mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump, in particular a turbomolecular pump, having at least one pump stage (15, 15') and having a pressure determination unit for determining a pressure present at a suction side of the vacuum pump and comprising a measurement device, wherein a measurement tap (25.2 - 25.7) of the measurement device is provided in the region of the pump stage (15, 15') or downstream of the pump stage (15, 15'), wherein, in the region, the measured pressure has already been increased by the pump, and wherein the pressure determination unit is configured such that the pressure present at the suction side can be determined with reference to the pressure tapped at the measurement tap (25.2 - 25.7), wherein the measurement tap is configured as an opening (25.2 - 25.7) in a housing (119, 121) of the vacuum pump receiving the pump stage (15, 15'), characterized in that the opening (25.2 - 25.7) is also usable as a flood opening for flooding the vacuum pump or as a carrier gas opening. wherein a measurement tap (25.2 - 25.7) of the measurement device is provided in the region of the pump stage (15, 15') or downstream of the pump stage (15, 15'), wherein, in the region, the measured pressure has already been increased by the pump, and wherein the pressure determination unit is configured such that the pressure present at the suction side can be determined with reference to the pressure tapped at the measurement tap (25.2 - 25.7), wherein the measurement tap is configured as an opening (25.2 - 25.7) in a housing (119, 121) of the vacuum pump receiving the pump stage (15, 15'), characterized in that the opening (25.2 - 25.7) is also usable as a flood opening for flooding the vacuum pump or as a carrier gas opening.
A method of discovering critical assets in a computer network having a plurality of assets, comprising: monitoring network traffic, wherein monitoring includes finding assets in the network traffic; determining, for each of the assets found in the network traffic, events, packets and users per asset; for each asset found in the network traffic, if the events per asset of the asset are greater than the events per asset of a first percentile of all assets found in the network traffic and if the packets per asset of the asset are greater than the packets per asset of a second percentile of all assets found in the network traffic, designating said asset as a critical asset; for each asset found in the network traffic, if the users per asset of the asset are greater than the users per asset of a third percentile of all assets found in the network traffic and if the packets per asset of the asset are greater than the packets per asset of a fourth percentile of all assets found in the network traffic, designating said asset as a critical asset; and removing a first designated critical asset from a group of previously determined critical business systems if the first designated critical asset fails to be identified as a critical asset more than a minimum number of times in a pre-determined time period. monitoring network traffic, wherein monitoring includes finding assets in the network traffic; determining, for each of the assets found in the network traffic, events, packets and users per asset; for each asset found in the network traffic, if the events per asset of the asset are greater than the events per asset of a first percentile of all assets found in the network traffic and if the packets per asset of the asset are greater than the packets per asset of a second percentile of all assets found in the network traffic, designating said asset as a critical asset; for each asset found in the network traffic, if the users per asset of the asset are greater than the users per asset of a third percentile of all assets found in the network traffic and if the packets per asset of the asset are greater than the packets per asset of a fourth percentile of all assets found in the network traffic, designating said asset as a critical asset; and removing a first designated critical asset from a group of previously determined critical business systems if the first designated critical asset fails to be identified as a critical asset more than a minimum number of times in a pre-determined time period.
A method, performed by a base station, for allocating resources for wireless communication, the method comprising: allocating resources for reference signalling within a coordination area comprising at least two cells (36, 37, 38) based on a first resource pattern according to which orthogonality of resources is ensured over the entire coordination area in a manner that each user equipment in the coordination area is allocated with a unique reference signal resource, and the unique reference signal resource is mutually orthogonal with other reference signal resources in the coordination area, and wherein, in case that the mutual orthogonality of the allocated reference signal resources is realised by code division multiplexing, according to the first resource pattern at least one of a cyclic shift hopping pattern and a base sequence group hopping pattern is configured to be the same in the cells of the coordination area; allocating data communication resources within the coordination area based on a second resource pattern according to which orthogonality of resources is ensured only within each cell of the coordination area and not over the entire coordination area; and informing user equipments within the coordination area of the allocation of resources for the reference signaling and of the allocation of data communication resources. allocating resources for reference signalling within a coordination area comprising at least two cells (36, 37, 38) based on a first resource pattern according to which orthogonality of resources is ensured over the entire coordination area in a manner that each user equipment in the coordination area is allocated with a unique reference signal resource, and the unique reference signal resource is mutually orthogonal with other reference signal resources in the coordination area, and wherein, in case that the mutual orthogonality of the allocated reference signal resources is realised by code division multiplexing, according to the first resource pattern at least one of a cyclic shift hopping pattern and a base sequence group hopping pattern is configured to be the same in the cells of the coordination area; allocating data communication resources within the coordination area based on a second resource pattern according to which orthogonality of resources is ensured only within each cell of the coordination area and not over the entire coordination area; and informing user equipments within the coordination area of the allocation of resources for the reference signaling and of the allocation of data communication resources.
