mhurhangee/ep-ind-claims huggingface dataset:
Functional unit for sanitary installations having a cold-water inflow and a hot-water inflow and at least one mixed-water outlet (4,4'), comprising a mixer and a distributor connected to the mixer via a connecting channel, as well as an electronic control and sensors and electromotive actuators connected to the electronic control, wherein the mixer and the distributor are designed as cartridges having electromotive actuators and the cartridges are designed as valves, which can be flowed through axially, having axial and/or radial inlets and outlets (11,12), which valves have disks (13, 14) that are arranged in the interior radially and on top of one another and each have at least one passage opening, of which in each case one disk is rotatable on a stator disk, characterized in that the rotatable disk is in engagement with an axially rotatable sleeve which is axially arranged in the respective valve and the cavity of which can be flowed through, and said sleeve is operatively connected at its outer circumference to the respective electromotive actuator.
An anti-theft fastening device for securing a wheel to the hub of a motor vehicle, of a type comprising a threaded or tapped distal part, and a proximal drive part, allowing the transmission to said threaded or tapped part of a tightening or loosening torque through a wrench or the like, and where the coupling of the wrench or the like with said drive part is made through matching recesses (37, 41) comprising on the one hand said drive part and on the other hand said wrench or the like, the features of shape, dimensions and positioning of said recesses constituting a code, the proximal part comprising on the one hand an annular element arranged on the periphery, mounted freely rotatable axially on a body of said proximal part, on the other hand, internally to said annular element, the drive recess, matching that of said wrench, while said recess is in the form of at least one raised element protruding from a front face over a height less than or equal to that of said annular element, and whose peripheral contour has radial extensions of any shape, characterized in that said proximal part comprises a centering pin, protruding axially from said front face, and delimiting an annular recess, said centering pin being greater in height than that of the annular element, and being provided with a freely rotatable sleeve.
A device for linking a front frame of a thrust reverser to a fan casing, comprising: - a crenellated flange secured to said front frame, - an annular part for receiving this flange, secured to said fan casing, and - a crenellated crown with a shape complementary with that of said flange, pivotally mounted on said annular part, said crenellated flange, said annular part and said crenellated crown being shaped so that a rotation of said crown relative to said annular part causes locking of this flange against this annular part, by the cooperation of the respective crenellations of said flange and of said crown, and said annular part having a radial lip for abutting against the crenellations of said flange, covered by said crenellated crown characterized in that the crenellated flange includes a series of teeth and recesses defining crenellations and in that the crenellated crown includes teeth and recesses defining crenellations complementary with the teeth and with the recesses of the crenellated flange. - a crenellated flange secured to said front frame, - an annular part for receiving this flange, secured to said fan casing, and - a crenellated crown with a shape complementary with that of said flange, pivotally mounted on said annular part,
A combination of an oral anesthesia injection syringe having a hypodermic needle extending therefrom and having a tubular body with a certain body outer diameter, and a light, said light comprising: (a) a barrel having a proximal end and a distal end, said barrel having a first opening at said proximal end and a second opening at said distal end and a longitudinal passageway through said barrel from said first opening to said second opening, said passageway having a transverse inner diameter larger than said certain body outer diameter; and (b) an electrical circuit including: i. a plurality of lamps proximate said distal end of said barrel and encircling said second opening; ii. a battery received into a compartment of said barrel for powering said plurality of lamps; and iii. shut off circuitry interposed between said battery and said plurality of lamps, wherein said tubular body of said syringe being received within said passageway with said tubular body of said syringe extending through said first opening and with said needle extending out of said second opening, with said plurality of lamps, when powered by said battery, illuminating said needle and an injection site of said needle; wherein said shut off circuitry is extinguishing the illuminating by said plurality of lamps following an interval of illumination by said plurality of lamps; and wherein said shut off circuity includes a voltage comparator operating as a current shunt that engages to drain said battery only after said interval of illumination. (a) a barrel having a proximal end and a distal end, said barrel having a first opening at said proximal end and a second opening at said distal end and a longitudinal passageway through said barrel from said first opening to said second opening, said passageway having a transverse inner diameter larger than said certain body outer diameter; and (b) an electrical circuit including: i. a plurality of lamps proximate said distal end of said barrel and encircling said second opening; ii. a battery received into a compartment of said barrel for powering said plurality of lamps; and iii. shut off circuitry interposed between said battery and said plurality of lamps, i. a plurality of lamps proximate said distal end of said barrel and encircling said second opening; ii. a battery received into a compartment of said barrel for powering said plurality of lamps; and iii. shut off circuitry interposed between said battery and said plurality of lamps,
A method of capturing digital images from a stream of images, comprising: illuminating a target with light emitted from a display device; and capturing a digital image of the illuminated target from a stream of images of the target, characterised in that the method further comprises: determining a time difference between the moment at which an image is acquired by an image capture device generating the stream of images and the time when the image is displayed on the display device; determining a time and duration for illuminating the target; determining the image capture time based on the time difference; and capturing the digital image of the illuminated target from the stream of images at the image capture time. illuminating a target with light emitted from a display device; and capturing a digital image of the illuminated target from a stream of images of the target, characterised in that the method further comprises: determining a time difference between the moment at which an image is acquired by an image capture device generating the stream of images and the time when the image is displayed on the display device; determining a time and duration for illuminating the target; determining the image capture time based on the time difference; and capturing the digital image of the illuminated target from the stream of images at the image capture time. determining a time difference between the moment at which an image is acquired by an image capture device generating the stream of images and the time when the image is displayed on the display device; determining a time and duration for illuminating the target; determining the image capture time based on the time difference; and capturing the digital image of the illuminated target from the stream of images at the image capture time.
