mhurhangee/patent-ind-claim-en huggingface dataset:
An interconnect structure for an integrated circuit, the interconnect structure comprising: a first layer of the interconnect structure disposed above a substrate, the first layer comprising a first grating of alternating metal lines and dielectric lines in a first direction, wherein the dielectric lines have an uppermost surface higher than an uppermost surface of the metal lines ; and a second layer of the interconnect structure disposed above the first layer of the interconnect structure, the second layer comprising a second grating of alternating metal lines and dielectric lines in a second direction, perpendicular to the first direction, wherein the dielectric lines have a lowermost surface lower than a lowermost surface of the metal lines , wherein the dielectric lines of the second grating overlap and contact, but are distinct from, the dielectric lines of the first grating and wherein the metal lines of the first grating are spaced apart from the metal lines of the second grating, a conductive via being disposed between and coupling a metal line of the first grating to a metal line of the second grating. a first layer of the interconnect structure disposed above a substrate, the first layer comprising a first grating of alternating metal lines and dielectric lines in a first direction, wherein the dielectric lines have an uppermost surface higher than an uppermost surface of the metal lines ; and a second layer of the interconnect structure disposed above the first layer of the interconnect structure, the second layer comprising a second grating of alternating metal lines and dielectric lines in a second direction, perpendicular to the first direction, wherein the dielectric lines have a lowermost surface lower than a lowermost surface of the metal lines , wherein the dielectric lines of the second grating overlap and contact, but are distinct from, the dielectric lines of the first grating and wherein the metal lines of the first grating are spaced apart from the metal lines of the second grating, a conductive via being disposed between and coupling a metal line of the first grating to a metal line of the second grating.
An electromagnetically actuated piston slide valve (1"), comprising: - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors , and - a piston slide arrangement with a piston which is axially displaceable in the valve housing for regulating a free cross section of the fluid passage , a first magnetic armature connected to the piston and a second magnetic armature which is axially displaceable with respect to the piston , as well as a first biasing device and a second biasing device , wherein the piston is axially displaceable against the force of the first biasing device by generating an electromagnetic field through energizing a coil , and wherein the second biasing device rests against the first magnetic armature and the second magnetic armature , so that, in the unenergized state of the coil , the piston takes a predetermined position by axial displacement due to the force of the second biasing device against the force of the first biasing device , characterized in that the piston slide valve (1") further comprises a permanent magnet which acts in such a manner on at least one of the first magnetic armature and the second magnetic armature that a magnetic force caused by the permanent magnet counteracts the force of the second biasing device . - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors , and - a piston slide arrangement with a piston which is axially displaceable in the valve housing for regulating a free cross section of the fluid passage , a first magnetic armature connected to the piston and a second magnetic armature which is axially displaceable with respect to the piston , as well as a first biasing device and a second biasing device , wherein the piston is axially displaceable against the force of the first biasing device by generating an electromagnetic field through energizing a coil , and wherein the second biasing device rests against the first magnetic armature and the second magnetic armature , so that, in the unenergized state of the coil , the piston takes a predetermined position by axial displacement due to the force of the second biasing device against the force of the first biasing device , characterized in that the piston slide valve (1") further comprises a permanent magnet which acts in such a manner on at least one of the first magnetic armature and the second magnetic armature that a magnetic force caused by the permanent magnet counteracts the force of the second biasing device .
