mhurhangee/ep-ind-claims huggingface dataset:
Device which can be used for venting a crankcase of a combustion engine for separating a gas-liquid mixture, in which the liquid content is in the form of small particles, by separating and coagulating the liquid particles on an impingement surface that the liquid mixture strikes approximately at right angles after being accelerated into acceleration openings provided for this purpose, wherein the total cross section of the acceleration openings (5, 6; 15, 16) arranged in a flow path between an input side or an input channel and an output side or an output channel is varied between a small total cross section at a low volume flow and a large total cross section at a high volume flow, wherein at least one sealing element (4, 14) that is shifted as a function of volume flow controls the extent to which the flow can pass through the acceleration openings (5, 6; 15, 16) of the device, wherein at least one acceleration opening (15, 16) passes radially through a cylindrical housing wall and the sealing element can be displaced along the axis of the cylindrical housing wall and the cross section of only one portion of the acceleration openings can be controlled, characterised in that as a controllable acceleration opening a slot is formed which radially surrounds the axis of the cylindrical housing which slot is opened or closed by a variable amount depending on the volume flow and in that the following features are provided: - the radially peripheral slot opening representing a radial acceleration opening is provided on an output-side axial end of the cylindrical housing wall, - the sealing element consists of a spring-loaded disk-shaped plate cooperating with an axial end face of the cylindrical housing wall in the manner of a valve, by means of which the axial end face can be closed, wherein the spring force acts in the closing direction of the valve and the spring force opposes a negative pressure existing outside of the cylindrical wall and acting on the disc-like plate in the opening direction of the valve wherein the degree of opening of the valve, i.e. the axial slot height between the plate and the housing wall, depends on the amount of negative pressure. - the radially peripheral slot opening representing a radial acceleration opening is provided on an output-side axial end of the cylindrical housing wall, - the sealing element consists of a spring-loaded disk-shaped plate cooperating with an axial end face of the cylindrical housing wall in the manner of a valve, by means of which the axial end face can be closed, wherein the spring force acts in the closing direction of the valve and the spring force opposes a negative pressure existing outside of the cylindrical wall and acting on the disc-like plate in the opening direction of the valve wherein the degree of opening of the valve, i.e. the axial slot height between the plate and the housing wall, depends on the amount of negative pressure.
Offshore installation, such as oil and/or gas production platforms, or ships or the like, having a water-lifting system, in particular fire-extinguishing system, having a pump which has an intake opening and an outflow opening, having a pump-turbine assembly which has a pump unit and a turbine unit, wherein the pump unit and the turbine unit each have an intake or inlet opening and an outflow opening, and having a line which connects the outflow opening of the pump unit of the pump-turbine assembly and the intake opening of the pump and which guides a volume flow, wherein the volume flow (Q S) comprises a first partial volume flow (Q F) and a second partial volume flow (Q T), wherein a line guiding the first partial volume flow (Q F) is connected to at least one water extraction point and a line guiding the second partial volume flow (Q T) is connected to the inlet opening of the turbine unit of the pump-turbine assembly, characterized in that, on the offshore installation, a water supply which is accommodated in a container and which serves for starting the system is provided, wherein the line guiding the volume flow (Q S) is connected to an inlet opening of the container.
A lock core configuration of a lockset, characterized in comprising: a cylinder which is hollow, has an inner chamber and can be mounted on an entity of the lockset; a blocking body which is provided with a third passage, can be accommodated at the inner chamber of the cylinder, and is firmly fixed to the cylinder without rotating; an upper axially rotating body which is accommodated in the inner chamber of the cylinder, can be rotated and is positioned at one side of the blocking body, and which is provided with a first passage to enable a key to pass there through; and a lower axially rotating body which is accommodated in the inner chamber of the cylinder, can be rotated and is positioned at the other side of the blocking body, and which is provided with a second passage to enable the key to pass there through; said upper axially rotating body and said lower axially rotating body being independent and separated to each other; so that when unlocking is performed by illegally using picking tools, the picking tools are rotated at a small angle to unlock, which makes the first passage of the upper axially rotating body and the third passage of the blocking body staggered at an opposing angle, consequently the picking tools fail to go through the third passage of the blocking body and said picking tools cannot enter the second passage of the lower axially rotating body. a cylinder which is hollow, has an inner chamber and can be mounted on an entity of the lockset; a blocking body which is provided with a third passage, can be accommodated at the inner chamber of the cylinder, and is firmly fixed to the cylinder without rotating; an upper axially rotating body which is accommodated in the inner chamber of the cylinder, can be rotated and is positioned at one side of the blocking body, and which is provided with a first passage to enable a key to pass there through; and a lower axially rotating body which is accommodated in the inner chamber of the cylinder, can be rotated and is positioned at the other side of the blocking body, and which is provided with a second passage to enable the key to pass there through; said upper axially rotating body and said lower axially rotating body being independent and separated to each other; so that when unlocking is performed by illegally using picking tools, the picking tools are rotated at a small angle to unlock, which makes the first passage of the upper axially rotating body and the third passage of the blocking body staggered at an opposing angle, consequently the picking tools fail to go through the third passage of the blocking body and said picking tools cannot enter the second passage of the lower axially rotating body.
