytes, wherein the composition comprises: (i) a positively charged terbinafine active ingredient and a penetrating enhancer entrapped in a bead structure or in microparticles or nanoparticles, wherein the microparticles or nanoparticles have a diameter size range of 10 nanometers to 200 micrometers, and wherein the enhancer is selected from the group consisting of alcohols and alkanols, fatty alcohols, fatty acids, fatty acid esters, polyols, terpenes, amides, cyclic amides, pyrrolidone derivatives, essential oils, phospholipids and surfactants, and (ii) a delivery vehicle, wherein the bead structure or the microparticles or the nanoparticles are suspended in the delivery vehicle. (i) a positively charged terbinafine active ingredient and a penetrating enhancer entrapped in a bead structure or in microparticles or nanoparticles, wherein the microparticles or nanoparticles have a diameter size range of 10 nanometers to 200 micrometers, and wherein the enhancer is selected from the group consisting of alcohols and alkanols, fatty alcohols, fatty acids, fatty acid esters, polyols, terpenes, amides, cyclic amides, pyrrolidone derivatives, essential oils, phospholipids and surfactants, and (ii) a delivery vehicle,
Teat unit for a feeding bottle with a teat, wherein the teat unit has an adjustment mechanism (2, 3) and wherein the teat can be manually changed, in terms of its shape and/or stiffness, by means of this adjustment mechanism (2, 3), characterized in that the change in shape and/or stiffness is reversible.
A method of isolating metanephric mesenchyme stem cells the method comprising enriching for a subpopulation of renal cells from a human fetal renal tissue, said subpopulation expressing a EpCAM-/FZD7+ signature, wherein said enriching is effected such that at least 80 % cells are of said subpopulation of renal cells
A motor control device (31, 81) being a control device that controls a reluctance torque utilizing motor and comprising: a rotation angle detecting means (25, 53; 53A, 53B) that detects a rotor rotation angle of the motor, characterised in that the motor control device further comprises: a first setting portion (41, 91) that sets a motor torque command value that is a command value of a motor torque to be generated by the motor; a table (61, 62; 111; 121, 122, 131, 132) in which a motor torque generated from the motor is stored for each rotor rotation angle with respect to a combination of an armature current command value and a current phase angle command value at which the motor torque is maximized for the armature current command value; a second setting portion (42; 92; 142; 142A, 142B) that sets, based on the table (61, 62; 111; 121, 122, 131, 132), an armature current command value and a current phase angle command value for making a motor torque that is in accordance with the motor torque command value set by the first setting portion (41, 91) to be generated from the motor at the detected rotor rotation angle detected by the rotation angle detecting means (25, 53; 53A, 53B). a first setting portion (41, 91) that sets a motor torque command value that is a command value of a motor torque to be generated by the motor; a table (61, 62; 111; 121, 122, 131, 132) in which a motor torque generated from the motor is stored for each rotor rotation angle with respect to a combination of an armature current command value and a current phase angle command value at which the motor torque is maximized for the armature current command value; a second setting portion (42; 92; 142; 142A, 142B) that sets, based on the table (61, 62; 111; 121, 122, 131, 132), an armature current command value and a current phase angle command value for making a motor torque that is in accordance with the motor torque command value set by the first setting portion (41, 91) to be generated from the motor at the detected rotor rotation angle detected by the rotation angle detecting means (25, 53; 53A, 53B).
An electret web comprising: a thermoplastic resin; and a charge-enhancing additive comprising a benzoate salt with the general structure of Formula 1: wherein the groups R 1, R 2, R 3, R 4, and R 5 independently comprise a hydrogen atom, an alkyl, an aryl, a substituted alkyl, or a -OH group; and M is a metal ion with a valency of 2 wherein the web includes a blend of the thermoplastic resin and the charge-enhancing additive. a thermoplastic resin; and a charge-enhancing additive comprising a benzoate salt with the general structure of Formula 1: wherein the groups R 1, R 2, R 3, R 4, and R 5 independently comprise a hydrogen atom, an alkyl, an aryl, a substituted alkyl, or a -OH group; and M is a metal ion with a valency of 2 wherein the web includes a blend of the thermoplastic resin and the charge-enhancing additive.
