mhurhangee/ep-ind-claims huggingface dataset:
An autogyro comprising a rotor capable of being set into autorotation, an instrument panel, which includes at least one display unit and/or at least one control unit, wherein the instrument panel comprises at least one viewing window for expanding the field of view for an autogyro pilot, which is formed by a recess formed in the instrument panel, and a pilot seat arranged in front of the instrument panel, wherein the pilot seat is positioned centrally, in the transverse direction of the autogyro, in front of the instrument panel, wherein the recess is arranged in a middle region, in particular centrally, in the transverse direction of the instrument panel characterized in that the recess extends, starting from the top side, only partially in the direction of the bottom side, so that the instrument panel comprises a connecting part, which extends in the transverse direction of the instrument panel, connecting a left part and a right part - as viewed from the front - of the instrument panel to one another. a rotor capable of being set into autorotation, an instrument panel, which includes at least one display unit and/or at least one control unit, wherein the instrument panel comprises at least one viewing window for expanding the field of view for an autogyro pilot, which is formed by a recess formed in the instrument panel, and a pilot seat arranged in front of the instrument panel, wherein the pilot seat is positioned centrally, in the transverse direction of the autogyro, in front of the instrument panel, wherein the recess is arranged in a middle region, in particular centrally, in the transverse direction of the instrument panel characterized in that the recess extends, starting from the top side, only partially in the direction of the bottom side, so that the instrument panel comprises a connecting part, which extends in the transverse direction of the instrument panel, connecting a left part and a right part - as viewed from the front - of the instrument panel to one another.
A condom package comprising: an inner wrapper layer defining an interior volume structured and arranged to receive a condom; and an outer layer at least partially covering the inner wrapper layer; characterized in that a gap is provided between the inner wrapper layer and the outer layer; and a damage indicating material is provided between the inner wrapper layer and the outer layer and adjacent to the gap. an inner wrapper layer defining an interior volume structured and arranged to receive a condom; and an outer layer at least partially covering the inner wrapper layer; characterized in that a gap is provided between the inner wrapper layer and the outer layer; and a damage indicating material is provided between the inner wrapper layer and the outer layer and adjacent to the gap.
A cannula insertion device (101, 201, 500) comprising: a housing (102, 330, 504) defining a tapered frustoconical opening (366, 532) for receiving therethrough a cannula (105, 205, 300, 508) and further defining a channel (340, 524); and a cannula (105, 205, 300, 508) forming a lumen (362, 516), the cannula comprising a cannula base (302, 502) having a tapered shape, the cannula adapted for sliding movement within the housing (102, 330, 504) from a retracted position to an extended position, wherein: when the cannula (105, 205, 300, 508) is in the retracted position, the lumen (362, 516) is located remotely from the channel (340, 524) and the channel is in fluidic communication with the opening (366, 532); and when the cannula (105, 205, 300, 508) is in the extended position, the lumen (362, 516) is in sealed fluidic communication with the channel (340, 524) by aligning openings in mating surfaces of the tapered shape of the cannula base (302, 502) and the tapered frustoconical opening of the housing. a housing (102, 330, 504) defining a tapered frustoconical opening (366, 532) for receiving therethrough a cannula (105, 205, 300, 508) and further defining a channel (340, 524); and a cannula (105, 205, 300, 508) forming a lumen (362, 516), the cannula comprising a cannula base (302, 502) having a tapered shape, the cannula adapted for sliding movement within the housing (102, 330, 504) from a retracted position to an extended position, wherein: when the cannula (105, 205, 300, 508) is in the retracted position, the lumen (362, 516) is located remotely from the channel (340, 524) and the channel is in fluidic communication with the opening (366, 532); and when the cannula (105, 205, 300, 508) is in the extended position, the lumen (362, 516) is in sealed fluidic communication with the channel (340, 524) by aligning openings in mating surfaces of the tapered shape of the cannula base (302, 502) and the tapered frustoconical opening of the housing. when the cannula (105, 205, 300, 508) is in the retracted position, the lumen (362, 516) is located remotely from the channel (340, 524) and the channel is in fluidic communication with the opening (366, 532); and when the cannula (105, 205, 300, 508) is in the extended position, the lumen (362, 516) is in sealed fluidic communication with the channel (340, 524) by aligning openings in mating surfaces of the tapered shape of the cannula base (302, 502) and the tapered frustoconical opening of the housing.
