mhurhangee/ep-ind-claims huggingface dataset:
A chip card comprising a multiplicity of regions, which are each marked as a key region and to which there is assigned in each case a first and a second strain gauge (3, 4), wherein the strain gauges (3, 4) are configured as printed or etched structures, characterized by - an evaluation device which is adapted, - on the basis on the one hand of a change in the electrical resistance of a first strain gauge or a group of a first type of electrically series-connected first strain gauges, and - on the other hand a change in the electrical resistance of a second strain gauge or a group of a second type of electrically series-connected second strain gauges - to identify a region of the multiplicity of regions marked as key to which a force is applied. / - an evaluation device which is adapted, - on the basis on the one hand of a change in the electrical resistance of a first strain gauge or a group of a first type of electrically series-connected first strain gauges, and - on the other hand a change in the electrical resistance of a second strain gauge or a group of a second type of electrically series-connected second strain gauges - to identify a region of the multiplicity of regions marked as key to which a force is applied. /
A monitoring system for monitoring the condition of at least one line guided by a line guide apparatus, in particular an energy guide chain, wherein the at least one line (13; 13A; 13B) is guided by a displaceable line guide apparatus (1; 41) for guiding the line between a first connection point and a second connection point, the monitoring system comprising: - a monitoring device (10; 20; 30) having an evaluation unit which detects information about the condition of the line to be monitored; characterized in that - the monitoring device (10; 20; 30) comprises at least a first device, which has an interface for data communication according to a protocol for digital data transmission and which is configured to communicate with a second device, which has an interface for data communication according to the same protocol for digital data transmission; - wherein the interfaces of the two devices are connectable by way of the at least one line (13; 13A; 13B); and - that the first device comprises the evaluation unit and the evaluation unit is configured to detect information about the condition of the line to be monitored on the basis of an information technological quality feature of a data link between the first device and the second device. - a monitoring device (10; 20; 30) having an evaluation unit which detects information about the condition of the line to be monitored; characterized in that - the monitoring device (10; 20; 30) comprises at least a first device, which has an interface for data communication according to a protocol for digital data transmission and which is configured to communicate with a second device, which has an interface for data communication according to the same protocol for digital data transmission; - wherein the interfaces of the two devices are connectable by way of the at least one line (13; 13A; 13B); and - that the first device comprises the evaluation unit and the evaluation unit is configured to detect information about the condition of the line to be monitored on the basis of an information technological quality feature of a data link between the first device and the second device.
Method for producing a packaged viscoelastic polymer substance, comprising the steps of: a) providing and plastifying a viscoelastic polymer substance at elevated temperatures, the polymer substance being a polymer substance based on poly(meth)acrylates having a weight-average molecular weight of 500 000 g/mol or more; b) continuously dispensing the plastified viscoelastic polymer substance into a protective polymer film, which has no self-adhesive properties and which before being filled with the viscoelastic polymer substance has been brought into a tubular form, to give a strandlike polymer assembly having a diameter of 55 to 70 mm, comprising a core of the plastified viscoelastic polymer substance and a shell of the protective polymer film, where the fraction of the protective polymer film, based on the total weight of protective polymer film and viscoelastic polymer substance, is less than 1.0 wt%, and where the plastified viscoelastic polymer substance has a viscosity of more than 100 Pas at the instant of being dispensed into the tubular protective polymer film; c) converting the strandlike polymer assembly into a flattened strandlike polymer assembly whose smallest cross section has a ratio of width to height of about 2:1 to 7:1; d) cooling the flattened strandlike polymer assembly to a temperature at which the polymer assembly is still plastically deformable; e) and subsequently winding the flattened strandlike polymer assembly onto a reel, where the strandlike polymer assembly wound onto the reel has a length of more than 30 meters. a) providing and plastifying a viscoelastic polymer substance at elevated temperatures, the polymer substance being a polymer substance based on poly(meth)acrylates having a weight-average molecular weight of 500 000 g/mol or more; b) continuously dispensing the plastified viscoelastic polymer substance into a protective polymer film, which has no self-adhesive properties and which before being filled with the viscoelastic polymer substance has been brought into a tubular form, to give a strandlike polymer assembly having a diameter of 55 to 70 mm, comprising a core of the plastified viscoelastic polymer substance and a shell of the protective polymer film, where the fraction of the protective polymer film, based on the total weight of protective polymer film and viscoelastic polymer substance, is less than 1.0 wt%, and where the plastified viscoelastic polymer substance has a viscosity of more than 100 Pas at the instant of being dispensed into the tubular protective polymer film; c) converting the strandlike polymer assembly into a flattened strandlike polymer assembly whose smallest cross section has a ratio of width to height of about 2:1 to 7:1; d) cooling the flattened strandlike polymer assembly to a temperature at which the polymer assembly is still plastically deformable; e) and subsequently winding the flattened strandlike polymer assembly onto a reel, where the strandlike polymer assembly wound onto the reel has a length of more than 30 meters.
