mhurhangee/patent-ind-claim-en huggingface dataset:
A display module (30A-30P) comprising: a substrate comprising a mounting surface on which a plurality of inorganic light emitting diodes, LEDs, are mounted, a side surface , and a rear surface disposed opposite to the mounting surface; a front cover bonded to and covering the mounting surface; a metal plate bonded to the rear surface; and a side cover configured to surround the side surface, wherein the front cover extends to an area outside of the mounting surface in a first direction (Y) in which the mounting surface extends, wherein the side cover is provided to extend, in a second direction (X) which the mounting surface faces, from an upper side of the metal plate to a lower end of a region of the front cover to seal the side surface from an outside, and a portion of the side cover provided at the lower end of the region of the front cover is outwards from the mounting surface in the first direction in which the mounting surface extends, and characterised in that the display module further comprises: a side end member disposed on an outer end of the side cover in the first direction in which the mounting surface extends to cover the side cover from the outside, and comprising a material having an electrical conductivity higher than an electrical conductivity of the side cover. a substrate comprising a mounting surface on which a plurality of inorganic light emitting diodes, LEDs, are mounted, a side surface , and a rear surface disposed opposite to the mounting surface; a front cover bonded to and covering the mounting surface; a metal plate bonded to the rear surface; and a side cover configured to surround the side surface, wherein the front cover extends to an area outside of the mounting surface in a first direction (Y) in which the mounting surface extends, wherein the side cover is provided to extend, in a second direction (X) which the mounting surface faces, from an upper side of the metal plate to a lower end of a region of the front cover to seal the side surface from an outside, and a portion of the side cover provided at the lower end of the region of the front cover is outwards from the mounting surface in the first direction in which the mounting surface extends, and characterised in that the display module further comprises: a side end member disposed on an outer end of the side cover in the first direction in which the mounting surface extends to cover the side cover from the outside, and comprising a material having an electrical conductivity higher than an electrical conductivity of the side cover.
A non-transitory computer-readable recording medium storing a program for executing a method of operating an ultrasound diagnosis apparatus for performing diagnosis with respect to a heart of a fetus, the method comprising: transmitting an ultrasound signal to the heart of the fetus and receiving an echo signal reflected from the heart (S210); acquiring first Doppler data and second Doppler data respectively with respect to first and second setting ranges by using the echo signal (S230), wherein the first Doppler data is data regarding blood flow of the heart, and the second Doppler data is data regarding valves of the heart; obtaining a first image based on the first Doppler data; obtaining a second image based on the second Doppler data; obtaining a feature extraction image representing properties of the heart from the second image (S270); obtaining a first resulting image by adding the feature extraction image to the first Doppler image (S290); and displaying the first resulting image, characterised in that the first and second setting ranges each include a range of a magnitude of a signal and a range of a velocity of blood flow, and wherein the first and second Doppler data are each data in which the magnitude of the signal is within a predetermined range, and the velocity of the blood flow is within a predetermined range. transmitting an ultrasound signal to the heart of the fetus and receiving an echo signal reflected from the heart (S210); acquiring first Doppler data and second Doppler data respectively with respect to first and second setting ranges by using the echo signal (S230), wherein the first Doppler data is data regarding blood flow of the heart, and the second Doppler data is data regarding valves of the heart; obtaining a first image based on the first Doppler data; obtaining a second image based on the second Doppler data; obtaining a feature extraction image representing properties of the heart from the second image (S270); obtaining a first resulting image by adding the feature extraction image to the first Doppler image (S290); and displaying the first resulting image, characterised in that the first and second setting ranges each include a range of a magnitude of a signal and a range of a velocity of blood flow, and wherein the first and second Doppler data are each data in which the magnitude of the signal is within a predetermined range, and the velocity of the blood flow is within a predetermined range.