A chamber component for a PVD processing chamber, the chamber component comprising: a component part body having unitary monolithic construction formed by an additive fabrication technique to have engineered features, the component part body having a textured surface, the textured surface comprising: a plurality of independent engineered macro features, wherein the engineered macro features include a macro feature body extending from the textured surface, the macro feature body integrally formed with the component part body, and wherein the engineered macro features comprise a plurality of engineered micro features formed thereon, wherein the micro features further include engineered sub-features formed thereon. a plurality of independent engineered macro features, wherein the engineered macro features include a macro feature body extending from the textured surface, the macro feature body integrally formed with the component part body, and wherein the engineered macro features comprise a plurality of engineered micro features formed thereon, wherein the micro features further include engineered sub-features formed thereon.
Heat exchanger comprising an alternating stack of blades for the circulation of a first fluid (F 1) and of a second fluid, comprising a bundle formed by an alternating stack of flat tubes of a profile chosen for the circulation of the first fluid (F 1) and devices for disrupting the circulation of the second fluid (F 2) between the tubes; an inlet collecting box and an outlet collecting box that are, respectively, connected to two ends of the bundle for the intake and the discharge of the first fluid; and a casing surrounding the bundle, this casing being provided with an inlet and with an outlet for the circulation of the first fluid (F 1) and with an inlet and with an outlet for the circulation of the second fluid, the exchanger being characterized in that said collecting boxes (18, 20) are each formed by a stack of end plates having a bottom provided with a peripheral rim such that the end plates can be assembled in pairs in a leaktight manner by interaction of their respective peripheral rims whilst each time defining a chamber having an inlet profile homologous with the profile of a tube for the insertion of a tube end, the bottom of each endplate having an opening for chamber communication.
A glow plug comprising: a ceramic heater that has a conductive ceramic and an insulating ceramic covering the conductive ceramic, wherein the conductive ceramic has a heat generating section that is arranged at a tip, and a lead that is connected to a rear end of the heat generating section, and in a cross section that is perpendicular to an axis of the ceramic heater, the insulating ceramic has a thinnest portion where an outer circumferential surface of the insulating ceramic and the heat generating section are closest to each other in a thickness (t 1) of 0.57 to 0.66 mm, and a length in an axial direction from a tip of the insulating ceramic to a rear end of the heat generating section is equal to or shorter than 4.5 mm. a ceramic heater that has a conductive ceramic and an insulating ceramic covering the conductive ceramic, wherein the conductive ceramic has a heat generating section that is arranged at a tip, and a lead that is connected to a rear end of the heat generating section, and in a cross section that is perpendicular to an axis of the ceramic heater, the insulating ceramic has a thinnest portion where an outer circumferential surface of the insulating ceramic and the heat generating section are closest to each other in a thickness (t 1) of 0.57 to 0.66 mm, and a length in an axial direction from a tip of the insulating ceramic to a rear end of the heat generating section is equal to or shorter than 4.5 mm.
A data scheduling method, comprising: receiving channel quality information sent by a first terminal, wherein the first terminal is a terminal for which multiple carriers are activated; calculating a current instantaneous scheduling rate of the first terminal on a first component carrier by using the channel quality information; acquiring an average scheduling rate of the first terminal on the first component carrier; calculating a scheduling priority of the first terminal on the first component carrier by using the instantaneous scheduling rate and the average scheduling rate; and allocating a physical resource of the first component carrier to the first terminal according to a descending order of scheduling priorities of terminals to which a physical resource needs to be allocated, wherein the terminals to which a physical resource needs to be allocated comprise the first terminal and a second terminal. receiving channel quality information sent by a first terminal, wherein the first terminal is a terminal for which multiple carriers are activated; calculating a current instantaneous scheduling rate of the first terminal on a first component carrier by using the channel quality information; acquiring an average scheduling rate of the first terminal on the first component carrier; calculating a scheduling priority of the first terminal on the first component carrier by using the instantaneous scheduling rate and the average scheduling rate; and allocating a physical resource of the first component carrier to the first terminal according to a descending order of scheduling priorities of terminals to which a physical resource needs to be allocated, wherein the terminals to which a physical resource needs to be allocated comprise the first terminal and a second terminal.
