mhurhangee/ep-ind-claims huggingface dataset:
A multi-disc electric motor brake, comprising: a motor mounting plate; an electromagnetic coil attached to said mounting plate; an armature in operative engagement with said electromagnetic coil; a plurality of springs in axially biasing engagement with said armature; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and characterized by disc pack wear adjustment shims interposed between said endplate and said torque reaction members and further comprising an externally visible disc pack wear indicator comprising a thread form to manually release the brake by overcoming said springs in axially biasing engagement with said armature. a motor mounting plate; an electromagnetic coil attached to said mounting plate; an armature in operative engagement with said electromagnetic coil; a plurality of springs in axially biasing engagement with said armature; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and characterized by disc pack wear adjustment shims interposed between said endplate and said torque reaction members and further comprising an externally visible disc pack wear indicator comprising a thread form to manually release the brake by overcoming said springs in axially biasing engagement with said armature.
A plant resistant to one or more PPX-inhibiting herbidicides, said plant comprising a mutated protoporphyrinogen IX oxidase gene wherein said gene encodes a protein comprising a substitution at the amino acid position corresponding to position 144 of SEQ ID NO: 1, and a substitution at the amino acid position corresponding to position 220 of SEQ ID NO: 1, wherein the substitution at the amino acid position corresponding to position 144 of SEQ ID NO: 1 is an arginine to cysteine or leucine or histidine substitution; and wherein the substitution at the amino acid position corresponding to position 220 of SEQ ID NO: 1 is an alanine to threonine substitution, wherein the plant is not exclusively obtained by means of an essentially biological process.
A lamp unit used for a vehicular lamp system that performs selective light irradiation to the surroundings of a vehicle comprising: a light source; an optical shutter part (13a, 13b, 14-16) that modulates light emitted from the light source; and an optical system that projects the light transmitted through the optical shutter part; wherein the optical shutter part comprises: a pair of polarizers (13a, 13b); a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element. a light source; an optical shutter part (13a, 13b, 14-16) that modulates light emitted from the light source; and an optical system that projects the light transmitted through the optical shutter part; wherein the optical shutter part comprises: a pair of polarizers (13a, 13b); a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element. a pair of polarizers (13a, 13b); a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element.
An orally ingestible drink comprising a compound which is 3-hydroxybutyl 3-hydroxybutyrate enantiomerically enriched with respect to -hydroxybutyl -hydroxybutyrate of formula:
A rotor for a rotating electrical machine, comprising: a first flange member and a second flange member that are respectively comprised of an electrically conductive material and arranged so as to face each other on a common axis with a space therebetween; a plurality of connection members comprised of an electrically conductive weak magnetic material and arranged at predetermined distances therebetween in a circumferential direction with the axis being a center; outer peripheral portions of the first flange member and the second flange member being connected together by the connection members to support induction magnetic poles (39L, 39R) formed of a soft magnetic material between the connection members which are adjacent in the circumferential direction, characterized in that the first and second flange members (32, 33) are electrically insulated from each other, insulating treatment being applied to the surface of the connection members.
A method for purifying recombinant infectious virus particles, wherein the method comprises the following steps: (i) providing at least one clarified virus sample comprising at least one recombinant infectious virus particle obtained from at least one host cell infected with a virus stock comprising the at least one recombinant infectious virus particle, wherein the at least one virus sample is treated with a DNAse, preferably with a benzonase, before or after the clarification; and wherein the clarification is performed by a method other than centrifugation, preferably, wherein clarification is performed by a filtration method; (ii) purifying the at least one recombinant infectious virus particle by means of chromatography, (a) wherein the purification by means of chromatography is performed using a stationary phase having a monolithic arrangement, (b) and wherein the