A valve assembly comprising: a selectively energizable coil; a valve body that defines an interior cavity and has a primary supply port, a secondary supply port, a control port, and an exhaust port each extending to the interior cavity; an armature assembly configured to move within the interior cavity from a first position to a second position when the coil is energized; a regulator body operatively connected to the valve body and having an exhaust passage positioned at the exhaust port; a regulator valve positioned in the regulator body and configured to prevent fluid flow out of the exhaust passage when fluid pressure on the regulator valve is not greater than a predetermined pilot pressure, and configured to permit fluid flow out of the exhaust passage when fluid pressure on the regulator valve is greater than the predetermined pilot pressure; and characterised in that the valve body and armature assembly are configured to permit fluid flow from the secondary supply port to the control port at the predetermined pilot pressure and block fluid flow from the primary supply port to the control port when the armature is in one of the first position and the second position; and wherein the valve body and the armature assembly are configured to permit fluid flow from the primary supply port to the control port at a supply pressure greater than the predetermined pilot pressure when the armature is in the other of the first position and the second position. a selectively energizable coil; a valve body that defines an interior cavity and has a primary supply port, a secondary supply port, a control port, and an exhaust port each extending to the interior cavity; an armature assembly configured to move within the interior cavity from a first position to a second position when the coil is energized; a regulator body operatively connected to the valve body and having an exhaust passage positioned at the exhaust port; a regulator valve positioned in the regulator body and configured to prevent fluid flow out of the exhaust passage when fluid pressure on the regulator valve is not greater than a predetermined pilot pressure, and configured to permit fluid flow out of the exhaust passage when fluid pressure on the regulator valve is greater than the predetermined pilot pressure; and characterised in that the valve body and armature assembly are configured to permit fluid flow from the secondary supply port to the control port at the predetermined pilot pressure and block fluid flow from the primary supply port to the control port when the armature is in one of the first position and the second position; and wherein the valve body and the armature assembly are configured to permit fluid flow from the primary supply port to the control port at a supply pressure greater than the predetermined pilot pressure when the armature is in the other of the first position and the second position.
A variable chamber baler comprising: • a bale chamber having a width defined by first and second side walls; • at least one belt that defines a bale forming zone within the bale chamber, wherein bale material is rotated and compressed by the belt within the bale forming zone to form a bale; • at least one roller over which the belt runs, said at least one roller comprising a sensing roller having first and second ends supported by respective first and second support elements; • a belt tensioner that is configured to adjust the belt tension; • first and second strain gauges mounted respectively on the first and second support elements and configured to sense strain in the first and second support elements; and • a control device connected to receive strain signals from the first and second strain gauges; characterised in that the control device is configured to determine from the received strain signals a difference in belt tension across the width of the bale chamber and the control device is configured to control operation of the belt tensioner so as to reduce the belt tension if: i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit. • a bale chamber having a width defined by first and second side walls; • at least one belt that defines a bale forming zone within the bale chamber, wherein bale material is rotated and compressed by the belt within the bale forming zone to form a bale; • at least one roller over which the belt runs, said at least one roller comprising a sensing roller having first and second ends supported by respective first and second support elements; • a belt tensioner that is configured to adjust the belt tension; • first and second strain gauges mounted respectively on the first and second support elements and configured to sense strain in the first and second support elements; and • a control device connected to receive strain signals from the first and second strain gauges; the control device is configured to determine from the received strain signals a difference in belt tension across the width of the bale chamber and the control device is configured to control operation of the belt tensioner so as to reduce the belt tension if: i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit. i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit.