Method for estimating the quality of transmission of a signal in an optical network comprising a plurality of links, said signal originating from a light source of a source network node and being transmitted on a selected wavelength channel along a selected path composed of at least one link to a destination network node, wherein said method comprises steps of: - selecting at least one idle light source of the optical network (step 1), - activating said idle light source to send test signals (step 2), - broadcasting test signals through links of the network, - estimating the quality of transmission of a signal at destination network node for a requested path using signal quality measurements achieved on the corresponding test signals wherein the step of broadcasting comprises transmitting test signals to all adjacent links having a corresponding wavelength channel available. - selecting at least one idle light source of the optical network (step 1), - activating said idle light source to send test signals (step 2), - broadcasting test signals through links of the network, - estimating the quality of transmission of a signal at destination network node for a requested path using signal quality measurements achieved on the corresponding test signals wherein the step of broadcasting comprises transmitting test signals to all adjacent links having a corresponding wavelength channel available.
A power feed device adapted to supply power to an external power reception coil, by using electromagnetic action, the power feed device comprising: a power supply coil configured to supply power by using the electromagnetic action; a frequency characteristic acquisition unit configured to acquire frequency characteristics associated with the power supply coil; a resonance frequency specifying unit configured to specify first two of resonance frequencies based on the frequency characteristics; and wherein the power reception coil is mounted on a vehicle, wherein the power feed device supplies power to a storage battery mounted on the vehicle, and is characterised by including the following features: a power supply controller being configured to acquire a residual capacity of the storage battery from the vehicle, to correct a frequency difference between the two of the resonance frequencies to a corrected frequency difference based on the residual capacity, and to reduce the corrected frequency difference linearly as the ratio of the accumulated power relative to the full charge of the storage battery is 80% or more, and the power supply controller being further configured to determine to supply power to the power reception coil when the corrected frequency difference is a threshold and more, and to determine not to supply power to the power reception coil when the corrected frequency difference is less than the threshold. a power supply coil configured to supply power by using the electromagnetic action; a frequency characteristic acquisition unit configured to acquire frequency characteristics associated with the power supply coil; a resonance frequency specifying unit configured to specify first two of resonance frequencies based on the frequency characteristics; and wherein the power reception coil is mounted on a vehicle, wherein the power feed device supplies power to a storage battery mounted on the vehicle, and is characterised by including the following features: a power supply controller being configured to acquire a residual capacity of the storage battery from the vehicle, to correct a frequency difference between the two of the resonance frequencies to a corrected frequency difference based on the residual capacity, and to reduce the corrected frequency difference linearly as the ratio of the accumulated power relative to the full charge of the storage battery is 80% or more, and the power supply controller being further configured to determine to supply power to the power reception coil when the corrected frequency difference is a threshold and more, and to determine not to supply power to the power reception coil when the corrected frequency difference is less than the threshold.