stationary phase has a pore size of at least 5 μm, preferably a pore size of at least 6 μm, and more preferably a pore size of at least 7 μm; (iii) obtaining purified recombinant infectious virus particles directly from the chromatography of step (ii), wherein the recombinant infectious virus particles comprise a nucleic acid construct comprising (a) a polynucleotide encoding the N protein of a measles virus, (b) a polynucleotide encoding the P protein of a MV, (c) a polynucleotide encoding the M protein of a MV, (d) a polynucleotide encoding the F protein of a MV, (e) a polynucleotide encoding the H protein of a MV, and (f) a polynucleotide encoding the L protein of a MV. (i) providing at least one clarified virus sample comprising at least one recombinant infectious virus particle obtained from at least one host cell infected with a virus stock comprising the at least one recombinant infectious virus particle, wherein the at least one virus sample is treated with a DNAse, preferably with a benzonase, before or after the clarification; and wherein the clarification is performed by a method other than centrifugation, preferably, wherein clarification is performed by a filtration method; (ii) purifying the at least one recombinant infectious virus particle by means of chromatography, (a) wherein the purification by means of chromatography is performed using a stationary phase having a monolithic arrangement, (b) and wherein the stationary phase has a pore size of at least 5 μm, preferably a pore size of at least 6 μm, and more preferably a pore size of at least 7 μm; (a) wherein the purification by means of chromatography is performed using a stationary phase having a monolithic arrangement, (b) and wherein the stationary phase has a pore size of at least 5 μm, preferably a pore size of at least 6 μm, and more preferably a pore size of at least 7 μm; (iii) obtaining purified recombinant infectious virus particles directly from the chromatography of step (ii),
Micro flow filtration system, wherein the system comprises a fluid circuitry and first reservoir outside of the circuitry suitable for containing a fluid, the fluid circuitry comprising: - a tangential flow filtration module (TFF-module) having a feed inlet, a retentate outlet, a permeate outlet and a semipermeable membrane capable of separating the fluid sample into a retentate stream and a permeate stream upon passage of the fluid sample into the tangential flow filtration module through the feed inlet, - a second reservoir integrated into the fluid circuitry having a reservoir inlet and reservoir outlet both in connection to the circuitry, - a pump for creating and driving a fluid flow of the fluid sample through the fluid circuitry and the tangential flow filtration module, - a plurality of conduits forming the fluid circuitry, through which a fluid stream of the fluid sample is conducted, together with the second reservoir, the TFF-module and the pump; wherein - the volume of the outside first reservoir is at least two times larger than the volume of the circuitry including the second reservoir; - the first reservoir outside of the circuitry is connected to the circuitry via a connection conduit in such a manner that the fluid flows unidirectionally out of the first reservoir into the circuitry, wherein the connection conduit prevents fluid from flowing back from the circuitry into the first reservoir the system being characterized in that - the connection conduit has a length of at least 10 mm; and - the connection conduit has a diameter of at most 1 mm. - a tangential flow filtration module (TFF-module) having a feed inlet, a retentate outlet, a permeate outlet and a semipermeable membrane capable of separating the fluid sample into a retentate stream and a permeate stream upon passage of the fluid sample into the tangential flow filtration module through the feed inlet, - a second reservoir integrated into the fluid circuitry having a reservoir inlet and reservoir outlet both in connection to the circuitry, - a pump for creating and driving a fluid flow of the fluid sample through the fluid circuitry and the tangential flow filtration module, - a plurality of conduits forming the fluid circuitry, through which a fluid stream of the fluid sample is conducted, together with the second reservoir, the TFF-module and the pump; - the volume of the outside first reservoir is at least two times larger than the volume of the circuitry including the second reservoir; - the first reservoir outside of the circuitry is connected to the circuitry via a connection conduit in such a manner that the fluid flows unidirectionally out of the first reservoir into the circuitry, wherein the connection conduit prevents fluid from flowing back from the circuitry into the first reservoir the system being characterized in that - the connection conduit has a length of at least 10 mm; and - the connection conduit has a diameter of at most 1 mm.
