mhurhangee/ep-ind-claims huggingface dataset:
Construction system with a connection device for a plurality of different media lines, wherein the connection device has a connection body with a receiving opening for a media line to be plugged in with a line end, and with inner parts mounted inside the receiving opening in order to interact with the media line for axial guiding, for mechanical locking against release, for peripheral sealing and, if appropriate, for inner radial support, wherein optionally different inner parts can be inserted into the connection body, which is always the same with respect to the inner contour of the receiving opening and is designed for a defined maximal line external diameter (D max), for adaptation to at least two different media lines of different cross-sectional sizes, which inner parts are in each case adapted, on the one hand, to the always same inner contour of the receiving opening of the connection body and, on the other hand, in each case to the cross-sectional size of one of the different media lines, wherein as inner parts - a ring-shaped peripheral seal is arranged for sealing an annular gap between the inner contour of the receiving opening and the outer periphery of the media line, - a retaining ring for retaining the media line, and - an insert ring sits in the receiving opening, wherein the insert ring on the one hand forms a support for the retaining ring and on the other hand, with an end face, axially delimits a sealing chamber for the peripheral seal, wherein a resiliently elastic toothed ring is provided as retaining ring, characterized in that the resiliently elastic toothed ring is configured with an outer peripheral area and with several retaining teeth which are distributed about the periphery, extend radially inwards and obliquely in the line plug-in direction and act with force-fit and/or form-fit engagement against the media line, wherein the insert ring, in its various embodiments adapted to different line external diameters, on the one hand has radially different widths corresponding to the respective radial widths of the outer peripheral area of the respectively associated toothed ring and on the other hand has different lengths in order to adapt to the different peripheral seals for a respective required sealing pressure in the axial direction for delimiting the sealing chamber and also has different widths in order to minimize a radial gap between the media line and the insert ring in the area of an end face delimiting the sealing chamber. - a ring-shaped peripheral seal is arranged for sealing an annular gap between the inner contour of the receiving opening and the outer periphery of the media line, - a retaining ring for retaining the media line, and - an insert ring sits in the receiving opening, wherein the insert ring on the one hand forms a support for the retaining ring and on the other hand, with an end face, axially delimits a sealing chamber for the peripheral seal,
A system for placing and removing pipe from a finger rack of a drilling rig, the system comprising a pipe handling apparatus and a finger rack having at least one finger board having at least two fingers (103 to 106) defining a slot (107 to 109) and a multiplicity of latches arranged therebetween defining a space for a pipe, each latch of the multiplicity of latches selectively movable between an open position and a closed position, characterised in that the system further comprising at least one camera having said at least several latches of said multiplicity of latches in a field of view, capturing an image of said at least several latches and sending said image to a master control computer, said master control computer programmed with a set of instructions to define a sub-image of an area about one latch, said area being sufficient to cover the one latch in a closed and open position, and to analyse said sub-image for details indicative of one latch of said several latches being in an open position or closed position, concluding the one latch to be in an open position or closed position and allowing or disallowing a pipe handling apparatus to place or remove a pipe in the finger rack based on said conclusion.
A flat steel product which consists of a steel substrate produced from a steel comprising 0.1-3% by weight Mn and 0.0005-0.01% by weight B and a protective coating based on Al that is applied to the steel substrate, wherein the protective coating is an AlSi coating with a Si content of 3-15% by weight and optionally up to 5% by weight Fe and wherein the protective coating contains, as additional alloy constituents, in total 0.11-0.7% by weight of at least two elements from the group of alkaline earth metals or transition metals which have a higher affinity for oxygen than aluminium, provided that the magnesium content of the protective coating is at least 0.1% by weight and the calcium content of the protective coating is at least 0.01% by weight, and that it optionally contains in total up to 20% by weight of other alloy elements.
