mhurhangee/patent-ind-claim-en huggingface dataset:
Device carrier for a light strip lamp, comprising: - first lines for forming a first power supply circuit; - second lines , which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuits; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier , which connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier, - wherein on the first electrical plug-in connector arrangement at least one grounding contact element is provided, characterized in that when the plug-in connector arrangements are connected, the grounding contact element is brought into electrically conductive engagement with a grounding spring element of the second plug-in connector arrangement in order to provide a grounding connection, - wherein the at least one grounding contact element is configured integrally with the device carrier . - first lines for forming a first power supply circuit; - second lines , which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuits; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier , which connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier, - wherein on the first electrical plug-in connector arrangement at least one grounding contact element is provided, characterized in that when the plug-in connector arrangements are connected, the grounding contact element is brought into electrically conductive engagement with a grounding spring element of the second plug-in connector arrangement in order to provide a grounding connection, - wherein the at least one grounding contact element is configured integrally with the device carrier .
An apparatus for a vehicle comprising a processor configured to: receive eye tracking information from an eye tracking apparatus configured to track driver eye movements; analyse the eye tracking information to generate an eye tracking signature, wherein the eye tracking signature comprises angular velocity; receive object tracking information from an object tracking apparatus configured to track one or more external objects; analyse the object tracking information to generate an object tracking signature, wherein the object tracking signature comprises angular velocity; correlate the angular velocity of the eye tracking signature with the angular velocity of the object tracking signature to determine when the driver eye movement corresponds to relative movement of the external object; and adjust a sensitivity level of a vehicle system in dependence on the determined correlation. receive eye tracking information from an eye tracking apparatus configured to track driver eye movements; analyse the eye tracking information to generate an eye tracking signature, wherein the eye tracking signature comprises angular velocity; receive object tracking information from an object tracking apparatus configured to track one or more external objects; analyse the object tracking information to generate an object tracking signature, wherein the object tracking signature comprises angular velocity; correlate the angular velocity of the eye tracking signature with the angular velocity of the object tracking signature to determine when the driver eye movement corresponds to relative movement of the external object; and adjust a sensitivity level of a vehicle system in dependence on the determined correlation.
A load-handling vehicle comprising a chassis able to move along the ground, a driver's cab and a load-handling system , these two being supported by said chassis , said handling system comprising at least one lifting arm mounted with the ability to move between a raised position and a lowered position and the cab comprising a floor , a roof , a front face , an opposite rear face and two lateral faces with one of the lateral faces being equipped with an opening for accessing the cab which can be closed by a door, and the other lateral face being adjacent to the lifting arm at least when said arm is in the lowered position, said cab being equipped with a seat and having at least one seat index point referred to as SIP, established and defined in accordance with International standard ISO 5353:1995, characterized in that the cab has a minimal interior height (H), measured between the floor and the roof , at the seat index point SIP, greater than 1705 mm and a distance (D1) between the floor and the ground less than 800 mm when the vehicle is positioned on flat horizontal ground, and in that the distance (D2) between the or each seat index point SIP and the floor of the cab is at least equal to 650 mm.
A thermally conductive material, comprising: 100 parts by mass of a crosslinking reaction product of an acrylic polymer (A) including at least two crosslinkable functional groups containing a carbon-carbon unsaturated bond and an acrylic polymer (B) including at least one of the crosslinkable functional groups; from 100 to 200 parts by mass of an acrylic polymer (C) with a viscosity at 25 °C of 650 mPa·s or less; from 150 to 350 parts by mass of a trimellitate ester plasticizer; from 3500 to 7500 parts by mass of a thermally conductive filler with an average particle size ranging from 0.1 μm to 100 μm; and from 50 to 300 parts by mass of a thickener with an average particle size of 50 nm or less, the average particle size being measured by a laser diffraction type particle size distribution measurement instrument. 100 parts by mass of a crosslinking reaction product of an acrylic polymer (A) including at least two crosslinkable functional groups containing a carbon-carbon unsaturated bond and an acrylic polymer (B) including at least one of the crosslinkable functional groups; from 100 to 200 parts by mass of an acrylic polymer (C) with a viscosity at 25 °C of 650 mPa·s or less; from 150 to 350 parts by mass of a trimellitate ester plasticizer; from 3500 to 7500 parts by mass of a thermally conductive filler with an average particle size ranging from 0.1 μm to 100 μm; and from 50 to 300 parts by mass of a thickener with an average particle size of 50 nm or less, the average particle size being measured by a laser diffraction type particle size distribution measurement instrument.
