mhurhangee/ep-ind-claims huggingface dataset:
A printing plate unit comprising: a printing plate in which a plate section is provided on a part of a front surface of a sheet made of an elastic material, and engaging protrusions that protrude toward a back surface or a front surface and extend in a width direction are provided at both longitudinal ends; and a printing plate coupling member that is detachable from the printing plate, and engages with both the engaging protrusions of the printing plate which is formed to be cylindrical to couple both longitudinal ends of the cylindrical printing plate to each other wherein the printing plate coupling member includes an inner clamping member and an outer clamping member that clamp both longitudinal ends of the cylindrical printing plate from both radially inner and outer sides, characterized in that, in the state where the printing plate is connected and kept cylindrical by the printing plate coupling member, the printing plate unit can be attached/detached to/from a plate cylindrical part fixedly provided at a plate driving shaft of the printer, and in the state the printing plate unit is detached from the plate cylindrical part, the printing plate unit can be detached into the printing plate, the form of a flat plate, and into the printing plate coupling member. a printing plate in which a plate section is provided on a part of a front surface of a sheet made of an elastic material, and engaging protrusions that protrude toward a back surface or a front surface and extend in a width direction are provided at both longitudinal ends; and a printing plate coupling member that is detachable from the printing plate, and engages with both the engaging protrusions of the printing plate which is formed to be cylindrical to couple both longitudinal ends of the cylindrical printing plate to each other wherein the printing plate coupling member includes an inner clamping member and an outer clamping member that clamp both longitudinal ends of the cylindrical printing plate from both radially inner and outer sides, characterized in that, in the state where the printing plate is connected and kept cylindrical by the printing plate coupling member, the printing plate unit can be attached/detached to/from a plate cylindrical part fixedly provided at a plate driving shaft of the printer, and in the state the printing plate unit is detached from the plate cylindrical part, the printing plate unit can be detached into the printing plate, the form of a flat plate, and into the printing plate coupling member.
A tool support for a pipe machining apparatus, the tool support comprising: a base; an advancement member adapted to rotate; an advancement shaft coupled to the advancement member and adapted to rotate with the advancement member, wherein the advancement shaft includes a threaded portion; a roller housing threadably coupled to the threaded portion of the advancement shaft and moveable along the advancement shaft as the advancement shaft rotates; a tool housing coupled to and moveable with the roller housing, wherein the tool housing is adapted to support a parting tool and a groove tool; characterized by a roller adapted to engage an exterior surface of a pipe; and by a stop member engageable by the roller housing and adapted to stop movement of the parting tool and the groove tool in at least one direction. a base; an advancement member adapted to rotate; an advancement shaft coupled to the advancement member and adapted to rotate with the advancement member, wherein the advancement shaft includes a threaded portion; a roller housing threadably coupled to the threaded portion of the advancement shaft and moveable along the advancement shaft as the advancement shaft rotates; a tool housing coupled to and moveable with the roller housing, wherein the tool housing is adapted to support a parting tool and a groove tool; characterized by a roller adapted to engage an exterior surface of a pipe; and by a stop member engageable by the roller housing and adapted to stop movement of the parting tool and the groove tool in at least one direction.
An annealing furnace for annealing a strand of steel with a first heating apparatus for heating the strand during the operation of the annealing furnace, a transport device (4, 5, 6, 7) for the strand adapted to advance the strand in a direction of transport through the annealing furnace during the operation of the annealing furnace, wherein the annealing furnace, in the direction of transport, behind the first heating apparatus, comprises a first cooling device for cooling the outer surface of the strand with a gas guide, wherein the gas guide is arranged in such a manner that for cooling the strand during the operation of the annealing furnace, a gas flows over the outer surface of the strand, wherein the annealing furnace comprises a second cooling device for cooling the outer surface of the strand, wherein the second cooling device comprises a contact element, which can be brought in engagement with the strand during the operation of the annealing furnace so that a thermal contact is established between the strand and the contact element, characterized in that the contact element comprises graphite.
