mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling movement of an elevator car in an elevator system that includes a machine for moving the elevator car and a machine brake for preventing movement of the elevator car , the method comprising the steps of: determining whether the elevator car is near a landing ; determining whether a door of the elevator car is open; performing a desired operation that includes desired movement of the elevator car while the elevator car is near the landing and the door is open; characterized in that the method further comprises determining whether the elevator car moves other than according to the desired movement; and stopping movement of the elevator car by applying the machine brake responsive to elevator car movement other than the desired movement while the elevator car is near the landing and the door is open; using a level position detector for determining whether the elevator car moves other than according to the desired movement; wherein the desired operation comprises departing from the landing before the door has closed; and wherein determining whether the elevator car moves other than according to the desired movement is based on an indication of a position of the elevator car relative to the landing . determining whether the elevator car is near a landing ; determining whether a door of the elevator car is open; performing a desired operation that includes desired movement of the elevator car while the elevator car is near the landing and the door is open; characterized in that the method further comprises determining whether the elevator car moves other than according to the desired movement; and stopping movement of the elevator car by applying the machine brake responsive to elevator car movement other than the desired movement while the elevator car is near the landing and the door is open; using a level position detector for determining whether the elevator car moves other than according to the desired movement; wherein the desired operation comprises departing from the landing before the door has closed; and wherein determining whether the elevator car moves other than according to the desired movement is based on an indication of a position of the elevator car relative to the landing .
A method, performed by an electronic device, of controlling a wireless charging device in a vehicle, the method comprising: identifying (S210) at least one mobile device in the vehicle; obtaining (S220) state information of the identified at least one mobile device; obtaining (S230) state information of the vehicle about speed of the vehicle, current power use amount of the vehicle and whether a user has sat on a seat of the vehicle; and controlling (S240) power of a plurality of wireless charging devices in the vehicle based on the state information of the identified at least one mobile device and the obtained state information of the vehicle. identifying (S210) at least one mobile device in the vehicle; obtaining (S220) state information of the identified at least one mobile device; obtaining (S230) state information of the vehicle about speed of the vehicle, current power use amount of the vehicle and whether a user has sat on a seat of the vehicle; and controlling (S240) power of a plurality of wireless charging devices in the vehicle based on the state information of the identified at least one mobile device and the obtained state information of the vehicle.
A flow tube assembly for use with a magnetic flowmeter for measuring flow rate of a process fluid, comprising: a flow tube arranged to receive a flow of the process fluid therethrough; a first magnetic coil arranged proximate the flow tube to apply a magnetic field to the process fluid flowing through the flow tube; a pair of electrodes electrically coupled to the process fluid in the flow tube and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and a flow rate of the process fluid; a first magnetic field spreader (208A,B) positioned proximate an interior circumference of the magnetic flow tube assembly proximate the first magnetic coil arranged to spread the magnetic field from the first magnetic coil and direct the magnetic field into the flow tube in a plane perpendicular to the flow of process fluid; and a tube exterior housing which extends around the flow tube and forms a portion of a magnetic circuit with the first magnetic coil, wherein the tube exterior housing comprises a magnetic wrapper (206A,B) which extends around an outer circumference of the flow tube in the plane perpendicular to the flow of the process fluid and is magnetically coupled to the first magnetic coil, characterized in that a magnetic metal piece (230A,B) is configured to secure the first magnetic coil between the first magnetic field spreader (208A,B) and the tube exterior housing and magnetically couple the first magnetic coil to the tube exterior housing. a flow tube arranged to receive a flow of the process fluid therethrough; a first magnetic coil arranged proximate the flow tube to apply a magnetic field to the process fluid flowing through the flow tube; a pair of electrodes electrically coupled to the process fluid in the flow tube and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and a flow rate of the process fluid; a first magnetic field spreader (208A,B) positioned proximate an interior circumference of the magnetic flow tube assembly proximate the first magnetic coil arranged to spread the magnetic field from the first magnetic coil and direct the magnetic field into the flow tube in a plane perpendicular to the flow of process fluid; and a tube exterior housing which extends around the flow tube and forms a portion of a magnetic circuit with the first magnetic coil, wherein the tube exterior housing comprises a magnetic wrapper (206A,B) which extends around an outer circumference of the flow tube in the plane perpendicular to the flow of the process fluid and is magnetically coupled to the first magnetic coil, characterized in that a magnetic metal piece (230A,B) is configured to secure the first magnetic coil between the first magnetic field spreader (208A,B) and the tube exterior housing and magnetically couple the first magnetic coil to the tube exterior housing.