Crane, in particular heavy-duty crane, having a frame on which a column is arranged which can be rotated about a perpendicular axis and on which a telescopic jib is accommodated which can be pivoted about a horizontal axis and has a plurality of extensions which are mounted one inside the other such that they can be displaced in the axial direction, which can be extended and retracted by means of a hydraulic drive device, wherein the telescopic jib is assigned a displacement measuring device which measures its extension length and is connected to an input of a control device which is assigned to the hydraulic drive device and into which the desired extension length of the jib can be input, wherein, for each desired extension length, all extensions can be extended by a respectively associated part of their maximum extension length, characterized in that each extension is associated with its own hydraulic cylinder arrangement of corresponding strength, which can be actuated independently of the hydraulic cylinder arrangements associated with the other extensions in each case, and in that an extension program is stored in the control device , which program is designed in such a way that all extensions can each be extended individually one after the other and contains a sequential circuit according to which the extension of the jib begins with the extension of the lowest extension and is continued successively upwards.
A method for identifying a piece of flight baggage , in particular a suitcase, by - activating an electronic display means in order to set the display ready for receipt, the display means being integrated in the piece of flight baggage and configured as an electronic tag, - transmitting flight and personal data necessary for a flight from a check-in means to the display means , - representing the flight and personal data graphically on a display surface of the display means , - characterized in that the electronic display means is activated by manual activation of an activation means arranged on the piece of flight baggage , - the activation means being arranged inside the piece of flight baggage , - the activation means being protected against unintentional actuation by a shielding means , wherein the shielding means is formed by a channel arranged in front of the activation means and having an opening , and the channel opening of the shielding means is covered in the closed state of the piece of baggage . - activating an electronic display means in order to set the display ready for receipt, the display means being integrated in the piece of flight baggage and configured as an electronic tag, - transmitting flight and personal data necessary for a flight from a check-in means to the display means , - representing the flight and personal data graphically on a display surface of the display means , - characterized in that the electronic display means is activated by manual activation of an activation means arranged on the piece of flight baggage , - the activation means being arranged inside the piece of flight baggage , - the activation means being protected against unintentional actuation by a shielding means , wherein the shielding means is formed by a channel arranged in front of the activation means and having an opening , and the channel opening of the shielding means is covered in the closed state of the piece of baggage .
An RF energy harvesting apparatus comprising an energy harvesting antenna and a substrate for fixing the antenna to an electrical device, wherein the antenna comprises: a coil of conductive material carried on the substrate, wherein the coil provides two loops of conductive material on the substrate , the two loops comprising a second loop inside a first loop ; and wherein the first and/or second loop comprises at least one segment arranged to provide a substantially homogenous H-field in an area circumscribed by the first loop. a coil of conductive material carried on the substrate, wherein the coil provides two loops of conductive material on the substrate , the two loops comprising a second loop inside a first loop ; and wherein the first and/or second loop comprises at least one segment arranged to provide a substantially homogenous H-field in an area circumscribed by the first loop.
A multifilament of a polyacetal stretched fiber which is obtained by stretching a fiber at a temperature of 100°C or more to a temperature lower than the melting point of a polyacetal resin composition, wherein the fiber is obtained by melt spinning the polyacetal resin composition, and the polyacetal resin composition contains a polyacetal resin, a fatty acid metal salt in an amount of 0.5 to 5 phr relative to the polyacetal resin and a fatty acid ester, wherein the fatty acid ester is an ester of a saturated or unsaturated aliphatic carboxylic acid having 12 to 35 carbon atoms with a saturated or unsaturated aliphatic alcohol having 12 to 35 carbon atoms, wherein the polyacetal resin is a polyacetal copolymer obtained by adding, relative to 100 parts by weight of trioxane, 0.5 to 30 parts by weight of a comonomer other than trioxane, consisting of one or two or more cyclic ether and/or cyclic formal, and wherein the fatty acid metal salt is a salt of a saturated or unsaturated aliphatic carboxylic acid having 12 to 35 carbon atoms with an alkaline earth metal element or amphoteric metal element.