Adjustable chair of the motorized form comprising a base component a pair of side support members, between which is secured a seat pad support member, a seat pad, a backrest, and a foot rest, wherein the seat pad is secured to the side support members, the side support members 16 each carry at least two pairs of rollers, which, in use, each pair ride within respective arcuate grooves of a pair of arcuate grooves provided in side members of the base component 28 such that the seat pad can pivotally move about a pivot point defined by the centre of curvature of the two arcuate grooves from the general horizontal position to an inclined position under the operation of an actuator connected to the seat pad and base component 28 via respective motor mounting brackets (30,32), the backrest being guided for pivot-like movement relative to the seat pad by means of a pair of rollers carried by a bracket provided on the backrest and a guide provided on the side support members, the pivot-like movement being about a pivot point located at the center of curvature of the arcuate groove under the operation of an actuator connected to the bracket and side members via mounting brackets, the foot rest 14 mounted upon a bracket having a pair of rollers secured thereto, the rollers being located within arcuate groove formed in the side member 26, the bracket serving as a mounting bracket for a motor device, the other end of the motor device being secured to a mounting bracket 48 associated with the base component the motor device driving the foot rest between substantially vertical and horizontal orientations.
Scanning microscope for optical measurement of an object, comprising an objective, a light source and a scanner control unit, wherein the scanning microscope is configured in such a way that a measuring beam emitted by the light source strikes the object being measured and the measuring beam reflected by the object passes in the form of a reflected beam through the objective into the beam path of the microscope, wherein the scanning microscope further comprises a signal detector and a signal storage unit, the signal detector being arranged in the beam path of the scanning microscope in such a way that the reflected beam is imaged onto the signal detector and the signal storage unit being connected to the signal detector for storage of a measurement series of signals of the signal detector, wherein the scanning microscope comprises an analysis unit, which is connected to the signal storage unit, for determining a speed and/or an amplitude of an in-plane movement from the measurement series for at least one measuring point by means of the analysis unit and wherein the scanning microscope comprises an interferometer which is arranged in the beam path of the scanning microscope in such a way that the interferometer measuring beam emitted by the interferometer is imaged via the objective onto the measuring point on the object and the interferometer measuring beam reflected by the object, in the form of an interferometer reflected beam, is imaged again via the objective and the beam path of the microscope into the interferometer, the interferometer comprising an interferometer analysis unit for determination of the movement of the object parallel to the interferometer measuring beam from the interferometric measurement data, characterised in that the scanning microscope comprises a displacement unit and the scanner control unit is configured to co-operate with the displacement unit in such a way that the scanner control unit controls the displacement unit by means of control signals in such a way that the relative position between the object being measured and the measuring beam is altered so that the measuring beam can be directed onto at least two preset, differently located measuring points on the object, the scanner control unit is connected to the signal storage unit to control the signal storage unit for the storage of at least one measurement series for each measuring point on the object having at least two chronologically successive measuring signals of the signal detector with a preset sampling frequency of at least 1 kHz and for a preset duration or for a preset number of measuring signals to be stored, the interferometer analysis unit is connected to the signal storage unit for storage of the movement data determined by means of the interferometer analysis unit in addition to the measurement series of the measuring signals of the signal detector for each measuring point on the object and the interferometer is the signal detector, the measuring signal for the in-plane movement being obtained from the carrier strength of the interferometer measuring signal.
