mhurhangee/ep-ind-claims huggingface dataset:
Orthopaedic system with a) at least one stimulation electrode for activating at least one muscle, b) an orthotic or prosthetic device which can be placed on a patient's body and secured there, with at least one joint (41, 42) by which a proximal and a distal component (21, 22; 22, 23) of the orthotic or prosthetic device are connected to each other in swivelling fashion, c) at least one adjustable resistance device which is arranged between the distal component and the proximal component (21, 22) and with which a motion resistance against a swivelling of the proximal component relative to the distal component is adjustable, d) sensors (61, 62, 63, 64, 65, 66) for detecting of forces, positions, accelerations and/or torques, e) a control device which is coupled to the sensors (61, 62, 63, 64, 65, 66) and the resistance device, processes sensor values of the sensors (61, 62, 63, 64, 65, 66) and adjusts the resistance device in dependence on the sensor values f) characterized in that the orthotic or prosthetic device is associated with an energy accumulator, by which kinetic energy of the orthotic or prosthetic device is storable and returnable to it in a controlled manner. a) at least one stimulation electrode for activating at least one muscle, b) an orthotic or prosthetic device which can be placed on a patient's body and secured there, with at least one joint (41, 42) by which a proximal and a distal component (21, 22; 22, 23) of the orthotic or prosthetic device are connected to each other in swivelling fashion, c) at least one adjustable resistance device which is arranged between the distal component and the proximal component (21, 22) and with which a motion resistance against a swivelling of the proximal component relative to the distal component is adjustable, d) sensors (61, 62, 63, 64, 65, 66) for detecting of forces, positions, accelerations and/or torques, e) a control device which is coupled to the sensors (61, 62, 63, 64, 65, 66) and the resistance device, processes sensor values of the sensors (61, 62, 63, 64, 65, 66) and adjusts the resistance device in dependence on the sensor values f) characterized in that the orthotic or prosthetic device is associated with an energy accumulator, by which kinetic energy of the orthotic or prosthetic device is storable and returnable to it in a controlled manner.
A rest bar for a rolling plant which divides a rolled product into two or more strands, the rest bar being adapted to cooperate with a rolling stand of said rolling plant, said plant defining a rolling axis, the rest bar comprising - a worm screw, defining a longitudinal axis, - a rolling guide, for guiding a material to be rolled into rolling cylinders of said rolling stand, the rolling guide being fixed to the worm screw so that, at an angular rotation of the worm screw around its longitudinal axis, the rolling guide translates by a linear movement which is transversal to the rolling axis, wherein there are provided a motor and a reduction unit, both integrated within the rest bar, the motor being configured to be controlled by a remote control or automatically controlled by a PLC, whereby an adjustment of said angular rotation of the worm screw and, thus, of said linear transversal movement of the rolling guide can occur during the rolling operation, wherein said rolling guide is supported by a carriage which can slide along linear guides when it is moved by the worm screw, characterized in that protection covers are provided in order to prevent the entry of dust or water in said linear guides of the carriage. - a worm screw, defining a longitudinal axis, - a rolling guide, for guiding a material to be rolled into rolling cylinders of said rolling stand, the rolling guide being fixed to the worm screw so that, at an angular rotation of the worm screw around its longitudinal axis, the rolling guide translates by a linear movement which is transversal to the rolling axis,
An apparatus for reducing transition artifacts in an overall image composed of sub-images whose image areas comprise overlap areas, the apparatus comprising: means for storing image data of the pixels of the sub-images; and means for generating the overall image on the basis of the image data of the sub-images by superposition of the image data of the pixels in the overlap areas in accordance with a weighting, wherein each of the subareas in the overlap area comprises a weighting function (f 1, f 2) associated with it, and characterized in that the weighting functions (f 1, f 2) of the sub-images in the case of a defective pixel in one of the sub-images are modified at the position of the defective pixel such that the defective pixel is faded out entirely and that only intact pixels of the other sub-images are used, so that any influence of an incorrectly detected pixel of a sub-image which would cause an artifact in the overall image is reduced in the overall image, and the weighting functions (f 1, f 2) of the sub-images are floatingly adapted in an environment of the defective pixel. means for storing image data of the pixels of the sub-images; and means for generating the overall image on the basis of the image data of the sub-images by superposition of the image data of the pixels in the overlap areas in accordance with a weighting, wherein each of the subareas in the overlap area comprises a weighting function (f 1, f 2) associated with it, and characterized in that the weighting functions (f 1, f 2) of the sub-images in the case of a defective pixel in one of the sub-images are modified at the position of the defective pixel such that the defective pixel is faded out entirely and that only intact pixels of the other sub-images are used, so that any influence of an incorrectly detected pixel of a sub-image which would cause an artifact in the overall image is reduced in the overall image, and the weighting functions (f 1, f 2) of the sub-images are floatingly adapted in an environment of the defective pixel.
