mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the automated removal of workpieces arranged in a container, comprising an object recognition device for detecting the workpieces and a gripper for picking and removing the workpieces from the container; a control for evaluating the data of the object recognition device, for the path planning and for the automatic controlling of the gripper; and a buffer station on which the gripper places the workpieces after the removal from the container, wherein the workpieces are picked up from the buffer station by a gripper (7, 11) and are placed down in a target placement area, and wherein the buffer station has at least two different workpiece placement areas (40, 41, 45) for the placing down of the workpiece in at least two different, defined placement positions. comprising an object recognition device for detecting the workpieces and a gripper for picking and removing the workpieces from the container; a control for evaluating the data of the object recognition device, for the path planning and for the automatic controlling of the gripper; and a buffer station on which the gripper places the workpieces after the removal from the container, wherein the workpieces are picked up from the buffer station by a gripper (7, 11) and are placed down in a target placement area, and wherein the buffer station has at least two different workpiece placement areas (40, 41, 45) for the placing down of the workpiece in at least two different, defined placement positions.
System for storing natural gas as a fuel for a motor vehicle or utility vehicle, wherein the system has at least one reservoir tank for the fuel, and at least one fuel cell is assigned to the reservoir tank, wherein natural gas which has gone into a gaseous state can be fed to the fuel cell from the reservoir tank for at least partial conversion into electrical energy, wherein the fuel cell can be operatively connected in a fluidic fashion to the reservoir tank via at least one flow path (14, 14', 25), characterized in that natural gas which escapes as excess from the fuel cell can be fed back to the reservoir tank via at least one flow path.
Antitheft steering column lock for locking/unlocking a steering column, said the antitheft steering column lock comprising: - a bolt movable between a locked position and a released position of the steering column, - a housing, - a structure member, - a break off security system of the the antitheft steering column lock comprising an insert member capable of being released in response to a physical attack on the housing of the the antitheft steering column lock in order to be inserted in a first path in the bolt to prevent said bolt from leaving its locked position, and - an anti-dismounting system comprising a pin capable of being inserted in a second path in the bolt only when said bolt is in its released position of the steering column, wherein the break off security system of the the antitheft steering column lock and the anti-dismounting system are placed on the same side of the bolt and are mechanically linked to each other, wherein an elastic mean is placed between the insert member and the pin, said elastic mean being in compression and pushing the insert member and the pin in opposite directions, and wherein the elastic mean is a spring in compression between the insert member and the pin. - a bolt movable between a locked position and a released position of the steering column, - a housing, - a structure member, - a break off security system of the the antitheft steering column lock comprising an insert member capable of being released in response to a physical attack on the housing of the the antitheft steering column lock in order to be inserted in a first path in the bolt to prevent said bolt from leaving its locked position, and - an anti-dismounting system comprising a pin capable of being inserted in a second path in the bolt only when said bolt is in its released position of the steering column,
An adhesive composition comprising: a polyvinyl alcohol-based resin; a melamine-based crosslinking agent; an acid catalyst; and a silane-based additive, wherein a weight ratio of the melamine-based crosslinking agent and the acid catalyst is from 5:1 to 1:1; and the acid catalyst includes a sulfonic acid group. a polyvinyl alcohol-based resin; a melamine-based crosslinking agent; an acid catalyst; and a silane-based additive, wherein a weight ratio of the melamine-based crosslinking agent and the acid catalyst is from 5:1 to 1:1; and the acid catalyst includes a sulfonic acid group.
