mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery in which a unit battery including a positive electrode, a negative electrode, and a separation layer is connected to at least one external short induction kit, wherein the external short induction kit comprises: a first conductive member; a first connector connecting the first conductive member and a positive electrode of the unit battery; a second conductive member; a second connector connecting the second conductive member and a negative electrode of the unit battery; and an insulation layer interposed between the first conductive member and the second conductive member,wherein the insulation layer comprises an air layer, characterized in that the air layer is a layer between the conductive members (100, 200) prepared when grooves spaced from each other are formed in the inner side of an exterior finishing material of the external short induction kit and the conductive members (100, 200) are inserted into and fixed at the grooves. a first conductive member; a first connector connecting the first conductive member and a positive electrode of the unit battery; a second conductive member; a second connector connecting the second conductive member and a negative electrode of the unit battery; and an insulation layer interposed between the first conductive member and the second conductive member,wherein the insulation layer comprises an air layer, characterized in that the air layer is a layer between the conductive members (100, 200) prepared when grooves spaced from each other are formed in the inner side of an exterior finishing material of the external short induction kit and the conductive members (100, 200) are inserted into and fixed at the grooves.
A method for separating nitrate from sulfate and selenate in a primary aqueous solution, comprising: contacting the primary aqueous solution with an initial organic phase composition in a primary stage to form a first mixture having a pH of 2 to 10, wherein the initial organic phase composition comprises a quaternary amine and a weak organic acid having a pKa in water in a range of 8 to 12; separating the first mixture to obtain a nitrate-depleted and selenate-rich raffinate and a nitrate-containing organic phase; contacting the nitrate-containing organic phase with a first basic aqueous solution having a pH of 8 to 10 in a secondary stage to form a second mixture, wherein the pH of the second mixture is higher than the pH of the first mixture; separating the second mixture to remove sulfate present in the nitrate-containing organic phase, and obtain a sulfate-containing aqueous scrub solution and a nitrate-rich organic phase; contacting the nitrate-rich organic phase with a second basic aqueous solution having a pH of 11 to 14 in a tertiary stage to form a third mixture, wherein the pH of the third mixture is higher than the pH of the second mixture; and separating the third mixture to obtain a nitrate-rich aqueous strip solution and a secondary organic phase composition. contacting the primary aqueous solution with an initial organic phase composition in a primary stage to form a first mixture having a pH of 2 to 10, wherein the initial organic phase composition comprises a quaternary amine and a weak organic acid having a pKa in water in a range of 8 to 12; separating the first mixture to obtain a nitrate-depleted and selenate-rich raffinate and a nitrate-containing organic phase; contacting the nitrate-containing organic phase with a first basic aqueous solution having a pH of 8 to 10 in a secondary stage to form a second mixture, wherein the pH of the second mixture is higher than the pH of the first mixture; separating the second mixture to remove sulfate present in the nitrate-containing organic phase, and obtain a sulfate-containing aqueous scrub solution and a nitrate-rich organic phase; contacting the nitrate-rich organic phase with a second basic aqueous solution having a pH of 11 to 14 in a tertiary stage to form a third mixture, wherein the pH of the third mixture is higher than the pH of the second mixture; and separating the third mixture to obtain a nitrate-rich aqueous strip solution and a secondary organic phase composition.
