mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing a personalized ring back tone in a multi-party session in an Internet Protocol Multimedia Subsystem Network, comprising: sending , by a service session server, a session request to all called parties of the multi-party session according to a received service session request sent by a calling party; performing, by the service session server, media negotiation about the personalized ring back tone with the calling party, and establishing a media channel of the personalized ring back tone; and receiving , by the service session server, a first ring response message, and playing the personalized ring back tone to the calling party through a media channel established through the media negotiation about the personalized ring back tone, wherein the first ring response message is sent by one of the called parties; wherein performing by the service session server, media negotiation about the personalized ring back tone with the calling party comprises: acquiring , by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending , by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving , by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party. sending , by a service session server, a session request to all called parties of the multi-party session according to a received service session request sent by a calling party; performing, by the service session server, media negotiation about the personalized ring back tone with the calling party, and establishing a media channel of the personalized ring back tone; and receiving , by the service session server, a first ring response message, and playing the personalized ring back tone to the calling party through a media channel established through the media negotiation about the personalized ring back tone, wherein the first ring response message is sent by one of the called parties; wherein performing by the service session server, media negotiation about the personalized ring back tone with the calling party comprises: acquiring , by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending , by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving , by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party. acquiring , by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending , by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving , by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party.
A method for chromatographically separating propionic acid from a liquid feed mixture comprising propionic acid and a carbohydrate by passing the liquid feed mixture through a bed comprising a strong base anion exchange resin.
Method for preparing at least one felting needle , which extends from a suspension to its working end in its longitudinal direction (z), said method comprising the following method features: - providing a felting needle blank, - shaping a working part with a cross-sectional area (24-29) which extends in the radial direction (r) and the circumferential direction (φ) of the felting needle and forms the cross-sectional area (24-29) of the working part at least over most of the longitudinal extent (z) of same , - pricking a barb , which engages in the working part and is formed by a recess which extends from the outer surface of the working part in the direction of the interior of the felting needle , characterized in that - at least one bulge , which protrudes beyond the circumferential surface of the felting needle in its working part in its radial direction (r) and which extends in the longitudinal direction (z) of the at least one felting needle only over a partial reach of the extent of the working part , is shaped, - and wherein the positions of the barb and the bulge are selected in such a way that the barb adjoins the outer surface of the bulge in the longitudinal direction (z) of the needle . - providing a felting needle blank, - shaping a working part with a cross-sectional area (24-29) which extends in the radial direction (r) and the circumferential direction (φ) of the felting needle and forms the cross-sectional area (24-29) of the working part at least over most of the longitudinal extent (z) of same , - pricking a barb , which engages in the working part and is formed by a recess which extends from the outer surface of the working part in the direction of the interior of the felting needle , - at least one bulge , which protrudes beyond the circumferential surface of the felting needle in its working part in its radial direction (r) and which extends in the longitudinal direction (z) of the at least one felting needle only over a partial reach of the extent of the working part , is shaped, - and wherein the positions of the barb and the bulge are selected in such a way that the barb adjoins the outer surface of the bulge in the longitudinal direction (z) of the needle .
A test device for testing the insulation of an electrical line , particularly a cable or a cable harness, preferably for detecting flaws in the insulation of the electrical line , characterized in that the test device has a chamber for completely accommodating the electrical line to be tested, wherein the chamber can be closed and evacuated in a sealed manner, so a vacuum, but at least an underpressure, can be generated in the interior of the chamber , and wherein at least one electrical connection point , preferably in the form of a connector part, is arranged in the interior of the chamber for connecting the electrical line to be tested, and an electrical bushing leads out of the chamber from the connection point .
Method for individualizing a component , wherein adjacent regions of the component and associated volume regions of the component are provided with spatial structures , which are optically distinguishable from one another and altogether form a uniform, coherent structural arrangement, of an individual identification which can be machine-read by a sensor , characterized in that the component is part of an apparatus for thermal treatment of a substrate and the identification is determined by a temperature sensor.
