mhurhangee/patent-ind-claim-en huggingface dataset:
A two-parallel-line unit configured to supply power from a power supply device to a power reception side in a contactless manner, the two-parallel-line unit comprising: two parallel lines composed of a pair of foldable conductors ; and a plurality of guide plates which fix a distance (D) between the pair of the conductors , each of the guide plates having a first face and a second face opposite to the first face , characterized in that each of the guide plates is formed in an approximately rectangular flat plate shape, wherein a foldable bending part is provided between the guide plates neighboring each other, and the plurality of guide plates are stackable by being folded such that the first faces face each other and the second faces face each other. two parallel lines composed of a pair of foldable conductors ; and a plurality of guide plates which fix a distance (D) between the pair of the conductors , each of the guide plates having a first face and a second face opposite to the first face , characterized in that each of the guide plates is formed in an approximately rectangular flat plate shape, wherein a foldable bending part is provided between the guide plates neighboring each other, and the plurality of guide plates are stackable by being folded such that the first faces face each other and the second faces face each other.
A parking assistance device for assisting in parking a vehicle (V) in a parking space , comprising: a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle (V) out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; a candidate connection position setting unit configured to set a plurality of candidate connection positions (Pn) on the pull-out path computed by the pull-out path computing unit ; a reachable path computing unit configured to compute a reachable path that allows the vehicle (V) to reach one of the plurality of candidate connection positions (Pn) from a current position of the vehicle (V); and a parking path setting unit configured to set a parking path by connecting the pull-out path and the reachable path , wherein: the pull-out path computing unit is configured to, when parking assisted is angle parking in which the vehicle (V) is parked in the parking space that is arranged diagonally with respect to a road from the road , compute the pull-out path on the basis of an angle of inclination between a road orientation of the road and a parking orientation of the parking space . a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle (V) out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; a candidate connection position setting unit configured to set a plurality of candidate connection positions (Pn) on the pull-out path computed by the pull-out path computing unit ; a reachable path computing unit configured to compute a reachable path that allows the vehicle (V) to reach one of the plurality of candidate connection positions (Pn) from a current position of the vehicle (V); and a parking path setting unit configured to set a parking path by connecting the pull-out path and the reachable path , wherein: the pull-out path computing unit is configured to, when parking assisted is angle parking in which the vehicle (V) is parked in the parking space that is arranged diagonally with respect to a road from the road , compute the pull-out path on the basis of an angle of inclination between a road orientation of the road and a parking orientation of the parking space .
A method of locating a mobile device, the method comprising: - transmitting a request message defining a code, by a first mobile device, - receiving the request message, by a second mobile device, - driving a light source of a light emitting mobile device such that it emits light being coded according to the code by controlling a time-varying, modulated current to the light source to produce variations in the light output by modulating the color, intensity and/or duty cycle of the light, wherein the light emitting mobile device is one of the first and second mobile devices, - capturing , by a light receiving mobile device, a stream of images comprising the light emitted by the light source, the light receiving mobile device being the other of the first and second mobile devices, - retrieving the code from the light in the stream of images, by the light receiving mobile device, - identifying the light emitting mobile device based on the code, by the light receiving mobile device, and - displaying the stream of images and an indicator on the light receiving mobile device as an overlay on the stream of images to indicate the location of the light emitting mobile device. - transmitting a request message defining a code, by a first mobile device, - receiving the request message, by a second mobile device, - driving a light source of a light emitting mobile device such that it emits light being coded according to the code by controlling a time-varying, modulated current to the light source to produce variations in the light output by modulating the color, intensity and/or duty cycle of the light, wherein the light emitting mobile device is one of the first and second mobile devices, - capturing , by a light receiving mobile device, a stream of images comprising the light emitted by the light source, the light receiving mobile device being the other of the first and second mobile devices, - retrieving the code from the light in the stream of images, by the light receiving mobile device, - identifying the light emitting mobile device based on the code, by the light receiving mobile device, and - displaying the stream of images and an indicator on the light receiving mobile device as an overlay on the stream of images to indicate the location of the light emitting mobile device.
