mhurhangee/ep-ind-claims huggingface dataset:
A flexible hose for the transportation of liquids or fluids, in particular a garden hose for the transportation of drinking water, comprising: - at least one first layer with an exposed surface made of a first polymeric material; - at least one second layer arranged inside said first layer made of a second polymeric material; - at least one textile reinforcement layer interposed between said first layer and at least one second layer; characterized in that said at least one first layer comprises a plurality of QR codes, said exposed surface including a plurality of portions on each of which there is printed a respective QR code designed to be scanned by a QR code reader, each QR code consisting of a respective at least one ink layer compatible with said first polymeric material. - at least one first layer with an exposed surface made of a first polymeric material; - at least one second layer arranged inside said first layer made of a second polymeric material; - at least one textile reinforcement layer interposed between said first layer and at least one second layer;
Anchor implant comprising an implant body, which is made substantially of ceramic material and has an external helical thread, which has more than one thread web and wherein a thread pitch angle of the external helical thread ranges from 30° to 90°.
A composition comprising a thermoplastic fluoropolymer powder and a hydrophobic flow agent, in which the fluoropolymer powder has a particle size defined by a Dv50 of less than or equal to 120 μm, preferably between 25 and 100 micrometers, in which said fluoropolymer has a number-average molecular mass ranging from 5 kDa to 200 kDa as measured by size exclusion chromatography in DMSO/0.1 M NaNO3 with polymethyl methacrylate as calibration standard.
A carrier for carrying a plurality of containers, the carrier comprising: a planar sheet of a plastic material, the sheet having a plurality of container receiving apertures arranged in longitudinal rows and transverse ranks; a panel integrally formed with the sheet, the panel extending outward from an edge of the sheet, characterised in that the panel is die cut to form at least one of a product name, a product property, a promotional shape, a trademark, a tradename, alpha-numeric characters, symbols and a fanciful design. a planar sheet of a plastic material, the sheet having a plurality of container receiving apertures arranged in longitudinal rows and transverse ranks; a panel integrally formed with the sheet, the panel extending outward from an edge of the sheet, characterised in that the panel is die cut to form at least one of a product name, a product property, a promotional shape, a trademark, a tradename, alpha-numeric characters, symbols and a fanciful design.
A component mounting apparatus for mounting a component on a target object by picking up the component with a nozzle from a sheet on which a wafer, being divided into multiple components, is adhered, comprising: a head (22, 122); a nozzle; a first nozzle lifting and lowering device of the head (22, 122) configured to lift and lower a lifting and lowering member with respect to the head (22, 122); a second nozzle lifting and lowering device of the head configured to lift and lower the nozzle with respect to the lifting and lowering member and lifting and lowering the nozzle with respect to the lifting and lowering member; a peeling device; a push-up section configured to push up, from the back side of the sheet, a component to be picked up by the nozzle; a push-up section lifting and lowering device (61, 65, 131) of the peeling device configured to lift and lower the push-up section; a load measuring section configured to measure the load amount acting on the nozzle; and a control section configured to control the first nozzle lifting and lowering device and the push-up section lifting and lowering device (61, 65, 131) so that the nozzle is lowered to a predetermined nozzle position and the push-up section is pushed up to a predetermined push-up position, and to control the second nozzle lifting and lowering device so that the load amount measured by the load measuring section is maintained within a predetermined push-up load range while the nozzle is in contact with the component and the component is being pushed up by the push-up section. a head (22, 122); a nozzle; a first nozzle lifting and lowering device of the head (22, 122) configured to lift and lower a lifting and lowering member with respect to the head (22, 122); a second nozzle lifting and lowering device of the head configured to lift and lower the nozzle with respect to the lifting and lowering member and lifting and lowering the nozzle with respect to the lifting and lowering member; a peeling device; a push-up section configured to push up, from the back side of the sheet, a component to be picked up by the nozzle; a push-up section lifting and lowering device (61, 65, 131) of the peeling device configured to lift and lower the push-up section; a load measuring section configured to measure the load amount acting on the nozzle; and a control section configured to control the first nozzle lifting and lowering device and the push-up section lifting and lowering device (61, 65, 131) so that the nozzle is lowered to a predetermined nozzle position and the push-up section is pushed up to a predetermined push-up position, and to control the second nozzle lifting and lowering device so that the load amount measured by the load measuring section is maintained within a predetermined push-up load range while the nozzle is in contact with the component and the component is being pushed up by the push-up section.
