mhurhangee/ep-ind-claims huggingface dataset:
A device for determining a substitute distance between a location and a substitute impact point of a projectile in a horizontal plane common with the location and for aiming at a target, having a rangefinder for measuring a target distance (D, 6) and having an inclinometer for measuring an elevation angle (α, 5) between a sight line to the target and the horizontal plane, wherein the device comprises a microprocessor configured to calculate as a substitute distance an equivalent horizontal distance (E 17) for an inclined shot with an elevation angle (α, 5) by correcting the target distance (D, 6) with a correction coefficient, characterized in that the microprocessor is configured to use a correction coefficient corresponding to at least an approximation solution of a cosine of a substitute elevation angle, wherein the substitute elevation angle corresponds to an elevation angle (a, 5) corrected with an elevation angle correction parameter (k), and/or said microprocessor is configured to use a correction coefficient corresponding to at least one approximation solution of a cosine of the elevation angle (a, 5) or the substitute elevation angle corrected with a correction value.
A folding leaf door system, comprising at least one folding leaf door (2, 3) having - at least one first leaf with a first frame, and - at least one second leaf with a second frame, - wherein a first hinge body is arranged on the first frame and a second hinge body is arranged on the second frame, and - wherein the first hinge body can be mounted on at least two second hinge bodies and the second hinge body can be mounted on at least two first hinge bodies, wherein the first frame and/or the second frame have a groove into which a fastening web of the first hinge body and/or of the second hinge body is insertable, and - the groove and the fastening web have an undercut such that a form-fitting connection is present between the first frame and/or the second frame and the first hinge body and/or the second hinge body, wherein the first hinge body has a first sleeve-shaped region and the second hinge body has a second sleeve-shaped region, wherein the first sleeve-shaped region and the second sleeve-shaped region are mounted on one another, in particular vertically above on another, via a mounted door bolt, characterized in that the door bolt is mounted on the sleeve-shaped regions via ball bearings, in particular via closed ball bearings. - at least one first leaf with a first frame, and - at least one second leaf with a second frame, - wherein a first hinge body is arranged on the first frame and a second hinge body is arranged on the second frame, and - wherein the first hinge body can be mounted on at least two second hinge bodies and the second hinge body can be mounted on at least two first hinge bodies, wherein the first frame and/or the second frame have a groove into which a fastening web of the first hinge body and/or of the second hinge body is insertable, and - the groove and the fastening web have an undercut such that a form-fitting connection is present between the first frame and/or the second frame and the first hinge body and/or the second hinge body, wherein the first hinge body has a first sleeve-shaped region and the second hinge body has a second sleeve-shaped region, wherein the first sleeve-shaped region and the second sleeve-shaped region are mounted on one another, in particular vertically above on another, via a mounted door bolt, characterized in that the door bolt is mounted on the sleeve-shaped regions via ball bearings, in particular via closed ball bearings.
A gas generator which includes a housing in a tubular shape having an opening at least one end thereof and a plug (12,12A) inserted in the opening, so that an end portion on the opening side is reduced in diameter and caulked by multi-directional caulking in a caulking groove (13,13A) of the plug (12,12A), to thereby seal the opening, wherein the caulking groove is a streak groove that extends along the periphery of the plug and is rectangular in section; and wherein the caulking groove (13,13A) has at least one of side walls forming the calking groove, the one side wall being closer to the center of the housing, which is orthogonal with respect to the axis of the housing; characterised in that the housing is made of steel, and the plug (12,12A) is formed of metal which is lower in hardness and specific gravity than steel; wherein the gas generator has a gas generation chamber and a filter chamber which are compartmented in the housing by a partition plate and a rupture disk such that the chambers (1,2) are connected in series.
