mhurhangee/ep-ind-claims huggingface dataset:
An insulating structure for L-shaped terminal comprising a single insulating split inner housing, wherein the insulating split inner housing is provided with a plurality of L-shaped terminal receiving portions including an electric-contact-portion-side receiving portion extending in the horizontal direction covering an electric contact portion of an L-shaped terminal connected to a shielded wire, and a wire-connection-portion-side receiving portion (14', 15') extending in the vertical direction covering a wire connection portion of the L-shaped terminal, wherein a plurality of the electric-contact-portion-side receiving portions is covered and received by a conductive shield shell, a plurality of the wire-connection-portion-side receiving portion (14', 15') is covered by a conductive housing connected to the shield shell and to a shield portion of the shielded wire, the L-shaped terminal is insulated by the inner housing from the shield shell and the conductive housing, and the shield shell and tip end portions of the plurality of electric-contact-portion-side receiving portions projecting from the shield shell are covered by an insulating outer housing, wherein while an upwardly-extending wide vertical flange and a downwardly-extending wide vertical flange (16a', 16b') of the inner housing in between the electric-contact-portion-side receiving portion and the wire-connection-portion-side receiving portion (14', 15') are held between a flange of the conductive housing and a flange of the shield shell, a flange of the outer housing is fixed to the flange of the conductive housing via the flange of the shield shell with a bolt.
An optical system comprising: a waveguide having two major surfaces (26, 27); an input coupler (16, 230), wherein the input coupler (16, 230) is configured to couple light into the waveguide and wherein the waveguide is configured to propagate the light via total internal reflection; an output coupler (22, 232) wherein the output coupler (22, 232) is configured to couple the light out of the waveguide; and a partially reflective element configured to, prior to the light being coupled out of the waveguide by the output coupler, transmit a first portion of the light while reflecting a second portion of the light, wherein the at least one partially reflective element is a beam-splitting surface embedded inside the waveguide between and parallel to the major surfaces (26, 27) of the waveguide, and wherein the beam-splitting surface is implemented as a dielectric thin-film coating configured to be partially reflecting and partially transmitting with a gradually increasing reflectance from 35% at an incident angle of 40° to 60% at an incident angle of 65° for s-polarized light of wavelength of 550 nm. a waveguide having two major surfaces (26, 27); an input coupler (16, 230), wherein the input coupler (16, 230) is configured to couple light into the waveguide and wherein the waveguide is configured to propagate the light via total internal reflection; an output coupler (22, 232) wherein the output coupler (22, 232) is configured to couple the light out of the waveguide; and a partially reflective element configured to, prior to the light being coupled out of the waveguide by the output coupler, transmit a first portion of the light while reflecting a second portion of the light, wherein the at least one partially reflective element is a beam-splitting surface embedded inside the waveguide between and parallel to the major surfaces (26, 27) of the waveguide, and wherein the beam-splitting surface is implemented as a dielectric thin-film coating configured to be partially reflecting and partially transmitting with a gradually increasing reflectance from 35% at an incident angle of 40° to 60% at an incident angle of 65° for s-polarized light of wavelength of 550 nm.
A lavatory system comprising: a wash basin; a faucet operably connected to the wash basin; a soap dispensing system having a spout operably connected to the wash basin; a hand dryer in fluid communication with the wash basin and including a hand-receiving cavity, a top portion with an air outlet, and a bottom portion with an air outlet; a motor in fluid communication with the air outlets (54, 56) for blowing air through the air outlets; multiple proximity sensors (130a-d) operably connected to the motor; and a mechanism to prevent water from entering the air outlets (54, 56), characterized in the mechanism comprising frustoconical protrusions that extend from the bottom air outlet and prevent water from entering into the bottom air outlet and the motor. a wash basin; a faucet operably connected to the wash basin; a soap dispensing system having a spout operably connected to the wash basin; a hand dryer in fluid communication with the wash basin and including a hand-receiving cavity, a top portion with an air outlet, and a bottom portion with an air outlet; a motor in fluid communication with the air outlets (54, 56) for blowing air through the air outlets; multiple proximity sensors (130a-d) operably connected to the motor; and a mechanism to prevent water from entering the air outlets (54, 56), characterized in the mechanism comprising frustoconical protrusions that extend from the bottom air outlet and prevent water from entering into the bottom air outlet and the motor.
