mhurhangee/ep-ind-claims huggingface dataset:
A frame body structure of push-out windows, comprising: an outer frame and an inner leaf, wherein the outer frame is at least provided with an opening, the inner leaf is pivotally connected to the outer frame and opens and closes the opening of the outer frame, at least one channel is provided in a closed area between the inner leaf and the outer frame when the inner leaf closes the opening of the outer frame, a frame body for receiving a folding screen window component is arranged in the at least one channel, and a part of the frame body protrudes out of the at least one channel, wherein the at least one channel is provided on the outer frame, and wherein at least one airtight bar (C, D) is provided between the protruding part of the frame body and the outer frame and/or the inner leaf, so that when the inner leaf closes the opening of the outer frame, the at least one airtight bar (C, D) is able to fit against the frame body so as to enable the setting of the frame body not to affect the watertight and airtight effect. an outer frame and an inner leaf, wherein the outer frame is at least provided with an opening, the inner leaf is pivotally connected to the outer frame and opens and closes the opening of the outer frame, at least one channel is provided in a closed area between the inner leaf and the outer frame when the inner leaf closes the opening of the outer frame, a frame body for receiving a folding screen window component is arranged in the at least one channel, and a part of the frame body protrudes out of the at least one channel, wherein the at least one channel is provided on the outer frame, and wherein at least one airtight bar (C, D) is provided between the protruding part of the frame body and the outer frame and/or the inner leaf, so that when the inner leaf closes the opening of the outer frame, the at least one airtight bar (C, D) is able to fit against the frame body so as to enable the setting of the frame body not to affect the watertight and airtight effect.
A multiple degrees of freedom (Multi-DOF) laser processing device, comprising a base, and a three degrees of freedom laser processing unit (10, 11, 14) and a light guiding tube positioned on the base, the light guiding tube having an end provided with a first reflector mount, the 3DOF laser processing unit being configured to adjust a focal length of a laser to adjust a focal plane of a laser cutter and control movement of the laser cutter on the focal plane, characterized in that, the Multi-DOF laser processing device further comprises: a rotating motor and a first transmission mechanism positioned on the base, wherein the light guiding tube is rotatably positioned on a light guiding tube frame that is connected to the base; the light guiding tube is drivable by the rotating motor via the first transmission mechanism, to rotate on the light guiding tube frame under control; wherein the Multi-DOF laser processing device further comprises: a linear motor Z and a second transmission mechanism positioned on the base, and the first reflector mount is hinged to the end of the light guiding tube; the first reflector mount is drivable by the linear motor via the second transmission mechanism to rotate around an axis of the hinge under control.
A glass laminate comprising an external glass sheet, an internal glass sheet, and a polymer interlayer formed between the external glass sheet and the internal glass sheet, wherein the external glass sheet comprises a chemically-strengthened glass sheet having a thickness of less than or equal to 1 mm; the polymer interlayer has a thickness of less than or equal to 1.6 mm; and the internal glass sheet comprises a non-chemically-strengthened glass sheet having a thickness of less than or equal to 2.5 mm; characterised in that the external glass sheet includes at least 6 wt.% aluminum oxide.
A method for three-dimensional imaging of an object, wherein - the object is imaged along an imaging beam path into a first image lying in a first image plane, - a first microlens array is arranged in the first image plane, - an intensity distribution is captured downstream of the first microlens array and image data are obtained therefrom and a depth-resolved image of the object is produced from the latter, - a second microlens array having the same pitch as the first microlens array is disposed downstream of the first microlens array, - the first image is laterally segmented into segments (15, 16) by means of the first and second microlens array (8a, 8b) and is imaged into a second image in which the segments (15, 16) are spaced apart from one another and separated by gaps and which lies in a second image plane, - a phase manipulation is carried out downstream of the first microlens array, said phase manipulation producing a spot (18, 19) in the second image plane for each segment (15, 16) according to a point spread function, the form and/or structure of said spot encoding the depth position in the object and covering the gaps in the second image and thereby a final image is imaged, - the intensity distribution for the final image is captured, the form and/or structure of the spots (18, 19) being resolved, and - a lateral intensity distribution and a depth specification is ascertained for each segment (15, 16) from the form and/or structure of the spots (18, 19) and the depth-resolved image of the object is produced therefrom. - the object is imaged along an imaging beam path into a first image lying in a first image plane, - a first microlens array is arranged in the first image plane, - an intensity distribution is captured downstream of the first microlens array and image data are obtained therefrom and a depth-resolved image of the object is produced from the latter, - a second microlens array having the same pitch as the first microlens array is disposed downstream of the first microlens array, - the first image is laterally segmented into segments (15, 16) by means of the first and second microlens array (8a, 8b) and is imaged into a second image in which the segments (15, 16) are spaced apart from one another and separated by gaps and which lies in a second image plane, - a phase manipulation is carried out downstream of the first microlens array, said phase manipulation producing a spot (18, 19) in the second image plane for each segment (15, 16) according to a point spread function, the form and/or structure of said spot encoding the depth position in the object and covering the gaps in the second image and thereby a final image is imaged, - the intensity distribution for the final image is captured, the form and/or structure of the spots (18, 19) being resolved, and - a lateral intensity distribution and a depth specification is ascertained for each segment (15, 16) from the form and/or structure of the spots (18, 19) and the depth-resolved image of the object is produced therefrom.
