mhurhangee/ep-ind-claims huggingface dataset:
A golf trolley for carrying of a golf bag, in an operational state of the golf trolley comprising a. a left front wheel being arranged on a horizontal front axis and driven by a left motor; and b. the horizontal front axis constituting a first horizontal plane; and c. a right front wheel being arranged on the front axis and driven by a right motor; and d. a rear wheel being arranged a distance apart from the front axis e. the left and the right front wheel (110, 120) and the rear wheel constituting a forward driving direction (w) of the golf trolley; and f. a base structure mechanically interconnecting the left front wheel and the right front wheel and the rear wheel; and g. a pillar attached to the base structure and configured to be interconnected with a golf bag to be conveyed by the golf trolley, the pillar protruding from the base structure in direction of the rear wheel by a tilt angle (α) of between 35° and 85° from the first horizontal plane, wherein the pillar can be pivoted about a first fold axis, the first fold axis being parallel to the front axis, and h. a centrepiece arranged at the base structure interconnecting the base structure with the pillar, wherein the front axis and the first fold axis passing through the centrepiece. a. a left front wheel being arranged on a horizontal front axis and driven by a left motor; and b. the horizontal front axis constituting a first horizontal plane; and c. a right front wheel being arranged on the front axis and driven by a right motor; and d. a rear wheel being arranged a distance apart from the front axis e. the left and the right front wheel (110, 120) and the rear wheel constituting a forward driving direction (w) of the golf trolley; and f. a base structure mechanically interconnecting the left front wheel and the right front wheel and the rear wheel; and g. a pillar attached to the base structure and configured to be interconnected with a golf bag to be conveyed by the golf trolley, the pillar protruding from the base structure in direction of the rear wheel by a tilt angle (α) of between 35° and 85° from the first horizontal plane, wherein the pillar can be pivoted about a first fold axis, the first fold axis being parallel to the front axis, and h. a centrepiece arranged at the base structure interconnecting the base structure with the pillar, wherein the front axis and the first fold axis passing through the centrepiece.
An information processing apparatus comprising: a display unit; a display control unit configured to display a first map and a first display object on the display unit; and an operation detection unit (105; 155) configured to detect a first operation of selecting a first spot on the first map, wherein the display control unit displays a second map associated with the selected first spot instead of the first map when the first operation is detected, and when the selected first spot is a destination, the display control unit displays the destination on the second map, and wherein the display control unit displays, on the second map, a search screen (M2A; M2B) for searching for a second spot of a category (1012, 1014, 1011; 1022, 1024, 1026) according to a type of the first spot; characterized in that: the first display object is located at the first spot on the first map, the operation detection unit (105; 155) is a touch sensor superimposed on the display unit, and the touch sensor is configured to detect the first operation by accepting an operation of a user moving a finger so as to surround the first display object displayed on the first map for indicating the first spot. a display unit; a display control unit configured to display a first map and a first display object on the display unit; and an operation detection unit (105; 155) configured to detect a first operation of selecting a first spot on the first map, wherein the display control unit displays a second map associated with the selected first spot instead of the first map when the first operation is detected, and when the selected first spot is a destination, the display control unit displays the destination on the second map, and wherein the display control unit displays, on the second map, a search screen (M2A; the first display object is located at the first spot on the first map, the operation detection unit (105; 155) is a touch sensor superimposed on the display unit, and the touch sensor is configured to detect the first operation by accepting an operation of a user moving a finger so as to surround the first display object displayed on the first map for indicating the first spot.
A method of forming a welded end effector (10, 210), comprising: providing a length of suture (12, 212) including a knot (10a, 210a), the suture (12, 212) having a longitudinal axis (x) providing a welding device selectively engagable with the knot (10a, 210a) and including: a base; and a welder positioned adjacent to the base, the welder including a die extending towards the base; positioning at least a portion of the suture (12, 212) between the base and the die; activating the welding device; and reducing a gap between the welding device and the base supporting the knot (10a, 210a) characterised in that the base comprises a substantially flat working surface and defines an opening therethrough to receive the suture (12, 212), and in that reducing a gap between the welding device and the base supporting the knot (10a, 210a) causes the knot (10a, 210a) to form an end effector (10, 210) comprising a flattened member extending generally perpendicular to the longitudinal axis (x). providing a length of suture (12, 212) including a knot (10a, 210a), the suture (12, 212) having a longitudinal axis (x) providing a welding device selectively engagable with the knot (10a, 210a) and including: a base; and a welder positioned adjacent to the base, the welder including a die extending towards the base; a base; and a welder positioned adjacent to the base, the welder including a die extending towards the base; positioning at least a portion of the suture (12, 212) between the base and the die; activating the welding device; and reducing a gap between the welding device and the base supporting the knot (10a, 210a) characterised in that the base comprises a substantially flat working surface and defines an opening therethrough to receive the suture (12, 212), and in that reducing a gap between the welding device and the base supporting the knot (10a, 210a) causes the knot (10a, 210a) to form an end effector (10, 210) comprising a flattened member extending generally perpendicular to the longitudinal axis (x).
