mhurhangee/ep-ind-claims huggingface dataset:
A touchpad assembly comprising: a bottom cover; a horizontal elastic member flexibly positioned on the bottom cover; coupling elements (134, 216) to fixedly hold ends of the horizontal elastic member relative to bottom cover; a balancing bar disposed on the bottom cover and substantially parallel to the horizontal elastic member; and a metal dome comprising: a first end fixedly connected to the bottom cover via a first fixture; and a second end to hold the horizontal elastic member and the balancing bar such that the balancing bar is flexibly engaged with the bottom cover, wherein the balancing bar, the metal dome, and the horizontal elastic member are to control a flexure of a touchpad when the touchpad is pressed. a bottom cover; a horizontal elastic member flexibly positioned on the bottom cover; coupling elements (134, 216) to fixedly hold ends of the horizontal elastic member relative to bottom cover; a balancing bar disposed on the bottom cover and substantially parallel to the horizontal elastic member; and a metal dome comprising: a first end fixedly connected to the bottom cover via a first fixture; and a second end to hold the horizontal elastic member and the balancing bar such that the balancing bar is flexibly engaged with the bottom cover, wherein the balancing bar, the metal dome, and the horizontal elastic member are to control a flexure of a touchpad when the touchpad is pressed. a first end fixedly connected to the bottom cover via a first fixture; and a second end to hold the horizontal elastic member and the balancing bar such that the balancing bar is flexibly engaged with the bottom cover, wherein the balancing bar, the metal dome, and the horizontal elastic member are to control a flexure of a touchpad when the touchpad is pressed.
Method for displaying information and/or operating a mobile apparatus not assigned to a motor vehicle using an electronic device having a display device and an operating device of a motor vehicle, having the following features of: ▪ storing a program which is executable on the mobile apparatus and comprises program parts for a user interface and for operating sequences of the program, the user interface having fixed areas for displaying variable contents; ▪ storing a digital certificate which is assigned to the program parts for the user interface and for the operating sequences of the program which is executable on the mobile apparatus; ▪ transmitting the program parts for the user interface and for the operating sequences with the associated certificate from the mobile apparatus to the electronic device of the motor vehicle; ▪ checking the transmitted digital certificate in the electronic device of the motor vehicle and executing the program parts transmitted from the mobile apparatus on the basis of the check of the transmitted certificate; ▪ displaying the variable contents in the fixed areas of the user interface. ▪ storing a program which is executable on the mobile apparatus and comprises program parts for a user interface and for operating sequences of the program, the user interface having fixed areas for displaying variable contents; ▪ storing a digital certificate which is assigned to the program parts for the user interface and for the operating sequences of the program which is executable on the mobile apparatus; ▪ transmitting the program parts for the user interface and for the operating sequences with the associated certificate from the mobile apparatus to the electronic device of the motor vehicle; ▪ checking the transmitted digital certificate in the electronic device of the motor vehicle and executing the program parts transmitted from the mobile apparatus on the basis of the check of the transmitted certificate; ▪ displaying the variable contents in the fixed areas of the user interface.
An optical system comprising: an illumination objective; a first light source and second light source; trapping optics (F, HW, PBS1, LE, BE2, PBS2) configured to generate two beams of light with different foci from light generated by the first light source, wherein the two beams of light propagate along the same propagation axis through the illumination objective, wherein the trapping optics include a mirror for reflecting the two beams of light after transmission by the illumination objective back along the propagation axis so as to form counter propagating beams of light having two foci which together define an optical trap; and light sheet imaging optics (BE1, AS, CL) for light sheet imaging a particle, for example a cell that is trapped by the optical trap, wherein the light sheet imaging optics include light sheet generating optics for generating a light sheet using light from the second light source and for directing the light sheet through the illumination objective for light sheet imaging the particle that is trapped by the optical trap, wherein the wavelength of the counter propagating beams of light and the wavelength of the light used for light sheet imaging are non-interfering. an illumination objective; a first light source and second light source; trapping optics (F, HW, PBS1, LE, BE2, PBS2) configured to generate two beams of light with different foci from light generated by the first light source, wherein the two beams of light propagate along the same propagation axis through the illumination objective, wherein the trapping optics include a mirror for reflecting the two beams of light after transmission by the illumination objective back along the propagation axis so as to form counter propagating beams of light having two foci which together define an optical trap; and light sheet imaging optics (BE1, AS, CL) for light sheet imaging a particle, for example a cell that is trapped by the optical trap, wherein the light sheet imaging optics include light sheet generating optics for generating a light sheet using light from the second light source and for directing the light sheet through the illumination objective for light sheet imaging the particle that is trapped by the optical trap, wherein the wavelength of the counter propagating beams of light and the wavelength of the light used for light sheet imaging are non-interfering.
