mhurhangee/ep-ind-claims huggingface dataset:
A loading device for loading particulate material, comprising a body with a first opening and a second opening, wherein a gasket is arranged at the first opening, wherein a second container is fixable to the body around the second opening, the loading device further comprising a spike, characterised in that the loading device comprises an exhaust pipe and an extraction unit, and wherein the second container is a mixing device, wherein the body is attached to the exhaust pipe, wherein the loading device is attached to the extraction unit via the exhaust pipe, and wherein the spike protrudes through the first opening. the loading device further comprising a spike, characterised in that the loading device comprises an exhaust pipe and an extraction unit, and wherein the second container is a mixing device, wherein the body is attached to the exhaust pipe, wherein the loading device is attached to the extraction unit via the exhaust pipe, and wherein the spike protrudes through the first opening.
A power assist wheelchair, comprising: a wheel; an electric motor that drives the wheel; an encoder that detects rotation of the electric motor; and a control device that controls the electric motor, wherein the control device includes: a total torque value calculation unit configured to calculate a total torque value (T total) based upon a detection signal of the encoder; a twist torque value calculation unit configured to calculate a twist torque value (T tor) representing torque causing twist of the wheel with respect to an axle; a manual torque value calculation unit configured to calculate a manual torque value (T in) based upon a difference obtained by subtracting the twist torque value (T tor) from the total torque value (T total); and a target current determination unit configured to determine a target current of the electric motor based upon the manual torque value (Tin). a wheel; an electric motor that drives the wheel; an encoder that detects rotation of the electric motor; and a control device that controls the electric motor, wherein the control device includes: a total torque value calculation unit configured to calculate a total torque value (T total) based upon a detection signal of the encoder; a twist torque value calculation unit configured to calculate a twist torque value (T tor) representing torque causing twist of the wheel with respect to an axle; a manual torque value calculation unit configured to calculate a manual torque value (T in) based upon a difference obtained by subtracting the twist torque value (T tor) from the total torque value (T total); and a target current determination unit configured to determine a target current of the electric motor based upon the manual torque value (Tin). a total torque value calculation unit configured to calculate a total torque value (T total) based upon a detection signal of the encoder; a twist torque value calculation unit configured to calculate a twist torque value (T tor) representing torque causing twist of the wheel with respect to an axle; a manual torque value calculation unit configured to calculate a manual torque value (T in) based upon a difference obtained by subtracting the twist torque value (T tor) from the total torque value (T total); and a target current determination unit configured to determine a target current of the electric motor based upon the manual torque value (Tin).
A method for verifying integrity of electronic messages, comprising the steps of: obtaining an input message digest for a source electronic message; adding the input message digest to an input accumulator that accumulates the input message digests over a predetermined period of time, wherein the input accumulator accumulates the input message digests by summing the input message digests added to the input accumulator over the predetermined period of time, to produce a value of the input accumulator; obtaining an output message digest for a destination electronic message; adding the output message digest to an output accumulator that accumulates the output message digests over the predetermined period of time, wherein the output accumulator accumulates the output message digests by summing the output message digests added to the output accumulator over the predetermined period of time, to produce a value of the output accumulator; comparing the value of the input accumulator with the value of the output accumulator at the expiration of the predetermined period of time; and verifying integrity in the source and destination electronic messages over the predetermined period of time when the value of the input accumulator is equivalent to the value of the output accumulator. obtaining an input message digest for a source electronic message; adding the input message digest to an input accumulator that accumulates the input message digests over a predetermined period of time, wherein the input accumulator accumulates the input message digests by summing the input message digests added to the input accumulator over the predetermined period of time, to produce a value of the input accumulator; obtaining an output message digest for a destination electronic message; adding the output message digest to an output accumulator that accumulates the output message digests over the predetermined period of time, wherein the output accumulator accumulates the output message digests by summing the output message digests added to the output accumulator over the predetermined period of time, to produce a value of the output accumulator; comparing the value of the input accumulator with the value of the output accumulator at the expiration of the predetermined period of time; and verifying integrity in the source and destination electronic messages over the predetermined period of time when the value of the input accumulator is equivalent to the value of the output accumulator.
