mhurhangee/patent-ind-claim-en huggingface dataset:
An ionic liquid ion source comprising: an emitter body formed of a porous material, the emitter body wetted by at least one of an ionic liquid or room-temperature molten salt; an electrode electrically connected to the emitter body via the at least one of an ionic liquid or room-temperature molten salt. an emitter body formed of a porous material, the emitter body wetted by at least one of an ionic liquid or room-temperature molten salt; an electrode electrically connected to the emitter body via the at least one of an ionic liquid or room-temperature molten salt.
Method for manoeuvring a motor vehicle into a parking space, in which a parking trajectory from a starting point to a destination point in the parking space is determined, wherein the parking trajectory is composed of circular arcs , straight lines and clothoids , and the motor vehicle is manoeuvred along the determined parking trajectory into the parking space, wherein an auxiliary trajectory with a plurality of sections is determined from the starting point to the destination point , wherein the auxiliary trajectory comprises circular arcs and straight lines as the sections, a respective transition region is defined for neighbouring sections, and a clothoid is determined for the respective transition regions , wherein the parking trajectory is determined from the auxiliary trajectory in which the respective transition regions are replaced by the clothoids , characterized in that the sections of the auxiliary trajectory are determined in such a way that the circular arcs and the straight lines are arranged in alternation with one another.
A method for waking up a computer from a sleep state, wherein the method comprises: after detecting a first instruction used for instructing the computer to enter the sleep state, storing , by a central processing unit, CPU, in the computer in a memory that is applied for in advance, picture information currently displayed on a display screen of the computer, and controlling the computer to enter the sleep state; after detecting a second instruction used for instructing the computer to switch from the sleep state to an awake state, obtaining , by the CPU, the picture information from the memory that is applied for in advance, and displaying, using a graphic output protocol, GOP, the picture information on the display screen; and starting , by the CPU, an operating system, and controlling the computer to switch from the sleep state to the awake state, wherein the starting an operating system comprises loading a device driver of an input apparatus of the computer, and recognizing, by the CPU, an operation performed by a user using the input apparatus on the picture information displayed on the display screen. after detecting a first instruction used for instructing the computer to enter the sleep state, storing , by a central processing unit, CPU, in the computer in a memory that is applied for in advance, picture information currently displayed on a display screen of the computer, and controlling the computer to enter the sleep state; after detecting a second instruction used for instructing the computer to switch from the sleep state to an awake state, obtaining , by the CPU, the picture information from the memory that is applied for in advance, and displaying, using a graphic output protocol, GOP, the picture information on the display screen; and starting , by the CPU, an operating system, and controlling the computer to switch from the sleep state to the awake state, wherein the starting an operating system comprises loading a device driver of an input apparatus of the computer, and recognizing, by the CPU, an operation performed by a user using the input apparatus on the picture information displayed on the display screen.
A method , performed by a user equipment, of downlink, DL, assignment index, DAI, management in an enhanced carrier aggregation, eCA, the method comprising: receiving from a base station,a DAI; interpreting the DAI received from the base station based at least on whether the DAI is received in a DL grant or an uplink, UL, grant; determining Hybrid Automatic Repeat Request, HARQ, payload size granularity for HARQ feedback, the determining comprising: identifying a HARQ payload size based on comparing detected scheduled subframes to either a first table of HARQ payload sizes or a second table of HARQ payload sizes, wherein the second table of HARQ payload sizes has a greater granularity than the first table, and wherein the second table is utilized when the DAI indicates a total number of DL assignments or codewords; and transmitting HARQ feedback based on the identified HARQ payload size to the base station based on the interpretation of the DAI. receiving from a base station,a DAI; interpreting the DAI received from the base station based at least on whether the DAI is received in a DL grant or an uplink, UL, grant; determining Hybrid Automatic Repeat Request, HARQ, payload size granularity for HARQ feedback, the determining comprising: identifying a HARQ payload size based on comparing detected scheduled subframes to either a first table of HARQ payload sizes or a second table of HARQ payload sizes, wherein the second table of HARQ payload sizes has a greater granularity than the first table, and wherein the second table is utilized when the DAI indicates a total number of DL assignments or codewords; and transmitting HARQ feedback based on the identified HARQ payload size to the base station based on the interpretation of the DAI.