A support for a lighting element , wherein the lighting element comprises a light source support and a light source functionally coupled to the light source support , wherein the support comprises a body and a fixation element for fixating the light source support to the support , wherein the body has a plane (P), wherein at least part of the fixation element is part of the plane (P) of the body , wherein the fixation element comprises a central part which is configurable in a first configuration and in a second configuration, different from the first configuration, wherein a change from one configuration to the other can be effected by applying a force on the central part , wherein the fixation element comprises two protruding elements configured extending from the central part in both configurations of the central part , wherein terminal parts of the respective protruding elements have a first mutual distance (d1) in the first configuration of the central part and a second mutual distance (d2) in the second configuration of the central part , wherein the first mutual distance (d1) is larger than the second mutual distance (d2), and wherein the fixation element is configured to receive the light source support in the first configuration and to fixate the light source support to the support by the protruding elements in the second configuration, characterized in that when the central part is in the first configuration the light source support can be pressed in the fixation element by applying a force (F) in a first direction, so that the central part snaps or jumps into the second configuration, and when the central part is in the second configuration the light source support can be released from the fixation element by applying a force (F) in a second direction, wherein first direction and the second direction are perpendicular to the plane (P), the second direction being opposite to the first direction. when the central part is in the first configuration the light source support can be pressed in the fixation element by applying a force (F) in a first direction, so that the central part snaps or jumps into the second configuration, and when the central part is in the second configuration the light source support can be released from the fixation element by applying a force (F) in a second direction, wherein first direction and the second direction are perpendicular to the plane (P), the second direction being opposite to the first direction.
A gas turbine engine comprising: a retention ring ; a turbine section bearing support ; an exhaust section fairing retained between the bearing support and the retention ring; a heat shield retained between the exhaust section fairing and the turbine section bearing support ; a spacer positioned between the retention ring and a rim of the turbine section bearing support , wherein the spacer comprises: a body ; a through-bore extending through the body ; and a flange extending from the body to extend the through-bore ; and a fastener extending through the retention ring , the exhaust section fairing , the heat shield , the through-bore of the spacer , and the turbine section bearing support , to couple the exhaust section fairing , the spacer, and the heat shield to the turbine section bearing support ; wherein a thickness of the body is greater than a thickness of the turbine section bearing support , and wherein a thickness of the flange is greater than a thickness of the heat shield to create a gap between the body and the turbine section bearing support to receive the heat shield. a retention ring ; a turbine section bearing support ; an exhaust section fairing retained between the bearing support and the retention ring; a heat shield retained between the exhaust section fairing and the turbine section bearing support ; a spacer positioned between the retention ring and a rim of the turbine section bearing support , wherein the spacer comprises: a body ; a through-bore extending through the body ; and a flange extending from the body to extend the through-bore ; and a fastener extending through the retention ring , the exhaust section fairing , the heat shield , the through-bore of the spacer , and the turbine section bearing support , to couple the exhaust section fairing , the spacer, and the heat shield to the turbine section bearing support ; wherein a thickness of the body is greater than a thickness of the turbine section bearing support , and wherein a thickness of the flange is greater than a thickness of the heat shield to create a gap between the body and the turbine section bearing support to receive the heat shield. a body ; a through-bore extending through the body ; and a flange extending from the body to extend the through-bore ; and a fastener extending through the retention ring , the exhaust section fairing , the heat shield , the through-bore of the spacer , and the turbine section bearing support , to couple the exhaust section fairing , the spacer, and the heat shield to the turbine section bearing support ; wherein a thickness of the body is greater than a thickness of the turbine section bearing support , and wherein a thickness of the flange is greater than a thickness of the heat shield to create a gap between the body and the turbine section bearing support to receive the heat shield.
