mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle lighting device with a lamp module fulfilling a signal light function, which has an elongated light guide extending along a guide line (x), which has a front side extending along the guide line (x), a rear side opposite the front side and lateral surfaces (16, 18) lying between the front side and the rear side, and which has first partial surfaces arranged in the rear side, which define a light-conducting volume of the light guide and which are arranged tilted with respect to the guide line (x) of the light guide at a first angle of attack (a), and that the light guide has second partial surfaces which define a light-conducting protrusion of the light guide protruding from a surface (16, 18) of the light guide and which are arranged tilted with respect to a longitudinal direction of the light guide at a second angle of attack (b), wherein the second angle of attack (b) is greater than the first angle of attack (a) and in particular is so large that light incident on the second partial surfaces from the interior of the light guide, which light is incident on the second partial surfaces from the same direction as light incident on the first partial surfaces from the interior of the light guide, which light still undergoes total internal reflections there, emerges directly from the respective second partial surface, characterised in that the surface of the light guide, from which the light-conducting protrusion protrudes, is a lateral surface (16, 18) of the light guide, and that the lamp module has a reflector which is arranged in the light path of the light directly emitted via the second partial surface and is designed to direct this light through the light guide or past the light guide, and that the front side of the light guide is convexly curved in its plane perpendicular to its guide line (x).
Arrangement comprising a washing machine tub and a drive motor which can be connected to the tub using a suspension device, wherein the suspension device is implemented as a 2-point connection, wherein two rockers (6, 7) which are designed for connection to a tub-side rocker mount (8, 9) in each case are disposed on a housing of the drive motor, characterised in that the rockers (6, 7) when viewed in the direction of an axis of a shaft of the drive motor are disposed at the level of a ball bearing of the drive motor, the rockers (6, 7) and the ball bearing are in a plane perpendicular to the axis, and the rockers (6, 7) are disposed at an angle with respect to the perpendicular bisector of the drive motor, in particular are disposed at an angle of between 30 and 60° with respect thereto.
A point of use induction water heater for installation in-line with a water supply pipe, for heating water flowing through the unit between an inlet and an outlet, the water heater comprising: a water receiving space arranged between the inlet and outlet; at least one inductor coil (26a, 26b) contained in the water receiving space and arranged for making contact with and to be submerged by water flowing in use between the inlet and the outlet; and at least one electrically conductive body (30a, 30b) contained in the water receiving space, and arranged for magnetic inducement therein of electrical currents through driving of the at least one inductor coil (26a, 26b), the electrical currents for heating the conductive body, to thereby heat water flowing in use between the inlet and outlet, the water heater having a power input connector for receiving a DC power input from outside the heater, and the water heater comprising a local DC-AC conversion means arranged to receive and transform the DC power input into an AC electrical drive signal for driving the at least one inductor coil. a water receiving space arranged between the inlet and outlet; at least one inductor coil (26a, 26b) contained in the water receiving space and arranged for making contact with and to be submerged by water flowing in use between the inlet and the outlet; and at least one electrically conductive body (30a, 30b) contained in the water receiving space, and arranged for magnetic inducement therein of electrical currents through driving of the at least one inductor coil (26a, 26b), the electrical currents for heating the conductive body, to thereby heat water flowing in use between the inlet and outlet, the water heater having a power input connector for receiving a DC power input from outside the heater, and the water heater comprising a local DC-AC conversion means arranged to receive and transform the DC power input into an AC electrical drive signal for driving the at least one inductor coil.
