mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly comprising: a first connector portion having a first connector housing, a pair of cam track structures and a lever, each of the cam track structures pivotally mounted to a yoke at a location that is offset from a lever axis, the lever being pivotally coupled to the first connector housing for movement between a lowered position and a raised position, the lever being coupled to the cam track structures such that the cam track structures are in a retracted position when the lever is in the lowered position and the cam track structures are in an extended position when the lever is in the raised position; a second connector portion having a second connector housing and a plurality of cam followers, the second connector housing being adapted to support a plurality of wire harness connectors, each of the cam followers being fixedly coupled to the second connector housing and received through an U-shape aperture and in a corresponding one of the cam tracks; wherein the first connector portion comprises a cam track lock that cooperates with another portion of the first connector portion when the first connector portion is decoupled from the second connector portion to inhibit movement of at least one of the cam track structures from the retracted position toward the extended position to thereby inhibit movement of the lever from the lowered position toward the raised position; and characterized in that the second connector housing comprises a rib that urges the cam track lock out of engagement with the another portion of the first connector portion. a first connector portion having a first connector housing, a pair of cam track structures and a lever, each of the cam track structures pivotally mounted to a yoke at a location that is offset from a lever axis, the lever being pivotally coupled to the first connector housing for movement between a lowered position and a raised position, the lever being coupled to the cam track structures such that the cam track structures are in a retracted position when the lever is in the lowered position and the cam track structures are in an extended position when the lever is in the raised position; a second connector portion having a second connector housing and a plurality of cam followers, the second connector housing being adapted to support a plurality of wire harness connectors, each of the cam followers being fixedly coupled to the second connector housing and received through an U-shape aperture and in a corresponding one of the cam tracks; wherein the first connector portion comprises a cam track lock that cooperates with another portion of the first connector portion when the first connector portion is decoupled from the second connector portion to inhibit movement of at least one of the cam track structures from the retracted position toward the extended position to thereby inhibit movement of the lever from the lowered position toward the raised position; and characterized in that the second connector housing comprises a rib that urges the cam track lock out of engagement with the another portion of the first connector portion.
A data receiving apparatus, comprising: a reception unit configured to receive a first data frame where a first constellation mapping scheme is applied, and to receive a second data frame where a second constellation mapping scheme is applied; a determination unit configured to determine a constellation mapping scheme applied to each of the first data frame and the second data frame; and a frame identification unit configured to identify the first data frame and the second data frame in accordance with the determined constellation mapping scheme, wherein the determination unit is adapted to separately generate a decision matrix with respect to the first data frame and the second data frame, and to compare the separately generated decision matrixes with a predetermined threshold value to thereby determine the constellation mapping scheme. a reception unit configured to receive a first data frame where a first constellation mapping scheme is applied, and to receive a second data frame where a second constellation mapping scheme is applied; a determination unit configured to determine a constellation mapping scheme applied to each of the first data frame and the second data frame; and a frame identification unit configured to identify the first data frame and the second data frame in accordance with the determined constellation mapping scheme, wherein the determination unit is adapted to separately generate a decision matrix with respect to the first data frame and the second data frame, and to compare the separately generated decision matrixes with a predetermined threshold value to thereby determine the constellation mapping scheme.
A use of Hylocereus undatus fruit extract as light activated fluorescent colorant of skin for reducing the visual perception of skin imperfection, the use comprises applying onto an imperfect skin area of a human subject in need thereof Hylocereus undatus fruit extract or a composition comprising same in an amount sufficient to provide thin layer cover of the imperfect skin area, thereby reducing the visual perception of imperfection of said skin area when exposed to a light source comprising ultraviolet light, wherein the H. undatus fruit extract is produced by a process comprising the steps of: a. separating the edible fruit flesh from the pericarp; b. milling the fruit flesh to obtain a slurry; c. separating insoluble solids from the slurry to obtain a pulp-free juice; d. heating the pulp-free juice; and e. separating insoluble solids from the heated pulp-free juice to obtain a liquid extract. a. separating the edible fruit flesh from the pericarp; b. milling the fruit flesh to obtain a slurry; c. separating insoluble solids from the slurry to obtain a pulp-free juice; d. heating the pulp-free juice; and e. separating insoluble solids from the heated pulp-free juice to obtain a liquid extract.