An airstair system for an aircraft, the airstair system comprising: a deployable upper step movable between a stowed configuration when a door of the aircraft is closed and a deployed configuration when the door is open; a primary deployment device resiliently biasing the deployable upper step toward the deployed configuration; and a secondary deployment device movable in coordination with a movement of the door and configured to drive the deployable upper step toward the deployed configuration during opening of the door and during a failure of the primary deployment device. a deployable upper step movable between a stowed configuration when a door of the aircraft is closed and a deployed configuration when the door is open; a primary deployment device resiliently biasing the deployable upper step toward the deployed configuration; and a secondary deployment device movable in coordination with a movement of the door and configured to drive the deployable upper step toward the deployed configuration during opening of the door and during a failure of the primary deployment device.
A compensating coupling for compensating a radial offset between two rotatable elements, said coupling comprising two outer coupling parts (2, 3), specifically an input-side coupling part and an output-side coupling part, which are to be connected to rotatable elements, and with a centre coupling part, which is movable to a limited extent relative to the outer coupling parts (2, 3), the centre coupling part being composed of a tube piece in the form of a damping element, and also two tube end pieces (9, 10), which are fastened to the tube piece and are each provided for centred connection by means of ball head centring with one of the outer coupling parts (2, 3), characterised in that the centre coupling part is centred relative to each of the outer coupling parts (2, 3) by means of a ball head, and in that either a torque-transmitting connection is established between a ball head and the coupling part (2, 3, 4) coupled thereto by a pin secured in the ball head and also a corresponding groove in said coupling part (2, 3, 4), or in that a torque-transmitting connection is established between a ball head and the coupling part (2, 3, 4) coupled thereto with the aid of toothings (31, 32) of the ball head and also of said coupling part (2, 3, 4). a torque-transmitting connection is established between a ball head and the coupling part (2, 3, 4) coupled thereto by a pin secured in the ball head and also a corresponding groove in said coupling part (2, 3, 4), or in that a torque-transmitting connection is established between a ball head and the coupling part (2, 3, 4) coupled thereto with the aid of toothings (31, 32) of the ball head and also of said coupling part (2, 3, 4).
An electrochemical element for a battery, of the type comprising - a first electrode of a first polarity, - a first connection member of the first polarity, - a second electrode of a second polarity, - a second connection member of the second polarity, - an envelope comprising a first wall and a second wall, - the envelope comprising at least one first edge and at least one second edge, the first and second edges forming an enveloping geometric shape having at least one corner, characterized in that the first connection member of the first polarity and the second connection member of the second polarity are arranged completely within the enveloping geometric shape, in that the first connection member of the first polarity is arranged in a first corner of the enveloping geometric shape and the second connection member of the second polarity is also arranged in the first corner of the enveloping geometric shape. - a first electrode of a first polarity, - a first connection member of the first polarity, - a second electrode of a second polarity, - a second connection member of the second polarity, - an envelope comprising a first wall and a second wall, - the envelope comprising at least one first edge and at least one second edge, the first and second edges forming an enveloping geometric shape having at least one corner, characterized in that the first connection member of the first polarity and the second connection member of the second polarity are arranged completely within the enveloping geometric shape, in that the first connection member of the first polarity is arranged in a first corner of the enveloping geometric shape and the second connection member of the second polarity is also arranged in the first corner of the enveloping geometric shape.
Subscriber station (10; 101) in a bus system (1; 2; 3), having a counter for counting every correctly sent message (25, 26, 27), wherein the counter is incremented when a message (25, 26, 27) is sent correctly, a further counter for counting every correctly received message (25, 26, 27), wherein the further counter is incremented when a message (25, 26, 27) is received correctly, characterized by a count reading device for reading the count on the counter or on the further counter, wherein the count reading device is designed to reset a count on the counter or on the further counter when it reads the count thereof, and an evaluation device for evaluating the count that is read by the count reading device, wherein the evaluation device is designed to ascertain a bus load for a bus in the bus system (1; 2; 3) on the basis of an interval of time between read access operations (L1, L2, L3) by the count reading device, the count on the counter or on the further counter and a duration of the messages (25, 26, 27) on the bus.