A switching apparatus for varying an impedance of a phase line (22, A) of a segment of a first electrical power line, the phase line including n conductors electrically insulated from each other and short-circuited together at two ends of the segment, the apparatus comprising: - at least one controllable switching device for connection with at least one of the conductors; and - a controller for performing a control of the at least one controllable switching device, characterized in that the controller has at least one optical port for receiving first optical signals on which said control is based, and for sending second optical signals to adjacent switching apparatuses, said second optical signals including status information of said one switching apparatus, upon which a control of adjacent switching apparatuses is based. - at least one controllable switching device for connection with at least one of the conductors; and - a controller for performing a control of the at least one controllable switching device,
A method for augmented-reality-assisted video conferencing, comprising: separating a video conferencing image into a foreground and a first background, wherein separation results in a segmentation of a foreground, and a segmentation boundary between the foreground and the first background; deriving a drawing area around the segmentation boundary area; designing one or more textures to be rendered in the drawing area; selecting a second background; and combining the foreground, the one or more textures to be rendered in the drawing area, and the second background to form a composite image; wherein deriving the drawing area comprises: determining pixels that are at the boundary of the foreground; fixing a neighborhood around each boundary pixel to create an approximate boundary; obtaining a contour following flow field by fitting the approximate boundary to a smoothing function; estimating segmentation error spreads over the boundary pixels; obtaining an uncertainty kernel according to the estimated segmentation spreads; and obtaining the drawing area using the contour following flow field and the uncertainty kernel. separating a video conferencing image into a foreground and a first background, wherein separation results in a segmentation of a foreground, and a segmentation boundary between the foreground and the first background; deriving a drawing area around the segmentation boundary area; designing one or more textures to be rendered in the drawing area; selecting a second background; and combining the foreground, the one or more textures to be rendered in the drawing area, and the second background to form a composite image; determining pixels that are at the boundary of the foreground; fixing a neighborhood around each boundary pixel to create an approximate boundary; obtaining a contour following flow field by fitting the approximate boundary to a smoothing function; estimating segmentation error spreads over the boundary pixels; obtaining an uncertainty kernel according to the estimated segmentation spreads; and obtaining the drawing area using the contour following flow field and the uncertainty kernel.
Method for producing an optical waveguide, including the steps of: - applying a layer of a light-transmissive material onto a first mould plate; - curing the applied light-transmissive material to form a cover layer; - applying a hologram layer onto the cover layer; - applying a substrate onto the hologram layer; and - exposing and curing the hologram layer. - applying a layer of a light-transmissive material onto a first mould plate; - curing the applied light-transmissive material to form a cover layer; - applying a hologram layer onto the cover layer; - applying a substrate onto the hologram layer; and - exposing and curing the hologram layer.
A user equipment, UE, configured to establish a connection with an Enhanced Packet Core, EPC, (406, 408, 410, 412) through a trusted attachment with a wireless local area network, WLAN, the UE comprising processing circuitry arranged to: obtain, from the WLAN, a list of supported public land mobile networks, PLMNs; conduct a security exchange with the WLAN; receive authentication information from results of the security exchange; establish, using one or more containers provided in Access Network Query Protocol, ANQP, communications, attachment parameters to the WLAN for an EPC (406, 408, 410, 412) of one of the PLMNs; request an internet protocol, IP, address inside an ANQP container; receive, using one or more containers provided in ANQP communications, configuration parameters from the WLAN including an allocated IP address; and implement the configuration parameters and conduct communications with the WLAN based on the configuration parameters; wherein the UE communicates with the WLAN according to a standard from the IEEE 802.11 standards family, and wherein the EPC is provided by a Wireless Wide Area Network, WWAN, operating according to a Long Term Evolution, LTE, or Long Term Evolution-Advanced, LTE-A, standard. obtain, from the WLAN, a list of supported public land mobile networks, PLMNs; conduct a security exchange with the WLAN; receive authentication information from results of the security exchange; establish, using one or more containers provided in Access Network Query Protocol, ANQP, communications, attachment parameters to the WLAN for an EPC (406, 408, 410, 412) of one of the PLMNs; request an internet protocol, IP, address inside an ANQP container; receive, using one or more containers provided in ANQP communications, configuration parameters from the WLAN including an allocated IP address; and implement the configuration parameters and conduct communications with the WLAN based on the configuration parameters; wherein the UE communicates with the WLAN according to a standard from the IEEE 802.11 standards family, and wherein the EPC is provided by a Wireless Wide Area Network, WWAN, operating according to a Long Term Evolution, LTE, or Long Term Evolution-Advanced, LTE-A, standard.
Seat/lying surface comprising at least four movably interconnected seat/lying surface elements (7a, 7b, 7c, 7d) and at least one bearing element (8.1, 8.2, 8.3, 8.4), wherein the bearing element (8.1, 8.2, 8.3, 8.4) is connected to the seat/lying surface elements (7a, 7b, 7c, 7d) in such a way that a movement of the seat/lying surface elements (7a, 7b, 7c, 7d) relative to one another can be produced, wherein the connection of the bearing elements to the seat/lying surface elements being provided and suitable for this purpose, to move the seat/lying surface elements relative to one another, so that a person sitting or lying down is stimulated to compensate for the movements of the seat/lying surface by activating the body's own musculature, characterized in that each of the movably interconnected seat/lying surface elements (7a, 7b, 7c, 7d) is connected to a spherical lower part via in each case at least one elastic connecting element, in particular rubber element, wherein the spherical lower part being mounted movably in a hollow spherical shell and the hollow spherical shell being connected to at least one standing element for standing on a surface.
