mhurhangee/patent-ind-claim-en huggingface dataset:
A portable dual-interface data carrier, comprising: - a metal layer being arranged between at least two plastic layers to form at least a part of a body of the data carrier, characterized in that - the metal layer comprises a recess at least of a size of a carrier foil holding an antenna ; and that - the carrier foil is attached to one of said at least two plastic layers at a position of the recess and the carrier foil holding the antenna is inserted into the recess , - whereby the recess is a window being introduced in the metal layer . - a metal layer being arranged between at least two plastic layers to form at least a part of a body of the data carrier, characterized in that - the metal layer comprises a recess at least of a size of a carrier foil holding an antenna ; and that - the carrier foil is attached to one of said at least two plastic layers at a position of the recess and the carrier foil holding the antenna is inserted into the recess , - whereby the recess is a window being introduced in the metal layer .
Thermoelectric article for a thermoelectric conversion device, having an overall composition consisting of 6 atomic % ≤ Ti ≤ 27 atomic %, 6 atomic % ≤ Zr ≤ 27 atomic %, 0 atomic % ≤ Hf ≤ 1.7 atomic %, wherein 28 atomic % ≤ (Ti + Zr + Hf) ≤ 38 atomic %, 28 atomic % ≤ Sn ≤ 38 atomic %, 0 atomic % ≤ Sb ≤ 3 atomic %, wherein 28 atomic % ≤ (Sn + Sb) ≤ 38 atomic %, 0 atomic % ≤ A ≤ 7 atomic %, 0 atomic % ≤ B ≤ 7 atomic %, wherein A is one or more of the elements selected from the group consisting of Sc, Y and La, B is one or more of the elements selected from the group consisting of V, Nb and Ta and 0.15 atomic % ≤ A+B ≤ 7 atomic %, rest Ni and up to 5 atomic % impurities.
A light source unit comprising: a light source emitting light, a first holder that holds the light source, and a second holder that holds an optical portion through which light from the light source is emitted, wherein the first holder and the second holder are arranged in that order from a light emitting direction and welded with each other, characterized in that : the first holder and the second holder are welded together by laser welding, the first holder is made of light transmitting resin, and the first holder comprises a protruding portion protruding on the opposite side of a laser welding surface of the first and second holders and on a position corresponding to the laser welding region to be laser welded. a light source emitting light, a first holder that holds the light source, and a second holder that holds an optical portion through which light from the light source is emitted, wherein the first holder and the second holder are arranged in that order from a light emitting direction and welded with each other, the first holder and the second holder are welded together by laser welding, the first holder is made of light transmitting resin, and the first holder comprises a protruding portion protruding on the opposite side of a laser welding surface of the first and second holders and on a position corresponding to the laser welding region to be laser welded.
A fluid flow control device, comprising: at least three substantially cylindrical bodies each extending along a longitudinal axis and having a sidewall ; at least one first channel extending longitudinally along the sidewall of each of the at least three substantially cylindrical bodies ; at least one second channel extending longitudinally along the sidewall of each of the at least three substantially cylindrical bodies ; wherein at least a portion of one of the at least one first channel and the at least one second channel extends longitudinally at an oblique angle with respect to the longitudinal axis; and wherein two of the at least three cylindrical bodies are concentrically situated in an interior cylindrical cavity of one cylindrical body of the at least three cylindrical bodies , wherein the at least one first channel and the at least one second channel of each of the at least three cylindrical bodies extend at least substantially longitudinally from a first end of each cylindrical body to a second end of each cylindrical body , the fluid flow device further comprising an external shell wherein the at least three cylindrical bodies are configured to be held within the external shell . at least three substantially cylindrical bodies each extending along a longitudinal axis and having a sidewall ; at least one first channel extending longitudinally along the sidewall of each of the at least three substantially cylindrical bodies ; at least one second channel extending longitudinally along the sidewall of each of the at least three substantially cylindrical bodies ; wherein at least a portion of one of the at least one first channel and the at least one second channel extends longitudinally at an oblique angle with respect to the longitudinal axis; and wherein two of the at least three cylindrical bodies are concentrically situated in an interior cylindrical cavity of one cylindrical body of the at least three cylindrical bodies , wherein the at least one first channel and the at least one second channel of each of the at least three cylindrical bodies extend at least substantially longitudinally from a first end of each cylindrical body to a second end of each cylindrical body , the fluid flow device further comprising an external shell wherein the at least three cylindrical bodies are configured to be held within the external shell .
