mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting three components (1, 2, 3), having the following features: - positioning of the components (1, 2, 3) in such a way that connection surfaces (1.1, 2.1.1) of the first and the second component (1, 2) corresponding to each other and form-fitting elements (1.2, 3.1; 1.2, 3.2) of the first or the second component and the third component designed to correspond to each other are opposite each other; - movement of the components (1, 2, 3) relative to each other along a shared joint axis in such a way that the connection surfaces (1.1, 2.1.1) and the form-fitting elements (1.2, 3.1; 1.2, 3.2) are each moved towards each other; - Material-bonding connection of the first component with the second (1, 2) by means of the connection surfaces (1.1, 2.1.1) and form-fitting connection of the first or the second component with the third component by means of the form-fitting elements (1.2, 3.1; 1.2, 3.2) during the movement of the components (1, 2, 3) relative to each other along the shared joint axis, where the third component is fixed after material-bonding and form-fitting connection as in parallel and crosswise to the joint axis by means of the first and the second component (1, 2); - where the form-fitting elements (1.2, 3.1; 1.2, 3.2) corresponding to each other are designed as at least one crush rib element (1.2) and a holder (3.1; 3.2) corresponding to the crush rib element (1.2) and the form-fitting connection is effected by shearing off the crush rib element (1.2). - positioning of the components (1, 2, 3) in such a way that connection surfaces (1.1, 2.1.1) of the first and the second component (1, 2) corresponding to each other and form-fitting elements (1.2, 3.1; 1.2, 3.2) of the first or the second component and the third component designed to correspond to each other are opposite each other; - movement of the components (1, 2, 3) relative to each other along a shared joint axis in such a way that the connection surfaces (1.1, 2.1.1) and the form-fitting elements (1.2, 3.1; 1.2, 3.2) are each moved towards each other; - Material-bonding connection of the first component with the second (1, 2) by means of the connection surfaces (1.1, 2.1.1) and form-fitting connection of the first or the second component with the third component by means of the form-fitting elements (1.2, 3.1; 1.2, 3.2) during the movement of the components (1, 2, 3) relative to each other along the shared joint axis, where the third component is fixed after material-bonding and form-fitting connection as in parallel and crosswise to the joint axis by means of the first and the second component (1, 2); - where the form-fitting elements (1.2, 3.1; 1.2, 3.2) corresponding to each other are designed as at least one crush rib element (1.2) and a holder (3.1; 3.2) corresponding to the crush rib element (1.2) and the form-fitting connection is effected by shearing off the crush rib element (1.2).
A rail vehicle, in particular for high-speed travel, with - a wagon body having an interior space and defining a vehicle longitudinal direction, a vehicle transverse direction and a vehicle height direction, and - a pantograph device for mounting in a recess (102.2) in a roof region of said wagon body, wherein - said wagon body in the region of said recess (102.2) has a side wall structure (102.4) pronouncedly extending in said vehicle height direction and has a roof structure (102.3) extending in an angled manner with respect to said side wall structure (102.4) and extending substantially in said vehicle transverse direction, and - said pantograph device is supported on said wagon body via a carrier device (107.1) protruding beyond said pantograph device in said vehicle transverse direction, characterized in that - said carrier device (107.1), for reduction of an introduction of vibrations induced by said pantograph device into said roof structure (102.3), is supported on said wagon body via a support device, which substantially continues the course of said side wall structure (102.4) in said vehicle height direction and protrudes beyond said roof structure (102.3) in said vehicle height direction, wherein - said support device for connection of said carrier device (107.1) has a carrier connection region (106.2), which is located in said vehicle height direction at a carrier connection level in a carrier connection height above a base level, which defines a top side of said roof structure (102.3) at the bottom of said recess (102.2). - a wagon body having an interior space and defining a vehicle longitudinal direction, a vehicle transverse direction and a vehicle height direction, and - a pantograph device for mounting in a recess (102.2) in a roof region of said wagon body, wherein - said wagon body in the region of said recess (102.2) has a side wall structure (102.4) pronouncedly extending in said vehicle height direction and has a roof structure (102.3) extending in an angled manner with respect to said side wall structure (102.4) and extending substantially in said vehicle transverse direction, and - said pantograph device is supported on said wagon body via a carrier device (107.1) protruding beyond said pantograph device in said vehicle transverse direction, - said carrier device (107.1), for reduction of an introduction of vibrations induced by said pantograph device into said roof structure (102.3), is supported on said wagon body via a support device, which substantially continues the course of said side wall structure (102.4) in said vehicle height direction and protrudes beyond said roof structure (102.3) in said vehicle height direction, wherein - said support device for connection of said carrier device (107.1) has a carrier connection region (106.2), which is located in said vehicle height direction at a carrier connection level in a carrier connection height above a base level, which defines a top side of said roof structure (102.3) at the bottom of said recess (102.2).
