mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a rotary article having at least one internal flow passage, the method comprising: providing a cold metal transfer welding apparatus comprising a welding torch; providing a rotary substrate; providing a digital representation of the rotary article having at least one internal flow passage; defining a welding path on the rotary substrate based on the digital representation; rotating the rotary substrate while depositing layer by layer a filler metal by cold metal transfer welding on the welding path of the rotary substrate to form the rotary article, wherein depositing each layer comprises: depositing two circles or near circle structures on the rotary substrate while rotating the rotary substrate; and depositing a plurality of blade structures by moving the welding torch relative to the substrate along a direction intersecting with the circles or near circle structures while maintaining the rotary substrate unrotated; and separating the rotary substrate from the rotary article. providing a cold metal transfer welding apparatus comprising a welding torch; providing a rotary substrate; providing a digital representation of the rotary article having at least one internal flow passage; defining a welding path on the rotary substrate based on the digital representation; rotating the rotary substrate while depositing layer by layer a filler metal by cold metal transfer welding on the welding path of the rotary substrate to form the rotary article, wherein depositing each layer comprises: depositing two circles or near circle structures on the rotary substrate while rotating the rotary substrate; and depositing a plurality of blade structures by moving the welding torch relative to the substrate along a direction intersecting with the circles or near circle structures while maintaining the rotary substrate unrotated; and separating the rotary substrate from the rotary article. depositing two circles or near circle structures on the rotary substrate while rotating the rotary substrate; and depositing a plurality of blade structures by moving the welding torch relative to the substrate along a direction intersecting with the circles or near circle structures while maintaining the rotary substrate unrotated; and separating the rotary substrate from the rotary article.
A scintillator panel comprising: a supporting substrate which is adapted to transmit a radiation ray; a reflective first resin sheet formed on a face of the supporting substrate; a phosphor layer which is formed on the reflective first resin sheet on the side of the face of the supporting substrate and is adapted to convert the radiation ray into visible light; and a moisture-proof layer which covers the phosphor layer such that the phosphor layer is enclosed between the reflective first resin sheet and the moisture-proof layer, wherein the supporting substrate is made of a carbon fiber-reinforced plastic, characterized in that a second resin sheet is formed on a face of the supporting substrate opposite to the face carrying the formed phosphor layer, and the reflective first resin sheet and the second resin sheet are formed on the two faces of the supporting substrate during molding of the supporting substrate. a supporting substrate which is adapted to transmit a radiation ray; a reflective first resin sheet formed on a face of the supporting substrate; a phosphor layer which is formed on the reflective first resin sheet on the side of the face of the supporting substrate and is adapted to convert the radiation ray into visible light; and a moisture-proof layer which covers the phosphor layer such that the phosphor layer is enclosed between the reflective first resin sheet and the moisture-proof layer, wherein the supporting substrate is made of a carbon fiber-reinforced plastic, characterized in that a second resin sheet is formed on a face of the supporting substrate opposite to the face carrying the formed phosphor layer, and the reflective first resin sheet and the second resin sheet are formed on the two faces of the supporting substrate during molding of the supporting substrate.
An exterior cover for an electronic device, the exterior cover comprising: a first cover; a second cover; and a connecting member interconnecting the first and second covers (20, 30), characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein when the first cover is conformally engaged with the second cover, the first cover is arranged to form a gap (g) between the first cover and the front face of the electronic device. a first cover; a second cover; and a connecting member interconnecting the first and second covers (20, 30), characterized in that the first cover has corners and the second cover includes seat structures (E1-E4), and the corners are conformally engaged with the seat structures, respectively; and wherein when the first cover is conformally engaged with the second cover, the first cover is arranged to form a gap (g) between the first cover and the front face of the electronic device.
A method performed by one or more processors of a client device, the method comprising: identifying a textual segment stored locally at the client device; generating synthesized speech audio data that includes synthesized speech of the identified textual segment, wherein generating the synthesized speech audio data comprises processing the textual segment using a speech synthesis model stored locally at the client device; the method being characterised by further comprising: processing, using an end-to-end speech recognition model stored locally at the client device, the synthesized speech audio data to generate a predicted textual segment; generating a gradient based on comparing the predicted textual segment to the textual segment; and updating one or more weights of the end-to-end speech recognition model based on the generated gradient. identifying a textual segment stored locally at the client device; generating synthesized speech audio data that includes synthesized speech of the identified textual segment, wherein generating the synthesized speech audio data comprises processing the textual segment using a speech synthesis model stored locally at the client device; the method being characterised by further comprising: processing, using an end-to-end speech recognition model stored locally at the client device, the synthesized speech audio data to generate a predicted textual segment; generating a gradient based on comparing the predicted textual segment to the textual segment; and updating one or more weights of the end-to-end speech recognition model based on the generated gradient. processing, using an end-to-end speech recognition model stored locally at the client device, the synthesized speech audio data to generate a predicted textual segment; generating a gradient based on comparing the predicted textual segment to the textual segment; and updating one or more weights of the end-to-end speech recognition model based on the generated gradient.
