mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a housing including a first plate facing a front of the electronic device, a second plate facing away from the first plate, and a side bezel structure surrounding a space between the first plate and the second plate; and a printed circuit board disposed at least at a portion of the space and including at least one processor, an antenna module, and at least one light source (531, 532, 533, 534) controlled by the at least one processor, wherein the side bezel structure includes at least two segmented antenna apparatuses (511, 512, 513, 514) and at least one photo-conductive material (521, 522, 523, 524) disposed between the segmented antenna apparatuses (511, 512, 513, 514) and configured to electrically connect the segmented antenna apparatuses (511, 512, 513, 514) to each other when the at least one photo-conductive material (421, 522, 523, 524) is irradiated by the at least one light source (531, 532, 533, 534), and wherein the printed circuit board includes the at least one light source (531, 532, 533, 534) separated by a preset distance from the at least one photo-conductive material (521, 522, 523, 524) in a direction towards the at least one photo-conductive material (521, 522, 523, 524). a housing including a first plate facing a front of the electronic device, a second plate facing away from the first plate, and a side bezel structure surrounding a space between the first plate and the second plate; and a printed circuit board disposed at least at a portion of the space and including at least one processor, an antenna module, and at least one light source (531, 532, 533, 534) controlled by the at least one processor, wherein the side bezel structure includes at least two segmented antenna apparatuses (511, 512, 513, 514) and at least one photo-conductive material (521, 522, 523, 524) disposed between the segmented antenna apparatuses (511, 512, 513, 514) and configured to electrically connect the segmented antenna apparatuses (511, 512, 513, 514) to each other when the at least one photo-conductive material (421, 522, 523, 524) is irradiated by the at least one light source (531, 532, 533, 534), and wherein the printed circuit board includes the at least one light source (531, 532, 533, 534) separated by a preset distance from the at least one photo-conductive material (521, 522, 523, 524) in a direction towards the at least one photo-conductive material (521, 522, 523, 524).
An optical transition box assembly comprising an optical transition box, said optical transition box comprising a base and a cover, wherein said base comprises two sidewalls (2a, 2c), each of said two sidewalls (2a, 2c) having a first opening allowing a portion of an in-line optical cable, extracted from an in-line cable duct positioned next to said base and arranged so that said in-line cable exits and enters said duct through at least one window (9a, 9b) provided in said duct, to enter said base and to exit said base, the optical transition box assembly further comprising a cable protection cover (5, 6) removably engageable with said base and, when engaged with said base, suitable to cover a length of said portion of said in-line cable, said length being exposed between said at least one window (9a, 9b) of said duct and said first opening of one of said two sidewalls (2a, 2c).
A system for sharing data between networks, comprising: an interface for receiving data from plural of non Internet protocol radio link inputs; a policy-based router operationally connected to the interface, wherein the policy-based router is adapted to assign security levels to the data based on security characteristics of the inputs and the policy-based router is adapted to assign dynamic virtual Internet protocol addresses to the data depending on the assigned security level; a memory for retaining the data with the Internet protocol addresses, the memory being operationally connected to the policy-based router; a translator for converting the data into a standard format; and a network stack for transmitting the converted data to a network. an interface for receiving data from plural of non Internet protocol radio link inputs; a policy-based router operationally connected to the interface, wherein the policy-based router is adapted to assign security levels to the data based on security characteristics of the inputs and the policy-based router is adapted to assign dynamic virtual Internet protocol addresses to the data depending on the assigned security level; a memory for retaining the data with the Internet protocol addresses, the memory being operationally connected to the policy-based router; a translator for converting the data into a standard format; and a network stack for transmitting the converted data to a network.
An apparatus comprising a processor and a memory, the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: query a resource listing entity to obtain information about a resource assigned with a security classification, the information comprising a security achievability mechanism that is expected to be performed for accessing the resource, wherein the security achievability mechanism is for meeting security requirements determined based on the security classification; evaluate the security achievability mechanism to determine a security mechanism to be carried out in order to meet the security requirements for accessing the resource; based on the evaluation, initiating the security mechanism; based on the security mechanism having been performed, obtain an assertion from a trusted third party; and based on the assertion, receive an authorization to access the resource from an entity that hosts the resource. query a resource listing entity to obtain information about a resource assigned with a security classification, the information comprising a security achievability mechanism that is expected to be performed for accessing the resource, wherein the security achievability mechanism is for meeting security requirements determined based on the security classification; evaluate the security achievability mechanism to determine a security mechanism to be carried out in order to meet the security requirements for accessing the resource; based on the evaluation, initiating the security mechanism; based on the security mechanism having been performed, obtain an assertion from a trusted third party; and based on the assertion, receive an authorization to access the resource from an entity that hosts the resource.
