mhurhangee/ep-ind-claims huggingface dataset:
A rotor core comprising: a plurality of substantially cylindrical core blocks (12,13) which are stacked on each other; and a plurality of magnets, wherein a plurality of magnet holes (16,17) extending in an axial direction are provided in the plurality of core blocks (12,13) so as to extend over the plurality of core blocks (12,13), the plurality of magnets are accommodated in each of the plurality of magnet accommodation holes (16,17) and fixed therein with a resin, wherein an axial position of a core block boundary plane where the plurality of core blocks (12,13) are brought into abutment with each other and an axial position of a magnet boundary plane where the plurality of magnets are brought into abutment with each other differ from each other, in order to couple the core blocks (12, 13) strongly together to prevent the occurrence of a core separation, wherein the plurality of magnets have the same length, assuming that the length of the magnet is b, an axial dimension of the core block (12,13) is not a multiple of b, and wherein an axial dimension of at least one of the core blocks (12,13) differs from an axial dimension of at least another core block (12,13). a plurality of substantially cylindrical core blocks (12,13) which are stacked on each other; and a plurality of magnets, wherein a plurality of magnet holes (16,17) extending in an axial direction are provided in the plurality of core blocks (12,13) so as to extend over the plurality of core blocks (12,13), the plurality of magnets are accommodated in each of the plurality of magnet accommodation holes (16,17) and fixed therein with a resin, wherein an axial position of a core block boundary plane where the plurality of core blocks (12,13) are brought into abutment with each other and an axial position of a magnet boundary plane where the plurality of magnets are brought into abutment with each other differ from each other, in order to couple the core blocks (12, 13) strongly together to prevent the occurrence of a core separation, wherein the plurality of magnets have the same length, assuming that the length of the magnet is b, an axial dimension of the core block (12,13) is not a multiple of b, and wherein an axial dimension of at least one of the core blocks (12,13) differs from an axial dimension of at least another core block (12,13).
A recombinant E. coli, containing the modifications of: inhibited expression of pflB gene, and/or inhibited activity of the protein encoded by pflB gene; and inhibited expression of frdABCD gene cluster, and/or inhibited activity of the protein(s) encoded by frdABCD gene cluster, wherein said E. coli further comprises a mutated ldhA gene, wherein the expression of the mutated ldhA gene is enhanced, and/or the activity of the protein encoded by said mutated ldhA gene is enhanced, wherein the polypeptide encoded by the mutated ldhA gene comprises a modification at the position corresponding to position R282 in the amino acid sequence shown in SEQ ID No.:1, wherein the modification at the position corresponding to R282 is the replacement of R with C. inhibited expression of pflB gene, and/or inhibited activity of the protein encoded by pflB gene; and inhibited expression of frdABCD gene cluster, and/or inhibited activity of the protein(s) encoded by frdABCD gene cluster, wherein said E. coli further comprises a mutated ldhA gene, wherein the expression of the mutated ldhA gene is enhanced, and/or the activity of the protein encoded by said mutated ldhA gene is enhanced, wherein the polypeptide encoded by the mutated ldhA gene comprises a modification at the position corresponding to position R282 in the amino acid sequence shown in SEQ ID No.:1, wherein the modification at the position corresponding to R282 is the replacement of R with C.
Retarder brake device (16; 42) for a motor vehicle drive train, comprising a retarder (17; 43), the drive shaft (20; 44) of which is coupled to a first shifting element (28; 49), it being possible for an attachment of the drive shaft (20; 44) to an output side of a motor vehicle transmission (2; 29) to be established within the motor vehicle drive train via the said first shifting element (28; 49), characterized in that the drive shaft (20; 44) of the retarder (17; 43) is additionally coupled to at least one further shifting element (23; 46, 47), by means of which in each case one connection of the drive shaft (20; 44) to an output side of a drive machine which is connected upstream of the motor vehicle transmission (2; 29) can be performed within the motor vehicle drive train.