A redox fuel cell comprising an anode and a cathode separated by an ion selective polymer electrolyte membrane; means for supplying a fuel to the anode region of the cell; means for supplying an oxidant to the cathode region of the cell; means for providing an electrical circuit between the anode and the cathode; a non-volatile catholyte solution flowing in fluid communication with the cathode, the catholyte solution comprising a polyoxometallate redox couple being at least partially reduced at the cathode in operation of the cell, and at least partially re-generated by reaction with the oxidant in a regeneration zone after such reduction at the cathode, the catholyte solution further comprising one or more vanadium species that result from the speciation of the polyoxometallate at a temperature above 80°C and a pressure above ambient pressure, wherein the polyoxometallate is represented by the formula: X a [Z b M c O d] wherein: X is selected from hydrogen, alkali metals, alkaline earth metals, ammonium, transition metal ions and combinations of two or more thereof; Z is selected from B, P, S, As, Si, Ge, Ni, Rh, Sn, Al, Cu, I, Br, F, Fe, Co, Cr, Zn, H2, Te, Mn and Se and combinations of two or more thereof; M comprises vanadium and optionally one or more of Mo, W, Nb, Ta, Mn, Fe, Co, Cr, Ni, Zn Rh, Ru, Tl, Al, Ga, In and other metals selected from the 1st, 2nd and 3rd transition metal series and the lanthanide series and combinations of two or more thereof; a is a number of X necessary to charge balance the [Z b M c O d] anion; b is from 0 to 20; c is from 1 to 40; d is from 1 to 180; and wherein X includes an amount of a non-hydrogen cation and the molar ratio of the non-hydrogen cation to vanadium is more than 0 and less than 1. X is selected from hydrogen, alkali metals, alkaline earth metals, ammonium, transition metal ions and combinations of two or more thereof; Z is selected from B, P, S, As, Si, Ge, Ni, Rh, Sn, Al, Cu, I, Br, F, Fe, Co, Cr, Zn, H2, Te, Mn and Se and combinations of two or more thereof; M comprises vanadium and optionally one or more of Mo, W, Nb, Ta, Mn, Fe, Co, Cr, Ni, Zn Rh, Ru, Tl, Al, Ga, In and other metals selected from the 1st, 2nd and 3rd transition metal series and the lanthanide series and combinations of two or more thereof; a is a number of X necessary to charge balance the [Z b M c O d] anion; b is from 0 to 20; c is from 1 to 40; d is from 1 to 180; and wherein a is a number of X necessary to charge balance the [Z b M c O d] anion; b is from 0 to 20; c is from 1 to 40; d is from 1 to 180; and wherein X includes an amount of a non-hydrogen cation and the molar ratio of the non-hydrogen cation to vanadium is more than 0 and less than 1.
A toner cartridge for use with an image forming device, comprising: a body with a top, bottom, front, first and second lateral sides, and a back, the body also including an enclosed interior to contain toner; an outlet in the body to allow the toner to be moved from the interior and into the image forming device; a drive gear for engaging with the image forming device, a center of the drive gear being positioned farther from the bottom than the outlet; a drive train operatively connected to the drive gear, the drive train comprising a plurality of gears that drive elements positioned within the interior of the body; a first slot with an open end that faces the bottom, the first slot including first and second opposing side walls; and a second slot positioned in one of the first and second lateral sides, characterized by the drive gear being positioned on the front of the body, the drive train being positioned on the back of the body of the toner cartridge, the first slot being positioned in the front of the body of the toner cartridge and the second slot being wider than the first slot. a body with a top, bottom, front, first and second lateral sides, and a back, the body also including an enclosed interior to contain toner; an outlet in the body to allow the toner to be moved from the interior and into the image forming device; a drive gear for engaging with the image forming device, a center of the drive gear being positioned farther from the bottom than the outlet; a drive train operatively connected to the drive gear, the drive train comprising a plurality of gears that drive elements positioned within the interior of the body; a first slot with an open end that faces the bottom, the first slot including first and second opposing side walls; and a second slot positioned in one of the first and second lateral sides, the drive gear being positioned on the front of the body, the drive train being positioned on the back of the body of the toner cartridge, the first slot being positioned in the front of the body of the toner cartridge and the second slot being wider than the first slot.
A method in a transceiver comprising: reading an identifier of a transponder from the transponder; transmitting to a datastore the identifier as a query to access data associated with the transponder; receiving as a response to the query, the data; reading encrypted information from the transponder; transmitting to an authenticating authority a request to access the encrypted information; wherein the request comprises authentication credentials for authenticating the transceiver and wherein the request further comprises the data; wherein the data comprises encrypted decryption information, the decryption information for use in decrypting the encrypted information. reading an identifier of a transponder from the transponder; transmitting to a datastore the identifier as a query to access data associated with the transponder; receiving as a response to the query, the data; reading encrypted information from the transponder; transmitting to an authenticating authority a request to access the encrypted information; wherein the request comprises authentication credentials for authenticating the transceiver and wherein the request further comprises the data; wherein the data comprises encrypted decryption information, the decryption information for use in decrypting the encrypted information.
