mhurhangee/ep-ind-claims huggingface dataset:
A hand tool for cutting and terminating Plastic Optical Fiber cables with error prevention by clean cutting a cable end using a non-used blade portion, comprising a blade and a blade supporting top bar + and a bottom bar + said bottom bar comprising two aligned rows of holes - opposite each other with a space between said rows; said hand tool further comprising a blade holder and a cover attached to each other, each comprising longitudinal sections + of said top bar and said bottom bar + linked by two springy structures + + with said blade being supported by said longitudinal sections of said top bar; one of said longitudinal sections of said bottom bar comprising a row of inserting holes and the other of said longitudinal section of said bottom bar comprising a row of retaining holes +; said holes are perpendicular to said blade and are structured to fit at least one size and a shape of said plastic optical fiber cables and said space + providing said blade the movement space needed for said cutting and terminating when at least one of said top bar and said bottom bar is pressed against the other; each of said inserting holes is suitable for inserting an end of said plastic optical fiber cable all the way through into a corresponding retaining hole and each said retaining holes has a size and a shape for holding firmly the retained cut end piece of a terminated plastic optical fiber cable; and said retained cut end piece is suitable for preventing a repeat insertion of a plastic optical fiber cable into the same retaining hole, thereby preventing the re-use of the same blade portion applied to said retained cut end piece.
A vertebral implant intended to be implanted in an intersomatic space of a patient and comprising an intersomatic cage and at least one fixing screw intended to be screwed into the bony mass through a well of said cage to stabilize the position of said cage within the intersomatic space, said well and the screw forming a system for the self-locking of the screw in the well, said system comprising a male locking portion integral with the screw and a female lock portion formed by the walls of the well, said male locking portion and female lock portion being mounted with a relative flexibility allowing, during the screwing of the screw into the bony mass through the well, a progressive and mutual stressing of the male locking portion and female lock portion until reaching a final locking position of the screw in which the male locking portion and female lock portion are mutually released, the male locking portion being locked in position by the female lock portion, said screw comprising at least a head and a main body, said female lock portion being fixed and said male locking portion being mobile and including a retractable system for modifying the circumference of said head allowing, during the screwing, the relative flexibility between said male locking portion and female lock portion, said male locking portion and female lock portion being mounted with a relative flexibility allowing, during the unscrewing of the screw, from said final position, a mutual stressing of the male locking portion and female lock portion until unlocking the male locking portion from the female lock portion.
Freeze dryer comprising a viewing window of an organic glass or an inorganic glass, characterised in that the viewing window has a reduced transmissibility for radiation by comprising a layer or coating having a reduced transmissibility for radiation and/or by comprising a material with an additive having a reduced transmissibility for radiation, the reduced transmissibility for radiation of the viewing window with the additive, the layer or the coating being smaller than the transmissibility for radiation of the viewing window without the layer or coating or the additive.
A lubricant composition comprising: a base oil for a lubricating oil, wherein a total aromatic content of the lubricating oil base oil is 15 wt.-% or less; an oxygen-containing organic compound; a diamond nano-particle, wherein a content of the diamond nano-particle is within a range of from 0.01 to 3.0 mass %; and a dispersant for the diamond nano-particle, wherein the nano-particle is dispersed in the dispersant so as to exert an effect in synergy with the oxygen-containing organic compound, wherein the oxygen-containing organic compound is constituted of carbon, hydrogen and oxygen and has a hydroxyl group, wherein the content of the organic oxygen-containing compound is not less than 0.05 wt.-%, and wherein the dispersant for the diamond nano-particle is a nonionic surfactant and contains polyoxyethylene alkyl ether and polyoxyetylene alkyl ether phosphate, or polyoxyethylene dialkyl phenyl ether and polyoxyetylene dialkyl phenyl ether phosphate, or sorbitan trioleate. a base oil for a lubricating oil, wherein a total aromatic content of the lubricating oil base oil is 15 wt.-% or less; an oxygen-containing organic compound; a diamond nano-particle, wherein a content of the diamond nano-particle is within a range of from 0.01 to 3.0 mass %; and a dispersant for the diamond nano-particle, wherein the nano-particle is dispersed in the dispersant so as to exert an effect in synergy with the oxygen-containing organic compound,
A porous chiral material of formula [M 1.5] + X - wherein M is a metal ion; L is a nitrogen-containing bidentate ligand; A is the anion of mandelic acid or a related acid; and X - comprises a sulfonate or carboxylate anion; wherein A is an anion of formula: wherein the stereocentre may be or and R 1, R 2, R 3, R 4 and R 5 is each independently selected from hydrogen, hydroxy, amino, halo (especially chloro or bromo), alkyl (especially C 1 to C 4 alkyl), fluoroalkyl (especially C 1 to C 4 fluoroalkyl), sulfo, mercapto, alkoxy (especially C 1 to C 4 alkoxy), nitro, acyl and nitrilo.
