mhurhangee/ep-ind-claims huggingface dataset:
A steering control device for use in a vehicle having a steering wheel that is configured to receive steering input, and an electronically controlled steering unit that is configured to turn the vehicle's wheels over a road surface based on the position of the steering wheel, comprising: a reaction force device coupled to the steering wheel and responsive to a control Signal to apply a steering reaction force to the steering wheel; and a controller (19, 19') adapted to generate the control signal in response to the movement of the steering wheel and the detected road surface reaction force, wherein the controller (19, 19') is configured to vary the control signal to increase the steering reaction force in response to the detected road surface reaction force, and the controller (19, 19') is configured to determine the steering reaction force to be larger when the steering wheel is turning than when the steering wheel is returning. a reaction force device coupled to the steering wheel and responsive to a control Signal to apply a steering reaction force to the steering wheel; and a controller (19, 19') adapted to generate the control signal in response to the movement of the steering wheel and the detected road surface reaction force, wherein the controller (19, 19') is configured to vary the control signal to increase the steering reaction force in response to the detected road surface reaction force, and the controller (19, 19') is configured to determine the steering reaction force to be larger when the steering wheel is turning than when the steering wheel is returning.
Method for operating a washing machine having a suds container and a laundry drum, comprising the steps of - detecting a load of laundry in the laundry drum; - supplying an amount of water into the suds container; - rotating the laundry drum while increasing the drum speed, determining a fill level of water in the suds container during the increase in drum speed, and detecting a cut-off speed at which the determined fill level is greater than a predetermined fill level; - detecting a saturation value of the laundry, which indicates a degree of saturation of the laundry with water, by means of the detected cut-off speed and the detected load; and - detecting a drip saturation value, which defines a water binding capacity of the laundry, by means of the amount of water supplied, the saturation value and the detected load amount. - detecting a load of laundry in the laundry drum; - supplying an amount of water into the suds container; - rotating the laundry drum while increasing the drum speed, determining a fill level of water in the suds container during the increase in drum speed, and detecting a cut-off speed at which the determined fill level is greater than a predetermined fill level; - detecting a saturation value of the laundry, which indicates a degree of saturation of the laundry with water, by means of the detected cut-off speed and the detected load; and - detecting a drip saturation value, which defines a water binding capacity of the laundry, by means of the amount of water supplied, the saturation value and the detected load amount.
Outdoor shoe, in particular mountain shoe, mountain running shoe, trail running shoe or climbing shoe, comprising: a. a shoe upper; b. a textile two-dimensional region connected to the shoe upper which extends beneath a foot of a wearer of the outdoor shoe; and c. an outsole unit with a rubber material, wherein d. the two-dimensional region has been connected to the rubber material of the outsole unit without a bonding agent by vulcanizing of the rubber material, wherein the rubber material has at least partially permeated the two-dimensional region and thus lead to a mechanical connection, and wherein e. the outsole unit is integrally provided as a single piece and in addition to a tread surface comprises one or more of the following elements: a toe cap, a lateral side wing, a medial side wing, a heel cap. a. a shoe upper; b. a textile two-dimensional region connected to the shoe upper which extends beneath a foot of a wearer of the outdoor shoe; and c. an outsole unit with a rubber material, wherein d. the two-dimensional region has been connected to the rubber material of the outsole unit without a bonding agent by vulcanizing of the rubber material, wherein the rubber material has at least partially permeated the two-dimensional region and thus lead to a mechanical connection, and wherein e. the outsole unit is integrally provided as a single piece and in addition to a tread surface comprises one or more of the following elements: a toe cap, a lateral side wing, a medial side wing, a heel cap.
A terminal provisionally holding structure comprising: a first terminal including a first welding portion having a flat plate shape; a housing that holds the first terminal; and a second terminal that is connected with an external cable and includes a second welding portion having a flat plate shape, the second terminal being provisionally held by the housing in such a manner that the first welding portion and the second welding portion are opposed to each other in a direction orthogonal to the flat plate shape of their welding portion (6b, 13), so as to weld the second welding portion of the second terminal to the first welding portion of the first terminal, wherein the second terminal is provisionally held by the housing at at least two locations in such a manner that the second welding portion is located between the at least two locations. a first terminal including a first welding portion having a flat plate shape; a housing that holds the first terminal; and a second terminal that is connected with an external cable and includes a second welding portion having a flat plate shape, the second terminal being provisionally held by the housing in such a manner that the first welding portion and the second welding portion are opposed to each other in a direction orthogonal to the flat plate shape of their welding portion (6b, 13), so as to weld the second welding portion of the second terminal to the first welding portion of the first terminal, wherein the second terminal is provisionally held by the housing at at least two locations in such a manner that the second welding portion is located between the at least two locations.