A heat treatment apparatus for carbonaceous grains, performing heat treatment by directly energizing carbonaceous grains fed into a furnace body , the heat treatment apparatus comprising: a columnar upper electrode and a tubular lower electrode that are disposed above and below along a central axis of the furnace body; and a conductive tubular structure that is electrically connected to an upper end of the lower electrode in a manner of surrounding the upper electrode ; wherein the tubular lower electrode is disposed to face the columnar upper electrode with a predetermined distance. a columnar upper electrode and a tubular lower electrode that are disposed above and below along a central axis of the furnace body; and a conductive tubular structure that is electrically connected to an upper end of the lower electrode in a manner of surrounding the upper electrode ; wherein the tubular lower electrode is disposed to face the columnar upper electrode with a predetermined distance.
A process for manufacturing a security document, such as a banknote , comprising the successive steps of: - rolling a paper substrate having a grammage less than or equal to 90 grams per square meter so as to reduce the thickness of the substrate and densify the substrate , the substrate being a continuous paper web or a paper sheet , - if the substrate is a continuous paper web , cutting the substrate into a plurality of separate paper sheets , - applying at least one film of polymeric material to at least one side of the or each paper sheet , the process further comprising: - forming watermarks, embedding security fibers and/or embedding security threads embedded or partially embedded in the substrate, before rolling the substrate, and/or - applying a security element to the continuous paper web , before cutting the web into separate sheets . - rolling a paper substrate having a grammage less than or equal to 90 grams per square meter so as to reduce the thickness of the substrate and densify the substrate , the substrate being a continuous paper web or a paper sheet , - if the substrate is a continuous paper web , cutting the substrate into a plurality of separate paper sheets , - applying at least one film of polymeric material to at least one side of the or each paper sheet , - forming watermarks, embedding security fibers and/or embedding security threads embedded or partially embedded in the substrate, before rolling the substrate, and/or - applying a security element to the continuous paper web , before cutting the web into separate sheets .
A method comprising: configuring, by a base station , one or more component carriers at a user equipment, UE , in a wireless network; receiving, by the UE in the wireless network , a configuration of one or more virtual carriers, VCs, wherein the UE is configured with one or more component carriers, and wherein a virtual carrier is a block of physically contiguous radio resources within a component carrier configured for the UE ; and configuring a downlink, DL, common virtual carrier, CVC , and an uplink, UL, CVC, wherein the DL CVC and UL CVC carry control information for the UE; configuring one or more DL and UL dedicated virtual carriers, DVCs , wherein the one or more DL and UL DVCs carry data services; and reconfiguring one or more configured VCs; wherein the reconfiguring comprises: receiving, through a PHY signaling, a VC configuration switch command to switch from the virtual carrier to another virtual carrier for data reception/transmission on one or more activated component carriers of the one or more component carriers and subsequently reconfiguring one or more configured VCs by switching on or off the one or more configured VCs based on the received switch command; characterised in that the UE obtains configurations for the DL CVC, the UL CVC, and the one or more DL and UL DVCs through a radio resource control-layer signaling, RRC-layer signaling, and wherein the switch command comprises a bitmap indicating all potential VC configurations signaled by the RRC-layer signaling. configuring, by a base station , one or more component carriers at a user equipment, UE , in a wireless network; receiving, by the UE in the wireless network , a configuration of one or more virtual carriers, VCs, wherein the UE is configured with one or more component carriers, and wherein a virtual carrier is a block of physically contiguous radio resources within a component carrier configured for the UE ; and configuring a downlink, DL, common virtual carrier, CVC , and an uplink, UL, CVC, wherein the DL CVC and UL CVC carry control information for the UE; configuring one or more DL and UL dedicated virtual carriers, DVCs , wherein the one or more DL and UL DVCs carry data services; and reconfiguring one or more configured VCs; wherein the reconfiguring comprises: receiving, through a PHY signaling, a VC configuration switch command to switch from the virtual carrier to another virtual carrier for data reception/transmission on one or more activated component carriers of the one or more component carriers and subsequently reconfiguring one or more configured VCs by switching on or off the one or more configured VCs based on the received switch command; characterised in that the UE obtains configurations for the DL CVC, the UL CVC, and the one or more DL and UL DVCs through a radio resource control-layer signaling, RRC-layer signaling, and wherein the switch command comprises a bitmap indicating all potential VC configurations signaled by the RRC-layer signaling.
