mhurhangee/ep-ind-claims huggingface dataset:
A power supply control device, comprising: a body part in which a circuit block is accommodated; a first cable drawn outside from the body part to be connected to a charging circuit of an electric vehicle; a second cable drawn outside from the body part to be connected to a power source; a sealing member sealing a gap between each of the cables (C1, C2) and a corresponding cable passing port (14, 15) of the body part; and an outer restriction member provided at each of the cables (C1, C2) on an outer side than the sealing member to prevent the corresponding cable (C1, C2) from being bent at the portion on which the sealing member is fitted; a tension preventing member, disposed on an outer side than the outer restriction member that is located on the outer side than the sealing member, for receiving an external force applied to each of the cables (C1, C2); and a cap member detachably attached to the body part, wherein, with respect to each of the cables (C1, C2), the sealing member, the outer restriction member, and the tension preventing member are held by the cap member. a body part in which a circuit block is accommodated; a first cable drawn outside from the body part to be connected to a charging circuit of an electric vehicle; a second cable drawn outside from the body part to be connected to a power source; a sealing member sealing a gap between each of the cables (C1, C2) and a corresponding cable passing port (14, 15) of the body part; and an outer restriction member provided at each of the cables (C1, C2) on an outer side than the sealing member to prevent the corresponding cable (C1, C2) from being bent at the portion on which the sealing member is fitted; a tension preventing member, disposed on an outer side than the outer restriction member that is located on the outer side than the sealing member, for receiving an external force applied to each of the cables (C1, C2); and a cap member detachably attached to the body part, wherein, with respect to each of the cables (C1, C2), the sealing member, the outer restriction member, and the tension preventing member are held by the cap member.
A bipolar plate (1, 2) sandwiched between a positive electrode in which a positive electrode electrolyte flows and a negative electrode in which a negative electrode electrolyte flows, comprising: a positive-electrode-side surface in which a flow channel having a plurality of grooves through which the positive electrode electrolyte flows is provided and a negative-electrode-side surface in which a flow channel having a plurality of grooves through which the negative electrode electrolyte flows is provided, wherein each of the flow channels includes an inflow channel through which the electrolyte flows into the electrode and an outflow channel through which the electrolyte flows out of the electrode, and the inflow channel and the outflow channel are not in communication with each other and are independent from each other, characterized in that the grooves each have a wide portion inside the groove, the wide portion having a width larger than a width of an opening of the groove. a positive-electrode-side surface in which a flow channel having a plurality of grooves through which the positive electrode electrolyte flows is provided and a negative-electrode-side surface in which a flow channel having a plurality of grooves through which the negative electrode electrolyte flows is provided, wherein each of the flow channels includes an inflow channel through which the electrolyte flows into the electrode and an outflow channel through which the electrolyte flows out of the electrode, and the inflow channel and the outflow channel are not in communication with each other and are independent from each other, characterized in that the grooves each have a wide portion inside the groove, the wide portion having a width larger than a width of an opening of the groove.
A floatable pipe combination comprising: - a plastic pipe having a rear longitudinal end, on which a rear flange region is formed, and a front longitudinal end, on which a front flange region is formed; - a closing cover arranged on the rear longitudinal end; - a closing cover arranged on the front longitudinal end, wherein a pulling device is arranged on the closing cover, and that at least on the front longitudinal end, a flange protection with an outer protective covering is arranged, wherein the outer protective covering is formed to radially project with respect to the outer diameter of the plastic pipe, characterized in that the front flange region and/or the rear flange region comprises a loose flange, which is supported on a welding neck, and that the outer protective covering of the flange protection is screwed together with the loose flange. - a plastic pipe having a rear longitudinal end, on which a rear flange region is formed, and a front longitudinal end, on which a front flange region is formed; - a closing cover arranged on the rear longitudinal end; - a closing cover arranged on the front longitudinal end,
A method of transforming a chloroplast genome of a Scenedesmus sp. with at least one exogenous nucleotide sequence, comprising: a) obtaining an exogenous nucleotide sequence flanked by two sequences that are homologous to the chloroplast genome, wherein the exogenous nucleotide sequence comprises a nucleic acid sequence encoding a protein and a further nucleic acid sequence encoding a selectable marker; b) binding the exogenous nucleotide sequence onto a particle; and c) shooting the exogenous nucleotide sequence into the Scenedesmus sp. by particle bombardment carried out by a biolistic device with a helium pressure of at least 300psi, wherein the chloroplast genome is transformed with the exogenous nucleotide sequence. a) obtaining an exogenous nucleotide sequence flanked by two sequences that are homologous to the chloroplast genome, wherein the exogenous nucleotide sequence comprises a nucleic acid sequence encoding a protein and a further nucleic acid sequence encoding a selectable marker; b) binding the exogenous nucleotide sequence onto a particle; and c) shooting the exogenous nucleotide sequence into the Scenedesmus sp. by particle bombardment carried out by a biolistic device with a helium pressure of at least 300psi, wherein the chloroplast genome is transformed with the exogenous nucleotide sequence.
