mhurhangee/ep-ind-claims huggingface dataset:
Inverted portal axle for use in a low floor bus comprising two hub carriers (2a,2b,49) having a bearing centre axis (3a,3b), which bearing centre axes (3a,3b) are positioned on a common axis and wherein the two hub carriers (2a,2b) are connected by an axle bridge structure that is radially spaced apart from the common axis thereby creating a space for a low floor when the axle is used in a low floor bus, wherein each hub carrier (2a,2b) comprises a stator of an electric motor and carries a rotary assembly comprising a flange to support a rim for a tyre, wherein each hub carrier (2a,2b) comprises a first part which is laterally positioned within the rim and tyre combination when mounted and a second part (13a,13b); wherein the second part of one hub carrier is connected to the second part of the other hub carrier by the axle bridge structure; wherein the rotary assembly comprises a wheel hub shaft and a second part; wherein the second part (13a,13b) of the hub carrier (2a,2b) comprises the stator of the electric motor and the second part of the rotary assembly comprises a rotor of the electric motor, characterised in that the electric motor is a direct drive electric motor, the tyre is a single tyre, the second part (13a,13b) of the hub carrier (2a,2b) is laterally positioned next to the rim and tyre combination when mounted and the second part of the rotary assembly is laterally positioned next to the rim and tyre combination when mounted. wherein each hub carrier (2a,2b) comprises a first part which is laterally positioned within the rim and tyre combination when mounted and a second part (13a,13b); wherein the second part of one hub carrier is connected to the second part of the other hub carrier by the axle bridge structure; wherein the rotary assembly comprises a wheel hub shaft and a second part; wherein the second part (13a,13b) of the hub carrier (2a,2b) comprises the stator of the electric motor and the second part of the rotary assembly comprises a rotor of the electric motor, characterised in that the electric motor is a direct drive electric motor, the tyre is a single tyre, the second part (13a,13b) of the hub carrier (2a,2b) is laterally positioned next to the rim and tyre combination when mounted and the second part of the rotary assembly is laterally positioned next to the rim and tyre combination when mounted.
Frame for a plate-shaped solar element, said frame comprising a bottom frame element with a first surface and a top frame element with a second surface, wherein the second surface is situated opposite the first surface and is at a spacing from said first surface forming a gap that can accommodate the edge region of the plate-shaped solar element, wherein the first surface and the second surface are each self-adhesive, characterized in that the bottom frame element includes a recess that is realized on the outside of the frame and orthogonally relative to the first surface, and the top frame element has a portion that can be introduced into the recess obtaining a positive-locking and/or friction-locking connection, wherein the portion is realized orthogonally relative to the second surface of the top frame element and extends from said second surface in the direction of the bottom frame element.
An aqueous composition comprising a protein, an aliphatic compound with C8-C16 as the main chain, and LPS, wherein the aliphatic compound is an alkanol.
A refrigerator comprising: an inner casing having a first storage compartment and a second storage compartment located under the first storage compartment, an outer casing installed at a side outer than the inner casing, doors (121, 131) which open and close the first storage compartment and the second storage compartment, respectively, a partitioning frame allowing the first storage compartment and the second storage compartment located in the inner casing to be partitioned vertically from each other, a grille fan assembly located in the two storage compartments of the inner casing and configured to guide supply of air blown by a blower fan to each of the storage compartments, an evaporator provided between a rear wall surface of an inside of the inner casing and a rear surface of the grille fan assembly so as to perform a heat exchange of air, and a circulating air path guide located between the inner casing and the outer casing and configured to guide an internal air of the first storage compartment to the evaporator, wherein the evaporator is located behind the partitioning frame, and a first end of the circulating air path guide is connected to a side wall of the inner casing to communicate with the first storage compartment, and a second end of the circulating air path guide is connected to a rear wall of the inner casing to communicate with a space at which the evaporator is located. an inner casing having a first storage compartment and a second storage compartment located under the first storage compartment, an outer casing installed at a side outer than the inner casing, doors (121, 131) which open and close the first storage compartment and the second storage compartment, respectively, a partitioning frame allowing the first storage compartment and the second storage compartment located in the inner casing to be partitioned vertically from each other, a grille fan assembly located in the two storage compartments of the inner casing and configured to guide supply of air blown by a blower fan to each of the storage compartments, an evaporator provided between a rear wall surface of an inside of the inner casing and a rear surface of the grille fan assembly so as to perform a heat exchange of air, and a circulating air path guide located between the inner casing and the outer casing and configured to guide an internal air of the first storage compartment to the evaporator, wherein the evaporator is located behind the partitioning frame, and a first end of the circulating air path guide is connected to a side wall of the inner casing to communicate with the first storage compartment, and a second end of the circulating air path guide is connected to a rear wall of the inner casing to communicate with a space at which the evaporator is located.
