mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive sensor device for measuring at least one parameter of an elongate textile body, in particular of a yarn, said sensor device comprising a measurement volume for receiving the textile body, an AC voltage generator adapted to generate an AC measurement voltage (Vm) at a master frequency (f0), a capacitive measurement assembly comprising a measurement capacitor (Cm) and a reference capacitor (Cr) arranged in series, wherein said measurement capacitor (Cm) comprises electrodes arranged on opposite sides of said measurement volume , and wherein said measurement assembly has an output (OUT) adapted to generate an output signal, wherein said output is located between the measurement capacitor (Cm) and the reference capacitor (Cr), a signal amplifier (A3) for amplifying said output signal, an offset compensation circuit comprising a control unit and an offset compensator , wherein said offset compensator is adapted to compensate an asymmetry between said measurement capacitor (Cm) and said reference capacitor (Cr) and wherein said control unit is adapted to control said offset compensator in response to an amplitude of said output signal, characterized in that said offset compensator comprises a compensation waveform generator (S3) adapted to generate an AC compensation signal (i2) in synchronicity with said measurement voltage (Vm), wherein said compensation waveform generator (S3) is connected to a correction point (P1) located along a signal path from the output (OUT) of said measurement assembly to an input of said signal amplifier (A3). a measurement volume for receiving the textile body, an AC voltage generator adapted to generate an AC measurement voltage (Vm) at a master frequency (f0), a capacitive measurement assembly comprising a measurement capacitor (Cm) and a reference capacitor (Cr) arranged in series, wherein said measurement capacitor (Cm) comprises electrodes arranged on opposite sides of said measurement volume , and wherein said measurement assembly has an output (OUT) adapted to generate an output signal, wherein said output is located between the measurement capacitor (Cm) and the reference capacitor (Cr), a signal amplifier (A3) for amplifying said output signal, an offset compensation circuit comprising a control unit and an offset compensator , wherein said offset compensator is adapted to compensate an asymmetry between said measurement capacitor (Cm) and said reference capacitor (Cr) and wherein said control unit is adapted to control said offset compensator in response to an amplitude of said output signal, characterized in that said offset compensator comprises a compensation waveform generator (S3) adapted to generate an AC compensation signal (i2) in synchronicity with said measurement voltage (Vm), wherein said compensation waveform generator (S3) is connected to a correction point (P1) located along a signal path from the output (OUT) of said measurement assembly to an input of said signal amplifier (A3).
An electronic device , comprising: a signal line ; a first insulation layer , disposed on the signal line; and a second insulation layer , disposed on the first insulation layer; wherein the first insulation layer comprises a first hole , the first hole overlaps a part of the signal line, the second insulation layer comprises a second hole , and the first hole and the second hole at least partially overlap; characterised in that a width (D2) of the second hole is less than a width (D1) of the first hole . a signal line ; a first insulation layer , disposed on the signal line; and a second insulation layer , disposed on the first insulation layer; wherein the first insulation layer comprises a first hole , the first hole overlaps a part of the signal line, the second insulation layer comprises a second hole , and the first hole and the second hole at least partially overlap; characterised in that a width (D2) of the second hole is less than a width (D1) of the first hole .
A display apparatus, comprising: a display panel configured to display an image; a vibration plate on a first surface of the display panel ; a rear structure on a second surface of the vibration plate , wherein the rear structure is configured to support the display panel and the vibration plate is between the display panel and the rear structure ; a first vibration generating device configured to vibrate the vibration plate to output a sound; a second vibration generating device on the first surface of the display panel and attached to the first surface of the display panel by a first adhesive member (AD1) to vibrate the display panel to output a sound; and a separation part connected to the vibration plate and configured to separate a space (AS1), facing a first surface of the vibration plate , from a space (AS2) facing the second surface opposite to the first surface of the vibration plate . a display panel configured to display an image; a vibration plate on a first surface of the display panel ; a rear structure on a second surface of the vibration plate , wherein the rear structure is configured to support the display panel and the vibration plate is between the display panel and the rear structure ; a first vibration generating device configured to vibrate the vibration plate to output a sound; a second vibration generating device on the first surface of the display panel and attached to the first surface of the display panel by a first adhesive member (AD1) to vibrate the display panel to output a sound; and a separation part connected to the vibration plate and configured to separate a space (AS1), facing a first surface of the vibration plate , from a space (AS2) facing the second surface opposite to the first surface of the vibration plate .