A first mobile terminal for transmitting Internet Protocol, IP, information in a Wireless Fidelity, Wi-Fi, Direct communication network, the first mobile terminal being an owner of a group of a plurality of mobile terminals in the Wi-Fi Direct communication network, wherein the first mobile terminal comprises: a memory; and a controller configured to: form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive (505, 509) IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server, store (507, 511) the received IP allocation information of the at least one mobile terminal, receive, from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information. a memory; and a controller configured to: form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive (505, 509) IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server, store (507, 511) the received IP allocation information of the at least one mobile terminal, receive, from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information. form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive (505, 509) IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server, store (507, 511) the received IP allocation information of the at least one mobile terminal, receive, from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information.
A brake testing device for a vehicle, comprising at least one drivable axle (12, 14; 200, 202) having a differential (36, 36H; 204, 230) and having a drive (28, 30; 208, 226) for the differential, in which brake testing device the drive can be rotationally fixedly held during the brake test, wherein the wheel (60L, 60R, 66L, 66R; 220VI, 220VR; 220HL, 220HR) or the wheels at the one side of the tested axle (12, 14; 200, 202) can be driven by at least one device drivable by a motor (92L, 92R), preferably by a roller pair (80L, 82L, 80R, 82R), in a forward-directed rotational direction, while the other wheel (60L, 60R, 66L, 66R; 220VI, 220VR; 220HL, 220HR) or the wheels at the other side of the tested axle can be driven by at least one further device drivable by a motor (92L, 92R), preferably by a roller pair (in the other rotational direction), characterized in that the brake testing device has, for both sides of the tested axle (12, 14; 200, 202), a respective sensor device (262L, 262R) which can be attached to the respective wheel (60L, 60R, 66L, 66R; 220VI, 220VR; 220HL, 220HR) in any desired orientation and which generates rotary signals of the wheel with respect to an at least substantially horizontal axis, in that at least one signal processor (μC, 244; 256) is provided which forms rotary angle vectors from the rotary signals of the sensor devices and forms a difference value from the rotary angle vectors, and in that the difference value or a value proportional thereto can be applied to a control which is associated with the brake testing device and which controls the rotational speed of one of the devices (80L, 82L; 80R, 82R) drivable by the motor (92L, 92R) such that, during a brake test, the rotary angle difference of the wheels (60L, 60R, 66L, 66R; 220VI, 220VR; 220HL, 220HR) at the two sides of the tested axle at least substantially at most corresponds to the backlash of the tested axle.
An alignment rail for use with cutting an applique relative to a surface of a vehicle, the alignment rail comprising: a base to contact the surface; a body including a cross-sectional profile extending along a longitudinal axis of the alignment rail; and a groove of the cross-sectional profile extending along the longitudinal axis, the groove to align a cutting tool to cut the applique, wherein the cross-sectional profile includes a first ramped surface on a first side of the cross-sectional profile and a second ramped surface on a second side of the cross-sectional profile that is opposite the first side, and wherein the first and second ramped surfaces (310, 314) converge toward the groove. a base to contact the surface; a body including a cross-sectional profile extending along a longitudinal axis of the alignment rail; and a groove of the cross-sectional profile extending along the longitudinal axis, the groove to align a cutting tool to cut the applique, wherein the cross-sectional profile includes a first ramped surface on a first side of the cross-sectional profile and a second ramped surface on a second side of the cross-sectional profile that is opposite the first side, and wherein the first and second ramped surfaces (310, 314) converge toward the groove.
