mhurhangee/ep-ind-claims huggingface dataset:
A compressor system having a volumetric compressor with one or more cylinders, comprising: at least one cylinder, provided with a suction opening and a discharge opening controlled by respective valves; a suction duct, connected to the suction opening; a discharge duct, connected to the discharge opening; a motor driving the volumetric compressor, provided with the possibility of varying its rotation speed; at least one adjustment valve, arranged along the suction duct, which is predisposed to vary the flow rate of the air directed to the suction opening; characterised in that it comprises a control module, connected to the motor and to the adjustment valve, which is predisposed to operate the adjustment valve as a function of the rotation speed of the motor. at least one cylinder, provided with a suction opening and a discharge opening controlled by respective valves; a suction duct, connected to the suction opening; a discharge duct, connected to the discharge opening; a motor driving the volumetric compressor, provided with the possibility of varying its rotation speed; at least one adjustment valve, arranged along the suction duct, which is predisposed to vary the flow rate of the air directed to the suction opening; characterised in that it comprises a control module, connected to the motor and to the adjustment valve, which is predisposed to operate the adjustment valve as a function of the rotation speed of the motor.
Independent suspension system of a two-track vehicle with a lower leaf spring element (1, 41) which is configured in a fibre composite material, and assumes the wheel guidance for the vehicle wheel together with a damper (2, 3) which is arranged in the manner of a damper strut, and is attached on one side to a wheel support (1, 21) and on the other side to an axle carrier or directly to the vehicle body, characterized in that the lower leaf spring element (1, 41) is oriented at least approximately in the vehicle transverse direction and, on the vehicle body side, has a supporting base which is measured in the vehicle longitudinal direction and the length of which corresponds to at least 0.4 times the length of the lower leaf spring element (1, 41) as measured in the vehicle transverse direction, and the lower leaf spring element (1, 41) being arranged below the wheel rotational axis as viewed in the vehicle vertical direction.
A medical device adapted for at least one of monitoring, diagnosing, or therapy, said device comprising a visualization probe comprised of: illumination means, an objective lens assembly, and a CMOS sensor, wherein the CMOS sensor comprises a silicon substrate having: a) a front side at which circuitry is created; b) a back side comprising either conducting balls or pads; and c) through silicon vias to provide electrical connections between the circuitry created on the front side of the silicon substrate and the back side; wherein the back side is patterned to provide electrical conductivity between the bottoms of the through silicon vias and either the conducting balls or pads; wherein said medical device satisfies the condition that its maximum outer diameter is 3,2mm or less; characterized in that the number of conducting balls or pads consists of one of: i) four balls or pads respectively connected to voltage input (Vdd), ground (Vss), shutter timing (SHTR), and video signal output current (POUT); and ii) three balls or pads respectively connected to voltage input (Vdd), ground (Vss), and video signal output current (POUT), whereby a predetermined value for the shutter timing (SHTR) is implemented in the circuitry of the silicon. a) a front side at which circuitry is created; b) a back side comprising either conducting balls or pads; and c) through silicon vias to provide electrical connections between the circuitry created on the front side of the silicon substrate and the back side; i) four balls or pads respectively connected to voltage input (Vdd), ground (Vss), shutter timing (SHTR), and video signal output current (POUT); and ii) three balls or pads respectively connected to voltage input (Vdd), ground (Vss), and video signal output current (POUT), whereby a predetermined value for the shutter timing (SHTR) is implemented in the circuitry of the silicon.
An optical stimulation device for stimulating nerve cells, the stimulation device having at least one implant component configured for implantation in a natural inner cavity of the body of a living organism, through which cavity a body fluid flows, having the following features: a) the implant component has at least one support structure which is expandable in the radial direction for fixation in the natural inner cavity, b) attached to the support structure is a multiplicity of light sources (3, 13) which are configured for radiation of light in the radial direction with respect to the support structure, c) attached to the support structure is a multiplicity of electrodes which are configured for capturing electric body signals, d) the support structure has multiple openings and/or channels through which the body fluid can flow after implantation in the body, such that the light sources can be cooled by bathing them in the body fluid. a) the implant component has at least one support structure which is expandable in the radial direction for fixation in the natural inner cavity, b) attached to the support structure is a multiplicity of light sources (3, 13) which are configured for radiation of light in the radial direction with respect to the support structure, c) attached to the support structure is a multiplicity of electrodes which are configured for capturing electric body signals, d) the support structure has multiple openings and/or channels through which the body fluid can flow after implantation in the body, such that the light sources can be cooled by bathing them in the body fluid.