Method for trusted communication in a communication system that comprises a telecommunication exchange, such as a private branch exchange, that, in response to a setup request received from a calling party, provides switching functions for establishing a call connection between at least a first and a second terminal (1X, 1Y) through which the related parties negotiate and execute transactions, wherein the telecommunication exchange forwarding a calling party address and/or a called party address that relates to the setup request, to an authentication server; the authentication server storing at least one data record for the calling party address and/or the called party address; the related data record containing a) at least one current trust level (TLx; TLy) assigned to the calling party and/or the called party, which trust level (TLx; TLy) has previously been determined by authenticating the calling party and/or the called party; and b) at least one required trust level (TLRx; TLRy) assigned to the calling party and/or the called party; the authentication server comparing the current trust level (TLx, TLy) of the calling party and/or the called party with the at least one required trust level (TLRx; TLRy); and the telecommunication exchange establishing the requested call connection, if the authentication server has reported that the current trust level (TLx, TLy) exceeds the required trust level (TLRx; TLRy) of the calling party and/or the called party. a) at least one current trust level (TLx; TLy) assigned to the calling party and/or the called party, which trust level (TLx; TLy) has previously been determined by authenticating the calling party and/or the called party; and b) at least one required trust level (TLRx; TLRy) assigned to the calling party and/or the called party;
A hybrid loader boom arm assembly kit for a loader work vehicle, the kit comprising: a hollow first beam formed from a first material having a weight lighter than steel, and having a first end for coupling to a work vehicle and a first through bore at the first end; a first block formed from a second material having a weight lighter than steel, the first block having a central cross bore, the first block configured to be received within the first end of the hollow first beam; at least one first steel reinforcing plate configured to couple to the hollow first beam at a second end of the hollow first beam; and at least one connecting plate configured to couple to the at least one first steel reinforcing plate and to connect the hollow first beam to a hollow second beam formed from the first material. a hollow first beam formed from a first material having a weight lighter than steel, and having a first end for coupling to a work vehicle and a first through bore at the first end; a first block formed from a second material having a weight lighter than steel, the first block having a central cross bore, the first block configured to be received within the first end of the hollow first beam; at least one first steel reinforcing plate configured to couple to the hollow first beam at a second end of the hollow first beam; and at least one connecting plate configured to couple to the at least one first steel reinforcing plate and to connect the hollow first beam to a hollow second beam formed from the first material.
A ski including a base layer made from permeable material, wherein the base layer is treated with a composition comprising: at least one chemical component to confer hydrophobicity to the base layer such that it has a water contact angle of greater than 90°, and a carrier fluid for the chemical component, the composition permeating the material of the base layer and modifying the material so as to be hydrophobic throughout its volume. at least one chemical component to confer hydrophobicity to the base layer such that it has a water contact angle of greater than 90°, and a carrier fluid for the chemical component,
A packaged fabric conditioning product comprising the combination of a flowable fabric conditioning composition and a package containing the composition, the composition comprising 0.5-40% by weight of at least one unsaturated quaternary ammonium compound, and the package comprising: (i) a closed reservoir in which the fabric conditioning composition is contained; and (ii) a pump dispenser by which the composition is dispensed characterised in that the pump dispenser is enclosed by a closure device which also provides a dispensing device with measurement indicia for measuring the dose of the composition and/or dispensing the measured dose in a washing machine. (i) a closed reservoir in which the fabric conditioning composition is contained; and (ii) a pump dispenser by which the composition is dispensed
A device for introducing a tissue transplant (2, 103) into a hollow organ comprising a support (21, 102) having a surface for supporting the tissue transplant (2, 103) and a protective element (11, 104) for protecting the tissue transplant (2, 103) while the device (1, 101) being introduced into the hollow organ characterized in that the device comprises: - a first tube that serves as a protective element and has an open proximal end; - a second tube that serves as a support and can be inserted into the first tube and has a first portion having the surface for supporting the tissue transplant and being able to be expanded by supplying a fluid; and - a third tube that can be guided through the second tube and the open proximal end of the first tube, wherein the third tube at its proximal end has a second portion being able to be expanded by supplying a fluid. - a first tube that serves as a protective element and has an open proximal end; - a second tube that serves as a support and can be inserted into the first tube and has a first portion having the surface for supporting the tissue transplant and being able to be expanded by supplying a fluid; and - a third tube that can be guided through the second tube and the open proximal end of the first tube, wherein the third tube at its proximal end has a second portion being able to be expanded by supplying a fluid.
