mhurhangee/ep-ind-claims huggingface dataset:
A lamp comprising: a laminar printed circuit board having lighting means arranged on at least one of its laminar sides with a main radiating direction, a laminar optical element arranged in the main radiating direction in front of the printed circuit board for optically influencing the light emitted by the lighting means, and for each lighting means, a shading element arranged in the main radiating direction in front of the lighting means and between the printed circuit board and the optical element for at least partially shading the light of the associated lighting means in the main radiating direction, wherein the shading elements are each connected to the printed circuit board with at least one web, characterized in that the shading element is at least partially transparent on its surface facing the associated lighting means, wherein the material thickness of the shading element decreases with increasing distance transverse to the main radiating direction from a region that is, when viewed in the main radiating direction of the respective lighting means, directly in front of the lighting means or from a region of the highest luminance, and wherein each shading element tapers from the optical element towards the associated lighting means and has a substantially tapered shape, and wherein the webs are each integrally formed with the respective shading element. a laminar printed circuit board having lighting means arranged on at least one of its laminar sides with a main radiating direction, a laminar optical element arranged in the main radiating direction in front of the printed circuit board for optically influencing the light emitted by the lighting means, and for each lighting means, a shading element arranged in the main radiating direction in front of the lighting means and between the printed circuit board and the optical element for at least partially shading the light of the associated lighting means in the main radiating direction, wherein the shading elements are each connected to the printed circuit board with at least one web, characterized in that the shading element is at least partially transparent on its surface facing the associated lighting means, wherein the material thickness of the shading element decreases with increasing distance transverse to the main radiating direction from a region that is, when viewed in the main radiating direction of the respective lighting means, directly in front of the lighting means or from a region of the highest luminance, and wherein each shading element tapers from the optical element towards the associated lighting means and has a substantially tapered shape, and wherein the webs are each integrally formed with the respective shading element.
Endlessly circulating link conveyor with energy supply from a stationary source, comprising a plurality of links that are connected to one another such that they can pivot with respect to one another, jointly form a link conveyor that can be driven in circulating fashion, an energy guiding chain, one end of which travels with the link conveyor and the other end of which is arranged in rotating fashion within the circulatory path, and via which the link conveyor can be connected to supply lines, characterised in that the link conveyor, when being used, follows a running path over deflection rollers, the links of the link conveyor display a channel for receiving distribution lines and, laterally next to the channel, a guide groove for guiding the energy guiding chain, where the upper face of at least one of the links displays a mounting surface for consumers, and one of the links is equipped for connecting the travelling end of the energy guiding chain.
Method (10, 20) for producing a base body or a turbine rotor blade, comprising at least the successive steps of a) providing the base body, which comprises, following one another along a longitudinal axis, a blade root, a blade platform and a blade airfoil, b) sensing a value of at least one parameter of the base body, at least one of the parameters representing a vibrational property of the base body, c) comparing the sensed value with a predetermined target interval, d) if the sensed value lies outside the target interval, reducing the mass of the base body, characterized in that the reduction of the mass takes place at the blade root and/or on the blade platform by introducing at least one recess and/or by reducing a dimension below the corresponding target value. a) providing the base body, which comprises, following one another along a longitudinal axis, a blade root, a blade platform and a blade airfoil, b) sensing a value of at least one parameter of the base body, at least one of the parameters representing a vibrational property of the base body, c) comparing the sensed value with a predetermined target interval, d) if the sensed value lies outside the target interval, reducing the mass of the base body,
An interface apparatus comprising: a communicator configured to receive identification information and a sensing value on a motion of each of a plurality of pointing apparatuses (100-1, 100-2) from the plurality of pointing apparatuses; and an interface controller configured to control the communicator to calculate display position information of a pointer corresponding to each of the plurality of pointing apparatuses based on the received sensing values and transmit the identification information and the calculated display position information on each pointer to an image processor, wherein the interface controller is configured to control the communicator to identify image information of the respective pointer corresponding to each of the pointing apparatuses based on the received identification information and transmit the identified image information for each pointer to the image processor, wherein each image information comprises information indicating a display pattern, which is different for each image information, on a display apparatus. a communicator configured to receive identification information and a sensing value on a motion of each of a plurality of pointing apparatuses (100-1, 100-2) from the plurality of pointing apparatuses; and an interface controller configured to control the communicator to calculate display position information of a pointer corresponding to each of the plurality of pointing apparatuses based on the received sensing values and transmit the identification information and the calculated display position information on each pointer to an image processor, wherein the interface controller is configured to control the communicator to identify image information of the respective pointer corresponding to each of the pointing apparatuses based on the received identification information and transmit the identified image information for each pointer to the image processor, wherein each image information comprises information indicating a display pattern, which is different for each image information, on a display apparatus.