Reversible plough, having a plough frame which for connecting the reversible plough to an agricultural tractor is rotatably and/or pivotably fastenable to an attachment block, and having ploughshare rows (4, 5), arranged on opposite sides of the plough frame, with plough bodies, wherein by way of a rotation movement of the plough frame, induced by way of a drive device, the one or the other ploughshare row as desired (4, 5) is transformable into its operating position or into its non-operating position, and wherein the plough bodies are fastened in a supported manner to the plough frame by way of plough-body mounts, for adjusting the plough operating width in the respective operational positions are supported on the plough frame so as to be pivotable about a substantially vertical axis and in each case are adjustable by a lever which engages through a clearance of the plough frame, characterized in that the lever which engages through the clearance of the plough frame is movably connected to at least one part (10.1, 10.2) of the plough-body mount.
An awning, in particular a pergola awning, comprising a blind extendable from an awning box, with its front end attached to a drop rod, and further with lateral guide rails extending from the awning box, preferably, in the region of its front ends each one being received on an associated support, in which guide rails the blind and the drop rod are guided and which are associated with a spreading device, characterized in that in order to form the spreading the drop rod is provided with laterally protruding spreading elements attached to its lateral ends, and further that the guide rails are provided with inward protruding counter spreading elements positioned in the region of the front end position of the drop rod onto which counter spreading elements the spreading elements of the drop rod run when the front end position is reached, with the counter spreading elements and the spreading elements running onto the latter form a lateral spreading device, whereby the counter spreading elements and the spreading elements running onto the said spreading elements form a lateral spreading device, thus leading to a desirable spreading of the guide rails.
A solar cell structure comprising: one or more spherical diodes on a substrate adapted to convert sunlight to electricity, the spherical diodes having a first surface portion for being exposed to the sun, the spherical diodes having an outer surface being formed of a first material having a first index of refraction; a first lens layer, conforming to the rounded top surfaces of the diodes, overlying the first surface portion, the first lens layer comprising transparent first particles having an average first diameter less than 300 nm, the first particles having a second index of refraction less than the first index of refraction; and a second lens layer overlying the first lens layer, the second lens layer comprising transparent second particles having an average second diameter larger than the first diameter, the second particles having a third index of refraction less than the second index of refraction. one or more spherical diodes on a substrate adapted to convert sunlight to electricity, the spherical diodes having a first surface portion for being exposed to the sun, the spherical diodes having an outer surface being formed of a first material having a first index of refraction; a first lens layer, conforming to the rounded top surfaces of the diodes, overlying the first surface portion, the first lens layer comprising transparent first particles having an average first diameter less than 300 nm, the first particles having a second index of refraction less than the first index of refraction; and a second lens layer overlying the first lens layer, the second lens layer comprising transparent second particles having an average second diameter larger than the first diameter, the second particles having a third index of refraction less than the second index of refraction.
Passive orthopedic aid in the form of a foot prosthesis or foot orthosis, with a first part which is connected to a second part in a rotatable manner via a swivel joint, with a sensor arrangement (7, 20, 21) for measuring parameters that provide indications of instantaneous input requirements of the aid, with a control means which is connected to the control arrangement (27, 28) and is used to determine input requirements and to generate corresponding control signals, with a controllable hydraulic damping arrangement (17, 18) with which a movement resistance acting on the rotation movement between the first part and the second part can be modified, and with a control means which converts the control signals of the processor arrangement and is used to control the damping arrangement, wherein the damping arrangement is a dualaction hydraulic cylinder with two hydraulic chambers (29, 30) separated from each other by a piston, and the hydraulic chambers are connected via two connection lines which permit a flow of the hydraulic fluid only in mutually opposite directions and whose flow resistances can be adjusted by the control separately and in each case via their own adjustment means, characterized in that the sensor arrangement (7, 20, 21) is configured for measuring an ankle moment of the swivel joint and in that the processor arrangement is configured for determining a current neutral point position by evaluating the zero-crossing of the ankle moment and in that the control signals for the flow resistances in the two connection lines are generated with respect to the neutral point position.