Autologous implant for use in the treatment of an individual requiring a liver or pancreas transplant, wherein the autologous implant is obtainable by a method comprising the inoculation of a porous matrix based on a biologically compatible polymer or polymer mixture with viable liver or pancreas cells from the living being, wherein the porous matrix is obtainable by compacting a mixture of polymer particles having a particle size within the range from 20 to 950 μm and sodium chloride particles having a particle size within the range from 90 to 670 μm and then dissolving out the sodium chloride, and wherein the porous matrix comprises pores of a size of 130 μm or less and pores of a size of 370 μm or more and the degree of porosity is the numerical value in % relating to the pore-volume-based proportion of the total volume of the matrix and is 93 to 98%, and wherein the matrix has the following pore size distribution: 0.5% to 6% of pores having a mean diameter within the range from 70 to 100 μm; 2% to 8% of pores having a mean diameter within the range from 101 to 115 μm; 2% to 8% of pores having a mean diameter within the range from 116 to 130 μm; 1% to 7% of pores having a mean diameter within the range from 131 to 300 μm; 11% to 23% of pores having a mean diameter within the range from 301 to 330 μm; 4% to 10% of pores having a mean diameter within the range from 331 to 360 μm; 5% to 17% of pores having a mean diameter within the range from 361 to 390 μm; 7% to 19% of pores having a mean diameter within the range from 391 to 420 μm; 3% to 9% of pores having a mean diameter within the range from 421 to 450 μm; 12% to 24% of pores having a mean diameter within the range from 451 to 480 μm; and 5% to 17% of pores having a mean diameter within the range from 481 to 510 μm, wherein the pore sizes and the pore size distribution are determined by scanning electron microscopy.
A method comprising: dividing, by a sound processing subsystem (102, 504), an audio signal presented to an auditory prosthesis patient into a plurality of analysis channels each containing a signal representative of a distinct frequency portion of the audio signal; and determining, by the sound processing subsystem, an overall noise level of the signals within the analysis channels; characterized by dynamically adjusting, by the sound processing subsystem, an amount of noise reduction applied to the signals within the analysis channels in accordance with the determined overall noise level, the dynamically adjusting configured to minimize the amount of noise reduction applied to the signals within the analysis channels if the overall noise level is less than a predetermined minimum threshold. dividing, by a sound processing subsystem (102, 504), an audio signal presented to an auditory prosthesis patient into a plurality of analysis channels each containing a signal representative of a distinct frequency portion of the audio signal; and determining, by the sound processing subsystem, an overall noise level of the signals within the analysis channels;
An isolated immunogen, comprising: an engineered gp120 outer domain, comprising an amino acid sequence according to SEQ ID NO: 1 further comprising amino acid substitutions to introduce an N-linked glycan sequon beginning at residue 56 of SEQ ID NO: 1; and wherein: the engineered gp120 outer domain comprises N-linked glycan sequons beginning at residues corresponding to residues 18, 65, 92, 98, 106, 113, 129, 146, 165, and 170 of SEQ ID NO: 1; the residues of the engineered gp120 outer domain corresponding to residues 25-45, 79-85, and 126-145 of SEQ ID NO: 1 are identical to SEQ ID NO: 1; the remaining residues of the engineered gp120 outer domain comprise an amino acid sequence at least 90% identical to the corresponding residues of SEQ ID NO: 1; the engineered gp120 outer domain specifically binds to a VRC01 antibody and a VRC01gHvgLv antibody; and the engineered gp120 outer domain has reduced binding relative to the engineered gp120 outer domain set forth as SEQ ID NO: 1 to off-target antibodies that do not bind to the VRC01 binding site. the engineered gp120 outer domain comprises N-linked glycan sequons beginning at residues corresponding to residues 18, 65, 92, 98, 106, 113, 129, 146, 165, and 170 of SEQ ID NO: 1; the residues of the engineered gp120 outer domain corresponding to residues 25-45, 79-85, and 126-145 of SEQ ID NO: 1 are identical to SEQ ID NO: 1; the remaining residues of the engineered gp120 outer domain comprise an amino acid sequence at least 90% identical to the corresponding residues of SEQ ID NO: 1; the engineered gp120 outer domain specifically binds to a VRC01 antibody and a VRC01gHvgLv antibody; and the engineered gp120 outer domain has reduced binding relative to the engineered gp120 outer domain set forth as SEQ ID NO: 1 to off-target antibodies that do not bind to the VRC01 binding site.