Method for generating a set of simulated sea clutter data (Ds), characterised in that said method relies on a generation module integrating a first neural network and a discrimination module integrating a second neural network and implements, in a simultaneous training phase of the first and second neural networks (18, 28), a common optimization algorithm using data sets (De) contained in a database and corresponding to sets of real sea clutter data, so as to iteratively and simultaneously converge the first and second neural networks (18, 28) so that the generation module provides simulated data sets (Ds) which are increasingly similar to the training data sets (De), while the discrimination module is increasingly restrictive on which can constitute a set of data similar to a set of training data (De), the method further comprising, after the training phase having led to the definition of a final generation module, an operation phase, consisting in producing sets of simulated data (Ds) of the sea clutter from the final generation module.
A speed control system for a vehicle, comprising: means for automatically causing the vehicle to operate in accordance with a target speed value, means for receiving information relating to a user desired value of set-speed, means for receiving information relating to turning of the vehicle, means for receiving information relating to a driving condition of the vehicle, characterized in that it further comprises means for determining a turning maximum speed value in dependence on both said information relating to turning of the vehicle and said information relating to a driving condition of the vehicle, and means for setting the target speed value in dependence on the lower of the information relating to the user desired value of set-speed and the turning maximum speed value, and wherein the information relating to driving condition comprises information relating to a driving mode in which a vehicle is operating. means for automatically causing the vehicle to operate in accordance with a target speed value, means for receiving information relating to a user desired value of set-speed, means for receiving information relating to turning of the vehicle, means for receiving information relating to a driving condition of the vehicle, characterized in that it further comprises means for determining a turning maximum speed value in dependence on both said information relating to turning of the vehicle and said information relating to a driving condition of the vehicle, and means for setting the target speed value in dependence on the lower of the information relating to the user desired value of set-speed and the turning maximum speed value, and wherein the information relating to driving condition comprises information relating to a driving mode in which a vehicle is operating.
Method for preparing and packaging at least two poached eggs, in a form suitable for transport and for distribution in hypermarkets and supermarkets, comprising the following steps: - breaking each of the said eggs; - poaching the said eggs in a first hot water bath; - cooling and maturing the said poached eggs in at least one second bath; - draining and sorting the said poached eggs; - inserting each of the said poached eggs into a packaging containing no added liquid, the interior dimensions of the packaging being chosen in such a way that the said poached eggs are placed in contact with each other and perform a cushioning function; - sealing the said packaging using a lid; - pasteurizing at a controlled temperature; - cooling. - breaking each of the said eggs; - poaching the said eggs in a first hot water bath; - cooling and maturing the said poached eggs in at least one second bath; - draining and sorting the said poached eggs; - inserting each of the said poached eggs into a packaging containing no added liquid, the interior dimensions of the packaging being chosen in such a way that the said poached eggs are placed in contact with each other and perform a cushioning function; - sealing the said packaging using a lid; - pasteurizing at a controlled temperature; - cooling.
A shaving head comprising a frame and one or more cutting members (28a-d) arranged between a leading longitudinal side and a trailing longitudinal side of the frame, wherein one or more of the cutting members (28a-d) are movable in a direction orthogonal to a shaving plane; an actuator member, which is configured to retract one or more of the cutting members relative to the shaving plane (28a-d) in response to a pressure exerted on the actuator member, wherein the actuator member comprises a pressure sensor element, characterised in that the actuator member furthermore comprises: one or more cantilever elements, which are configured to transmit a force from the pressure sensor element to one or more of the cutting members (28a-d) and wherein the one or more cantilever elements comprise side extensions, in particular, wherein the one or more cantilever elements are secured to the frame by or with the side extensions of the cantilever element. one or more cantilever elements, which are configured to transmit a force from the pressure sensor element to one or more of the cutting members (28a-d) and wherein the one or more cantilever elements comprise side extensions, in particular, wherein the one or more cantilever elements are secured to the frame by or with the side extensions of the cantilever element.