An implantable device (100, 200, 220) for treating a vessel occlusion, the device including: a first end portion (102, 221) having a frustoconical shape comprising a narrowest diameter and a widest diameter, wherein the first end portion is configured to at least partially reside in a first passage; a second end portion (104, 225) having a second end diameter smaller than the widest diameter of the first end portion (102, 221), wherein the second end portion (104, 225) is configured to at least partially reside in a second passage, one of the first passage and the second passage comprising the vessel occlusion; an intermediate portion between the first end portion (102, 221) and the second end portion (104, 225), the intermediate portion tapering between the narrowest diameter of the first end portion (102, 221) and the second end diameter of the second end portion (104, 225), wherein the intermediate portion is configured to at least partially reside in a passage between the first passage and the second passage; and a graft material coupled to at least the intermediate portion, wherein the graft material is configured to inhibit perfusion through sidewalls of the device (100, 200, 220), wherein the widest diameter of the first end portion (102, 221) is between 4 mm and 10 mm, wherein the first end portion (102, 221) has a length between 20 mm and 50 mm, wherein the second end diameter of the second end portion (104, 225) is between 2 mm and 8 mm, and wherein the second end portion (104, 225) has a length between 10 mm and 25 mm. a first end portion (102, 221) having a frustoconical shape comprising a narrowest diameter and a widest diameter, wherein the first end portion is configured to at least partially reside in a first passage; a second end portion (104, 225) having a second end diameter smaller than the widest diameter of the first end portion (102, 221), wherein the second end portion (104, 225) is configured to at least partially reside in a second passage, one of the first passage and the second passage comprising the vessel occlusion; an intermediate portion between the first end portion (102, 221) and the second end portion (104, 225), the intermediate portion tapering between the narrowest diameter of the first end portion (102, 221) and the second end diameter of the second end portion (104, 225), wherein the intermediate portion is configured to at least partially reside in a passage between the first passage and the second passage; and a graft material coupled to at least the intermediate portion, wherein the graft material is configured to inhibit perfusion through sidewalls of the device (100, 200, 220), wherein the widest diameter of the first end portion (102, 221) is between 4 mm and 10 mm, wherein the first end portion (102, 221) has a length between 20 mm and 50 mm, wherein the second end diameter of the second end portion (104, 225) is between 2 mm and 8 mm, and wherein the second end portion (104, 225) has a length between 10 mm and 25 mm.
A flame retardant composition comprising components and, wherein is a phosphate-based flame retardant, and is a hindered amine compound having a structure represented by Chemical Formula in the structure: where * represents a bond, and wherein optionally more than one of the structures represented by Chemical Formula exist in the compound. is a phosphate-based flame retardant, and is a hindered amine compound having a structure represented by Chemical Formula in the structure: where * represents a bond, and wherein optionally more than one of the structures represented by Chemical Formula exist in the compound.
Combined process for the production of tetrahydrofuran and polyesters comprising 1,4-butylene dicarboxylate units, comprising the steps of: 1. subjecting a mixture comprising 1,4-butanediol and at least one dicarboxylic acid, an ester, a salts or a derivative thereof to esterification and/or transesterification to produce an oligomer and a vapour phase comprising tetrahydrofuran and 1,4-butanediol, said esterification and/or transesterification being carried out in two or more esterification reactors; 2. separating the vapour phase comprising tetrahydrofuran and 1,4-butanediol from the oligomer; 3. distilling the vapour phase in a distillation column comprising at least one plate section and at least one packed section; 4. separating a light fraction comprising tetrahydrofuran and less than 1% by weight of 1,4-butanediol from a heavy fraction comprising 1,4-butanediol; and 5. polycondensing the oligomer obtained from step 1. 1. subjecting a mixture comprising 1,4-butanediol and at least one dicarboxylic acid, an ester, a salts or a derivative thereof to esterification and/or transesterification to produce an oligomer and a vapour phase comprising tetrahydrofuran and 1,4-butanediol, said esterification and/or transesterification being carried out in two or more esterification reactors; 2. separating the vapour phase comprising tetrahydrofuran and 1,4-butanediol from the oligomer; 3. distilling the vapour phase in a distillation column comprising at least one plate section and at least one packed section; 4. separating a light fraction comprising tetrahydrofuran and less than 1% by weight of 1,4-butanediol from a heavy fraction comprising 1,4-butanediol; and 5. polycondensing the oligomer obtained from step 1.
A method for providing an aircraft noise advisory during departure and/or arrival of an aircraft, comprising: obtaining predefined allowable aircraft noise level information associated with each of a plurality of aircraft noise sensors located in the vicinity of airports; presenting predefined allowable aircraft noise level information associated with one or more of the plurality of aircraft noise sensors on a display device in the aircraft, based on a current location of the aircraft, upon receiving a noise data request from a pilot; obtaining current aircraft noise level information from one of the one or more aircraft noise sensors during the departure and/or arrival; comparing the current aircraft noise level information with predefined allowable aircraft noise level information associated with the one of the one or more aircraft noise sensors; and displaying the aircraft noise advisory on the display device based on an outcome of the comparison, characterized in that the aircraft noise advisory comprises suggested aircraft performance parameters and a predicted flight path based on the suggested aircraft performance parameters. obtaining predefined allowable aircraft noise level information associated with each of a plurality of aircraft noise sensors located in the vicinity of airports; presenting predefined allowable aircraft noise level information associated with one or more of the plurality of aircraft noise sensors on a display device in the aircraft, based on a current location of the aircraft, upon receiving a noise data request from a pilot; obtaining current aircraft noise level information from one of the one or more aircraft noise sensors during the departure and/or arrival; comparing the current aircraft noise level information with predefined allowable aircraft noise level information associated with the one of the one or more aircraft noise sensors; and displaying the aircraft noise advisory on the display device based on an outcome of the comparison, characterized in that the aircraft noise advisory comprises suggested aircraft performance parameters and a predicted flight path based on the suggested aircraft performance parameters.
