mhurhangee/ep-ind-claims huggingface dataset:
A method for laying paint indicia on a road surface, the method including: laying a base coat of paint; allowing the base coat of paint to dry to bind the base coat to the road surface; selecting a pre-defined binary signal for transmission from the paint indicia; and applying a plurality of magnetic particles within the base coat of paint using a paint outlet, by using a controller to activate a magnetic force generator, that aligns the particles at the paint outlet, and operate the paint outlet, the controller controlling how the magnetic particles are laid in the paint indicia, the magnetic particles being applied in accordance with the pre-defined binary signal for providing to a vehicle by way of flux density variations of the binary signal being detected by a magnet flux detector of the vehicle and from which a processor of the vehicle determines the binary signal, to enable determinative action on the part of the vehicle, including at least one of stop, slow down, lane limit, remain within lane and which lane to travel on. laying a base coat of paint; allowing the base coat of paint to dry to bind the base coat to the road surface; selecting a pre-defined binary signal for transmission from the paint indicia; and applying a plurality of magnetic particles within the base coat of paint using a paint outlet, by using a controller to activate a magnetic force generator, that aligns the particles at the paint outlet, and operate the paint outlet, the controller controlling how the magnetic particles are laid in the paint indicia, the magnetic particles being applied in accordance with the pre-defined binary signal for providing to a vehicle by way of flux density variations of the binary signal being detected by a magnet flux detector of the vehicle and from which a processor of the vehicle determines the binary signal, to enable determinative action on the part of the vehicle, including at least one of stop, slow down, lane limit, remain within lane and which lane to travel on.
Zipper, comprising at least one sensor system, wherein the at least one sensor system is designed to detect a slider position and/or a change in the slider position of a slider of the zipper and to provide a slider position signal corresponding to the detected slider position and/or a slider position change signal corresponding to the detected change in the slider position, characterized in that at least one reset element for selectively resetting the slider position is formed at least at an upper tape end and/or at a lower tape end at at least one reset position. at least one sensor system, wherein the at least one sensor system is designed to detect a slider position and/or a change in the slider position of a slider of the zipper and to provide a slider position signal corresponding to the detected slider position and/or a slider position change signal corresponding to the detected change in the slider position, characterized in that at least one reset element for selectively resetting the slider position is formed at least at an upper tape end and/or at a lower tape end at at least one reset position.
A determining method for determining a state of a road surface on which a vehicle travels, comprising: sequentially acquiring a rotational speed of tires (T FL, T FR, T RL, T RR) mounted on the vehicle; sequentially acquiring a driving force of the vehicle; calculating a slip ratio based on the sequentially acquired rotational speed of the tires (T FL, T FR, T RL, T RR); calculating a regression equation and a confidence interval width for a relationship between the slip ratio and the driving force, based on a large number of data sets of the slip ratio and the driving force in a predetermined zone; and determining a state of the road surface on which the vehicle travels, based on the confidence interval width calculated for the predetermined zone. sequentially acquiring a rotational speed of tires (T FL, T FR, T RL, T RR) mounted on the vehicle; sequentially acquiring a driving force of the vehicle; calculating a slip ratio based on the sequentially acquired rotational speed of the tires (T FL, T FR, T RL, T RR); calculating a regression equation and a confidence interval width for a relationship between the slip ratio and the driving force, based on a large number of data sets of the slip ratio and the driving force in a predetermined zone; and determining a state of the road surface on which the vehicle travels, based on the confidence interval width calculated for the predetermined zone.
A polymeric composition, comprising: (a) a bimodal high-density polyethylene; (b) a crystalline polypropylene; and (c) an olefin block composite, wherein said bimodal high-density polyethylene is present in said polymeric composition in an amount greater than said crystalline polypropylene. (a) a bimodal high-density polyethylene; (b) a crystalline polypropylene; and (c) an olefin block composite,
An apparatus for printing on hollow bodies, wherein this apparatus has an inking unit of a printing unit, wherein the inking unit has an anilox roller receiving the ink from an ink reservoir and an inking roller placed against a printing form cylinder of the printing unit, characterized in that in a region located subsequent to the ink reservoir interacting with this anilox roller in a direction of rotation of the anilox roller, a rider roller is arranged axis parallel to the anilox roller between the ink reservoir and the inking roller, wherein the rider roller is placed against the anilox roller, wherein the rider roller has a rubberized outer surface, wherein the inking roller is rotationally driven by the anilox roller by means of friction, wherein the printing form cylinder and the anilox roller are each separately rotationally driven by a motor (11; 12).