An assembly kit for preparing of a pre-filled syringe, comprising: - a gripping means to be attached to a proximal end section of a cartridge , which comprises an axially displaceable bung for sealing of an interior volume of the cartridge being pre-filled with an injectable medicinal product, wherein the cartridge comprises a distal end section sealed by a septum, wherein the septum is pierceable by an injection needle or cannula of a needle assembly, - a plunger rod (26; 30) connectable with the bung of the cartridge for applying distally directed thrust to the bung , and wherein the cartridge is at least partially embedded in a protecting sleeve, wherein - a needle mount undetachably and steadfastly attachable to the distal end section of the cartridge and providing a mount for the needle assembly to be coupled to the interior volume of the cartridge in a fluid-transferring way, characterised in that the needle mount comprises a threaded socket with an outer thread to be threadedly engaged with the correspondingly threaded needle assembly configured as a needle holder and - wherein the protecting sleeve comprises a foil adhesively attached almost across the entire outer surface of the cartridge . - a gripping means to be attached to a proximal end section of a cartridge , which comprises an axially displaceable bung for sealing of an interior volume of the cartridge being pre-filled with an injectable medicinal product, wherein the cartridge comprises a distal end section sealed by a septum, wherein the septum is pierceable by an injection needle or cannula of a needle assembly, - a plunger rod (26; 30) connectable with the bung of the cartridge for applying distally directed thrust to the bung , and wherein the cartridge is at least partially embedded in a protecting sleeve, wherein - a needle mount undetachably and steadfastly attachable to the distal end section of the cartridge and providing a mount for the needle assembly to be coupled to the interior volume of the cartridge in a fluid-transferring way, characterised in that the needle mount comprises a threaded socket with an outer thread to be threadedly engaged with the correspondingly threaded needle assembly configured as a needle holder and - wherein the protecting sleeve comprises a foil adhesively attached almost across the entire outer surface of the cartridge .
A light-emitting textile element with a free connection system which has a structure that comprises at least one electroluminescent lamp made up of: - a substrate layer ; - a first electrode ; - an active dielectric layer ; - an intermediate electroluminescent layer , made up of an electroluminescent material, such as Zinc sulfide; - a second electrode ; - a transparent conductive layer ; and - an upper reflective layer that is joined to the substrate layer , the upper layer presenting spaces along the entire extension of the textile element , prepared to receive, at any point of said extension, the insertion of individual metal pins of an extractable connecting part that provides connection to the electronic control system and electrical power for its operation, and which is coupled to a desired point of the textile element, characterized in that the first electrode and the second electrode are conductive bands, both of which being arranged parallel to each other directly on the substrate . - a substrate layer ; - a first electrode ; - an active dielectric layer ; - an intermediate electroluminescent layer , made up of an electroluminescent material, such as Zinc sulfide; - a second electrode ; - a transparent conductive layer ; and - an upper reflective layer that is joined to the substrate layer ,
A computer program product comprising a tangible memory device and a program stored on the tangible memory device, the program being readable and executable by a processor, the program comprising instructions for making connections in a vehicle driveline comprising the steps of: receiving, at a processor, a request to convert a vehicle from a single drive axle-powered driveline to a two drive axle-powered driveline; receiving, at the processor, sensor data; processing the received sensor data to determine vehicle dynamics and current engine power output; determining an additional amount of engine power required to convert a second drive axle from an idled condition to a powered condition to convert the vehicle from the single drive axle-powered driveline to the two drive axle-powered driveline; sending, from the processor, a command to open a coupler in the second drive axle; sending, from the processor, a command to increase engine power by the determined additional amount; sending, from the processor, a command to close a coupling of one or more of a differential, wheel hubs, and a drive shaft; processing sensor data to determine if the engine power has increased by the determined additional amount; sending, from the processor, in response to the received sensor data indicating that the engine power has increased by the determined additional amount, a command to engage a power transfer unit to convert the vehicle from the single drive axle-powered driveline to the two drive axle-powered driveline; receiving, at the processor, a signal that the power transfer unit is engaged; and sending, from the processor, a command to close the coupler. receiving, at a processor, a request to convert a vehicle from a single drive axle-powered driveline to a two drive axle-powered driveline; receiving, at the processor, sensor data; processing the received sensor data to determine vehicle dynamics and current engine power output; determining an additional amount of engine power required to convert a second drive axle from an idled condition to a powered condition to convert the vehicle from the single drive axle-powered driveline to the two drive axle-powered driveline; sending, from the processor, a command to open a coupler in the second drive axle; sending, from the processor, a command to increase engine power by the determined additional amount; sending, from the processor, a command to close a coupling of one or more of a differential, wheel hubs, and a drive shaft; processing sensor data to determine if the engine power has increased by the determined additional amount; sending, from the processor, in response to the received sensor data indicating that the engine power has increased by the determined additional amount, a command to engage a power transfer unit to convert the vehicle from the single drive axle-powered driveline to the two drive axle-powered driveline; receiving, at the processor, a signal that the power transfer unit is engaged; and sending, from the processor, a command to close the coupler.
