mhurhangee/ep-ind-claims huggingface dataset:
A vacuum insulator comprising: an outer envelope sealable by vacuum sealing; and a container accommodated within the outer envelope, the container comprising: an adsorbent configured to adsorb gas, characterized in further comprising a plurality of openings (23A, 23B) respectively formed in two facing facets of the container, wherein an axis passes through the plurality of openings (23A, 23B), wherein the outer envelope comprises a discharge port through which vacuum suction is performed by a vacuum pump, and the axis of the plurality of openings (23A, 23B) passes through the discharge port, and wherein when the container having the plurality of openings (23A, 23B) formed therein is disposed in a predetermined position inside the outer envelope, a first part of the adsorbent exists in a first space formed with an inside surface of the container, and a second part of the adsorbent is arranged to be drawn out, by suction, from the first space of the container through an opening of the plurality of openings (23A, 23B) that is proximal to the discharge port and dispersed into a second space formed with an outside surface of the container and an inside surface of the outer envelope during vacuum sealing of the outer envelope by the vacuum pump. an outer envelope sealable by vacuum sealing; and a container accommodated within the outer envelope, the container comprising: an adsorbent configured to adsorb gas, characterized in further comprising a plurality of openings (23A, 23B) respectively formed in two facing facets of the container, an adsorbent configured to adsorb gas, characterized in further comprising a plurality of openings (23A, 23B) respectively formed in two facing facets of the container, wherein an axis passes through the plurality of openings (23A, 23B), wherein the outer envelope comprises a discharge port through which vacuum suction is performed by a vacuum pump, and the axis of the plurality of openings (23A, 23B) passes through the discharge port, and wherein when the container having the plurality of openings (23A, 23B) formed therein is disposed in a predetermined position inside the outer envelope, a first part of the adsorbent exists in a first space formed with an inside surface of the container, and a second part of the adsorbent is arranged to be drawn out, by suction, from the first space of the container through an opening of the plurality of openings (23A, 23B) that is proximal to the discharge port and dispersed into a second space formed with an outside surface of the container and an inside surface of the outer envelope during vacuum sealing of the outer envelope by the vacuum pump.
A computing device, comprising: a conductive housing having one or more interior surfaces; a power source; a conductive bracket having one or more edges or surfaces, the conductive bracket contained within the conductive housing, the one or more edges or surfaces of the conductive bracket and the one or more interior surfaces of the conductive housing forming a first gap therebetween, a portion of the first gap forming a slot antenna; a monopole antenna; an antenna matching circuit; a printed circuit board having one or more edges, the one or more edges of the printed circuit board and the one or more interior surfaces of the conductive housing forming a gap therebetween, the printed circuit board being coupled to the monopole antenna through the antenna matching circuit and configured to drive the monopole antenna, wherein the monopole antenna is configured to generate electromagnetic fields to induce the slot antenna to transmit radio frequency signals, further wherein the printed circuit board and the conductive bracket form a back cavity therebetween, the back cavity comprising a dielectric gap and facilitating resonance of the slot antenna; and a display (130, 134) within the conductive housing, wherein a dead band of the display overlaps with a dead band due to the monopole antenna; wherein the power source, the conductive bracket, the monopole antenna, the antenna matching circuit, and the printed circuit board are within walls of the conductive housing. a conductive housing having one or more interior surfaces; a power source; a conductive bracket having one or more edges or surfaces, the conductive bracket contained within the conductive housing, the one or more edges or surfaces of the conductive bracket and the one or more interior surfaces of the conductive housing forming a first gap therebetween, a portion of the first gap forming a slot antenna; a monopole antenna; an antenna matching circuit; a printed circuit board having one or more edges, the one or more edges of the printed circuit board and the one or more interior surfaces of the conductive housing forming a gap therebetween, the printed circuit board being coupled to the monopole antenna through the antenna matching circuit and configured to drive the monopole antenna, wherein the monopole antenna is configured to generate electromagnetic fields to induce the slot antenna to transmit radio frequency signals, further wherein the printed circuit board and the conductive bracket form a back cavity therebetween, the back cavity comprising a dielectric gap and facilitating resonance of the slot antenna; and a display (130, 134) within the conductive housing, wherein a dead band of the display overlaps with a dead band due to the monopole antenna; wherein the power source, the conductive bracket, the monopole antenna, the antenna matching circuit, and the printed circuit board are within walls of the conductive housing.