High-current plug connector for currents of more than 100 A, in particular more than 200 A, comprising: - a first connecting element which comprises a first contact section and a first connecting section, - a second connecting element which comprises a second contact section and a second connecting section, - a spring element, which is arranged between the first and the second contact section (11, 21), for establishing an electrical connection between the first and the second connecting element (10, 20), - wherein the first and the second connecting section are respectively connected to an electrical conductor (13, 23); - wherein the first and the second contact section (11, 21) are each designed as flat pieces, - wherein a first, planar contact area is formed on a front side of the first contact section, and a second, planar contact area is formed on a front side of the second contact section, - wherein the spring element is braced only between the first and the second contact area (11A, 21A) for electrically connecting the first and the second contact section (11, 21), characterized in that the first and the second contact section (11, 21) are connected to one another by an interlocking connection, wherein the interlocking connection is established by way of translatory shifting of the first contact section relative to the second contact section parallel to the planes of the first and the second contact area (11A, 21A), wherein the two contact sections are prevented from becoming detached by way of a force, which is produced by the spring element, perpendicular to the planes of the first and the second contact area (11A, 21A). - a first connecting element which comprises a first contact section and a first connecting section, - a second connecting element which comprises a second contact section and a second connecting section, - a spring element, which is arranged between the first and the second contact section (11, 21), for establishing an electrical connection between the first and the second connecting element (10, 20), - wherein the first and the second connecting section are respectively connected to an electrical conductor (13, 23); - wherein the first and the second contact section (11, 21) are each designed as flat pieces, - wherein a first, planar contact area is formed on a front side of the first contact section, and a second, planar contact area is formed on a front side of the second contact section, - wherein the spring element is braced only between the first and the second contact area (11A, 21A) for electrically connecting the first and the second contact section (11, 21),
A communication testing device (40,50) for testing a narrow band internet of things (NB-IoT) communication, wherein the communication testing device (40,50) is configured to transmit test signals for testing, and wherein the test signals are solely based on common reference signals (43,52) of a network cell working under the long term evolution standard.
A flexible floating walkway to transfer people and/or goods between installations at sea, such as ships and land (30,20), characterised in that the floating walkway comprises bridge elements connected between floating elements (60A, 60B; 60C) fitted with horizontal and vertical segments, in that the floating elements (60A,60B) are of the alternating type and in which a first type of floating element has segments that rotate during use relative to a vertical axis and a second type of floating element has segments that rotate during use relative to a horizontal axis, such that the floating elements can be pulled out in use to couple together the installations (20,30) and folded up when the walkway is not in use.
An infinite adjust seat post comprising: an upper post telescopically engaging a lower post, wherein said upper post comprises a main piston that is stationary, wherein said main piston comprises a first fluid pathway that includes a first fluid port and a second fluid port; a piston rod having a first end and a second end, said second end connected to said main piston and said first end connected to an actuation assembly an oil chamber disposed within said upper post/lower post combination, wherein said oil chamber is separated by said main piston into a first portion and a second portion; and an internal floating piston separating a gas chamber from said oil chamber; characterised by a spool valve at least partially slidably disposed within said main piston, said spool valve configured for blocking said first fluid pathway upon too much pressure being applied to an oil in said first portion; a pressure relief valve (685, 835) disposed in series with said spool valve, wherein a second fluid pathway is disposed in parallel with said first fluid pathway and is disposed within said pressure relief valve and said spool valve; said first end of said piston rod disposed in gas chamber and connectable with said spool valve; and said actuation assembly for, upon actuation, pushing said piston rod into said spool valve and causing said valve to slide within said main piston. an upper post telescopically engaging a lower post, wherein said upper post comprises a main piston that is stationary, wherein said main piston comprises a first fluid pathway that includes a first fluid port and a second fluid port; a piston rod having a first end and a second end, said second end connected to said main piston and said first end connected to an actuation assembly an oil chamber disposed within said upper post/lower post combination, wherein said oil chamber is separated by said main piston into a first portion and a second portion; and an internal floating piston separating a gas chamber from said oil chamber; characterised by a spool valve at least partially slidably disposed within said main piston, said spool valve configured for blocking said first fluid pathway upon too much pressure being applied to an oil in said first portion; a pressure relief valve (685, 835) disposed in series with said spool valve, wherein a second fluid pathway is disposed in parallel with said first fluid pathway and is disposed within said pressure relief valve and said spool valve; said first end of said piston rod disposed in gas chamber and connectable with said spool valve; and said actuation assembly for, upon actuation, pushing said piston rod into said spool valve and causing said valve to slide within said main piston.