A method of a receiver of measuring a received power of at least one signal having a pattern known to the receiver, the signal having been transmitted by at least one antenna, the method comprising: using a first method of measuring the received power based on the pattern, the first method generating a first sequence of first power estimates; determining whether a predetermined first event has occurred, wherein the determining step includes detecting that the signal was transmitted by at least two antennas and that the received power is greater than a particular amount relative to a received power of a strongest cell; and if the first event has occurred, changing to a second method of measuring the received power, the second method being different from the first method and generating a second sequence of second power estimates, wherein the second method of measuring the received power differs from the first method at least in that the second method generates the second sequence based on the patterns transmitted by the at least two antennas, the method further comprising: if a change to the second method has occurred, determining whether a predetermined second event has occurred based on the second sequence of second power estimates; and if the second event has occurred, changing back to the first method of measuring the received power, wherein the second event comprises that the measured received power becomes below a threshold relative to the received power of the strongest cell. using a first method of measuring the received power based on the pattern, the first method generating a first sequence of first power estimates; determining whether a predetermined first event has occurred, wherein the determining step includes detecting that the signal was transmitted by at least two antennas and that the received power is greater than a particular amount relative to a received power of a strongest cell; and if the first event has occurred, changing to a second method of measuring the received power, the second method being different from the first method and generating a second sequence of second power estimates, wherein the second method of measuring the received power differs from the first method at least in that the second method generates the second sequence based on the patterns transmitted by the at least two antennas, the method further comprising: if a change to the second method has occurred, determining whether a predetermined second event has occurred based on the second sequence of second power estimates; and if the second event has occurred, changing back to the first method of measuring the received power, wherein the second event comprises that the measured received power becomes below a threshold relative to the received power of the strongest cell. if a change to the second method has occurred, determining whether a predetermined second event has occurred based on the second sequence of second power estimates; and if the second event has occurred, changing back to the first method of measuring the received power,
Method for filtering a transmission signal which is transmitted in a vehicle ad hoc network and carries at least position data relating to subscribers (3, 5, 8) in data packets, comprising: - receiving the transmission signal, - filtering (45, 47, 48) the data packets from the transmission signal on the basis of a receive filter having a predetermined receive filter rule for demodulating the data packets from the transmission signal and an additional predetermined condition (54, 55), and - outputting the filtered data packets to a data processing device (13, 46) which is superordinate to the receive filter, wherein the predetermined condition (54, 55) comprises a minimum signal strength (54, 55) which the transmission signal must have at the location of the data packet to be demodulated, characterized in that the minimum signal strength (54, 55) is dependent on a processing load of the receive filter and/or a processing load of the data processing device (13, 46). - receiving the transmission signal, - filtering (45, 47, 48) the data packets from the transmission signal on the basis of a receive filter having a predetermined receive filter rule for demodulating the data packets from the transmission signal and an additional predetermined condition (54, 55), and - outputting the filtered data packets to a data processing device (13, 46) which is superordinate to the receive filter, wherein the predetermined condition (54, 55) comprises a minimum signal strength (54, 55) which the transmission signal must have at the location of the data packet to be demodulated, characterized in that the minimum signal strength (54, 55) is dependent on a processing load of the receive filter and/or a processing load of the data processing device (13, 46).
Method of assisting a driver of a vehicle comprising a driving assistance system, comprising a first activated autonomous driving mode, comprising steps of: - detection of a communication in progress by the driver, - detection of a future deactivation of the first autonomous mode, - emission of a first alert to the driver so as to warn him of the future deactivation of the first autonomous mode, characterized in that the driver being in communication with an interlocutor, said method further comprises a step of transmission of a second alert to said interlocutor. - detection of a communication in progress by the driver, - detection of a future deactivation of the first autonomous mode, - emission of a first alert to the driver so as to warn him of the future deactivation of the first autonomous mode,
Sealant consisting of 10 - 60 wt.% of a silyl modified polymer, 10 - 50 wt.% of filler, 0 - 30 wt.% of a plasticizer, 0 - 15 wt.% additives, wherein the additives are selected from catalysts, rheology control agents, pigments, pigment pastes, HALS, UV stabilizers, adhesion promotors, drying agents, and combinations thereof, characterized in wherein the polymer comprises a functionalized polyether backbone with methoxysilane terminal groups, and 0.05 - 5 wt.% of an anti-oxidant, to a total of 100 wt.%, wherein the anti-oxidant comprises a moiety according to fig. 4, the anti-oxidant further comprising a core structure according to figure 1, figure 2, or figure 3 wherein R1, R3, and R5 are independently selected from H, methyl and ethyl, and wherein R2, R4, R6, are independently selected from H, C 1 -C 10 linear or branched alkyl, the alkyl optionally containing a heteroatom selected from O, N, S, and fig. 4, with the proviso that at least one of R2, R4, and R6 is a structure according to fig. 4, wherein X1 is a bridging group attached to the core structure of fig. 1, fig. 2 or fig. 3, respectively, and wherein X1 is selected from methylene, sulfur, and amine, and X3 and X5 are independently selected from branched and linear C 1 -C 7 -alkyls, wherein all wt.% are relative to a total weight of the sealant. wherein R1, R3, and R5 are independently selected from H, methyl and ethyl, and wherein R2, R4, R6, are independently selected from H, C 1 -C 10 linear or branched alkyl, the alkyl optionally containing a heteroatom selected from O, N, S, and fig. 4, with the proviso that at least one of R2, R4, and R6 is a structure according to fig. 4, wherein X1 is a bridging group attached to the core structure of fig. 1, fig. 2 or fig. 3, respectively, and wherein X1 is selected from methylene, sulfur, and amine, and X3 and X5 are independently selected from branched and linear C 1 -C 7 -alkyls, wherein all wt.% are relative to a total weight of the sealant.