A fifth wheel turntable lubrication device for lubricating sliding mating surfaces of a base plate and an upper plate , the lubrication device comprising; - a casing , and - a lubricating grease contained and sealed within the casing , which lubrication device is intended to be positioned on the sliding mating surface of the base plate and ruptured under pressure of the sliding mating surface of the upper plate , when the upper plate is disposed on top of the base plate , thereby allowing the lubricating grease to be distributed between the sliding mating surfaces, characterized in that the lubrication device is elongated and plastically formable, thus allowing the lubrication device to be shaped so that it substantially follows a circumferential shape of the base plate such that the lubricating grease is evenly distributed between the sliding mating surfaces. - a casing , and - a lubricating grease contained and sealed within the casing ,
A control method for induction heating device, comprising the steps of: disposing at least one induction coil at a position proximate to a target object that is to be heated; disposing at least one magnetic conductive plate at a specific position proximate to the at least one induction coil ; and exciting the at least one induction coil ; characterized in varying the position of the magnetic conductive plate for enhancing or blocking the magnetic field induced from the excited induction coil and applied upon the target object so as to adjust the distribution of the magnetic field, wherein the specific position where the at least one magnetic conductive plate is located is a position on a side of the induction coil proximate to the target object for enabling the at least one magnetic conductive plate to act as a shield for blocking the magnetic field induced from the at least one induction coil or wherein the specific position where the at least one magnetic conductive plate is located is a position on a side of the induction coil away from the target object for enhancing the magnetic field induced from the at least one induction coil . disposing at least one induction coil at a position proximate to a target object that is to be heated; disposing at least one magnetic conductive plate at a specific position proximate to the at least one induction coil ; and exciting the at least one induction coil ; characterized in varying the position of the magnetic conductive plate for enhancing or blocking the magnetic field induced from the excited induction coil and applied upon the target object so as to adjust the distribution of the magnetic field, wherein the specific position where the at least one magnetic conductive plate is located is a position on a side of the induction coil proximate to the target object for enabling the at least one magnetic conductive plate to act as a shield for blocking the magnetic field induced from the at least one induction coil or wherein the specific position where the at least one magnetic conductive plate is located is a position on a side of the induction coil away from the target object for enhancing the magnetic field induced from the at least one induction coil .
Method of MR imaging of an object placed in an examination volume of a MR device , the method comprising the steps of: - generating echo signals by subjecting the object to a multi-echo imaging sequence, wherein the object is subjected to a number of shots of the multi-echo imaging sequence, a train of echo signals being generated by each shot, - acquiring the echo signals, each echo signal being attributed to a k-space line, wherein a number of said k-space lines from a part of k-space, in which the k-space lines are adjacently arranged, is repeatedly sampled, wherein the imaging sequence is a Dixon sequence, in which the echo signals are acquired at two or more echo times, with the echo signals being acquired at each echo time with a different sequential order of the k-space lines, and - reconstructing a MR image from the acquired echo signals, wherein signal contributions from water and fat to the acquired echo signals are separated. - generating echo signals by subjecting the object to a multi-echo imaging sequence, wherein the object is subjected to a number of shots of the multi-echo imaging sequence, a train of echo signals being generated by each shot, - acquiring the echo signals, each echo signal being attributed to a k-space line, wherein a number of said k-space lines from a part of k-space, in which the k-space lines are adjacently arranged, is repeatedly sampled, wherein the imaging sequence is a Dixon sequence, in which the echo signals are acquired at two or more echo times, with the echo signals being acquired at each echo time with a different sequential order of the k-space lines, and - reconstructing a MR image from the acquired echo signals, wherein signal contributions from water and fat to the acquired echo signals are separated.
An additive manufacturing machine 400, 500, 600), comprising two or more resin supports , each resin support having at least a portion which is transparent, wherein each resin support defines a build surface ; a material depositor operable to deposit a resin which is radiant-energy-curable onto the resin supports ; a build station for each resin support , each build station including: a stage positioned adjacent the build surface and configured to hold a stacked arrangement of one or more cured layers of the resin; and one or more actuators operable to manipulate a relative position of the stage and the build surface ; a radiant energy apparatus disposed opposite to the stages and operable to generate and project radiant energy in a predetermined pattern; and means for delivering radiant energy from the radiant energy apparatus to each of the build stations . a stage positioned adjacent the build surface and configured to hold a stacked arrangement of one or more cured layers of the resin; and one or more actuators operable to manipulate a relative position of the stage and the build surface ; a radiant energy apparatus disposed opposite to the stages and operable to generate and project radiant energy in a predetermined pattern; and means for delivering radiant energy from the radiant energy apparatus to each of the build stations .