A method for manufacturing an electronic device housing, the method comprising: cleaning surfaces of components to be welded to obtain surface-cleaned components, and assembling, pre-pressurizing, and welding the surface-cleaned components, to make the connection between the components to be welded continuous and interface-free, wherein the component to be welded comprises at least a middle frame and a bottom plate, the middle frame is made of glass, and the bottom plate is made of sapphire; or, the bottom plate is made of glass, and the middle frame is made of sapphire, wherein the pre-pressurization is carried out in a pressurizing device with a first heating plate and a second heating plate, wherein the first heating plate can be in contact with the glass component to be welded, the second heating plate can be in contact with the sapphire component to be welded, the temperature of the first heating plate is higher than that of the second heating plate, the temperature of the first heating plate is 50-100°C higher than that of the second heating plate, the pressurizing device is filled with inert gas, and the pre-pressurization comprises: a first step, in which the pressure is 0.4-0.6 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 200°C, and the temperature of the second heating plate is not higher than 100°C; a second step, in which the pressure is 0.8-1.2 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 300°C, and the temperature of the second heating plate is not higher than 200°C; and a third step, in which the pressure is 1.4-1.6 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 400°C, and the temperature of the second heating plate is not higher than 300°C. a first step, in which the pressure is 0.4-0.6 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 200°C, and the temperature of the second heating plate is not higher than 100°C; a second step, in which the pressure is 0.8-1.2 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 300°C, and the temperature of the second heating plate is not higher than 200°C; and a third step, in which the pressure is 1.4-1.6 MPa, the time is 0.5-2 h, the temperature of the first heating plate is not higher than 400°C, and the temperature of the second heating plate is not higher than 300°C.
A composite brake disc for a disc brake of a utility vehicle having: - two friction rings , - a pot-or neck-shaped connecting element that extends axially from an inner circumference of the friction rings to an axis of rotation (A) of the composite brake disc and serves to fasten the composite brake disc to a wheel axle, - the connecting element having an outer surface that has extending from a front edge a plurality of first and second lugs , the ends of which are alternately received in the friction rings , - the ends of the first lugs being moulded into a first friction ring close to the outer surface of the connecting element and the ends of the second lugs being moulded into a second friction ring distant from the outer surface of the connecting element , - the lugs extending away from the outer surface of the connecting element axially in relation to the axis of rotation (A) of the composite brake disc , characterised in that - the first lugs have a u-shaped bend in a region between the outer surface of the connecting element and the ends received in the friction ring , - at least some the first and second lugs being provided with at least one channel . - two friction rings , - a pot-or neck-shaped connecting element that extends axially from an inner circumference of the friction rings to an axis of rotation (A) of the composite brake disc and serves to fasten the composite brake disc to a wheel axle, - the connecting element having an outer surface that has extending from a front edge a plurality of first and second lugs , the ends of which are alternately received in the friction rings , - the ends of the first lugs being moulded into a first friction ring close to the outer surface of the connecting element and the ends of the second lugs being moulded into a second friction ring distant from the outer surface of the connecting element , - the lugs extending away from the outer surface of the connecting element axially in relation to the axis of rotation (A) of the composite brake disc , - the first lugs have a u-shaped bend in a region between the outer surface of the connecting element and the ends received in the friction ring , - at least some the first and second lugs being provided with at least one channel .
A broadcasting server in a wireless communication system, the broadcasting server comprising: a transceiver ; and at least one processor configured to: receive (S610), via the transceiver, data packets from a content server, generate (S620) a transmission packet by copying a small data packet, which is to be transmitted to a terminal through at least two subframes, from among the data packets, the small data packet having a size less than a data packet size corresponding to a transmission time interval, TTI, and transmit (S630), via the transceiver , the generated transmission packet to a base station. a transceiver ; and at least one processor configured to: receive (S610), via the transceiver, data packets from a content server, generate (S620) a transmission packet by copying a small data packet, which is to be transmitted to a terminal through at least two subframes, from among the data packets, the small data packet having a size less than a data packet size corresponding to a transmission time interval, TTI, and transmit (S630), via the transceiver , the generated transmission packet to a base station. receive (S610), via the transceiver, data packets from a content server, generate (S620) a transmission packet by copying a small data packet, which is to be transmitted to a terminal through at least two subframes, from among the data packets, the small data packet having a size less than a data packet size corresponding to a transmission time interval, TTI, and transmit (S630), via the transceiver , the generated transmission packet to a base station.
