mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a main body ; a storage chamber formed in the main body; a shelf support portion provided at a rear side of the storage chamber; a plurality of shelves coupled to the shelf support portion so that the shelves are arranged next to each other; and an adjustment member coupled to the shelves to remove a height difference between the plurality of shelves, wherein a plurality of coupling holes are formed in the plurality of shelves, and the adjustment member is configured to be inserted into the coupling holes of the shelves and then to rotate by a predetermined angle so that the adjustment member is fixed to the shelves, and wherein the adjustment member includes: a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves . a main body ; a storage chamber formed in the main body; a shelf support portion provided at a rear side of the storage chamber; a plurality of shelves coupled to the shelf support portion so that the shelves are arranged next to each other; and an adjustment member coupled to the shelves to remove a height difference between the plurality of shelves, wherein a plurality of coupling holes are formed in the plurality of shelves, and the adjustment member is configured to be inserted into the coupling holes of the shelves and then to rotate by a predetermined angle so that the adjustment member is fixed to the shelves, and wherein the adjustment member includes: a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves . a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves .
A method of operating a furnace for firing products to be fired, comprising a control unit for controlling the furnace, wherein the control unit has an enabling section which can be activated by means of an individualized control instruction, in particular by means of an encoded activation code; wherein the enabling section is configured such that, in an activated state of the enabling section , the carrying out of one or more firing processes is possible and such that, in a non-activated state of the enabling section , the carrying out of a firing process is not possible; wherein the control instruction is supplied to the enabling section to activate the enabling section such that the carrying out of a predefined number of firing processes is enabled; and wherein the control instruction comprises device-specific information with respect to a number of enabled firing processes.
A liquid oral pharmaceutical composition comprising: i.) from 0.1% to 20% w/v polyvinylpyrrolidone; ii.) from 5% to 70% w/v polyethylene glycol; iii.) from 1% to 30% w/v propylene glycol; iv.) from 1% to 10% w/v guaifenesin; and v.) from 0.01% to 1.0% w/v phenylephrine. i.) from 0.1% to 20% w/v polyvinylpyrrolidone; ii.) from 5% to 70% w/v polyethylene glycol; iii.) from 1% to 30% w/v propylene glycol; iv.) from 1% to 10% w/v guaifenesin; and v.) from 0.01% to 1.0% w/v phenylephrine.
Electric power cable , which is a high voltage direct current cable, comprising a metal conductor and an electric insulation system surrounding the conductor coaxially and radially outwards of the conductor , wherein the insulation system comprises an inner semi-conducting layer surrounded radially outwards by an insulation layer and wherein the insulation layer is surrounded radially outwards by an outer semi-conducting layer , the electric power cable further comprising an inner water blocking material comprising a water blocking tape with water absorbing material and arranged to surround the conductor radially outwards or comprising, if the conductor is stranded, a water-absorbent powder arranged in the conductor as powder or included in the conductor by means of yarns or tapes and an outer water blocking material comprising a water blocking tape with water absorbing material arranged radially outwards from the insulation system , , characterized in that an inner barrier layer comprising a conductor tape or a metallic laminate is arranged as a diffusion hindering layer between the inner water blocking material and the insulation system in contact with the inner semi-conducting layer and an outer barrier layer comprising a conductor tape or a metallic laminate is arranged as a diffusion hindering layer between the insulation system and the outer water blocking material in contact with the outer semi-conducting layer thereby encapsulating the insulation system , wherein a density or compactness of the barrier layers is such that it prevents diffusion of mobile chemical substances.
A magnetic flux pad for generating or receiving magnetic flux, the pad comprising a magnetically permeable core , two flat partially overlapping coils magnetically associated with the core whereby there is substantially no mutual coupling between the coils , wherein the magnetically permeable core includes a plurality of individual lengths of permeable material which are arranged parallel to, but spaced apart from, each other and which extend under the entire coils .