An electronic apparatus connectable with a network, the electronic apparatus comprising: a communication interface configured to communicate with a first device and a second device ; and a processor configured to: store network connection setting information of the first device for connecting a wireless access point , based on receiving, from the second device, a signal requesting network connection setting information, determine whether the second device is capable of using the network connection setting information of the first device, and in the event that the second device is capable of using the network connection setting information, transmit, via the communication interface, the stored network connection setting information of the first device to the second device for connecting the second device with the access point. a communication interface configured to communicate with a first device and a second device ; and a processor configured to: store network connection setting information of the first device for connecting a wireless access point , based on receiving, from the second device, a signal requesting network connection setting information, determine whether the second device is capable of using the network connection setting information of the first device, and in the event that the second device is capable of using the network connection setting information, transmit, via the communication interface, the stored network connection setting information of the first device to the second device for connecting the second device with the access point. store network connection setting information of the first device for connecting a wireless access point , based on receiving, from the second device, a signal requesting network connection setting information, determine whether the second device is capable of using the network connection setting information of the first device, and in the event that the second device is capable of using the network connection setting information, transmit, via the communication interface, the stored network connection setting information of the first device to the second device for connecting the second device with the access point.
Household appliance device, in particular cooking appliance device, with a control unit, with an inverter, with at least one heating element and with at least one discharge unit , which is provided, in at least one discharging operating mode, to discharge at least one energy storage unit at least partially, characterised in that in the discharging operating mode the discharge unit is provided for an at least essentially linear discharging of the energy storage unit , wherein a value of the discharge current is at least essentially constant in the discharging operating mode.
A valve for a reciprocating machine, the valve comprising: a seat comprising flow apertures therein; a valve closing member , adapted to co-act with the seat for selectively closing and opening said apertures ; characterized by a cage integrally coupled to the seat ; and a cover coupled with the cage ; wherein the valve closing member comprises an actuation stem , slidingly arranged in a guide integrally connected to the cage and extending through the cover ; wherein a sealing arrangement is housed in the guide , the sealing arrangement co-acting with the actuation stem , to prevent or limit gas leakages along the actuation stem . a seat comprising flow apertures therein; a valve closing member , adapted to co-act with the seat for selectively closing and opening said apertures ; characterized by a cage integrally coupled to the seat ; and a cover coupled with the cage ; wherein the valve closing member comprises an actuation stem , slidingly arranged in a guide integrally connected to the cage and extending through the cover ; wherein a sealing arrangement is housed in the guide , the sealing arrangement co-acting with the actuation stem , to prevent or limit gas leakages along the actuation stem .
Torsional vibration damper having an output part which is configured as a flange part and an input part which is formed from two disc parts which flank the flange part , and between a spring device which is active in the case of a relative rotation of the input part and the output part about a common rotational axis and is formed from compression springs which are accommodated windows which are arranged in the flange part and in the disc parts , at least axially acting first supports of the compression springs of a disc part being flared from the material of the windows and being connected radially on the inside to the disc part , characterized in that the first supports reach radially over a centre axis (m) of the compression springs .
Communication amplification device for an implantable capsule , in particular for an autonomous cardiac stimulation capsule, the capsule comprising on its distal end a distal electrode capable of coming into contact with a tissue of a wall of an organ of a patient, the amplification device comprising a first retention member and a second retention member of the implantable capsule , the first retention member being adapted to receive a distal end of the capsule adapted to be inserted into the first retention member and the second retention member being adapted to receive a proximal end of the capsule adapted to be inserted into the second retention member, said first retention member comprising a communication amplification antenna , said communication amplification antenna being adapted to be coupled to the distal electrode of the capsule; characterised in that the first retention element and the second retention element comprise additional locking means capable of locking the first retention element with the second retention element and in that the first retention element and the second retention element comprise handling means, the handling means of the first and second retention elements being configured to be aligned with each other in a horizontal plane when the first and second retention elements are locked together, and the handling means of the first and second retention elements being configured to form an angle with respect to each other when the first and second retention elements are unlocked.