A computer-implemented method comprising: receiving a query from a user to access one or more healthcare datasets, wherein the user is from one of a plurality of organizations and wherein each of the healthcare datasets has an owner that controls access to their respective healthcare dataset; for each of the one or more healthcare datasets, identifying an access control permission for the user and identifying an access control permission for the respective one of the plurality of organizations, wherein the identified access control permissions are based on a master policy, wherein the master policy provides authority to one or more administrators to determine whether access should be provided based on the identified access control permissions; determining whether the user should be permitted access to the one or more healthcare datasets based on the identified access control permissions; and providing or not providing the user access to the one or more healthcare datasets based on the determination of the access determination. receiving a query from a user to access one or more healthcare datasets, wherein the user is from one of a plurality of organizations and wherein each of the healthcare datasets has an owner that controls access to their respective healthcare dataset; for each of the one or more healthcare datasets, identifying an access control permission for the user and identifying an access control permission for the respective one of the plurality of organizations, wherein the identified access control permissions are based on a master policy, wherein the master policy provides authority to one or more administrators to determine whether access should be provided based on the identified access control permissions; determining whether the user should be permitted access to the one or more healthcare datasets based on the identified access control permissions; and providing or not providing the user access to the one or more healthcare datasets based on the determination of the access determination.
A magnetic marker for use in locating tissue for surgery, wherein the magnetic marker comprises: a casing, and two or more magnetic elements arranged in a row in the casing, characterised in that a film of isolating material is arranged between each two adjacent magnetic elements, wherein the isolating material is a material having a low or negative magnetic susceptibility. a casing, and two or more magnetic elements arranged in a row in the casing, characterised in that a film of isolating material is arranged between each two adjacent magnetic elements, wherein the isolating material is a material having a low or negative magnetic susceptibility.
A flexible bag material made of plastic material for the packaging of dry food products such as cereals, characterised in that the plastic material is a mono web multilayer film comprising at least a high moisture barrier layer (10, 15, 20) made of HDPE, a moderate oxygen barrier layer made of an extruded blend of a glycol-modified polyethylene terephthalate (PETG) and a polyethylene-based polymer having a oxygen permeability of 400 cm 3 /m 2 /day or higher when measured at 23°C and 0% relative humidity, and a peelable sealing layer, wherein the moderate oxygen barrier layer contains an extruded blend of less than 85 weight-% PETG and the rest of the blend is the polyethylene-based polymer.
A vapor deposition coating system for an airfoil portion comprising: a mask configured to be positioned at a position adjacent to a leading edge of an airfoil portion to be coated so as to mask said leading edge; and means for moving said mask relative to the airfoil portion from said position adjacent said leading edge to a position adjacent a suction side of said airfoil portion so as to mask said suction side; wherein said means for moving said mask comprises a gear mechanism, said gear mechanism including a gear that is configured to be counter rotationable so as to move said mask back and forth between said position adjacent said leading edge to said position adjacent said suction side of the airfoil portion; and characterized in that said mask is movable from said position adjacent to said leading edge to said position adjacent said suction side of said airfoil portion between 5 to 20 rotations of the airfoil portion about a longitudinal axis thereof. a mask configured to be positioned at a position adjacent to a leading edge of an airfoil portion to be coated so as to mask said leading edge; and means for moving said mask relative to the airfoil portion from said position adjacent said leading edge to a position adjacent a suction side of said airfoil portion so as to mask said suction side; wherein said means for moving said mask comprises a gear mechanism, said gear mechanism including a gear that is configured to be counter rotationable so as to move said mask back and forth between said position adjacent said leading edge to said position adjacent said suction side of the airfoil portion; and characterized in that said mask is movable from said position adjacent to said leading edge to said position adjacent said suction side of said airfoil portion between 5 to 20 rotations of the airfoil portion about a longitudinal axis thereof.