A method for use in an internetwork of interconnected communications networks, comprising: providing a set of globally-reachable attachment registers, each attachment register corresponding to an object in the internetwork; storing information in the attachment registers establishing one or more logical links between attachment registers, each logical link between attachment registers corresponding to a communication link between neighbouring objects in the internetwork, such that a plurality of logical links between attachment registers makes up a logical path between a source attachment register corresponding to a source object and a destination attachment register corresponding to a destination object; and determining a locator for the destination object in the internetwork by sending a single locator constructor request from the source object to the destination attachment register and forwarding the locator constructor request along the logical path, from the destination attachment register to the source attachment register. providing a set of globally-reachable attachment registers, each attachment register corresponding to an object in the internetwork; storing information in the attachment registers establishing one or more logical links between attachment registers, each logical link between attachment registers corresponding to a communication link between neighbouring objects in the internetwork, such that a plurality of logical links between attachment registers makes up a logical path between a source attachment register corresponding to a source object and a destination attachment register corresponding to a destination object; and determining a locator for the destination object in the internetwork by sending a single locator constructor request from the source object to the destination attachment register and forwarding the locator constructor request along the logical path, from the destination attachment register to the source attachment register.
An outer garment with a torso part with a waist region, a hip belt and a number of padding elements (5, 6, 7, 5', 6', 7', 8, 8'), wherein the padding elements (5, 6, 7, 5', 6', 7', 8, 8`) in the waist region are connected to the torso part via the hip belt, characterized in that the padding elements comprise an air-permeable spacer fabric.
A plant module having plant containers provided vertically above one another, with a closed rear wall and with at least two half shells (2, 3; 14, 15; 22, 23, 43, 44, 46), which are open towards the rear wall and arranged above one another on the front side of the rear wall and which together with the closed rear wall form an individual plant container in each case, a lower half shell (2, 14, 22, 44) forming a lower plant container together with the closed rear wall, and at least one upper half shell (3, 15, 23, 43, 46) forming an upper plant container together with the closed rear wall, characterized in that the upper plant container has a base with a base opening, wherein the base opening is smaller in terms of area than the inner cross section of the plant container directly above the base, and the base is provided with water openings in a region not taken up by the base opening.
A X-Z-Ba-Cu-O seed crystal for the fabrication of a X'-Ba-Cu-O superconductor of general formula X' a Ba b Cu c O d having a lower melting point than the seed crystal, the seed crystal grown from a rare-earth oxide system having the basic formula X w Z t Ba x Cu y O z; where X comprises at least one of La, Nd, Sm, Eu and Gd; and, Z is Mg; and in which: w is in the range 1 to 4, t is in the range 0.01 to 2, x is in the range 1 to 6, y is in the range 1 to 6, and z is in the range 3 to 20; and where X' comprises at least one of Y, La, Pr, Nd, Sm, Eu, Gd, Dy, Ho, Er, Tm, Yb, and Lu; and in which: a is in the range 1 to 4, b is in the range 1 to 6, c is in the range 1 to 6, and d is the range 3 to 20. w is in the range 1 to 4, t is in the range 0.01 to 2, x is in the range 1 to 6, y is in the range 1 to 6, and z is in the range 3 to 20; and a is in the range 1 to 4, b is in the range 1 to 6, c is in the range 1 to 6, and d is the range 3 to 20.
A luminaire comprising a light guide plate which is at least partly surrounded by a frame and which forms a direct light surface at the room side, wherein a respective plurality of LEDs are provided between the frame and at least one end face of the light guide plate to couple light into the respective end face of the light guide plate; and wherein light emitting surfaces of the LEDs contact the respective polished end face of the transparent light guide plate without air gaps, characterized in that the light guide plate is formed by two consecutive individual light plates (23, 24); in that a strip at the margin side comprising light permeable material and associated with the LEDs is arranged contacting the light guide plate at least at the room side and the color of said strip is selected in dependence on the desired mixed light generation in the light guide plate effected by light return from the strip; and in that the width and the thickness of the light permeable strip are dimensioned such that the strip forms masking protection effective from all viewing directions with respect to the LEDs and such that light coupled in via the light guide plate irradiates in predefinable directions, on the one hand, and leads back into the light guide plate, on the other hand.
A method of operating an internal combustion engine, wherein air is inducted and then compressed before it is fed to at least one combustion chamber of the internal combustion engine, wherein the air humidity of the inducted air is determined and the temperature of the compressed air fed to the combustion chamber is altered in dependence on the air humidity of the inducted air, characterized in that with higher air humidity in the inducted air the temperature of the compressed air to be fed to the combustion chamber is increased, wherein the temperature of the compressed air is not increased further above a preferably predeterminable, maximum humidity value and the output power of the internal combustion engine is reduced.