An electrode module comprising: a current collector to receive power from an external power supply; and a pair of electrodes characterized in that the electrodes are arranged above and below the current collector to receive power from the current collector to adsorb and desorb ions dissolved in a fluid, wherein the current collector and electrodes are integrally bonded by thermocompression using a protective film, wherein the protective film being adhered on the current collector and the electrodes, and being prepared to have a predetermined size larger than the size of the current collector and electrodes, and wherein the protective film has a hole to expose the electrodes. a current collector to receive power from an external power supply; and a pair of electrodes characterized in that the electrodes are arranged above and below the current collector to receive power from the current collector to adsorb and desorb ions dissolved in a fluid, wherein the current collector and electrodes are integrally bonded by thermocompression using a protective film, wherein the protective film being adhered on the current collector and the electrodes, and being prepared to have a predetermined size larger than the size of the current collector and electrodes, and wherein the protective film has a hole to expose the electrodes.
An X-ray detection apparatus comprising: a mirror unit having a reflective surface which applies light collection on an X-ray from an observation point on a sample; a spectroscopic device (40, 42, 86, 88) that applies spectral dispersion on an X-ray from the mirror unit, to thereby generate a dispersed X-ray which is spatially spread; an X-ray detector that detects the dispersed X-ray; and a mask member that is provided between the observation point and the mirror unit, and that partially covers the reflective surface, to thereby limit a reflective X-ray which is reflected by the reflective surface and reaches the spectroscopic device. a mirror unit having a reflective surface which applies light collection on an X-ray from an observation point on a sample; a spectroscopic device (40, 42, 86, 88) that applies spectral dispersion on an X-ray from the mirror unit, to thereby generate a dispersed X-ray which is spatially spread; an X-ray detector that detects the dispersed X-ray; and a mask member that is provided between the observation point and the mirror unit, and that partially covers the reflective surface, to thereby limit a reflective X-ray which is reflected by the reflective surface and reaches the spectroscopic device.
An isolated immunogenic peptide comprising (i) an MHC class II restricted T-cell epitope of a protein from a viral vector and (ii) a C- 2- or - 2-C redox motif, wherein said redox motif is immediately adjacent to said T-cell epitope, or is separated from said T- cell epitope by a linker of at most 7 amino acids, for use in the prevention or suppression, in a recipient of gene therapy or gene vaccination, of an immune response to said viral vector protein.
A coupler system for connecting elongate, horizontally disposed rods to vertical supports, comprising: a top-cap component for attaching to the top of one of the vertical supports, and including a body with plural cavities formed therein; at least one ball-cap component for attaching to an end of one of the rods, and including a ball region that is constructed to fit within one of the plural cavities of the top-cap component, wherein each of the ball-cap components includes a ball region, a neck region, and an angled region located adjacent the neck region and away from the ball region, characterized in that the ball and neck regions are constructed from metal or high strength, fibre-reinforced plastic, and the angled region is constructed from reinforced plastic, and the top-cap and ball-cap components are constructed from material that is designed to have memory so that the ball returns to the original position after an application of force is removed. a top-cap component for attaching to the top of one of the vertical supports, and including a body with plural cavities formed therein; at least one ball-cap component for attaching to an end of one of the rods, and including a ball region that is constructed to fit within one of the plural cavities of the top-cap component, wherein each of the ball-cap components includes a ball region, a neck region, and an angled region located adjacent the neck region and away from the ball region, characterized in that the ball and neck regions are constructed from metal or high strength, fibre-reinforced plastic, and the angled region is constructed from reinforced plastic, and the top-cap and ball-cap components are constructed from material that is designed to have memory so that the ball returns to the original position after an application of force is removed.
A bone stock cleaning module, said module including: a shell, said shell having a base, a peripheral wall extending upwardly from said base and a top located above said base so as to have between said base and said top a void space; a cutter formed with a plurality of cutting edges that is rotatably mounted to in the shell void space; a shaving tube disposed coaxially around the cutter, the shaving tube being formed to have a shaver edge that is located adjacent said cutting edges of the cutter; and a guide disposed in the shell void space, the guide moveable between a disengaged position and an engaged position and said guide configured to, when moving from the disengaged position to the engaged position, move bone stock received in the void space towards the cutter, characterized in that: the guide is an arm disposed over the shell base that is mounted to the shell to reciprocate over the base between the disengaged and engaged positions so as to, when moving from the engaged position to the disengaged position, allow reorientation of bone stock located between the cutter and said arm and that has a containment wall that is shaped to, when said arm moves from the disengaged position to the engaged position, direct the bone stock towards the cutter and the shaving edge of the shaving tube, the containment wall defining a bone stock space, and a press block with a face that, when said arm is in the engaged position, presses the bone stock against the cutting edges of the cutter. a shell, said shell having a base, a peripheral wall extending upwardly from said base and a top located above said base so as to have between said base and said top a void space; a cutter formed with a plurality of cutting edges that is rotatably mounted to in the shell void space; a shaving tube disposed coaxially around the cutter, the shaving tube being formed to have a shaver edge that is located adjacent said cutting edges of the cutter; and a guide disposed in the shell void space, the guide moveable between a disengaged position and an engaged position and said guide configured to, when moving from the disengaged position to the engaged position, move bone stock received in the void space towards the cutter, characterized in that: the guide is an arm disposed over the shell base that is mounted to the shell to reciprocate over the base between the disengaged and engaged positions so as to, when moving from the engaged position to the disengaged position, allow reorientation of bone stock located between the cutter and said arm and that has a containment wall that is shaped to, when said arm moves from the disengaged position to the engaged position, direct the bone stock towards the cutter and the shaving edge of the shaving tube, the containment wall defining a bone stock space, and a press block with a face that, when said arm is in the engaged position, presses the bone stock against the cutting edges of the cutter.