Method of spatially high resolution imaging a structure of a sample, the structure being marked with a substance, the method comprising: - selecting the substance from a group of substances which are repeatedly transferable out of a first state with first optical properties into a second state with second optical properties by means of an optical switchover signal and which may return out of the second state into the first state, - transferring the substance in areas of the sample by means of the switchover signal into the second state, wherein a defined area is purposefully omitted, - applying a test signal onto the sample to generate an optical measurement signal which is assignable to the substance in the first state, and - registering the optical measurement signal for a registration area which, besides areas in which the substance is transferred into the second states, includes the purposefully omitted area, characterised in that the test signal is applied to the sample after the switchover signal and that the substance is selected from a subgroup of substances in which the two states (1, 2) differ with regard to at least one of the following criteria: - state of conformation of a molecule, - structure of a molecule - spatial arrangement of atoms within a molecule, - spatial arrangement of bonds within a molecule, - attachment of further atoms or molecules to a molecule, - grouping of atoms and/or molecules, - spatial orientation of a molecule, - orientation of neighbouring molecules with regard to each other, - order formed by a multitude of molecules and/or atoms. - selecting the substance from a group of substances which are repeatedly transferable out of a first state with first optical properties into a second state with second optical properties by means of an optical switchover signal and which may return out of the second state into the first state, - transferring the substance in areas of the sample by means of the switchover signal into the second state, wherein a defined area is purposefully omitted, - applying a test signal onto the sample to generate an optical measurement signal which is assignable to the substance in the first state, and - registering the optical measurement signal for a registration area which, besides areas in which the substance is transferred into the second states, includes the purposefully omitted area, - state of conformation of a molecule, - structure of a molecule - spatial arrangement of atoms within a molecule, - spatial arrangement of bonds within a molecule, - attachment of further atoms or molecules to a molecule, - grouping of atoms and/or molecules, - spatial orientation of a molecule, - orientation of neighbouring molecules with regard to each other, - order formed by a multitude of molecules and/or atoms.
An LED lighting device comprising: a first case; a light source unit disposed on one side of the first case; a light guide plate disposed in parallel with the light source unit; and an second case coupled to the first case in an attachable and removable way and a reflective sheet disposed between the second case and the light guide plate; wherein the first case comprises, on each of two opposing sides of the light guide plate: a body including two planes (301,303) which are formed perpendicular to each other; a bezel formed extending perpendicular to one plane of the body; wherein the bezel of the first case supports the bottom surface of the light guide plate; and a guide formed projecting perpendicular to the other plane of the body; wherein the second case comprises a plate shaped base disposed on the reflective sheet and the light guide plate; characterized in that the second case further comprises an edge formed extending from two opposing sides of the plated shaped base and having a level difference, wherein the base is formed thicker than the edge; wherein the edge of the upper case is seated on said other plane of the bodies; and wherein the base presses the top of the reflective sheet, so that the reflective sheet and the light guide plate become closer to each other so that the reflective sheet and the light guide plate can be prevented from moving. a first case; a light source unit disposed on one side of the first case; a light guide plate disposed in parallel with the light source unit; and an second case coupled to the first case in an attachable and removable way and a reflective sheet disposed between the second case and the light guide plate; a body including two planes (301,303) which are formed perpendicular to each other; a bezel formed extending perpendicular to one plane of the body; wherein the bezel of the first case supports the bottom surface of the light guide plate; and a guide formed projecting perpendicular to the other plane of the body; wherein the second case comprises a plate shaped base disposed on the reflective sheet and the light guide plate; characterized in that the second case further comprises an edge formed extending from two opposing sides of the plated shaped base and having a level difference, wherein the base is formed thicker than the edge; wherein the edge of the upper case is seated on said other plane of the bodies; and wherein the base presses the top of the reflective sheet, so that the reflective sheet and the light guide plate become closer to each other so that the reflective sheet and the light guide plate can be prevented from moving.