An acidic beverage comprising: (A) pyrroloquinoline quinone or a salt thereof; (B) ascorbic acid; and (C) cyclodextrin, wherein when the component (C) is α-cyclodextrin, the content of the component (A) is 5 mg/L to 100 mg/L in the acidic beverage, and the α-cyclodextrin in the acidic beverage is 3 to 13% by weight; wherein when the component (C) is γ-cyclodextrin, the content of the component (A) is preferably 5 mg/L to 550 mg/L in the acidic beverage, and the γ-cyclodextrin in the acidic beverage is 0.3 to 24% by weight. (A) pyrroloquinoline quinone or a salt thereof; (B) ascorbic acid; and (C) cyclodextrin, wherein when the component (C) is α-cyclodextrin, the content of the component (A) is 5 mg/L to 100 mg/L in the acidic beverage, and the α-cyclodextrin in the acidic beverage is 3 to 13% by weight; wherein when the component (C) is γ-cyclodextrin, the content of the component (A) is preferably 5 mg/L to 550 mg/L in the acidic beverage, and the γ-cyclodextrin in the acidic beverage is 0.3 to 24% by weight.
A method of wireless communication at a user equipment, UE, comprising: receiving downlink control information, DCI, on a wireless channel, the DCI identifying a plurality of data blocks and an outer coded block associated with a multicast transmission or a broadcast transmission, and indicating that the outer coded block is coded according to an outer coding scheme; monitoring the wireless channel for the plurality of data blocks and the outer coded block based on the DCI identifying the plurality of data blocks and the outer coded block being coded according to the outer coding scheme; and decoding the plurality of data blocks based at least in part on the outer coding scheme and the outer coded block. receiving downlink control information, DCI, on a wireless channel, the DCI identifying a plurality of data blocks and an outer coded block associated with a multicast transmission or a broadcast transmission, and indicating that the outer coded block is coded according to an outer coding scheme; monitoring the wireless channel for the plurality of data blocks and the outer coded block based on the DCI identifying the plurality of data blocks and the outer coded block being coded according to the outer coding scheme; and decoding the plurality of data blocks based at least in part on the outer coding scheme and the outer coded block.
A polyethylene composition suitable for use in a living hinge component, the composition comprising: a first ethylene-based polymer component, the first ethylene-based polymer component has a density of from 0.915 g/cc to less than 0.940 g/cc, and a melt index, I 2.16 , of less than 5 g/10 min; and a second ethylene-based polymer component; wherein the composition has an overall density of from 0.945 g/cc to 0.960 g/cc, an overall melt index, I 2.16 , of from 5 g/10 min to 20 g/10 min and a molecular weight distribution of 7.0 to 10.0. a first ethylene-based polymer component, the first ethylene-based polymer component has a density of from 0.915 g/cc to less than 0.940 g/cc, and a melt index, I 2.16 , of less than 5 g/10 min; and a second ethylene-based polymer component; wherein the composition has an overall density of from 0.945 g/cc to 0.960 g/cc, an overall melt index, I 2.16 , of from 5 g/10 min to 20 g/10 min and a molecular weight distribution of 7.0 to 10.0.
A device comprising: a camera including a lens assembly; a stereoscopic display for displaying an image to be captured by the camera; processing logic configured to automatically determine a correct focus for the camera, wherein the processing logic is configured to, in order to indicate that a process of automatically determining a correct focus is occurring, display an icon on said stereoscopic display, said icon being an autofocus frame, the processing logic being further configured to display the autofocus frame on said stereoscopic display such that it comes to a rest at a perceived depth corresponding to the correct focus when the correct focus for the camera has been determined; and a memory to store a captured image, the device being characterized by the processing logic being further configured to, when the process of automatically determining a correct focus is occurring, move the autofocus frame forward and backward between positions at perceived depths in front of, on, and behind the stereoscopic display, said positions of the autofocus frame defining the volume used by the processing logic when determining the correct focus for the camera. a camera including a lens assembly; a stereoscopic display for displaying an image to be captured by the camera; processing logic configured to automatically determine a correct focus for the camera, wherein the processing logic is configured to, in order to indicate that a process of automatically determining a correct focus is occurring, display an icon on said stereoscopic display, said icon being an autofocus frame, the processing logic being further configured to display the autofocus frame on said stereoscopic display such that it comes to a rest at a perceived depth corresponding to the correct focus when the correct focus for the camera has been determined; and a memory to store a captured image, the device being characterized by the processing logic being further configured to, when the process of automatically determining a correct focus is occurring, move the autofocus frame forward and backward between positions at perceived depths in front of, on, and behind the stereoscopic display, said positions of the autofocus frame defining the volume used by the processing logic when determining the correct focus for the camera.