A flow rate controller of an internal combustion engine, the flow rate including a flow rate of exhaust gas that is recirculated to an intake system from an exhaust system of the internal combustion engine via an EGR passage and a flow rate of fresh air that flows into the internal combustion engine, the flow rate controller comprising: a flow rate change section for changing at least one of the flow rate of the exhaust gas that is recirculated and the flow rate of the fresh air; an arrival position determining section for determining an arrival position of condensed water in the EGR passage at least either at the time of acceleration or at the time of deceleration of the internal combustion engine, the condensed water being moved in the EGR passage by EGR; and a control section for controlling the flow rate change section on the basis of the arrival position determined by the arrival position determining section, characterized in that when it is determined that the arrival position of the condensed water is determined to be on an upstream side of the EGR valve, the control section controls the EGR valve to reduce a degree of valve opening thereof, and when it is determined that the arrival position of the condensed water is determined to be on a downstream side of the EGR valve, the control section controls the EGR valve to reduce the degree of valve opening thereof and controls the diesel throttle to increase a degree of valve opening thereof. a flow rate change section for changing at least one of the flow rate of the exhaust gas that is recirculated and the flow rate of the fresh air; an arrival position determining section for determining an arrival position of condensed water in the EGR passage at least either at the time of acceleration or at the time of deceleration of the internal combustion engine, the condensed water being moved in the EGR passage by EGR; and a control section for controlling the flow rate change section on the basis of the arrival position determined by the arrival position determining section, characterized in that
A wireless transmit/receive unit, WTRU, (200, 300. 500), comprising: a transceiver; and a processor; the transceiver and the processor configured to receive, from a current cell, a handover command that instructs the WTRU (200, 300, 500) to handover to a target cell, wherein the handover command includes a sequence hopping enablement indication and a sequence hopping parameter, wherein the sequence hopping enablement indication indicates whether sequence hopping is enabled for a physical uplink control channel, PUCCH, transmission; the transceiver and the processor configured to perform handover to the target cell in accordance with the received handover command; the processor configured to produce a sequence, wherein on a condition that the sequence hopping enablement indication indicates that sequence hopping is enabled, the produced sequence is based on the sequence hopping parameter; and the transceiver and the processor configured to send a PUCCH transmission derived from the produced sequence along with a PUCCH reference signal. a transceiver; and a processor; the transceiver and the processor configured to receive, from a current cell, a handover command that instructs the WTRU (200, 300, 500) to handover to a target cell, wherein the handover command includes a sequence hopping enablement indication and a sequence hopping parameter, wherein the sequence hopping enablement indication indicates whether sequence hopping is enabled for a physical uplink control channel, PUCCH, transmission; the transceiver and the processor configured to perform handover to the target cell in accordance with the received handover command; the processor configured to produce a sequence, wherein on a condition that the sequence hopping enablement indication indicates that sequence hopping is enabled, the produced sequence is based on the sequence hopping parameter; and the transceiver and the processor configured to send a PUCCH transmission derived from the produced sequence along with a PUCCH reference signal.
A sweetener composition characterized by comprising rebaudioside O and rebaudioside N, characterized in that the rebaudioside O content (% by weight) is 110% to 900% of the rebaudioside N content (% by weight).
A notification device for an elevator, comprising a notification control section for controlling a content to be notified by landing notification means (4, 6, 9) provided to a landing with a plurality of notification modes including a normal notification mode for notifying a user of information relating to an operation of a car, wherein the notification control section switches the notification mode from the normal notification mode to an inspection-information notification mode for notifying an inspection operator of inspection information corresponding to information for inspecting the elevator in response to a predetermined mode switching operation performed on a hall call button (5A, 5B) of a hall operation panel provided to the landing so that the landing notification means (4, 6, 9) is controlled to perform notification of the inspection information, the inspection information contains a plurality of pieces of information, characterized in that the notification control section switches the content to be notified by the landing notification means (4, 6, 9) from any one of the plurality of pieces of information to another one of the plurality of pieces of information in response to a predetermined information switching operation performed on the hall operation panel when the notification mode is the inspection-information notification mode, the predetermined information switching operation being performed on the hall call button (5A, 5B) for addition to or substraction from an inspection-information parameter respectively indicating one of the plurality of pieces of inspection information.