A phenolic resin foamed plate having a closed cell ratio equal to or greater than 80% and having a thickness of 60 to 180 mm, wherein when the phenolic resin foamed plate is cut along a main surface of the phenolic resin foamed plate in a thickness direction into five equal parts, which are designated as P1, P2, P3, P4, and P5 in order from the main surface, an average density d p3 of P3 is higher than either of an average density d p2 of P2 and an average density d p4 of P4.
A blind rivet electric setting tool, comprising: a pull-riveting system; a screw rod transmission system comprising a ball screw rod having a hollow structure, a screw rod nut connected at the rear end of the ball screw rod, and a front bearing support in which the screw rod nut is provided; a planet gear reducer; a power motor assembly comprising a motor and a hollow motor shaft; and a broken mandrel collection barrel provided at a rear end of the power motor assembly; wherein central lines of the power motor assembly, the planet gear reducer, the screw rod transmission system, and the pull-riveting system are on the same axis as a riveting direction; characterized in that: - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod, a rear bearing support connected to the front bearing support, and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut, - the hollow motor shaft is shaped at its front end to form a motor gear; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures. a pull-riveting system; a screw rod transmission system comprising a ball screw rod having a hollow structure, a screw rod nut connected at the rear end of the ball screw rod, and a front bearing support in which the screw rod nut is provided; a planet gear reducer; a power motor assembly comprising a motor and a hollow motor shaft; and a broken mandrel collection barrel provided at a rear end of the power motor assembly; wherein central lines of the power motor assembly, the planet gear reducer, the screw rod transmission system, and the pull-riveting system are on the same axis as a riveting direction; characterized in that: - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod, a rear bearing support connected to the front bearing support, and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut, - the hollow motor shaft is shaped at its front end to form a motor gear; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures. - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod, a rear bearing support connected to the front bearing support, and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut, - the hollow motor shaft is shaped at its front end to form a motor gear; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures.
Multi-purpose casing for reversible actuation and traditional and/or anti-panic actuation in locks for joinery based on metallic profile sections, characterized in that, when taking superior, inferior, anterior and posterior as reference points for the operative position of the lock crammed into a door, it comprises a body of the casing, a lateral cover and a front; the body is delimited by a lateral wall (1 a), a superior wall (1 b), an inferior wall (1 c) and a posterior wall; the lateral wall has openings for a first bearing, second bearing and third bearing, respectively, as well as a vertical rip and a retention that emerge at its internal face, a vertical window and a horizontal groove; paired with those of the body the cover has a first bearing, second bearing and third bearing, respectively, and paired with the vertical window and the horizontal groove of the body this cover has a vertical window and a horizontal groove; the pairs of the first bearings (1e, 2a), second bearings (1f, 2b) and third bearings (1g, 2c) have diameters reciprocal to those of the shaft lugs corresponding to a set of a follower and follower supplement, and to a first toothed rotary lever and second toothed rotary lever; the horizontal groove of the lateral wall is longer than the horizontal groove of the cover and has a width adjusted to exceed that of a button of a supporting element of an articulated latch; the vertical rip (1 h) has a width adjusted by default to that of a hollow of a vertical plate that has a cut-out into which a radial arm of said second toothed rotary lever enters that is engaged with said first toothed rotary lever provided with a protrusion that is interposed in the run of a radial protrusion of the follower corresponding to the rotational direction for opening the lock, while a radial extension of the follower supplement is attached under a vertical carriage that comprises a vertical arm located across the supporting element of the articulated latch the vertical arm of which has a superior protrusion that has a position corresponding to a rigidity state of the articulated latch.