A pharmaceutical composition comprising amorphous calcium carbonate stabilized by at least one stabilizing agent, for use in treating a disease or a condition selected from a muscular dystrophy and axonal defect.
A portable turning machine comprising: a support placed on and fixed to a floor; a ring base supported by the support; a turning ring that is turnably supported by the ring base and arranged on an outer circumference side of a cylindrical or columnar to-be-machined object (4A; 4B); a motor for the turning ring that is adapted to turn the turning ring; and a tool that is attached to the turning ring and is adapted to be used for performing corrective machining of the to-be-machined object, wherein the ring base and the turning ring each have a structure that is dividable into a lower portion (34A; 35A) and an upper portion (34B; 35B), characterised in that the support has a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring. a support placed on and fixed to a floor; a ring base supported by the support; a turning ring that is turnably supported by the ring base and arranged on an outer circumference side of a cylindrical or columnar to-be-machined object (4A; 4B); a motor for the turning ring that is adapted to turn the turning ring; and a tool that is attached to the turning ring and is adapted to be used for performing corrective machining of the to-be-machined object, wherein the ring base and the turning ring each have a structure that is dividable into a lower portion (34A; 35A) and an upper portion (34B; 35B), characterised in that the support has a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring. a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring.
A cold transfer pressure sensitive label for labeling a substrate, comprising: a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof. a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof.
Sulphur-containing triazine monomer corresponding to the formula: in which: - the symbol Tz represents the 1,3,5-triazine nucleus; - the symbols X 1 and X 2, which are identical or different, represent S, SO or SO 2; - the symbols Ar 1, Ar 2, Ar 4 and Ar 5, which are identical or different, represent a substituted or unsubstituted phenylene group; - the symbol Ar 3 represents a substituted or unsubstituted phenyl group; - the symbols Z 1 and Z 2, which are identical or different, are selected from the group consisting of halogens, hydroxyl, alkoxyls, thiol, carboxyls, carboxylates, amino, sulphonamido, acyl chloride, sulphonyl chloride, sulphonyl fluoride and isocyanate. - the symbol Tz represents the 1,3,5-triazine nucleus; - the symbols X 1 and X 2, which are identical or different, represent S, SO or SO 2; - the symbols Ar 1, Ar 2, Ar 4 and Ar 5, which are identical or different, represent a substituted or unsubstituted phenylene group; - the symbol Ar 3 represents a substituted or unsubstituted phenyl group; - the symbols Z 1 and Z 2, which are identical or different, are selected from the group consisting of halogens, hydroxyl, alkoxyls, thiol, carboxyls, carboxylates, amino, sulphonamido, acyl chloride, sulphonyl chloride, sulphonyl fluoride and isocyanate.
A data processor (110/200) comprising: a memory accessing agent (210/220); and a memory controller (292/300/400/500) coupled to said memory accessing agent (210/220) and adapted to couple to a memory system comprising a first plurality of ranks (134,136,138) characterised in that said memory controller (292/300/400/500) in response to detection of a first predetermined event selects an active rank of said first plurality of ranks (134,136,138) while placing other ranks of said first plurality of ranks (134/136/138) besides said active rank in a low power state, wherein said other ranks include at least one rank with a pending request in a command queue of the memory controller (292,300,400,500) at a time of said detection of said first predetermined event, and wherein said memory controller (292/300/400/500) subsequently processes at least one memory access request to said active rank. a memory accessing agent (210/220); and a memory controller (292/300/400/500) coupled to said memory accessing agent (210/220) and adapted to couple to a memory system comprising a first plurality of ranks (134,136,138) characterised in that said memory controller (292/300/400/500) in response to detection of a first predetermined event selects an active rank of said first plurality of ranks (134,136,138) while placing other ranks of said first plurality of ranks (134/136/138) besides said active rank in a low power state, wherein said other ranks include at least one rank with a pending request in a command queue of the memory controller (292,300,400,500) at a time of said detection of said first predetermined event, and wherein said memory controller (292/300/400/500) subsequently processes at least one memory access request to said active rank.