A wrought 7xxx-series aluminium alloy product having a composition comprising, in wt.%., Zn 6.50 to 7.20, Mg 2.30 to 2.60, Cu 1.30 to 1.80, and wherein Cu+Mg < 4.50, and wherein Mg < 2.5 + 5/3(Cu - 1.2), Fe up to 0.25, Si up to 0.25, and optionally one or more elements selected from the group consisting of: Zr up to 0.3, Cr up to 0.3, Mn up to 0.45, Ti up to 0.25, Sc up to 0.5, Ag up to 0.5, the balance being aluminium and impurities, and wherein said product is aged to achieve: - a conventional tensile yield strength (in MPa) measured in the L-direction measured at quarter thickness of more than 485-0.12*(t-100) MPa (t being the thickness of the product in mm); - a minimum life without failure due to stress corrosion cracking measured in accordance with ASTM G47-98 of at least 30 days at a short transverse stress level of 170 MPa; - a minimum K max-dev value without crack deviation due to crack propagation testing in standard atmosphere at room temperature in accordance with ASTM E647-13e01 in L-S direction on CT samples of at least 40 MPa√m on average, preferably of at least 45 MPa√m on average, testing in a load controlled fatigue test and crack deviation defined as a crack deviating more than 20° from the intended fracture plane. - a conventional tensile yield strength (in MPa) measured in the L-direction measured at quarter thickness of more than 485-0.12*(t-100) MPa (t being the thickness of the product in mm); - a minimum life without failure due to stress corrosion cracking measured in accordance with ASTM G47-98 of at least 30 days at a short transverse stress level of 170 MPa; - a minimum K max-dev value without crack deviation due to crack propagation testing in standard atmosphere at room temperature in accordance with ASTM E647-13e01 in L-S direction on CT samples of at least 40 MPa√m on average, preferably of at least 45 MPa√m on average, testing in a load controlled fatigue test and crack deviation defined as a crack deviating more than 20° from the intended fracture plane.
Device for producing a rubber caterpillar track with tensile members, having a cylindrical inner mould for forming the inside contour of the rubber caterpillar track, wherein the inner mould has a cylindrical mandrel which, on its radial outer side, has a multiplicity of apertures in a circumferential direction for receiving unvulcanized shaped elements for internal teeth, and a cylindrical outer mould for forming the outside contour of the rubber caterpillar track, wherein the outer mould has a multiplicity of outer mould segments in the circumferential direction, wherein the outer mould segments each have, on their radial inner side, an aperture for receiving an unvulcanized shaped element for external teeth, characterized in that the outer mould segments have an opening radially toward the outside.
Electrical switch comprising a printed circuit board and comprising a housing, comprising a contact system which is located in the housing, comprising an operating element, which protrudes out of the housing on a first side, for acting on the contact system in a switching manner, and comprising electrical connections, which protrude out of the housing on the opposite second side, for the contact system, wherein the switch can be mounted on the printed circuit board in such a way that the first side of the housing faces one side of the printed circuit board, wherein a bore which corresponds to the operating element is located in the printed circuit board in such a way that the operating element can be operated from the other side of the printed circuit board, wherein the connection is angled away in such a way that the connection extends substantially from the second side as far as approximately the first side and/or protrudes beyond the first side and also can be passed through an aperture in the printed circuit board from one side to the other side of the printed circuit board in such a way that the connection, as a soldered connection, can be soldered to the other side of the printed circuit board by a soldering land, characterized in that the connection has a latching lug (12, 12'), in that, when the switch is mounted on the printed circuit board, the latching lug (12, 12') engages in a latching manner at the aperture of the printed circuit board in such a way that an edge of the latching lug (12, 12') bears against the edge of the aperture on the other side of the printed circuit board, and in that a support for the connection is arranged on the first side of the housing in such a way that the support supports the connection when the switch is mounted on the printed circuit board.
Method for autonomously parking a motor vehicle into a parking space, in which while the motor vehicle is moved in the direction of the parking space on a roadway adjoining the parking space, the parking space is detected on the basis of sensor data of at least one sensor (4, 5) of the motor vehicle, and the motor vehicle is parked autonomously into the parking space after a driver of the motor vehicle has exited the motor vehicle, wherein with the at least one sensor (4, 5) the parking space is detected in front of the motor vehicle in the forward travel direction and as soon as the parking space is detected an exit signal is output to the driver of the motor vehicle, which exit signal indicates to the driver that it is possible to exit the vehicle, characterized in that a starting position is determined, starting from which the motor vehicle is parked autonomously into the parking space, and the exit signal is output as soon as the starting position is determined.