A method for managing a downstream bitrate of network traffic comprising: receiving a packet (310, 410); retrieving metadata from the packet (320, 420), wherein the metadata identifies at least whether a direction of the packet is upstream from or downstream to a subscriber connected to the network and associating the packet with at least one network link; determining (230, 430) a drop rate for the at least one network link based on network flow data; determining, based on the drop rate and the direction of the packet, to forward or drop the packet (330, 460, 470), wherein if the packet is travelling in the upstream direction from the subscriber to the network and is identified based on the metadata comprising a request for content, the packet is a candidate to be dropped to control the downstream bitrate of the network traffic from the network to the subscriber; and dropping the packet if the packet is a candidate to be dropped. receiving a packet (310, 410); retrieving metadata from the packet (320, 420), wherein the metadata identifies at least whether a direction of the packet is upstream from or downstream to a subscriber connected to the network and associating the packet with at least one network link; determining (230, 430) a drop rate for the at least one network link based on network flow data; determining, based on the drop rate and the direction of the packet, to forward or drop the packet (330, 460, 470), wherein if the packet is travelling in the upstream direction from the subscriber to the network and is identified based on the metadata comprising a request for content, the packet is a candidate to be dropped to control the downstream bitrate of the network traffic from the network to the subscriber; and dropping the packet if the packet is a candidate to be dropped.
Crockery rack which is intended for a dishwasher and of which the surface is coated, at least in one or more sub-regions, with a soft surface coating, wherein the basic crockery rack is formed from metal wire with a primer coating or from plastics material, characterized in that the modulus of elasticity of the soft coating is, at most, a half or a third of the modulus of elasticity of the plastics material or of the primer coating.
A method of controlling an ice making assembly for a refrigerator, the method comprising: initiating an ice making mode; supplying water to an ice recess formed in a tray, the tray ready to receive a rod; contacting the water with the rod to remove heat from the water; intermittently operating (S13, S14) a heater disposed at the tray to maintain the tray at a temperature above freezing; characterized by detecting a temperature of the rod; controlling (S25, S26) the operation of a cooling fan to selectively supply cooling air to the rod such that the temperature of the rod is maintained in a first predetermined temperature; determining whether an ice making time (t) has reached a first set time; controlling (S29, S30) the operation of the cooling fan to selectively supply cooling air to the rod such that the temperature of the rod is maintained below a second predetermined temperature which is lower than the first predetermined temperature, when it is determined that the ice making time (t) has reached the first set time; determining whether the ice making time (t) has reached a second set time while keeping the temperature of the rod below the second predetermined temperature; and performing an ice ejecting operation when it is determined that the ice making time has reached the second set time. initiating an ice making mode; supplying water to an ice recess formed in a tray, the tray ready to receive a rod; contacting the water with the rod to remove heat from the water; intermittently operating (S13, S14) a heater disposed at the tray to maintain the tray at a temperature above freezing; characterized by detecting a temperature of the rod; controlling (S25, S26) the operation of a cooling fan to selectively supply cooling air to the rod such that the temperature of the rod is maintained in a first predetermined temperature; determining whether an ice making time (t) has reached a first set time; controlling (S29, S30) the operation of the cooling fan to selectively supply cooling air to the rod such that the temperature of the rod is maintained below a second predetermined temperature which is lower than the first predetermined temperature, when it is determined that the ice making time (t) has reached the first set time; determining whether the ice making time (t) has reached a second set time while keeping the temperature of the rod below the second predetermined temperature; and performing an ice ejecting operation when it is determined that the ice making time has reached the second set time.