A tubular artificial blood vessel, wherein the artificial blood vessel has one or more layers formed using a resin composition I comprising: 100 parts by mass of the component (A) hydrogenated block copolymer; 300 parts by mass or more and 1000 parts by mass or less of the component (B) oil; and 0.1 parts by mass or more and 150 parts by mass or less of the component (C) lubricant; wherein the artificial blood vessel has, on an exterior of the layer formed using the resin composition I, a layer formed using a resin composition II that has a different constitution from the resin composition I, and the artificial blood vessel has, on an interior of the layer formed using the resin composition I, a layer formed using a resin composition III that has a different constitution from the resin composition I, the resin compositions II and III comprising: 100 parts by mass of the component (A) hydrogenated block copolymer; 50 parts by mass or more and 1000 parts by mass or less of the component (B) oil; and less than 0.1 parts by mass of the component (C) lubricant; wherein the component (A) contains one or more hydrogenated products of an aromatic vinyl-conjugated diene block copolymer containing a block unit (X) derived from an aromatic vinyl compound and a block unit (Y) derived from a conjugated diene; and wherein the component (C) lubricant comprises at least one lubricant selected from the group consisting of an ionic surfactant and a nonionic surfactant. wherein the artificial blood vessel has one or more layers formed using a resin composition I comprising: 100 parts by mass of the component (A) hydrogenated block copolymer; 300 parts by mass or more and 1000 parts by mass or less of the component (B) oil; and 0.1 parts by mass or more and 150 parts by mass or less of the component (C) lubricant; wherein the artificial blood vessel has, on an exterior of the layer formed using the resin composition I, a layer formed using a resin composition II that has a different constitution from the resin composition I, and the artificial blood vessel has, on an interior of the layer formed using the resin composition I, a layer formed using a resin composition III that has a different constitution from the resin composition I, the resin compositions II and III comprising: 100 parts by mass of the component (A) hydrogenated block copolymer; 50 parts by mass or more and 1000 parts by mass or less of the component (B) oil; and less than 0.1 parts by mass of the component (C) lubricant; wherein the component (A) contains one or more hydrogenated products of an aromatic vinyl-conjugated diene block copolymer containing a block unit (X) derived from an aromatic vinyl compound and a block unit (Y) derived from a conjugated diene; and wherein the component (C) lubricant comprises at least one lubricant selected from the group consisting of an ionic surfactant and a nonionic surfactant.
An internet interface device comprising: a communication interface ; and a processor configured to: intercept a data packet produced by a device in a local network connected to the Internet interface device, received through the communication interface and targeted at an internet domain , wherein the data packet includes a cookie identifying the device in the local network; and only in response to determination that the device in the local network is part of a set of devices of a group, wherein the group is a household: modify the data packet to include information indicating an association of the device in the local network to the Internet interface device by replacing the cookie identifying the device in the local network with a cookie identifying the Internet interface device and storing in the Internet interface device information indicating a link between the cookie identifying the device in the local network and the cookie identifying the Internet interface device. a communication interface ; and a processor configured to: intercept a data packet produced by a device in a local network connected to the Internet interface device, received through the communication interface and targeted at an internet domain , wherein the data packet includes a cookie identifying the device in the local network; and only in response to determination that the device in the local network is part of a set of devices of a group, wherein the group is a household: modify the data packet to include information indicating an association of the device in the local network to the Internet interface device by replacing the cookie identifying the device in the local network with a cookie identifying the Internet interface device and storing in the Internet interface device information indicating a link between the cookie identifying the device in the local network and the cookie identifying the Internet interface device. intercept a data packet produced by a device in a local network connected to the Internet interface device, received through the communication interface and targeted at an internet domain , wherein the data packet includes a cookie identifying the device in the local network; and only in response to determination that the device in the local network is part of a set of devices of a group, wherein the group is a household: modify the data packet to include information indicating an association of the device in the local network to the Internet interface device by replacing the cookie identifying the device in the local network with a cookie identifying the Internet interface device and storing in the Internet interface device information indicating a link between the cookie identifying the device in the local network and the cookie identifying the Internet interface device.