A resin made container (X) comprising: a spout portion acting as an outlet for contents; a shoulder portion continuous with the spout portion; a body portion continuous with the shoulder portion; and a bottom portion continuous with the body portion and closing a lower end of the body portion, characterized in that the body portion includes, in an intermediate portion of the body portion, a plurality of approximately quadrangular shaped panel portions each having an upper side and a lower side thereof displaced so that the lower side is in a state of being rotated about a center axis (A) of the resin made container relative to the upper side therefore giving the intermediate portion a twisted shape with its diameter progressively decreased from the upper side of the panel portions to the lower side , with the diameter being smallest at the midway of the panel portions and then progressively increased from the intermediate portion of the panel portions toward the lower side of the panel portions , wherein the respective panel portions have a parallelogram shape and widths of the respective panel portions are made equal; characterized in that between adjacent panel portions, a chevron-shaped rib is provided, wherein the chevron-shaped rib has an angle (b) ranging from 90 to 160 degrees on an inner side of the resin made container; and in that the intermediate portion has an approximately hexagonal cross section taken along a plane orthogonal to the center axis. a spout portion acting as an outlet for contents; a shoulder portion continuous with the spout portion; a body portion continuous with the shoulder portion; and a bottom portion continuous with the body portion and closing a lower end of the body portion, characterized in that the body portion includes, in an intermediate portion of the body portion, a plurality of approximately quadrangular shaped panel portions each having an upper side and a lower side thereof displaced so that the lower side is in a state of being rotated about a center axis (A) of the resin made container relative to the upper side therefore giving the intermediate portion a twisted shape with its diameter progressively decreased from the upper side of the panel portions to the lower side , with the diameter being smallest at the midway of the panel portions and then progressively increased from the intermediate portion of the panel portions toward the lower side of the panel portions , wherein the respective panel portions have a parallelogram shape and widths of the respective panel portions are made equal; characterized in that between adjacent panel portions, a chevron-shaped rib is provided, wherein the chevron-shaped rib has an angle (b) ranging from 90 to 160 degrees on an inner side of the resin made container; and in that the intermediate portion has an approximately hexagonal cross section taken along a plane orthogonal to the center axis.
An industrial truck with an electric drive and a traction battery for supplying at least the electric drive and with a battery management device electrically connected to the traction battery , characterized in that the battery management device is configured to detect an interruption of the electrical connection to the traction battery and, in the case of such an interruption, to output or provide an interruption notification.
A self-drilling wall plug for screwing into lightweight building materials, in particular into plaster walls, having a sleeve-shaped plug body surrounded by a cutting thread , a flange on the rear side, at least one cutting tooth like a milling tool in the region of its front end comprising a tip , an inner profile formed along an inner wall by a plurality of longitudinal ribs , into which the thread of a fixing element cuts, and in its flange a recess for engaging a driving tool, comprising a cup for receiving the front end of a fixing element penetrating the wall plug and which is provided in the region of the front end of the latter, characterised in that a rotational axis of the cup is non-coaxial with a rotational axis (X) of the wall plug, wherein the rotational axis of the cup is arranged at an angle (α) to the rotational axis (X) of the wall plug .
An optical glass comprising from 3 to 18 mass% of SiO 2 , from 5 to 11.5 mass% of B 2 O 3 , from 0 to 7 mass% of Al 2 O 3 , from 0 to 11 mass% of CaO, from 0 to less than 0.2 mass% of BaO, 1 mass% or less of ZnO, from 10 to 16 mass% of TiO 2 , from 3 to 38 mass% of Nb 2 O 5 , from 27 to 49.8 mass% of La 2 O 3 , from 6 to 14 mass% of Gd 2 O 3 , from 0 to 5 mass% of Y 2 O 3 , less than 6 mass% of Ta 2 O 5 , and 0.6 mass% or less of WO 3 , with a ratio of B 2 O 3 /SiO 2 being from 1 to 2, and having a liquidus temperature is 1150 °C or lower.
Detector device for detecting a status of at least a first electronic element of an automotive lighting device, the detector device comprising a status detection unit configured to detect a status of the at least first electronic element and to generate a reference signal which depends at least on the status of the first electronic element; a comparison signal generator configured to generate a comparison signal ; a comparison unit configured to generate a pulse-width modulation signal by comparing the reference signal with the comparison signal ; and the detector device being characterized in that , the comparison unit is configured to generate the pulse-width modulation signal with a duty cycle, which depends on the reference signal, in such a way that different status signals make the status detection unit generate different reference signals and which make the comparison unit generate pulse-width modulation signals with different duty cycles.
Transporting apparatus for simultaneously transporting at least two substrates which are to be treated in a vacuum-treatment apparatus , comprising at least two carrier apparatuses , which are mounted rotatably with respect to a common axis and are offset axially in relation to one another and on each of which is arranged at least one retaining frame designed to receive at least one substrate , wherein the retaining frames can be brought, by a rotary movement of the carrier apparatuses about the axis , into mutually opposed operative regions of a treatment unit , and wherein the carrier apparatuses are spaced apart axially from one another to such an extent that the treatment unit can be arranged therebetween.