A lighting and/or signaling device for a vehicle, in particular for the automotive sector, comprising: - a container body which delimits a containment seat closed by a lenticular body, - at least one luminous source arranged and supported inside said containment seat, configured to emit, when powered, a luminous beam comprising a plurality of luminous rays, - a light guide adapted to receive and transmit the luminous beam received by said luminous source, - the light guide comprises a main section, configured to emit a main light beam of the luminous beam, by means of a main illuminating portion, and a secondary section, configured to emit a secondary light beam of the luminous beam, by means of a secondary illuminating portion, wherein - a distribution element is interposed between the light guide and the luminous source, upstream of the light guide, configured to divide the luminous beam into said main luminous beam, inserted into the main section by means of a main interface, and into said secondary luminous beam, inserted into the secondary section by means of a secondary interface, - wherein, at said main interface, a main reflector is provided, which divides the main luminous beam from the secondary luminous beam, and - wherein, at said secondary interface, a secondary reflector is provided, which deflects the secondary luminous beam in the secondary section, characterized in that the light guide has an overall 'V' configuration, said main section and secondary section joining at a vertex of said 'V', wherein the distribution element extends between free ends of the main section and of the secondary section, opposite to the vertex. - a container body which delimits a containment seat closed by a lenticular body, - at least one luminous source arranged and supported inside said containment seat, configured to emit, when powered, a luminous beam comprising a plurality of luminous rays, - a light guide adapted to receive and transmit the luminous beam received by said luminous source, - the light guide comprises a main section, configured to emit a main light beam of the luminous beam, by means of a main illuminating portion, and a secondary section, configured to emit a secondary light beam of the luminous beam, by means of a secondary illuminating portion, wherein - a distribution element is interposed between the light guide and the luminous source, upstream of the light guide, configured to divide the luminous beam into said main luminous beam, inserted into the main section by means of a main interface, and into said secondary luminous beam, inserted into the secondary section by means of a secondary interface, - wherein, at said main interface, a main reflector is provided, which divides the main luminous beam from the secondary luminous beam, and - wherein, at said secondary interface, a secondary reflector is provided, which deflects the secondary luminous beam in the secondary section,
A device for applying controlled doses of a cleaning, disinfecting and/or fragrancing flowable adhesive gel to the surface of a toilet, urinal, bathtub, or shower, the device comprising: a first section including a longitudinal axis, a bottom, a top, and an enclosed perimeter defining a first interior volume wherein the gel is stored, the first section further comprising an outer surface and a protrusion that extends from the outer surface; a second section including a bottom, a top, and a substantially enclosed perimeter defining a second interior volume, wherein the first section is sized such that at least part of the first section fits within the second interior volume, the second section further comprising a slot; wherein the protrusion is provided on the first section to fit through at least a portion of the slot in the second section; and wherein the first section is slideable longitudinally and rotationally within the second section in accordance with the position of the protrusion along the length of the slot, characterized in that the slot comprises circumferential elements and longitudinal elements, wherein the longitudinal elements are of a variable width with respect to distance along the longitudinal axis. a first section including a longitudinal axis, a bottom, a top, and an enclosed perimeter defining a first interior volume wherein the gel is stored, the first section further comprising an outer surface and a protrusion that extends from the outer surface; a second section including a bottom, a top, and a substantially enclosed perimeter defining a second interior volume, wherein the first section is sized such that at least part of the first section fits within the second interior volume, the second section further comprising a slot; wherein the protrusion is provided on the first section to fit through at least a portion of the slot in the second section; and wherein the first section is slideable longitudinally and rotationally within the second section in accordance with the position of the protrusion along the length of the slot, characterized in that the slot comprises circumferential elements and longitudinal elements, wherein the longitudinal elements are of a variable width with respect to distance along the longitudinal axis.
A racking carabiner comprising: a body; a closing component pivotally interconnected to the body and movable between an open condition and a closed condition in which, in the closed condition, the body and the closing component are in contact with one another at a contact location remote from the pivotal interconnection, characterised by a slot being defined between portions (20, 28) of the body and the closing component respectively, within which slot an attachment point of a retaining component can be trapped, and extending between the pivotal interconnection and the contact location; and in the open condition, the body and the closing component are spaced from one another at the contact location, thereby opening the slot; there being a locking arrangement that can be operated to prevent movement of the closing component from the closed condition; a gate carried on either the body or the closing component and biased towards a closed position in which it forms a continuous closed loop with the body and the closing component, within which loop is defined a retaining space, the gate being displacable from the closed position to open the loop whereby an item can be passed into or out of the retaining space. a body; a closing component pivotally interconnected to the body and movable between an open condition and a closed condition in which, in the closed condition, the body and the closing component are in contact with one another at a contact location remote from the pivotal interconnection, characterised by a slot being defined between portions (20, 28) of the body and the closing component respectively, within which slot an attachment point of a retaining component can be trapped, and extending between the pivotal interconnection and the contact location; and in the open condition, the body and the closing component are spaced from one another at the contact location, thereby opening the slot; there being a locking arrangement that can be operated to prevent movement of the closing component from the closed condition; a gate carried on either the body or the closing component and biased towards a closed position in which it forms a continuous closed loop with the body and the closing component, within which loop is defined a retaining space, the gate being displacable from the closed position to open the loop whereby an item can be passed into or out of the retaining space.