An airfoil comprising: a leading edge and a trailing edge region, the trailing edge region located axially downstream from the leading edge and terminating in a trailing edge; a suction surface and a pressure surface, the suction surface and the pressure surface both extending axially between the leading edge and the trailing edge region, as well as radially from a root section of the airfoil to a tip section of the airfoil to define a central cavity of the airfoil; a cooling passageway located within the central cavity at the trailing edge region; a column of flow separators located in the cooling passageway adjacent the trailing edge, the column of flow separators including a first flow separator having a first longitudinal axis and a second flow separator having a second longitudinal axis, wherein the first longitudinal axis is offset at an angle with respect to the second longitudinal axis; and a third flow separator having a third longitudinal axis, wherein the second longitudinal axis and the third longitudinal axis are substantially parallel to one another. a leading edge and a trailing edge region, the trailing edge region located axially downstream from the leading edge and terminating in a trailing edge; a suction surface and a pressure surface, the suction surface and the pressure surface both extending axially between the leading edge and the trailing edge region, as well as radially from a root section of the airfoil to a tip section of the airfoil to define a central cavity of the airfoil; a cooling passageway located within the central cavity at the trailing edge region; a column of flow separators located in the cooling passageway adjacent the trailing edge, the column of flow separators including a first flow separator having a first longitudinal axis and a second flow separator having a second longitudinal axis, wherein the first longitudinal axis is offset at an angle with respect to the second longitudinal axis; and a third flow separator having a third longitudinal axis, wherein the second longitudinal axis and the third longitudinal axis are substantially parallel to one another.
A snow groomer for snow piste preparation and maintenance, wherein the snow groomer has a control unit for controlling at least one component of said snow groomer, characterized in that the snow groomer has at least one camera unit which is configured to record at least one image of a face of a driver of the snow groomer, wherein the control unit is configured to determine at least one feature in the recorded image for identification of the driver; wherein the control unit is configured to select a driver profile on the basis of the determined feature; and wherein the control unit is configured to adapt, on the basis of the selected driver profile, the operating behavior of the at least one component of the snow groomer to the driver of the snow groomer, and in that the component is an attachment, in particular a rear-mounted tiller or a cable winch, of the snow groomer, wherein the control unit is configured to set, on the basis of the driver profile, at least one operating parameter of the attachment.
A pressure shoe comprising a press surface for directly pressing finishing tape onto a radial circumferential surface of a rotating workpiece section during a finishing process, a plurality of elements, wherein the plurality of elements can be in each case pressurized individually and independently of one another in the direction of the circumferential surface of the workpiece section, so that during the finishing process, the shape of the circumferential surface of the workpiece section can be influenced in a targeted manner by means of different pressurization of the elements distributed over the press surface, characterized in that each element is formed by an expansion chamber, which is in each case connected individually to a line leading out of the pressure shoe and in each case can be expanded radially under pressurization of the fluid whilst deforming the integrally cohesive press surface in the direction of the circumferential surface of the workpiece section.
Method for producing a nonwoven fabric from fibres in a nonwoven production system, in particular for producing a spun-bonded nonwoven from continuous filaments or for producing a melt-blown nonwoven from continuous filaments, wherein the fibres or the filaments are spun by means of at least one spinning device, optionally then cooled by means of at least one cooling device, preferably stretched and deposited on a depositing device as a nonwoven web, characterized in that at least one reference parameter is provided, that during continuous operation of the system, at least two, preferably at least three input parameters which are different from the reference parameter are measured with the aid of measuring devices and that an output parameter corresponding to the reference parameter is determined from these measured input parameters by means of at least one evaluation device.
Rotor for a turbo-engine, with a hollow shaft installed coaxially to its rotational axis, which on both sides on the end face is supported on two axially oppositely disposed sections of the rotor and encloses an inner cavity and in the axial direction of the rotor is formed from a plurality of abutting rings so that the rings reciprocally abutting and abutting upon the sections externally define the cavity, wherein one of the two sections of the rotor is formed by a compressor disk and the other section is formed by a turbine disk and the rotor has at least one tension bolt (7,8) extending parallel to the rotational axis, which tension bolt (7,8) for the clamping of the disks (26,39) and the rings extends through these, characterized in that, each ring is constructed I-shaped in cross section, wherein the web of the I-shape extends in the radial direction of the rotor.