A method performed by a first device, the method comprising: transmitting, to a mobile terminal, digital signature information of the first device, via device-to-device, D2D, communication; receiving, from the mobile terminal via D2D communication, when the digital signature information is successfully authenticated in a server, server public encryption information and first connecting information for the first device to connect with a second device; connecting with the second device using the first connecting information; and transmitting, to the server via the second device, device information of the first device, which is encrypted using the server public encryption information for registration of the first device to the server. transmitting, to a mobile terminal, digital signature information of the first device, via device-to-device, D2D, communication; receiving, from the mobile terminal via D2D communication, when the digital signature information is successfully authenticated in a server, server public encryption information and first connecting information for the first device to connect with a second device; connecting with the second device using the first connecting information; and transmitting, to the server via the second device, device information of the first device, which is encrypted using the server public encryption information for registration of the first device to the server.
A turbine exhaust case comprising: an outer housing configured to be secured within a gas turbine engine; a central hub; and struts including airfoils and extending between the outer housing and the central hub, the struts being formed at least in part of a first material, and the central hub formed at least in part of a second material, wherein the first material is selected to have better resistance to high temperatures and to maintain metallurgical properties at high temperatures than the second material; characterized in that the central hub has a plurality of radially outwardly extending stubs and the struts are welded to the stubs, such that radially inner portions of the airfoils are formed by the stubs of the second material, and radially outward portions are formed by the struts and the first material. an outer housing configured to be secured within a gas turbine engine; a central hub; and struts including airfoils and extending between the outer housing and the central hub, the struts being formed at least in part of a first material, and the central hub formed at least in part of a second material, wherein the first material is selected to have better resistance to high temperatures and to maintain metallurgical properties at high temperatures than the second material; characterized in that the central hub has a plurality of radially outwardly extending stubs and the struts are welded to the stubs, such that radially inner portions of the airfoils are formed by the stubs of the second material, and radially outward portions are formed by the struts and the first material.
Method for generating a menu for information about recordings (R1, R2) on a video recording medium, the menu being coded according to an MPEG like standard, the method having a step of - creating an intra-coded picture containing the menu background and comprising selected blocks (REC1, REC2, REC3, REC4) intended to contain a picture information representative of the recordings (R1, R2) on the video recording medium, and characterized by the steps of - generating a first inter-coded picture having change information for those selected blocks (REC1, REC2) that contain picture information representative of the recordings (R1, R2) on the recording medium, and having no change information everywhere else, - writing both, the intra-coded picture and the first inter-coded picture as menu information onto the video recording medium. - creating an intra-coded picture containing the menu background and comprising selected blocks (REC1, REC2, REC3, REC4) intended to contain a picture information representative of the recordings (R1, R2) on the video recording medium, and characterized by the steps of - generating a first inter-coded picture having change information for those selected blocks (REC1, REC2) that contain picture information representative of the recordings (R1, R2) on the recording medium, and having no change information everywhere else, - writing both, the intra-coded picture and the first inter-coded picture as menu information onto the video recording medium.