An ex vivo method for cleaving a double-stranded DNA comprising: (a) identifying in said DNA at least one recognition site for a rationally-designed I-CreI-derived meganuclease with altered specificity relative to I-CreI, wherein said recognition site is not cleaved by a naturally-occurring I-CreI, wherein said recognition site is identified based on the presence of a four base pair central sequence selected from the group consisting of TCTT, TCGT, TCAT, GTTT, GTCT, GGAT, GAGT, GAAT, ATGT, TGAC, TAAC, GTTC, ATAT, TCGA, TTAA, GGGC, ACGC, CCGC, CTGC, ACAA, ATAA, AAGA, ACGA, ATGA, AAAC, AGAC, ATCC, ACTC, ATTC, ACAT, GAAA, GGAA, GTCA, GTTA, GAAC, GCCC, GCGT, GCGG, GCAG, TCTC, TCAC, TCGC, GTGT, GTAT, GTAG, GTCC, GTGC, GTAA, GTGA, GGAC, GAGC, GAGA, ATGC, ATAC, ACAC, CTAA, CTAC, AAGC, GCGC, GCGA, GCTT, GCTC, GCAC, GCTA, GCAA, GCAT, and TAGC; (b) providing said rationally-designed meganuclease; and (c) contacting said DNA with said rationally-designed meganuclease; whereby said rationally-designed meganuclease cleaves said DNA. (a) identifying in said DNA at least one recognition site for a rationally-designed I-CreI-derived meganuclease with altered specificity relative to I-CreI, wherein said recognition site is not cleaved by a naturally-occurring I-CreI, wherein said recognition site is identified based on the presence of a four base pair central sequence selected from the group consisting of TCTT, TCGT, TCAT, GTTT, GTCT, GGAT, GAGT, GAAT, ATGT, TGAC, TAAC, GTTC, ATAT, TCGA, TTAA, GGGC, ACGC, CCGC, CTGC, ACAA, ATAA, AAGA, ACGA, ATGA, AAAC, AGAC, ATCC, ACTC, ATTC, ACAT, GAAA, GGAA, GTCA, GTTA, GAAC, GCCC, GCGT, GCGG, GCAG, TCTC, TCAC, TCGC, GTGT, GTAT, GTAG, GTCC, GTGC, GTAA, GTGA, GGAC, GAGC, GAGA, ATGC, ATAC, ACAC, CTAA, CTAC, AAGC, GCGC, GCGA, GCTT, GCTC, GCAC, GCTA, GCAA, GCAT, and TAGC; (b) providing said rationally-designed meganuclease; and (c) contacting said DNA with said rationally-designed meganuclease; whereby said rationally-designed meganuclease cleaves said DNA.
A downhole tool useable for isolating sections of a wellbore, the downhole tool comprising: a composite mandrel having at least one set of threads (216, 218); a composite slip disposed about the composite mandrel, the composite slip comprising a circular slip body having a plurality of slip grooves disposed therein; and a composite member (220, 230) disposed around the mandrel and proximate to a sealing element, the composite member (230, 330) having a deformable portion with one or more grooves disposed therein; wherein the circular slip body has a one-piece configuration and wherein a first slip groove is disposed proximate to a first end of the slip and the next slip groove is disposed proximate to an opposite end of the slip, and so forth, so as to provide an alternatingly arranged configuration of grooves, such that the circular slip body has at least partial connectivity around the entire circular slip body, meaning that the slip has no initial circumferential separation point. a composite mandrel having at least one set of threads (216, 218); a composite slip disposed about the composite mandrel, the composite slip comprising a circular slip body having a plurality of slip grooves disposed therein; and a composite member (220, 230) disposed around the mandrel and proximate to a sealing element, the composite member (230, 330) having a deformable portion with one or more grooves disposed therein;
A machine for producing sausage spirals from a finite sausage blank, the machine comprising: - a hub that is drivable to rotate and including a centrally arranged attachment device on a face for the blank and the sausage spiral generated therefrom wherein the face is arranged orthogonal to the hub axis, - a skewering unit for automatically inserting a skewer through the sausage spiral, characterized in that - a contact surface which is not rotating with the hub is provided around the hub, - a contact element protruding from the contact surface is provided with a variable distance between its contact surface and the hub, whereby the contact element is held in contact to an area of the outer circumference of the spiral, which has an increasing distance to the hub during winding. - a hub that is drivable to rotate and including a centrally arranged attachment device on a face for the blank and the sausage spiral generated therefrom wherein the face is arranged orthogonal to the hub axis, - a skewering unit for automatically inserting a skewer through the sausage spiral, characterized in that - a contact surface which is not rotating with the hub is provided around the hub, - a contact element protruding from the contact surface is provided with a variable distance between its contact surface and the hub, whereby the contact element is held in contact to an area of the outer circumference of the spiral, which has an increasing distance to the hub during winding.