A hydrokinetic generator including: a submersible housing defining a conduit therethrough for the flow of a fluid; a turbine mounted to the housing comprising at least one impeller for a hydrokinetic turbine comprising a plurality of spiral, helical blades disposed about a common axle from a leading end thereof to a trailing end wherein the blades' radii increases from the leading end to the trailing end, located in the conduit for rotation by said flow; an impeller ring is disposed about outermost tips of the impeller and fastened thereto wherein the impeller ring and the impeller are coaxial; at least one electrical generator coupled to the turbine for converting mechanical energy from the turbine to electrical energy; a plurality of magnetic regions disposed about the at least one impeller and fast therewith, wherein the magnetic regions are disposed around a periphery of the impeller ring parallel to the axle of the impeller; and a number of windings arranged for electromagnetic interaction with said magnetic regions whereby in use rotation of the impeller moves the magnetic regions past the windings to thereby induce an electrical current in the windings, wherein each winding has a core, wherein a wall defining the conduit is formed with an annular recess for receiving the periphery of the impeller ring, and wherein the windings are located within the wall adjacent the annular recess and the core of each winding extends parallel to the axle of the impeller. a submersible housing defining a conduit therethrough for the flow of a fluid; a turbine mounted to the housing comprising at least one impeller for a hydrokinetic turbine comprising a plurality of spiral, helical blades disposed about a common axle from a leading end thereof to a trailing end wherein the blades' radii increases from the leading end to the trailing end, located in the conduit for rotation by said flow; an impeller ring is disposed about outermost tips of the impeller and fastened thereto wherein the impeller ring and the impeller are coaxial; at least one electrical generator coupled to the turbine for converting mechanical energy from the turbine to electrical energy; a plurality of magnetic regions disposed about the at least one impeller and fast therewith, wherein the magnetic regions are disposed around a periphery of the impeller ring parallel to the axle of the impeller; and a number of windings arranged for electromagnetic interaction with said magnetic regions whereby in use rotation of the impeller moves the magnetic regions past the windings to thereby induce an electrical current in the windings, wherein each winding has a core, wherein a wall defining the conduit is formed with an annular recess for receiving the periphery of the impeller ring, and wherein the windings are located within the wall adjacent the annular recess and the core of each winding extends parallel to the axle of the impeller.
A value document, in particular bank note, having a value document substrate and at least two different feature substances (14, 16) for checking the value document, with the first feature substance being incorporated into the volume of the substrate of the value document and distributed substantially uniformly within the volume of the value document substrate, and the second feature substance being applied to the value document substrate in the form of a coding, characterized in that the coding extends over a predominant part of a surface of the value document, in particular over the substantially total surface of the value document, and a fourth feature substance which is applied to the value document, preferably printed thereon, and is different from the second feature substance, with the fourth feature substance being formed by a feature substance absorbent in the infrared spectral range, the fourth feature substance preferably absorbing significantly in the spectral range above about 1.2 μm, particularly preferably in the spectral range from about 1.5 μm to 2.2 μm.
Spinning preparation machine for mixing fibers, comprising a removal device for removing the fibers from the spinning preparation machine and a filling device for filling the spinning preparation machine with fibers, wherein the spinning preparation machine is designed as a chute mixer having at least two chutes, wherein the filling device has a fiber material inlet and a transport air outlet having a transport air outlet duct and a distribution duct leading from the fiber material inlet to the transport air outlet via the at least two chutes, characterized in that the distribution duct is separated from the transport air outlet by a perforated element, the perforated element being designed to have a convex shape when viewed in the direction of the transport air outlet.