Spectacle temple hinge of a pair of spectacles, composed of a frame-mounted jaw component (1; 21; 31) on each side of the spectacle frame, each with a recess (2; 22; 32), and with a temple-mounted joint part (3; 18) of a spectacle temple (7; 17) engaging therein, and with a hinge pin arranged therebetween, characterized in that the recess (2; 22; 32), in the region of a vertically extending pivot axis of the spectacle temple (7; 17), has two projections which lie opposite each other in the direction of the hinge axis, are directed towards each other and are spaced apart from each other and which have at most the width of the diameter dimension of the hinge pin, the hinge pin has two end-side receiving grooves in which the corresponding projections are inserted in the assembled state, and in that the joint part (3; 18) has a pin receptacle for the hinge pin, and also two mounting grooves which correspond to the dimensions of the end-side receptacles and which at the front extend radially out from the pin receptacle to the lateral surface of the joint part (3; 18) and, in a mounted position of the spectacle temple (7; 17), are aligned with the receptacles of the hinge pin in such a way that, in order to permit assembly, the projections can be pushed through the mounting groves into the receiving grooves.
Parking lock for vehicles, wherein the parking lock comprises a locking wheel and a pawl which interacts with it, which can be actuated by means of an actuator via an actuator shaft, wherein, when the pawl is actuated, when its locking position is engaged and its release position is engaged, corresponding to a release of the locking wheel, the actuator is driven in the same direction of rotation, and wherein the actuator shaft drives a shaft which runs at a 90° offset to the actuator shaft and which has a groove on the circumference of the shaft, in which at least one sliding block or a roller of a sliding piece is guided, wherein the sliding piece has a torsion protection means and moves in a rotational movement of the shaft in a translational direction parallel to the rotational axis of the shaft and the sliding piece is operatively connected to the pawl, characterized in that the groove in the shaft extends in a meander or thread turn form at a circumferential angle of 720°, corresponding to two complete revolutions of the shaft.
A display device with a pixel matrix viewable by a user from a principal viewing point along a predetermined principal viewing direction, wherein the pixel matrix is transparently configured, and a control circuit is configured to display at least one graphic object by means of the pixel matrix, and wherein a shielding layer with individually switchable segments is arranged behind the pixel matrix viewed along the principal viewing direction and the segments are each configured switchable with respect to their transparency at least between a minimum value and a maximum value, characterized in that the control circuit is configured to select one from the at least one displayed graphic object depending on a user input of the user, and for signaling, which object is currently selected, viewed along the principal viewing direction, to operate - at least each segment arranged behind the selected object as a respective selection segment with the minimum value or with the maximum value of the transparency, and - at least one of the remaining segments as a background segment in complementary manner to each selection segment with the maximum value or with the minimum value of the transparency. - at least each segment arranged behind the selected object as a respective selection segment with the minimum value or with the maximum value of the transparency, and - at least one of the remaining segments as a background segment in complementary manner to each selection segment with the maximum value or with the minimum value of the transparency.