A multi-port repeater hub for a distributed antenna system composing: a base station interface port configured to communicate with a base station; and a plurality of distribution ports to which the communications signal received from the base station interface port is distributed, each distribution port being configured to communicate with a corresponding one of a plurality of antenna units, wherein each of the plurality of antenna units is located remotely from the multi-port repeater hub; characterized in that: the multi-port repeater hub further comprises a scanner for scanning a plurality of frequency channels to identify one or more channels of a communications signal received from the base station; the multi-port repeater hub is configured to automatically configure the operation of the multi-port repeater hub based on the one or more channels identified by the scanner; and the multi-port repeater hub is configured to send a message to the plurality of antenna units for use in automatically configuring the operation of the antenna units based on the one or more channels identified by the scanner. a base station interface port configured to communicate with a base station; and a plurality of distribution ports to which the communications signal received from the base station interface port is distributed, each distribution port being configured to communicate with a corresponding one of a plurality of antenna units, wherein each of the plurality of antenna units is located remotely from the multi-port repeater hub; characterized in that: the multi-port repeater hub further comprises a scanner for scanning a plurality of frequency channels to identify one or more channels of a communications signal received from the base station; the multi-port repeater hub is configured to automatically configure the operation of the multi-port repeater hub based on the one or more channels identified by the scanner; and the multi-port repeater hub is configured to send a message to the plurality of antenna units for use in automatically configuring the operation of the antenna units based on the one or more channels identified by the scanner. the multi-port repeater hub further comprises a scanner for scanning a plurality of frequency channels to identify one or more channels of a communications signal received from the base station; the multi-port repeater hub is configured to automatically configure the operation of the multi-port repeater hub based on the one or more channels identified by the scanner; and the multi-port repeater hub is configured to send a message to the plurality of antenna units for use in automatically configuring the operation of the antenna units based on the one or more channels identified by the scanner.
Method for calibrating a construction robot, comprising a mobile platform and a manipulator which is movable relative to the mobile platform, and an optical sensor system arranged and/or formed at least partly on the mobile platform, and a control unit which is configured to determine, using the optical sensor system, a position and/or orientation of the manipulator, in particular a tool arranged on the manipulator, relative to the mobile platform, wherein calibration data are generated for calibrating adjustment movements of the manipulator, in that the manipulator is brought into at least one first and then a second situation (I, II, III), and when the respective situation (I, II, III) has been reached, in each case at least one position and/or orientation of the manipulator, in particular a tool arranged on the manipulator, relative to the mobile platform is determined using the optical sensor system at least partially arranged and/or formed on the mobile platform of the construction robot.
Method of producing a vacuum cleaner bag, by means of the following steps: - producing a flat bag with an upper and a lower layer (2, 3) of filter material, which layers are connected together at the edge in encircling manner by way of a seam, wherein at least one layer has an inflow opening; - inflating the flat bag by a fluid; and - applying at least one shape-changing means (12, 13) to at least one corner of the vacuum cleaner bag in the form of a glueing, weld seam, weld point, connecting point, connecting location and/or fold edge to facilitate folding up the vacuum cleaner bag, - wherein the filter material is processed at at least one location (12, 13) by welding and/or glueing in the inflated state, wherein the upper layer of the filter material is glued or welded together between two points and/or the lower layer is glued or welded with a further location at the lower layer so as to give the flat bag a three-dimensional contour. - producing a flat bag with an upper and a lower layer (2, 3) of filter material, which layers are connected together at the edge in encircling manner by way of a seam, wherein at least one layer has an inflow opening; - inflating the flat bag by a fluid; and - applying at least one shape-changing means (12, 13) to at least one corner of the vacuum cleaner bag in the form of a glueing, weld seam, weld point, connecting point, connecting location and/or fold edge to facilitate folding up the vacuum cleaner bag, - wherein the filter material is processed at at least one location (12, 13) by welding and/or glueing in the inflated state, wherein the upper layer of the filter material is glued or welded together between two points and/or the lower layer is glued or welded with a further location at the lower layer so as to give the flat bag a three-dimensional contour.