Method for controlling a power factor correction circuit for a battery charging device on board an electric or hybrid motor vehicle, said charging device being capable of being connected to a three-phase electrical power supply network in order to charge the battery and including an isolated AC-to-DC converter comprising said power factor correction circuit and a DC-to-DC converter , said power factor correction circuit being a three-phase Vienna rectifier comprising three switching arms (S1, S2, S3), each being capable of being connected to one of the respective phases (A, B, C) of the three-phase power supply network via a series inductor (L1, L2, L3) and each comprising a series assembly of a high switch capable of being driven when the current of the network is positive and of a low switch capable of being driven when the current of the network is negative, each arm being driven using pulse width modulation control signals, the switching duty cycle of which is determined according to setpoint current values at the input of the rectifier, characterized in that , over each period of the setpoint currents, the control signals are determined so as to systematically switch only two arms out of three according to a change in sign of the setpoint currents and, of the two arms that switch, the switching state of the switches in question is distributed by varying the duty cycles according to the values of the voltages between phases at each given instant in time.
A method of manufacturing a building panel comprising a core , a decorative layer and a balancing layer , comprising applying a first mix comprising a thermosetting binder and particles formed from production waste comprising resin impregnated paper comprising a substantially cured thermosetting binder on a first surface of a core , the production waste being residues from production or left-overs, such as unconsumed material, intended for use in production, applying a decorative layer on a second surface of the core , and curing the first mix to form the balancing layer of the building panel .
A projection device , comprising one or more light sources , a rippled substrate defining a reflective surface , the reflective surface configured to reflect light source light from the one or more light sources as reflected light, and one or more lenticular lenses configured to receive the reflected light from the reflective surface, wherein the one or more light sources are positioned in between the rippled substrate and one of the one or more lenticular lenses , and wherein, in use, the reflected light received by the one or more lenticular lenses generates a three-dimensional lit image, characterised in that the one or more light sources are positioned to direct light toward the rippled substrate in a direction substantially orthogonal to the plane of the one or more lenticular lenses.
Jewelry (M) comprising: - a band having an annular shape, with a convex external side, - a stone provided with a pavilion that ends with an apex , - a bezel comprising a space used to accommodate and fix the stone and claws that can be plastically deformed by means of compression in order to fix the stone in the bezel ; wherein said bezel has a passage suitable for housing the band , in such a way that said bezel can be slidably inserted and guided on the band ; said passage of the bezel being in communication with said space where the stone is to be accommodated and fixed; characterized in that the convex external side of said band is provided with a cavity having a profile that corresponds to the one of said apex of the stone, in order to prevent the bezel from sliding on the band. - a band having an annular shape, with a convex external side, - a stone provided with a pavilion that ends with an apex , - a bezel comprising a space used to accommodate and fix the stone and claws that can be plastically deformed by means of compression in order to fix the stone in the bezel ; wherein said bezel has a passage suitable for housing the band , in such a way that said bezel can be slidably inserted and guided on the band ; said passage of the bezel being in communication with said space where the stone is to be accommodated and fixed;
A method for producing a sealing tape comprising the steps of: - providing a foam carrier and transporting it at least temporarily in a predetermined transport direction (T), - applying a coating to a first surface of the foam carrier; - cutting said foam carrier into at least two and preferably a plurality of strips ; - displacing and/or offsetting at least some of the cut strips with respect to each other in such a way that their side surfaces along which the cuts have been made become accessible for the application of a self-adhesive; - applying a self-adhesive to a further surface of the individual strips. - providing a foam carrier and transporting it at least temporarily in a predetermined transport direction (T), - applying a coating to a first surface of the foam carrier; - cutting said foam carrier into at least two and preferably a plurality of strips ; - displacing and/or offsetting at least some of the cut strips with respect to each other in such a way that their side surfaces along which the cuts have been made become accessible for the application of a self-adhesive; - applying a self-adhesive to a further surface of the individual strips.