A thermosensitive recording material having a thermosensitive recording layer containing at least a leuco dye and a developer on a support; the thermosensitive recording material containing, as the developer, a sulfonamide compound represented by general formula below: in formula , R1 and R2 may be the same or different and each independently represent a hydrogen atom, an alkyl group having from 1 to 4 carbons, an alkoxy group having from 1 to 4 carbons, or a halogen atom; the thermosensitive recording material further having a protective layer on the thermosensitive recording layer; the protective layer containing at least one type of adhesive agent selected from the group consisting of diacetone-modified polyvinyl alcohol having a degree of polymerization from 400 to 3000, and acetoacetyl-modified polyvinyl alcohol having a degree of polymerization from 1500 to 3000 and a degree of saponification from 95 to 99 mol%; at least one of the thermosensitive recording layer or the protective layer containing a water resistance-imparting agent; and the thermosensitive recording material having a layer containing a reaction product of the adhesive agent and the water resistance-imparting agent, wherein the water resistance-imparting agent is at least one type selected from the group consisting of glyoxal, formalin, glycine, glycidyl ester, glycidyl ether, dimethylolurea, ketene dimer, dialdehyde starch, melamine resins, polyamide resins, polyamine/polyamide resins, epichlorohydrin resins, polyamide-polyamine-epichlorohydrin resins, ketone-aldehyde resins, borax, boric acid, ammonium zirconium carbonate, epoxy-based compounds, hydrazide compounds, oxazoline group-containing compounds, and glyoxylates. in formula , R1 and R2 may be the same or different and each independently represent a hydrogen atom, an alkyl group having from 1 to 4 carbons, an alkoxy group having from 1 to 4 carbons, or a halogen atom; the thermosensitive recording material further having a protective layer on the thermosensitive recording layer; the protective layer containing at least one type of adhesive agent selected from the group consisting of diacetone-modified polyvinyl alcohol having a degree of polymerization from 400 to 3000, and acetoacetyl-modified polyvinyl alcohol having a degree of polymerization from 1500 to 3000 and a degree of saponification from 95 to 99 mol%; at least one of the thermosensitive recording layer or the protective layer containing a water resistance-imparting agent; and the thermosensitive recording material having a layer containing a reaction product of the adhesive agent and the water resistance-imparting agent, wherein the water resistance-imparting agent is at least one type selected from the group consisting of glyoxal, formalin, glycine, glycidyl ester, glycidyl ether, dimethylolurea, ketene dimer, dialdehyde starch, melamine resins, polyamide resins, polyamine/polyamide resins, epichlorohydrin resins, polyamide-polyamine-epichlorohydrin resins, ketone-aldehyde resins, borax, boric acid, ammonium zirconium carbonate, epoxy-based compounds, hydrazide compounds, oxazoline group-containing compounds, and glyoxylates.
An applicator with a skin cooling arrangement, the applicator comprising: a housing and a support structure extending from a distal end of the housing , the support structure including at least one cooling fluid conducting channel ; a transparent window mounted on the support structure , the transparent window including at least one cooling fluid conducting channel being in fluid communication with the at least one fluid conducting channel in the support structure , the transparent window arranged to cool a treated tissue area in contact with the transparent window ; a light pipe homogenizing rod ; and characterized by : a pair of lenses configured to receive a homogenized beam of optical energy from the light pipe homogenizing rod and to image an output facet of the light pipe homogenizing rod to a treated skin or tissue plane , wherein the output facet of the light pipe homogenizing rod has a trapezoidal or oval shape. a housing and a support structure extending from a distal end of the housing , the support structure including at least one cooling fluid conducting channel ; a transparent window mounted on the support structure , the transparent window including at least one cooling fluid conducting channel being in fluid communication with the at least one fluid conducting channel in the support structure , the transparent window arranged to cool a treated tissue area in contact with the transparent window ; a light pipe homogenizing rod ; and characterized by : a pair of lenses configured to receive a homogenized beam of optical energy from the light pipe homogenizing rod and to image an output facet of the light pipe homogenizing rod to a treated skin or tissue plane , wherein the output facet of the light pipe homogenizing rod has a trapezoidal or oval shape. a pair of lenses configured to receive a homogenized beam of optical energy from the light pipe homogenizing rod and to image an output facet of the light pipe homogenizing rod to a treated skin or tissue plane , wherein the output facet of the light pipe homogenizing rod has a trapezoidal or oval shape.