A process for extraction of carbon dioxide from ambient air which comprises providing a strong base ion exchange resin, capturing carbon dioxide from said ambient air on said strong base ion exchange resin under a first H 2 O partial pressure; raising the H 2 O partial pressure without using a thermal swing or pressure swing, whereupon carbon dioxide is released by the strong base ion exchange resin, and delivering the released carbon dioxide to a closed environment.
A compound of formula: wherein: - X is an oxygen atom or a sulfur atom; and - R 1 represents a monosaccharide, a disaccharide, a thiodisaccharide, a trisaccharide or a thiotrisaccharide, each saccharide unit corresponding to any hexose and/or any pentose. - X is an oxygen atom or a sulfur atom; and - R 1 represents a monosaccharide, a disaccharide, a thiodisaccharide, a trisaccharide or a thiotrisaccharide, each saccharide unit corresponding to any hexose and/or any pentose.
The use of a vibration dampening system in a horizontal stabilizer of an aircraft, the system comprising: a first damper (104/105a) coupled to a front portion of the horizontal stabilizer, the first damper (104/105a) configured to dampen a vibrational force in a first degree of freedom; and a second damper (104/105b) coupled to the horizontal stabilizer proximate to a mounting point of the horizontal stabilizer, the second damper (104/105b) configured to dampen the vibrational force in a second degree of freedom. a first damper (104/105a) coupled to a front portion of the horizontal stabilizer, the first damper (104/105a) configured to dampen a vibrational force in a first degree of freedom; and a second damper (104/105b) coupled to the horizontal stabilizer proximate to a mounting point of the horizontal stabilizer, the second damper (104/105b) configured to dampen the vibrational force in a second degree of freedom.
An optical device which in use is positioned on a surface and which illuminates an area of said surface under the device; the device comprising a printed circuit board arranged parallel to said surface; a light source and a light guide for projecting light from the light source onto said area; wherein the light guide comprises a body of optically transparent material formed to provide an prism (10;30) having an input face facing the light source and an output face spaced from and at an angle to the input face; characterised in that: the light source is arranged horizontally with respect to said surface; with reference to the perpendicular to said surface as 0°, the input face is positively curved and has an angle from -10° to +60°, the output face has an angle from -60° to +10°, and one of said faces has an angle less than:L5', such that in use, light from the light source passing through the input face undergoes bending and passage through the output face provides further bending such that light from the light source is refracted from the horizontal onto said surface by the prism (10;30); and said light source and light guide are provided beneath an underside surface of said printed circuit board. the light source is arranged horizontally with respect to said surface; with reference to the perpendicular to said surface as 0°, the input face is positively curved and has an angle from -10° to +60°, the output face has an angle from -60° to +10°, and one of said faces has an angle less than:L5', such that in use, light from the light source passing through the input face undergoes bending and passage through the output face provides further bending such that light from the light source is refracted from the horizontal onto said surface by the prism (10;30); and said light source and light guide are provided beneath an underside surface of said printed circuit board.
Self-propelled construction machine with a machine frame, a drive device to drive the construction machine, in such a way that a point of reference on the construction machine executes translatory and/or rotational motions, a work device arranged on the machine frame for construction of building structures on a site or to modify the site, an interface for importing data describing a target route, predetermined during planning, within a system of coordinates, a memory unit for storage of the data describing the target route, a control unit, that is configured in such a way that a point of reference on the construction machine moves along a route, characterised in that the construction machine comprises a route modelling device that includes an input unit, a display unit and a processing unit, the route modelling device being configured in such a way that the position of at least one kink on the target route is determined, at least one portion of the target route is displayed, in which the target route has the kink, in the at least one portion of the target route, a section is determined or can be determined, in which the target route has a kink, for the section of the target route in which the target route has the kink, an interpolation curve is calculated, and for the determination of a modelled route (W M), the section of the route in which the target route has the kink is replaced by the interpolation curve, in such a way that the point of reference on the construction machine moves along the modelled route (W M).