A hand-held clothes airing device, comprising a handle assembly, an airing device, a supporting device, a first hinged piece, a second hinged piece, an upper connection body, a lower connection body, an inner pipe and an outer pipe, wherein the handle assembly is fixedly connected to an upper end of the inner pipe; a lower end of the inner pipe is sleeved to an interior of the outer pipe and can be slid up and down in the outer pipe; the airing device is hinged to the upper connection body; the upper connection body is fixed on an upper end of the outer pipe; one end of the first hinged piece is hinged to the airing device, and the other end of the first hinged piece is hinged to the handle assembly; the supporting device is located below the airing device; the supporting device is hinged to the lower connection body; one end of the second hinged piece is hinged to the supporting device, and the other end of the second hinged piece is hinged to the outer pipe; the lower connection body is slidably connected to the outer pipe; a sliding groove is formed on a sidewall of the outer pipe; the lower connection body is fixedly connected to the lower end of the inner pipe via a slider; the slider passes through the sliding groove and can be slid up and down in the sliding groove; the airing device and the supporting device can be unfolded or folded; when the airing device is completely unfolded, the handle assembly is clamped with the upper connection body; and when the airing device is folded, the handle assembly is separated from the upper connection body.
An operating method for an atomiser for the coating of components, particularly of vehicle body parts, with the following steps: a) Presetting of a desired spray jet width and/or a desired path overlapping (b Ü) between adjacent coating agent paths, b) Application of a spray jet of a coating agent through the atomiser, c) Determination of at least one application parameter (η, γ, T, BC/CC, Q Lack, n, U) which reproduces a characteristic (η, γ, T, BC/CC) of the applied coating agent or an operating variable (Q Lack, n, U) of the atomiser, d) Discharge of a first guide air flow for the formation of the spray jet, and/or e) Depositing of coating agent paths, lying parallel next to one another, onto components wherein the adjacent coating agent paths have a certain path spacing (d) between their central axes, characterised by the following steps: f) Control of the actual spray jet width to the preset and desired spray jet width by adjusting the first guide air flow depending on the determined application parameter (η, γ, T, BC/CC, Q Lack, n, U), and/or g) Control of the actual path overlapping to the preset and desired path overlapping (b Ü) by adjusting the path spacing (d) and/or by adjusting the painting speed depending on the application parameter (η, γ, T, BC/CC, Q Lack, n, U). a) Presetting of a desired spray jet width and/or a desired path overlapping (b Ü) between adjacent coating agent paths, b) Application of a spray jet of a coating agent through the atomiser, c) Determination of at least one application parameter (η, γ, T, BC/CC, Q Lack, n, U) which reproduces a characteristic (η, γ, T, BC/CC) of the applied coating agent or an operating variable (Q Lack, n, U) of the atomiser, d) Discharge of a first guide air flow for the formation of the spray jet, and/or e) Depositing of coating agent paths, lying parallel next to one another, onto components wherein the adjacent coating agent paths have a certain path spacing (d) between their central axes, f) Control of the actual spray jet width to the preset and desired spray jet width by adjusting the first guide air flow depending on the determined application parameter (η, γ, T, BC/CC, Q Lack, n, U), and/or g) Control of the actual path overlapping to the preset and desired path overlapping (b Ü) by adjusting the path spacing (d) and/or by adjusting the painting speed depending on the application parameter (η, γ, T, BC/CC, Q Lack, n, U).
A method for decoding video, the method comprising: receiving video information including information on a tile (610, 620) and information on a slice, wherein the tile (610, 620) is a common rectangular region of a column of largest coding units (LCUs) and a row of largest coding units (LCUs) and the slice comprises an integer number of largest coding units (LCUs); deriving the tile (610, 620) and the slice in a current picture (300; 400; 500; 1110; 1210; 1410) based on the received video information, wherein the current picture (300; 400; 500; 1110; 1210; 1410) includes more than one tile (610, 620) and more than one slice; and performing decoding for the current picture (300; 400; 500; 1110; 1210; 1410) based on the more than one tile (610, 620) and the more than one slice, characterized in that the following constraints are imposed: the largest coding units (LCUs) in the slice are ordered consecutively in tile scan order, in the tile scan order, largest coding units (LCUs) in each of the tiles (610, 620) in the slice are ordered in the raster scan order and the tiles (610, 620) in the slice are ordered in the raster scan order, and tile IDs specifying the tiles (610, 620) ordered in the slice are consecutive. receiving video information including information on a tile (610, 620) and information on a slice, wherein the tile (610, 620) is a common rectangular region of a column of largest coding units (LCUs) and a row of largest coding units (LCUs) and the slice comprises an integer number of largest coding units (LCUs); deriving the tile (610, 620) and the slice in a current picture (300; 400; 500; 1110; 1210; 1410) based on the received video information, wherein the current picture (300; 400; 500; 1110; 1210; 1410) includes more than one tile (610, 620) and more than one slice; and performing decoding for the current picture (300; 400; 500; 1110; 1210; 1410) based on the more than one tile (610, 620) and the more than one slice, the largest coding units (LCUs) in the slice are ordered consecutively in tile scan order, in the tile scan order, largest coding units (LCUs) in each of the tiles (610, 620) in the slice are ordered in the raster scan order and the tiles (610, 620) in the slice are ordered in the raster scan order, and tile IDs specifying the tiles (610, 620) ordered in the slice are consecutive.