Winding apparatus comprising: - a frame; - a support rotatably mounted on said frame configured to perform a compensation motion with orbital trajectory of a core around a first rotation axis; - a first motor axis for rotating said support; - said core having a non-circular shaped section on which a material is wrapped; characterized in that said core is rotatably mounted on said support and configured to perform a winding motion around a second rotation axis that is not coaxial with said first rotation axis and in that said apparatus comprises a second motor axis for rotating said core, wherein the winding motion and the compensation motion are driven independently through two different electric cams, one controlling the winding motion and the other one controlling the compensation motion. - a frame; - a support rotatably mounted on said frame configured to perform a compensation motion with orbital trajectory of a core around a first rotation axis; - a first motor axis for rotating said support; - said core having a non-circular shaped section on which a material is wrapped;
A method of performance monitoring, the method comprising: a server receiving reports (40; 301, 302, 302, 303, 304, 305, 306) of a performance indicator as measured by an application executed on each of a plurality of wireless communication devices, the application interacting with an application server and the performance indicator being based on monitoring of transactions in which data are transmitted between the application server and the application; on the basis of the received reports (40; 301, 302, 302, 303, 304, 305, 306) and with respect to a subgroup (100-A, 100-B) of the wireless communication devices, the server determining a rate of reporting the performance indicator; and the server sending an indication (50; 60, 70; 309, 310) of the rate of reporting to the application executed on the wireless communication devices of the subgroup (100-A, 100-B) the application then controls a timing of measuring the performance indicator and of transmitting the reports to the server based on the indication, wherein each report (40; 301, 302, 302, 303, 304, 305, 306) comprises meta data related to the wireless communication device providing the report (40; 301, 302, 302, 303, 304, 305, 306), and wherein the server determines the subgroup (100-A, 100-B) on the basis of the meta data indicated in the received reports (40; 301, 302, 302, 303, 304, 305, 306). a server receiving reports (40; 301, 302, 302, 303, 304, 305, 306) of a performance indicator as measured by an application executed on each of a plurality of wireless communication devices, the application interacting with an application server and the performance indicator being based on monitoring of transactions in which data are transmitted between the application server and the application; on the basis of the received reports (40; 301, 302, 302, 303, 304, 305, 306) and with respect to a subgroup (100-A, 100-B) of the wireless communication devices, the server determining a rate of reporting the performance indicator; and the server sending an indication (50; 60, 70; 309, 310) of the rate of reporting to the application executed on the wireless communication devices of the subgroup (100-A, 100-B) the application then controls a timing of measuring the performance indicator and of transmitting the reports to the server based on the indication, wherein each report (40; 301, 302, 302, 303, 304, 305, 306) comprises meta data related to the wireless communication device providing the report (40; 301, 302, 302, 303, 304, 305, 306), and
Method for producing a microporous material containing carbon, comprising the following steps: a) providing a material containing carbon, which can be obtained by pyrolysis of material containing lignocellulose, b) pelletising the material containing carbon due to the effect of pressure, c) granulating the pelletised material containing carbon, and d) fractionating according to particle size, wherein the material containing carbon is pelletised in step b) by means of comminuting and pressing through a die. a) providing a material containing carbon, which can be obtained by pyrolysis of material containing lignocellulose, b) pelletising the material containing carbon due to the effect of pressure, c) granulating the pelletised material containing carbon, and d) fractionating according to particle size,
A foamed polymer article comprising foamed insulation on a conductor, wherein 90% of the foamed cells in said foamed insulation are 50 micrometers in diameter or less, said insulation having foam cells concentrated towards the center of said insulation, whereby said insulation has a skin on its interior and exterior surfaces, said skin extending from the surface of said insulation into the interior of said insulation at least 5% of the shortest distance between the inner and outer surfaces of said insulation, said skin having less than 50% of the total void content of said insulation, wherein said foamed insulation comprises: a) a partially-crystalline melt-processible fluorinated tetrafluoroethylene/hexafluoropropylene copolymer containing no greater than 50 -CF 2 CH 2 OH, -CONH 2, -COF and -COOH endgroups per million carbon atoms and less than 50 ppm alkali metal ion, and b) a foam nucleating agent ranging from 0.1-10 wt% of the combined weight of said tetrafluoroethylene/hexafluoropropylene copolymer and said foam nucleating agent. a) a partially-crystalline melt-processible fluorinated tetrafluoroethylene/hexafluoropropylene copolymer containing no greater than 50 -CF 2 CH 2 OH, -CONH 2, -COF and -COOH endgroups per million carbon atoms and less than 50 ppm alkali metal ion, and b) a foam nucleating agent ranging from 0.1-10 wt% of the combined weight of said tetrafluoroethylene/hexafluoropropylene copolymer and said foam nucleating agent.