A periodontal probe for measuring a depth of a periodontal pocket, the periodontal probe comprising: a handle ; a probe tip having a proximal end connected to the handle and an opposite distal end for insertion into the periodontal pocket, the probe tip including a capacitive touch sensitive reader for measuring contact between an exterior surface of the probe tip and tissue comprising the periodontal pocket, the capacitive touch sensitive reader comprising multiple thin electrically conductive bands or rings wherein at least one electrically conductive band or ring is positioned on an exterior surface of the probe tip and extending around a circumference of the probe tip ; and a capacitive touch sensor which is comprised of one or more individual capacitive touch sensing circuits , wherein each individual sensing circuit is connected to an individual insulated wire and to a band or a ring , and a microcontroller connected to the capacitive touch sensor circuit for measuring contact between the electrically conductive bands or rings and the tissue of the periodontal pocket; wherein contact between the electrically conductive bands or rings and the tissue of the periodontal pocket causes a capacitance reading of the corresponding capacitive touch sensor circuit to change and the depth of the periodontal pocket is determined by a number of electrically conductive bands or rings for which the capacitance reading increases above a predetermined threshold capacitance when the probe tip is inserted into the periodontal pocket. a handle ; a probe tip having a proximal end connected to the handle and an opposite distal end for insertion into the periodontal pocket, the probe tip including a capacitive touch sensitive reader for measuring contact between an exterior surface of the probe tip and tissue comprising the periodontal pocket, the capacitive touch sensitive reader comprising multiple thin electrically conductive bands or rings wherein at least one electrically conductive band or ring is positioned on an exterior surface of the probe tip and extending around a circumference of the probe tip ; and a capacitive touch sensor which is comprised of one or more individual capacitive touch sensing circuits , wherein each individual sensing circuit is connected to an individual insulated wire and to a band or a ring , and a microcontroller connected to the capacitive touch sensor circuit for measuring contact between the electrically conductive bands or rings and the tissue of the periodontal pocket; wherein contact between the electrically conductive bands or rings and the tissue of the periodontal pocket causes a capacitance reading of the corresponding capacitive touch sensor circuit to change and the depth of the periodontal pocket is determined by a number of electrically conductive bands or rings for which the capacitance reading increases above a predetermined threshold capacitance when the probe tip is inserted into the periodontal pocket.