Biological or artificial valve prosthesis (4, 5) for use in the human or animal body for the replacement of an organ valve or vessel valve, in particular a cardiac valve prosthesis or venous valve prosthesis, with or without a stent, with a supporting valve framework, with at least one valve and with at least one conductor loop which forms the inductance of an electrical resonant circuit, characterized in that the at least one conductor loop forms the valve framework itself and/or the valve itself and adopts a support function in the valve prosthesis, and in that the conductor loop is coated with a non-conductor as insulating layer.
A thin film transistor on a substrate, comprising: at least one gate line formed by ink-jet printing extending in a first direction on the substrate; a gate insulating layer on the gate line; and a source and a drain on the gate insulating layer, at least one of the source and the drain including at least one extension portion, (13b, 14b), wherein the gate line extends entirely through the thin film transistor in the first direction such that it does not have an end within the thin film transistor, wherein the at least one extension portion extends in parallel with the gate line in the first direction,wherein a cross-section of the gate line includes a curved portion and characterized in that the cross-section has a width of less than or equal to 60 micrometers. at least one gate line formed by ink-jet printing extending in a first direction on the substrate; a gate insulating layer on the gate line; and a source and a drain on the gate insulating layer, at least one of the source and the drain including at least one extension portion, (13b, 14b), wherein the gate line extends entirely through the thin film transistor in the first direction such that it does not have an end within the thin film transistor, wherein the at least one extension portion extends in parallel with the gate line in the first direction,wherein a cross-section of the gate line includes a curved portion and characterized in that the cross-section has a width of less than or equal to 60 micrometers.
A machine tool for machining a sheet of glass or the like having at least one edge, the machine comprising a frame for supporting the sheet in a substantially vertical position; a station for machining the sheet; operator means (7, 8) for machining at least the edge in the machining station, means (5, 11, 13) for moving the sheet in a direction of movement, towards and away from the machining station, the machine tool comprising a computerised control unit in communication with the operator means (7, 8) and with the movement means (5, 11, 13) and designed for controlling the operator means (7, 8) and the movement means (5, 11, 13), pickup means, comprising at least one suction cup, which can be activated on the sheet for picking up the sheet, the pickup means being rotatable about an axis of rotation transversal to the direction of movement for rotating the sheet about the axis of rotation, the operator means (7, 8) comprising a carriage (11, 13) and at least one tool (12, 14) mounted on the carriage (11, 13), the carriage (11, 13) being movable relative to the pickup means for performing the machining on the sheet using the tool (12, 14), the operator means (7, 8) being preferably positioned below the pickup means, the machine being characterised in that the carriage (11, 13) is movable relative to the suction cup between a non-operating position and a working position along the direction of movement for performing suitable machining operations on the sheet using said tool (12, 14), the computerised control unit being designed for controlling the pickup means and the carriage (11, 13) in such a way that they position the edge being machined at the tool (12, 14).
A suction device, comprising a body having in the interior thereof a passage to which a negative pressure fluid is supplied, a bellows connected to an end of the body, and a suction member (16, 72) disposed at an end of the bellows and to which a workpiece is attracted under suction, wherein the suction device attracts the workpiece under suction by the negative pressure fluid which is supplied to the suction member through the passage and the bellows; characterized in that it comprises a tilting member which is capable of being tilted with respect to an axis of the bellows is provided in the interior of the bellows, and in the tilting member, one end thereof along an axial direction is disposed in facing relation to a suction surface (40a, 74a) on the suction member that is adapted to attract the workpiece, and another end thereof is inserted into the passage at a time that the workpiece is attracted under suction, together with being equipped in the interior thereof with a flow path communicating with the suction surface and through which the negative pressure fluid flows.