Mixing device having - a holding device for holding material for mixing, and having - a drive (20, 22) by which the holding device can be set in motion relative to a chassis in a mixing movement in which the holding device moves along a closed path, returning periodically to a given position in a given orientation in space, and having - a mounting means which guides the holding device in the mixing movement, the mounting means having at least two pillars (8, 10, 12, 14, 60, 62, 64) each having two bearing-equipped joints, in the form of short elastic portions of rod, which are spaced apart from one another and which each have no translatory degrees of freedom and at least two rotational degrees of freedom, of which bearing-equipped joints one mounts the pillar (8, 10, 12, 14, 60, 62, 64) on the chassis and the other mounts the holding device on the pillar (8, 10, 12, 14, 60, 62, 64), characterised in that the mounting means has a guiding arrangement (28, 30, 32) which guides the holding device relative to the chassis during the mixing movement, the guiding arrangement (28, 30, 32) having at least one bridging piece (28, 30) which connects two of the pillars (8, 12, 62) together, with a hinge joint, which has no translatory degree of freedom and only one rotational degree of freedom, mounting the bridging piece (28, 30) on one pillar (10, 14, 64) and another hinge joint mounting the bridging piece (28, 30) on the other pillar (8, 10, 12, 14, 62, 64) and the two hinge joints being rotatable on axes which are parallel to one another. - a holding device for holding material for mixing, and having - a drive (20, 22) by which the holding device can be set in motion relative to a chassis in a mixing movement in which the holding device moves along a closed path, returning periodically to a given position in a given orientation in space, and having - a mounting means which guides the holding device in the mixing movement, the mounting means having at least two pillars (8, 10, 12, 14, 60, 62, 64) each having two bearing-equipped joints, in the form of short elastic portions of rod, which are spaced apart from one another and which each have no translatory degrees of freedom and at least two rotational degrees of freedom, of which bearing-equipped joints one mounts the pillar (8, 10, 12, 14, 60, 62, 64) on the chassis and the other mounts the holding device on the pillar (8, 10, 12, 14, 60, 62, 64), characterised in that the mounting means has a guiding arrangement (28, 30, 32) which guides the holding device relative to the chassis during the mixing movement, the guiding arrangement (28, 30, 32) having at least one bridging piece (28, 30) which connects two of the pillars (8, 12, 62) together, with a hinge joint, which has no translatory degree of freedom and only one rotational degree of freedom, mounting the bridging piece (28, 30) on one pillar (10, 14, 64) and another hinge joint mounting the bridging piece (28, 30) on the other pillar (8, 10, 12, 14, 62, 64) and the two hinge joints being rotatable on axes which are parallel to one another.
A terminal configured to transmit, to a transmitting-side communication apparatus configured to perform radio communication with a receiving-side communication apparatus configured to perform communication with a receiving-side terminal, data addressed to the receiving-side terminal, the terminal comprising control means for acquiring a first error rate from the transmitting-side communication apparatus, for calculating a second error rate and for controlling a transmission speed of the data addressed to the receiving-side terminal based on the first error rate that is an error rate of radio transmission from the transmitting-side communication apparatus to the receiving-side communication apparatus and the second error rate that is an error rate of transmission from the terminal to the receiving-side terminal, characterized in that the control means is configured to perform control so as to increase the transmission speed to be higher compared to the currently set value when the second error rate is lower than the first error rate. control means for acquiring a first error rate from the transmitting-side communication apparatus, for calculating a second error rate and for controlling a transmission speed of the data addressed to the receiving-side terminal based on the first error rate that is an error rate of radio transmission from the transmitting-side communication apparatus to the receiving-side communication apparatus and the second error rate that is an error rate of transmission from the terminal to the receiving-side terminal, characterized in that the control means is configured to perform control so as to increase the transmission speed to be higher compared to the currently set value when the second error rate is lower than the first error rate.
Process for, with use of packaging films with at least one layer comprising thermoplastic, the packaging of products requiring packaging, where a coating comprising at least one silicone has been applied on that side of the packaging film that faces towards the product requiring packaging for the packaging of products requiring packaging, characterized in that the silicone involves a polysiloxane comprising (meth)acrylate groups, where a prescribed portion of the product requiring packaging is charged to a bag or tube of the packaging film, the charging procedure is interrupted, and the bag or tube of the packaging film is closed by squeezing at one or both ends and is welded, or a prescribed portion of the product requiring packaging is charged to a bag or tube of the packaging film, the charging procedure is not interrupted here, and the bag or tube of the packaging film is closed by squeezing at one or both ends, the product requiring packaging is displaced and the bag or tube is welded, where the packaging film is welded by using ultrasound.
A method of transacting a security or a fixed rate financing instrument, wherein the security or fixed rate financing instrument is transacted as a hardcopy certificate by means of an issuing system including a securities issuing institution and at least one issuing machine for transacting the hardcopy certificate connected to the securities issuing institution, the issuing system comprising receiving means of the issuing machine, information retrieving means of the issuing machine, input means of the issuing machine, transaction processing means of the issuing machine, computing means in the securities issuing institution, printing means of the issuing machine, scanning means of the issuing machine, conveying means of the issuing machine and determining means in the securities issuing institution, wherein the receiving means receives a recording medium provided by a potential purchaser; the information retrieving means retrieves identification recoded in the received recording medium; in the input means the potential purchaser input request for a transaction of the security or the fixed rate financing instrument; the transaction processing means processes the requested transaction by retrieving information via a network from a server of the issuing institution; the computing means computes a cryptographic checksum by applying a cryptographic algorithm to information to be printed on the hardcopy certificate, the information including at least one of a face value, a serial number, an issuer identification, an issue date, an expiry date, and an owner name, the cryptographic checksum enabling to verify that the information contained in the hardcopy certificate has not been changed; the printing means prints out said hardcopy certificate as purchased by the potential purchaser and the computed cryptographic checksum thereon; wherein said hardcopy certificate further includes a random pattern and said scanning means scans said hardcopy certificate with the random pattern prior to providing said hardcopy certificate to the purchaser; wherein the conveying means conveys the result of the scan of the scanning means to the securities issuing institution for storage; wherein said scanning means scans the hardcopy certificate inserted by a holder, the conveying means conveys the result of the subsequent scan of the scanning means to the securities issuing institution; and the determining means determines whether the hardcopy certificate is valid by checking that a) the subsequently scanned cryptographic checksum scanned by the issuing machine matches the computed cryptographic checksum in the securities issuing institution and b) the subsequently scanned hardcopy certificate contains the random pattern. a) the subsequently scanned cryptographic checksum scanned by the issuing machine matches the computed cryptographic checksum in the securities issuing institution and b) the subsequently scanned hardcopy certificate contains the random pattern.