A digestive supplement including inactivated whole cells and lysed cells of Saccharomyces cerevisiae and Montmorillonite clay for use in improving the digestive health of canines.
An arrangement for fitting to a vehicle, preferably a utility vehicle, wherein the arrangement comprises: an exterior mirror construction having at least one mirror face (S1, S2) and at least one door leaf, wherein the door leaf has a reduced part-region, wherein in order to avoid collisions the reduced part-region provides space for the exterior mirror construction, preferably in such a manner that the reduced part-region can be at least partially filled by the exterior mirror construction, characterized in that the arrangement comprises a door portal, wherein the door portal is provided with a functional component in order to cover or close the reduced part-region when the door leaf is in a closed state, and wherein the door leaf, the door portal and/or the functional component are/is provided with a closure retention device (6, 7) for keeping the door leaf closed, preferably against suction during travel of the vehicle, and wherein on the one hand the door leaf has as a closure retention device a retention piece which can also be pivoted with the door leaf and on the other hand the door portal and/or the functional component has as a closure retention device a counter-piece and by closing the door leaf the retention piece moves into engagement with the counter-piece, preferably behind the counter-piece. the arrangement comprises a door portal, wherein the door portal is provided with a functional component in order to cover or close the reduced part-region when the door leaf is in a closed state, and wherein the door leaf, the door portal and/or the functional component are/is provided with a closure retention device (6, 7) for keeping the door leaf closed, preferably against suction during travel of the vehicle, and wherein on the one hand the door leaf has as a closure retention device a retention piece which can also be pivoted with the door leaf and on the other hand the door portal and/or the functional component has as a closure retention device a counter-piece and by closing the door leaf the retention piece moves into engagement with the counter-piece, preferably behind the counter-piece.
An in vitro procedure for the preparation of a tissue engineering product for the regeneration of bone tissues comprising the stages of: a) selecting and expanding mesenchymal cells obtained from bone marrow, b) associating by immobilisation of the mesenchymal cells obtained in (a) in bone matrices in a ratio in the range from 1 x 10 2 to 1 x 10 8 cells per cubic centimetre in a DMEM medium supplemented with serum during a time within the range from 4 to 24 hours, c)washing the product obtained in b), and d)final conditioning by combination with fibrin gel. a) selecting and expanding mesenchymal cells obtained from bone marrow, b) associating by immobilisation of the mesenchymal cells obtained in (a) in bone matrices in a ratio in the range from 1 x 10 2 to 1 x 10 8 cells per cubic centimetre in a DMEM medium supplemented with serum during a time within the range from 4 to 24 hours, c)washing the product obtained in b), and d)final conditioning by combination with fibrin gel.
Device for supplying sorted elements, of the cap, stopper type, or the like, for feeding a downstream work station, said device comprising a means for lifting elements in which a first sorting operation is carried out, and, mounted downstream, a means for processing the elements, for processing said elements one by one, and an outlet chute, between the outlet of the lifting means and the processing means, in which the elements fall by gravity and can accumulate in bulk, the supply device being characterized in that it comprises: - a conveyor, mounted downstream of the processing means, for directing the elements towards the work station, said conveyor moving the elements in an individually referenced manner, meaning that each element is moved separately and the position of each element is known and controlled, said processing means taking each element separately for feeding them to the conveyor; - a visual analysis means for checking the appearance of the elements while they are being transported by the conveyor downstream of the processing means; and - an ejection means, acting downstream of the visual analysis means, for removing the elements that have been detected as being non-compliant. - a conveyor, mounted downstream of the processing means, for directing the elements towards the work station, said conveyor moving the elements in an individually referenced manner, meaning that each element is moved separately and the position of each element is known and controlled, said processing means taking each element separately for feeding them to the conveyor; - a visual analysis means for checking the appearance of the elements while they are being transported by the conveyor downstream of the processing means; and - an ejection means, acting downstream of the visual analysis means, for removing the elements that have been detected as being non-compliant.