A method for signal processing in a communication system, comprising: receiving, by a receiver, a transmitted signal sent by a transmitter through a channel, the transmitted signal being generated from a set of signals according to a coding process, the set of signals comprising a first signal and a plurality of other signals, the coding process defining a correlation relationship amongst the first signal and the plurality of other signals in the set, and further including correlation information relating to the correlation relationship in the transmitted signal; and decoding, in accordance with the correlation information, the transmitted signal into a first estimate component for estimating the first signal, a first interference component indicating interference resulting from the correlation relationship, and a first noise component indicating impact of the noise on transmission of the first signal. receiving, by a receiver, a transmitted signal sent by a transmitter through a channel, the transmitted signal being generated from a set of signals according to a coding process, the set of signals comprising a first signal and a plurality of other signals, the coding process defining a correlation relationship amongst the first signal and the plurality of other signals in the set, and further including correlation information relating to the correlation relationship in the transmitted signal; and decoding, in accordance with the correlation information, the transmitted signal into a first estimate component for estimating the first signal, a first interference component indicating interference resulting from the correlation relationship, and a first noise component indicating impact of the noise on transmission of the first signal.
A sterile container for receiving cleaned or sterilized medical goods or medical goods to be cleaned or sterilized, with a lower part of the sterile container forming a receiving space for the goods and a sterile-container lid which is detachably arrangeable on the lower part of the sterile container for closing the receiving space, wherein at least one handle element is arranged on the lower part of the sterile container, said handle element being positionable between a carrying position projecting from the sterile-container lid and a locking position locking the sterile-container lid to the lower part of the sterile container, wherein a receiving region is formed in the sterile-container lid for receiving the handle element therein in the locking position, wherein the receiving region is formed as a recessed grip in the form of a depression projecting into the receiving space relative to the lid plane for completely receiving the handle element therein, and whereby at least one web is formed between the sterile-container lid and the receiving region as a recessed grip, wherein the web is fluid-permeable at least in sections, preferably comprises a perforated mesh, characterized in that the handle element is U-shaped with two free legs (14a, 14b) and a handle piece connecting them to each other and is hinged with the free legs (14a, 14b) to the lower part of the sterile container wherein the lid plane is in or below a virtual plane defined by an edge of the lower part of the sterile container. the receiving region is formed as a recessed grip in the form of a depression projecting into the receiving space relative to the lid plane for completely receiving the handle element therein, and whereby at least one web is formed between the sterile-container lid and the receiving region as a recessed grip, wherein the web is fluid-permeable at least in sections, preferably comprises a perforated mesh, characterized in that the handle element is U-shaped with two free legs (14a, 14b) and a handle piece connecting them to each other and is hinged with the free legs (14a, 14b) to the lower part of the sterile container wherein the lid plane is in or below a virtual plane defined by an edge of the lower part of the sterile container.