A method comprising: downloading an encrypted image to a computing device; receiving an image of a current user of the computing device from a camera communicatively coupled to the computing device; authenticating the current user by performing a facial recognition procedure on the image of the current user; determining whether the authenticated current user is authorized to view a decrypted image of the encrypted image; and in response to the authenticated current user being authorized to view the decrypted image, decrypting the encrypted image and displaying the decrypted image on the computing device; characterised in that the method further comprises: wherein the current user is continuously or periodically authenticated and displaying the decrypted image comprises displaying the decrypted image only while the current user is authenticated using the facial recognition procedure; and if determining that the current user is no longer authenticated, displaying the encrypted image in place of the decrypted image. downloading an encrypted image to a computing device; receiving an image of a current user of the computing device from a camera communicatively coupled to the computing device; authenticating the current user by performing a facial recognition procedure on the image of the current user; determining whether the authenticated current user is authorized to view a decrypted image of the encrypted image; and in response to the authenticated current user being authorized to view the decrypted image, decrypting the encrypted image and displaying the decrypted image on the computing device; characterised in that the method further comprises: wherein the current user is continuously or periodically authenticated and displaying the decrypted image comprises displaying the decrypted image only while the current user is authenticated using the facial recognition procedure; and if determining that the current user is no longer authenticated, displaying the encrypted image in place of the decrypted image. wherein the current user is continuously or periodically authenticated and displaying the decrypted image comprises displaying the decrypted image only while the current user is authenticated using the facial recognition procedure; and if determining that the current user is no longer authenticated, displaying the encrypted image in place of the decrypted image.
Front end loader comprising a mounting frame which can be coupled to a mounting bracket of a tractor, and with plug couplings for connecting lines between the mounting bracket and the mounting frame, wherein the parts (16, 17) of the plug couplings for the connecting lines, which parts are oriented in the coupling direction of the mounting frame and are allocated on the one hand to the mounting frame and on the other hand to the mounting bracket, are connected at least in groups to guides (18, 19) which each comprise a guide part on the mounting bracket and a guide part on the mounting frame which cooperate in pairs and slidably engage one inside the other in the plugging direction of the plug couplings and have a guide length exceeding the engagement length of the plug coupling parts (16, 17), so that the guides (18, 19) allocated to each other in pairs engage one inside the other in front of the plug coupling parts (16, 17), and wherein the plug coupling parts (16, 17) cooperating with each other in pairs with the associated guides (18, 19) form in each case a structural unit which can be displaced to a limited extent against spring force transverse to the plugging direction.
Method for operating an electronic reconnaissance system in an environment protected by a reactive jammer, wherein operation of the reactive jammer results in a jamming cycle comprising alternating jamming phases for transmitting a jamming signal, and observation phases, for receiving and evaluating signals to be jammed, being executed, wherein signal reception in the electronic reconnaissance system is effected exclusively during the observation phases of the reactive jammer, the reconnaissance system carrying out at least one of the following functions: - direction finding, - modulation type detection, - demodulation, - discovery of the signal content, and characterized in that there is provision for a reaction by the reconnaissance system to the jamming cycle of the reactive jammer. - direction finding, - modulation type detection, - demodulation, - discovery of the signal content,
A helmet comprising: a helmet body; an electronic device integrated with the helmet body; a first electrical contact formed at an exterior of the outer shell; a helmet visor coupled to the helmet body characterised in that: the helmet visor comprises controls integrated within the visor; and a second electrical contact is formed on the visor and adapted to mateably couple with the first electrical contact. a helmet body; an electronic device integrated with the helmet body; a first electrical contact formed at an exterior of the outer shell; a helmet visor coupled to the helmet body characterised in that: the helmet visor comprises controls integrated within the visor; and a second electrical contact is formed on the visor and adapted to mateably couple with the first electrical contact. the helmet visor comprises controls integrated within the visor; and a second electrical contact is formed on the visor and adapted to mateably couple with the first electrical contact.