A tool for installing an explosively driven fastener, the fastener including a nail and an explosive load attached to the nail, said tool comprising: a trigger body; a firing pin holder located within said trigger body, the firing pin holder having a proximal end and a distal end; a firing spring mounted coaxially on the proximal end of said firing pin holder and arranged to bias said firing pin holder out of said trigger body; a firing pin having a proximal end and a pointed distal end, the firing pin coupled to the distal end of said firing pin holder by a pin which engages a diametrical hole in the firing pin and a diametrical hole in the firing pin holder; a first muzzle having a proximal end and a distal end, said proximal end arranged to receive said firing pin and said distal end arranged to receive the fastener, such that when the fastener is placed in the distal end of the first muzzle and the firing pin holder is biased out of the trigger body by the firing spring, the firing pin strikes the explosive load causing the explosive load to explode and drive the nail out of the first muzzle. a trigger body; a firing pin holder located within said trigger body, the firing pin holder having a proximal end and a distal end; a firing spring mounted coaxially on the proximal end of said firing pin holder and arranged to bias said firing pin holder out of said trigger body; a firing pin having a proximal end and a pointed distal end, the firing pin coupled to the distal end of said firing pin holder by a pin which engages a diametrical hole in the firing pin and a diametrical hole in the firing pin holder; a first muzzle having a proximal end and a distal end, said proximal end arranged to receive said firing pin and said distal end arranged to receive the fastener, such that when the fastener is placed in the distal end of the first muzzle and the firing pin holder is biased out of the trigger body by the firing spring, the firing pin strikes the explosive load causing the explosive load to explode and drive the nail out of the first muzzle.
A depth camera assembly comprising: an illumination source comprising a plurality of emitters (342, 344, 346) on a single substrate including a first emitter and a second emitter, the illumination source configured to project light into a local area using one or more of the plurality of emitters (342, 344, 346), the illumination source further comprising: a first diffractive optical element corresponding to the first emitter, the first emitter configured to generate a first structured light pattern in the local area using the first diffractive optical element, and a second diffractive optical element corresponding to the second emitter, the second emitter configured to generate a second structured light pattern in the local area using a second diffractive optical element, the first structured light pattern being a different pattern from the second structured light pattern; an imaging device configured to capture one or more images of the local area illuminated with the light from the illumination source; and a controller configured to determine depth information for objects in the local area using the one or more images and/or configured to provide the one or more images to a virtual reality console, wherein the VR console is configured to determine depth information based in part on the one or more images and generate a virtual object based in part on the depth information. a first diffractive optical element corresponding to the first emitter, the first emitter configured to generate a first structured light pattern in the local area using the first diffractive optical element, and a second diffractive optical element corresponding to the second emitter, the second emitter configured to generate a second structured light pattern in the local area using a second diffractive optical element, the first structured light pattern being a different pattern from the second structured light pattern; an imaging device configured to capture one or more images of the local area illuminated with the light from the illumination source; and a controller configured to determine depth information for objects in the local area using the one or more images and/or configured to provide the one or more images to a virtual reality console, wherein the VR console is configured to determine depth information based in part on the one or more images and generate a virtual object based in part on the depth information.
A method for prediction of gamma characteristics for a display with average power level dependency comprising: measuring gamma characteristics of said display for a plurality of average power levels (APLs) of said display; generating gamma curves for each of the plurality of APLs; normalizing said gamma curves for each of said plurality of average power levels to obtain a plurality of respective gamma controlled functions, wherein said gamma controlled functions are determined from respective said gamma curves; for each of the plurality of average power levels (APLs), determining respective basis vectors for said respective gamma curves for each power levels for said display; using said gamma controlled functions, determining coefficients for each of the plurality of APLs; detecting any input change to a different average power level and using said determined coefficients corelating to said new input change, and interpolating between coefficients to determine new gamma curve coefficients for a new APL; and comparing said new gamma controlled function and adjusting luminance for the new APL as needed to improve content viewing on said display. measuring gamma characteristics of said display for a plurality of average power levels (APLs) of said display; generating gamma curves for each of the plurality of APLs; normalizing said gamma curves for each of said plurality of average power levels to obtain a plurality of respective gamma controlled functions, wherein said gamma controlled functions are determined from respective said gamma curves; for each of the plurality of average power levels (APLs), determining respective basis vectors for said respective gamma curves for each power levels for said display;
Device for assisting a driver of a vehicle, in particular of a utility vehicle, having an operator control panel (3; 31) that has a plurality of operator control elements (7; 33), wherein the operator control elements (7; 33) can be activated by the driver, wherein each operator control element (7; 33) is assigned at least one vehicle function which can be operated by activating the operator control element (7; 33), wherein a lighting device is provided, by means of which the operator control panel (3; 31) can be illuminated at least in certain areas, characterized in that an actuating device which is connected by signalling technology to the lighting device is provided, by means of which actuating device the illumination of the operator control panel (3; 31) can be automatically set and/or adjusted as a function of the current traffic situation of the vehicle in such a manner that at least one operator control element (7; 33) of the operator control panel (3; 31) is optically highlighted and/or optically contrasted by the least one further operator control element (7; 33) of the operator control panel (3; 31), wherein each operator control element (7; 33) of the operator control panel (3; 31) is formed by a push button key, and in that the push button keys (7; 33) of the operator control panel can be activated by pressure and/or can be activated by touch.