Amplifier arrangement, comprising - a first differential stage comprising at least two transistors (M1, M1') having a first threshold voltage, - at least a second differential stage comprising at least two transistors (M3, M3') having a second threshold voltage different from the first threshold voltage, - at least one transistor of the first differential stage and one transistor of the second differential stage each have a control input commonly coupled to an input of the amplifier arrangement, - at least one transistor of the first differential stage and one transistor of the second differential stage are arranged in a common current path, which is coupled to an output of the amplifier arrangement, wherein - the transistors of the first and the second differential stages (DS1, DS2) are of the same conductivity type. - a first differential stage comprising at least two transistors (M1, M1') having a first threshold voltage, - at least a second differential stage comprising at least two transistors (M3, M3') having a second threshold voltage different from the first threshold voltage, - at least one transistor of the first differential stage and one transistor of the second differential stage each have a control input commonly coupled to an input of the amplifier arrangement, - at least one transistor of the first differential stage and one transistor of the second differential stage are arranged in a common current path, which is coupled to an output of the amplifier arrangement, wherein - the transistors of the first and the second differential stages (DS1, DS2) are of the same conductivity type.
Method for operating a control device for a brake system of a motor vehicle, wherein the control device - receives a braking demand from a driver assistance system and - ascertains, in relation to the braking demand, a target value of a brake operation variable of the brake system and - ascertains, in relation to the brake operation variable, an ideal profile with respect to time which gradually leads to the target value while adhering to a predetermined jerk criterion, and - ascertains a closed-loop control error of an actual value of the brake operation variable in relation to the ideal profile and, from the closed-loop control error, on the basis of a closed-loop controller unit, ascertains a demand value for a closed-loop controller of a brake pressure pump of the brake system, and - sets the demand value at the closed-loop controller, characterized in that the control device ascertains a maximum gradient with respect to time of the brake operation variable that can be attained by means of the brake pressure pump and checks whether the gradient satisfies a predetermined freeze criterion and, if the freeze criterion is satisfied, limits at least one closed-loop control operating variable of the closed-loop controller unit and/or a gradient of the braking demand to a respectively predefined maximum value, and thus the control device sets its closed-loop controller unit, in a manner dependent on the present capacity of the brake pressure pump, with regard to the maximum attainable gradient with respect to time of the brake operation variable at the present operating point. - receives a braking demand from a driver assistance system and - ascertains, in relation to the braking demand, a target value of a brake operation variable of the brake system and - ascertains, in relation to the brake operation variable, an ideal profile with respect to time which gradually leads to the target value while adhering to a predetermined jerk criterion, and - ascertains a closed-loop control error of an actual value of the brake operation variable in relation to the ideal profile and, from the closed-loop control error, on the basis of a closed-loop controller unit, ascertains a demand value for a closed-loop controller of a brake pressure pump of the brake system, and - sets the demand value at the closed-loop controller,
Method for operating a pressure control valve of a fuel supply system for a vehicle, comprising: - applying a control signal for the valve to hold the valve in a closed state dependent on a given opening pressure for the valve, wherein the valve opens if a pressure rises up over the given opening pressure,- detecting a first frequency of the control signal in a first period of oscillation, - detecting a second frequency of the control signal in a second period of oscillation, the second period being adjacent to the first period, - comparing the first frequency with the second frequency, - determining a transition from the closed state to an open state of the valve and thus an opening of the valve, if the second frequency is different from the first frequency. - applying a control signal for the valve to hold the valve in a closed state dependent on a given opening pressure for the valve, wherein the valve opens if a pressure rises up over the given opening pressure,- detecting a first frequency of the control signal in a first period of oscillation, - detecting a second frequency of the control signal in a second period of oscillation, the second period being adjacent to the first period, - comparing the first frequency with the second frequency, - determining a transition from the closed state to an open state of the valve and thus an opening of the valve, if the second frequency is different from the first frequency.
A pharmaceutical composition comprising (a) lixisenatide or/and a pharmaceutically acceptable salt thereof, and (b) insulin glargine or/and a pharmaceutically acceptable salt thereof, wherein the compound (b) is present in a concentration of 100 U/ml, and compound (a) is present in a concentration of 50 μg/ml, for use in the treatment of diabetes mellitus type 2, wherein the pharmaceutical composition is administrated as add-on to the treatment with metformin or/and a pharmaceutically acceptable salt thereof. (a) lixisenatide or/and a pharmaceutically acceptable salt thereof, and (b) insulin glargine or/and a pharmaceutically acceptable salt thereof, wherein the compound (b) is present in a concentration of 100 U/ml, and compound (a) is present in a concentration of 50 μg/ml, for use in the treatment of diabetes mellitus type 2, wherein the pharmaceutical composition is administrated as add-on to the treatment with metformin or/and a pharmaceutically acceptable salt thereof.