Ambient air purification device, in particular for stationary ambient air purification in the internal and/or external space, having a blower housing featuring at least one air inlet and at least one air outlet, wherein at least one air flow generating means, which can generate an air flow from the air inlet to the air outlet, is disposed in the blower housing, wherein a filter apparatus, which comprises a plurality of filter elements disposed in a V-shaped manner with respect to each other, is furthermore fluidically provided in the blower housing between the air inlet and the air outlet, characterized in that the blower housing comprises at least one service door through which an interior space of the blower housing is accessible, and in that the filter apparatus comprises a filter element carrier attached to the blower housing and supports the filter elements disposed in a V-shaped manner with respect to each other, wherein the filter element carrier can be transferred from an operating state, in which it is completely provided in the blower housing, to a service state, in which the filter element carrier projects at least partially through the service door out of the blower housing, wherein the filter element carrier is pivotably mounted around at least one axis with respect to the blower housing and the transfer of the filter element carrier from the operating state to the service state and vice versa comprises a pivoting around the axis.
A mobile terminal for transmitting signalling information in a cellular communication system; the mobile terminal comprising: means for generating scheduling assistance data for a base station based scheduler, the scheduling assistance data relating to packet data communication of the mobile terminal; means for processing the scheduling assistance data as a first channel; means for processing other data as a second channel; means for transmitting the first channel and second channel as multiplexed channels on a first physical resource; means for transmitting the scheduling assistance data using a second physical resource; selection means for selecting between the first physical resource and the second physical resource, the first or second physical resource being selected in response to a resource availability of the first physical resource and the second physical resource; wherein the second channel employs a retransmission scheme and the first channel does not employ the retransmission scheme. means for generating scheduling assistance data for a base station based scheduler, the scheduling assistance data relating to packet data communication of the mobile terminal; means for processing the scheduling assistance data as a first channel; means for processing other data as a second channel; means for transmitting the first channel and second channel as multiplexed channels on a first physical resource; means for transmitting the scheduling assistance data using a second physical resource; selection means for selecting between the first physical resource and the second physical resource, the first or second physical resource being selected in response to a resource availability of the first physical resource and the second physical resource; wherein the second channel employs a retransmission scheme and the first channel does not employ the retransmission scheme.
An optical method for determining morphological parameters and physiological properties of skin tissue, the method comprising the steps of: generating reflectance measurements of a skin tissue area from reflectance images obtained for a plurality of wavelengths from multiple angles of illumination and detection using a spectral reflectance meter consisting of a measurement head with 12 fixed light-emitting diode lamps and 3 cameras, wherein each LED lamp is placed at a different angle relative to the skin, providing a bio-optical model, a radiative transfer model, and a non-linear inversion procedure; systematically varying input values of the morphological parameters and physiological properties of the skin tissue and simultaneously varying inherent optical properties of the skin tissue, wherein the inherent optical properties are linked to the morphological parameters and the physiological properties of the skin tissue by the bio-optical model, and computing reflectances by the radiative transfer model for the varying inherent optical properties until an agreement between the reflectance measurements and the reflectances computed by the radiative transfer model reaches a predetermined level of accuracy; and obtaining the morphological parameters and the physiological properties returned by the non-linear inversion procedure. generating reflectance measurements of a skin tissue area from reflectance images obtained for a plurality of wavelengths from multiple angles of illumination and detection using a spectral reflectance meter consisting of a measurement head with 12 fixed light-emitting diode lamps and 3 cameras, wherein each LED lamp is placed at a different angle relative to the skin, providing a bio-optical model, a radiative transfer model, and a non-linear inversion procedure; systematically varying input values of the morphological parameters and physiological properties of the skin tissue and simultaneously varying inherent optical properties of the skin tissue, wherein the inherent optical properties are linked to the morphological parameters and the physiological properties of the skin tissue by the bio-optical model, and computing reflectances by the radiative transfer model for the varying inherent optical properties until an agreement between the reflectance measurements and the reflectances computed by the radiative transfer model reaches a predetermined level of accuracy; and obtaining the morphological parameters and the physiological properties returned by the non-linear inversion procedure.