A method of first time synchronization of a generator with an electrical grid, the method comprising: receiving, during an acceleration of a turbine, a voltage of a generator and a voltage of an electrical grid; receiving, during an acceleration of the turbine, a frequency of the generator and a frequency of the electrical grid; receiving, during an acceleration of the turbine, one or more phase angles of the generator and one or more phase angles of the electrical grid; when the frequency of the generator matches with the frequency of the electrical grid, at least one of the one or more phase angles of the generator match with the respective at least one of the one or more phase angles of the electrical grid, and the difference between the voltage of the generator and the voltage of the electrical grid reaches a threshold voltage difference, synchronizing the generator to the electrical grid by closing a generator breaker or by closing a line breaker; determining the generator is synchronized to the electrical grid; and increasing the voltage of the generator to match the voltage of the electrical grid; characterized in that the threshold voltage difference is between 1 to 20% of the voltage of the electrical grid, and in that synchronizing the generator to the electrical grid comprises using two or more synchronization check relays to confirm that all of the two or more phase angles of the generator are in synchronization with the respective two or more phase angles of the electrical grid prior to closing the generator breaker. receiving, during an acceleration of a turbine, a voltage of a generator and a voltage of an electrical grid; receiving, during an acceleration of the turbine, a frequency of the generator and a frequency of the electrical grid; receiving, during an acceleration of the turbine, one or more phase angles of the generator and one or more phase angles of the electrical grid; when the frequency of the generator matches with the frequency of the electrical grid, at least one of the one or more phase angles of the generator match with the respective at least one of the one or more phase angles of the electrical grid, and the difference between the voltage of the generator and the voltage of the electrical grid reaches a threshold voltage difference, synchronizing the generator to the electrical grid by closing a generator breaker or by closing a line breaker; determining the generator is synchronized to the electrical grid; and increasing the voltage of the generator to match the voltage of the electrical grid; characterized in that the threshold voltage difference is between 1 to 20% of the voltage of the electrical grid, and in that synchronizing the generator to the electrical grid comprises using two or more synchronization check relays to confirm that all of the two or more phase angles of the generator are in synchronization with the respective two or more phase angles of the electrical grid prior to closing the generator breaker.
Command and control bar for wing of the kite type called traction wing, likely to be associated with two front cables (3, 4) and two rear cables (5, 6), the cables being intended to be connected by an end to said wing, the bar being of a substantially cylindrical extended shape, the rear cables being connected to the bar, and the front cables being intended to be connected to the user, means being provided to shorten or extend the front or rear cables, in order to make the inclination/incidence of the wing vary, the means for shortening/extending the rear cables being integrated to the bar so as to be actuatable by one of the hands of the user without releasing the bar, each rear cable (5, 6) being associated with a return system creating, for each rear cable, a cable strand of variable length, characterised in that said return system is mobile in translation parallel to the axis of the bar, and is connected to return means, and in that the bar comprises means capable of blocking/unblocking the position of the return means along the bar, said blocking/unblocking means being accessible to at least one finger of the user from the outside of the bar.
An in vitro method of analyzing a biological sample, comprising: detecting the presence and/or level of a gene product of COX-2, Ki67, and p16 in a biological sample from an individual diagnosed with ductal carcinoma in situ (DCIS), wherein the biological sample is selected from the group consisting of a living cell, a dead cell, a liquid sample comprising nipple aspirate fluid, a ductal lavage sample, or any combinations thereof, and wherein the gene product is a nucleic acid or protein; and determining a risk of developing breast cancer based on the presence and/or level of COX-2, Ki67, and p16. detecting the presence and/or level of a gene product of COX-2, Ki67, and p16 in a biological sample from an individual diagnosed with ductal carcinoma in situ (DCIS), wherein the biological sample is selected from the group consisting of a living cell, a dead cell, a liquid sample comprising nipple aspirate fluid, a ductal lavage sample, or any combinations thereof, and wherein the gene product is a nucleic acid or protein; and determining a risk of developing breast cancer based on the presence and/or level of COX-2, Ki67, and p16.
A dermatome comprising at least two oscillating blades (20a-d) arranged parallel to each other and configured to simultaneously cut separate skin grafts (2a-d) at different depths from a donor site.
A cap and neck assembly for closing an upper end of a package, said assembly comprising a neck forming part of an upper end of a package, the neck comprising a tubular member being provided with external threads, and an upper tubular portion extending from the tubular member and being releasably attached to a membrane closing an upper end of said upper portion, the membrane having a membrane flange protruding radially outside the tubular member, and a cap in the form of a tubular body having a lower portion being provided with internal threads for engagement with the threads of the neck, and an upper portion forming a closed upper end, the upper portion being provided with at least one cutting element configured to separate the membrane from said tubular member of the neck, characterised in that when the cap is threaded onto the neck to its axial end position for the first time prior to separating the membrane from the neck, the axial distance between the cutting edge of the cutting element and the membrane flange is between 0,5mm and 1mm.