A retainer, said retainer comprising: A plurality of fingers, said fingers being cantilevered from the perimeter of a cavity, said fingers being deformable in a first direction; and characterized by further comprising a flexible barrier juxtaposed with said at least one finger, said flexible barrier deforming upon contact with said fingers when said fingers is deflected to contact said barrier. A plurality of fingers, said fingers being cantilevered from the perimeter of a cavity, said fingers being deformable in a first direction; and characterized by further comprising a flexible barrier juxtaposed with said at least one finger, said flexible barrier deforming upon contact with said fingers when said fingers is deflected to contact said barrier.
A LIDAR system, comprising at least one processor configured to: control at least one LIDAR light source in a manner enabling light projected from the at least one light source to vary over a plurality of scans of a field of view, FOV, the field of view including a foreground area and a background area; receive from a group of detectors a plurality of input signals indicative of reflections of the projected light from the field of view, wherein a representation of a portion of the field of view associated with a plurality of pixels is constructible from the plurality of input signals; detect a possible existence of an object in the background area based on first input signals associated with a first scanning cycle, wherein an object-existence-certainty level in the first scanning cycle is below a threshold; detect a possible existence of the object based on second input signals associated with a second scanning cycle, wherein an object-existence-certainty level in the second scanning cycle is below the threshold; and, aggregate the first input signals associated with the first scanning cycle and the second input signals associated with the second scanning cycle to detect an existence of the object at an object-existence-certainty level higher than the threshold. control at least one LIDAR light source in a manner enabling light projected from the at least one light source to vary over a plurality of scans of a field of view, FOV, the field of view including a foreground area and a background area; receive from a group of detectors a plurality of input signals indicative of reflections of the projected light from the field of view, wherein a representation of a portion of the field of view associated with a plurality of pixels is constructible from the plurality of input signals; detect a possible existence of an object in the background area based on first input signals associated with a first scanning cycle, wherein an object-existence-certainty level in the first scanning cycle is below a threshold; detect a possible existence of the object based on second input signals associated with a second scanning cycle, wherein an object-existence-certainty level in the second scanning cycle is below the threshold; and, aggregate the first input signals associated with the first scanning cycle and the second input signals associated with the second scanning cycle to detect an existence of the object at an object-existence-certainty level higher than the threshold.
A method causing a processor to execute operations, comprising: managing a plurality of first settings, one of the plurality of first setting being to control a first device in case that an operation status of a second device which is interconnected to the first device via a network has changed; and receiving a second setting, the second setting being to control a third device in case that an operation status of a fourth device which is interconnected to the third device via the network has changed; determining whether conflicting operations are to be performed on a device when the plurality of first settings and the second setting are executed; characterized by extracting a setting from the first settings and the second setting, which is a cause of the conflicting operations in case that, in the determining, the conflicting operations are determined; and transmitting a notification to prompt a user to segment a time band during which the extracted setting is to be executed such that the execution of the first and second settings does not cause conflicting operations. managing a plurality of first settings, one of the plurality of first setting being to control a first device in case that an operation status of a second device which is interconnected to the first device via a network has changed; and receiving a second setting, the second setting being to control a third device in case that an operation status of a fourth device which is interconnected to the third device via the network has changed; determining whether conflicting operations are to be performed on a device when the plurality of first settings and the second setting are executed; characterized by extracting a setting from the first settings and the second setting, which is a cause of the conflicting operations in case that, in the determining, the conflicting operations are determined; and transmitting a notification to prompt a user to segment a time band during which the extracted setting is to be executed such that the execution of the first and second settings does not cause conflicting operations.