Condensate collecting container arrangement for a drying appliance - with a removable and emptyable collecting container for receiving condensate deposited in a drying process with an inlet opening and with an drainage opening for the condensate and - with a filter which removes impurities from the condensate before the condensate reaches a self-cleaning facility, characterised in that - the filter is arranged in the flow path of the condensate between the drainage opening and the self-cleaning facility. - with a removable and emptyable collecting container for receiving condensate deposited in a drying process with an inlet opening and with an drainage opening for the condensate and - with a filter which removes impurities from the condensate before the condensate reaches a self-cleaning facility, - the filter is arranged in the flow path of the condensate between the drainage opening and the self-cleaning facility.
Assembly for manufacturing concrete products comprising the following components: - shelf space (26, 28) or stacking magazine adapted to receive production pallets and/or to mature the concrete components casted on said pallets, - shelf control unit or stacker crane, - store for casing elements, - work stations for casing, armouring, casting and compressing, - wherein said components are movable modular units made up of subassembly elements adapted to be combined and detachably mounted on a base plate, said assembly comprising containers for transporting all subassembly elements and segments, wherein said components are used as supporting structures for crane devices and/or shed sheathings, characterized in that after the transport said containers are used as wall elements for crane devices and for the removable attachment of roof elements of said assembly. - shelf space (26, 28) or stacking magazine adapted to receive production pallets and/or to mature the concrete components casted on said pallets, - shelf control unit or stacker crane, - store for casing elements, - work stations for casing, armouring, casting and compressing, - wherein said components are movable modular units made up of subassembly elements adapted to be combined and detachably mounted on a base plate, said assembly comprising containers for transporting all subassembly elements and segments, wherein said components are used as supporting structures for crane devices and/or shed sheathings,
A method for controlling a dish washing machine, comprising: performing a first cycle comprising; - supplying water into a washing compartment through spray arms; and - providing steam, generated by a first steam generator, into the washing compartment, wherein the method further comprises - determining if the first steam generator is operating normally; and - terminating the operation of the first steam generator if it is determined that the first steam generator is operating abnormally, and - operating a second steam generator. performing a first cycle comprising; - supplying water into a washing compartment through spray arms; and - providing steam, generated by a first steam generator, into the washing compartment, - supplying water into a washing compartment through spray arms; and - providing steam, generated by a first steam generator, into the washing compartment, wherein the method further comprises - determining if the first steam generator is operating normally; and - terminating the operation of the first steam generator if it is determined that the first steam generator is operating abnormally, and - operating a second steam generator. - determining if the first steam generator is operating normally; and - terminating the operation of the first steam generator if it is determined that the first steam generator is operating abnormally, and - operating a second steam generator.