A method for operating a system with at least two automatically moving floor processing devices (1, 2), wherein at least one of the floor processing devices (1, 2) detects environmental features in an environment, and generates an area map based on the detected environmental features, wherein the area map is divided into partial areas (10 - 19), and the partial areas (10 - 19) are assigned to the floor processing devices (1, 2) in such a way that each partial area (10 - 19) is only processed by one of the floor processing devices (1, 2), characterized in that a movement route of the floor processing device (1, 2) tracked during the detection of environmental features as well as a movement timespan that elapsed during the movement along the movement route are detected and stored with the area map, wherein several partial areas (10 - 19) are combined into partial area groups (4 - 7), and wherein the partial areas (10 - 19) are allocated to the floor processing devices (1, 2) taking into consideration the stored movement route and movement timespan in such a way that a floor processing of a first partial area group (4 - 7) by a first floor processing device takes place at essentially the same time as a floor processing of a second partial area group (4 - 7) by a second floor processing device is ended, wherein the travel time period elapsed during the detection of the environmental features of the environment is converted to an individual time period required by a certain floor processing device (1, 2) for processing the respective partial area (10 - 19) by comparing a travel speed of the floor processing device (1, 2) detecting the ambient features is compared with a characteristic travel speed of a floor processing device (1, 2) to be scheduled, and wherein information is assigned to each partial area (10 - 19) of the environment in such a way whether the floor processing device (1, 2) detecting the ambient features has travelled through the partial area (10 - 19) and how long the floor processing device (1, 2) has stayed in the partial area (10 - 19) in the process.
A torque transmission member (113, 123) for provision in a universal joint (101, 102) between a race member (112, 122) connected to a first shaft member (116, 126) and a second shaft member (115, 125) rollably and slidably and transmitting rotation transmitted to one of said first shaft member (116, 126) and said second shaft member (115, 125) about an axis to the other of said first shaft member (116, 126) and said second shaft member (115, 125), the torque transmission member being configured of a sintered body that either contains β-sialon as a main component and has a remainder formed of an impurity or contains β-sialon as a main component and has a remainder formed of a sintering additive and an impurity, the torque transmission member having a contact surface (113A, 123A) serving as a surface contacting another member, said surface being included in a portion having a high density layer (113B, 123B) higher in density than an inner portion (113C, 123C),. wherein said high density layer (113B, 123B) has a surface included in a portion having a higher density layer (113D, 123D) higher in density than another portion of said high density layer (113B, 123B), wherein when said higher density layer (113D, 123D) is observed in cross section with an optical microscope with oblique illumination, said layer exhibits a portion observed as a portion white in color having an area ratio equal to or smaller than 3.5%.
A manufacturing method of a laminate for partially adhering and integrating inter-layers of a laminate precursor in which two or more reinforcing fiber base materials having a resin material on a surface are laminated by the resin material through at least following steps (a) and (b): (a) an arrangement step of arranging the laminate precursor between a plate tool and a pressing tool, where the pressing tool includes a pressing plate and a plurality of pressing pins disposed at the pressing plate and is configured such that a distance between a plate tool side distal end of each pressing pin and the pressing plate at which the plurality of pressing pins is disposed is individually variable by: - arranging each pressing pin with a spring or - using compressed air or - using hydrostatic pressure of water or oil; (b) a pressurizing and heating step of lowering the pressing tool and/or raising the plate tool, sandwiching the laminate precursor between the pressing tool and the plate tool, partially pressurizing the laminate precursor with the pressing pins, and heating at least the pressurized location of the laminate precursor. (a) an arrangement step of arranging the laminate precursor between a plate tool and a pressing tool, where the pressing tool includes a pressing plate and a plurality of pressing pins disposed at the pressing plate and is configured such that a distance between a plate tool side distal end of each pressing pin and the pressing plate at which the plurality of pressing pins is disposed is individually variable by: - arranging each pressing pin with a spring or - using compressed air or - using hydrostatic pressure of water or oil; - arranging each pressing pin with a spring or - using compressed air or - using hydrostatic pressure of water or oil; (b) a pressurizing and heating step of lowering the pressing tool and/or raising the plate tool, sandwiching the laminate precursor between the pressing tool and the plate tool, partially pressurizing the laminate precursor with the pressing pins, and heating at least the pressurized location of the laminate precursor.