A user equipment, comprising: means for determining whether the user equipment is scheduled in one or more time frequency resources of a first transmission time interval or in one or more time frequency resources of a second transmission time interval, where the second transmission time interval is shorter than the first transmission time interval; and based on the determining, means for adjusting the monitoring of scheduling opportunities within a duration of the first transmission time interval. means for determining whether the user equipment is scheduled in one or more time frequency resources of a first transmission time interval or in one or more time frequency resources of a second transmission time interval, where the second transmission time interval is shorter than the first transmission time interval; and based on the determining, means for adjusting the monitoring of scheduling opportunities within a duration of the first transmission time interval.
Electrical equipment including mounting means for mounting in an electrical panel and a circuit including a geolocation module that is designed to generate geolocation information and a communications module that is suitable for transmitting data (ID, G) over a telecommunications network; the electrical equipment being characterized in that the mounting means include a notch that is designed to receive a support rail of the electrical panel, and in that the circuit includes a movement detector ; the circuit being designed to cause the geolocation information (G) to be transmitted by the communications module when a movement is detected by the movement detector .
System for spreading viscous material on a component , wherein the system has a component receptacle for receiving a component , wherein the system has a manipulator having a spreading unit as end effector, wherein the spreading unit has a shaper for spreading viscous material , in particular sealing material, on the component , wherein the shaper has a shaping contour for shaping the viscous material during the spreading, characterized in that the shaping contour of the shaper for shaping the viscous material is adjustable in an actuator-based manner.
A machine tool including an affected layer detection sensor , comprising: an affected layer detection sensor of non-contact type; a main body ; a probe adapted to contact a surface of a workpiece (W); an arm portion which is supported by the main body , to which the probe is fixed, and which is displaceable with respect to the main body in accordance with a dimension of the workpiece (W); wherein the affected layer detection sensor is provided in the arm portion , and outputs a signal that corresponds to an affected state of the workpiece (W); characterized by a dimension measurement sensor that outputs a signal that corresponds to the dimension of the workpiece (W) on the basis of a displacement of the arm portion with respect to the main body . an affected layer detection sensor of non-contact type; a main body ; a probe adapted to contact a surface of a workpiece (W); an arm portion which is supported by the main body , to which the probe is fixed, and which is displaceable with respect to the main body in accordance with a dimension of the workpiece (W); wherein the affected layer detection sensor is provided in the arm portion , and outputs a signal that corresponds to an affected state of the workpiece (W); characterized by a dimension measurement sensor that outputs a signal that corresponds to the dimension of the workpiece (W) on the basis of a displacement of the arm portion with respect to the main body .
Flat knitting machine comprising at least one cam assembly which has at least one single-system filigree cam assembly for producing knitted fabrics (11-14) formed from at least one binding thread (B) and at least one pattern thread (M), in particular filigree knitted fabrics, the at least one binding thread (B) and the at least one pattern thread (M) being able to be fed in by separate thread guides (FB, FM) arranged one after the other in the knitting direction (SR), characterized in that the filigree cam assembly has two selection points (A1, A2) arranged one after the other in the knitting direction, intermediate sliders (SZ) being brought into a first position at the first selection point (A1) when first needles (SN1) for forming stitches with the at least one binding thread (B) and the at least one pattern thread (M) are to be selected, and being brought into a second position at the second selection point (A2) when second needles (SN2) for forming stitches with only the at least one binding thread (B) are to be selected, and in that the filigree cam assembly is provided with two different withdrawal curves (K1, K2) for the first and second needles (SN1, SN2), the first withdrawal curve (K1) withdrawing the first needles (SN1) into a first and a second thread insertion position (EB, EM) and the second withdrawal curve (K2) withdrawing the second needles (SN2) only into the first thread insertion position (EB).
A system for monitoring a chemical comprising: a laser operative to emit a light beam; a nonlinear converter based on stimulated Raman scattering comprising a nonlinear medium and a first tapered optical fiber ; a beam splitter arranged to split said light beam into a first beam and a second beam, said first beam being directed through the first tapered optical fiber of the nonlinear converter , wherein the first beam is converted to a signal beam having a wavelength shifted by a Stokes shift identical to the Stokes shift of the chemical to be monitored; a second tapered optical fiber located within the material to be monitored; a recombiner arranged to recombine said signal beam with said second beam to form a recombined beam which is directed into the second tapered optical fiber ; and a detector arranged to detect light emitted by said second tapered optical fiber and which uses stimulated Raman scattering spectroscopy to detect a chemical in said material. a laser operative to emit a light beam; a nonlinear converter based on stimulated Raman scattering comprising a nonlinear medium and a first tapered optical fiber ; a beam splitter arranged to split said light beam into a first beam and a second beam, said first beam being directed through the first tapered optical fiber of the nonlinear converter , wherein the first beam is converted to a signal beam having a wavelength shifted by a Stokes shift identical to the Stokes shift of the chemical to be monitored; a second tapered optical fiber located within the material to be monitored; a recombiner arranged to recombine said signal beam with said second beam to form a recombined beam which is directed into the second tapered optical fiber ; and a detector arranged to detect light emitted by said second tapered optical fiber and which uses stimulated Raman scattering spectroscopy to detect a chemical in said material.