Device for measuring at least one characteristic of a fluid, comprising at least: - a sensor comprising a first main face provided with at least one sensing part that is sensitive to said characteristic and intended to be in contact with the fluid, and a second main face opposite the first main face and provided with at least one first electrical contact element on which at least one measurement signal from the sensor can be obtained; - a support comprising a first main face provided with at least one second electrical contact element electrically connected to the first electrical contact element, a second main face opposite the first main face of the support, and at least one opening passing through the first and second main faces (116, 118) of the support; - a cap attached to the second main face of the sensor and delimiting, with the second main face of the sensor, at least one cavity that is hermetically closed and facing which is arranged at least the sensing part of the sensor; wherein the second main face of the sensor is attached in a watertight and/or hermetically-sealed manner to the second main face of the support at least at the periphery of the opening, and such that at least one part of the first electrical contact element is arranged facing and/or inside the opening, characterized in that the sensing part of the sensor is laterally offset relative to the opening of the support and is not surrounded by a region of the sensor attached to the support. - a sensor comprising a first main face provided with at least one sensing part that is sensitive to said characteristic and intended to be in contact with the fluid, and a second main face opposite the first main face and provided with at least one first electrical contact element on which at least one measurement signal from the sensor can be obtained; - a support comprising a first main face provided with at least one second electrical contact element electrically connected to the first electrical contact element, a second main face opposite the first main face of the support, and at least one opening passing through the first and second main faces (116, 118) of the support; - a cap attached to the second main face of the sensor and delimiting, with the second main face of the sensor, at least one cavity that is hermetically closed and facing which is arranged at least the sensing part of the sensor;
Driverless vehicle comprising a control unit and at least one ultrasound sensor for registering objects in the surroundings of the driverless vehicle, in particular in the direction of travel, wherein the ultrasound sensor comprises an evaluation unit and two ultrasound transducers (1.1, 1.2) which are connected acoustically via an acoustic substance and which are configured in such a way that ultrasound signals can be emitted from one of the two ultrasound transducers (1.1, 1.2) and can be received by the other ultrasound transducer (1.1, 1.2), wherein a component (16.2) of the ultrasound signals which is transmitted from the first ultrasound transducer (1.1, 1.2) to the second ultrasound transducer (1.1, 1.2) through the acoustic substance is modified by the acoustic substance, and the evaluation unit is configured in such a way that these modified components (16.2) of the ultrasound signals can be identified as a check signal, wherein the evaluation unit is also configured in such a way that a control signal is transmitted to the control unit as a function of at least one parameter of the modified component (16.2) of an ultrasonic signal which is determined by the evaluation unit, characterized in that the evaluation unit has a first microcontroller and a second microcontroller, wherein the first microcontroller generates the control signal for the control unit of the driverless vehicle on the basis of the ultrasound signals received by one of the two ultrasound transducers (1.1, 1.2), and the second microcontroller is configured in such a way that it monitors the correct function of the first microcontroller on the basis of the generated control signal.
An optical scanning apparatus for optically scanning at least one scanning target surface, the optical scanning apparatus comprising: a light source; a light-flux dividing unit disposed on a main optical path of a main light flux emitted from the light source, and the light-flux dividing unit configured to spatially divide the main light flux; an optical deflector disposed on a divided optical path of the divided light flux, and the optical deflector configured to deflect the divided optical path; an optical path opening/closing switch unit disposed on the divided optical path between the light-flux dividing unit and the optical deflector, and the optical path opening/closing switch unit configured to interrupt or pass at least one of the divided optical path; a controller configured to control operation of interrupting or passing the at least one of the divided optical path by the optical path opening/closing switch unit; and characterized in that: the optical path opening/closing switch unit includes a shielding member that interrupts the divided optical path, a drive unit that displaces the shielding member, and a rotation drive unit that rotates the drive unit. a light source; a light-flux dividing unit disposed on a main optical path of a main light flux emitted from the light source, and the light-flux dividing unit configured to spatially divide the main light flux; an optical deflector disposed on a divided optical path of the divided light flux, and the optical deflector configured to deflect the divided optical path; an optical path opening/closing switch unit disposed on the divided optical path between the light-flux dividing unit and the optical deflector, and the optical path opening/closing switch unit configured to interrupt or pass at least one of the divided optical path; a controller configured to control operation of interrupting or passing the at least one of the divided optical path by the optical path opening/closing switch unit; and characterized in that: the optical path opening/closing switch unit includes a shielding member that interrupts the divided optical path, a drive unit that displaces the shielding member, and a rotation drive unit that rotates the drive unit.
A botulinum toxin for use in a method of preventing contraction and peristaltic wave action of an esophagus of a patient causing displacement of a gastroesophageal anti-reflux device (GARD device) having a ring used to diagnose and manage Gastroesophageal Reflux Disease (GERD) from an intended location in the esophagus towards or into the stomach, said method comprising injecting sufficient botulinum toxin in the wall of the esophagus immediately above where the ring will be placed to prevent contraction and peristaltic wave action of the esophagus.