At least one CD5 antibody and at least one HLA-DR antibody, wherein the at least one CD5 antibody is an antibody comprising: (i) a variable light chain comprising the CDR1 of sequence SEQ ID NO: 3, the CDR2 of sequence SEQ ID NO: 4, and the CDR3 of sequence SEQ ID NO: 5 and, (ii) a variable heavy chain comprising the CDR1 of sequence SEQ ID NO: 6, the CDR2 of sequence SEQ ID NO: 7, and the CDR3 of sequence SEQ ID NO: 8, and wherein the at least one HLA-DR antibody is an antibody comprising: (i) a variable light chain comprising the CDR1 of sequence SEQ ID NO: 11, the CDR2 of sequence SEQ ID NO: 12, and the CDR3 of sequence SEQ ID NO: 13 and, (ii) a variable heavy chain comprising the CDR1 of sequence SEQ ID NO: 14, the CDR2 of sequence SEQ ID NO: 15, and the CDR3 of sequence SEQ ID NO: 16, for use as a medicament. (i) a variable light chain comprising the CDR1 of sequence SEQ ID NO: 3, the CDR2 of sequence SEQ ID NO: 4, and the CDR3 of sequence SEQ ID NO: 5 and, (ii) a variable heavy chain comprising the CDR1 of sequence SEQ ID NO: 6, the CDR2 of sequence SEQ ID NO: 7, and the CDR3 of sequence SEQ ID NO: 8, and (i) a variable light chain comprising the CDR1 of sequence SEQ ID NO: 11, the CDR2 of sequence SEQ ID NO: 12, and the CDR3 of sequence SEQ ID NO: 13 and, (ii) a variable heavy chain comprising the CDR1 of sequence SEQ ID NO: 14, the CDR2 of sequence SEQ ID NO: 15, and the CDR3 of sequence SEQ ID NO: 16,
A rigid raft for a gas turbine engine, wherein: the raft is a structure having an electrical system and/or a fluid system embedded in a rigid material of the raft; the raft has one or more first mounts for mounting the raft to the gas turbine engine, and one or more second mounts for mounting a gas turbine engine component to the raft; the raft has one or more tethers which extend between respective first and second mounts and are embedded in the material of the raft, with joints between the tethers and the mounts also being embedded in the raft; and the tethers have higher temperature resistance than the material of the raft. the raft is a structure having an electrical system and/or a fluid system embedded in a rigid material of the raft; the raft has one or more first mounts for mounting the raft to the gas turbine engine, and one or more second mounts for mounting a gas turbine engine component to the raft; the raft has one or more tethers which extend between respective first and second mounts and are embedded in the material of the raft, with joints between the tethers and the mounts also being embedded in the raft; and the tethers have higher temperature resistance than the material of the raft.
A photovoltaic device comprising: - a first conducting layer, - a second conducting layer, - a porous substrate made of an insulating material arranged between the first and second conducting layers (16, 18), - a light absorbing layer comprising a plurality of grains of a doped semiconducting material disposed on the first conducting layer so that the grains are in electrical and physical contact with the first conducting layer, and - a charge conductor made of a charge conducting material partly covering the grains and arranged to penetrate through the first conducting layer and the porous substrate such that a plurality of continuous paths of charge conducting material is formed from the surface of the grains to the second conducting layer, wherein the first conducting layer comprises a conducting material, an oxide layer formed on the surface of conducting material, and an insulating coating made of an insulating material deposited on the oxide layer so that the oxide layer and the insulating coating together electrically insulate said paths from the conducting material of the first conducting layer. - a first conducting layer, - a second conducting layer, - a porous substrate made of an insulating material arranged between the first and second conducting layers (16, 18), - a light absorbing layer comprising a plurality of grains of a doped semiconducting material disposed on the first conducting layer so that the grains are in electrical and physical contact with the first conducting layer, and - a charge conductor made of a charge conducting material partly covering the grains and arranged to penetrate through the first conducting layer and the porous substrate such that a plurality of continuous paths of charge conducting material is formed from the surface of the grains to the second conducting layer, wherein the first conducting layer comprises a conducting material, an oxide layer formed on the surface of conducting material, and an insulating coating made of an insulating material deposited on the oxide layer so that the oxide layer and the insulating coating together electrically insulate said paths from the conducting material of the first conducting layer.