A sliding door arrangement, comprising sliding leaves which are arranged in a common plane and in common support and guide rails , wherein at least one collision protection device is provided between the mutually opposite front edges of the adjacent sliding leaves , whereby the at least one collision protection device comprises a spacer element which is arranged inside the support and/or guide rail and is located in the sliding region of the sliding leaves , whereby the at least one collision protection device can be coupled on the one hand to a sliding leaf and on the other hand to the other sliding leaf , whereby the at least one collision protection device comprises a latching lug and an activator or a clamp , characterized in that the coupling between the at least one collision protection device and the sliding leaves occurs on the one hand via the latching lug and the support part of the one sliding leaf and on the other hand via the activator and a coupling element of a coupling device arranged on the second sliding leaf or that the coupling between the at least one collision protection device and the sliding leaves occurs on the one hand via the latching lug and the support part of the one sliding leaf and on the other hand via the clamp and the support part of the second sliding leaf .
A device for sensing an acoustic signal, said device comprising a flexible portion, said flexible portion including a laser active region whose emitted wavelength varies according to a mechanical force acting on said flexible portion and a flexible support member characterised by the flexible portion being coupled to the flexible support member , said flexible support member operable to flex or bend according to said acoustic signal to cause said flexible portion to flex or bend in accordance with said flexible support member thereby changing the emitted wavelength of said laser active region of said flexible portion .
Method of renovating the interior of a hollow structure , the method comprising providing an access opening to the hollow structure ; providing a plurality of material sheets comprising reinforcing fibers and a curable thermosetting resin composition, wherein the curable thermosetting resin composition either comprises an unsaturated polyester and/or vinylester resin/hardener mixture, wherein the curable thermosetting resin composition of the material sheets comprises a thickening agent and the unsaturated polyester and/or vinylester resin composition is thickened before providing the material sheets against a wall of the hollow structure ; or comprises epoxide moieties, wherein the thermosetting curable resin composition of the material sheets comprising the epoxide moieties is partially cured by being B-staged before providing the material sheets against a wall of the hollow structure ; providing the plurality of material sheets through the access opening and against the wall of the hollow structure ; providing an inflatable pressure means within the hollow of the structure ; inflating the pressure means against the wall; providing a curing means within the hollow of the structure for curing the curable thermosetting resin composition; and curing the curable thermosetting resin composition to harden the material sheets and provide a renovated interior of the hollow structure . either comprises an unsaturated polyester and/or vinylester resin/hardener mixture, wherein the curable thermosetting resin composition of the material sheets comprises a thickening agent and the unsaturated polyester and/or vinylester resin composition is thickened before providing the material sheets against a wall of the hollow structure ; or comprises epoxide moieties, wherein the thermosetting curable resin composition of the material sheets comprising the epoxide moieties is partially cured by being B-staged before providing the material sheets against a wall of the hollow structure ;
Rear axle subframe for a motor vehicle , with two side parts running in the longitudinal direction of the vehicle (X direction) and with a first, front and a second, rear cross member (9; 10, 10') connecting the side parts to each other, wherein the rear axle subframe surrounds a free space in which a drive unit which is mounted on and fastened to the rear axle subframe is arranged or can be arranged, and wherein the side parts , each forming a clearance for said drive unit and a predetermined buckling point , have a cross-sectional constriction and/or a local reduction in wall thickness in regions, characterized in that the cross-sectional constriction and/or reduction in wall thickness are/is arranged on the rear axle subframe between at least one first, front and at least one second, rear bearing point (22, 23; 24, 25) of the drive unit , as seen in the direction of travel of the motor vehicle , and in that two first, front bearing points are provided, wherein each one is arranged on a side part , and in that two second, rear bearing points are provided which are arranged on the second, rear cross member .
A binding tape comprising a substrate layer of a nonwoven fabric and an adhesive layer that contains an adhesive and that is provided on at least either surface of the substrate layer, wherein: the nonwoven fabric is formed from fibers consisting of a thermoplastic elastomer or fibers containing a thermoplastic elastomer and a polyolefin; the nonwoven fabric has a tensile breaking strength in the tape longitudinal direction (A1) of 20 N/10 mm or more, wherein the tensile breaking strength is measured as described in the description, and the substrate layer has a thickness of 300 to 470 μm, wherein the thickness is measured as described in the description. a substrate layer of a nonwoven fabric and an adhesive layer that contains an adhesive and that is provided on at least either surface of the substrate layer, wherein: the nonwoven fabric is formed from fibers consisting of a thermoplastic elastomer or fibers containing a thermoplastic elastomer and a polyolefin; the nonwoven fabric has a tensile breaking strength in the tape longitudinal direction (A1) of 20 N/10 mm or more, wherein the tensile breaking strength is measured as described in the description, and the substrate layer has a thickness of 300 to 470 μm, wherein the thickness is measured as described in the description. the nonwoven fabric is formed from fibers consisting of a thermoplastic elastomer or fibers containing a thermoplastic elastomer and a polyolefin; the nonwoven fabric has a tensile breaking strength in the tape longitudinal direction (A1) of 20 N/10 mm or more, wherein the tensile breaking strength is measured as described in the description, and the substrate layer has a thickness of 300 to 470 μm, wherein the thickness is measured as described in the description.