A light head for use in relining a pipe comprising: a proximal end cap with a fluid inlet; a distal end cap; at least one body (110a, 110b) arranged between the proximal end cap and the distal end cap, wherein the body (110a, 110b) has a longitudinal passage extending from the proximal end cap to the center of the body (110a, 110b), and wherein at least one lateral channel is extending laterally from the longitudinal passage to an outlet on a lateral outer side of the body (110a, 110b); at least one LED-plate having a first surface and a second surface, wherein the first surface comprises at least one light emitting diode in order to emit light from the light head towards the pipe, and wherein the LED-plate is arranged on the lateral outer side of the body (110a, 110b) over the outlet; at least one spacer between the LED-plate and the body (110a, 110b) in order to create a gap between the plate and the body (110a, 110b), and wherein the longitudinal passage is configured to receive fluid from the inlet such that in use fluid from the inlet passes through the at least one lateral channel of the body (110a, 110b) such that the fluid hits the second surface of the LED-plate, and exits through the gap caused by the at least one spacer. a proximal end cap with a fluid inlet; a distal end cap; at least one body (110a, 110b) arranged between the proximal end cap and the distal end cap, wherein the body (110a, 110b) has a longitudinal passage extending from the proximal end cap to the center of the body (110a, 110b), and wherein at least one lateral channel is extending laterally from the longitudinal passage to an outlet on a lateral outer side of the body (110a, 110b); at least one LED-plate having a first surface and a second surface, wherein the first surface comprises at least one light emitting diode in order to emit light from the light head towards the pipe, and wherein the LED-plate is arranged on the lateral outer side of the body (110a, 110b) over the outlet; at least one spacer between the LED-plate and the body (110a, 110b) in order to create a gap between the plate and the body (110a, 110b), and wherein the longitudinal passage is configured to receive fluid from the inlet such that in use fluid from the inlet passes through the at least one lateral channel of the body (110a, 110b) such that the fluid hits the second surface of the LED-plate, and exits through the gap caused by the at least one spacer.
An ophthalmic formulation in form of an oil-in-water microemulsion comprising oil particles dispersed in a continuous water phase, the formulation comprising - 0.1 - 2.0 weight-% of a natural oil, which is sacha inchi seed oil, and - at least a first non-ionic emulsifier, which is polyoxyethylene sorbitan mono-oleate and a second non-ionic emulsifier, which is sorbitan mono-oleate wherein the first non-ionic emulsifier and the second non-ionic emulsifier have a total molar concentration which is 80 - 150 % of the total molar concentration of unsaturated fatty acid(s) of the natural oil, wherein the formulation has a surface tension in a range of 40 - 43 mN/m at an emulsion-air interface at a temperature of 15 - 30 °C. - 0.1 - 2.0 weight-% of a natural oil, which is sacha inchi seed oil, and - at least a first non-ionic emulsifier, which is polyoxyethylene sorbitan mono-oleate and a second non-ionic emulsifier, which is sorbitan mono-oleate wherein the first non-ionic emulsifier and the second non-ionic emulsifier have a total molar concentration which is 80 - 150 % of the total molar concentration of unsaturated fatty acid(s) of the natural oil, wherein the formulation has a surface tension in a range of 40 - 43 mN/m at an emulsion-air interface at a temperature of 15 - 30 °C.
A sensor apparatus, comprising: an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; and a protective film located on the upper surface of the element substrate so as to cover the first IDT electrode, the second IDT electrode, and a part of the immobilization film, the protective film extending between and contacting with the immobilization film and at least one of the first IDT electrode and the second IDT electrode, characterized in that a thickness of the immobilization film in a region (13a1) which is covered with the protective film is greater than a thickness of the immobilization film in a region (13a2) which is not covered with the protective film. an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; and a protective film located on the upper surface of the element substrate so as to cover the first IDT electrode, the second IDT electrode, and a part of the immobilization film, the protective film extending between and contacting with the immobilization film and at least one of the first IDT electrode and the second IDT electrode, characterized in that a thickness of the immobilization film in a region (13a1) which is covered with the protective film is greater than a thickness of the immobilization film in a region (13a2) which is not covered with the protective film.