An electronic device with a detachable battery cover, wherein the electronic device comprises: a device body, wherein the device body comprises a bottom shell and a front shell fastened to the bottom shell; a battery cover; at least one first attachment body disposed on the front shell; and at least one second attachment body disposed on the battery cover; wherein the first attachment body and the second attachment body are attached to each other to connect the device body and the battery cover, a first receiving groove is formed on a fastening edge of the front shell, the first attachment body is received in the first receiving groove, a through hole is opposite to the first receiving groove and formed on the bottom shell, and the first attachment body is configured to pass into the through hole, a second receiving groove is opposite to the first receiving groove and formed on the battery cover, the second attachment body is disposed in the second receiving groove, and the through hole and the second receiving groove match with the second attachment body. a device body, wherein the device body comprises a bottom shell and a front shell fastened to the bottom shell; a battery cover; at least one first attachment body disposed on the front shell; and at least one second attachment body disposed on the battery cover; wherein the first attachment body and the second attachment body are attached to each other to connect the device body and the battery cover, a first receiving groove is formed on a fastening edge of the front shell, the first attachment body is received in the first receiving groove, a through hole is opposite to the first receiving groove and formed on the bottom shell, and the first attachment body is configured to pass into the through hole, a second receiving groove is opposite to the first receiving groove and formed on the battery cover, the second attachment body is disposed in the second receiving groove, and the through hole and the second receiving groove match with the second attachment body.
A medical device, comprising: an elongate member having a proximal end portion and a distal end portion, the distal end portion being configured to be inserted into a body of a patient, the elongate member being configured to be associated with a bodily implant, the distal end portion of the elongate member being configured to move from a first position to a second position such that the distal end portion of the elongate member may be inserted into the body of the patient in its second position and is moved to its first position while disposed within the body of the patient, the medical device further comprising a lever pivotally coupled to the elongate member and being configured to move the distal end portion of the elongate member from its first position to its second position, wherein the distal end portion of the elongate member includes a curve having a first radius of curvature when the distal end portion is in its first position, the distal end portion of the elongate member includes a curve having a second radius of curvature when the distal end portion is in its second position, the second radius of curvature being larger than the first radius of curvature, characterised in that the distal end portion of the elongate member is biased to its first position and in that a distal end portion of the lever is configured to engage the distal end portion of the elongate member for moving it to and from its various positions. an elongate member having a proximal end portion and a distal end portion, the distal end portion being configured to be inserted into a body of a patient, the elongate member being configured to be associated with a bodily implant, the distal end portion of the elongate member being configured to move from a first position to a second position such that the distal end portion of the elongate member may be inserted into the body of the patient in its second position and is moved to its first position while disposed within the body of the patient, the medical device further comprising a lever pivotally coupled to the elongate member and being configured to move the distal end portion of the elongate member from its first position to its second position, wherein the distal end portion of the elongate member includes a curve having a first radius of curvature when the distal end portion is in its first position, the distal end portion of the elongate member includes a curve having a second radius of curvature when the distal end portion is in its second position, the second radius of curvature being larger than the first radius of curvature, characterised in that the distal end portion of the elongate member is biased to its first position and in that a distal end portion of the lever is configured to engage the distal end portion of the elongate member for moving it to and from its various positions.
A cooling coil assembly for removing heat generated by an oxidation or ammoxidation reactor, the cooling coil assembly including multiple cooling coils, each cooling coil defining a cooling water flow passageway for transport of cooling water therethrough, a cooling water inlet and a cooling water outlet, each cooling coil further comprising a cooling water shutoff valve associated with its cooling water inlet, each cooling coil also being free of a valve for controlling the flow of cooling water passing through its cooling water outlet, characterized in that the lengths of at least some of the cooling water flow passageways are different from one another, wherein the cross-sectional area of the flow passageway of each cooling coil assembly is selected so that the average percentage of cooling water converted to steam in that cooling coil assembly is about 15% or less.
A translucent stretched film comprising at least a base material layer and a surface layer, wherein said base material layer has at least one layer containing, as resin components, at least a crystalline thermoplastic resin A having a melting point of 120 to 175°C and an amorphous thermoplastic resin B, said surface layer contains, as a resin component, at least a crystalline thermoplastic resin D having a melt mass flow rate at 190°C and 2.16 kg of 0.02 to 2 g/10 min., and said translucent stretched film has a total light transmittance of 35 to 85%.