A system comprising - a plan sifter, - sifting boxes inserted into the plan sifter in mills, wherein the individual sifting box consists substantially of a sifting area and a collection tray receiving the sifted ground material, - a sieve cleaner for sifting boxes inserted into the plan sifter, wherein the individual sieve cleaner in the sifting box consists of a cleaning body, which assumes a flat shape and is produced from flexible plastic material, wherein the upper side , facing the sifting area underside, of the cleaning body is provided with nubs and/or brushes in the inserted state in the sifting box, and wherein the underside , facing the bottom of the sifting box, of the sieve cleaner has a peg-shaped foot for generating a tilting and wobbling movement when the sifting box oscillates in the plan sifter, characterised in that the sieve cleaner is provided with at least one electrical or magnetic signalling device , wherein the system comprises a receiving device , which is provided outside or inside the plan sifter and by means of which signals of the signalling device can be sensed, wherein the signalling device allows data relating to the movement of the sieve cleaner in the sifting box to be collected, wherein the system comprises a device by means of which the signals can be read out and evaluated to monitor the individual sieve cleaners arranged in the sifting boxes in the oscillating plan sifter and to control the sifting process. - a plan sifter, - sifting boxes inserted into the plan sifter in mills, wherein the individual sifting box consists substantially of a sifting area and a collection tray receiving the sifted ground material, - a sieve cleaner for sifting boxes inserted into the plan sifter, wherein the individual sieve cleaner in the sifting box consists of a cleaning body, which assumes a flat shape and is produced from flexible plastic material, wherein the upper side , facing the sifting area underside, of the cleaning body is provided with nubs and/or brushes in the inserted state in the sifting box, and wherein the underside , facing the bottom of the sifting box, of the sieve cleaner has a peg-shaped foot for generating a tilting and wobbling movement when the sifting box oscillates in the plan sifter, characterised in that the sieve cleaner is provided with at least one electrical or magnetic signalling device , wherein the system comprises a receiving device , which is provided outside or inside the plan sifter and by means of which signals of the signalling device can be sensed, wherein the signalling device allows data relating to the movement of the sieve cleaner in the sifting box to be collected, wherein the system comprises a device by means of which the signals can be read out and evaluated to monitor the individual sieve cleaners arranged in the sifting boxes in the oscillating plan sifter and to control the sifting process.
Method for media packet distribution over a multiple access wireless communication network, performed by a distributing electronic device , comprising: a) receiving a data packets flow addressed to two or more different destination addresses (34-36); b) determining whether each packet of the received data packets flow is a media streaming packet (11-16); c) storing media streaming packets in buffer memories based on the destination address of each media streaming packet; d) sending consecutively all the media streaming packets stored in a buffer memory to a given destination address in response to said buffer memory reaching a predefined maximum number of stored media streaming packets. a) receiving a data packets flow addressed to two or more different destination addresses (34-36); b) determining whether each packet of the received data packets flow is a media streaming packet (11-16); c) storing media streaming packets in buffer memories based on the destination address of each media streaming packet; d) sending consecutively all the media streaming packets stored in a buffer memory to a given destination address in response to said buffer memory reaching a predefined maximum number of stored media streaming packets.
A topical cooling device for cooling a target area on a surface of the skin of a patient, comprising: a thermally insulated container having at least one side wall , an open end , a closed end, and internal cavity; a thermally transmitting member closing said open first end of said container, said thermally transmitting member having a skin contact area accessible through said open end , wherein said thermally transmitting member includes a flexible bladder forming a sealed, closed self-contained unit positioned in said container and being flexible to conform to the inner surface of the container , a refrigerant medium within said flexible bladder in said container and in contact with said flexible bladder for cooling said thermally transmitting member and the surface of the skin of a patient in contact with said thermally transmitting member, characterized in that said skin contact area is formed on said flexible bladder for conforming to the surface of the skin of the patient. a thermally insulated container having at least one side wall , an open end , a closed end, and internal cavity; a thermally transmitting member closing said open first end of said container, said thermally transmitting member having a skin contact area accessible through said open end , wherein said thermally transmitting member includes a flexible bladder forming a sealed, closed self-contained unit positioned in said container and being flexible to conform to the inner surface of the container , a refrigerant medium within said flexible bladder in said container and in contact with said flexible bladder for cooling said thermally transmitting member and the surface of the skin of a patient in contact with said thermally transmitting member, characterized in that said skin contact area is formed on said flexible bladder for conforming to the surface of the skin of the patient.