Use of a gas detecting sensor for measuring a target gas concentration, the gas detecting sensor comprising: a substrate ; a gate electrode provided on the substrate ; an insulating layer provided on the gate electrode ; a source electrode and a drain electrode , provided on the insulating layer , respectively; an n-type channel provided between the source electrode and the drain electrode ; and a quantum dot layer provided on the n-type channel and provided so as to have in-band electronic transition energy capable of resonating with vibration energy of a target gas molecule, wherein when the current of the quantum dot layer changes according to an electronic-vibrational energy transfer transferred from the target gas molecules to the quantum dot layer, it is converted into the current change of the n-type channel, and wherein the n-type channel consists of any one n-type material selected from a group consisting of IGZO, ZnO, ZTO, IZO, IHZO, A1N, InN, GaN and InGaN. a substrate ; a gate electrode provided on the substrate ; an insulating layer provided on the gate electrode ; a source electrode and a drain electrode , provided on the insulating layer , respectively; an n-type channel provided between the source electrode and the drain electrode ; and a quantum dot layer provided on the n-type channel and provided so as to have in-band electronic transition energy capable of resonating with vibration energy of a target gas molecule, wherein when the current of the quantum dot layer changes according to an electronic-vibrational energy transfer transferred from the target gas molecules to the quantum dot layer, it is converted into the current change of the n-type channel, and wherein the n-type channel consists of any one n-type material selected from a group consisting of IGZO, ZnO, ZTO, IZO, IHZO, A1N, InN, GaN and InGaN.
A device for antiseptically maintaining a patient fluid line access valve, the device comprising a first cap and a second cap , characterized in that : the first cap having a first end and a second end, the first end comprising a first opening having a first pad disposed therein, and the second end comprising a post having a solid cross-section and extending outwardly from the second end, the solid cross-section having a coupling feature for receiving the second cap , the first pad having an exterior surface that extends across the first opening , a central cylindrical cut that is not directly, physically coupled to the inner surface of first opening but extends into the exterior surface to divide the first pad into a central, cylindrical cutout and a surrounding portion, wherein the central cylindrical cutout is configured to be compressed to provide a central hole or cavity within the first pad when a device is inserted into the first opening , the cutout and the surrounding portion form an even surface when the cutout is in its uncompressed state; and the second cap having a distal end and a proximal end, the distal end comprising a second opening having a second pad disposed therein, the distal end further comprising a compatible coupling feature for receiving the coupling feature on the solid cross-section on the post of the first cap . the first cap having a first end and a second end, the first end comprising a first opening having a first pad disposed therein, and the second end comprising a post having a solid cross-section and extending outwardly from the second end, the solid cross-section having a coupling feature for receiving the second cap , the first pad having an exterior surface that extends across the first opening , a central cylindrical cut that is not directly, physically coupled to the inner surface of first opening but extends into the exterior surface to divide the first pad into a central, cylindrical cutout and a surrounding portion, wherein the central cylindrical cutout is configured to be compressed to provide a central hole or cavity within the first pad when a device is inserted into the first opening , the cutout and the surrounding portion form an even surface when the cutout is in its uncompressed state; and the second cap having a distal end and a proximal end, the distal end comprising a second opening having a second pad disposed therein, the distal end further comprising a compatible coupling feature for receiving the coupling feature on the solid cross-section on the post of the first cap .
A method of manufacturing a silica membrane, comprising: depositing a silica sol on a porous substrate, drying the silica sol by air blowing, and firing the same thereafter so as to form a silica membrane, wherein the air blowing has a temperature in a range from 10°C to 80°C, characterized in that the air blowing has a dew point of -70 to 0°C. comprising: depositing a silica sol on a porous substrate, drying the silica sol by air blowing, and firing the same thereafter so as to form a silica depositing a silica sol on a porous substrate, drying the silica sol by air blowing, and firing the same thereafter so as to form a silica membrane, wherein the air blowing has a temperature in a range from 10°C to 80°C, characterized in that the air blowing has a dew point of -70 to 0°C. the air blowing has a temperature in a range from 10°C to 80°C, characterized in that the air blowing has a dew point of -70 to 0°C.