A light-irradiating device , comprising: a light-emitting element ; a housing in which the light-emitting element is disposed, the housing comprising a light-irradiating surface provided with an irradiating opening which allows light from the light-emitting element to pass therethrough, the irradiating opening extending in a width direction of the light-irradiating surface ; a flow path configured to supply gas, the flow path comprising an end located near the irradiating opening of the light-irradiating surface of the housing ; and a discharging port configured to discharge the gas, the discharging port disposed at the end of the flow path , the discharging port comprising a plurality of first openings which are each shaped as a circular hole, and are arranged in the width direction corresponding to the irradiating opening in such a pattern so as to cover a region to be irradiated with light, and a second opening , that is positioned, as a narrow elongate form, in conformity with an area in which the first openings are arranged so as to be located in correspondence with each end in the width direction of the irradiating opening and positioned at each end of the discharging port in the width direction. a light-emitting element ; a housing in which the light-emitting element is disposed, the housing comprising a light-irradiating surface provided with an irradiating opening which allows light from the light-emitting element to pass therethrough, the irradiating opening extending in a width direction of the light-irradiating surface ; a flow path configured to supply gas, the flow path comprising an end located near the irradiating opening of the light-irradiating surface of the housing ; and a discharging port configured to discharge the gas, the discharging port disposed at the end of the flow path , the discharging port comprising a plurality of first openings which are each shaped as a circular hole, and are arranged in the width direction corresponding to the irradiating opening in such a pattern so as to cover a region to be irradiated with light, and a second opening , that is positioned, as a narrow elongate form, in conformity with an area in which the first openings are arranged so as to be located in correspondence with each end in the width direction of the irradiating opening and positioned at each end of the discharging port in the width direction.
A system for recovering the cold of liquefied natural gas in regasification plants comprising: - at least one tank of liquefied natural gas from which at least one first liquefied natural gas stream is extracted; - a vaporiser configured to regasify at least the first liquefied natural gas stream , causing it to return to the gaseous state thereof by means of a first hot fluid ; characterised in that the system additionally comprises: - a first liquefied natural gas-second hot fluid heat exchanger wherein a first fraction of the first liquefied natural gas stream exchanges heat with a second hot fluid which is cooled; - a liquefied natural gas mixer configured to mix the first fraction of the first liquefied natural gas stream with a second fraction of the first liquefied natural gas stream ; wherein the first liquefied natural gas stream that leaves the mixer is introduced in the vaporiser . - at least one tank of liquefied natural gas from which at least one first liquefied natural gas stream is extracted; - a vaporiser configured to regasify at least the first liquefied natural gas stream , causing it to return to the gaseous state thereof by means of a first hot fluid ; - a first liquefied natural gas-second hot fluid heat exchanger wherein a first fraction of the first liquefied natural gas stream exchanges heat with a second hot fluid which is cooled; - a liquefied natural gas mixer configured to mix the first fraction of the first liquefied natural gas stream with a second fraction of the first liquefied natural gas stream ; wherein the first liquefied natural gas stream that leaves the mixer is introduced in the vaporiser .
A method for transmitting reference signals by a transmitting apparatus in a wireless communication system supporting a beam forming scheme, the method comprising: transmitting, to a receiving apparatus , information related to a plurality of measurement windows to be used to measure channel quality information of the receiving apparatus related to a plurality of beam patterns of the transmitting apparatus ; wherein each measurement window covers one or more of a plurality of time intervals; and transmitting, to the receiving apparatus , at least one reference signal on a plurality of beams of the transmitting apparatus during the plurality of time intervals, wherein the plurality of beams are grouped into a plurality of beam pattern combinations comprising at least two beams, the plurality of beam pattern combinations corresponding to the plurality of time intervals respectively, wherein each beam pattern combination allocated to a given time interval is a distinct subset of the plurality of beam patterns, and each beam pattern combination covers all directions in which the transmitting apparatus supports a service, and wherein the at least one reference signal is transmitted by using each of the beam pattern combinations during a corresponding time interval from among the plurality of time intervals. transmitting, to a receiving apparatus , information related to a plurality of measurement windows to be used to measure channel quality information of the receiving apparatus related to a plurality of beam patterns of the transmitting apparatus ; wherein each measurement window covers one or more of a plurality of time intervals; and transmitting, to the receiving apparatus , at least one reference signal on a plurality of beams of the transmitting apparatus during the plurality of time intervals, wherein the plurality of beams are grouped into a plurality of beam pattern combinations comprising at least two beams, the plurality of beam pattern combinations corresponding to the plurality of time intervals respectively, wherein each beam pattern combination allocated to a given time interval is a distinct subset of the plurality of beam patterns, and each beam pattern combination covers all directions in which the transmitting apparatus supports a service, and wherein the at least one reference signal is transmitted by using each of the beam pattern combinations during a corresponding time interval from among the plurality of time intervals.