Device for treating smooth surfaces, which contains a treatment unit designed as a spraying unit with a supporting tube and a spraying device, wherein the treatment unit has a plurality of support rollers or support wheels arranged in front of the spraying device in the direction of movement for supporting the treatment unit on the surface to be treated and a supporting structure with a pivotable support arm (10, 11) for positioning and holding of the treatment unit, wherein the support arm (10, 11) has an inner arm section and an outer arm section hingedly connected thereto, characterized in that a load balancing device (23, 24) for adjusting and automatically regulating the contact pressure exerted by the treatment unit via the support rollers or support wheels on the surface to be treated is arranged on the supporting structure, and in that the supporting tube of the treatment unit is rotatably mounted on the front end of the outer arm section via a fixture and a rotary actuator with a motor and a gear in such a way that the supporting tube can be aligned via the rotary actuator with the motor and the gear in such a way that the support rollers or support wheels are arranged in front of the supporting tube in the direction of movement of the latter.
Laser active optronic system comprising a channel for the transmission of a laser beam for illuminating a target by a transmission source, a channel for receiving the wave backscattered by the target and, on the reception channel, a switching device which receives the backscattered wave, characterised in that - the switching device is an optical switching device which comprises an optical gain medium and means for pumping the gain medium, the gain medium being absorbent at the wavelength of the laser which corresponds to a blocked mode of the switching device and becoming substantially transparent when it is pumped corresponding to a passing mode of the switching device, in order to enable the activation of the switching device either in blocked or passing mode using a control unit of the pumping means, and in that the control unit is configured to control the activation of the switching device in passing mode in at least one first temporal window of a predetermined duration initiated at a predetermined time (t A) after the start (t 0) of transmission of the illumination laser beam, allowing a parasitic light flow incident on the reception channel to be partially limited. - the switching device is an optical switching device which comprises an optical gain medium and means for pumping the gain medium, the gain medium being absorbent at the wavelength of the laser which corresponds to a blocked mode of the switching device and becoming substantially transparent when it is pumped corresponding to a passing mode of the switching device, in order to enable the activation of the switching device either in blocked or passing mode using a control unit of the pumping means, and in that the control unit is configured to control the activation of the switching device in passing mode in at least one first temporal window of a predetermined duration initiated at a predetermined time (t A) after the start (t 0) of transmission of the illumination laser beam, allowing a parasitic light flow incident on the reception channel to be partially limited.
Connection element for the coupling of switchgear cabinets luminaires, comprising illuminants on the basis of light-emitting diodes, consisting of an elongated luminaire housing having a housing main body and a translucent cover as well as electrical connection elements and means for universal fixing provided on the luminaire housing, further comprising a pivot bearing support, wherein the housing main body is formed in the manner of a trough, and a plurality of spaced recesses or set-back portions are provided for the releasable accommodation of a pivot bearing support on its bottom side and/or in the side wall region, the pivot bearing support comprises two side surfaces which are connected via a web, the side surfaces each comprising a receptacle for a pivot shaft or a respective pivot shaft stub; wherein arms are further formed which originate from the web, which arms are oriented towards the bottom side or the side wall region of the housing main body each converging at their free end into a detent lug or a detent hook for engagement in the respective recesses or set-back portions, the side surfaces of the pivot bearing support comprise a yieldingly resilient stop edge, which can be brought into contact with the bottom side of the housing main body, wherein in the region facing away from the stop edge, a plurality of atches for locking the pivot angle are provided in the manner of a circular arc in the side surfaces, which latches originate radially from the receptacle for the pivot shaft or the pivot shaft stub, wherein the connection element consists of a hollow body which is open on both sides, wherein the opposite open sides of the hollow body have a cross-sectional surface which is complementary to the cross-sectional shape of the luminaire housing, such that the respective ends of the luminaire housing can be inserted in the hollow body and can be locked there, wherein electrical connectors are arranged in the interior of the hollow body, which correspond to connectors (W; Z) in the luminaire housing, further comprising a pivotably movable pawl with a stop and a blocking web, wherein the blocking web prevents a plugging in of a live switchgear cabinet luminaire until a further switchgear cabinet luminaire to be coupled is inserted into the opposite side of the hollow body.