An electronic device, comprising: a battery; a charging circuit electrically connected to the battery; a first connector; a second connector; a first switch configured to electrically connect the first connector to the charging circuit or to open an electrical connection between the first connector and the charging circuit; a second switch configured to electrically connect the second connector to the charging circuit or to open an electrical connection between the second connector and the charging circuit; a first control circuit configured to control the first switch to electrically connect the first connector to the charging circuit and to control the second switch to open the electrical connection between the second connector and the charging circuit based on first power supplied by a first external electronic device through the first connector; and a second control circuit configured to at least partially control the second switch to electrically connect the second connector to the charging circuit based at least in part on second power supplied by a second external electronic device through the second connector. a battery; a charging circuit electrically connected to the battery; a first connector; a second connector; a first switch configured to electrically connect the first connector to the charging circuit or to open an electrical connection between the first connector and the charging circuit; a second switch configured to electrically connect the second connector to the charging circuit or to open an electrical connection between the second connector and the charging circuit; a first control circuit configured to control the first switch to electrically connect the first connector to the charging circuit and to control the second switch to open the electrical connection between the second connector and the charging circuit based on first power supplied by a first external electronic device through the first connector; and a second control circuit configured to at least partially control the second switch to electrically connect the second connector to the charging circuit based at least in part on second power supplied by a second external electronic device through the second connector.
A heat transfer fluid comprising a freezing point-depressant; an aromatic carboxylic acid or a salt thereof, an aliphatic carboxylic acid or a salt thereof, or a combination of the foregoing; an inorganic phosphate; a magnesium compound; deionized water; a component selected from the group consisting of an azole compound, a copper alloy corrosion inhibitor, a phosphonocarboxylate, a phosphinocarboxylate, a benzoate, a molybdate, a mercaptobenzothiazole, and combinations of two or more of the foregoing components; and nitrate, said nitrate being in an amount less than or equal to 40 ppm of nitrate; wherein the heat transfer fluid is free of silicates and borates.
An ultrasonic cartilage analyzing device for generating analysis data relating to a state of a cartilage of a living body based on two or more echo signals that are reflections of two or more ultrasonic signals transmitted from outside the living body to different positions inside the living body, the device comprising: a selecting unit configured to select ultrasonic signals of which an incident angle on the cartilage surface is substantially perpendicular, from the two or more transmitted ultrasonic signals; an acquisition unit configured to acquire amplitude values of two or more echo signals reflected on the surface of the cartilage corresponding to the ultrasonic signals selected by the selecting unit; a calculator configured to calculate a statistical value of the amplitude values acquired by the acquisition unit; and a generator configured to generate the analysis data relating to the state of the cartilage based on the statistical value calculated by the calculator. a selecting unit configured to select ultrasonic signals of which an incident angle on the cartilage surface is substantially perpendicular, from the two or more transmitted ultrasonic signals; an acquisition unit configured to acquire amplitude values of two or more echo signals reflected on the surface of the cartilage corresponding to the ultrasonic signals selected by the selecting unit; a calculator configured to calculate a statistical value of the amplitude values acquired by the acquisition unit; and a generator configured to generate the analysis data relating to the state of the cartilage based on the statistical value calculated by the calculator.
A surgical cutting instrument for cutting material with a blade, comprising: a hand-graspable body for manipulating the cutting instrument; a motor associated with the hand-graspable body; a blade coupling mechanism associated with the hand-graspable body, comprising: a first coupling member (138, 252) having a first blade-contacting surface, and a second coupling member having a second blade-contacting surface; a shaft portion extending from the first coupling member and through a bore formed in the second coupling member; a sleeve having a bore extending through the sleeve and through which the shaft portion extends, wherein the sleeve is moveable relative to the shaft portion; wherein the shaft portion is coupled to the motor to provide a cutting oscillation to the blade; and characterized in that the first blade-contacting surface has at least one first protrusion extending therefrom and configured to engage the blade, and wherein the second blade-contacting surface has at least one second protrusion extending therefrom and configured to engage the blade. a hand-graspable body for manipulating the cutting instrument; a motor associated with the hand-graspable body; a blade coupling mechanism associated with the hand-graspable body, comprising: a first coupling member (138, 252) having a first blade-contacting surface, and a second coupling member having a second blade-contacting surface; a first coupling member (138, 252) having a first blade-contacting surface, and a second coupling member having a second blade-contacting surface; a shaft portion extending from the first coupling member and through a bore formed in the second coupling member; a sleeve having a bore extending through the sleeve and through which the shaft portion extends, wherein the sleeve is moveable relative to the shaft portion; wherein the shaft portion is coupled to the motor to provide a cutting oscillation to the blade; and characterized in that the first blade-contacting surface has at least one first protrusion extending therefrom and configured to engage the blade, and wherein the second blade-contacting surface has at least one second protrusion extending therefrom and configured to engage the blade.