A dry-type cleaning chassis for cleaning a cleaning target by colliding cleaning media with the cleaning target, the cleaning media being blown by an air flow, the dry-type cleaning chassis comprising: a chassis part including an internal space where the cleaning media are to fly; an air inlet duct configured to introduce external air into the internal space; a suction port provided for generating a circulating air flow in the internal space by suctioning the air having been introduced into the internal space via the air inlet duct; a porous unit configured to pass objects removed from the cleaning target to a suction port side; and a path limiting member formed of a cylindrical shape extended in an axis center direction of the circulating air flow and configured so that an inside of the cylindrical shape is in communication with the suction port as a suction path, characterized in that: the chassis part is divided into plural regions in the axis center direction, the plural regions independently contain the cleaning media, and the chassis part comprises an opening part that is configured to be closed when in contact with the cleaning target on the outside of the chassis part, so that the cleaning media collide with the cleaning target. a chassis part including an internal space where the cleaning media are to fly; an air inlet duct configured to introduce external air into the internal space; a suction port provided for generating a circulating air flow in the internal space by suctioning the air having been introduced into the internal space via the air inlet duct; a porous unit configured to pass objects removed from the cleaning target to a suction port side; and a path limiting member formed of a cylindrical shape extended in an axis center direction of the circulating air flow and configured so that an inside of the cylindrical shape is in communication with the suction port as a suction path, characterized in that: an internal space where the cleaning media are to fly; an air inlet duct configured to introduce external air into the internal space; a suction port provided for generating a circulating air flow in the internal space by suctioning the air having been introduced into the internal space via the air inlet duct; a porous unit configured to pass objects removed from the cleaning target to a suction port side; and a path limiting member formed of a cylindrical shape extended in an axis center direction of the circulating air flow and configured so that an inside of the cylindrical shape is in communication with the suction port as a suction path, characterized in that: the chassis part is divided into plural regions in the axis center direction, the plural regions independently contain the cleaning media, and the chassis part comprises an opening part that is configured to be closed when in contact with the cleaning target on the outside of the chassis part, so that the cleaning media collide with the cleaning target.
A vacuum pump with a housing and a pump unit, which comprises only one drive unit for a rotor, which is mounted rotatably in a stator, in which there is attached to the housing in axial direction at least one additional housing part, which is connectable to the housing, and in which there are provided in axial direction in the housing an inlet opening and, in the at least one additional housing part, an outlet opening, wherein the housing and the at least one attached housing part have a total length of at least 550 mm, preferably of at least 700 mm, wherein the at least one attached housing part has no axial inlet and at least one radial inlet and wherein the at least one radial inlet of the attached housing part is preferably arranged at an end of the attached housing part remote from the drive, wherein there are arranged in the housing and in the attached housing part structures (4, 5, 6) of the vacuum pump which at least partly have a pumping function, and wherein the inlet opening of the housing and the outlet opening of the attached housing part overlap one another. wherein the housing and the at least one attached housing part have a total length of at least 550 mm, preferably of at least 700 mm, wherein the at least one attached housing part has no axial inlet and at least one radial inlet and wherein the at least one radial inlet of the attached housing part is preferably arranged at an end of the attached housing part remote from the drive, wherein there are arranged in the housing and in the attached housing part structures (4, 5, 6) of the vacuum pump which at least partly have a pumping function, and wherein the inlet opening of the housing and the outlet opening of the attached housing part overlap one another.
A stylus (110; 111) comprising: a stylus housing formed with a first cylindrical section defining a first inner diameter D1 alongside a second cylindrical section defining a second inner diameter D2, the second inner diameter D2 being smaller than the first inner diameter D1, wherein the second cylindrical section corresponds with a section of the stylus that is gripped when writing with the stylus; a body with a diameter D3 between the first and second inner diameter, wherein the body is movable between the first cylindrical section and the second cylindrical section and wherein moving the body into the second cylindrical section expands both the second inner diameter and an outer diameter of the second cylindrical section; and an actuator configured to move the body between the first cylindrical section and the second cylindrical section. a stylus housing formed with a first cylindrical section defining a first inner diameter D1 alongside a second cylindrical section defining a second inner diameter D2, the second inner diameter D2 being smaller than the first inner diameter D1, wherein the second cylindrical section corresponds with a section of the stylus that is gripped when writing with the stylus; a body with a diameter D3 between the first and second inner diameter, wherein the body is movable between the first cylindrical section and the second cylindrical section and wherein moving the body into the second cylindrical section expands both the second inner diameter and an outer diameter of the second cylindrical section; and an actuator configured to move the body between the first cylindrical section and the second cylindrical section.