Flexible tube head (40, 40') having an orifice whose forms an edge (41, 41') and a shoulder (42, 42') connecting said edge to the flexible skirt of the tube, said flexible tube being designed to pack a product, said head including an electronic module (20, 20') designed to exchange without any electrical contact information about the tube and/or its contents with an external reading or reading/writing device outside said tube, characterized in that said electronic module is arranged and secured in the mass of the plastic material forming said head in such a location that said component has no tendency to move or become deformed during molding, in such a way that no adhesive material comes into contact with the packed product.
Method for producing injection-moulded parts from plastic with an injection mould which comprises an injection-moulding nozzle having a housing, which receives a nozzle core, and having a nozzle channel, which runs out in a nozzle slit and tapers in the flow direction, between the housing and the nozzle core, wherein the plastic melt in the form of at least one ribbon-like strand of melt is injected through a nozzle slit into a cavity of the injection mould before the injection-moulded part is demoulded once the plastic melt has solidified, characterised in that heat is supplied to the plastic melt in the region of the sprue during solidifying in the cavity by means of heating of the nozzle core with respect to the housing and so the sprue is torn off during demoulding of the injection-moulded part along the nozzle slit in the region of the sprue by reason of the temperature gradient between the solidified injection-moulded part and the plastic melt.
A towing pipe assembly comprising: a bumper beam including a towing pipe mounting hole; a towing pipe having a flange formed at one end to be caught to the front end of the towing pipe mounting hole and a fastening screw formed on the inner circumferential surface of the other end; and a towing nut including a protruding ring formed on one side and a nut screw formed on the outer circumferential surface of the protruding ring to be screw-coupled with the fastening screw, the towing nut coming into close contact with the bumper beam; characterized in that the towing pipe is fitted through the towing pipe mounting hole and in that the bumper beam further includes an anti-rotation key formed on a part of the inner circumferential surface of the towing pipe mounting hole in an angled form, and the towing pipe further includes an anti-rotation protrusion formed on the outer circumferential surface thereof to be inserted, caught and fixed to the anti-rotation key. a bumper beam including a towing pipe mounting hole; a towing pipe having a flange formed at one end to be caught to the front end of the towing pipe mounting hole and a fastening screw formed on the inner circumferential surface of the other end; and a towing nut including a protruding ring formed on one side and a nut screw formed on the outer circumferential surface of the protruding ring to be screw-coupled with the fastening screw, the towing nut coming into close contact with the bumper beam; characterized in that the towing pipe is fitted through the towing pipe mounting hole and in that the bumper beam further includes an anti-rotation key formed on a part of the inner circumferential surface of the towing pipe mounting hole in an angled form, and the towing pipe further includes an anti-rotation protrusion formed on the outer circumferential surface thereof to be inserted, caught and fixed to the anti-rotation key.
A plurality of pharmaceutical containers, wherein at least one geometric parameter is or can be defined for the plurality of containers, and each of all defined geometric parameters has a certain value for each container of the plurality of containers; wherein each of all defined geometric parameters has with respect to all containers of the plurality of containers a mean value and a standard deviation; wherein for a group of geometric parameters, which are selected from all defined geometric parameters, each geometric parameter of that group has a standard deviation which is greater than or equal to a lower threshold value specific for the respective geometric parameter; wherein each lower threshold value is at least 1 ‰ of the mean value of the respective geometric parameter; wherein the plurality of containers comprises a number of between 20 and 300 containers; wherein the at least one geometric parameter can be used as identification means. wherein at least one geometric parameter is or can be defined for the plurality of containers, and each of all defined geometric parameters has a certain value for each container of the plurality of containers; wherein each of all defined geometric parameters has with respect to all containers of the plurality of containers a mean value and a standard deviation; wherein for a group of geometric parameters, which are selected from all defined geometric parameters, each geometric parameter of that group has a standard deviation which is greater than or equal to a lower threshold value specific for the respective geometric parameter; wherein each lower threshold value is at least 1 ‰ of the mean value of the respective geometric parameter; wherein the plurality of containers comprises a number of between 20 and 300 containers; wherein the at least one geometric parameter can be used as identification means.