A vehicle body for transporting bulk and/or general cargo, comprising: - a chassis and a rectangular loading space, the floor of which comprises an endless conveyor belt which terminates in a rear discharge area, - wherein the endless conveyor belt has an upper run and a lower run and support rollers lying therebetween and spaced apart from one another, which support rollers are mounted in each case lying transversely to a conveying direction on side frame members (17, 17') of the chassis, - wherein the upper run is supported on the support rollers, - wherein the lower run is supported on two pressure rollers (15, 16) that are arranged between a head drum and a tail drum of the endless conveyor belt and which tension the lower run, characterized in that - at least one of the pressure rollers (15, 16) is arranged with its longitudinal axis movable about a first lateral, stationary bearing of the pressure roller (15, 16), so that the belt run can be controlled, - wherein a second lateral bearing of the pressure roller (15, 16) is pivotable along an arc defined by a radius (r) about a fastening point of the second bearing, in that the second bearing of the pressure roller (15, 16), which is situated opposite the first, stationary bearing, is arranged movably with respect to the side frame member (17, 17'). - a chassis and a rectangular loading space, the floor of which comprises an endless conveyor belt which terminates in a rear discharge area, - wherein the endless conveyor belt has an upper run and a lower run and support rollers lying therebetween and spaced apart from one another, which support rollers are mounted in each case lying transversely to a conveying direction on side frame members (17, 17') of the chassis, - wherein the upper run is supported on the support rollers, - wherein the lower run is supported on two pressure rollers (15, 16) that are arranged between a head drum and a tail drum of the endless conveyor belt and which tension the lower run, - at least one of the pressure rollers (15, 16) is arranged with its longitudinal axis movable about a first lateral, stationary bearing of the pressure roller (15, 16), so that the belt run can be controlled, - wherein a second lateral bearing of the pressure roller (15, 16) is pivotable along an arc defined by a radius (r) about a fastening point of the second bearing, in that the second bearing of the pressure roller (15, 16), which is situated opposite the first, stationary bearing, is arranged movably with respect to the side frame member (17, 17').
An ultrasonic meter, comprising: a plurality of senders (12, 14) comprising piezoelectronic ceramic arrays; and a plurality of receivers (16, 18) comprising piezoelectronic ceramic arrays, wherein each array among said plurality of piezoelectronic ceramic arrays comprises a plurality of array stripes, wherein the ultrasonic meter is configured such that a signal associated with each array of the plurality of senders received by a receiver is split by adding a required phase shift between array stripes to said signal to obtain simultaneously different data from said signal including at least a transit time of a direct path and crosstalk. a plurality of senders (12, 14) comprising piezoelectronic ceramic arrays; and a plurality of receivers (16, 18) comprising piezoelectronic ceramic arrays, wherein each array among said plurality of piezoelectronic ceramic arrays comprises a plurality of array stripes, wherein the ultrasonic meter is configured such that a signal associated with each array of the plurality of senders received by a receiver is split by adding a required phase shift between array stripes to said signal to obtain simultaneously different data from said signal including at least a transit time of a direct path and crosstalk.
Conductor or winding bar in a slot of an electrical machine comprising a slot closure arrangement (1, 1a), containing a leaf spring-like spring element (4, 4a) which is arranged between a sliding block (2, 2a) and a pressure piece (3, 3a) and is moved to an activatable, prestressed state by at least one attachment means (5, 5a) which interacts with the sliding block (2, 2a) and the pressure piece (3, 3a), wherein, in order to prestress the flat spring element (4, 4a), which is substantially planar in an unstressed state, a bending distribution is created in accordance with the bending beam principle over the width of the spring element along the transverse axis in the direction of the vertical axis, wherein the bending beam is produced in the direction of the transverse axis, wherein the at least one spring element (4, 4a) comprises a large number of electrically insulating fibres, which are aligned unidirectionally in the direction of the transverse axis and which are connected to one another by a heat-resistant resin, wherein the attachment means (5, 5a) can be mechanically moved from a first position to a second position, which can be monitored, after positioning of the slot closure arrangement (1, 1a) in the slot for the purpose of activating the spring forces of the at least one spring element (4, 4a), and wherein, on reaching the second position, the attachment means (5, 5a) can be removed from the slot closure arrangement (1, 1a) and a prestressing of the spring element (4, 4a) is released, this being understood to be activation, without the spring element being entirely relieved of stress.
Engaging element of a lever-type fastening device of a sports footwear, comprising a rack formed by an elongated body, extending between a first and a second end portion (61, 62) and provided with an engaging toothing comprising a plurality of teeth adapted to be selectively engaged by a hooking element of said lever-type fastening device to fasten said sports footwear, wherein said rack further comprises locking means formed by an essentially U-shaped thread-like element articulated to said rack, said locking means being adapted to be rotatably displaced between a lowered position, wherein it extends around said body of said rack surrounding it at least partially, and is arranged below said teeth so as not to interfere with said hooking element, and a raised position, wherein said locking means is adapted to cooperate with said hooking element so as to keep it in a desired position.
