mhurhangee/ep-ind-claims huggingface dataset:
Removable interrupting element for an electric current, comprising: - a housing comprising a first base plate and a second base plate which are opposite one another; - fixed electrical contacts which are secured to the first base plate; - movable electrical contacts which are displaceable relative to the fixed electrical contacts, the movable contacts being carried by a movable contact carrier which is displaceable in translation relative to the second base plate; the housing comprising: - insulating walls which extend around the movable electrical contacts from the second base plate and in a direction (X, X') perpendicular to the second base plate, - protecting walls which cover inside faces of the insulating walls at least partially, and the housing comprises a first part and a second part which are distinct from one another, the first housing part comprising the first base plate, the second housing part comprising the second base plate and receiving the movable contact carrier, the first and second housing parts (20, 22) being separable from one another, characterised in that the protecting walls are formed in one piece with the second base plate, and in that the first and second housing parts (20, 22) are separable and comprise complementary fixing members (44, 62) for securing the first and second housing parts (20, 22) to one another. - a housing comprising a first base plate and a second base plate which are opposite one another; - fixed electrical contacts which are secured to the first base plate; - movable electrical contacts which are displaceable relative to the fixed electrical contacts, the movable contacts being carried by a movable contact carrier which is displaceable in translation relative to the second base plate; - insulating walls which extend around the movable electrical contacts from the second base plate and in a direction (X, X') perpendicular to the second base plate, - protecting walls which cover inside faces of the insulating walls at least partially, and the housing comprises a first part and a second part which are distinct from one another, the first housing part comprising the first base plate, the second housing part comprising the second base plate and receiving the movable contact carrier, the first and second housing parts (20, 22) being separable from one another, characterised in that the protecting walls are formed in one piece with the second base plate, and in that the first and second housing parts (20, 22) are separable and comprise complementary fixing members (44, 62) for securing the first and second housing parts (20, 22) to one another.
Dry gas seal for sealing the shaft of a turbomachinery, the seal comprising: - a mating ring configured to be coupled to the shaft of the turbomachinery to rotate at shaft rotational speed; - a primary ring that seals against the mating ring, the primary ring configured to be anti-rotationally coupled to a static part of the turbomachinery; - one or more elastic elements preloaded to push the primary ring against the mating ring, characterized in that one or more sensors are provided, said one or more sensors being adapted to measure strains and/or loads induced to the primary ring and to one or more of the elastic elements or displacements of the primary ring or of an element coupled to the primary ring for an early detection of failure of the seal and wherein the primary ring is configured to be anti-rotationally coupled with a retainer through an anti-rotational system comprising one or more anti-rotational pin or lug and said one or more sensors comprise an axial vibration sensor to detect axial movements of the primary ring and/or the retainer towards/from the mating ring. - a mating ring configured to be coupled to the shaft of the turbomachinery to rotate at shaft rotational speed; - a primary ring that seals against the mating ring, the primary ring configured to be anti-rotationally coupled to a static part of the turbomachinery; - one or more elastic elements preloaded to push the primary ring against the mating ring,
A packaging for holding packaged goods, having a packaging body containing multiple packaging sides (10, 11, 11', 11") to create a substantially closed packaging volume, wherein the packaging body has a first packaging part and at least one second packaging part forming a boundary line between an edge section of the first packaging part and an edge section of the second packaging part, having a carrying handle which is connected to the packaging in a fixing section by means of locking adhesive elements arranged at a distance (a) from each other, and which has a carrying loop for grasping the carrying handle in a non-fixing section, at least two locking adhesive elements respectively rest in an adhered state solely on an edge section of the first packaging part and on an edge section of the second packaging part, and the carrying handle runs along the boundary line of the packaging body, characterized in that - the carrying handle has the locking adhesive elements solely at the ends of said carrying handle, - the non-fixing section of the carrying handle joins the locking adhesive elements, said non-fixing section extending from the one locking adhesive element to the other locking adhesive element, - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11, 11"), to which the locking adhesive elements are fixed, rests flush and in a non-adhered state on the opposite packaging sides (11, 11') of the packaging body in a transport position, and - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11") that connects the opposite packaging sides (11, 11') is arranged in the transport position at a distance from the connecting packaging side. - the carrying handle has the locking adhesive elements solely at the ends of said carrying handle, - the non-fixing section of the carrying handle joins the locking adhesive elements, said non-fixing section extending from the one locking adhesive element to the other locking adhesive element, - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11, 11"), to which the locking adhesive elements are fixed, rests flush and in a non-adhered state on the opposite packaging sides (11, 11') of the packaging body in a transport position, and - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11") that connects the opposite packaging sides (11, 11') is arranged in the transport position at a distance from the connecting packaging side. - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11, 11"), to which the locking adhesive elements are fixed, rests flush and in a non-adhered state on the opposite packaging sides (11, 11') of the packaging body in a transport position, and - wherein an area of the non-fixing section of the carrying strap that runs on one packaging side (11") that connects the opposite packaging sides (11, 11') is arranged in the transport position at a distance from the connecting packaging side.