An inductive charger adapter element comprising: a housing, a coil comprising electrically conductive material, the coil contained within the housing, the coil configured to inductively couple to an external primary coil; and a connector supported on the housing, the connector coupled to the coil and configured to couple the inductive charger adapter element to a port provided on a device, the connector including a first pair of conductors for providing power and charging current to a battery in the device, characterized in that the element further comprises: a pair of brushes; and a pair of conductive rails over which the connector is configured to move with each of the rails being connected to a receiver circuit via a corresponding one of the brushes wherein the connector is adjustable such that the conductor coil in the housing can be positioned within a predetermined distance from said external primary coil. a housing, a coil comprising electrically conductive material, the coil contained within the housing, the coil configured to inductively couple to an external primary coil; and a connector supported on the housing, the connector coupled to the coil and configured to couple the inductive charger adapter element to a port provided on a device, the connector including a first pair of conductors for providing power and charging current to a battery in the device, characterized in that the element further comprises: a pair of brushes; and a pair of conductive rails over which the connector is configured to move with each of the rails being connected to a receiver circuit via a corresponding one of the brushes wherein the connector is adjustable such that the conductor coil in the housing can be positioned within a predetermined distance from said external primary coil. a pair of brushes; and a pair of conductive rails over which the connector is configured to move with each of the rails being connected to a receiver circuit via a corresponding one of the brushes wherein the connector is adjustable such that the conductor coil in the housing can be positioned within a predetermined distance from said external primary coil.
A fish ladder setup, in particular in the area of the outlet of a channel of a fish pass, with a device for generating an dotation flow, characterized by a vortex throttle disposed in a water flow with a downstream assembly for slowing down and/or orienting the water flow exiting the vortex throttle.
A slide grinding body comprising two tapering sections that originate from a base section in a curved manner or in a curved and helical manner, wherein the geometry of the base cross-section has curved flanks, wherein the central base cross-section is the largest and the cross-section decreases toward the tips of the sections.
A multi-color illumination apparatus for a projection system, comprising: a phosphor color wheel having a plurality of color phosphor portions (32; 36); at least two light sources (B1, B2) for illuminating said wheel at different locations for generating at least two time-sequenced beams of red, green and blue light (R1, G1, B1; R2, G2, B2), wherein said beams are highly synchronized and exhibit substantially similar colorimetry, including spectrum and balance of red, green and blue light; and a spatial light modulator for modulating the time-sequenced beams of red, green and blue light (R1, G1, B1; R2, G2, B2) to create an image; the apparatus being characterized in that said color phosphor portions (32, 36) comprise a first annulus of said phosphor color wheel for illumination by a first one of said at least two light sources and a second annulus for illumination by a second one of said at least two light sources. a phosphor color wheel having a plurality of color phosphor portions (32; 36); at least two light sources (B1, B2) for illuminating said wheel at different locations for generating at least two time-sequenced beams of red, green and blue light (R1, G1, B1; R2, G2, B2), wherein said beams are highly synchronized and exhibit substantially similar colorimetry, including spectrum and balance of red, green and blue light; and a spatial light modulator for modulating the time-sequenced beams of red, green and blue light (R1, G1, B1; R2, G2, B2) to create an image; the apparatus being characterized in that said color phosphor portions (32, 36) comprise a first annulus of said phosphor color wheel for illumination by a first one of said at least two light sources and a second annulus for illumination by a second one of said at least two light sources.
Thermostatic mixing valve with integrated flow diverter, provided with a first coupling intended to receive a flow rate adjustment and flow diversion control lever that operates through a valve group that is housed partly in a base and partly in a cylindrical body, and with a second coupling intended to receive a temperature adjustment knob that operates through a thermostatic device that is partially housed within said cylindrical body, said valve group being located downstream from said thermostatic device with respect to the flow direction of the water through the valve, whereby it includes a flow rate adjustment and flow diversion control transmission member that directly connects said control lever to said valve group, said transmission member passing through the cylindrical body without moving it.