A system for reducing the concentration of one or more reactive component(s) from the vapor phase of a fuel storage tank, said system comprising a fuel storage tank, wherein said fuel storage tank is provided with an outlet for removal of vapor therefrom and an inlet for return of vapor thereto, said system comprising: a reaction zone, wherein said reaction zone provides conditions suitable to deactivate said one or more reactive component(s) when contacted therewith, an inlet to said reaction zone in fluid communication with the vapor space of said fuel storage tank via the outlet of the fuel storage tank, and an outlet from said reaction zone in fluid communication with the vapor space of said fuel storage tank via the inlet of the fuel storage tank. a reaction zone, wherein said reaction zone provides conditions suitable to deactivate said one or more reactive component(s) when contacted therewith, an inlet to said reaction zone in fluid communication with the vapor space of said fuel storage tank via the outlet of the fuel storage tank, and an outlet from said reaction zone in fluid communication with the vapor space of said fuel storage tank via the inlet of the fuel storage tank.
Bidirectional radio data transmission method for transmitting digital consumption measurement or energy management data between a terminal, which is configured as a consumption meter recording consumption measurement values or as a remote-controlled or tariff-controlled energy consumer or energy producer, and a central device, which is configured as a data collector or energy controller, wherein the data transmission from the terminal to the central device takes place in a first frequency band and the central device uses a directional antenna, characterized in that the data transmission from the central device to the terminal takes place in a second frequency band and the second frequency band is configured for a higher transmission power than the first frequency band, the first frequency band is at 868.95 MHz and has a bandwidth of approximately 500 kHz, while the second frequency band is at 869.525 MHz and has a bandwidth of approximately 250 kHz, and at the same time the frequency swing of the data transmission from the central device to the terminal matches the frequency bandwidth of the second frequency band such that the frequency swing of the data transmission from the terminal to the central device is between 40 kHz and 80 kHz and the frequency swing of the data transmission from the central device to the terminal is between 10 kHz and 20 kHz.
A blade clamp of a saw operable to secure a cutting blade in the saw, the blade clamp comprising: a clamp having first and second gripping members configured to hold the cutting blade between the first and the second gripping members; a connection member having a first end connected to the clamp and having a second end; a lever connected to the second end of the connection member, the lever being operable to move between first and second lever positions; and a head that receives the connection member that extends through an aperture of the head, the connection member being configured to move along a first axis through the aperture of the head and move the clamp along the first axis as the lever is moved from the first lever position to the second lever position, wherein the first and the second gripping members of the clamp are configured to apply tension to the cutting blade as the lever is moved from the first lever position to the second lever position, characterised in that the first and the second gripping members of the clamp are further configured to clamp the cutting blade along a second axis orthogonal to the first axis as the lever is moved from the first lever position to the second lever position. a clamp having first and second gripping members configured to hold the cutting blade between the first and the second gripping members; a connection member having a first end connected to the clamp and having a second end; a lever connected to the second end of the connection member, the lever being operable to move between first and second lever positions; and a head that receives the connection member that extends through an aperture of the head, the connection member being configured to move along a first axis through the aperture of the head and move the clamp along the first axis as the lever is moved from the first lever position to the second lever position,
A method for processing a raw material mixture in an extrusion machine for manufacturing a food product, wherein the raw material mixture is supplied to the extrusion machine by a movable supply unit, wherein the raw material mixture is adjustable at different feed positions within a supply opening by an actuating movement of a supply channel portion and/or of a feed hopper of the supply unit, characterised in that the raw material mixture is supplied to the extrusion machine by a moving supply unit, such that the raw material mixture is rendered conveyable by the movable supply unit and can be supplied uniformly into the extrusion machine to ensure a consistent texture and composition of the extrudate, thus allowing for a particularly uniform supply of the raw material mixture into the extrusion machine so that the raw material mixture can be processed by the extrusion machine, and the raw material mixture contains a fibre raw material and a carrier raw material, wherein the fibre raw material contains a process by-product of a food manufacturing process, and wherein the carrier raw material contains constituents of a wholegrain cereal.
