mhurhangee/ep-ind-claims huggingface dataset:
A sorbent cartridge, comprising: a continuous sidewall extending between a first end wall and a second end wall, which define a chamber; at least first and second layers, wherein the at least first and second layers extend across the chamber within the continuous sidewall, wherein at least one of the first and second layers comprises a first region, a second region adjacent the first region and located closer to the continuous sidewall than the first region, first solid particulate media in the first region having a first average packing density, second solid particulate media in the second region having a second average packing density, and a packing density differential between the first solid particulate media in the first region and the second solid particulate media in the second region, wherein the first average packing density is less than the second average packing density when at least the first and second layers are wet. a continuous sidewall extending between a first end wall and a second end wall, which define a chamber; at least first and second layers, wherein the at least first and second layers extend across the chamber within the continuous sidewall, wherein at least one of the first and second layers comprises a first region, a second region adjacent the first region and located closer to the continuous sidewall than the first region, first solid particulate media in the first region having a first average packing density, second solid particulate media in the second region having a second average packing density, and a packing density differential between the first solid particulate media in the first region and the second solid particulate media in the second region, wherein the first average packing density is less than the second average packing density when at least the first and second layers are wet.
Actuating device, in particular for a vehicle brake system, comprising - a control device and a first piston-cylinder unit, the at least one working chamber of which is connected via at least one hydraulic line and a valve device with inlet valves or switching valves which are at least open when de-energized, to at least one actuator, in particular a wheel brake (RB1, RB2, RB3, RB4), - a controllable or adjustable pressure source (20, DV) for supplying the at least one hydraulic line or the actuator connected thereto or the wheel brake, respectively with pressure medium, characterized in that the control device regulates the pressure build-up via volume control (ΔV) and/or time control (Δt) by means of inlet valves, and the inner space or armature space of the inlet valve is connected via a hydraulic line to the associated brake circuit and the valve seat outlet (Ea) is connected via a hydraulic line to the associated wheel brake or actuator, respectively. - a control device and a first piston-cylinder unit, the at least one working chamber of which is connected via at least one hydraulic line and a valve device with inlet valves or switching valves which are at least open when de-energized, to at least one actuator, in particular a wheel brake (RB1, RB2, RB3, RB4), - a controllable or adjustable pressure source (20, DV) for supplying the at least one hydraulic line or the actuator connected thereto or the wheel brake, respectively with pressure medium, characterized in that the control device regulates the pressure build-up via volume control (ΔV) and/or time control (Δt) by means of inlet valves, and the inner space or armature space of the inlet valve is connected via a hydraulic line to the associated brake circuit and the valve seat outlet (Ea) is connected via a hydraulic line to the associated wheel brake or actuator, respectively.
A satellite comprising: a body; at least one generally planar structure extending from the body; one or more radio frequency "RF" antennas, an amplification system for RF signals, and a power distribution system for supplying power to the amplification system mounted on the generally planar structure; wherein: the one or more RF antennas and the amplification system, and optionally the power distribution system, are arranged on respective parallel boards (310, 312, 314) forming part of the generally planar structure; and the one or more antennas are connected via RF connectors to one or more amplifiers of the amplification system; characterised in that the boards (310, 312, 314) are positioned in a spaced apart arrangement with support elements (316, 318) maintaining the spacing between the boards (310, 312, 314); and the support elements contact at least the board supporting the amplification system to act as a heat sink for the amplification system. a body; at least one generally planar structure extending from the body; one or more radio frequency "RF" antennas, an amplification system for RF signals, and a power distribution system for supplying power to the amplification system mounted on the generally planar structure; wherein: the one or more RF antennas and the amplification system, and optionally the power distribution system, are arranged on respective parallel boards (310, 312, 314) forming part of the generally planar structure; and the one or more antennas are connected via RF connectors to one or more amplifiers of the amplification system; characterised in that the boards (310, 312, 314) are positioned in a spaced apart arrangement with support elements (316, 318) maintaining the spacing between the boards (310, 312, 314); and the support elements contact at least the board supporting the amplification system to act as a heat sink for the amplification system. the one or more RF antennas and the amplification system, and optionally the power distribution system, are arranged on respective parallel boards (310, 312, 314) forming part of the generally planar structure; and the one or more antennas are connected via RF connectors to one or more amplifiers of the amplification system; characterised in that the boards (310, 312, 314) are positioned in a spaced apart arrangement with support elements (316, 318) maintaining the spacing between the boards (310, 312, 314); and the support elements contact at least the board supporting the amplification system to act as a heat sink for the amplification system.