A semiconductor light emitting device comprising: a first semiconductor layer; a second semiconductor layer that has a conductivity different from said first semiconductor layer; an active region that is arranged between said first and second semiconductor layers; a transparent electrically-conducting layer that is arranged on or above said first semiconductor layer; a reflecting structure that is arranged on or above said transparent electrically-conducting layer; the reflecting structure being formed of electrically-insulating materials and having a shape having openings through which the transparent electrically-conducting layer and the first electrode are electrically connected to each other by electrically-conductive paths, and a first electrode that is arranged on or above said reflecting structure, and is electrically connected to said first semiconductor layer characterized in that: an intermediate layer is interposed between said transparent electrically-conducting layer and said reflecting structure, and said intermediate layer is formed of Nb 2 O 5. a first semiconductor layer; a second semiconductor layer that has a conductivity different from said first semiconductor layer; an active region that is arranged between said first and second semiconductor layers; a transparent electrically-conducting layer that is arranged on or above said first semiconductor layer; a reflecting structure that is arranged on or above said transparent electrically-conducting layer; the reflecting structure being formed of electrically-insulating materials and having a shape having openings through which the transparent electrically-conducting layer and the first electrode are electrically connected to each other by electrically-conductive paths, and a first electrode that is arranged on or above said reflecting structure, and is electrically connected to said first semiconductor layer characterized in that: an intermediate layer is interposed between said transparent electrically-conducting layer and said reflecting structure, and said intermediate layer is formed of Nb 2 O 5. an intermediate layer is interposed between said transparent electrically-conducting layer and said reflecting structure, and said intermediate layer is formed of Nb 2 O 5.
A composition dispensing hair removal device, said device comprising a composition comprising from 0.1% to 60% by weight of a silicone polyether block copolymer wherein said silicone polyether block copolymer comprises from 1 to 50%, by weight of polyethylene oxide, from 20% to 90% by weight of polypropylene oxide and from 1% to 20%, more preferably 15% by weight of silicone wherein said silicone polyether block copolymer has a molecular weight of from 10000 to 15000.
A fastening mechanism for an image forming apparatus, the mechanism comprising: disengaging means (170, 173, 180) adapted to disengage toner receiving means of the image forming apparatus from toner providing means associated with an image forming unit of the image forming apparatus, wherein the toner receiving means comprises an intermediate transfer belt and the toner providing means comprises a photosensitive medium; fastening means adapted to fasten and unfasten a cover of the image forming apparatus to and from a portion of the image forming apparatus, the fastening means comprising a locking handle rotatably disposed at the cover; and coupling means arranged to cause the disengaging means to operate in association with the fastening means, characterised by the coupling means comprising a first coupling associated with the disengaging means and a second coupling associated with the locking handle and detachably coupled with the first coupling, the coupling means arranged such that operation of the locking handle is transmitted to the disengaging means when the first and second couplings are coupled together. disengaging means (170, 173, 180) adapted to disengage toner receiving means of the image forming apparatus from toner providing means associated with an image forming unit of the image forming apparatus, wherein the toner receiving means comprises an intermediate transfer belt and the toner providing means comprises a photosensitive medium; fastening means adapted to fasten and unfasten a cover of the image forming apparatus to and from a portion of the image forming apparatus, the fastening means comprising a locking handle rotatably disposed at the cover; and coupling means arranged to cause the disengaging means to operate in association with the fastening means, characterised by the coupling means comprising a first coupling associated with the disengaging means and a second coupling associated with the locking handle and detachably coupled with the first coupling, the coupling means arranged such that operation of the locking handle is transmitted to the disengaging means when the first and second couplings are coupled together.