A real-time teaching aid device for a board sport such as surfing for a person engaging in such a sport, comprising: - a set of sensors adapted to measure the position, the speeds and the accelerations of a surf board in a Cartesian coordinate system associated with the board, said set of sensors being connected to - a measured data processing unit for determining a deterministic dynamic behavior model of the surf board; - at least one signaling means for providing, in real-time, information relating to the deterministic dynamic behavior model of the board to the person engaging in such a sport and/or to a third party, wherein the signaling means deliver information relating to the deterministic dynamic behavior model concerning at least one action to be undertaken by the surfer, and said at least one action to be undertaken by the surfer concerns the optimum time for the surfer to start the take off phase. - a set of sensors adapted to measure the position, the speeds and the accelerations of a surf board in a Cartesian coordinate system associated with the board, said set of sensors being connected to - a measured data processing unit for determining a deterministic dynamic behavior model of the surf board; - at least one signaling means for providing, in real-time, information relating to the deterministic dynamic behavior model of the board to the person engaging in such a sport and/or to a third party,
A waste curing device to cure waste generated by an additive manufacturing system, the waste curing device comprising: a container for receiving said waste; a movable cover positioned above said container ; a static cover positioned above said container ; one or more waste nozzles configured to deliver waste into said container ; and one or more curing sources configured to provide curing radiation to cure said waste in said container ; wherein said movable cover is configured to move relative to said static cover to provide an open position for said waste nozzles to deliver waste into said container ; and subsequently to a closed position, to shield said waste nozzles from said curing radiation. a container for receiving said waste; a movable cover positioned above said container ; a static cover positioned above said container ; one or more waste nozzles configured to deliver waste into said container ; and one or more curing sources configured to provide curing radiation to cure said waste in said container ; wherein said movable cover is configured to move relative to said static cover to provide an open position for said waste nozzles to deliver waste into said container ; and subsequently to a closed position, to shield said waste nozzles from said curing radiation.
An optical system for measuring the rotation angle of a rotatable object having a rotation shaft , which system includes at the one hand a reflective diffraction element mounted on, and rotating with, the shaft and at the other hand a module that comprises a radiation source emitting an illumination beam of nearly monochromatic radiation towards the diffraction element and a radiation-sensitive detection structure converting illumination beam radiation reflected by the diffraction element into electrical signals suitable for electronic processing to obtain signals representing the said angle, characterized in that the diffraction element is configured to project one or more diffraction images onto associated sections of the detection structure and in that the surface size of the diffraction element is smaller than 20% of the surface size of the associated sections on the detection structure.
A method for detecting a continuous circle gesture to update a circle counter with a capacitive non-touching sensor system based on a quasi-static electric field measurements comprising one or more transmission electrodes excited with a rectangular pulse train signal and a plurality of receiving electrodes capacitively coupled with the one or more transmission electrodes , the method comprising: receiving a sequence of vectors representative of an object movement by an object detection unit, wherein the received sequence of vectors are ( x n , y n ) position vectors of an object movement; characterized by determining from the received sequence of vectors a sequence of velocity vectors or an approximation thereof, wherein velocity vectors are computed as the difference of subsequent position vectors; estimating an angle between subsequent velocity vectors; integrating the angles between pairs of consecutive velocity vectors or an approximation thereof to determine an integrated angle; determining a rotation direction; updating a circle counter from the determined integrated angle and rotation direction; and using the updated circle counter in a human device interface. determining from the received sequence of vectors a sequence of velocity vectors or an approximation thereof, wherein velocity vectors are computed as the difference of subsequent position vectors; estimating an angle between subsequent velocity vectors; integrating the angles between pairs of consecutive velocity vectors or an approximation thereof to determine an integrated angle; determining a rotation direction; updating a circle counter from the determined integrated angle and rotation direction; and using the updated circle counter in a human device interface.