A method of forming a tubular rod of fibrous material using equipment for forming a tubular rod of fibrous material, the equipment including gathering equipment to gather a continuous supply of fibres into a bundle as the fibres advance through the gathering equipment, a divider arranged in the path of a plurality of fibres emerging from a fibre supply module and passing through the gathering equipment, a mandrel positioned in the path of the bundle of fibres downstream of the divider and comprising a mandrel support including a divider plate that is in alignment with, but which is a separate component to, the divider, and which carries the mandrel, and a die constructed and arranged to cooperate with the mandrel, wherein the method comprises: producing a continuous supply of a plurality of fibres using a melt-blowing process in said fibre supply module, gathering said continuous supply of fibres into an elongated bundle in said gathering equipment and parting the fibres using the divider in said gathering equipment to form a cleft along the length of the bundle, introducing the mandrel into the cleft downstream of the divider and the gathering equipment so that the mandrel and the die cooperate to close the fibres of the bundle around the mandrel in a tubular configuration, and separating the fibres from the mandrel as a tubular rod.
Parking brake comprising a disc coaxially fixable to the wheel of a vehicle and having an edge; locking means associated with said disc for preventing the rotation of said disc; said disc having at least a seat formed on said edge; said locking means comprising a pin associated with the disc and switchable between a locking configuration in which said pin interferes with said seat to prevent the rotation of said disc, and an unlocking configuration in which said pin is removed from said seat to allow the rotation of said disc; characterized in that said pin has a rotation axis arranged on a plane parallel to the plane of said disc, said pin being configured for rotating with respect to said rotation axis in order to reversibly switch from said locking configuration to said unlocking configuration.
A stretchable laminate, including: an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, wherein: the elastomer layer comprises three layers, and outer layers on both sides of the elastomer layer each contain an olefin-based elastomer; the content of the olefin-based elastomer in the outer layers is from 90 wt% to 100 wt%; the olefin-based elastomer comprises an α-olefin-based elastomer; and the α-olefin-based elastomer comprises a propylene-based elastomer. an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, wherein: the elastomer layer comprises three layers, and outer layers on both sides of the elastomer layer each contain an olefin-based elastomer; the content of the olefin-based elastomer in the outer layers is from 90 wt% to 100 wt%; the olefin-based elastomer comprises an α-olefin-based elastomer; and the α-olefin-based elastomer comprises a propylene-based elastomer. the elastomer layer comprises three layers, and outer layers on both sides of the elastomer layer each contain an olefin-based elastomer; the content of the olefin-based elastomer in the outer layers is from 90 wt% to 100 wt%; the olefin-based elastomer comprises an α-olefin-based elastomer; and the α-olefin-based elastomer comprises a propylene-based elastomer.
Scyalitic lamp preferably for dentistry, comprising at least two lighting groups, each lighting group in its turn comprising: - At least two light sources in the form of LEDs, having different colour temperature; - At least a lighting guide channelling the radiations emitted by said LEDs towards - A reflector, downstream of which - A microlens array is arranged characterized in that each of said reflectors is an elliptic reflector, wherein a first focus of said ellipse lies in said reflector, while a second focus (22, 46) lies on the plane on which the spot of the light beams emitted by said LEDs is projected, said second foci (22, 46) of the reflectors of said at least two lighting groups being coincident. - At least two light sources in the form of LEDs, having different colour temperature; - At least a lighting guide channelling the radiations emitted by said LEDs towards - A reflector, downstream of which - A microlens array is arranged characterized in that each of said reflectors is an elliptic reflector, wherein a first focus of said ellipse lies in said reflector, while a second focus (22, 46) lies on the plane on which the spot of the light beams emitted by said LEDs is projected, said second foci (22, 46) of the reflectors of said at least two lighting groups being coincident.
A hydromount, comprising a carrying mount and a support mount, which are connected to each other by a supporting spring of rubber-elastic material configured substantially in a hollow-cone shape, and a working chamber and an equalisation chamber, which are filled with damping liquid and are spatially separated from each other on their axially facing sides by a partition wall and are connected to each other in a liquid-conducting manner by a damping channel disposed in the partition wall, wherein the partition wall is configured as an orifice cage with two orifice discs (10, 11) disposed adjacent to each other with an axial spacing, wherein a membrane of a rubber-elastic material is disposed in the gap formed by the spacing, and wherein the capability of the membrane to move can be switched by means of a switching device, wherein the switching device has a clamping disc and a clamping spring with a first spring force that are disposed in the gap, wherein the clamping disc is disposed axially adjacent to the membrane, wherein the clamping spring is disposed on the side of the clamping disc facing axially away from the membrane and is operatively connected thereto, and wherein the clamping disc can be made to abut against the membrane by means of the clamping spring in order to lock the membrane, characterised in that the clamping disc is configured as a circular-annular wave spring and that the wave spring is configured in a slit manner at a point in the circumference.