Method for melt-preparation of lignin-based fibers, characterized in that it comprises: a/ the intimate blending of the components of a formulation comprising: - lignin, - a plasticizer miscible with said lignin, - and a cross-linking agent capable of cross-linking with said lignin, in conditions in which no cross-linking of the cross-linking agent and of the lignin occurs, b/ the spinning of the intimate blend thus obtained in a hot extrusion device comprising an extrusion head in a terminal part, in order to form continuous threads, by application in said extrusion device of conditions such that: - the temperatures applied in said extrusion device are higher than the glass-transition temperature of said intimate blend, - and the temperatures, the residence time of said intimate blend in said extrusion device and the residence time of said intimate blend in said extrusion head are such that the cross-linking reaction of the cross-linking agent and lignin is initiated only in the extrusion head, c/ when appropriate, the drawing of the threads obtained in order to form lignin-based fibers of great length, with the cross-linking agent being chosen in such a way that the cross-linking reaction thereof with said lignin is initiated in a time less than said residence time of said intimate blend in said extrusion head at temperatures above a temperature at least 10°C greater than the glass-transition temperature of said intimate blend of said lignin and of said plasticizer. a/ the intimate blending of the components of a formulation comprising: - lignin, - a plasticizer miscible with said lignin, - and a cross-linking agent capable of cross-linking with said lignin, in conditions in which no cross-linking of the cross-linking agent and of the lignin occurs, - lignin, - a plasticizer miscible with said lignin, - and a cross-linking agent capable of cross-linking with said lignin, b/ the spinning of the intimate blend thus obtained in a hot extrusion device comprising an extrusion head in a terminal part, in order to form continuous threads, by application in said extrusion device of conditions such that: - the temperatures applied in said extrusion device are higher than the glass-transition temperature of said intimate blend, - and the temperatures, the residence time of said intimate blend in said extrusion device and the residence time of said intimate blend in said extrusion head are such that the cross-linking reaction of the cross-linking agent and lignin is initiated only in the extrusion head, - the temperatures applied in said extrusion device are higher than the glass-transition temperature of said intimate blend, - and the temperatures, the residence time of said intimate blend in said extrusion device and the residence time of said intimate blend in said extrusion head are such that the cross-linking reaction of the cross-linking agent and lignin is initiated only in the extrusion head, c/ when appropriate, the drawing of the threads obtained in order to form lignin-based fibers of great length,
An electronic apparatus comprising: a display unit having a displayable region that includes display optical systems disposed in an array in a first direction and a second direction intersecting the first direction; a plurality of imaging optical systems that is disposed on a side opposite to a display surface of the display unit and overlapped with the displayable region in a third direction intersecting the first direction and the second direction, and that includes at least a first imaging optical system and a second imaging optical system having coordinates different from coordinates of the first imaging optical system in at least one of the first direction and the second direction; and an image acquisition unit configured to acquire image data on a basis of information acquired by the first imaging optical system and the second imaging optical system, wherein openings through which light having entered the display unit from the display surface propagates are formed, and light having entered from the display surface propagates to the imaging optical systems via the openings, characterized in that a layout of the opening through which light propagates to the first imaging optical system is different from a layout of the opening through which light propagates to the second imaging optical system, the layout of the opening including a shape or an orientation of the opening. a display unit having a displayable region that includes display optical systems disposed in an array in a first direction and a second direction intersecting the first direction; a plurality of imaging optical systems that is disposed on a side opposite to a display surface of the display unit and overlapped with the displayable region in a third direction intersecting the first direction and the second direction, and that includes at least a first imaging optical system and a second imaging optical system having coordinates different from coordinates of the first imaging optical system in at least one of the first direction and the second direction; and an image acquisition unit configured to acquire image data on a basis of information acquired by the first imaging optical system and the second imaging optical system, wherein openings through which light having entered the display unit from the display surface propagates are formed, and light having entered from the display surface propagates to the imaging optical systems via the openings, characterized in that a layout of the opening through which light propagates to the first imaging optical system is different from a layout of the opening through which light propagates to the second imaging optical system, the layout of the opening including a shape or an orientation of the opening.