System for preventing a mechanical damage of an internal combustion engine, due to an inefficient lubrication of the engine itself, comprising means for measuring or estimating a pressure of a lubrication circuit of the internal combustion engine, processing means configured to activate means for preventing a mechanical damage of the internal combustion engine at each starting of the latter, as long as said pressure is below a predetermined threshold, said prevention means comprise means for limiting the maximum revolutions per minute of the internal combustion engine, characterized in that said limiting means are configured to force the speed of rotation of the engine to a value given by the following formula: rpm = rpm _ mis − C_mis × f P, T rpm_mis: current speed of rotation, C_mis: torque delivered f(P,T): conversion factor of the torque delivered into rpm, as a function of ambient pressure P and of ambient temperature T. rpm_mis: current speed of rotation, C_mis: torque delivered f(P,T): conversion factor of the torque delivered into rpm, as a function of ambient pressure P and of ambient temperature T.
A method for manufacturing a needle-shaped body that includes a needle-shaped projection and a support base for supporting the projection, characterized by comprising: a process of supplying an aqueous solution of a material forming a projection-side-layer to an intaglio plate that has a recess corresponding to the projection; a process of supplying an aqueous solution of a material forming a support-base-side-layer to the intaglio plate, whereby the aqueous solution of a material forming a projection-side-layer and the aqueous solution of a material forming a support-base-side-layer are not mixed with each other; a process of drying the aqueous solutions in the intaglio plate to form a needle-shaped body; and a process of peeling the needle-shaped body from the intaglio plate, in that the aqueous solution of the material forming a projection-side-layer and the aqueous solution of the material forming a support-base-side-layer are a liquid-liquid dispersion system. a process of supplying an aqueous solution of a material forming a projection-side-layer to an intaglio plate that has a recess corresponding to the projection; a process of supplying an aqueous solution of a material forming a support-base-side-layer to the intaglio plate, whereby the aqueous solution of a material forming a projection-side-layer and the aqueous solution of a material forming a support-base-side-layer are not mixed with each other; a process of drying the aqueous solutions in the intaglio plate to form a needle-shaped body; and a process of peeling the needle-shaped body from the intaglio plate, in that the aqueous solution of the material forming a projection-side-layer and the aqueous solution of the material forming a support-base-side-layer are a liquid-liquid dispersion system.
A powder composition, comprising: a plurality of thermoplastic particles characterized by a bimodal particle size distribution comprising, based on the total weight of the particles, 85 to 94, preferably 87 to 91, more preferably 89 weight percent of the particles having a first D50 as determined by laser diffraction of 1 nm to 500 micrometers; and 6 to 15, preferably 9 to 13, more preferably 11 weight percent of the particles having a D50 that is 0.414 times the first D50; wherein the thermoplastic polymer is a polycarbonate, a polyetherimide, a polyimide, a polysulfone, a polyethersulfone, a polyphenylene sulfone, a polyarylene ether, a polyetherether ketone, a polyamide or a combination comprising at least one of the foregoing. 85 to 94, preferably 87 to 91, more preferably 89 weight percent of the particles having a first D50 as determined by laser diffraction of 1 nm to 500 micrometers; and 6 to 15, preferably 9 to 13, more preferably 11 weight percent of the particles having a D50 that is 0.414 times the first D50; wherein the thermoplastic polymer is a polycarbonate, a polyetherimide, a polyimide, a polysulfone, a polyethersulfone, a polyphenylene sulfone, a polyarylene ether, a polyetherether ketone, a polyamide or a combination comprising at least one of the foregoing.
A container with a head piece, which container can be or is filled with a medium and is produced from plastic materials using a blow moulding, filling, and sealing method, comprising a transition region between the container and at least one first type of a head surface, which is arranged on the head piece at a front end and can be penetrated by means of a piercing or cutting part and extends with a specifiable curvature, wherein at least one second type of a head surface (41, 75), which likewise has a specifiable curvature, which matches the curvature of the head surface (39, 79) of the first type, but is different therefrom, is present on the head piece, wherein the respective head surfaces transition into each other accompanied by the formation of an overall surface which spans the free end of the transition region directed away from the container, and wherein the head piece is an integral component of the container, wherein the head surfaces are formed rotationally symmetrical and extend concentric to a longitudinal axis of the container, characterised in that with two types of head surfaces, the one head surface is convex and the other head surface is, relative thereto, concave.