Method for limiting a temperature θ in an electrical machine, - wherein the temperature θ in the electrical machine is determined, - wherein, after a defined permanent temperature θ Permanent is exceeded, a further temperature increase in a time period (t Derating) calculated by a controller is permitted, and - wherein, after this time period (t Derating) elapses, the power and/or the torque and/or at least one phase current of the electrical machine are/is reduced, - characterized in that the reduction in the power and/or the torque and/or the at least one phase current of the electrical machine comprises the following steps: - measuring the temperature θ in the electrical machine in a specific time sequence, - determining the temperature difference Δθ between the measured temperature θ and the permanent temperature θ Permanent in a specific time sequence, - multiplying each value of the temperature difference Δθ by a factor K, - integrating the values of the product of the temperature difference Δθ and the factor K, - calculating a factor F which is associated or calculated with the value of the integration, - multiplying the factor F by the current magnitude of the power and/or the torque and/or at least one phase current of the electrical machine, and - realizing the value which results from the multiplication as a new value for the torque and/or the at least one phase current of the electrical machine. - wherein the temperature θ in the electrical machine is determined, - wherein, after a defined permanent temperature θ Permanent is exceeded, a further temperature increase in a time period (t Derating) calculated by a controller is permitted, and - wherein, after this time period (t Derating) elapses, the power and/or the torque and/or at least one phase current of the electrical machine are/is reduced, - characterized in that - measuring the temperature θ in the electrical machine in a specific time sequence, - determining the temperature difference Δθ between the measured temperature θ and the permanent temperature θ Permanent in a specific time sequence, - multiplying each value of the temperature difference Δθ by a factor K, - integrating the values of the product of the temperature difference Δθ and the factor K, - calculating a factor F which is associated or calculated with the value of the integration, - multiplying the factor F by the current magnitude of the power and/or the torque and/or at least one phase current of the electrical machine, and - realizing the value which results from the multiplication as a new value for the torque and/or the at least one phase current of the electrical machine.
A method performed at a network control node in a heterogeneous network deployment; the method comprising allocating a restricted number of cell identifiers to a plurality of small cells deployed within a radio coverage area of a macrocell operating in said heterogeneous network deployment; said plurality of small cells being arranged to comprise at least one region of overlapping radio coverage; said method comprising: determining a cell-type for each of said plurality of small cells; establishing, based on said determined cell type, a hierarchical grouping of said plurality of small cells; providing a different sub-set of said restricted number of cell identifiers to each layer of said hierarchical grouping; and allocating one of said cell identifiers to each of said plurality of small cells in dependence upon said determined cell type and said determined hierarchical grouping, said allocation being performed according to allocation criteria such that a cell identifier can be re-used within a lower layer of said hierarchical grouping when the cells to which that re-used cell identifier is being allocated are within a coverage region of different cells in a higher layer of said hierarchical grouping and those different cells have been allocated non-identical cell identifiers, and wherein allocation comprises determining whether said restricted number of cell identifiers is insufficient to meet said allocation criteria; and, if so, identifying a cell in a lower layer of said hierarchical grouping to be promoted to a higher layer to meet said allocation criteria. determining a cell-type for each of said plurality of small cells; establishing, based on said determined cell type, a hierarchical grouping of said plurality of small cells; providing a different sub-set of said restricted number of cell identifiers to each layer of said hierarchical grouping; and allocating one of said cell identifiers to each of said plurality of small cells in dependence upon said determined cell type and said determined hierarchical grouping, said allocation being performed according to allocation criteria such that a cell identifier can be re-used within a lower layer of said hierarchical grouping when the cells to which that re-used cell identifier is being allocated are within a coverage region of different cells in a higher layer of said hierarchical grouping and those different cells have been allocated non-identical cell identifiers, and wherein allocation comprises determining whether said restricted number of cell identifiers is insufficient to meet said allocation criteria; and, if so, identifying a cell in a lower layer of said hierarchical grouping to be promoted to a higher layer to meet said allocation criteria.