An air-conditioning device, comprising: a main body having an inlet port and an outlet port; a cross-flow fan provided inside the main body; and a heat exchanger provided inside the main body, wherein the main body includes a front surface, a rear surface, an upper surface and a lower surface, the inlet port is formed in the upper surface, an upstream side of the outlet port is an outlet-side flow channel; the rear surface side of the outlet-side flow channel is demarcated by a guide wall; and wherein the heat exchanger comprises a heat exchanger front part which includes a front upward inclination section having a rearward upper end wherein a ratio H/Df between a height dimension H of the main body and an outer diameter Df of the fan is 2.2 to 2.7, 1 the upper end of the heat exchanger front part of the heat exchanger is arranged at a position further toward a front side than the rotation centre 0 of the fan; the air conditioning device characterised in that an angle of inclination β between the rear part of the front upward inclination section of the heat exchanger, and a vertical direction, is 30° to 45°, and a height difference between the upper end of the heat exchanger front part and an outer circumference end of the fan is a height H1, and a front/rear distance from the upper end of the heat exchanger front part to a start end of the guide wall is a front/rear distance Dg, and a ratio H1/Dg between the height H1 and the front/rear distance Dg is 1.1 to 1.4. a main body having an inlet port and an outlet port; a cross-flow fan provided inside the main body; and a heat exchanger provided inside the main body, wherein the main body includes a front surface, a rear surface, an upper surface and a lower surface, the inlet port is formed in the upper surface, an upstream side of the outlet port is an outlet-side flow channel; the rear surface side of the outlet-side flow channel is demarcated by a guide wall; and wherein the heat exchanger comprises a heat exchanger front part which includes a front upward inclination section having a rearward upper end wherein a ratio H/Df between a height dimension H of the main body and an outer diameter Df of the fan is 2.2 to 2.7, 1 the upper end of the heat exchanger front part of the heat exchanger is arranged at a position further toward a front side than the rotation centre 0 of the fan; the air conditioning device characterised in that an angle of inclination β between the rear part of the front upward inclination section of the heat exchanger, and a vertical direction, is 30° to 45°, and a height difference between the upper end of the heat exchanger front part and an outer circumference end of the fan is a height H1, and a front/rear distance from the upper end of the heat exchanger front part to a start end of the guide wall is a front/rear distance Dg, and a ratio H1/Dg between the height H1 and the front/rear distance Dg is 1.1 to 1.4.
Method for producing luminous means, comprising: - providing a carrier (10a, 4, 50) serving as heat sink, said carrier comprising a planar chip mounting region (20, 51); - structuring the planar chip mounting region (51, 20) for the purpose of producing a first partial region (17, 24, 21a, 43) and at least one second partial region (12a, 22a, 22b, 23, 44), wherein the first partial region (17, 24, 21a, 43) is solder-repellent after structuring; - applying a solder to the planar chip mounting region (51, 20), such that said solder wets the at least one second partial region (12a, 22a, 22b, 23, 44); - applying at least one optoelectronic component (100, 60) to the solder in the at least one second partial region (12a, 22a, 22b, 23, 44); - forming an electrical contact-connection suitable for feeding electrical energy to the optoelectronic component (100, 60); characterized by - forming a thin circuit board having a cutout, at least one metallic conduction track and at least one contact region; and - applying the thin circuit board to the carrier in such a way that the cutout is located above the chip mounting region, wherein the at least one optoelectronic component is applied before or after the thin circuit board is applied. - providing a carrier (10a, 4, 50) serving as heat sink, said carrier comprising a planar chip mounting region (20, 51); - structuring the planar chip mounting region (51, 20) for the purpose of producing a first partial region (17, 24, 21a, 43) and at least one second partial region (12a, 22a, 22b, 23, 44), wherein the first partial region (17, 24, 21a, 43) is solder-repellent after structuring; - applying a solder to the planar chip mounting region (51, 20), such that said solder wets the at least one second partial region (12a, 22a, 22b, 23, 44); - applying at least one optoelectronic component (100, 60) to the solder in the at least one second partial region (12a, 22a, 22b, 23, 44); - forming an electrical contact-connection suitable for feeding electrical energy to the optoelectronic component (100, 60); - forming a thin circuit board having a cutout, at least one metallic conduction track and at least one contact region; and - applying the thin circuit board to the carrier in such a way that the cutout is located above the chip mounting region, wherein the at least one optoelectronic component is applied before or after the thin circuit board is applied.
Braking system provided with a brake disc and a rim, said brake disc comprising a carrier and a plurality of first teeth, said first teeth each extending from the carrier, said rim comprising a rim body and second teeth rigidly connected to the rim body, said second teeth being distributed circumferentially around an axis of rotation (AXROT) of the rim, each second tooth extending parallel to an axial direction (DIRAX) from one flank of the rim body to an end face of the second tooth, each second tooth extending circumferentially between two edges (27, 28), said rim having notches, each notch being delimited by said flank and two edges (27, 28) of two adjacent second teeth, each first tooth being positioned in one such notch, each first tooth extending parallel to said axial direction (DIRAX) from a front face opposite said flank towards a rear face, characterised in that said braking system comprises a retaining ring, said retaining ring being fastened to each end face and to each rear face, a circumferential clearance separating each first tooth from two second teeth between which the first tooth is circumferentially arranged.