Network node for a wireless communication system, the network node comprising: a transceiver configured to signal allocation information to a user device in physical layer signalling or in higher layer signalling or in a combination thereof, wherein the allocation information comprises a frequency location and a number of a plurality of Physical Resource Blocks, PRBs, allocated for a Physical Uplink Control Channel, PUCCH, which has a PUCCH format for two or more PRBs; wherein the transceiver is further configured to receive uplink control information in the PUCCH from the user device; wherein the allocation information further comprises at least one of a modulation type and a modulation level for the allocated plurality of PRBs. a transceiver configured to signal allocation information to a user device in physical layer signalling or in higher layer signalling or in a combination thereof, wherein the allocation information comprises a frequency location and a number of a plurality of Physical Resource Blocks, PRBs, allocated for a Physical Uplink Control Channel, PUCCH, which has a PUCCH format for two or more PRBs; wherein the transceiver is further configured to receive uplink control information in the PUCCH from the user device; wherein the allocation information further comprises at least one of a modulation type and a modulation level for the allocated plurality of PRBs.
A coating installation, in particular for painting motor vehicle bodies, comprising a) a transport path (2, 12), along which a plurality of coating objects are transported one after the other through the coating installation, and b) a plurality of treatment stations (13-17, 18-22, 23-27), in which the coating objects are treated, c) wherein the transport path (2, 12) branches into a plurality of parallel branches (5-9, 30-33, 35-37, 54-57), in each of which at least one of the treatment stations (13-17, 18-22, 23-27) is arranged, characterized in that d) the individual treatment stations (13-17, 18-22, 23-27) form standardized modules, e) the different treatment stations (13-17, 18-22, 23-27) have uniform external dimensions, and f) the different treatment stations (13-17, 18-22, 23-27) have uniform connections for compressed air, coating agents, rinsing agents, supplied air, extracted air, control signals, measurement signals and power supply. a) a transport path (2, 12), along which a plurality of coating objects are transported one after the other through the coating installation, and b) a plurality of treatment stations (13-17, 18-22, 23-27), in which the coating objects are treated, c) wherein the transport path (2, 12) branches into a plurality of parallel branches (5-9, 30-33, 35-37, 54-57), in each of which at least one of the treatment stations (13-17, 18-22, 23-27) is arranged, characterized in that d) the individual treatment stations (13-17, 18-22, 23-27) form standardized modules, e) the different treatment stations (13-17, 18-22, 23-27) have uniform external dimensions, and f) the different treatment stations (13-17, 18-22, 23-27) have uniform connections for compressed air, coating agents, rinsing agents, supplied air, extracted air, control signals, measurement signals and power supply.
Water electrolysis device, comprising: - a membrane-electrode assembly, comprising a proton-exchange membrane and an anode active layer that includes an electrocatalytic material and is positioned on one face of said proton-exchange membrane; - a water inlet collector; - an oxygen outlet collector, a straight line connecting the water inlet collector to the oxygen outlet collector extending along a general flow direction; - an anode facing the anode active layer, having one end in communication with the water inlet collector and another end in communication with the oxygen outlet collector; - characterized in that: - in a section along a normal to said straight line, the anode has points (A, B) that each have a combined distance with the water inlet collector and with the oxygen outlet collector, the combined distance for a first point at the periphery of the anode being at least 10% greater than the combined distance of a second point positioned on said straight line; - the surface loading of the anode active layer with electrocatalytic material at the first point being at least 10% greater than the surface loading thereof at the second point. - a membrane-electrode assembly, comprising a proton-exchange membrane and an anode active layer that includes an electrocatalytic material and is positioned on one face of said proton-exchange membrane; - a water inlet collector; - an oxygen outlet collector, a straight line connecting the water inlet collector to the oxygen outlet collector extending along a general flow direction; - an anode facing the anode active layer, having one end in communication with the water inlet collector and another end in communication with the oxygen outlet collector; - characterized in that: - in a section along a normal to said straight line, the anode has points (A, B) that each have a combined distance with the water inlet collector and with the oxygen outlet collector, the combined distance for a first point at the periphery of the anode being at least 10% greater than the combined distance of a second point positioned on said straight line; - the surface loading of the anode active layer with electrocatalytic material at the first point being at least 10% greater than the surface loading thereof at the second point.