A controller for a vehicle powered by a propulsion device, the controller comprising: a processing unit ; an input for receiving one or more measures of parameters at the processing unit; and an output for providing one or more operating set points to the propulsion device based at least in part on the received one or more measures of parameters; and wherein the processing unit is configured to: receive a target speed for the vehicle over a travel horizon; obtain one or more measures of parameters related to the travel horizon; optimize a cost function (J) of the vehicle to provide operating set points for the propulsion device by minimizing energy losses of the vehicle relative to the received target speed and one or more obtained measures of parameters related to the travel horizon; and wherein minimizing energy losses of the vehicle takes into account losses of power of the vehicle and recoverable power of the vehicle, characterized in that said cost function (J) is defined as: J = ∑ i = 1 N horz c E ⋅ E i E n 2 + c v ⋅ v i − v ref v n 2 wherein C E and C v are pre-determined weights, E i is an energy model over increment i of the travel horizon, E n is an energy normalization factor, v i is an average speed of the vehicle over increment i of the travel horizon, v ref is a target speed of the vehicle and v n is a speed normalization factor. a processing unit ; an input for receiving one or more measures of parameters at the processing unit; and an output for providing one or more operating set points to the propulsion device based at least in part on the received one or more measures of parameters; and wherein the processing unit is configured to: receive a target speed for the vehicle over a travel horizon; obtain one or more measures of parameters related to the travel horizon; optimize a cost function (J) of the vehicle to provide operating set points for the propulsion device by minimizing energy losses of the vehicle relative to the received target speed and one or more obtained measures of parameters related to the travel horizon; and wherein minimizing energy losses of the vehicle takes into account losses of power of the vehicle and recoverable power of the vehicle, receive a target speed for the vehicle over a travel horizon; obtain one or more measures of parameters related to the travel horizon; optimize a cost function (J) of the vehicle to provide operating set points for the propulsion device by minimizing energy losses of the vehicle relative to the received target speed and one or more obtained measures of parameters related to the travel horizon; and wherein minimizing energy losses of the vehicle takes into account losses of power of the vehicle and recoverable power of the vehicle, characterized in that said cost function (J) is defined as: J = ∑ i = 1 N horz c E ⋅ E i E n 2 + c v ⋅ v i − v ref v n 2 wherein C E and C v are pre-determined weights, E i is an energy model over increment i of the travel horizon, E n is an energy normalization factor, v i is an average speed of the vehicle over increment i of the travel horizon, v ref is a target speed of the vehicle and v n is a speed normalization factor.
A method for handling light source impairment performed by a system at least partly comprised in a vehicle , the method comprising: obtaining a position of a user's eye(s) when the user is inside the vehicle ; obtaining a position of a light source outside the vehicle and an intensity of light from the light source in relation to the position of the user's eye(s); determining whether the user's vision is impaired by the light source , wherein the determining is done based on whether there is a line of sight between the light source and the user's eye(s), and based on the intensity of light at the user's eye(s); and determining whether at least one safety measure should be performed by the vehicle based on whether the user's vision is impaired by the light source , characterised in that the performed at least one safety measure comprise at least one of: enabling a lane keeping aid in the vehicle , increasing a user reaction time parameter used by a collision mitigation system in the vehicle , and denying handing control of the vehicle back to the user when the vehicle is an autonomous vehicle. obtaining a position of a user's eye(s) when the user is inside the vehicle ; obtaining a position of a light source outside the vehicle and an intensity of light from the light source in relation to the position of the user's eye(s); determining whether the user's vision is impaired by the light source , wherein the determining is done based on whether there is a line of sight between the light source and the user's eye(s), and based on the intensity of light at the user's eye(s); and determining whether at least one safety measure should be performed by the vehicle based on whether the user's vision is impaired by the light source , characterised in that the performed at least one safety measure comprise at least one of: enabling a lane keeping aid in the vehicle , increasing a user reaction time parameter used by a collision mitigation system in the vehicle , and denying handing control of the vehicle back to the user when the vehicle is an autonomous vehicle.