A bearing assembly for a charging apparatus comprising: a bearing housing, a shaft, a compressor-side bearing bushing and a turbine-side bearing bushing which together support the shaft inside a bearing bore of the bearing housing, wherein the compressor-side bearing bushing is configured differently than the turbine-side bearing bushing, wherein a compressor-side outer lubrication gap of the compressor-side bearing bushing is smaller than a turbine-side outer lubrication gap of the turbine-side bearing bushing, characterized in that a compressor-side inner lubrication gap of the compressor-side bearing bushing is equal to a turbine-side inner lubrication gap of the turbine-side bearing bushing. a bearing housing, a shaft, a compressor-side bearing bushing and a turbine-side bearing bushing which together support the shaft inside a bearing bore of the bearing housing, wherein the compressor-side bearing bushing is configured differently than the turbine-side bearing bushing, wherein a compressor-side outer lubrication gap of the compressor-side bearing bushing is smaller than a turbine-side outer lubrication gap of the turbine-side bearing bushing, characterized in that a compressor-side inner lubrication gap of the compressor-side bearing bushing is equal to a turbine-side inner lubrication gap of the turbine-side bearing bushing.
A method (600, 800) comprising: receiving, by a computing device (300; 504) from a first service provider, data including metadata, indicating a particular media item that the first service provider will be providing to a media playback system for playback, wherein the particular media item is provided in response to a request, via a first user account with the first service provider, for a certain type of media content, wherein the particular media item was not specifically chosen by a user; and based on the received data, and upon receiving the data, searching, by the computing device (300; 504), in a preference database associated with the media playback system, for a media preference associated with the media playback system and corresponding to the metadata indicating the particular media item, wherein the preference database comprises preferences for media items, the media items being provided by a plurality of service providers, the plurality of service providers being used to provide media content to the media playback system; and when a negative media preference associated with the metadata indicating the particular media item is identified, sending, by the computing device (300; 504) to the first service provider, an indication that the particular media item is not to be played. receiving, by a computing device (300; 504) from a first service provider, data including metadata, indicating a particular media item that the first service provider will be providing to a media playback system for playback, wherein the particular media item is provided in response to a request, via a first user account with the first service provider, for a certain type of media content, wherein the particular media item was not specifically chosen by a user; and based on the received data, and upon receiving the data, searching, by the computing device (300; 504), in a preference database associated with the media playback system, for a media preference associated with the media playback system and corresponding to the metadata indicating the particular media item, wherein the preference database comprises preferences for media items, the media items being provided by a plurality of service providers, the plurality of service providers being used to provide media content to the media playback system; and when a negative media preference associated with the metadata indicating the particular media item is identified, sending, by the computing device (300; 504) to the first service provider, an indication that the particular media item is not to be played.
An agricultural machine, comprising: a plurality of subsystems, each performing a function of the agricultural machine; a plurality of power detectors, each power detector detecting a variable indicative of power consumed on a given subsystem, of the plurality of subsystems, and generating a corresponding power consumption signal indicative of the detected variable; and a power consumption visualization system adapted to receive the power consumption signals from the plurality of power detectors and to generate a visualization to show a metric value corresponding to each subsystem, indicative of the power consumed by each of the plurality of subsystems, characterized in that the power consumption visualization system is adapted to generate the visualization with a machine display portion displaying a depiction of the agricultural machine with each of the plurality of subsystems and a power consumption display portion distinct from the machine display portion that displays the power being consumed by each subsystem, with visual indicia correlating the subsystems on the depiction of the agricultural machine in the machine display portion to the metric values on the power consumption display portion indicative of the power being consumed by the subsystems. a plurality of subsystems, each performing a function of the agricultural machine; a plurality of power detectors, each power detector detecting a variable indicative of power consumed on a given subsystem, of the plurality of subsystems, and generating a corresponding power consumption signal indicative of the detected variable; and a power consumption visualization system adapted to receive the power consumption signals from the plurality of power detectors and to generate a visualization to show a metric value corresponding to each subsystem, indicative of the power consumed by each of the plurality of subsystems, characterized in that the power consumption visualization system is adapted to generate the visualization with a machine display portion displaying a depiction of the agricultural machine with each of the plurality of subsystems and a power consumption display portion distinct from the machine display portion that displays the power being consumed by each subsystem, with visual indicia correlating the subsystems on the depiction of the agricultural machine in the machine display portion to the metric values on the power consumption display portion indicative of the power being consumed by the subsystems.