A ultraviolet curved type sterilizer, the sterilizer comprising: a base portion having a space accommodating a power supply device therein and a support portion formed on a top end portion thereof in a perpendicular direction to a bottom floor; a plurality of curved central reflection portions each fixed to the support portion by having one end and an opposite end inclined at the same angle from the support portion taking a middle of length as a center; a central ultraviolet lamp installed to project ultraviolet rays to the curved central reflection portion toward an outer side, the central ultraviolet lamp being formed of a quartz glass material; an upper end reflection portion formed with an accommodating space and fixedly installed at a top end of the support portion; and an upper end ultraviolet lamp installed in an accommodating space of the upper end reflection portion and configured to project the ultraviolet rays toward an outer side, characterised in that, the sterilizer comprises holder angles and holders installed at each of the opposite ends of the central ultraviolet lamp, each ^holder angle having one side connected to one of the holders and an opposite side connected to one end of the opposite ends of the curved central reflection portion, thereby allowing the holders to be angle-adjusted from the curved central reflection portion, and when the central ultraviolet lamp is assembled to the holder angle, the central ultraviolet lamp is able to be used by being modified in a '<' shape or a '>' shape. a base portion having a space accommodating a power supply device therein and a support portion formed on a top end portion thereof in a perpendicular direction to a bottom floor; a plurality of curved central reflection portions each fixed to the support portion by having one end and an opposite end inclined at the same angle from the support portion taking a middle of length as a center; a central ultraviolet lamp installed to project ultraviolet rays to the curved central reflection portion toward an outer side, the central ultraviolet lamp being formed of a quartz glass material; an upper end reflection portion formed with an accommodating space and fixedly installed at a top end of the support portion; and an upper end ultraviolet lamp installed in an accommodating space of the upper end reflection portion and configured to project the ultraviolet rays toward an outer side, characterised in that, the sterilizer comprises holder angles and holders installed at each of the opposite ends of the central ultraviolet lamp, each ^holder angle having one side connected to one of the holders and an opposite side connected to one end of the opposite ends of the curved central reflection portion, thereby allowing the holders to be angle-adjusted from the curved central reflection portion, and when the central ultraviolet lamp is assembled to the holder angle, the central ultraviolet lamp is able to be used by being modified in a '<' shape or a '>' shape.
A composition capable of forming a coating and comprising a mixture of a conductive polymer in colloidal form, carbon black, and a liquid dispersion medium, wherein the conductivity of the conductive polymer is greater than 100 S/cm.
Method for manufacturing a compact component comprising a shell and a grid structure made of a shell material the grid structure being located inside the shell, and further a core structure that fills the interior of the shell and is made of a core material, wherein the method comprises the steps of: (a) generative construction of at least one layer of the shell and of the grid structure that extends along a sectional plane of the component, which layer consists of a particulate material of the shell material or at least one reactant thereof, by means of a beam melting method, comprising the steps of: applying a layer of the particulate material of the shell material or of at least one reactant thereof, and melting, sintering and/or solidifying the material to produce a layer of the shell and of the grid structure by irradiating with laser light according to a contour of the component along the sectional plane of the component and (b) melting, sintering and/or solidifying a nanoparticulate material of the core material or at least one reactant thereof which is located in the interior of the at least one layer of the shell, to form the core structure of the component, wherein initially the shell and the grid structure are constructed generatively layer-by-layer by repetitions of the steps and up to a predetermined component height of the component, then the interior of the shell is filled with the nanoparticulate material of the core material or of at least one reactant thereof, or the interior remains filled with the material of the core material, which is identical to the material of the shell material, and the core structure of the component is formed by melting, sintering and/or solidification; or the shell and the grid structure and the core structure are manufactured synchronously layer-by-layer, wherein the steps (a) and (b) are repeated until a predetermined component height of the component is reached. (a) generative construction of at least one layer of the shell and of the grid structure that extends along a sectional plane of the component, which layer consists of a particulate material of the shell material or at least one reactant thereof, by means of a beam melting method, comprising the steps of: applying a layer of the particulate material of the shell material or of at least one reactant thereof, and melting, sintering and/or solidifying the material to produce a layer of the shell and of the grid structure by irradiating with laser light according to a contour of the component along the sectional plane of the component and applying a layer of the particulate material of the shell material or of at least one reactant thereof, and melting, sintering and/or solidifying the material to produce a layer of the shell and of the grid structure by irradiating with laser light according to a contour of the component along the sectional plane of the component (b) melting, sintering and/or solidifying a nanoparticulate material of the core material or at least one reactant thereof which is located in the interior of the at least one layer of the shell, to form the core structure of the component,
A management server comprising: a controller configured to control an audio client system, wherein the audio client system includes: a speaker; an input end configured to receive a supply of an audio signal; and a first signal path from the input end to the speaker, the management server further comprising: an acquirer configured to acquire a first transfer function measured for a portion of or for all of the first signal path in the audio client system; a calculator configured to generate a virtual second signal path for a portion of or for all of the first signal path in the audio client system, and calculate a second transfer function for a portion of or for all of the generated virtual second signal path; and a determiner configured to determine a condition of the audio client system, based on a result of a comparison between the first transfer function and the second transfer function. a speaker; an input end configured to receive a supply of an audio signal; and a first signal path from the input end to the speaker, the management server further comprising: an acquirer configured to acquire a first transfer function measured for a portion of or for all of the first signal path in the audio client system; a calculator configured to generate a virtual second signal path for a portion of or for all of the first signal path in the audio client system, and calculate a second transfer function for a portion of or for all of the generated virtual second signal path; and a determiner configured to determine a condition of the audio client system, based on a result of a comparison between the first transfer function and the second transfer function. an acquirer configured to acquire a first transfer function measured for a portion of or for all of the first signal path in the audio client system; a calculator configured to generate a virtual second signal path for a portion of or for all of the first signal path in the audio client system, and calculate a second transfer function for a portion of or for all of the generated virtual second signal path; and a determiner configured to determine a condition of the audio client system, based on a result of a comparison between the first transfer function and the second transfer function.