An information processing device, adapted to recognize the three-dimensional position and posture of an object, comprising: a first input unit, configured to receive an input of a three-dimensional model information for generating a three-dimensional model of the object to be recognized; a template generation unit, configured to generate a two-dimensional template which shows a shape of an upper edge of the object to be recognized on the basis of the three-dimensional model information, by extracting feature points of the upper edge from the three-dimensional model information of the object to be recognized; a coordinate relationship identification unit, configured to generate a coordinate relationship information indicating a relationship between three-dimensional coordinates of the three-dimensional model and two-dimensional coordinates when the three-dimensional model is imaged; a second input unit, configured to receive an input of a captured image obtained by capturing an image of the object to be recognized; a matching unit, configured to match the captured image with the two-dimensional template; and a recognition unit, configured to recognize a three-dimensional position and posture of the object to be recognized by referencing the coordinate relationship information with respect to the object to be recognized in the captured image which is detected according to two-dimensional matching results of the matching unit. a first input unit, configured to receive an input of a three-dimensional model information for generating a three-dimensional model of the object to be recognized; a template generation unit, configured to generate a two-dimensional template which shows a shape of an upper edge of the object to be recognized on the basis of the three-dimensional model information, by extracting feature points of the upper edge from the three-dimensional model information of the object to be recognized; a coordinate relationship identification unit, configured to generate a coordinate relationship information indicating a relationship between three-dimensional coordinates of the three-dimensional model and two-dimensional coordinates when the three-dimensional model is imaged; a second input unit, configured to receive an input of a captured image obtained by capturing an image of the object to be recognized; a matching unit, configured to match the captured image with the two-dimensional template; and a recognition unit, configured to recognize a three-dimensional position and posture of the object to be recognized by referencing the coordinate relationship information with respect to the object to be recognized in the captured image which is detected according to two-dimensional matching results of the matching unit.
A container (100; 200) comprising: a container body having a first cavity for receiving a product therein, the container body having a front surface, back surface, first sidewall and second sidewall; and a cover (122; 222) having an opening extending thereinto, said opening configured to receive said container body therein, the cover (122; 222) comprising: an outer wall, an inner wall, a second cavity defined between said outer wall and inner wall, said second cavity housing an expandable protective material therein, and a fluid-permeable region provided on the inner wall, wherein the fluid-permeable region comprises a non-permeable material having one or more perforations extending through the inner wall, wherein said protective material is configured to expand the cover (122; 222) from a first configuration to a second configuration, wherein the first configuration corresponds to a first inner profile defined by the inner wall and the second configuration corresponds to a second inner profile defined by the inner wall, said second inner profile being smaller than said first inner profile. a container body having a first cavity for receiving a product therein, the container body having a front surface, back surface, first sidewall and second sidewall; and a cover (122; 222) having an opening extending thereinto, said opening configured to receive said container body therein, the cover (122; 222) comprising: an outer wall, an inner wall, a second cavity defined between said outer wall and inner wall, said second cavity housing an expandable protective material therein, and a fluid-permeable region provided on the inner wall, an outer wall, an inner wall, a second cavity defined between said outer wall and inner wall, said second cavity housing an expandable protective material therein, and a fluid-permeable region provided on the inner wall, wherein the fluid-permeable region comprises a non-permeable material having one or more perforations extending through the inner wall, wherein said protective material is configured to expand the cover (122; 222) from a first configuration to a second configuration, wherein the first configuration corresponds to a first inner profile defined by the inner wall and the second configuration corresponds to a second inner profile defined by the inner wall, said second inner profile being smaller than said first inner profile.
A process for producing a piston, in particular a steel piston, for an internal combustion engine with the following process steps: - Manufacturing a piston top and a piston end, the piston top and/or the piston end having at least one recess (4, 4'), - Introducing, into at least one of the recesses (4,4'), a heat transfer medium that is solid or pasty at room temperature and liquid at the piston's operating temperature and that has at least two alloying elements, in particular sodium and potassium, - Sealing the at least one recess (4, 4') to form at least one closed hollow space that contains the heat transfer medium; and - Connecting the piston top with the piston end, wherein the at least two alloying elements of the heat transfer medium are introduced, in different compositions, into at least two spatially separated areas of the at least one recess (4, 4') of the piston end and/or the piston top and are enclosed within a common closed hollow space when it is sealed. - Manufacturing a piston top and a piston end, the piston top and/or the piston end having at least one recess (4, 4'), - Introducing, into at least one of the recesses (4,4'), a heat transfer medium that is solid or pasty at room temperature and liquid at the piston's operating temperature and that has at least two alloying elements, in particular sodium and potassium, - Sealing the at least one recess (4, 4') to form at least one closed hollow space that contains the heat transfer medium; and - Connecting the piston top with the piston end,