Device for controlling the filling of a fluid transport pipe being laid in a stretch of water, comprising: - an upstream section defining a water introduction inlet; - an injection equipment for injecting a process fluid into the water introduced into the upstream section; - an intermediate section mounted downstream of the injection equipment for receiving the water containing process fluid; - a downstream section for conveying water to the fluid transport pipe being laid; characterized in that it comprises: - a liquid volume compensation reservoir, having a variable receiving volume of water discharged from the fluid transport pipe, - a connector to which the intermediate section, the downstream section and the liquid volume compensation reservoir are connected, the inlet cross-section of the compensation reservoir being greater than 40 times the internal cross-section of the intermediate section taken at the connector. - an upstream section defining a water introduction inlet; - an injection equipment for injecting a process fluid into the water introduced into the upstream section; - an intermediate section mounted downstream of the injection equipment for receiving the water containing process fluid; - a downstream section for conveying water to the fluid transport pipe being laid; - a liquid volume compensation reservoir, having a variable receiving volume of water discharged from the fluid transport pipe, - a connector to which the intermediate section, the downstream section and the liquid volume compensation reservoir are connected, the inlet cross-section of the compensation reservoir being greater than 40 times the internal cross-section of the intermediate section taken at the connector.
A solenoid valve device comprising: a solenoid valve main body which includes a spool, a sleeve in which the spool is movably disposed in an axial direction, a plunger configured to move the spool, a stator, a molded solenoid body disposed at an outer periphery of the plunger, and a solenoid case accommodating the plunger, the stator, and the molded solenoid body, at least a part of the plunger being disposed in an accommodation portion defined by the stator and the molded solenoid body; and a valve housing in which the solenoid valve main body is mounted by inserting the sleeve of the solenoid valve main body into a mounting hole of the valve housing, wherein the solenoid valve device includes a space with an annular shape being continually formed in a circumferential direction between the sleeve and the stator, a first breathing hole which allows an outside of the solenoid valve main body to communicate with the space and a second breathing hole which allows the space to communicate with the accommodation portion, the first breathing hole and the second breathing hole being positioned such that a clockwise distance and an anticlockwise distance in the circumferential direction from the first breathing hole to the second breathing hole are different from each other, characterized in that an end portion of the stator on a side of the spool is fitted into an end portion of the sleeve on a side of the solenoid case. a solenoid valve main body which includes a spool, a sleeve in which the spool is movably disposed in an axial direction, a plunger configured to move the spool, a stator, a molded solenoid body disposed at an outer periphery of the plunger, and a solenoid case accommodating the plunger, the stator, and the molded solenoid body, at least a part of the plunger being disposed in an accommodation portion defined by the stator and the molded solenoid body; and a valve housing in which the solenoid valve main body is mounted by inserting the sleeve of the solenoid valve main body into a mounting hole of the valve housing, wherein the solenoid valve device includes a space with an annular shape being continually formed in a circumferential direction between the sleeve and the stator, a first breathing hole which allows an outside of the solenoid valve main body to communicate with the space and a second breathing hole which allows the space to communicate with the accommodation portion, the first breathing hole and the second breathing hole being positioned such that a clockwise distance and an anticlockwise distance in the circumferential direction from the first breathing hole to the second breathing hole are different from each other,
A method for processing a sound hole of a speaker, the method comprising: detecting (S11, S33) whether the sound hole of the speaker is blocked, and prompting a user not to block the sound hole of the speaker by hands; and playing (S12, S34) a built-in audio source file, thereby driving a preset vibration device (1, 2, 64) to vibrate according to a set vibration intensity in order to clear foreign matter blocking the sound hole when it is detected that the sound hole of the speaker is blocked; characterized by the method further comprising: reperforming the detecting whether the sound hole of the speaker is blocked and the prompting the user not to block the sound hole of the speaker by hands after a preset time period, wherein the preset time period is not less than a playing duration of the built-in audio source file; and prompting the user to repair when the sound hole of the speaker continues to be blocked. detecting (S11, S33) whether the sound hole of the speaker is blocked, and prompting a user not to block the sound hole of the speaker by hands; and playing (S12, S34) a built-in audio source file, thereby driving a preset vibration device (1, 2, 64) to vibrate according to a set vibration intensity in order to clear foreign matter blocking the sound hole when it is detected that the sound hole of the speaker is blocked; characterized by the method further comprising: reperforming the detecting whether the sound hole of the speaker is blocked and the prompting the user not to block the sound hole of the speaker by hands after a preset time period, wherein the preset time period is not less than a playing duration of the built-in audio source file; and prompting the user to repair when the sound hole of the speaker continues to be blocked. reperforming the detecting whether the sound hole of the speaker is blocked and the prompting the user not to block the sound hole of the speaker by hands after a preset time period, wherein the preset time period is not less than a playing duration of the built-in audio source file; and prompting the user to repair when the sound hole of the speaker continues to be blocked.