Piece of furniture in which a washing machine can be placed, comprising: - two substantially vertical side walls, - a substantially horizontal bottom wall, - a substantially horizontal top wall, and - a substantially horizontal carrier for the washing machine, placed between the bottom wall and the top wall, wherein the side walls are placed on top of the bottom wall and wherein the carrier is fixed at a distance above the bottom wall, thus forming a storage space between the bottom wall and the carrier characterized in that one or more support means for transmitting vertical forces are placed between the bottom wall and the carrier; in that the support means are plate-like and placed substantially parallel to the side walls and/or the rear side; and in that a retaining member is arranged at a front side of the carrier, wherein the retaining member is formed by an L-shaped metal strip having an upright leg extending in front of the carrier, and a horizontal leg extending below the carrier, and wherein the horizontal leg is fixedly connected to the carrier by a number of connectors, e.g. screws. - two substantially vertical side walls, - a substantially horizontal bottom wall, - a substantially horizontal top wall, and - a substantially horizontal carrier for the washing machine, placed between the bottom wall and the top wall, wherein the side walls are placed on top of the bottom wall and wherein the carrier is fixed at a distance above the bottom wall, thus forming a storage space between the bottom wall and the carrier characterized in that one or more support means for transmitting vertical forces are placed between the bottom wall and the carrier; in that the support means are plate-like and placed substantially parallel to the side walls and/or the rear side; and in that a retaining member is arranged at a front side of the carrier, wherein the retaining member is formed by an L-shaped metal strip having an upright leg extending in front of the carrier, and a horizontal leg extending below the carrier, and wherein the horizontal leg is fixedly connected to the carrier by a number of connectors, e.g. screws. wherein the side walls are placed on top of the bottom wall and wherein the carrier is fixed at a distance above the bottom wall, thus forming a storage space between the bottom wall and the carrier characterized in that one or more support means for transmitting vertical forces are placed between the bottom wall and the carrier; in that the support means are plate-like and placed substantially parallel to the side walls and/or the rear side; and in that a retaining member is arranged at a front side of the carrier, wherein the retaining member is formed by an L-shaped metal strip having an upright leg extending in front of the carrier, and a horizontal leg extending below the carrier, and wherein the horizontal leg is fixedly connected to the carrier by a number of connectors, e.g. screws.
Seatbelt arrangement for a motor vehicle, having - a seatbelt; - at least one sensor, characterized in that the sensor is at least partially arranged in an opening of the seatbelt, said opening being at least substantially formed by displacement of material of the seatbelt, wherein the seatbelt is composed of a woven material and the opening is formed by pushing apart material threads (231, 232) of the woven material. - a seatbelt; - at least one sensor,
A solidification matrix comprising: (a) 0.1 to 20 wt.% of a sugar selected from the group consisting of a monosaccharide, a disaccharide, a sugar alcohol having at least 6 carbon atoms, and mixtures thereof, wherein the sugar is sorbitol; (b) 50 to 95 wt.% of a carbonate; and (c) 5 to 50 wt.% of water, wherein the amounts of (a), (b) and (c) do not result in more than 100 wt.%, wherein the solidification matrix is a hydrate salt, wherein if heated at a temperature of 49 °C (120 °F), the solidification matrix is dimensionally stable and has a growth exponent of less than 3%. (a) 0.1 to 20 wt.% of a sugar selected from the group consisting of a monosaccharide, a disaccharide, a sugar alcohol having at least 6 carbon atoms, and mixtures thereof, wherein the sugar is sorbitol; (b) 50 to 95 wt.% of a carbonate; and (c) 5 to 50 wt.% of water,
An organic thin film transistor, comprising: a substrate; a gate electrode; a gate insulating film; a source electrode on the gate insulating film; a drain electrode on the gate insulating film at an interval with the source electrode to form a channel region; and an organic semiconductor layer; wherein the gate insulating film includes an electrode formation region having surface energy increased by energy deposition, characterised in that the source electrode or the drain electrode has in plan view two projecting acute-angled corners joining a side thereof which is parallel to the channel region, said acute-angled corners and said side facing away from the channel region. a substrate; a gate electrode; a gate insulating film; a source electrode on the gate insulating film; a drain electrode on the gate insulating film at an interval with the source electrode to form a channel region; and an organic semiconductor layer; wherein the gate insulating film includes an electrode formation region having surface energy increased by energy deposition, characterised in that the source electrode or the drain electrode has in plan view two projecting acute-angled corners joining a side thereof which is parallel to the channel region, said acute-angled corners and said side facing away from the channel region.