A wavelength conversion element, comprising: a support member having one supporting surface facing a wavelength conversion member; and said wavelength conversion member disposed on the supporting surface and containing a fluorescent material which absorbs excitation light and generates fluorescence, wherein said one supporting surface includes an arrangement region where the wavelength conversion member is disposed, and an outer peripheral region disposed outside the arrangement region and exposed from the wavelength conversion member, and a first scattering member disposed in said outer peripheral region of said one supporting surface and containing first particles having a high refractive index and a transparent binder, characterized by a reflective member that is a second scattering member disposed between the wavelength conversion member and the support member and being disposed and in the arrangement region of said one supporting surface, the second scattering member being different from the first scattering member. a support member having one supporting surface facing a wavelength conversion member; and said wavelength conversion member disposed on the supporting surface and containing a fluorescent material which absorbs excitation light and generates fluorescence, wherein said one supporting surface includes an arrangement region where the wavelength conversion member is disposed, and an outer peripheral region disposed outside the arrangement region and exposed from the wavelength conversion member, and a first scattering member disposed in said outer peripheral region of said one supporting surface and containing first particles having a high refractive index and a transparent binder, characterized by a reflective member that is a second scattering member disposed between the wavelength conversion member and the support member and being disposed and in the arrangement region of said one supporting surface, the second scattering member being different from the first scattering member.
A method (100, 150) of transmitting message data to a mobile device from a messaging server over a data connection, wherein a message includes one or more attachments, an initial data limit is associated with message transmissions to the mobile device, and wherein the mobile device receives at least part of the message and a list of the attachments, the method comprising: identifying any of the one or more attachments that are high priority attachments; requesting transmission, from the messaging server to the mobile device, of the identified high priority attachments, if any; determining the remaining transmission capacity by subtracting the collective size of the at least part of the message and the identified high priority attachments, if any, from the initial data limit; and based on the remaining transmission capacity, determining that at least one of the one or more attachments, other than the identified high priority attachments, has a size smaller than the remaining transmission capacity, and based on that determination, requesting transmission of said at least one of the one or more attachments from the messaging server to the mobile device. identifying any of the one or more attachments that are high priority attachments; requesting transmission, from the messaging server to the mobile device, of the identified high priority attachments, if any; determining the remaining transmission capacity by subtracting the collective size of the at least part of the message and the identified high priority attachments, if any, from the initial data limit; and based on the remaining transmission capacity,
A method for encoding information, for transmission of the encoded information to a device that can display the encoded information as visible alphanumeric characters, comprising the steps of: converting an n-digit information into a binary format; separating the binary format into x bit binary words, where x is the same as a maximum number of bits data required by every data character in a pre-determined data character map; converting the x bit binary words into a sequence of characters using the data character map; inserting special marker characters into the sequence that demarcate the sequence into sets of characters separated by one or more special marker characters; inserting one or more special marker characters at the beginning and end of the sequence; and inserting line feed command characters into the sequence prior to transmission. converting an n-digit information into a binary format; separating the binary format into x bit binary words, where x is the same as a maximum number of bits data required by every data character in a pre-determined data character map; converting the x bit binary words into a sequence of characters using the data character map; inserting special marker characters into the sequence that demarcate the sequence into sets of characters separated by one or more special marker characters; inserting one or more special marker characters at the beginning and end of the sequence; and inserting line feed command characters into the sequence prior to transmission.