A method for wireless communication at a user equipment, UE, the method comprising: receiving a preemption monitoring indication in a grant in a first downlink control channel, wherein the grant is for an uplink transmission, and the preemption monitoring indication indicates whether the uplink transmission is allowed to be preempted by another transmission, thereby indicating whether the UE is to monitor a second downlink control channel for a preemption indication, wherein the preemption monitoring indication comprises a one-bit field in downlink control information, DCI, received in the first downlink control channel; and determining, based at least in part on the preemption monitoring indication and whether the preemption indication is received, whether to transmit the uplink transmission. receiving a preemption monitoring indication in a grant in a first downlink control channel, wherein the grant is for an uplink transmission, and the preemption monitoring indication indicates whether the uplink transmission is allowed to be preempted by another transmission, thereby indicating whether the UE is to monitor a second downlink control channel for a preemption indication, wherein the preemption monitoring indication comprises a one-bit field in downlink control information, DCI, received in the first downlink control channel; and determining, based at least in part on the preemption monitoring indication and whether the preemption indication is received, whether to transmit the uplink transmission.
A three-dimensional structure (1, 2) comprising: a plurality of resin layers (11, 21) including a light curable resin, the light curable resin including a coloring compound, a color developing-reducing agent, and a photothermal conversion agent, the plurality of resin layers (11, 21) being stacked, the color developing-reducing agent having an average particle diameter of 10 μm or more and 100 μm or less, wherein the colouring compound comprises a leuco dye a plurality of resin layers (11, 21) including a light curable resin, the light curable resin including a coloring compound, a color developing-reducing agent, and a photothermal conversion agent, the plurality of resin layers (11, 21) being stacked, the color developing-reducing agent having an average particle diameter of 10 μm or more and 100 μm or less, wherein the colouring compound comprises a leuco dye
An antibacterial digestive tract catheter for a gastric diverter, comprising a membrane tube, wherein one end of the membrane tube is connected to a stent; the membrane tube has an outer diameter of 10-35 mm, and a wall thickness of 0.001-0.3 mm; the membrane tube is fixedly connected to the stent by means of suturing, hot pressing, ultrasonic welding or laser welding; characterized in that the membrane tube is made of an antibacterial material; and wherein the antibacterial material is one or more of nano silver ions, silver particles, nano silver, nano copper ions, copper particles, vanillin, an ethyl vanillin compound or chitosan.
Optical splitter for a passive optical network for telecommunication signal transmission with an optical line terminal, comprising an electronic circuitry adapted to convert an optical power signal into an electrical signal, which energizes the electronic circuitry, the optical power signal having a wavelength (λp) outside the range of the telecommunication signal transmission, characterized in that the optical splitter is further adapted to control optical switches according to data signals carried in the optical power signal from the optical line terminal to the optical splitter to sever or reconnect optical lines.
A cleaner holder, comprising: a first body having a charging port configured to charge a cleaner; characterized by: a second body connected to the first body, configured to support the cleaner and having an accommodation space in which a battery is accommodated; a first fixing member provided in the first body and coupled to a battery housing of the cleaner to be fixed to the cleaner; and a second fixing member provided in the second body and coupled to a dust container of the cleaner to be fixed to the cleaner, wherein a cleaner guide in contact with a dust container of the cleaner to guide movement of the cleaner is provided in the second body. a first body having a charging port configured to charge a cleaner; characterized by: a second body connected to the first body, configured to support the cleaner and having an accommodation space in which a battery is accommodated; a first fixing member provided in the first body and coupled to a battery housing of the cleaner to be fixed to the cleaner; and a second fixing member provided in the second body and coupled to a dust container of the cleaner to be fixed to the cleaner, wherein a cleaner guide in contact with a dust container of the cleaner to guide movement of the cleaner is provided in the second body. a second body connected to the first body, configured to support the cleaner and having an accommodation space in which a battery is accommodated; a first fixing member provided in the first body and coupled to a battery housing of the cleaner to be fixed to the cleaner; and a second fixing member provided in the second body and coupled to a dust container of the cleaner to be fixed to the cleaner, wherein a cleaner guide in contact with a dust container of the cleaner to guide movement of the cleaner is provided in the second body.