A method for locating a region of interest, ROI, in an image, comprising: obtaining (no) an image; searching in the image for a tag with a predefined format, wherein the tag codes ROI information, which is readable by imaging the tag and which includes a size indication (L1) and a relative position indication (L2), the respective indications allowing the ROI's size and position to be determined relative to the tag's size and position; determining a ROI in the image expressed in image coordinates, wherein the ROI is determined on the basis of the tag's size and position in the image, which are expressed in image coordinates, and on the basis of the ROI information; and outputting the image after processing, removing or replacing image data in the determined ROI, wherein the ROI corresponds to a visual item in the depicted scene, and the tag is arranged such that it does not move relative to the visual item, characterized in that the size indication includes a ratio of a dimension of the ROI and a dimension of the tag, such that the dimension of the ROI in image coordinates is obtained by multiplying the ratio by the dimension of the tag in image coordinates. obtaining (no) an image; searching in the image for a tag with a predefined format, wherein the tag codes ROI information, which is readable by imaging the tag and which includes a size indication (L1) and a relative position indication (L2), the respective indications allowing the ROI's size and position to be determined relative to the tag's size and position; determining a ROI in the image expressed in image coordinates, wherein the ROI is determined on the basis of the tag's size and position in the image, which are expressed in image coordinates, and on the basis of the ROI information; and outputting the image after processing, removing or replacing image data in the determined ROI, wherein the ROI corresponds to a visual item in the depicted scene, and the tag is arranged such that it does not move relative to the visual item, characterized in that the size indication includes a ratio of a dimension of the ROI and a dimension of the tag, such that the dimension of the ROI in image coordinates is obtained by multiplying the ratio by the dimension of the tag in image coordinates.
Braking system for a motor vehicle, comprising at least one brake module of a wheel provided with at least one return element exerting a force making it possible to position the brake module in a state with play (j1, j2) that makes it possible to reduce any residual friction, said return element being interposed between a calliper and a brake pad comprising a support plate assembled with a friction lining , said pad being mounted to be mobile in translation so as to be able to be clamped against a braking surface of a rotary disc , said return element being stressed when the brake pad is clamped on the disc , said braking system comprising a braking regulation device capable of reducing the play (j1, j2) of the brake module upon a detection of a releasing of the accelerator pedal to reduce the response time of the brake module in the event of braking, characterized in that the return element takes the form of two parallel branches, one linked to a fixed support of the calliper , and the other linked to the branch by an elastic return loop and of which the free end of the branch is folded back towards the branch so as to form a V, and in that the return element is fixed to the support plate by the branch and/or the free end .
Device for the condensation, separation and storage of liquid sulphur, comprising • a gas scrubbing unit by means of which the hydrogen sulphide is removed from the coke oven gas by gas scrubbing using an absorption liquid, the laden absorption liquid is regenerated and the hydrogen sulphide obtained in concentrated form is fed to the Claus plant consisting of Claus furnace , waste heat boiler and Claus reactor , and • a Claus furnace in which the sulphur compounds are burnt with atmospheric oxygen to give elemental sulphur, • a waste heat boiler in which the process gas leaving the Claus furnace is cooled to a temperature required for the condensation of the sulphur, is re-heated after separation of the sulphur and fed to a Claus reactor , • a Claus reactor in which part of the residual hydrogen sulphide is burnt, and the forming sulphur dioxide is converted to sulphur by reacting with the residual hydrogen sulphide in the presence of a catalyst, • a condensation chamber related to the Claus reactor , characterized in that • the Claus plant and the gas scrubbing unit are supported on a platform at a higher level with respect to a heatable, ground-level vessel with a siphon-type immersion chamber disposed therein such that no conveying equipment is required for conveying the sulphur to the immersion chamber and • wherein the difference in altitude between the Claus plant and the gas scrubbing unit with respect to the lowest discharge point for sulphur in the immersion chamber is at least 4.00 metres. • a gas scrubbing unit by means of which the hydrogen sulphide is removed from the coke oven gas by gas scrubbing using an absorption liquid, the laden absorption liquid is regenerated and the hydrogen sulphide obtained in concentrated form is fed to the Claus plant consisting of Claus furnace , waste heat boiler and Claus reactor , and • a Claus furnace in which the sulphur compounds are burnt with atmospheric oxygen to give elemental sulphur, • a waste heat boiler in which the process gas leaving the Claus furnace is cooled to a temperature required for the condensation of the sulphur, is re-heated after separation of the sulphur and fed to a Claus reactor , • a Claus reactor in which part of the residual hydrogen sulphide is burnt, and the forming sulphur dioxide is converted to sulphur by reacting with the residual hydrogen sulphide in the presence of a catalyst, • a condensation chamber related to the Claus reactor , • the Claus plant and the gas scrubbing unit are supported on a platform at a higher level with respect to a heatable, ground-level vessel with a siphon-type immersion chamber disposed therein such that no conveying equipment is required for conveying the sulphur to the immersion chamber and • wherein the difference in altitude between the Claus plant and the gas scrubbing unit with respect to the lowest discharge point for sulphur in the immersion chamber is at least 4.00 metres.