A container for containing a coupling medium for transdermal delivery of a medicament using a transducer unit having a transducer with an output face, the container comprising: a chamber for receiving the coupling medium; and a contact surface for contacting the output face of the transducer; wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit, an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface, and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer, such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit. a chamber for receiving the coupling medium; and a contact surface for contacting the output face of the transducer; wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit, an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface, and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer, such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit. wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit, an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface, and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer, such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit.
A substantially all-polyester composite comprising: (i) a woven polyester fabric having a weight of 152.7-271.5 g/m 2 (4.5-8 oz/ yd 2); (ii) a nonwoven polyester substrate having a weight of 101.8-407.2 g/m 2 (3-12 oz/ yd 2); and (iii) a polyester adhesive having a melting point of 115-180°C in an amount of 5-30 g/m 2, securing the woven fabric (i) to the nonwoven substrate (ii); and having an overall weight of ≤ 678.7 g/m 2 (20 oz/yd 2) and a lamination bond strength, measured according to Ford Laboratory Test Method BN 151-05 Method A, of at least 15 N x 15 N. (i) a woven polyester fabric having a weight of 152.7-271.5 g/m 2 (4.5-8 oz/ yd 2); (ii) a nonwoven polyester substrate having a weight of 101.8-407.2 g/m 2 (3-12 oz/ yd 2); and (iii) a polyester adhesive having a melting point of 115-180°C in an amount of 5-30 g/m 2, securing the woven fabric (i) to the nonwoven substrate (ii);
A multifunctional cleaning composition for removing food soils comprising: (i) from about 0.1% to about 10.0% by weight of the composition methane sulfonic acid or sodium or potassium salt thereof; (ii) from about 0.1% to about 8.0% by weight of the composition including a hypochlorite; (iii)an effective amount of an alkaline agent to adjust solution pH to greater than about 8; and (iv) at least one material selected from the group consisting of threshold inhibiting agents, scale inhibitors, chelating agents, and tripolyphosphates. (i) from about 0.1% to about 10.0% by weight of the composition methane sulfonic acid or sodium or potassium salt thereof; (ii) from about 0.1% to about 8.0% by weight of the composition including a hypochlorite; (iii)an effective amount of an alkaline agent to adjust solution pH to greater than about 8; and (iv) at least one material selected from the group consisting of threshold inhibiting agents, scale inhibitors, chelating agents, and tripolyphosphates.
A semiconductor transistor comprising: an active layer made of a GaN-based semiconductor; and a gate insulating film having a first insulating film including one or more compounds selected from the group consisting of Al 2 O 3, La 2 O 3, and Y 2 O 3, formed on the active layer, and a second insulating film composed of SiO 2 formed on the first insulating film. an active layer made of a GaN-based semiconductor; and a gate insulating film having a first insulating film including one or more compounds selected from the group consisting of Al 2 O 3, La 2 O 3, and Y 2 O 3, formed on the active layer, and a second insulating film composed of SiO 2 formed on the first insulating film.
A method for wireless communication, comprising: receiving, at a user equipment, UE, a demodulation reference signal, DMRS, during a semi-persistent scheduling, SPS, slot; selecting a DMRS sequence from a plurality of DMRS sequences in order to detect the DMRS; and determining whether a packet transmitted during the SPS slot is intended for the UE based on detecting the DMRS using the selected DMRS sequence; wherein selecting the DMRS sequence from the plurality of DMRS sequences comprises either: identifying an assigned SPS slot allocated to the UE by a base station, wherein the UE is scheduled to receive a periodic packet from the base station during the assigned SPS slot; determining a slot offset value for the UE based on identification of a difference between the SPS slot and the assigned SPS slot that is allocated to the UE; selecting the DMRS sequence based on the slot offset value; or wherein selecting the DMRS sequence from the plurality of DMRS sequences comprises: determining a type of traffic scheduled for transmission during the SPS slot; and selecting the DMRS sequence based on the type of traffic, wherein the DMRS sequence is scrambled across a plurality of packets using multiple resource blocks. receiving, at a user equipment, UE, a demodulation reference signal, DMRS, during a semi-persistent scheduling, SPS, slot; selecting a DMRS sequence from a plurality of DMRS sequences in order to detect the DMRS; and determining whether a packet transmitted during the SPS slot is intended for the UE based on detecting the DMRS using the selected DMRS sequence; identifying an assigned SPS slot allocated to the UE by a base station, wherein the UE is scheduled to receive a periodic packet from the base station during the assigned SPS slot; determining a slot offset value for the UE based on identification of a difference between the SPS slot and the assigned SPS slot that is allocated to the UE; selecting the DMRS sequence based on the slot offset value; determining a type of traffic scheduled for transmission during the SPS slot; and selecting the DMRS sequence based on the type of traffic, wherein the DMRS sequence is scrambled across a plurality of packets using multiple resource blocks.