An aerosol generating article comprising: an aerosol generating substrate; a filter in axial alignment with the aerosol generating substrate, the filter comprising at least one water dispersible filter component, wherein the filter component is water dispersible under the test conditions of EN14987:2006; and a tipping wrapper wrapped around the filter and at least a portion of the aerosol generating substrate, the tipping wrapper comprising: a first weakening line extending around at least a portion of the tipping wrapper; a removable tipping wrapper portion extending downstream from the at least one weakening line and at least partially overlying the water dispersible filter component; and an upstream tipping wrapper portion extending upstream from the first weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate and an upstream portion of the filter, wherein the removal of the removable tipping wrapper portion at least partially exposes the underlying water dispersible filter component. an aerosol generating substrate; a filter in axial alignment with the aerosol generating substrate, the filter comprising at least one water dispersible filter component, wherein the filter component is water dispersible under the test conditions of EN14987:2006; and a tipping wrapper wrapped around the filter and at least a portion of the aerosol generating substrate, the tipping wrapper comprising: a first weakening line extending around at least a portion of the tipping wrapper; a removable tipping wrapper portion extending downstream from the at least one weakening line and at least partially overlying the water dispersible filter component; and an upstream tipping wrapper portion extending upstream from the first weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate and an upstream portion of the filter, a first weakening line extending around at least a portion of the tipping wrapper; a removable tipping wrapper portion extending downstream from the at least one weakening line and at least partially overlying the water dispersible filter component; and an upstream tipping wrapper portion extending upstream from the first weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate and an upstream portion of the filter, wherein the removal of the removable tipping wrapper portion at least partially exposes the underlying water dispersible filter component.
A computer-implemented method for creating and using stability proxies for hydrocarbon operations in a subsurface region comprising: obtaining a simulation model associated with a portion of a reservoir, one or more wells and production facilities, the simulation model includes a plurality of objects, wherein each of the plurality of objects represents a portion of a well or a production facility network and the plurality of objects include one or more of a node object (401 to 409), a connection object (411 to 418) and any combination thereof; creating a stability proxy for each of the plurality of objects to form stability proxies, wherein the stability proxy is a one-dimensional table with one or more columns associated with values for fluid flow within the respective objects, wherein columns of parameters in the stability proxy table include node pressure, mass rates of flow through the node object, and/or phase rates of flow through the node object and, wherein columns of parameters in the stability proxy table are pressure at an upstream node object (401 to 409), pressure at the downstream node object (401 to 409), mass rates of flow through the connection object (411 to 418), and phase rates of flow through the connection object (411 to 418); determining initialization parameters for the well and production facility network based on the created stability proxies; performing a reservoir simulation based on the initialization parameters; and outputting the simulation results, wherein the simulation results comprise one or more of pressure, injection flow rate, production flow rate and any combination thereof. obtaining a simulation model associated with a portion of a reservoir, one or more wells and production facilities, the simulation model includes a plurality of objects, wherein each of the plurality of objects represents a portion of a well or a production facility network and the plurality of objects include one or more of a node object (401 to 409), a connection object (411 to 418) and any combination thereof; creating a stability proxy for each of the plurality of objects to form stability proxies, wherein the stability proxy is a one-dimensional table with one or more columns associated with values for fluid flow within the respective objects, wherein columns of parameters in the stability proxy table include node pressure, mass rates of flow through the node object, and/or phase rates of flow through the node object and, wherein columns of parameters in the stability proxy table are pressure at an upstream node object (401 to 409), pressure at the downstream node object (401 to 409), mass rates of flow through the connection object (411 to 418), and phase rates of flow through the connection object (411 to 418); determining initialization parameters for the well and production facility network based on the created stability proxies; performing a reservoir simulation based on the initialization parameters; and outputting the simulation results, wherein the simulation results comprise one or more of pressure, injection flow rate, production flow rate and any combination thereof.