A rare earth magnet having a composition represented by the formula: (Ce x La (1-x-w) R' w) v (Co y Fe (1-y)) (100-v-z) M z, wherein R' is one or more rare earth elements other than Ce and La, M represents one or more members selected from the group consisting of a transition metal element other than Co and Fe, Ga, Al, Zn, and In, and an unavoidable impurity element, 0<x<1.0, 0<y<1.0, 0≤w≤0.1, 7.1≤v≤20.9, and 0≤z≤8.0, and satisfying, in the formula, the relationship of y≥-3x+1.7. M represents one or more members selected from the group consisting of a transition metal element other than Co and Fe, Ga, Al, Zn, and In, and an unavoidable impurity element, 0<x<1.0, 0<y<1.0, 0≤w≤0.1, 7.1≤v≤20.9, and 0≤z≤8.0,
Device for lighting a driver's cab for a commercial vehicle, preferably a truck, comprising: a roof portion; a storage compartment device, which is arranged in the roof portion and can be at least partially closed by means of a door element (22, 24); and a lighting element (38, 40), which is arranged on a headliner of the roof portion in such a way that a driver's cab interior and an interior of the storage compartment device behind the door element (22, 24) can be lighted by means of the lighting element (38, 40) when the door element (22, 24) is fully open; wherein the lighting element (38, 40) is arranged in a frame or a frame-shaped cover of a roof hatch device. a roof portion; a storage compartment device, which is arranged in the roof portion and can be at least partially closed by means of a door element (22, 24); and a lighting element (38, 40), which is arranged on a headliner of the roof portion in such a way that a driver's cab interior and an interior of the storage compartment device behind the door element (22, 24) can be lighted by means of the lighting element (38, 40) when the door element (22, 24) is fully open; wherein the lighting element (38, 40) is arranged in a frame or a frame-shaped cover of a roof hatch device.
Elastic bearing for power transmission with: - a core for connection to a first component, the core having a rotationally symmetrical partial section along a central longitudinal axis of the bearing, - a substantially cylindrical outer sleeve for connection to a second component, wherein the outer sleeve with an outer diameter D between 60 mm and 200 mm is arranged rotationally symmetrically around the partial section, - a surface of the partial section which is constantly curved along the central longitudinal axis and has a radius of curvature R=1.0 x D to 2.5 x D, - at least two spring elements made of all-metal cushions between the section of the core and the outer sleeve, which bear against the partial section on the core, and - circlips, which are held radially circumferentially in the outer sleeve on each side of the partial section for the axial fixation of the outer sleeve and the elements (11, 12) between the partial section and the outer sleeve. - a core for connection to a first component, the core having a rotationally symmetrical partial section along a central longitudinal axis of the bearing, - a substantially cylindrical outer sleeve for connection to a second component, wherein the outer sleeve with an outer diameter D between 60 mm and 200 mm is arranged rotationally symmetrically around the partial section, - a surface of the partial section which is constantly curved along the central longitudinal axis and has a radius of curvature R=1.0 x D to 2.5 x D, - at least two spring elements made of all-metal cushions between the section of the core and the outer sleeve, which bear against the partial section on the core, and - circlips, which are held radially circumferentially in the outer sleeve on each side of the partial section for the axial fixation of the outer sleeve and the elements (11, 12) between the partial section and the outer sleeve.
A cascade comprising multiple filters (400; 400a; 400b), a filter comprising: a splitter configured to split an analog radio-frequency input signal into at least a first signal and a second signal; a first signal path configured to generate, based on the first signal, a time-delayed signal delayed by a predetermined delay time in the time domain; a second signal path configured to generate, based on the second signal, a phase-shifted signal shifted by a controllable predetermined phase shift in the phase domain; and a coupler configured to generate an output signal based on the time-delayed signal and the phase-shifted signal. a splitter configured to split an analog radio-frequency input signal into at least a first signal and a second signal; a first signal path configured to generate, based on the first signal, a time-delayed signal delayed by a predetermined delay time in the time domain; a second signal path configured to generate, based on the second signal, a phase-shifted signal shifted by a controllable predetermined phase shift in the phase domain; and a coupler configured to generate an output signal based on the time-delayed signal and the phase-shifted signal.
A method for an evolved universal terrestrial radio access network, comprising: inserting an indication of a cyclic prefix length into a transmission comprising a downlink reference signal; using one cyclic prefix length in sending the transmission; characterized in that the cyclic prefix length is the one of two cyclic prefix lengths; and wherein inserting the indication comprises using at least one field indicative of the cyclic prefix length for initialization of a scrambling sequence, and using the obtained scrambling sequence in generating the downlink reference signal. inserting an indication of a cyclic prefix length into a transmission comprising a downlink reference signal; using one cyclic prefix length in sending the transmission; characterized in that the cyclic prefix length is the one of two cyclic prefix lengths; and wherein inserting the indication comprises using at least one field indicative of the cyclic prefix length for initialization of a scrambling sequence, and using the obtained scrambling sequence in generating the downlink reference signal.