A fuel-saving driving system comprising: a vehicle-position specifying device which specifies the position of a vehicle; a storage device which stores data of a descending slope located in the vehicle traveling direction; a vehicle speed measuring device which measures the speed of a vehicle; and a controller; the fuel-saving driving system being characterised in that the controller has a function of determining a target speed (Vd) of the vehicle from the speed (Va) of the vehicle and the data of the descending slope. a vehicle-position specifying device which specifies the position of a vehicle; a storage device which stores data of a descending slope located in the vehicle traveling direction; a vehicle speed measuring device which measures the speed of a vehicle; and a controller; the fuel-saving driving system being characterised in that the controller has a function of determining a target speed (Vd) of the vehicle from the speed (Va) of the vehicle and the data of the descending slope.
A fiber comprising olefin-based resin, wherein temperatures of the olefin-based resin losing five percent by weight and an olefin-based resin component of the fiber losing five percent by weight have a difference of 20 degrees Celsius or lower according to thermogravimetric measurements made following the standard JIS K 7120, the olefin-based resin is cyclic olefin-based resin, and the fiber has a single filament fineness from 1.7 dtex to 10 dtex.
An aerosol-generating article (10, 110) for producing an inhalable aerosol upon heating, the aerosol-generating article (10, 110) comprising: a rod of aerosol-generating substrate, the aerosol-generating substrate comprising at least an aerosol-former, wherein the aerosol-generating substrate has an aerosol former content of at least about 10 percent on a dry weight basis; a downstream section (14, 114) at a location downstream of the rod of aerosol-generating substrate; and a wrapper circumscribing at least the rod of aerosol-generating substrate; wherein a density of the aerosol-generating substrate is greater than about 300 milligrams per cubic centimetre; and wherein the wrapper comprises a flame retardant composition comprising one or more flame retardant compounds. a rod of aerosol-generating substrate, the aerosol-generating substrate comprising at least an aerosol-former, wherein the aerosol-generating substrate has an aerosol former content of at least about 10 percent on a dry weight basis; a downstream section (14, 114) at a location downstream of the rod of aerosol-generating substrate; and a wrapper circumscribing at least the rod of aerosol-generating substrate; wherein a density of the aerosol-generating substrate is greater than about 300 milligrams per cubic centimetre; and wherein the wrapper comprises a flame retardant composition comprising one or more flame retardant compounds.
A terminal device comprising a display unit for displaying a virtual operation key (131, 133, 134, 151, 161), a touch panel for detecting contact by an inputting object on the virtual operation key, and a control unit for assessing whether a drag operation by the inputting object has been carried out on the basis of contact with the virtual operation key by the inputting object detected via the touch panel and controlling the display position of the virtual operation key, characterized in that the control unit modifies the display position of the virtual operation key in accordance with the contact position of the inputting object if the contact position of the inputting object exceeds a display area of the virtual operation key due to the drag operation.
A hydride assembling system comprising: a first spool configured to support a sensor tube assembly comprising a wire disposed within a sensor tube; a hydrogen inlet fluidly coupled to the first spool for providing hydrogen from a hydrogen plenum; a second spool configured to receive the sensor tube assembly as the sensor tube assembly is fed from the first spool; and a heated section at a temperature above an ambient temperature and configured to heat the sensor tube assembly as the sensor tube assembly is fed through the heated section; and a vacuum component disposed proximate the second spool and configured to remove air from the sensor tube assembly. a first spool configured to support a sensor tube assembly comprising a wire disposed within a sensor tube; a hydrogen inlet fluidly coupled to the first spool for providing hydrogen from a hydrogen plenum; a second spool configured to receive the sensor tube assembly as the sensor tube assembly is fed from the first spool; and a heated section at a temperature above an ambient temperature and configured to heat the sensor tube assembly as the sensor tube assembly is fed through the heated section; and a vacuum component disposed proximate the second spool and configured to remove air from the sensor tube assembly.