A multi-layer curable composition comprising: a first curable composition layer applied over at least a portion of a substrate; and a second curable composition layer applied over at least a portion of the first curable composition layer; wherein the first curable composition layer and the second curable composition layer both independently comprise a polymeric resin; and wherein the first curable composition layer and/or the second curable composition layer, when cured, comprise a polymerization reaction product of a 1,1 -di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein: (i) the first curable composition layer comprises an activator compound that activated polymerization reactions in the second curable composition layer when the second curable composition layer was applied over the first coating layer; or (ii) the second curable composition layer comprises an activator compound that activates polymerization reactions in the first curable composition layer upon application of the second curable composition layer over the first curable composition layer, wherein the activator compound comprises a tertiary amine compound or an ionic liquid. a first curable composition layer applied over at least a portion of a substrate; and a second curable composition layer applied over at least a portion of the first curable composition layer; wherein the first curable composition layer and the second curable composition layer both independently comprise a polymeric resin; and wherein the first curable composition layer and/or the second curable composition layer, when cured, comprise a polymerization reaction product of a 1,1 -di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein: (i) the first curable composition layer comprises an activator compound that activated polymerization reactions in the second curable composition layer when the second curable composition layer was applied over the first coating layer; or (ii) the second curable composition layer comprises an activator compound that activates polymerization reactions in the first curable composition layer upon application of the second curable composition layer over the first curable composition layer, (i) the first curable composition layer comprises an activator compound that activated polymerization reactions in the second curable composition layer when the second curable composition layer was applied over the first coating layer; or (ii) the second curable composition layer comprises an activator compound that activates polymerization reactions in the first curable composition layer upon application of the second curable composition layer over the first curable composition layer, wherein the activator compound comprises a tertiary amine compound or an ionic liquid.
An occlusal state identifying method executed by a processor included in an occlusal state identifying apparatus, the occlusal state identifying method comprising: obtaining maxillary shape data and mandibular shape data; arranging a maxillary image including a plurality of maxillary teeth corresponding to the obtained maxillary shape data and a mandibular image including a plurality of mandibular teeth corresponding to the obtained mandibular shape data such that X coordinate and Y coordinate of a center of gravity of corresponding predetermined teeth match each other; defining a state indicating an occlusal state where maxillary teeth included in the maxillary image , which has fallen naturally in the -Z direction, collide with mandibular teeth included in the mandibular image and stop, by executing a dynamic simulation based on the arranged maxillary image and the arranged mandibular image ; and identifying a positional relationship between the maxillary image and the mandibular image obtained by the specified state as a positional relationship corresponding to an occlusal state of the maxillary teeth included in the maxillary image and the mandibular teeth included in the mandibular image . obtaining maxillary shape data and mandibular shape data; arranging a maxillary image including a plurality of maxillary teeth corresponding to the obtained maxillary shape data and a mandibular image including a plurality of mandibular teeth corresponding to the obtained mandibular shape data such that X coordinate and Y coordinate of a center of gravity of corresponding predetermined teeth match each other; defining a state indicating an occlusal state where maxillary teeth included in the maxillary image , which has fallen naturally in the -Z direction, collide with mandibular teeth included in the mandibular image and stop, by executing a dynamic simulation based on the arranged maxillary image and the arranged mandibular image ; and identifying a positional relationship between the maxillary image and the mandibular image obtained by the specified state as a positional relationship corresponding to an occlusal state of the maxillary teeth included in the maxillary image and the mandibular teeth included in the mandibular image .
An elevator door lock safety device (300; 400; 500; 600; 700; 900) comprising: a base ; a first expanding extension member (410a; 510a; 910a) extending from the base , the first expanding extension member (410a; 510a; 910a) having a first exterior surface and a first interior surface ; a second expanding extension member (410b; 510b; 910b) extending from the base and opposing the first expanding extension member (410a; 510a; 910a), the second expanding extension member (410b; 510b; 910b) having a second exterior surface and a second interior surface , wherein a separation distance (412; 512) is defined between the first and second interior surfaces (416a; 416b); an actuator aperture (420; 920) formed within the first expanding extension member (410a; 510a; 910a) and extending through the first expanding extension member (410a; 510a; 910a) from the first exterior surface to the first interior surface ; and an actuation device (406; 906) passing through the actuator aperture (420; 920), wherein actuation of the actuation device (406; 906) actuates the elevator door lock safety device (300; 400; 500; 600; 700; 900) from a first state to a second state, wherein the separation distance (412; 512) is greater in the second state than in the first state. a base ; a first expanding extension member (410a; 510a; 910a) extending from the base , the first expanding extension member (410a; 510a; 910a) having a first exterior surface and a first interior surface ; a second expanding extension member (410b; 510b; 910b) extending from the base and opposing the first expanding extension member (410a; 510a; 910a), the second expanding extension member (410b; 510b; 910b) having a second exterior surface and a second interior surface , wherein a separation distance (412; 512) is defined between the first and second interior surfaces (416a; 416b); an actuator aperture (420; 920) formed within the first expanding extension member (410a; 510a; 910a) and extending through the first expanding extension member (410a; 510a; 910a) from the first exterior surface to the first interior surface ; and an actuation device (406; 906) passing through the actuator aperture (420; 920), wherein actuation of the actuation device (406; 906) actuates the elevator door lock safety device (300; 400; 500; 600; 700; 900) from a first state to a second state, wherein the separation distance (412; 512) is greater in the second state than in the first state.