A squeeze film damper comprising: an inner ring disposed around a radially outer side of a bearing, the bearing rotatably supporting a rotary shaft; an outer ring disposed around a radially outer side of the inner ring; a squeeze film formed by circulating a viscous fluid through a clearance in a radial direction between the inner ring and the outer ring; and a coupling member (32; 71; 121) configured to couple the inner ring and the outer ring to each other, the coupling member (32; 71; 121) being deformable in response to relative displacement in the radial direction between the outer ring and the inner ring, wherein the coupling member (32; 71; 121) has stiffness that is higher in a load direction than in a perpendicular direction perpendicular to the load direction in a cross section perpendicular to an axial direction, characterized in that a plurality of the coupling members (32; 71) are disposed along the axial direction at predetermined intervals in a circumferential direction of the rotary shaft, and the intervals in the circumferential direction of the plurality of coupling members (32; 71) are short on both sides in the load direction and long on both sides in the perpendicular direction. an inner ring disposed around a radially outer side of a bearing, the bearing rotatably supporting a rotary shaft; an outer ring disposed around a radially outer side of the inner ring; a squeeze film formed by circulating a viscous fluid through a clearance in a radial direction between the inner ring and the outer ring; and a coupling member (32; 71; 121) configured to couple the inner ring and the outer ring to each other, the coupling member (32; 71; 121) being deformable in response to relative displacement in the radial direction between the outer ring and the inner ring, wherein the coupling member (32; 71; 121) has stiffness that is higher in a load direction than in a perpendicular direction perpendicular to the load direction in a cross section perpendicular to an axial direction, characterized in that a plurality of the coupling members (32; 71) are disposed along the axial direction at predetermined intervals in a circumferential direction of the rotary shaft, and the intervals in the circumferential direction of the plurality of coupling members (32; 71) are short on both sides in the load direction and long on both sides in the perpendicular direction.
A microfluidic diagnostic chip, comprising: a number of microfluidic channels (102,202) defined in a substrate, each microfluidic channel fluidly coupled to at least one fluidic slot (101,201); the at least one fluidic slot to receive a number of fluids; a number of gold sensors (103,203), each gold sensor having a thickness of between 150 and 500 nanometers (1500 and 5000 angstroms); a layer of tantalum deposited over a portion of the substrate, the gold sensors being formed by a layer of gold deposited on a portion of the tantalum; and a layer of silicon carbide selectively deposited on top of the tantalum layer and layer of gold forming the gold sensors, the layer of silicon carbide covering all exposed portions of the layer of tantalum and not covering completely the entirety of the layer of gold forming the gold sensors. a number of microfluidic channels (102,202) defined in a substrate, each microfluidic channel fluidly coupled to at least one fluidic slot (101,201); the at least one fluidic slot to receive a number of fluids; a number of gold sensors (103,203), each gold sensor having a thickness of between 150 and 500 nanometers (1500 and 5000 angstroms); a layer of tantalum deposited over a portion of the substrate, the gold sensors being formed by a layer of gold deposited on a portion of the tantalum; and a layer of silicon carbide selectively deposited on top of the tantalum layer and layer of gold forming the gold sensors, the layer of silicon carbide covering all exposed portions of the layer of tantalum and not covering completely the entirety of the layer of gold forming the gold sensors.