A method of redirecting meeting requests from a host system to a portable data communications device, comprising the steps of: receiving a meeting request at the host system from a remote system (26, 28), wherein the meeting request is structured according to a first format in which information regarding the meeting is formatted in accordance with the ICAL RFC 2445 standard comprising a plurality of verbose text strings; detecting the meeting request at the host system; transforming the meeting request at the host system from the first format into a second format in order to compress the meeting request, wherein the second format comprises a version number, one or more calendar components of a type-length-data structure, and a null terminator, and wherein the transformation of the meeting request into the second format comprises transforming the plurality of verbose text strings into a plurality of type-length encoded values; and replacing verbose text strings indicating enumerated types in the first format with byte codes indicating the types in the second format; generating an e-mail message at the host system including the compressed meeting request as an attachment to the e-mail message; and sending the e-mail message with the attachment from the host system to the portable data communication device. receiving a meeting request at the host system from a remote system (26, 28), wherein the meeting request is structured according to a first format in which information regarding the meeting is formatted in accordance with the ICAL RFC 2445 standard comprising a plurality of verbose text strings; detecting the meeting request at the host system; transforming the meeting request at the host system from the first format into a second format in order to compress the meeting request, wherein the second format comprises a version number, one or more calendar components of a type-length-data structure, and a null terminator, and wherein the transformation of the meeting request into the second format comprises transforming the plurality of verbose text strings into a plurality of type-length encoded values; and replacing verbose text strings indicating enumerated types in the first format with byte codes indicating the types in the second format; transforming the plurality of verbose text strings into a plurality of type-length encoded values; and replacing verbose text strings indicating enumerated types in the first format with byte codes indicating the types in the second format; generating an e-mail message at the host system including the compressed meeting request as an attachment to the e-mail message; and sending the e-mail message with the attachment from the host system to the portable data communication device.
Work tool, in particular a ground engaging tool, preferably an agricultural ground engaging tool, with a carrier which has at least two work elements in the area of an operating side, wherein the work elements consist of a hard material, in particular hard metal, or have a hard material, wherein the work elements have a work section and the work elements being arranged in a row on the carrier and preferably are fixed by a material bond, the adjoining faces of at least some of the adjacent work elements being arranged opposite one another in the adjoining region, at least in some regions, with a gap region being formed, characterized in that at least one of the work elements comprises a spacer which keeps the work elements spaced apart, forming the gap region, and in that the spacer bears against the opposing work element, and/or characterized in that at least one of the adjacent work elements comprises, in the region of the adjoining face, a shaped section by means of which the distance in the gap region is widened in a continuous and/or discontinuous manner, the gap width increasing with increasing distance from a neutral axis about which a component bending of the carrier takes place. in that at least one of the work elements comprises a spacer which keeps the work elements spaced apart, forming the gap region, and in that the spacer bears against the opposing work element, and/or characterized in that at least one of the adjacent work elements comprises, in the region of the adjoining face, a shaped section by means of which the distance in the gap region is widened in a continuous and/or discontinuous manner, the gap width increasing with increasing distance from a neutral axis about which a component bending of the carrier takes place.