A thrust bearing being configured to attach to a rotor disposed inside of a turbomachine and comprising: a compliant bearing housing including one or more compliant springs cut in the compliant bearing housing and being compliant in axial direction; one or more bearing pads coupled to the compliant bearing housing, the one or more bearing pads each having a thrust face ; a gas delivery system configured to supply a pressurized gas lubricant to the thrust face of the one or more bearing pads; and a damping system configured to operate in parallel with the compliant bearing housing. a compliant bearing housing including one or more compliant springs cut in the compliant bearing housing and being compliant in axial direction; one or more bearing pads coupled to the compliant bearing housing, the one or more bearing pads each having a thrust face ; a gas delivery system configured to supply a pressurized gas lubricant to the thrust face of the one or more bearing pads; and a damping system configured to operate in parallel with the compliant bearing housing.
A main control device for a remote control system for remotely controlling a construction machine including a working device , the main control device characterized by : a control member which accepts operation of an operator; a communication unit which receives a surrounding image obtained by capturing an image of surroundings of the construction machine from a cab seat of the construction machine and posture information indicating a posture of the working device , the surrounding image and the posture information being transmitted from a slave control device communicably connected to the main control device ; a display device which displays a display screen (G3) including the surrounding image received by the communication unit ; a determination unit which determines whether or not an image of the working device is included in the surrounding image received by the communication unit ; and a display control unit which, in a case where the determination unit determines that the working device is not included in the surrounding image, calculates a position of the working device in the construction machine from the posture information received by the communication unit and displays, on the display screen (G3), a display object for informing the operator of the calculated position. a control member which accepts operation of an operator; a communication unit which receives a surrounding image obtained by capturing an image of surroundings of the construction machine from a cab seat of the construction machine and posture information indicating a posture of the working device , the surrounding image and the posture information being transmitted from a slave control device communicably connected to the main control device ; a display device which displays a display screen (G3) including the surrounding image received by the communication unit ; a determination unit which determines whether or not an image of the working device is included in the surrounding image received by the communication unit ; and a display control unit which, in a case where the determination unit determines that the working device is not included in the surrounding image, calculates a position of the working device in the construction machine from the posture information received by the communication unit and displays, on the display screen (G3), a display object for informing the operator of the calculated position.
A method for manufacturing a water absorption treatment material comprising: a granulation step of forming a granular core portion by performing extrusion granulation on a core portion material that contains a first water-absorbent polymer and used tea leaves, after pulverizing the core portion material and mixing the pulverized core portion material; and a coating step of forming a coating layer portion by attaching a coating material that contains a second water-absorbent polymer to a periphery of the granular core portion, wherein the second water-absorbent polymer has a mean particle size smaller than a mean particle size of the first water-absorbent polymer, and in the granulation step, the used tea leaves are pulverized with a water content of 45 wt% or more. a granulation step of forming a granular core portion by performing extrusion granulation on a core portion material that contains a first water-absorbent polymer and used tea leaves, after pulverizing the core portion material and mixing the pulverized core portion material; and a coating step of forming a coating layer portion by attaching a coating material that contains a second water-absorbent polymer to a periphery of the granular core portion, wherein the second water-absorbent polymer has a mean particle size smaller than a mean particle size of the first water-absorbent polymer, and in the granulation step, the used tea leaves are pulverized with a water content of 45 wt% or more.