A method for manufacturing a value document, in particular a banknote, comprising a) making available a value document substrate; b) printing the value document substrate with a printing ink based on magnetically orientable effect pigments; c) as long as the printed printing ink is still liquid, orienting or aligning the magnetically orientable effect pigments by means of a first magnetic field; d) selectively curing the ink matrix surrounding the magnetically oriented effect pigments by UV radiation or by laser radiation in a first region of the printed printing ink, so that the effect pigments are immobilized in the aligned state, wherein the curing takes place with a resolution or a line width of less than 1.59 mm, characterized in that by means of the selective curing of the ink matrix surrounding the magnetically oriented effect pigments mutually interlaced image regions are produced, each of which having a resolution or line width of less than 200 μm. a) making available a value document substrate; b) printing the value document substrate with a printing ink based on magnetically orientable effect pigments; c) as long as the printed printing ink is still liquid, orienting or aligning the magnetically orientable effect pigments by means of a first magnetic field; d) selectively curing the ink matrix surrounding the magnetically oriented effect pigments by UV radiation or by laser radiation in a first region of the printed printing ink, so that the effect pigments are immobilized in the aligned state, wherein the curing takes place with a resolution or a line width of less than 1.59 mm,
Method of MR imaging of at least a portion of a body placed within the examination volume of a MR device, the method comprising the steps of: - determining the presence of a metal implant in the body, - subjecting the portion of the body to a first imaging sequence of RF pulses and switched magnetic field gradients, wherein first MR signals are acquired via at least two RF coils (11, 12, 13) having different spatial sensitivity profiles within the examination volume, - deriving the spatial sensitivity profiles of the at least two RF coils (11, 12, 13) from the acquired first MR signals, - subjecting the portion of the body to a second imaging sequence of RF pulses and switched magnetic field gradients, wherein second MR signals are acquired by parallel acquisition via the at least two RF coils (11, 12, 13) with sub-sampling of k-space, - reconstructing a MR image from the acquired second MR signals and from the spatial sensitivity profiles of the at least two RF coils (11, 12, 13), wherein the MR image is reconstructed by using a SENSE algorithm, and wherein the type of the first imaging sequence is selected automatically depending on the determination of the presence of a metal implant in the body, wherein the selection of the type of the first imaging sequence is made between - a gradient echo sequence, if no metal implant is present, and - a stimulated echo sequence, if a metal implant is present. - determining the presence of a metal implant in the body, - subjecting the portion of the body to a first imaging sequence of RF pulses and switched magnetic field gradients, wherein first MR signals are acquired via at least two RF coils (11, 12, 13) having different spatial sensitivity profiles within the examination volume, - deriving the spatial sensitivity profiles of the at least two RF coils (11, 12, 13) from the acquired first MR signals, - subjecting the portion of the body to a second imaging sequence of RF pulses and switched magnetic field gradients, wherein second MR signals are acquired by parallel acquisition via the at least two RF coils (11, 12, 13) with sub-sampling of k-space, - reconstructing a MR image from the acquired second MR signals and from the spatial sensitivity profiles of the at least two RF coils (11, 12, 13), wherein the MR image is reconstructed by using a SENSE algorithm, and - a gradient echo sequence, if no metal implant is present, and - a stimulated echo sequence, if a metal implant is present.
Method for operating a parking assistance system for at least one motor vehicle, comprising the following method steps: a) detecting surroundings of the motor vehicle in a parking facility for motor vehicles by way of a surroundings detection device of the one motor vehicle; b) transmitting surroundings data, generated by the surroundings detection device and representing the detected surroundings, and position data, associated with the respective surroundings data and representing at least one position travelled or parked in by the one motor vehicle in the surroundings, to a computing device external to the vehicle; c) training a neural network to recognize areas able to be travelled or parked in in the detected surroundings on the basis of the surroundings data using a supervised learning process that is based on the surroundings data and the associated position data, in the computing device external to the vehicle; d) transmitting back profile information that characterizes the trained neural network from the computing device external to the vehicle to the one motor vehicle or to another motor vehicle; e) configuring a local neural network of a parking assistance device of the respective motor vehicle, which local neural network serves to recognize areas able to be travelled or parked in in surroundings detected by a surroundings detection device of the respective motor vehicle, with the profile information that is transmitted back. a) detecting surroundings of the motor vehicle in a parking facility for motor vehicles by way of a surroundings detection device of the one motor vehicle; b) transmitting surroundings data, generated by the surroundings detection device and representing the detected surroundings, and position data, associated with the respective surroundings data and representing at least one position travelled or parked in by the one motor vehicle in the surroundings, to a computing device external to the vehicle; c) training a neural network to recognize areas able to be travelled or parked in in the detected surroundings on the basis of the surroundings data using a supervised learning process that is based on the surroundings data and the associated position data, in the computing device external to the vehicle; d) transmitting back profile information that characterizes the trained neural network from the computing device external to the vehicle to the one motor vehicle or to another motor vehicle; e) configuring a local neural network of a parking assistance device of the respective motor vehicle, which local neural network serves to recognize areas able to be travelled or parked in in surroundings detected by a surroundings detection device of the respective motor vehicle, with the profile information that is transmitted back.