A self-seeding fiber laser, comprising: - an arrayed waveguide grating; - a gain medium (RSOA), coupled to one branch port of the arrayed waveguide grating; - a Faraday rotator mirror, coupled to a common port of the arrayed waveguide grating, and configured to reflect a part of optical signals transmitted by the gain medium and form injection light returning to the gain medium, wherein the gain medium, the arrayed waveguide grating, and the Faraday rotator mirror form a laser resonator, and the arrayed waveguide grating is configured to perform wavelength selection in the laser resonator so that a transmitting wavelength of the gain medium is locked into a wavelength path corresponding to the branch port; and - a compensation apparatus, coupled to the gain medium and configured to provide a compensation current to the gain medium according to the power of the returning injection light such that: when the injection light corresponds to data "0" and data currently to be transmitted is "1", it generates a compensation current and output it to the gain medium; and, when the injection light corresponds to data "0" and the data currently to be transmitted is "0" or when the injection light corresponds to data "1", it does not provide a compensation current to the gain medium. - an arrayed waveguide grating; - a gain medium (RSOA), coupled to one branch port of the arrayed waveguide grating; - a Faraday rotator mirror, coupled to a common port of the arrayed waveguide grating, and configured to reflect a part of optical signals transmitted by the gain medium and form injection light returning to the gain medium, wherein the gain medium, the arrayed waveguide grating, and the Faraday rotator mirror form a laser resonator, and the arrayed waveguide grating is configured to perform wavelength selection in the laser resonator so that a transmitting wavelength of the gain medium is locked into a wavelength path corresponding to the branch port; and - a compensation apparatus, coupled to the gain medium and configured to provide a compensation current to the gain medium according to the power of the returning injection light such that: when the injection light corresponds to data "0" and data currently to be transmitted is "1", it generates a compensation current and output it to the gain medium; and, when the injection light corresponds to data "0" and the data currently to be transmitted is "0" or when the injection light corresponds to data "1", it does not provide a compensation current to the gain medium.
Method for building a solar panel assembly on a slanted roof base, such as a slanted roof boarding provided with tile battens, wherein the solar panel assembly comprises a solar panel holder and at least two adjacent solar panels (lla-f) that are supported by the solar panel holder substantially parallel to the roof base and horizontally next to each other, wherein the solar panel holder comprises a plate cover deck with at least one bendable, elongated cover plate that is provided with laterally extending water gutter sections separated by upwardly and parallel extending elongated ribs, whereby the cover plate has in its longitudinal direction a bending stiffness which is lower than in its lateral direction, characterized in that the cover plate is made of plastic or synthetic material, wherein the cover plate extends continuously in horizontal direction under the at least two solar panels (11a-f), with the water gutter sections and the elongated ribs sloping downwards, wherein the method comprises supplying a first of said cover plate as a roll, rolled up over its length, to the roof base, rolling out that first cover plate over the roof base in horizontal direction and at least partially fixing the first cover plate on the roof base.
A suture anchor (10, 20, 30, 40, 50), comprising: an elongate body having proximal (10a, 20a, 30a, 40a, 50a) and distal (10b, 20b, 30b, 40b, 50b) ends, an inner lumen (10c, 20c, 30c, 40c, 50c) extending longitudinally through it, a first thread (18a, 28a, 38a, 48a, 58a) extending therearound from the proximal end toward the distal end, and a second thread (18b, 28b, 38b, 48b, 58b) extending therearound between at least a portion of the first thread such that the first and second threads are spaced a distance apart from one another longitudinally, the elongate body having a constant root diameter; and a suture-engaging member disposed adjacent to the distal end of the elongated body and positioned such that a suture can be disposed therearound and trailing ends of the suture can extend through the inner lumen and out of the proximal end of the elongated body, characterised in that the suture-engaging member is defined by a cut-out (16, 26, 36, 46) formed in a sidewall of the elongate body and in communication with the inner lumen. an elongate body having proximal (10a, 20a, 30a, 40a, 50a) and distal (10b, 20b, 30b, 40b, 50b) ends, an inner lumen (10c, 20c, 30c, 40c, 50c) extending longitudinally through it, a first thread (18a, 28a, 38a, 48a, 58a) extending therearound from the proximal end toward the distal end, and a second thread (18b, 28b, 38b, 48b, 58b) extending therearound between at least a portion of the first thread such that the first and second threads are spaced a distance apart from one another longitudinally, the elongate body having a constant root diameter; and a suture-engaging member disposed adjacent to the distal end of the elongated body and positioned such that a suture can be disposed therearound and trailing ends of the suture can extend through the inner lumen and out of the proximal end of the elongated body,