An extremity support device for supporting an extremity of a user, said device comprising an extremity engagement unit, which is configured to engage on the extremity of the user, an extremity lever, to which the extremity engagement unit is connected via an engagement unit connection element (4.1), a swivel joint, about which the extremity lever is rotatable, a pull transmission element, which engages on the extremity lever on a side of the extremity lever which is located opposite the engagement unit connection element (4.1) in relation to the swivel joint, a spacer element, which in at least one direction delimits a distance of the pull transmission element from the swivel joint at the point of contact of the pull transmission element with the spacer element, wherein the spacer element is movable by means of a control mechanism to change the spacer element distance of the spacer element from the swivel joint, wherein the control mechanism comprises a control actuator, by means of which a force to change the spacer element distance is exertable on the spacer element. an extremity engagement unit, which is configured to engage on the extremity of the user, an extremity lever, to which the extremity engagement unit is connected via an engagement unit connection element (4.1), a swivel joint, about which the extremity lever is rotatable, a pull transmission element, which engages on the extremity lever on a side of the extremity lever which is located opposite the engagement unit connection element (4.1) in relation to the swivel joint, a spacer element, which in at least one direction delimits a distance of the pull transmission element from the swivel joint at the point of contact of the pull transmission element with the spacer element, wherein the spacer element is movable by means of a control mechanism to change the spacer element distance of the spacer element from the swivel joint, wherein the control mechanism comprises a control actuator, by means of which a force to change the spacer element distance is exertable on the spacer element.
A method of driving an LCD display panel including a plurality of data lines (DL1... DLm) disposed in a first direction, a plurality of gate lines (GL1... GLn) disposed in a second direction substantially perpendicular to the first direction, a first subpixel column electrically connected to an N-th gate line and a second subpixel column electrically connected to an (N+1)-th gate line (GLN+1) adjacent to the N-th gate line (wherein N is a natural number), every subpixel column (C1; C2; C3) containing subpixels of a different color; and wherein the subpixels of all subpixel columns (C1; C2; C3) are arranged in rows of subpixels along said first direction, a first data line being arranged on one side of each row and a second data line being arranged on the other side of said row, each of the N-th and (N+1)-th gate lines (GLN, GLN+1) consisting of a pair of sub-lines (SL1; SL2) electrically connected to each other, wherein the pair of sub-lines (SL1; SL2) of the N-th and (N+1)-th gate lines (GLN, GLN+1) extends in parallel to the first subpixel column and each sub-line of the pair of sub-lines (SL1; SL2) is connected to the subpixels of a different subpixel column of said two adjacent subpixels column, wherein, for each pair of sub-lines (SL1; SL2) of a N-th and (N+1)-th gate lines (GLN, GLN+1), each of the first and second data lines (DL1; DL2) is electrically connected to a different one of the adjacent subpixel columns, each subpixel column being connected to a respective sub-line (SL1; SL2), the method comprising: for every. pair of adjacent subpixel columns (C1; C2) connected to a different gate line (GLN, GLN+1), receiving an image signal and storing first data and second data respectively corresponding to the first and second subpixel columns (C1; C2); and on the basis of said first data and second data, generating compensation data (+G1', -G2', +G3',..., and +Gm') to be applied to the first subpixel column so as to compensate the kickback voltage of the first subpixel column caused by a changing voltage of the second subpixel column due to said second data; wherein the compensation data (+G1', -G2', +G3',..., and +Gm') are generated by using a lookup table, the compensation data (+G1', -G2', +G3',..., and +Gm') corresponding to said first and second data being mapped in the lookup table, and converting the compensation data (+G1', -G2', +G3',..., and +Gm') of the first subpixel column and the second data of the second subpixel column to data voltages of an analog type to output the data voltages to the data lines (DL1... DLm). for every. pair of adjacent subpixel columns (C1; C2) connected to a different gate line (GLN, GLN+1), receiving an image signal and storing first data and second data respectively corresponding to the first and second subpixel columns (C1; C2); and on the basis of said first data and second data, generating compensation data (+G1', -G2', +G3',..., and +Gm') to be applied to the first subpixel column so as to compensate the kickback voltage of the first subpixel column caused by a changing voltage of the second subpixel column due to said second data;
A method for producing, from a blank, a fastener or connector, in particular a screw, a threaded bolt, a rivet, a nail or the like having a shank, on one end of which a head is arranged, wherein for shaping the head, a recess is made in the center of an end face of the shank, said shank having a constant or variable cross section, in order to deform the end face of the shank having the recess using a shaping tool in such a way that by means of the deformation, a head having a constant or variable cross section is formed, wherein a cross section of the head is larger, at least on one place of the head, than the largest cross section of the shank, characterized in that a wobbling tool is used for shaping the head.