An agricultural harvester comprising: a self-propelled vehicle; a feederhouse disposed on the front of the self-propelled vehicle; a driveshaft having a proximal end supported for rotation on the feederhouse about an axis of rotation and a distal end that is extendable from the proximal end; wherein a first coupler is fixed to the distal end, said first coupler is configured for engagement with a second coupler, said second coupler is disposed on an agricultural harvesting head to drive a reciprocating knife of the agricultural harvesting head, a piston is fixed to the driveshaft to extend the distal end with respect to the proximal end, the driveshaft comprises a first sliding shaft, and a second sliding shaft slidingly supported on the first sliding shaft, first splines are disposed on the first sliding shaft, and second splines are disposed on the second sliding shaft, and the first sliding shaft is received into the second sliding shaft such that the first splines slidingly engage the second splines, characterized in that a piston rod supporting a piston is fixed to the second sliding shaft, and that the piston rod and the piston are slidingly received in a longitudinal bore formed in the first sliding shaft. a self-propelled vehicle; a feederhouse disposed on the front of the self-propelled vehicle; a driveshaft having a proximal end supported for rotation on the feederhouse about an axis of rotation and a distal end that is extendable from the proximal end; wherein a first coupler is fixed to the distal end, said first coupler is configured for engagement with a second coupler, said second coupler is disposed on an agricultural harvesting head to drive a reciprocating knife of the agricultural harvesting head, a piston is fixed to the driveshaft to extend the distal end with respect to the proximal end, the driveshaft comprises a first sliding shaft, and a second sliding shaft slidingly supported on the first sliding shaft, first splines are disposed on the first sliding shaft, and second splines are disposed on the second sliding shaft, and the first sliding shaft is received into the second sliding shaft such that the first splines slidingly engage the second splines, characterized in that a piston rod supporting a piston is fixed to the second sliding shaft, and that the piston rod and the piston are slidingly received in a longitudinal bore formed in the first sliding shaft.
An assembly comprising: a turbine housing that comprises a bore, a wastegate seat and a wastegate passage that extends to the wastegate seat; a bushing disposed at least in part in the bore; a rotatable wastegate shaft received at least in part by the bushing; a wastegate plug that extends from the wastegate shaft; a control arm operatively coupled to the wastegate shaft; a control link operatively coupled to the control arm; a pin that forms a joint between the control arm and the control link; and a biasing element coupled to the pin and to the control link; characterized in that, the biasing element applies a compression force that is between legs of the biasing element where one of the legs is disposed in an opening of the pin and another one of the legs is in contact with a distal end surface of the control link. a turbine housing that comprises a bore, a wastegate seat and a wastegate passage that extends to the wastegate seat; a bushing disposed at least in part in the bore; a rotatable wastegate shaft received at least in part by the bushing; a wastegate plug that extends from the wastegate shaft; a control arm operatively coupled to the wastegate shaft; a control link operatively coupled to the control arm; a pin that forms a joint between the control arm and the control link; and a biasing element coupled to the pin and to the control link; characterized in that, the biasing element applies a compression force that is between legs of the biasing element where one of the legs is disposed in an opening of the pin and another one of the legs is in contact with a distal end surface of the control link.
Cooktop, in particular gas cooktop, with a cooktop plate, a fastening ring and a gas burner arrangement, wherein the gas burner arrangement has a gas burner, a thermal element and an ignition element, wherein the fastening ring is designed to connect the gas burner with the cooktop plate, wherein the gas burner comprises a holding device for holding the thermal element and the ignition element and a contact surface, which is designed to come into surface contact with a cooktop plate, wherein the holding device has a thermal element receiving slot, into which the thermal element is pushed laterally parallel to the contact surface, wherein the holding device has an ignition element receiving slot, into which the ignition element is pushed laterally parallel to the contact surface, characterised in that a housing of the thermal element can engage behind the thermal element receiving slot with a form fit so that the thermal element is fixed perpendicular to the contact surface, wherein a housing of the ignition element engages behind the ignition element receiving slot with a form fit, so that the ignition element is fixed perpendicular to the contact surface, wherein the gas burner can be screwed to the fastening ring which can be positioned on the cooktop plate, wherein the fastening ring has a cut-out (28, 29) for the thermal element and the ignition element in each case, and wherein the thermal element and the ignition element can be slid through the corresponding cut-outs (28, 29) when a burner pot of the gas burner is assembled on the cooktop plate, in order to fix the thermal element and the ignition element additionally in the x- and y-direction of the burner pot.