A controller of a software defined network, SDN,, comprising: a processing module, configured to determine control routing protocol, CRP, routing entry information, wherein the CRP routing entry information comprises a mapping relationship between a route prefix and an address of a first next hop of a network device of the SDN, wherein the processing module is further configured to generate a first message, wherein the first message carries the CRP routing entry information, and is used to advertise a CRP route prefixed with the route prefix in the CRP routing entry information, the first message comprises first identification information, and the first identification information is used to instruct the network device to store the CRP routing entry information into a CRP routing table of the network device, wherein the CRP routing table is a separate routing table specifically used to store separately the CRP route advertised by the controller using CRP and is distinguished from a routing table used to store a route advertised by another network device of the SDN using a routing protocol between the network device and the other network device, the CRP being a protocol that is run between the controller and the network device and that allows the controller to advertise the CRP route to the network device; and a sending module, configured to send the first message to the network device, so that the network device stores the CRP routing entry information into the CRP routing table based on the first identification information, and directs packet forwarding based on the CRP routing table. a processing module, configured to determine control routing protocol, CRP, routing entry information, wherein the CRP routing entry information comprises a mapping relationship between a route prefix and an address of a first next hop of a network device of the SDN, wherein the processing module is further configured to generate a first message, wherein the first message carries the CRP routing entry information, and is used to advertise a CRP route prefixed with the route prefix in the CRP routing entry information, the first message comprises first identification information, and the first identification information is used to instruct the network device to store the CRP routing entry information into a CRP routing table of the network device, wherein the CRP routing table is a separate routing table specifically used to store separately the CRP route advertised by the controller using CRP and is distinguished from a routing table used to store a route advertised by another network device of the SDN using a routing protocol between the network device and the other network device, the CRP being a protocol that is run between the controller and the network device and that allows the controller to advertise the CRP route to the network device; and a sending module, configured to send the first message to the network device, so that the network device stores the CRP routing entry information into the CRP routing table based on the first identification information, and directs packet forwarding based on the CRP routing table.
Method for the secure provision of a device-specific cryptographic key from a system-wide key for a device, comprising the following steps: - forming a plurality of items of device-specific system identification information (ID1, ID2) during at least two subsequent starting phases, wherein the items of device-specific system identification information (ID1, ID2) comprise a plurality of parts, which are identified and set in steps; - sealing the items of device-specific system identification information (ID1, ID2) by way of a respective, at most once-possible, writing of the respective item of device-specific system identification information (ID1, ID2) during the at least two starting phases; - identifying the system-wide key; - deriving the device-specific cryptographic key from the system-wide key using a final item of overall-device-specific system identification information; wherein at least two items of device-specific system identification information (ID1, ID2) are formed and sealed during the at least two starting phases, wherein, in the at least two starting phases, in each case one of the items of system identification information (ID1, ID2) is sealed, and the final item of overall-device-specific system identification information is formed as a parameter from the items of system identification information (ID1, ID2). - forming a plurality of items of device-specific system identification information (ID1, ID2) during at least two subsequent starting phases, wherein the items of device-specific system identification information (ID1, ID2) comprise a plurality of parts, which are identified and set in steps; - sealing the items of device-specific system identification information (ID1, ID2) by way of a respective, at most once-possible, writing of the respective item of device-specific system identification information (ID1, ID2) during the at least two starting phases; - identifying the system-wide key; - deriving the device-specific cryptographic key from the system-wide key using a final item of overall-device-specific system identification information;