A technique simulator for training in a technique using a catheter, the technique simulator comprising: a flow path configured to contain a liquid (L) that imitates blood; a liquid flow generation member configured to generate flow of the liquid (L); and a catheter insertion port configured to allow the catheter to be interposed into the flow path , wherein the flow path comprises a bifurcated portion that is located downstream of the catheter insertion port and is to be bifurcated into at least two flow paths , and a plurality of bifurcated flow paths provided downstream of the bifurcated portion , and the plurality of the bifurcated flow paths include a first bifurcated flow path and a second bifurcated flow path , the liquid flow generation member is configured to generate a pressure higher than pressures to be applied to the downstream side of the first bifurcated flow path and the downstream side of the second bifurcated flow path . characterized in that the technique simulator further comprises a pressure difference generation member configured to cause a pressure difference to be generated between a downstream side of the first bifurcated flow path and a downstream side of the second bifurcated flow path . a flow path configured to contain a liquid (L) that imitates blood; a liquid flow generation member configured to generate flow of the liquid (L); and a catheter insertion port configured to allow the catheter to be interposed into the flow path , wherein the flow path comprises a bifurcated portion that is located downstream of the catheter insertion port and is to be bifurcated into at least two flow paths , and a plurality of bifurcated flow paths provided downstream of the bifurcated portion , and the plurality of the bifurcated flow paths include a first bifurcated flow path and a second bifurcated flow path , the liquid flow generation member is configured to generate a pressure higher than pressures to be applied to the downstream side of the first bifurcated flow path and the downstream side of the second bifurcated flow path .
A seamless steel tube for oil wells, having a yield strength of 758 MPa or more, consisting of, on a mass basis, 0.15% to 0.50% C, 0.1% to 1.0% Si, 0.3% to 1.0% Mn, 0.015% or less P, 0.005% or less S, 0.01% to 0.1% Al, 0.01% or less N, 0.1% to 1.7% Cr, 0.40% to 1.1% Mo, 0.01% to 0.12% V, 0.01% to 0.08% Nb, 0.0005% to 0.003% B and 0.03% to 1.0% Cu, optionally further at least one of 1.0% or less Ni, 0.03% or less Ti, 2.0% or less W, and 0.001% to 0.005% Ca, the remainder being Fe and unavoidable impurities, the seamless steel tube having a microstructure containing 95% or more of a tempered martensite phase that is a main phase and less than 5% of a second phase on a volume basis and which contains prior-austenite grains with a grain size number of 8.5 or more according to JIS G 0551 and 0.06% by mass or more of a dispersed M 2 C-type precipitate having a spherical or spheroid shape, wherein the content of solute Mo is 0.40% or more on a mass basis.
An electronic system comprising two or more units a data link between the units and a change-over mechanism which is adapted to respond to a malfunction in a unit currently in use by switching into service a backup unit, characterised in that each unit includes: - at least a first transmitter (1.1; 2.1) and a second receiver (1.3; 2.3), which are adapted to exchange signals with an operator line (OL1), and - an associated main processor (1.5; 2.5) programmed to implement the change-over mechanism and perform a change-over function, wherein the main processor of the radio unit currently in use is arranged for deriving an indication of a relative performance measurement, by calculating scores respectively for the unit currently in use and for the backup unit, for comparing the performance measurements for the different units, and for selecting for use the unit (1; 2) with the best performance measurement. - at least a first transmitter (1.1; 2.1) and a second receiver (1.3; 2.3), which are adapted to exchange signals with an operator line (OL1), and - an associated main processor (1.5; 2.5) programmed to implement the change-over mechanism and perform a change-over function, wherein the main processor of the radio unit currently in use is arranged for deriving an indication of a relative performance measurement, by calculating scores respectively for the unit currently in use and for the backup unit, for comparing the performance measurements for the different units, and for selecting for use the unit (1; 2) with the best performance measurement.