A medical instrument having a conduit through which a medical procedure is performed: the conduit selectively configured for insertion into a subject, the conduit being configured such that a selected tool (200, 204, 208) can be inserted into the conduit and extend from the distal end of the conduit; a controller configured to sense the curvature of the conduit in the subject; a peripheral device (110, 150); the controller configured to control the peripheral device (110, 150) to provide a warning signal, upon a condition that a curvature is sensed that exceeds a predetermined limit reflective of a maximum curvature permissible for a selected tool (200, 204, 208) to be inserted through the conduit while avoiding puncturing of the conduit by the selected tool. the conduit selectively configured for insertion into a subject, the conduit being configured such that a selected tool (200, 204, 208) can be inserted into the conduit and extend from the distal end of the conduit; a controller configured to sense the curvature of the conduit in the subject; a peripheral device (110, 150); the controller configured to control the peripheral device (110, 150) to provide a warning signal, upon a condition that a curvature is sensed that exceeds a predetermined limit reflective of a maximum curvature permissible for a selected tool (200, 204, 208) to be inserted through the conduit while avoiding puncturing of the conduit by the selected tool.
A guide device for guiding a door leaf (112, 114) of a sliding door, having a fastening section for fastening to a movable first door leaf of the sliding door and a guide section with at least one guide surface for guiding a second door leaf of the sliding door, which is movable relative to the first door leaf, wherein the guide section has two guide surfaces (32a, 32b) which are aligned parallel to one another and have a guide spacing which is formed to be greater than the width of the second door leaf to be guided, characterized in that a variation device is provided in order to vary the guide spacing and in this manner to adapt to different thicknesses of the second door leaf.
A brewing system comprising: a source of brewable product; a source of heated water; a brewing chamber that receives brewable product from the source of brewable product, and receives heated water from the source of heated water, wherein the brewing chamber is configured to dispense a brewed liquid produced from the received brewable product and heated water in a fluid stream; a controller that controls the operation of the brewing system, the controller comprising a processor, an input signal port, an output signal port, and a memory module; a sensor positioned to intercept the fluid stream, and operable to measure a property of the brewed liquid at a fixed location as the brewed liquid is dispensed, wherein the sensor generates time-dependent data corresponding to the measured property, and communicates the time-dependent data to the controller; wherein the brewable product comprises coffee and the source of brewable product comprises a coffee grinder, characterized in that the controller uses the time-dependent data to control the operation of the grinder. a source of brewable product; a source of heated water; a brewing chamber that receives brewable product from the source of brewable product, and receives heated water from the source of heated water, wherein the brewing chamber is configured to dispense a brewed liquid produced from the received brewable product and heated water in a fluid stream; a controller that controls the operation of the brewing system, the controller comprising a processor, an input signal port, an output signal port, and a memory module; a sensor positioned to intercept the fluid stream, and operable to measure a property of the brewed liquid at a fixed location as the brewed liquid is dispensed, wherein the sensor generates time-dependent data corresponding to the measured property, and communicates the time-dependent data to the controller; wherein the brewable product comprises coffee and the source of brewable product comprises a coffee grinder, characterized in that the controller uses the time-dependent data to control the operation of the grinder.