A temperature control system used for cooling a rolling mill product comprising: - a plurality of isolation valves that are directly coupled to one or more water boxes; wherein the isolation valves are located on the outside of the one or more water boxes to reduce the time required to build up pressure for cooling and reducing the metallurgical property transition length of the rolling mill product, wherein the one or more water boxes comprise a plurality of cooling nozzles for cooling the rolling mill product, wherein each of the cooling nozzles corresponds to one isolation valve, and wherein the one or more water boxes are grouped into a plurality of zones, - a plurality of zone pressure reducing valves to alleviate supply pressure differentials, wherein the zone pressure reducing valves are configured to modulate the pressure based on the zone entry and finishing temperatures, and wherein zone pressure reducing valves are configured to deliver the required zone pressure set point; - a plurality of pressure transmitters positioned at each zone to detect its pressure; and - at least one pump that is coupled to the isolation valves, the pump configured to provide the pressure needed for cooling. - a plurality of isolation valves that are directly coupled to one or more water boxes; wherein the isolation valves are located on the outside of the one or more water boxes to reduce the time required to build up pressure for cooling and reducing the metallurgical property transition length of the rolling mill product, wherein the one or more water boxes comprise a plurality of cooling nozzles for cooling the rolling mill product, wherein each of the cooling nozzles corresponds to one isolation valve, and wherein the one or more water boxes are grouped into a plurality of zones, wherein the isolation valves are located on the outside of the one or more water boxes to reduce the time required to build up pressure for cooling and reducing the metallurgical property transition length of the rolling mill product, wherein the one or more water boxes comprise a plurality of cooling nozzles for cooling the rolling mill product, wherein each of the cooling nozzles corresponds to one isolation valve, and wherein the one or more water boxes are grouped into a plurality of zones, - a plurality of zone pressure reducing valves to alleviate supply pressure differentials, wherein the zone pressure reducing valves are configured to modulate the pressure based on the zone entry and finishing temperatures, and wherein zone pressure reducing valves are configured to deliver the required zone pressure set point; wherein the zone pressure reducing valves are configured to modulate the pressure based on the zone entry and finishing temperatures, and wherein zone pressure reducing valves are configured to deliver the required zone pressure set point; - a plurality of pressure transmitters positioned at each zone to detect its pressure; and - at least one pump that is coupled to the isolation valves, the pump configured to provide the pressure needed for cooling.
A method for synthetic representation of elements of interest in a display system for an aircraft, said display system comprising at least location sensors of said aircraft, a first cartographic database, a second elements of interest database, an image sensor, a unit for processing images originating from said image sensor, a unit for generating three-dimensional digital images representing the terrain that is flown over by the aircraft as a function of data originating from the location sensors, the two cartographic and elements of interest databases and the image processing unit and a display device, characterised in that, when the terrain that is flown over comprises at least one element of interest that is present in the elements of interest database, said element being displayed in the three-dimensional digital images representing the terrain that is flown over, said synthetic representation method comprises at least: - a first step (11, 12, 13, 14) of searching and detecting said element of interest in each image of a sequence of images originating from the image sensor, the detection being performed by the processing unit; and - a second step (15, 16, 17) of generating three-dimensional digital images representing the terrain that is flown over, the element of interest being represented according to a first representation if it has not been detected in any of the images of the sequence of images originating from the image sensor and according to a second representation if it is detected in at least one image of the sequence of images. - a first step (11, 12, 13, 14) of searching and detecting said element of interest in each image of a sequence of images originating from the image sensor, the detection being performed by the processing unit; and - a second step (15, 16, 17) of generating three-dimensional digital images representing the terrain that is flown over, the element of interest being represented according to a first representation if it has not been detected in any of the images of the sequence of images originating from the image sensor and according to a second representation if it is detected in at least one image of the sequence of images.
Cutting machine for cutting slices from in particular strand-like material, having a machine housing on which the following components are mounted, a drive motor and a cutting blade which is powered rotatably by this motor in a cutting plane for cutting slices, a stop plate for setting a desired slice thickness, which can move parallel to the cutting plane, and a chain frame which interacts with an depositor in order to transport the cutoff slices to a deposit area, wherein the depositor is detachably connected to a terminal of the machine housing and is pivotable around a horizontally running swivel axle, characterised in that, the terminal forms the horizontally running swivel axle and extends through an opening in a housing wall of the machine housing in the direction towards the cutting plane, such that that the depositor can be connected to the terminal from the cutting plane via a screw connection or a bayonet connection.