A fuel nozzle for a combustor of a gas turbine engine comprising: an outer air swirler along an axis, said outer air swirler defining an outer annular air passage between an outer wall and an inner wall, said outer wall defines a convergent-divergent nozzle; characterised by further comprising: an inner air swirler along said axis to define an annular fuel gas passage around said axis between said outer air swirler and said inner air swirler; wherein said annular fuel gas passage terminates with a multiple of openings configured to direct the fuel gas axially and impart a swirl thereto; and by further comprising: a multiple of vanes within the annular fuel gas passage, each of the multiple of vanes being defined by an airfoil wall surface between a leading edge and a trailing edge to define a generally concave shaped portion to form a pressure side and a generally convex shaped portion forming a suction side, each of said multiple of vanes being angled with respect to the axis at an angle (x) of 50-60 degrees such that the trailing edges thereof, the outer air swirler, and the inner air swirler form skewed quadrilateral exits of the openings. an inner air swirler along said axis to define an annular fuel gas passage around said axis between said outer air swirler and said inner air swirler; wherein said annular fuel gas passage terminates with a multiple of openings configured to direct the fuel gas axially and impart a swirl thereto; and by further comprising: a multiple of vanes within the annular fuel gas passage, each of the multiple of vanes being defined by an airfoil wall surface between a leading edge and a trailing edge to define a generally concave shaped portion to form a pressure side and a generally convex shaped portion forming a suction side, each of said multiple of vanes being angled with respect to the axis at an angle (x) of 50-60 degrees such that the trailing edges thereof, the outer air swirler, and the inner air swirler form skewed quadrilateral exits of the openings.
Automated system having at least two interacting electric components (8, 10, 12) which each have a time counter and which are coupled to one another by means of signals for the cyclical process data transfer via a signal network, and which are synchronised with one another by means of global, relative time information as a reference value, wherein the global, relative time information is a change of state, the change of state relates to each of the electrical components (8, 10, 12), characterised in that the change of state is a change from a standby mode to an operational state.
A technical roll, in particular for paper production, comprising an elongate roll core, and at least one first cover provided on the roll core, characterized by an empty conduit (20, 22) suitable for receiving a polymer fiber and extending over the length of the roll such that the polymer fiber can be introduced at one end of the empty conduit. an elongate roll core, and at least one first cover provided on the roll core, characterized by an empty conduit (20, 22) suitable for receiving a polymer fiber and extending over the length of the roll such that the polymer fiber can be introduced at one end of the empty conduit.
A position indicator configured to generate a response to an electromagnetic field based on an electromagnetic field received from a coordinate input device, the position indicator comprising: - an elongated injection molded magnetic core formed from a mixture of a flat soft magnetic powder and a resin binder, the flat soft magnetic metal powder being aligned approximately in a predetermined direction,; the elongated magnetic core being injection molded to comprise a shape which is tapered towards a tip of the elongated magnetic core; - the shape of the elongated injection molded magnetic core corresponding approximately to the shape of the inner surface of an outer housing of the position indicator, the elongated magnetic core being located in the outer housing; the tip of the magnetic core being located for being closely to a pen tip of the position indicator and - at least one coil provided around the elongated injection molded magnetic core configured to generate the response to the electromagnetic field based on the electromagnetic field received from the coordinate input device. - an elongated injection molded magnetic core formed from a mixture of a flat soft magnetic powder and a resin binder, the flat soft magnetic metal powder being aligned approximately in a predetermined direction,; the elongated magnetic core being injection molded to comprise a shape which is tapered towards a tip of the elongated magnetic core; - the shape of the elongated injection molded magnetic core corresponding approximately to the shape of the inner surface of an outer housing of the position indicator, the elongated magnetic core being located in the outer housing; the tip of the magnetic core being located for being closely to a pen tip of the position indicator and - at least one coil provided around the elongated injection molded magnetic core configured to generate the response to the electromagnetic field based on the electromagnetic field received from the coordinate input device.
Formulation comprising a polyether siloxane, characterized in that a polyether that is terminated with an ester group and that is different from the polyether siloxane is present in the formulation in an amount of from 0.5 to 10 % by weight based on the complete formulation.
Film-forming liquid composition characterised in that it comprises: - at least one film-forming polymer derived from the polyurethane present in the composition with a content of dry matter ranging from 23% to 60% by weight, preferably ranging from 25% to 55% by weight, relative to the total weight of the composition, - at least one hydroxamic acid, salts and/or complexes thereof and - at least one thickening agent. - at least one film-forming polymer derived from the polyurethane present in the composition with a content of dry matter ranging from 23% to 60% by weight, preferably ranging from 25% to 55% by weight, relative to the total weight of the composition, - at least one hydroxamic acid, salts and/or complexes thereof and - at least one thickening agent.