A collapsible freight container comprising a bottom, a roof, two end walls extending between the bottom and the roof, as well as two longitudinal side walls (9,11) connected to said bottom and said roof, each longitudinal side wall comprising an upper part, a central part and a lower part, which parts are hinged together and to the bottom by means of hinge mechanisms (21,29,25) for folding the container from an unfolded position to a collapsed position and for, conversely, unfolding the container from a collapsed position, said roof and said upper part being immovably fixed relative to each other, defining a space in which the end walls are present in the collapsed position, wherein at least one end wall is provided with a casing that supports the roof, in which casing at least one door (4,5) which can hinge relative to the casing is mounted, which door can hinge from a closed position to an open position, in which open position access to the container is possible for loading or unloading, whilst the casing, with the door in the closed position, is pivotable about a pivot axis from a first position, in which it supports the roof, to a second position within said space, for collapsing the freight container, characterised in that the casing is connected, via at least one cable, preferably two cables, to an arm (31,51) positioned on the roof, which arm can be connected to a fork-lift truck or the like
Burner, consisting essentially of a swirl generator for a combustion airflow, a swirl space and means for introducing fuel into the combustion airflow, the swirl generator having combustion air inlet openings for the combustion airflow entering tangentially into the swirl space, which means include means for introducing fuel into the combustion airflow of at least one first fuel supply conduit with a first group of fuel outlet openings, essentially arranged in the direction of a burner centre line, for a first premix fuel quantity, and the burner has one or a plurality of second fuel supply conduits with a second group of fuel outlet openings, essentially arranged in the direction of the burner centre line, for a second fuel quantity, it being possible to admit fuel to these second fuel supply conduits independently of the first fuel supply conduits, characterized in that an inner body (9, 10) is arranged in the swirl space, the fuel outlet openings of at least one second fuel supply conduit being arranged on the inner body in such a way that they are essentially distributed in the direction of the burner centre line.
A fitted sheet, for a mattress, comprising heat resistant elastic wherein the heat resistant elastic comprises a heat resistant rubber, characterised in that the heat resistant elastic has been heat set at a temperate in the range of 170 to 200°C, wherein the heat resistant elastic comprises a woven elastic which comprises a polyester yarn, rubber cords having a gauge in the range of 28 to 32 and an average in the range of 15 to 25 rubber cords per 2.54 cm across the width of the elastic.
Cosmetic use of a composition comprising, in a physiologically acceptable medium, a combination of at least one monosaccharide that is rhamnose and at least one additional compound chosen from ascorbic acid, an analogue thereof and a mixture thereof, wherein the analogue of ascorbic acid is chosen from sodium ascorbate, magnesium or sodium ascorbyl phosphate, the acetic ester of ascorbic acid, a saccharide ester of ascorbic acid, a metal salt of phosphoryl ascorbic acid, and a mixture thereof, and in which the amount of the said monosaccharide is between 0.4% and 30% by weight relative to the total weight of the composition, for reducing and/or preventing the signs of ageing of the skin or its integuments, said signs of ageing of the skin or its integuments being improvement of the density of the skin, its firmness and/or the cohesion of its various compartments, in particular of the cohesion of the dermis with the epidermis.
A PCSK9 antibody or antigen-binding fragments thereof, comprising a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region comprises HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 12, SEQ ID NO: 13 and SEQ ID NO: 14, respectively; and wherein the light chain variable region comprises LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 15, SEQ ID NO: 16 and SEQ ID NO: 17, respectively.
A process for the manufacture of materials or fuels from a solid-liquid mixture of water and a carbon-containing component, wherein the solid-liquid mixture is treated at a temperature of more than 100°C and a pressure of more than 5 bar in at least one reactor, wherein non-pumpable first starting materials are conveyed via a first supply strand into the at least one reactor, characterized in that simultaneously or with an offset in time, pumpable second, heated starting materials are fed via a second supply strand into the at least one reactor.
A printhead device comprising: a plurality of firing chambers that, in use, accommodate an ink that is ejected from the firing chambers; a plurality of nozzles in fluid communication with the plurality of firing chambers, respectively; and a shipping fluid disposed within the plurality of firing chambers, the shipping fluid including a shipping fluid density. greater than the corresponding ink density of the ink and characterized in that the shipping fluid includes a viscosity which is greater than a corresponding ink viscosity of the ink. a plurality of firing chambers that, in use, accommodate an ink that is ejected from the firing chambers; a plurality of nozzles in fluid communication with the plurality of firing chambers, respectively; and a shipping fluid disposed within the plurality of firing chambers, the shipping fluid including a shipping fluid density. greater than the corresponding ink density of the ink and characterized in that the shipping fluid includes a viscosity which is greater than a corresponding ink viscosity of the ink.