A diaphragm for a tweeter loudspeaker drive unit , the diaphragm comprising: a rigid dome-shaped member comprising: a first, ring-shaped, part in the shape of a truncated dome-shaped member and a second, dome-shaped, part , the first and second parts being joined to each other by means of an adhesive layer defining an innermost boundary of the first, ring-shaped, part, there being a step-wise change in thickness of the rigid dome-shaped member in the region of the innermost boundary such that the rigid dome-shaped member has a thickness that varies from a first thickness at a first location at the periphery of the rigid dome-shaped member and located outwardly away from the step-wise change in thickness to a second thickness at a second location, which is located inwardly of the step-wise change in thickness and thus nearer to the centre of the rigid dome-shaped member than the first location; wherein the first thickness is more than twice the second thickness; the rigid dome-shaped member has a diameter at its periphery and the step-wise change has a diameter at the innermost boundary; and the diaphragm is substantially circular in front elevation; the adhesive layer, together with the first and second parts, forms a constrained layer damping system; the diaphragm diameter is substantially equal to the diameter of the rigid dome-shaped member; characterised in that the diameter of the step-wise change is between 85% and 95% of the diameter of the rigid dome-shaped member. a first, ring-shaped, part in the shape of a truncated dome-shaped member and a second, dome-shaped, part , the first and second parts being joined to each other by means of an adhesive layer defining an innermost boundary of the first, ring-shaped, part, there being a step-wise change in thickness of the rigid dome-shaped member in the region of the innermost boundary such that the rigid dome-shaped member has a thickness that varies from a first thickness at a first location at the periphery of the rigid dome-shaped member and located outwardly away from the step-wise change in thickness to a second thickness at a second location, which is located inwardly of the step-wise change in thickness and thus nearer to the centre of the rigid dome-shaped member than the first location; wherein the first thickness is more than twice the second thickness; the rigid dome-shaped member has a diameter at its periphery and the step-wise change has a diameter at the innermost boundary; and the diaphragm is substantially circular in front elevation; the adhesive layer, together with the first and second parts, forms a constrained layer damping system; the diaphragm diameter is substantially equal to the diameter of the rigid dome-shaped member; characterised in that the diameter of the step-wise change is between 85% and 95% of the diameter of the rigid dome-shaped member.
Valve arrangement for a switching valve for regulating a mass flow in a refrigerating circuit or a heating circuit, comprising a valve housing , which comprises a feed opening and a discharge opening , comprising a valve piston , which comprises a valve-closing member , which buts against a valve seat of a through-hole between the feed opening and the discharge opening in a closed position and closes the through-hole , wherein - the valve seat comprises a stop surface and a sealing surface which are oriented so as to be adjacent to one another, - the valve-closing member comprises a supporting surface and a gasket surface which are oriented so as to be adjacent to one another, - an elastic sealing element is provided on the valve-closing member , on which a gasket surface is formed, - a sealing projection is provided on the sealing surface and is oriented towards the opposite gasket surface , - the supporting surface of the valve-closing member and the stop surface of the valve seat but against one another in the closed position and form a travel limitation between the valve-closing member and the valve seat , and the sealing projection is at least partially pressed into the sealing element , characterized in - that the valve piston comprises a valve body , on which the sealing element is fixed by a sealing sleeve , and - that the sealing sleeve provided on the valve body comprises a radially outwardly protruding shoulder , on which a spring element is guided between the valve seat and the valve piston . - the valve seat comprises a stop surface and a sealing surface which are oriented so as to be adjacent to one another, - the valve-closing member comprises a supporting surface and a gasket surface which are oriented so as to be adjacent to one another, - an elastic sealing element is provided on the valve-closing member , on which a gasket surface is formed, - a sealing projection is provided on the sealing surface and is oriented towards the opposite gasket surface , - the supporting surface of the valve-closing member and the stop surface of the valve seat but against one another in the closed position and form a travel limitation between the valve-closing member and the valve seat , and the sealing projection is at least partially pressed into the sealing element , characterized in - that the valve piston comprises a valve body , on which the sealing element is fixed by a sealing sleeve , and - that the sealing sleeve provided on the valve body comprises a radially outwardly protruding shoulder , on which a spring element is guided between the valve seat and the valve piston .