A user equipment, comprising: a reception unit configured to receive a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, and to receive a physical downlink shared channel, PDSCH, and a transmission unit configured to transmit a hybrid automatic repeat request-acknowledgement, HARQ-ACK, for the PDSCH for a secondary cell by assuming that an uplink, UL,-reference uplink, UL,/downlink, DL, configuration of the secondary cell is 1, 2, 3, 4 or 6, in a case that a) the secondary cell is a serving cell with frame structure type 1, b) a primary cell is another serving cell with frame structure type 2, c) a DL-reference UL/DL configuration of each of the primary cell and the secondary cell is 0, 1, 2, 3, 4 or 6, and d) a physical uplink control channel, PUCCH, format 1b with channel selection is configured for transmission of the HARQ-ACK and for the primary cell and the secondary cell, wherein o ACK j is determined based on W UL DAI, the o ACK j is a bit of the HARQ-ACK, and a value of the W UL DAI is determined by a downlink assignment index, DAI, in a downlink control information, DCI, format 0 or 4. a reception unit configured to receive a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, and to receive a physical downlink shared channel, PDSCH, and a transmission unit configured to transmit a hybrid automatic repeat request-acknowledgement, HARQ-ACK, for the PDSCH for a secondary cell by assuming that an uplink, UL,-reference uplink, UL,/downlink, DL, configuration of the secondary cell is 1, 2, 3, 4 or 6, in a case that a) the secondary cell is a serving cell with frame structure type 1, b) a primary cell is another serving cell with frame structure type 2, c) a DL-reference UL/DL configuration of each of the primary cell and the secondary cell is 0, 1, 2, 3, 4 or 6, and d) a physical uplink control channel, PUCCH, format 1b with channel selection is configured for transmission of the HARQ-ACK and for the primary cell and the secondary cell, a) the secondary cell is a serving cell with frame structure type 1, b) a primary cell is another serving cell with frame structure type 2, c) a DL-reference UL/DL configuration of each of the primary cell and the secondary cell is 0, 1, 2, 3, 4 or 6, and d) a physical uplink control channel, PUCCH, format 1b with channel selection is configured for transmission of the HARQ-ACK and for the primary cell and the secondary cell, wherein o ACK j is determined based on W UL DAI, the o ACK j is a bit of the HARQ-ACK, and a value of the W UL DAI is determined by a downlink assignment index, DAI, in a downlink control information, DCI, format 0 or 4.
A method for compressing image data in an electronic device, the method comprising: receiving a pixel block comprising a plurality of components, each component corresponding to one of a plurality of color channels of the pixel block; analyzing pixel values of each of the plurality of components to calculate a color variance of each of the plurality of components; comparing the color variance of each of the plurality of components to at least one of a high threshold and a low threshold; assigning a classification of smooth to at least one smooth component of the plurality of components, the color variance of the at least one smooth component being less than the low threshold; assigning a classification of variant to at least one variant component of the plurality of components; the color variance of the at least one variant component being higher than the high threshold; determining whether the pixel block is a mixed block, the mixed block having at least one component classified as smooth, and every other component in the mixed block classified as either smooth or variant; determining for each of the plurality of components in the mixed block, an encoding technique based at least partly on classifying the component as smooth or variant; and encoding each of the plurality of components in the mixed block using the encoding technique determined for that component. receiving a pixel block comprising a plurality of components, each component corresponding to one of a plurality of color channels of the pixel block; analyzing pixel values of each of the plurality of components to calculate a color variance of each of the plurality of components; comparing the color variance of each of the plurality of components to at least one of a high threshold and a low threshold; assigning a classification of smooth to at least one smooth component of the plurality of components, the color variance of the at least one smooth component being less than the low threshold; assigning a classification of variant to at least one variant component of the plurality of components; the color variance of the at least one variant component being higher than the high threshold; determining whether the pixel block is a mixed block, the mixed block having at least one component classified as smooth, and every other component in the mixed block classified as either smooth or variant; determining for each of the plurality of components in the mixed block, an encoding technique based at least partly on classifying the component as smooth or variant; and encoding each of the plurality of components in the mixed block using the encoding technique determined for that component.