An image processing device comprising: a moving image decoding section to decode encoded moving image information, encoded by an information compression technique that performs motion compensation, into moving image information; a motion compensation information obtaining section to obtain motion compensation information that relates to at least one frame among a plurality of frames that structure a moving image, according to decoding of the moving image information by the moving image decoding section; a total motion vector estimating section to estimate a total motion vector of the frame, according to the motion compensation information obtained by the motion compensation information obtaining section; and a blur correction section to perform blur correction by moving a display region of the frame by an amount indicated by the total motion vector when replaying the moving image, characterized by a macroblock selecting section for partitioning the frame into a plurality of macroblock groups, each macroblock group containing 4 by 4 macroblocks, and for selecting for each macroblock group at most one macroblock having a motion vector with high reliability as a suitable macroblock for estimating the total motion vector; a blur estimator for estimating the total motion vector by averaging the motion vectors of the suitable macroblocks; and a reliability checker to determine reliability of a motion vector of a macroblock; and wherein the macroblock selecting section selects a macroblock on the basis of the reliability determined by the reliability checker; wherein the reliability checker determines reliability of the motion vector according to a degree of flatness of image portion that relates to the macroblock in the frame, wherein the degree of flatness is determined according to at least one of a Q factor that relates to quantization of image information of the macroblock and an amount of encoded data of the macroblock. a moving image decoding section to decode encoded moving image information, encoded by an information compression technique that performs motion compensation, into moving image information; a motion compensation information obtaining section to obtain motion compensation information that relates to at least one frame among a plurality of frames that structure a moving image, according to decoding of the moving image information by the moving image decoding section; a total motion vector estimating section to estimate a total motion vector of the frame, according to the motion compensation information obtained by the motion compensation information obtaining section; and a blur correction section to perform blur correction by moving a display region of the frame by an amount indicated by the total motion vector when replaying the moving image,
A method for recognizing a visual context in an image forming part of a domain, including at least one step of extracting features from the image and including at least: • a step of extracting a plurality of local descriptors for a plurality of sites of the image, • a step of coding the plurality of local descriptors developing a coding matrix by associating each local descriptor with one or a plurality of visual words of a reference dictionary according to at least one similarity criterion, • an aggregation step forming a unique signature from the coding matrix, the method being characterised in that the association performed during the coding step is furthermore carried out by means of minimizing an objective function defined by a sum of a first term expressing the sum for each given local descriptor (x p) of the total distance of said local descriptor to visual words of the reference dictionary associated with said local descriptor and of a second term expressing for neighbouring local descriptors in the image and displaying a sufficient level of similarity, the distance between visual words of the reference dictionary being associated with these local descriptors. • a step of extracting a plurality of local descriptors for a plurality of sites of the image, • a step of coding the plurality of local descriptors developing a coding matrix by associating each local descriptor with one or a plurality of visual words of a reference dictionary according to at least one similarity criterion, • an aggregation step forming a unique signature from the coding matrix,
A lock with an improved locking system comprising a lock block, a support and at least two fastening screws that fasten the lock block to the support with a door located between the lock block and the support, characterized in that it comprises grub screws screwed into the support that project a length from of the support, the length depending on a portion of the grub screw screwed into the support, where the length matches a clearance existing between the door and the support.