Method for producing a bearing component, in particular a roller bearing cage, comprising the following steps: providing a near net shape base body produced by means of a stereolithographic method or by means of a 3D printing method, and coating the provided base body with a thin, nanocrystalline coating. providing a near net shape base body produced by means of a stereolithographic method or by means of a 3D printing method, and coating the provided base body with a thin, nanocrystalline coating.
A process for the preparation of arylamines of formula R 0 -(NH 2) m, where R 0 is an aromatic radical and m is between 1 and 3, said process comprising the following steps: a) preparation of a reaction medium comprising: 1) an aromatic compound carrying at least one leaving group, of formula R 0 -Y m, in which R 0 is an aromatic radical and Y is a halogen atom, m being between 1 and 3; 2) an aqueous ammonia solution; 3) a catalytic system comprising a metal/ligand complex chosen among Fe/β-dicetone complex and/or Cu/β-dicetone complex; 4) a base; and 5) a polar aprotic organic solvent; b) heating said reaction medium to a temperature of between 20°C and 200°C; c) carrying out the reaction; and d) extracting and isolating the arylamine R 0 -(NH 2) m formed. a) preparation of a reaction medium comprising: 1) an aromatic compound carrying at least one leaving group, of formula R 0 -Y m, in which R 0 is an aromatic radical and Y is a halogen atom, m being between 1 and 3; 2) an aqueous ammonia solution; 3) a catalytic system comprising a metal/ligand complex chosen among Fe/β-dicetone complex and/or Cu/β-dicetone complex; 4) a base; and 5) a polar aprotic organic solvent; 1) an aromatic compound carrying at least one leaving group, of formula R 0 -Y m, in which R 0 is an aromatic radical and Y is a halogen atom, m being between 1 and 3; 2) an aqueous ammonia solution; 3) a catalytic system comprising a metal/ligand complex chosen among Fe/β-dicetone complex and/or Cu/β-dicetone complex; 4) a base; and 5) a polar aprotic organic solvent; b) heating said reaction medium to a temperature of between 20°C and 200°C; c) carrying out the reaction; and d) extracting and isolating the arylamine R 0 -(NH 2) m formed.
A cover device for a newborn incubator including a longitudinal direction, characterized in that one of its ends, in the longitudinal direction, has a width at least two times greater than its width at its opposite end; and in that at least in the median part of its greatest width, it is extended by a longitudinal flap.
A metallocene compound represented by the formula: A e MX n-e, or the formula TA 2 MX n-2, wherein: e is 2; T is a bridging group between two A groups; each A is a substituted polycyclic ligand that is pi-bonded to M and optionally includes one or more ring heteroatoms selected from boron, a group 14 atom that is not carbon, a group 15 atom, or a group 16 atom, each A is the same, wherein A is substituted with at least one cyclopropyl substituent directly bonded to any sp 2 carbon atom at a bondable ring position of the ligand, wherein the cyclopropyl substituent is represented by the formula: where each R' is, independently, hydrogen, a substituted or unsubstituted hydrocarbyl group, or a halogen; M is a transition metal atom having a coordination number of n and selected from group 3, 4, or 5 of the Periodic Table of Elements, or a lanthanide metal atom, or actinide metal atom; n is 3, 4, or 5; and each X is a univalent anionic ligand, or two Xs are joined and bound to the metal atom to form a metallocycle ring, or two Xs are joined to form a chelating ligand, a diene ligand, or an alkylidene ligand. wherein: e is 2; T is a bridging group between two A groups; each A is a substituted polycyclic ligand that is pi-bonded to M and optionally includes one or more ring heteroatoms selected from boron, a group 14 atom that is not carbon, a group 15 atom, or a group 16 atom, each A is the same, wherein A is substituted with at least one cyclopropyl substituent directly bonded to any sp 2 carbon atom at a bondable ring position of the ligand, wherein the cyclopropyl substituent is represented by the formula: where each R' is, independently, hydrogen, a substituted or unsubstituted hydrocarbyl group, or a halogen; M is a transition metal atom having a coordination number of n and selected from group 3, 4, or 5 of the Periodic Table of Elements, or a lanthanide metal atom, or actinide metal atom; n is 3, 4, or 5; and each X is a univalent anionic ligand, or two Xs are joined and bound to the metal atom to form a metallocycle ring, or two Xs are joined to form a chelating ligand, a diene ligand, or an alkylidene ligand.