An authentication method between an authenticatee, which stores a plurality of pieces of secret information XY and a plurality of pieces of secret information XY E which are created by encrypting the plurality of pieces of secret information XY, and an authenticator which authenticates the authenticatee, comprising: executing, by the authenticator, a decryption process on the secret information XY E which is received from the authenticatee, and sharing the secret information XY; receiving, by the authenticatee, a random number B which is generated by the authenticator, and loading the secret information XY; generating, by the authenticatee, a random number A and data v, wherein ν having a probability η of occurrence of 1 and wherein η < 0,5; generating, by the authenticatee, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticatee, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; transmitting, by the authenticatee, an calculated result Z from the data ν and the data C, to the authenticator; generating, by the authenticator, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticator, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; and executing, by the authenticator, a determination process by using the received calculated result Z and the generated data C. executing, by the authenticator, a decryption process on the secret information XY E which is received from the authenticatee, and sharing the secret information XY; receiving, by the authenticatee, a random number B which is generated by the authenticator, and loading the secret information XY; generating, by the authenticatee, a random number A and data v, wherein ν having a probability η of occurrence of 1 and wherein η < 0,5; generating, by the authenticatee, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticatee, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; transmitting, by the authenticatee, an calculated result Z from the data ν and the data C, to the authenticator; generating, by the authenticator, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticator, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; and executing, by the authenticator, a determination process by using the received calculated result Z and the generated data C.
A roller shutter comprising a top element and a shutter body including a plurality of slats, each slat extending in a longitudinal direction between two end edges and having first and second side edges parallel to the longitudinal direction, said shutter body being adapted to be wound up in and rolled out from said top element by means of a driving device, in a direction perpendicular to said longitudinal direction to a first screening position, in which the shutter body defines a general screening plane, wherein at least some slats of said plurality of slats are tiltable about an axis parallel to said longitudinal direction between the first screening position to a second screening position, in which each tiltable slat forms an angle with said general screening plane, the roller shutter being furthermore provided with two side rails (3, 4), each side rail comprising at least one part that is movable relative to other parts (42, 43) of the side rail, and the end edges of each slat include guide means adapted to be guided in the at least one movable part of a respective side rail, characterized in that said at least one movable part is an outer side rail part connected to an inner side rail part, that a driving element of the driving device is connected to at least one fixed part of the respective side rail, that the end edge of each tiltable slat includes fastening means for fastening the slat to the driving element of the driving device at the first side edge of the slat, and wherein the guide means for establishing the connection with the at least one movable part of the side rail are provided at the second side edge, and that the guide means comprise a pin protruding from each end edge of each adjustable slat.
A portable air purifier comprising: a blower fan configured to be rotated about a rotation shaft extending in a first direction and including a hub and fan blades connected to a radial circumference of the hub; and a fan cover which includes a shield plate disposed at a discharge side of the blower fan to cover the hub and includes guide vanes configured to guide a discharge direction of air discharged from the blower fan, wherein a blowing surface (Sw) is formed in front of a region in which the fan blade is rotated, the guide vane is disposed in front of the blowing surface (Sw) and radially extends from the rotation shaft, characterized in that: the fan cover includes an upper cover portion and a lower cover portion, the blower fan coupled to the upper cover portion, an air discharge portion formed to pass through the upper cover portion in front of the blower fan, the shield plate is disposed in the air discharge portion, and the guide vane connects the shield plate and the upper cover portion; wherein the lower cover portion is disposed in front of a battery and supports the battery in front thereof, the guide vane includes a first guide surface disposed adjacent to the blower fan and a second guide surface connected to the first guide surface and disposed farther than the first guide surface from the blower fan, the second guide surface is parallel to the first direction, and the first guide surface forms a certain angle (a) with respect to the blowing surface (Sw). a blower fan configured to be rotated about a rotation shaft extending in a first direction and including a hub and fan blades connected to a radial circumference of the hub; and a fan cover which includes a shield plate disposed at a discharge side of the blower fan to cover the hub and includes guide vanes configured to guide a discharge direction of air discharged from the blower fan, wherein a blowing surface (Sw) is formed in front of a region in which the fan blade is rotated, the guide vane is disposed in front of the blowing surface (Sw) and radially extends from the rotation shaft, the fan cover includes an upper cover portion and a lower cover portion, the blower fan coupled to the upper cover portion, an air discharge portion formed to pass through the upper cover portion in front of the blower fan, the shield plate is disposed in the air discharge portion, and the guide vane connects the shield plate and the upper cover portion; wherein the lower cover portion is disposed in front of a battery and supports the battery in front thereof, the guide vane includes a first guide surface disposed adjacent to the blower fan and a second guide surface connected to the first guide surface and disposed farther than the first guide surface from the blower fan, the second guide surface is parallel to the first direction, and the first guide surface forms a certain angle (a) with respect to the blowing surface (Sw).