A cryocooler comprising: a cold head; a plurality of compressor main bodies that are connected to the cold head in parallel; a plurality of state detection sensors that are provided to correspond to the plurality of compressor main bodies respectively and each detect a state of a corresponding compressor main body to output a state detection signal; and a compressor control unit, characterized in that the compressor control unit is configured to, in a case where the state detection signal from any one state detection sensor of the plurality of state detection sensors indicates that the corresponding compressor main body is stopped, stop also the other compressor main bodies. a cold head; a plurality of compressor main bodies that are connected to the cold head in parallel; a plurality of state detection sensors that are provided to correspond to the plurality of compressor main bodies respectively and each detect a state of a corresponding compressor main body to output a state detection signal; and a compressor control unit, characterized in that the compressor control unit is configured to, in a case where the state detection signal from any one state detection sensor of the plurality of state detection sensors indicates that the corresponding compressor main body is stopped, stop also the other compressor main bodies.
A method for measuring the distribution of the thickness of the glass in glass containers at a high temperature leaving shaping cavities, the method applying at least one sensor sensitive to the infrared radiation emitted by the containers suitable for producing an image of the distribution of the infrared radiation, by measuring in the near infrared range the distribution of infrared radiation emitted by the container, characterized in that it includes for each container the following steps: - selecting at least one inspection area of the container so that for each inspection area, the parameters having an influence on the infrared radiation other than the glass thickness, each have substantially homogeneous values over the whole of said inspection area, - measuring, for each inspection area, the glass thickness of the container in at least one measurement point belonging to the inspection area, by means of a contactless point-like thickness measurement system giving absolute thickness measurements of the glass according to the metric system, - measuring by means of the sensor sensitive to infrared radiation, the distribution of the infrared radiation emitted by the container at least in each inspection area, - determining, for each inspection area, a relationship between the measurement of the thickness taken at the measurement point and the relevant infrared radiation at said measurement point, for calibrating each inspection area and for each container, - and from said relationship and from the distribution of the relevant infrared radiation of each inspection area, determining the distribution of the glass thickness of the container of each inspection area. - selecting at least one inspection area of the container so that for each inspection area, the parameters having an influence on the infrared radiation other than the glass thickness, each have substantially homogeneous values over the whole of said inspection area, - measuring, for each inspection area, the glass thickness of the container in at least one measurement point belonging to the inspection area, by means of a contactless point-like thickness measurement system giving absolute thickness measurements of the glass according to the metric system, - measuring by means of the sensor sensitive to infrared radiation, the distribution of the infrared radiation emitted by the container at least in each inspection area, - determining, for each inspection area, a relationship between the measurement of the thickness taken at the measurement point and the relevant infrared radiation at said measurement point, for calibrating each inspection area and for each container, - and from said relationship and from the distribution of the relevant infrared radiation of each inspection area, determining the distribution of the glass thickness of the container of each inspection area.
A casting nozzle structure for continuous casting of molten metal, comprising: a tubular part provided with a casting channel for casting molten metal from a tundish; a square plate, provided on an upper portion of the tubular part, having an upper surface, and a lower surface connecting to the upper part of the tubular part, and a metal case for reinforcing and covering the square plate and the upper portion of the tubular part, wherein said lower surface of the square plate comprises two nozzle supporting arcs each provided in the X-direction of the casting nozzle being perpendicular to the direction of a nozzle insert, and each provided with a radius R arranged on the both sides of the square plate, and two flat faces each provided in the Y-direction of the casting nozzle which is perpendicular to the X-direction and in which the nozzle is inserted, characterized in that the metal case is provided with a protrusion, wherein the thickness in the X-direction of the protrusion is 6 to 7 mm at maximum and is 0 mm at the tip and the end of the protrusion in Y-direction, for filling spaces between an insert guide which supports the nozzle, and the metal case itself, and which is provided in the X-direction. a tubular part provided with a casting channel for casting molten metal from a tundish; a square plate, provided on an upper portion of the tubular part, having an upper surface, and a lower surface connecting to the upper part of the tubular part, and a metal case for reinforcing and covering the square plate and the upper portion of the tubular part, wherein said lower surface of the square plate comprises two nozzle supporting arcs each provided in the X-direction of the casting nozzle being perpendicular to the direction of a nozzle insert, and each provided with a radius R arranged on the both sides of the square plate, and two flat faces each provided in the Y-direction of the casting nozzle which is perpendicular to the X-direction and in which the nozzle is inserted, characterized in that the metal case is provided with a protrusion, wherein the thickness in the X-direction of the protrusion is 6 to 7 mm at maximum and is 0 mm at the tip and the end of the protrusion in Y-direction, for filling spaces between an insert guide which supports the nozzle, and the metal case itself, and which is provided in the X-direction.