A battery comprising: a container; an electrode group comprising a positive electrode and a negative electrode and being accommodated in the container; a plurality of current collector tabs extended from a plurality of points of a current collector of at least one electrode of the positive electrode and the negative electrode in the electrode group; a lid closing an opening part of the container; a lead (3; 4) comprising a current collector tab junctional part (3b; 4b) connected with the current collector tabs electrically, a lid junctional part 3a fixed to the lid, and a vibration absorber part (3c; 4c) linking the current collector tab junctional part (3b; 4b) to the lid junctional part (3a; 4a); and a safety valve equipped on the lid, wherein the lead (3; 4) is bent along a side separating the vibration absorber part (3c; 4c) from the lid junctional part (3a; 4a), the vibration absorber part (3c; 4c) and the current collector tab junctional part (3b; 4b) are located on the same plane, and a length X1 of the vibration absorber part (3c; 4c) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9) is shorter than a length Y1 of the current collector tab junctional part (3b; 4b) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9) and shorter than a length W1 of the lid junctional part (3b; 4b) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9). a container; an electrode group comprising a positive electrode and a negative electrode and being accommodated in the container; a plurality of current collector tabs extended from a plurality of points of a current collector of at least one electrode of the positive electrode and the negative electrode in the electrode group; a lid closing an opening part of the container; a lead (3; 4) comprising a current collector tab junctional part (3b; 4b) connected with the current collector tabs electrically, a lid junctional part 3a fixed to the lid, and a vibration absorber part (3c; 4c) linking the current collector tab junctional part (3b; 4b) to the lid junctional part (3a; 4a); and a safety valve equipped on the lid, wherein the lead (3; 4) is bent along a side separating the vibration absorber part (3c; 4c) from the lid junctional part (3a; 4a), the vibration absorber part (3c; 4c) and the current collector tab junctional part (3b; 4b) are located on the same plane, and a length X1 of the vibration absorber part (3c; 4c) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9) is shorter than a length Y1 of the current collector tab junctional part (3b; 4b) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9) and shorter than a length W1 of the lid junctional part (3b; 4b) in a direction crossing at a right angle to an extending direction of the current collector tab (8; 9).
Radiation-curable inkjet ink composition comprising a gellant, wherein the gellant is a compound according to formula I, wherein R 1, R 2 and R 3 are each independently selected from an alkyl, an arylalkyl, an alkenyl group and a R'(OCH 2 CHR") n - group, wherein R' is an alkyl group having 1-4 carbon atoms, R" is selected from a hydrogen atom, a methyl group or an ethyl group and n is an integer in the range of 1-10 and wherein R 4, R 5 and R 6 are each independently selected from a hydrogen atom and an alkyl group having 1 - 4 carbon atoms.
Method of predicting a trajectory for a vehicle, wherein depending on first data, that is captured by a first sensor of a first vehicle, a first position, a first acceleration, a first velocity and a first yaw rate of a second vehicle is determined, wherein depending on the first position, the first acceleration, the first velocity and the first yaw rate a first list of points for a prediction of the trajectory is determined with a vehicle model, characterized in that depending on second data, that is captured by a second sensor of the first vehicle, a second position, a second acceleration, a second velocity and a second yaw rate of the second vehicle is determined, wherein depending on the second position, the second acceleration, the second velocity and the second yaw rate a second list of points for the prediction of the trajectory is determined with the vehicle model, wherein parameters of a model for the prediction of the trajectory are determined depending on the first list of points and the second list of points, and wherein the prediction of the trajectory is determined depending on the model defined by these parameters.
RF identification arrangement for a chain conveyor for piece goods having a driven link chain, comprising a supporting rail element for guiding and supporting the link chain in the area of the RF identification arrangement and an RF reading device or an RF writing/reading device for the contact-free reading or reading/writing of information by means of an RF signal, wherein the RF reading device or RF writing/reading device is arranged directly on a base of the supporting rail element and faces an underside of the link chain, wherein an opening is formed in the base of the supporting rail element, through which opening the RF signal is emitted directly to and/or received from the underside of the link chain, characterized in that the supporting rail element is formed as a symmetrical double profile with a rectangular upper space and a rectangular lower space, into which the link chain is guided in a positive-locking manner, wherein the upper and lower spaces (33, 35) are each formed by two connecting webs that project perpendicularly from the base and by two transverse webs that project perpendicularly into the rails and parallelly to the base from the connecting webs, wherein a gap is formed between the two transverse webs of the two spaces (33, 35), which gap extends in the conveying direction of the link chain, wherein an inner cavity is formed between the bases of the upper and lower spaces (33, 35), in which inner cavity the RF reading device or RF writing/reading device is arranged.