A fireplace for combusting gasified liquid fuel, comprising: a furnace body (6;9') provided with a furnace chamber (61; 91'), the furnace body is provided with a cavity (63; 93') which is capable of accommodating a combustion device and formed at the bottom of the furnace chamber; a fire viewport is provided at the front of the furnace body; wherein the combustion device comprises a liquid supplying device (4; 4'), a gasification chamber and a burner (2; 2'); a slot used for the burner (2; 2') passing through and exposing is provided at the top of the cavity; a flame jet hole (21; 21') is arranged in the burner (2; 2'); a liquid fuel feeding port and a gas outlet are arranged in the gasification chamber; the liquid fuel feeding port of the gasification chamber (1; 1') is connected with the liquid supplying device, and the gas outlet of the gasification chamber (1; 1') is connected with the burner (2; 2'); a main body of the burner (2; 2') is provided higher than the connection port of the burner (2; 2') and the gasification chamber (1; 1'); an electric heating means (3; 3') is also provided in the gasification chamber (1; 1'); the burner (2; 2') has a tubular shape; the flame jet hole (21; 21') is provided at interval along the longitudinal direction of the wall of the burner (2; 2'); the top or side of the gasification chamber (1; 1') is provided with a gas outlet port; the gas outlet port of the gasification chamber (1; 1') connects to the corresponding pipe orifice of the burner (2; 2').
A method comprising providing a failover functionality for a first proxy function in cooperation with a serving function configured for servicing the first proxy function and a second proxy function, wherein the first proxy function has a security association with a client, and the first proxy function and the second proxy function are reachable with the same network address, wherein providing the failover functionality comprises sending data of the security association or data of the security association together with data of a registration of the client from the first proxy function to the serving function upon registering or re-registering the client at the first proxy function.
A refractory ceramic batch for the production of an unformed refractory ceramic product which comprises the following raw materials: 1.1 one or a plurality of magnesia-based raw materials low in iron with a fraction in the region of 66 to 94 % by mass; 1.2 one or a plurality of calcium carbonate-based raw materials with a fraction in the region of 5 to 30 % by mass; and 1.3 iron powder with a fraction in the region of 1 to 6 % by mass. 1.1 one or a plurality of magnesia-based raw materials low in iron with a fraction in the region of 66 to 94 % by mass; 1.2 one or a plurality of calcium carbonate-based raw materials with a fraction in the region of 5 to 30 % by mass; and 1.3 iron powder with a fraction in the region of 1 to 6 % by mass.
A MIG/MAG welding torch body, comprising a pipe bend, a contact nozzle for contacting and guiding a consumable welding wire, a gas nozzle, and an essentially cylindrical plug element, which is arranged at the pipe bend, for the detachable connection to a corresponding receiving part of a MIG/MAG welding torch handle, said plug element having an inlet opening for the protective gas, and a gas channel, which is connected to the inlet opening, for guiding the protective gas to the gas nozzle and simultaneously for guiding the welding wire, and which is formed for transferring a welding current to the contact nozzle, wherein the inlet opening is arranged essentially centrally at the distal end of the plug element, wherein the plug element is formed for the plug connection to the receiving part of the MIG/MAG welding torch handle, and has a torch closure, which is formed for the fixation to the receiving part of the MIG/MAG welding torch handle, so as to be rotatable preferably by 180°, characterized in that a connection channel, which is formed by means of a circumferential channel, which is spaced apart from the distal end of the plug element, and which, when the MIG/MAG welding torch handle is connected, is formed for connecting two orifices (38, 39) of channels (34, 35) for guiding a cooling medium arranged on the lateral side in the receiving part of the MIG/MAG welding torch handle, is arranged at the plug element on the lateral side.
A process for joining a ceramic matrix composite conduit to a metal conduit comprising the steps of: (a) securing an insert inside at least one fiber preform of the ceramic matrix composite conduit; (b) co-processing the insert with the fiber preform; (c) placing a metal conduit over the insert; and (d) securing the metal conduit to the insert. (a) securing an insert inside at least one fiber preform of the ceramic matrix composite conduit; (b) co-processing the insert with the fiber preform; (c) placing a metal conduit over the insert; and (d) securing the metal conduit to the insert.
An injection device, comprising: a main body extending between distal and proximal ends; an outer sleeve having an inner bore, wherein said main body is slidably engaged with said outer sleeve; a plunger slidably engaged with said main body and; a lock-out mechanism (14, 32) to restrict a linear movement of said plunger until a specified force is applied to said main body; characterized in that said lock-out mechanism causes an engagement between said outer sleeve and said plunger and wherein said lock-out mechanism (14, 32) comprises: at least one ratchet arm, wherein said at least one ratchet arm is disposed on said outer sleeve and protrudes into said bore of said outer sleeve; and a plurality of integral ratchet teeth disposed on said plunger for engagement with said at least one ratchet arm, wherein said engagement between said plurality of integral ratchet teeth and said at least one ratchet arm restricts a linear movement of said plunger. a main body extending between distal and proximal ends; an outer sleeve having an inner bore, wherein said main body is slidably engaged with said outer sleeve; a plunger slidably engaged with said main body and; a lock-out mechanism (14, 32) to restrict a linear movement of said plunger until a specified force is applied to said main body; said lock-out mechanism causes an engagement between said outer sleeve and said plunger and at least one ratchet arm, wherein said at least one ratchet arm is disposed on said outer sleeve and protrudes into said bore of said outer sleeve; and a plurality of integral ratchet teeth disposed on said plunger for engagement with said at least one ratchet arm, wherein said engagement between said plurality of integral ratchet teeth and said at least one ratchet arm restricts a linear movement of said plunger.