Canopy, having a wall connection support and at least one transverse support, which are arranged at a mutual distance, and having a plurality of longitudinal supports which are arranged at a mutual distance and bridge the distance between the wall connection support and each transverse support, at least the wall connection support being attachable to a supporting structure, the wall connection support having a holding profile which can be attached to the supporting structure and to which a plurality of holders arranged at a mutual distance are attached, a holding rod being provided which is mounted on the holders, and at least one of the longitudinal supports engaging with the holding rod by means of a suspension device and being mounted on said holding rod, the holders each having a compensating device by means of which the position of the holding rod relative to the relevant holder can be adjusted at least by a component in the longitudinal direction of the longitudinal support, the suspension device having a recess in the longitudinal support, characterized in that the longitudinal support can be placed with the recess from above on the holding rod.
Fastener for fastening an added part to a carrying part, having a flat top plate arranged in a head region and having two shank limbs (11, 12) which are connected to the top plate and which extend away from the top plate in the direction of a foot region, each shank limb (11, 12) having an outer stem and an inner stem, with each inner stem of a shank limb (11, 12) having integrally formed on it supporting cheek-pieces which pass through apertures for the supporting cheek-pieces made in the outer stem of the shank limb (11, 12) concerned, and there being integrally formed on each outer stem of each shank limb (11, 12) two edge tabs, which pairs of edge tabs extend towards one another, characterised in that there are integrally formed on the top plate side-walls (8, 9) which form a U-profile with the top plate, in that each outer stem is integrally formed on a sidewall (8, 9), and in that the edge tabs extend on the two sides of the apertures for the supporting cheek-pieces.
A method involving a phased array antenna system (25, 50) for wirelessly transmitting information carried by a source signal stream from a MIMO base station, wherein the source signal stream includes a plurality of individual radio frequency, RF, transmit signal streams, said method comprising: down-converting the plurality of RF transmit signal streams to generate a plurality of down-converted transmit signal streams; mapping the plurality of down-converted transmit signal streams to a plurality of individual beam signal streams, wherein for at least one of the beam signal streams of the plurality of beam signal streams mapping involves combining multiple down-converted transmit signal streams of the plurality of down-converted transmit signal streams to produce said at least one of the beam signal streams; using a phased array antenna system (25, 50) to generate a plurality of transmit beams; and sending each beam signal stream of the plurality of beam signal streams over a different transmit beam of the plurality of transmit beams (Tb1, Tb2, Tb3, Tb4). down-converting the plurality of RF transmit signal streams to generate a plurality of down-converted transmit signal streams; mapping the plurality of down-converted transmit signal streams to a plurality of individual beam signal streams, wherein for at least one of the beam signal streams of the plurality of beam signal streams mapping involves combining multiple down-converted transmit signal streams of the plurality of down-converted transmit signal streams to produce said at least one of the beam signal streams; using a phased array antenna system (25, 50) to generate a plurality of transmit beams; and sending each beam signal stream of the plurality of beam signal streams over a different transmit beam of the plurality of transmit beams (Tb1, Tb2, Tb3, Tb4).
A composition for a sealing member, comprising: 100 parts by weight of an uncrosslinked fluorine rubber component; and 1 to 20 (inclusive) parts by weight of a particulate resin, the particulate resin including a compatible portion and a lubrication portion, the compatible portion having compatibility with the fluorine rubber component, the lubrication portion having lubricity with respect to the fluorine rubber component, wherein the particulate resin is formed by a silicone-acrylic copolymer, and wherein the particulate resin is dispersed in the fluorine rubber. 100 parts by weight of an uncrosslinked fluorine rubber component; and 1 to 20 (inclusive) parts by weight of a particulate resin, the particulate resin including a compatible portion and a lubrication portion, the compatible portion having compatibility with the fluorine rubber component, the lubrication portion having lubricity with respect to the fluorine rubber component, wherein the particulate resin is formed by a silicone-acrylic copolymer, and wherein the particulate resin is dispersed in the fluorine rubber.
A plug for the treatment of an iatrogenic track and blood vessel puncture, the plug comprising a circumference, and a length perpendicular to the circumference, the length comprising a dry coating, the coating comprising a first precursor, wherein the first precursor dissolves in a physiological fluid and undergoes a covalent bonding reaction after placement in the track to form a matrix material that is able to adhere the plug to the tissue, characterized in that the dry coating is on a distal portion of the length along the circumference, wherein the proximal portion of the length is free of the coating.