A semiconductor device comprising: a plurality of masters; a memory controller (400a, 400b); a bus (10, 20, 30) that connects the plurality of masters and the memory controller (400a, 400b); and a QoS information register that stores QoS information of the plurality of masters; characterized in that the semiconductor device further comprises: a right grant number controller that calculates the number of grantable access rights based on space information of a buffer of the memory controller (400a, 400b); a right grant selection controller (603a, 603b, 603c, 603d, 603e) that selects a master that will be granted the access right based on the QoS information of the QoS information register and the number of grantable rights from the right grant number controller; and a request issuing controller (201a, 201b) that does not pass a request from the master that has not been granted the access right from the right grant selection controller (603a, 603b, 603c, 603d, 603e). a plurality of masters; a memory controller (400a, 400b); a bus (10, 20, 30) that connects the plurality of masters and the memory controller (400a, 400b); and a QoS information register that stores QoS information of the plurality of masters; characterized in that the semiconductor device further comprises: a right grant number controller that calculates the number of grantable access rights based on space information of a buffer of the memory controller (400a, 400b); a right grant selection controller (603a, 603b, 603c, 603d, 603e) that selects a master that will be granted the access right based on the QoS information of the QoS information register and the number of grantable rights from the right grant number controller; and a request issuing controller (201a, 201b) that does not pass a request from the master that has not been granted the access right from the right grant selection controller (603a, 603b, 603c, 603d, 603e). a right grant number controller that calculates the number of grantable access rights based on space information of a buffer of the memory controller (400a, 400b); a right grant selection controller (603a, 603b, 603c, 603d, 603e) that selects a master that will be granted the access right based on the QoS information of the QoS information register and the number of grantable rights from the right grant number controller; and a request issuing controller (201a, 201b) that does not pass a request from the master that has not been granted the access right from the right grant selection controller (603a, 603b, 603c, 603d, 603e).
Energy supply system, comprising at least one latent heat accumulator, one hydraulic circuit and also at least one collector array, which comprises two or more collector units, a conveying apparatus, which, during operation, conveys a mass flow of a heat transfer fluid of the hydraulic circuit through the collector units of the at least one collector array, and also comprising a heat pump, whereby the at least one collector array is connected in respect of flow with the hydraulic circuit and at least one apparatus arranged in the hydraulic circuit, characterised in that the apparatus comprises at least the latent heat accumulator and the heat pump, the latent heat accumulator has an extraction heat exchanger, which is coupled with the heat pump, and via which heat from the storage medium of the latent heat accumulator can be conveyed to the flow of the heat pump, which raises the heat extracted from the extraction heat exchanger to a higher temperature level, and the latent heat accumulator has at least one regeneration heat exchanger, with which the collector array is coupled, and via which heat can be transferred into the storage medium of the latent heat accumulator; the collector array comprises two or more collector units, which are in heat exchange with ambient air surrounding them, the conveying apparatus comprises at least two separate conveying units, controllable by way of closed-loop and/or open-loop control and operable at least at times simultaneously, depending on at least one operating parameter of the collector unit that influences a thermal output of the particular collector unit, whereby at least two of the collector units are each supplied at least at times simultaneously with a mass flow of the heat transfer fluid by a conveying unit assigned to one of the particular collector units.
A harvester comprising a tailgate speed adjustment system comprising: a tailgate system, comprising a tailgate operably connected to a frame, a tailgate hydraulic actuator operably connected to the tailgate, and a tailgate hydraulic system in fluid communication with the tailgate hydraulic actuator, wherein the tailgate system is capable of moving the tailgate between a plurality of open positions and a closed position, characterised in that the tailgate speed adjustment system further comprises a density system, comprising a tension lever arm, a density hydraulic actuator operably connected to the tension lever arm, and a density hydraulic system in fluid communication with the density hydraulic actuator, wherein the density system is capable of moving the tension lever arm between a plurality of extended positions and a retracted position; a position sensor, capable of measuring the position and/or speed of the tension lever arm; a tailgate sensor, capable of measuring the position and/or speed of the tailgate; and a controller, electronically connected to the position sensor and the tailgate sensor, and in operable communication with the tailgate hydraulic system; wherein, when the tailgate is moving from an open position to the closed position, the controller is capable of receiving information from the position sensor and the tailgate sensor and adjusting the speed of the tailgate. a tailgate system, comprising a tailgate operably connected to a frame, a tailgate hydraulic actuator operably connected to the tailgate, and a tailgate hydraulic system in fluid communication with the tailgate hydraulic actuator, wherein the tailgate system is capable of moving the tailgate between a plurality of open positions and a closed position, characterised in that the tailgate speed adjustment system further comprises a density system, comprising a tension lever arm, a density hydraulic actuator operably connected to the tension lever arm, and a density hydraulic system in fluid communication with the density hydraulic actuator, wherein the density system is capable of moving the tension lever arm between a plurality of extended positions and a retracted position; a position sensor, capable of measuring the position and/or speed of the tension lever arm; a tailgate sensor, capable of measuring the position and/or speed of the tailgate; and a controller, electronically connected to the position sensor and the tailgate sensor, and in operable communication with the tailgate hydraulic system; wherein, when the tailgate is moving from an open position to the closed position, the controller is capable of receiving information from the position sensor and the tailgate sensor and adjusting the speed of the tailgate.