A method for wireless communication at a first base station associated with a first cell, comprising: receiving location information from a vehicle; identifying , based at least in part on the location information, a plurality of cells from which to broadcast a location message associated with the vehicle, the plurality of cells including a cell of a second base station, wherein the location message is based at least in part on the location information; identifying a set of at least one subframe in which to broadcast the location message over a single frequency network, at a same time the location message is broadcast from each cell of the plurality of cells; and communicating with at least the second base station regarding the broadcast of the location message. receiving location information from a vehicle; identifying , based at least in part on the location information, a plurality of cells from which to broadcast a location message associated with the vehicle, the plurality of cells including a cell of a second base station, wherein the location message is based at least in part on the location information; identifying a set of at least one subframe in which to broadcast the location message over a single frequency network, at a same time the location message is broadcast from each cell of the plurality of cells; and communicating with at least the second base station regarding the broadcast of the location message.
An information processing apparatus (PRH1, PRH3, PRH4, PRH5) adapted to provide image data to a projection unit (PRF6, PRH2), said projection unit being configured to project an image (IMG), the information processing apparatus comprising: an inputting unit (PRF1, PRH1) configured to input image data (D1) that expresses the image, the image data having pixel values that are RGB values; a converting unit (PRF2, PRH4) configured to convert pixel values of the image data into luminance signals (Y) and color difference signals (Cb, Cr); a determining unit (PRF3, PRH4) configured to calculate a variance or a standard deviation of the luminance signals (Y) and configured to determine to invert the luminance signals (Y) if the calculated variance or standard deviation is less than or equal to a first threshold; an inverting unit (PRF4) configured to invert the luminance signals (Y) to calculate inverted luminance signals (Y') by subtracting the luminance signal (Y) from the maximum value of the image data if the determining unit (PRF3) has determined to invert the luminance signals (Y); and a generating unit (PRF5) configured to generate inverted data based on the color difference signals (Cb, Cr) and the inverted luminance signals (Y'); wherein the projecting unit (PRF6, PRH2) is configured to project the image based on the inverted data (D2), and wherein the determining unit (PRF3, PRH4) is further configured to determine to invert the luminance signals (Y) if an average of the luminance signals (Y) is greater than or equal to a second threshold, and the determining unit (PRF3, PRH4) is further configured to determine to invert the luminance signals (Y) if the number of white pixels each of which has a white color included in the image data is greater than the number of black pixels each of which has a black color included in the image data, and wherein the image data is expressed by 8 bits, each of the white pixels has a pixel value greater than or equal to 230, and each of the black pixels has a pixel value less than or equal to 15.
An antenna , comprising: a dielectric substrate ; a line on a first surface of the dielectric substrate , a maximum width (WL1) of the line in a first direction of the first surface being greater than a maximum width (WL2) of the line in a second direction orthogonal to the first direction; a ground layer on a second surface of the dielectric substrate , a width (WG2) of the ground layer in the second direction being equal to the maximum width (WL2) of the line in the second direction; a feeding point at the first end of the line; wherein: a termination resistor at the second end of the line, the termination resistor corresponding to a characteristic impedance of the line; a first end of the line is on a first end side of the first surface, a second end of the line is on the first end side or a second end side of the first surface; and the ground layer avoids a region around the feeding point and the termination resistor . a dielectric substrate ; a line on a first surface of the dielectric substrate , a maximum width (WL1) of the line in a first direction of the first surface being greater than a maximum width (WL2) of the line in a second direction orthogonal to the first direction; a ground layer on a second surface of the dielectric substrate , a width (WG2) of the ground layer in the second direction being equal to the maximum width (WL2) of the line in the second direction; a feeding point at the first end of the line; wherein: a termination resistor at the second end of the line, the termination resistor corresponding to a characteristic impedance of the line; a first end of the line is on a first end side of the first surface, a second end of the line is on the first end side or a second end side of the first surface; and the ground layer avoids a region around the feeding point and the termination resistor . a termination resistor at the second end of the line, the termination resistor corresponding to a characteristic impedance of the line; a first end of the line is on a first end side of the first surface, a second end of the line is on the first end side or a second end side of the first surface; and the ground layer avoids a region around the feeding point and the termination resistor .