Electric motor, in particular starting device for internal combustion engines, an electrical resistor having a negative temperature coefficient being connected upstream in the main current path of an electromagnetically excitable rotor of the electric motor, characterized in that the electrical resistor comprises at least one monocrystalline semiconductor and the monocrystalline semiconductor (90, 93) is composed of highly doped silicon, and in that at least one region with low doping is present, which is also monocrystalline.
Installation for supplying at least one electrical load or energy store with direct current by means of a plurality of electrical generators located at rollers, in particular track rollers or support rollers, of a cableway system, characterized in that the output of each of the generators (G, G1, G2, G3... Gn) is routed to a respective AC/DC converter (41, 42, 43... 4n), in that an output of each AC/DC converter (41, 42, 43... 4n) is connected via a common bidirectional control line (41, 42, 43... 4n). 4n) to a common control unit, wherein all AC/DC converters (41, 42, 43... 4n) are controlled or regulated by means of the common control unit to the effect that at least approximately identical constant voltages arise at their outputs, and wherein the outputs of all AC/DC converters (41, 42, 43... 4n) are connected to one another and are connected to at least one load or energy store.
A method of controlling a construction machine having a frame, a milling drum supported from the frame for milling a ground surface, and a plurality of ground engaging supports (28,30) engaging the ground surface and supporting the frame, the method comprising the following steps: (a) rotating the milling drum; (b) lowering the rotating milling drum into the ground surface; (c) sensing a parameter corresponding to a reaction force acting on the milling drum; characterized in (d) detecting a change in the sensed parameter corresponding to an increase in the reaction force; and (e) in response to detecting the change in step (d), and while continuing to rotate the milling drum, slowing a rate of lowering in step (b) and thereby preventing a lurch forward or lurch backward event. (a) rotating the milling drum; (b) lowering the rotating milling drum into the ground surface; (c) sensing a parameter corresponding to a reaction force acting on the milling drum; characterized in (d) detecting a change in the sensed parameter corresponding to an increase in the reaction force; and (e) in response to detecting the change in step (d), and while continuing to rotate the milling drum, slowing a rate of lowering in step (b) and thereby preventing a lurch forward or lurch backward event.
A dental blank holder (10; 100; 200; 300; 400) for the manufacture of dental articles, comprising: a frame (18; 180; 280; 380; 480) configured to cooperate with a dental mill, the frame comprising an inner periphery and an outer periphery, the inner periphery including a plurality of receiving walls forming receiving spaces (22; 122; 222; 322; 422), each receiving space (22; 122; 222; 322; 422) configured to receive a dental blank; a movable arm (30; 130; 230; 330; 430) configured to form a plurality of locking walls (30a, 32), each locking wall configured to enclose a corresponding receiving space (22; 122; 222; 322; 422), the movable arm (30; 130; 230; 330; 430) including at least one biasing member (50a, 50b; 150; 250; 350; 450) configured to apply an individual force toward each receiving space (22; 122; 222; 322; 422) such that each of the dental blanks is held in the receiving spaces for a milling process. a frame (18; 180; 280; 380; 480) configured to cooperate with a dental mill, the frame comprising an inner periphery and an outer periphery, the inner periphery including a plurality of receiving walls forming receiving spaces (22; 122; 222; 322; 422), each receiving space (22; 122; 222; 322; 422) configured to receive a dental blank; a movable arm (30; 130; 230; 330; 430) configured to form a plurality of locking walls (30a, 32), each locking wall configured to enclose a corresponding receiving space (22; 122; 222; 322; 422), the movable arm (30; 130; 230; 330; 430) including at least one biasing member (50a, 50b; 150; 250; 350; 450) configured to apply an individual force toward each receiving space (22; 122; 222; 322; 422) such that each of the dental blanks is held in the receiving spaces for a milling process.