A process to deposit silicon oxide comprising the steps of: a. providing a substrate in a reactor; b. introducing into the reactor at least one silicon precursor; c. purging reactor with purge gas; d. introducing an oxygen source into the reactor; and e. purging reactor with purge gas; and wherein steps b through e are repeated until a desired thickness of silicon oxide is deposited; wherein the process is conducted at one or more temperatures ranging from 500 to 800°C and one or more pressures ranging from 6.7 Pa to 100 kPa (50 miliTorr (mT) to 760 Torr); and wherein the at least one silicon precursor has a formula selected from the group consisting of: I. R 1 R 2 m Si(NR 3 R 4) n X p wherein R 1 is methyl; R 2 is methyl; R 3 is selected from hydrogen, a linear or branched C 1 to C 10 alkyl group, and a C 6 to C 10 aryl group; and R 4 is selected from, a linear or branched C 1 to C 10 alkyl group, a C 6 to C 10 aryl group, and a C 3 to C 10 alkylsilyl group; wherein R 3 and R 4 are linked to form a cyclic ring structure or R 3 and R 4 are not linked to form a cyclic ring structure; X is a halide selected from the group consisting of Cl, Br and I; m is 2; n is 0 or 1; p is 0 or 1; and m+n+p = 3; and II. R 1 R 2 m Si(OR 3) n wherein R 1 is methyl; R 2 is methyl; R 3 is selected from a linear or branched C 1 to C 10 alkyl group, a C 2 to C 10 acyl group and a C 6 to C 10 aryl group; m is 2; and n is 1. a. providing a substrate in a reactor; b. introducing into the reactor at least one silicon precursor; c. purging reactor with purge gas; d. introducing an oxygen source into the reactor; and e. purging reactor with purge gas; and
A locking and unlocking device for forming an interface between the shell and the collar of a sports boot, characterized in that it comprises a rocker that is movable in rotation about a pin, a lever that is movable in rotation and comprising a part forming a manual actuation arm, and an elastic element connected to the lever, such that the lever is able to occupy a first stable position, in which it holds the rocker in a locking position, and a second stable position, in which it holds the rocker in an unlocking position, these two positions being maintained stable through the effect of the elastic element.
Regenerated cellulosic molded body manufactured according to a lyocell method, which comprises elastane, wherein the elastane is incorporated in the molded body.
A computer implemented method for 3D planning of root canal treatments comprising the steps of: • Generating and visualizing a 3D model of the tooth to be treated by combining at least one piece of tooth specific digital information with a statistical, parameterized shape model of each tooth type, • planning and/or simulating the root canal treatment on the generated 3D model of the tooth, • providing qualitative and/or quantitative feedback relative about the effect of the planned/simulated treatment on the 3D model, and • selecting or determining of the best approach to the root canal treatment. • Generating and visualizing a 3D model of the tooth to be treated by combining at least one piece of tooth specific digital information with a statistical, parameterized shape model of each tooth type, • planning and/or simulating the root canal treatment on the generated 3D model of the tooth, • providing qualitative and/or quantitative feedback relative about the effect of the planned/simulated treatment on the 3D model, and • selecting or determining of the best approach to the root canal treatment.
A system, comprising: a laser for projecting a laser spot pattern (12, 14) onto a surface of a three-dimensional object; an endoscope for generating a series of endoscopic images as the endoscope is at least one of translated and rotated relative to the three-dimensional object, wherein the system is arranged such that each endoscopic image of the series illustrates a different view of a laser spot array (13, 15) within the laser spot pattern (12, 14) as projected onto the surface of the three-dimensional object by the laser; characterized in that the system further comprises an image reconstruction device in communication with the endoscope for reconstructing the surface of the three-dimensional object from a correspondence of the different views of the laser spot array (13, 15) as illustrated in the endoscopic images. a laser for projecting a laser spot pattern (12, 14) onto a surface of a three-dimensional object; an endoscope for generating a series of endoscopic images as the endoscope is at least one of translated and rotated relative to the three-dimensional object, wherein the system is arranged such that each endoscopic image of the series illustrates a different view of a laser spot array (13, 15) within the laser spot pattern (12, 14) as projected onto the surface of the three-dimensional object by the laser; characterized in that the system further comprises an image reconstruction device in communication with the endoscope for reconstructing the surface of the three-dimensional object from a correspondence of the different views of the laser spot array (13, 15) as illustrated in the endoscopic images.
A method of reporting a logged measurement in a wireless communication system, the method comprising: receiving, by a user equipment, a Minimization of Drive Tests configuration; logging, by the user equipment, measurements based on the MDT configuration to collect a logged measurement; receiving (S960, S1060, S1160, S1260), by the user equipment, an information request to request the logged measurement from a base station; and transmitting (S970, S1070, S1170, S1270), by the user equipment, an information response to the base station, characterized in that the information response includes a part of the logged measurement and an availability indicator, the availability indicator indicating that all entries in the logged measurement are not included in the information response. receiving, by a user equipment, a Minimization of Drive Tests configuration; logging, by the user equipment, measurements based on the MDT configuration to collect a logged measurement; receiving (S960, S1060, S1160, S1260), by the user equipment, an information request to request the logged measurement from a base station; and transmitting (S970, S1070, S1170, S1270), by the user equipment, an information response to the base station,