A method for producing an electrically conducting material, wherein the method includes the steps of: a. providing a carbon fibre, b. providing a polymer fibre different from the carbon fibre, c. making a mixture from the carbon fibre and the polymer fibre, the mixture having the form of an area-measured non-woven, d. drying the mixture if necessary, e. consolidating the mixture, f. cutting the mixture if necessary, g. carbonising the mixture, wherein the carbonised polymer fibres form a carbon-based matrix which has an electrical conductivity and surrounds the carbon fibres at least in part, and wherein, with respect to a sectional plane through the network of the total number of the carbon fibres extending through the sectional plane, more than 20% of the carbon fibres extending through the sectional plane do not contact any further carbon fibre extending through the same sectional plane. a. providing a carbon fibre, b. providing a polymer fibre different from the carbon fibre, c. making a mixture from the carbon fibre and the polymer fibre, the mixture having the form of an area-measured non-woven, d. drying the mixture if necessary, e. consolidating the mixture, f. cutting the mixture if necessary, g. carbonising the mixture, wherein the carbonised polymer fibres form a carbon-based matrix which has an electrical conductivity and surrounds the carbon fibres at least in part, and wherein, with respect to a sectional plane through the network of the total number of the carbon fibres extending through the sectional plane, more than 20% of the carbon fibres extending through the sectional plane do not contact any further carbon fibre extending through the same sectional plane.
Method for activating a drive of a pedal-driven vehicle, in particular an electric bicycle, wherein the method • detects a first rotational movement variable, which represents the rotational movement of the pedals by the cyclist, by means of at least one first sensor (120, 130), and, • in order to control the drive, generates a second rotational movement variable depending on the first rotational movement variable and on a time constant, wherein the time constant determines a run-on time of the drive, characterized in that the method • varies the time constant depending on a comparison of the second rotational movement variable and the first rotational movement variable. • detects a first rotational movement variable, which represents the rotational movement of the pedals by the cyclist, by means of at least one first sensor (120, 130), and, • in order to control the drive, generates a second rotational movement variable depending on the first rotational movement variable and on a time constant, wherein the time constant determines a run-on time of the drive, • varies the time constant depending on a comparison of the second rotational movement variable and the first rotational movement variable.
A secondary battery, comprising: an electrode assembly (20, 120) including a positive electrode having a positive electrode active material layer containing lithium carbonate (Li 2 CO 3), and a negative electrode having a negative electrode active material layer; a can (10, 110) housing the electrode assembly; a cap assembly (80, 140) disposed on the can and adapted to interrupt current when a predetermined operating pressure is reached inside the can; and an electrolyte injected into the can (10, 110), wherein a content of the lithium carbonate (Li 2 CO 3) is in the range of 1.0 to 1.5 wt% of the total weight of the positive electrode active material layer, a content of the electrolyte is in the range of 10.8 to 11.93 wt% of the total weight of a bare cell, and an operating pressure at which the cap assembly is adapted to interrupt current is in the range of 7 to 9 kgf/cm 2. an electrode assembly (20, 120) including a positive electrode having a positive electrode active material layer containing lithium carbonate (Li 2 CO 3), and a negative electrode having a negative electrode active material layer; a can (10, 110) housing the electrode assembly; a cap assembly (80, 140) disposed on the can and adapted to interrupt current when a predetermined operating pressure is reached inside the can; and an electrolyte injected into the can (10, 110), wherein a content of the lithium carbonate (Li 2 CO 3) is in the range of 1.0 to 1.5 wt% of the total weight of the positive electrode active material layer, a content of the electrolyte is in the range of 10.8 to 11.93 wt% of the total weight of a bare cell, and an operating pressure at which the cap assembly is adapted to interrupt current is in the range of 7 to 9 kgf/cm 2.