A synthetic fiber rope for a crane, comprising: a central strand comprising an inner core made of a synthetic resin and an inner cover made of synthetic fibers and connected to the inner core by means of braiding; a plurality of outer strands each comprising an outer core made of a synthetic resin; and a jacket made of synthetic fibers and braided to cover a surface of the plurality of outer strands characterized in that an outer cover made of synthetic fibers is connected to the outer core by means of twisting, the plurality of outer strands being connected to an outer surface of the central strand by means of braiding. a central strand comprising an inner core made of a synthetic resin and an inner cover made of synthetic fibers and connected to the inner core by means of braiding; a plurality of outer strands each comprising an outer core made of a synthetic resin; and a jacket made of synthetic fibers and braided to cover a surface of the plurality of outer strands characterized in that an outer cover made of synthetic fibers is connected to the outer core by means of twisting, the plurality of outer strands being connected to an outer surface of the central strand by means of braiding.
An image forming apparatus, comprising: a recording head including a nozzle from which liquid droplets are ejected, a pressure chamber communicating with the nozzle and containing liquid, and a pressure generation part changing a volume of the pressure chamber; and a drive signal generation part configured to generate a drive signal including a plurality of drive pulses, the drive signal causing the pressure generation part of the recording head to operate so that the liquid droplets are ejected from the nozzle, wherein the drive signal generated by the drive signal generation part includes, within a single print cycle, a resonant drive pulse (Pr) causing a first one of the liquid droplets to be ejected using a natural vibration period of the pressure chamber, and characterized in that the drive signal generated by the drive signal generation part also includes, within the single print cycle, a non-resonant drive pulse (Pn) causing a second one of the liquid droplets to be ejected without using the natural vibration period of the pressure chamber, and a slight drive pulse that vibrates a meniscus of the nozzle without causing the ink droplets to be ejected. a recording head including a nozzle from which liquid droplets are ejected, a pressure chamber communicating with the nozzle and containing liquid, and a pressure generation part changing a volume of the pressure chamber; and a drive signal generation part configured to generate a drive signal including a plurality of drive pulses, the drive signal causing the pressure generation part of the recording head to operate so that the liquid droplets are ejected from the nozzle, wherein the drive signal generated by the drive signal generation part includes, within a single print cycle, a resonant drive pulse (Pr) causing a first one of the liquid droplets to be ejected using a natural vibration period of the pressure chamber, and characterized in that the drive signal generated by the drive signal generation part also includes, within the single print cycle, a non-resonant drive pulse (Pn) causing a second one of the liquid droplets to be ejected without using the natural vibration period of the pressure chamber, and a slight drive pulse that vibrates a meniscus of the nozzle without causing the ink droplets to be ejected.
A method for transmitting and receiving data between a first device and a second device in a wireless communication system supporting vehicle to everything, V2X, service, the method comprising: measuring an energy level of a first resource region for the first device to support the V2X service; and transmitting a specific message through at least one of the first resource region and a second resource region based on the measurement result, wherein the second resource region indicates a resource region for the first device transmitting the specific message to the second device via a network, wherein the first resource region represents a resource region for the first device transmitting the specific message directly to the second device, and wherein, if the energy level is less than a threshold, the transmitting of the specific message is performed through the first resource region and the second resource region. measuring an energy level of a first resource region for the first device to support the V2X service; and transmitting a specific message through at least one of the first resource region and a second resource region based on the measurement result, wherein the second resource region indicates a resource region for the first device transmitting the specific message to the second device via a network, wherein the first resource region represents a resource region for the first device transmitting the specific message directly to the second device, and wherein, if the energy level is less than a threshold, the transmitting of the specific message is performed through the first resource region and the second resource region.
Motor vehicle front structure comprising a bumper and a mobile element, notably a mobile panel, a rear edge of which is articulated to the said front structure about a transverse axis situated to the rear of the bumper, characterized in that a front edge of the said mobile element is connected to a lower face of the bumper by a flexible bellows, the said mobile element being able to move between: - a high position in which its front edge bears against the said lower face of the bumper, the flexible bellows being folded on itself between the said lower face and the mobile element, and - a low position in which its front edge is spaced away from the said lower face of the bumper, the flexible bellows being deployed, and in that it comprises control means instigating the moving of the said mobile element at least from the high position to the low position. - a high position in which its front edge bears against the said lower face of the bumper, the flexible bellows being folded on itself between the said lower face and the mobile element, and - a low position in which its front edge is spaced away from the said lower face of the bumper, the flexible bellows being deployed,
A tyre comprising: two beads; a toroidal body ply wound about the two beads to form two turn-ups; and two bead fillers, each of which contacts a bead, is at least partly enclosed inside a turn-up of the body ply and comprises a first elastomer ring, which is placed between the body ply and the bead, is turned up about the bead to bring into close proximity two opposite ends (10, 11) of the first elastomer ring that are connected to each other by the curing; the tyre being characterized in that: the higher end of the first elastomer ring projects from the turn-up of the body ply; and the first elastomer ring is made from a softer elastomer mix than the elastomer covering of the body ply or is made from the same elastomer mix as the elastomer covering of the body ply. two beads; a toroidal body ply wound about the two beads to form two turn-ups; and two bead fillers, each of which contacts a bead, is at least partly enclosed inside a turn-up of the body ply and comprises a first elastomer ring, which is placed between the body ply and the bead, is turned up about the bead to bring into close proximity two opposite ends (10, 11) of the first elastomer ring that are connected to each other by the curing; the tyre being characterized in that: the higher end of the first elastomer ring projects from the turn-up of the body ply; and the first elastomer ring is made from a softer elastomer mix than the elastomer covering of the body ply or is made from the same elastomer mix as the elastomer covering of the body ply. the higher end of the first elastomer ring projects from the turn-up of the body ply; and the first elastomer ring is made from a softer elastomer mix than the elastomer covering of the body ply or is made from the same elastomer mix as the elastomer covering of the body ply.