Apparatus of providing a security service for a data center, comprising means for performing: receiving a packet terminating at or originating from the data center, wherein the packet comprises data to be stored or having been stored in the data center; determining labels for the packet, each label indicating a security requirement for the packet; determining a first label for the packet, the first label indicating a security requirement for transmission of the packet in the security service chain; determining at least one of the following for the packet: - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; selecting, based on the determined labels, a security service chain for the packet, the security service chain comprising an ordered set of security functions that are deployed in the data center and to be applied to the packet; and transmitting the packet to the selected security service chain in association with the determined labels, the packet being processed by the ordered set of security functions in the security service chain. receiving a packet terminating at or originating from the data center, wherein the packet comprises data to be stored or having been stored in the data center; determining labels for the packet, each label indicating a security requirement for the packet; determining a first label for the packet, the first label indicating a security requirement for transmission of the packet in the security service chain; determining at least one of the following for the packet: - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; - a second label indicating a security requirement for storage of the data in the data center, and - a third label indicating a security requirement for access of the data in the data center; selecting, based on the determined labels, a security service chain for the packet, the security service chain comprising an ordered set of security functions that are deployed in the data center and to be applied to the packet; and transmitting the packet to the selected security service chain in association with the determined labels, the packet being processed by the ordered set of security functions in the security service chain.
A method for producing oxalic acid and co-products, comprising: receiving an anolyte feed including a hydrogen halide at an anolyte region of a first electrochemical cell including an anode; receiving a catholyte feed including carbon dioxide and an alkali metal bicarbonate at a catholyte region of the first electrochemical cell including a cathode; applying an electrical potential between the anode and the cathode of the first electrochemical cell sufficient to reduce the carbon dioxide to formate and to oxidize the hydrogen halide to a halogen; converting the formate to an alkali metal oxalate via a thermal reaction; receiving the alkali metal oxalate at a first electrochemical acidification electrolyzer; converting the alkali metal oxalate to oxalic acid and co-producing alkali metal hydroxide, hydrogen, and a halogen at the first electrochemical acidification electrolyzer; converting an alkali metal halide in a second electrochemical acidification electrolyzer to produce a hydrogen halide containing solution, an alkali metal hydroxide, and hydrogen; and feeding at least a portion of the hydrogen halide containing solution to the anolyte region of the first electrochemical cell; feeding at least a portion of the hydrogen halide containing solution to the first electrochemical acidification electrolyzer; and feeding at least a portion of the alkali metal hydroxide from the second electrochemical acidification electrolyzer to a reactor to react with the carbon dioxide to form the alkali metal bicarbonate. receiving an anolyte feed including a hydrogen halide at an anolyte region of a first electrochemical cell including an anode; receiving a catholyte feed including carbon dioxide and an alkali metal bicarbonate at a catholyte region of the first electrochemical cell including a cathode; applying an electrical potential between the anode and the cathode of the first electrochemical cell sufficient to reduce the carbon dioxide to formate and to oxidize the hydrogen halide to a halogen; converting the formate to an alkali metal oxalate via a thermal reaction; receiving the alkali metal oxalate at a first electrochemical acidification electrolyzer; converting the alkali metal oxalate to oxalic acid and co-producing alkali metal hydroxide, hydrogen, and a halogen at the first electrochemical acidification electrolyzer; converting an alkali metal halide in a second electrochemical acidification electrolyzer to produce a hydrogen halide containing solution, an alkali metal hydroxide, and hydrogen; and feeding at least a portion of the hydrogen halide containing solution to the anolyte region of the first electrochemical cell; feeding at least a portion of the hydrogen halide containing solution to the first electrochemical acidification electrolyzer; and feeding at least a portion of the alkali metal hydroxide from the second electrochemical acidification electrolyzer to a reactor to react with the carbon dioxide to form the alkali metal bicarbonate.