A method comprising: determining whether a resource is allocated for a logical control channel; and defining one or more fields of a physical downlink control channel to signal the resource allocation for the logical control channel, wherein the logical control channel comprises a broadcast control channel or a paging control channel, characterized in that the physical downlink control channel has a second format, including the one or more fields, to support resource allocation of the logical control channel, the second format being redefined with respect to a first format, the first format supporting transmission of data over a downlink channel. determining whether a resource is allocated for a logical control channel; and defining one or more fields of a physical downlink control channel to signal the resource allocation for the logical control channel, wherein the logical control channel comprises a broadcast control channel or a paging control channel, characterized in that the physical downlink control channel has a second format, including the one or more fields, to support resource allocation of the logical control channel, the second format being redefined with respect to a first format, the first format supporting transmission of data over a downlink channel.
A sliding member comprising:a soft metal layer formed by stacking a crystal of soft metal, whereina coarse crystal being exposed on a surface of the soft metal layer, wherein the coarse crystal is made of the soft metal,the coarse crystal has a particle length of 1.5 μm or more in a plane direction of the surface, anda distribution proportion of the coarse crystal is 5 to 50%,wherein the distribution proportion is a proportion of a circumscribed rectangle in a unit length of a virtual straight line (P),wherein the circumscribed rectangle is applied to the coarse crystal appearing in a cross section of the soft metal layer ,the virtual straight line (P) passing through all the circumscribed rectangles in the cross section and parallel to a surface reference line (S) of the soft metal layer is formed,an upper side of the circumscribed rectangle is parallel to the surface reference line (S) of the soft metal layer ,the surface reference line is an average height of the surface of the soft metal layer appearing in the cross section, and a distance (L1) from a center of gravity (G) of a circumscribed rectangle of the coarse crystal appearing in a vertical cross section of the surface and having a maximum length in a thickness direction of the soft metal layer to the surface reference line (S) is 25% or less of a thickness (L2) of the soft metal layer.
A method of providing probes for off-target sequence capture in a targeted sequencing reaction, comprising: receiving a request for a set of target-specific hybridization probes; contacting the target-specific hybridization probes with a reference nucleic acid library generated from a reference sample, the nucleic acid library comprising a plurality of nucleic acid fragments, to generate a reference group of target-specific and off-target nucleic acid fragments bound to the target-specific hybridization probes; separating the reference group of nucleic acid fragments bound to the target-specific hybridization probes from unbound nucleic acid fragments; sequencing the reference group of nucleic acid fragments to generate reference sequencing data; identifying off-target sequences in the reference sequencing data; and providing a set of off-target hybridization probes based on the identified off-target sequences. receiving a request for a set of target-specific hybridization probes; contacting the target-specific hybridization probes with a reference nucleic acid library generated from a reference sample, the nucleic acid library comprising a plurality of nucleic acid fragments, to generate a reference group of target-specific and off-target nucleic acid fragments bound to the target-specific hybridization probes; separating the reference group of nucleic acid fragments bound to the target-specific hybridization probes from unbound nucleic acid fragments; sequencing the reference group of nucleic acid fragments to generate reference sequencing data; identifying off-target sequences in the reference sequencing data; and providing a set of off-target hybridization probes based on the identified off-target sequences.
A three-dimensional rendering method for rendering a 3D model, the method comprising: rendering the 3D model from each viewpoint of direct light sources ; obtaining scene information on scenes rendered from each viewpoint of the direct light sources; generating a matched image in which the scenes are matched based on the scene information ; and sampling at least one indirect light source from the matched image . rendering the 3D model from each viewpoint of direct light sources ; obtaining scene information on scenes rendered from each viewpoint of the direct light sources; generating a matched image in which the scenes are matched based on the scene information ; and sampling at least one indirect light source from the matched image .
An information processing apparatus , comprising a reading unit configured to read, from a memory area of an IC chip , identification information of a service including at least any one of a wire communication service via an external wire communication or a wireless communication service via an external wireless communication, which use the memory area of the IC chip ; an acquisition unit configured to acquire service information from an external server , by transmitting the identification information of the service which the reading unit has read to the external server ; a storage unit configured to store the service information which the acquisition unit has acquired; and a display unit configured to display all the services which use the memory area of the IC chip based on the acquired service information, wherein the service includes a main service which owns the memory area of the IC chip , and a related service that uses the memory area owned by the main service; wherein the reading unit is configured to specify the related service that relates to the main service, based on information for specifying the related service which the acquisition unit has acquired or which the reading unit has acquired from the storage unit ; wherein, if an object to be identified for specifying the related service is a usage history, a bookmark or the like of a web browser , the usage history, the bookmark or the like of the web browser are searched, and the related service is specified based on the result of this search.