A method for producing a composite carbon particle for use in a negative electrode of a lithium-ion secondary battery, the producing method comprising: heating, at a temperature of not lower than 1100 °C and not higher than 1500 °C, petroleum coke having a Hardgrove grindability index (HGI value) of 30 to 60 (defined by ASTM D409) to obtain a carbon material, coating the carbon material with an organic compound and heating the resultant at a temperature of 1000 °C to 2000 °C, and then grinding and/or classifying the resultant so that a 50 % particle diameter in a volume-based cumulative particle size distribution as measured by laser diffraction method is 1 μm to 30 μm. heating, at a temperature of not lower than 1100 °C and not higher than 1500 °C, petroleum coke having a Hardgrove grindability index (HGI value) of 30 to 60 (defined by ASTM D409) to obtain a carbon material, coating the carbon material with an organic compound and heating the resultant at a temperature of 1000 °C to 2000 °C, and then grinding and/or classifying the resultant so that a 50 % particle diameter in a volume-based cumulative particle size distribution as measured by laser diffraction method is 1 μm to 30 μm.
A bearing component (1 a, 1 b, 1, 7, 9) for a rolling (13, 14, 16) or sliding bearing, wherein the bearing component (1 a, 1 b, 1, 7, 9) is one of an inner ring (1a, 1), an outer ring (1 b, 7) a rolling element, a cage, or a guide ring, - wherein the bearing component (1 a, 1 b, 1, 7, 9) comprises a first material, and a second material joined to the first material, characterized in that the second material and the first material having been joined by a semi-solid metal process, whereby the first material has been heated to a temperature between its equilibrium liquidus and equilibrium solidus temperature and is allowed to assume a solid state in presence of the second material thus accomplishing a fixing between the second material and the first material. - wherein the bearing component (1 a, 1 b, 1, 7, 9) comprises a first material, and a second material joined to the first material, characterized in that the second material and the first material having been joined by a semi-solid metal process, whereby the first material has been heated to a temperature between its equilibrium liquidus and equilibrium solidus temperature and is allowed to assume a solid state in presence of the second material thus accomplishing a fixing between the second material and the first material.
A hermetic compressor comprising: - a casing for hermetically accommodating a compressor-kit, - a terminal plug comprising female terminals for supplying power to the compressor-kit, - a hermetic terminal socket received in an aperture of the casing, - the hermetic terminal socket comprising male terminals whose outer ends are adapted for connection to the mains, - the hermetic terminal socket comprising male terminals whose inner ends are adapted for connection to the female terminals of said terminal plug, - said inner ends of the male terminals are extending perpendicularly relative to the outer ends, and are adapted to connect with or disconnect from the said terminal plug when the said terminal plug is moved along the direction which is perpendicular relative to the outer ends, characterized in that - the hermetic terminal socket having male terminals such that the inner ends of the male terminals have different cross sections. - a casing for hermetically accommodating a compressor-kit, - a terminal plug comprising female terminals for supplying power to the compressor-kit, - a hermetic terminal socket received in an aperture of the casing, - the hermetic terminal socket comprising male terminals whose outer ends are adapted for connection to the mains, - the hermetic terminal socket comprising male terminals whose inner ends are adapted for connection to the female terminals of said terminal plug, - said inner ends of the male terminals are extending perpendicularly relative to the outer ends, and are adapted to connect with or disconnect from the said terminal plug when the said terminal plug is moved along the direction which is perpendicular relative to the outer ends, - the hermetic terminal socket having male terminals such that the inner ends of the male terminals have different cross sections.