A method operable by a first user entity for session component transfer in an IMS communication system, comprising: receiving a session identification for a multi-component communication session from a network entity; establishing the multi-component communication session including a plurality of session components with a second user entity via a first access network; identifying a component from the plurality of session components as the identified component for transfer; and sending the session identification and information for the identified component for transfer to the network entity via a second access network for transfer of the identified component from the plurality of session components from a first path including the first user entity, the first access network and the second user entity to a second path including the first user entity, the second access network and the second user entity, wherein the first user entity maintains at least one session component from the plurality of session components with the first access network, and wherein the information for the identified component is a designated value derived from the order of listing of the plurality of session components in a session initiation protocol message, or a port number having a zero value for another component not intended for transfer and another port number having a value different from the zero value for the identified component for the transfer. receiving a session identification for a multi-component communication session from a network entity; establishing the multi-component communication session including a plurality of session components with a second user entity via a first access network; identifying a component from the plurality of session components as the identified component for transfer; and sending the session identification and information for the identified component for transfer to the network entity via a second access network for transfer of the identified component from the plurality of session components from a first path including the first user entity, the first access network and the second user entity to a second path including the first user entity, the second access network and the second user entity, wherein the first user entity maintains at least one session component from the plurality of session components with the first access network, and wherein the information for the identified component is a designated value derived from the order of listing of the plurality of session components in a session initiation protocol message, or a port number having a zero value for another component not intended for transfer and another port number having a value different from the zero value for the identified component for the transfer. a designated value derived from the order of listing of the plurality of session components in a session initiation protocol message, or a port number having a zero value for another component not intended for transfer and another port number having a value different from the zero value for the identified component for the transfer.
Method for operating a motor vehicle internal combustion engine with an exhaust system having an exhaust gas purification unit acting catalytically or by filtration, wherein combustion air supplemented by a total exhaust gas recirculation rate (r AGR) of exhaust gas diverging from the exhaust system is fed to combustion chambers of the internal combustion engine, wherein the total exhaust gas recirculation rate (r AGR) has a low pressure portion (f ND) diverged downstream from the exhaust gas purification unit and a high pressure portion diverged upstream from an exhaust gas turbocharger turbine (14; 15) arranged in the exhaust system, characterised in that with at least approximately equal operating points of the internal combustion engine, a substantially decreasing low pressure portion (f ND) is adjusted as the operating time of the exhaust gas purification unit increases.
Disconnection apparatus • for at least two electronic components (EB 1, EB 2) which are to be monitored, • wherein the electronic components which are to be monitored are fitted on a carrier with a thermally softenable fixing arrangement, • wherein a force store (D 1, D 2) is arranged on each of the electronic components, the said force store - when a thermally softenable fixing arrangement softens - displacing the associated electronic component substantially parallel in relation to the carrier and in the process disconnecting the associated electronic component, • further having a mechanically displaceable indicator means, wherein the mechanically displaceable indicator means indicates that one or more of the electronic components which are to be monitored has been disconnected, wherein the mechanically displaceable indicator means is displaced by a disconnecting electronic component. • for at least two electronic components (EB 1, EB 2) which are to be monitored, • wherein the electronic components which are to be monitored are fitted on a carrier with a thermally softenable fixing arrangement, • wherein a force store (D 1, D 2) is arranged on each of the electronic components, the said force store - when a thermally softenable fixing arrangement softens - displacing the associated electronic component substantially parallel in relation to the carrier and in the process disconnecting the associated electronic component, • further having a mechanically displaceable indicator means, wherein the mechanically displaceable indicator means indicates that one or more of the electronic components which are to be monitored has been disconnected, wherein the mechanically displaceable indicator means is displaced by a disconnecting electronic component.
A photosensitive composition comprising at least one polymer compound selected from the group consisting of a polyurethane obtained by reacting a diol component including a compound represented by the following Formula with a polyisocyanate component and a polyester obtained by reacting a diol component including a compound represented by the following Formula with a polycarboxylic acid component: wherein, in Formula, B represents a monovalent organic group; and each of R 6 and R 7 independently represents a hydrogen atom or an alkyl group.