A dressing assembly, comprising: a dressing bolster comprising a first side, a second side, and a periphery ; an interface seal coupled at the periphery of the dressing bolster ; a base layer comprising a base layer flange , wherein the base layer is coupled to the dressing bolster , and extends beyond the periphery of the dressing bolster ; a sealing member covering at least a portion of the first side of the dressing bolster ; and an adhesive positioned at least between the sealing member and the base layer flange , wherein, when in use, the adhesive couples the base layer to tissue around a tissue site . a dressing bolster comprising a first side, a second side, and a periphery ; an interface seal coupled at the periphery of the dressing bolster ; a base layer comprising a base layer flange , wherein the base layer is coupled to the dressing bolster , and extends beyond the periphery of the dressing bolster ; a sealing member covering at least a portion of the first side of the dressing bolster ; and an adhesive positioned at least between the sealing member and the base layer flange , wherein, when in use, the adhesive couples the base layer to tissue around a tissue site .
Setting device for actuating a selector rod of a transmission, comprising a cylinder housing which is mountable in or on the transmission and in which a selector piston is received to be longitudinally displaceable, the piston bounding in the cylinder housing at least one work chamber selectably loadable with pressure and having a piston base body of plastics material, wherein the selector piston is provided with a recess extending along a longitudinal axis of the selector piston for reception of an end of the selector rod and is configured to be mounted on the end of the selector rod by means of a securing screw with a screw head , characterized in that a washer protruding transversely of the longitudinal axis of the selector piston into the recess is embedded in the plastics material of the piston base body to provide a mechanically positively couple and as seen along the longitudinal axis of the selector piston forms on a front side a first support surface for the screw head of the securing screw and on a rear side a second support surface for the end of the selector rod so that the selector piston has play-free connection with the selector rod by means of the securing screw via the washer .
A hollow cathode plasma source comprising a first electrode and a second electrode each electrode comprising an elongated cavity , wherein the electrodes extend substantially parallel and in proximity to each other, wherein the first and second electrodes are both provided with a gas inlet for a plasma forming gas and with a gas outlet which leads to an outlet nozzle which is directed towards a substrate, wherein first and second electrodes are electrically connected to a power source supplying the electrodes with alternatingly opposing voltages, characterized in that all of the following parameter's dimensions are selected: i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2 , iii. the distance between the cavity centers is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm. wherein the electrodes extend substantially parallel and in proximity to each other, wherein the first and second electrodes are both provided with a gas inlet for a plasma forming gas and with a gas outlet which leads to an outlet nozzle which is directed towards a substrate, wherein first and second electrodes are electrically connected to a power source supplying the electrodes with alternatingly opposing voltages, characterized in that all of the following parameter's dimensions are selected: i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2 , iii. the distance between the cavity centers is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm. i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2 , iii. the distance between the cavity centers is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm.
Method for manufacturing a plate material suitable for use as a cathode for electrochemical processing of a metal, wherein the metal is deposited on a surface of the cathode during the electrochemical processing , said method comprising the steps of • providing a processing line comprising a cold rolling unit and at least one surface treatment unit that is separate from the cold rolling unit; and • using the processing line to cold roll the plate material and modify a surface roughness of the surface of the plate material, wherein the surface of the plate material that has been modified is the surface of the cathode on which the metal is deposited during the electrochemical processing, the surface of the plate material that has been modified has roughness average R a of 0,7 - 5,5 micrometre, and the surface of the plate material that has been modified provides a shearing force required to detach the deposited metal from the surface of the plate material that has been modified of 250 - 800 N, and wherein the plate material after modification is provided in the form of a coil. • providing a processing line comprising a cold rolling unit and at least one surface treatment unit that is separate from the cold rolling unit; and • using the processing line to cold roll the plate material and modify a surface roughness of the surface of the plate material, wherein the surface of the plate material that has been modified is the surface of the cathode on which the metal is deposited during the electrochemical processing, the surface of the plate material that has been modified has roughness average R a of 0,7 - 5,5 micrometre, and the surface of the plate material that has been modified provides a shearing force required to detach the deposited metal from the surface of the plate material that has been modified of 250 - 800 N, and wherein the plate material after modification is provided in the form of a coil.