A method of operating an image forming apparatus , the method comprising: requesting, from a server , an execution file of a personal information protection policy to be set in the image forming apparatus ; receiving, from the server , the execution file corresponding to a country of use set in the image forming apparatus ; executing the execution file to activate the personal information protection policy corresponding to the country of use set in the image forming apparatus ; receiving an execution request of a first application installed in the image forming apparatus ; determining whether a first job to be performed by execution of the first application is restricted to the personal information protection policy by confirming whether personal information of a predetermined user is included in a first document related to the first job; and controlling an operation of the image forming apparatus according to whether the first job is restricted to the personal information protection policy by deleting the personal information of the predetermined user from the first document, obtaining a file from which the personal information of the predetermined user is deleted, and storing the obtained file. requesting, from a server , an execution file of a personal information protection policy to be set in the image forming apparatus ; receiving, from the server , the execution file corresponding to a country of use set in the image forming apparatus ; executing the execution file to activate the personal information protection policy corresponding to the country of use set in the image forming apparatus ; receiving an execution request of a first application installed in the image forming apparatus ; determining whether a first job to be performed by execution of the first application is restricted to the personal information protection policy by confirming whether personal information of a predetermined user is included in a first document related to the first job; and controlling an operation of the image forming apparatus according to whether the first job is restricted to the personal information protection policy by deleting the personal information of the predetermined user from the first document, obtaining a file from which the personal information of the predetermined user is deleted, and storing the obtained file.
A method comprising: (a) receiving a bit stream having one or more subfields in a wireless communications system , wherein at least one of the subfields is a signaling subfield, SIG FIELD, in a physical layer convergence procedure protocol data unit, PPDU, header of the bit stream (S601); (b) examining a type indication field of the signaling subfield, SIG FIELD, wherein the type indication field specifies whether the one or more subfields carry media access control, MAC, layer or physical, PHY, layer information (S602); and (c) retrieving information carried in the one or more subfields in accordance with a sub-type indication field of the signaling subfield, wherein the sub-type indication field further specifies a type of MAC or PHY information (S603), wherein when the type indication field = 0, the bit stream is a first frame without signaling field overloading, the sub-type indication field specifies the type of PHY information and the one or more subfields carries the PHY layer information, wherein when the type indication field = 1, the bit stream is a MAC control frame or a second MAC control frame , the sub-type indication field specifies the type of MAC information and the one or more subfields carries the MAC layer information. (a) receiving a bit stream having one or more subfields in a wireless communications system , wherein at least one of the subfields is a signaling subfield, SIG FIELD, in a physical layer convergence procedure protocol data unit, PPDU, header of the bit stream (S601); (b) examining a type indication field of the signaling subfield, SIG FIELD, wherein the type indication field specifies whether the one or more subfields carry media access control, MAC, layer or physical, PHY, layer information (S602); and (c) retrieving information carried in the one or more subfields in accordance with a sub-type indication field of the signaling subfield, wherein the sub-type indication field further specifies a type of MAC or PHY information (S603),
A method for rejuvenating a coated superalloy component , the coated superalloy component having undergone service at an elevated temperature, the method comprising controlled removal of at least a portion of a thickness of a diffusion aluminide coating from the coated superalloy component , the diffusion coating comprising an oxide layer , an additive layer between the oxide layer and a diffusion zone , the diffusion zone being between the additive layer and a superalloy substrate of the superalloy component , the controlled removal comprising the steps of: providing the coated superalloy component ; and selectively removing the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion , wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer ; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3 ), silicium carbide (SiC) and combinations thereof; after the step of selectively removing , air blasting; the method further comprising: applying an aluminide coating to the exposed portion by a gel process; and diffusion heat treating at a preselected elevated temperature to form a rejuvenated protective aluminide coating on the superalloy component . providing the coated superalloy component ; and selectively removing the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion , wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer ; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3 ), silicium carbide (SiC) and combinations thereof; the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion , wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer ; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3 ), silicium carbide (SiC) and combinations thereof; after the step of selectively removing , air blasting; the method further comprising: applying an aluminide coating to the exposed portion by a gel process; and diffusion heat treating at a preselected elevated temperature to form a rejuvenated protective aluminide coating on the superalloy component .
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove , in which groove a longitudinal strip of the carrier element is disposed, wherein free ends of said wiper blade are connected to a respective end cap , wherein said end cap comprises engaging members sidewardly engaging said wiper blade from the outside, wherein said engaging members comprise retaining means for retaining said wiper blade onto said end cap , which windscreen wiper device comprises a connecting device for an oscillating wiper arm , and wherein said wiper blade is provided with a spoiler at a side thereof facing away from said windscreen to be wiped, characterized in that at least one end cap comprises a top surface abutting a top surface of said spoiler , wherein said top surface of said end cap and said top surface of said spoiler extend in the same plane.