A dishwasher comprising a washing tub having a base, a rear wall and two side walls surrounding the base, a door that provides access to the washing tub, that is connected to the washing tub from the lower side and that opens by tilting forwards, a rack having a washing position wherein it is placed over the base to remain entirely inside the washing tub and a loading position wherein it is positioned on the inner surface of the door by being moved forwards when the door is open and wherein loading-unloading can be performed, a spray arm that extends from the base towards inside the washing tub, that remains under the rack when the rack is in the washing position and that sprays water towards inside the rack by rotating around itself, a channel extending from the base into the washing tub and whereon the spray arm is disposed so as to move upwards/downwards, and a spray arm bearing that is situated under the spray arm, that at least partially surrounds the channel and whereon the spray arm is partially seated when the spray arm is stationary, characterized in that it further comprises at least one extension that is disposed on the spray arm so as to face the spray arm bearing and that moves together with the spray arm and in that the spray arm bearing enables the motion of the extension to end such that one end of the spray arm faces the door.
Method for the vapour extraction from a pre-treatment unit for surface coating units, more particularly paint shops, in which vapours are extracted from the pre-treatment unit during the pre-treatment of workpieces, wherein ambient air enters the pre-treatment unit in order to compensate for the extracted air volume, characterised in that in addition to the incoming ambient air exhaust air from an exhaust system is blown into the pre-treatment unit.
An image forming apparatus having a plurality of specific functions and including at least a main CPU, a network controller, an interrupt controller, and an image processing processor, the image forming apparatus comprising: displaying means configured to display a user interface screen for a user to set, as valid or invalid, at least one specific function among the plurality of specific functions that need to respond to an inquiry from an external apparatus via a network within a specific time to prevent a failure in communication with the external apparatus via the network; determining means configured to determine whether or not at least one specific function is set as valid; and power control means configured to, when a condition to shift the image forming apparatus to a power saving state is satisfied, shift the image forming apparatus to a first power saving state if it is determined that at least one specific function is set as valid, and shift the image forming apparatus to a second power saving state if it is determined that at least one specific function is not set as valid, wherein, in the first power saving state, power is supplied to the main CPU, the network controller and the interrupt controller, and no power is supplied to the image processing processor, and wherein, in the second power saving state, power is supplied to the network controller and the interrupt controller, and no power is supplied to the main CPU and the image processing processor. displaying means configured to display a user interface screen for a user to set, as valid or invalid, at least one specific function among the plurality of specific functions that need to respond to an inquiry from an external apparatus via a network within a specific time to prevent a failure in communication with the external apparatus via the network; determining means configured to determine whether or not at least one specific function is set as valid; and power control means configured to, when a condition to shift the image forming apparatus to a power saving state is satisfied, shift the image forming apparatus to a first power saving state if it is determined that at least one specific function is set as valid, and shift the image forming apparatus to a second power saving state if it is determined that at least one specific function is not set as valid, wherein, in the first power saving state, power is supplied to the main CPU, the network controller and the interrupt controller, and no power is supplied to the image processing processor, and wherein, in the second power saving state, power is supplied to the network controller and the interrupt controller, and no power is supplied to the main CPU and the image processing processor.
A water-dispersible nonwoven substrate comprising: at least two plies of an unstructured web that are laminated together, each ply of the unstructured web is produced individually on different forming apparatus and comprises hydroentangled cellulosic fibers and spaces arranged between the two plies; wherein the cellulosic fibers are individualized, substantially straight, smooth and elongated, and substantially pectin-free bast fibers. at least two plies of an unstructured web that are laminated together, each ply of the unstructured web is produced individually on different forming apparatus and comprises hydroentangled cellulosic fibers and spaces arranged between the two plies; wherein the cellulosic fibers are individualized, substantially straight, smooth and elongated, and substantially pectin-free bast fibers.
A compound of formula 1 wherein R 1 is R 2 is and R 3 is H; or R 1 is R 2 is and R 3 is CH 3; or R 1 is R 2 is and R 3 is CH 3; or a pharmaceutically acceptable salt thereof. R 1 is R 2 is and R 3 is H; or R 1 is R 2 is and R 3 is CH 3; or R 1 is R 2 is and R 3 is CH 3;
Motor vehicle having a device for arrangement in the motor vehicle, wherein the device includes - a display device designed to display objects (46, 48), - a computing device for controlling the display device, and - a stowage unit, in which a first end region of the display device is inserted, the entire display device being inserted in the stowage unit in a stowage position of the display device, and a useful region of the display device being extendable out of the stowage unit, starting from the stowage position, by a predeterminable use distance, wherein the display device can be locked at different length values (30, 32) of the use distance, resulting in a plurality of different use positions (26, 28), and the computing device is designed to adjust the display of the objects (46, 48) based on the current length value (30, 32) of the use distance, wherein the device is mounted on a holding unit of the motor vehicle and the device is mounted on the holding unit so as to be movable relative to the holding unit, characterised in that the extended useful region of the display device is aligned in each of the use positions (26, 28) along a contour of the holding unit facing the display device, a curvature of the useful region being adapted to a contour curvature of the contour of the holding unit. - a display device designed to display objects (46, 48), - a computing device for controlling the display device, and - a stowage unit, in which a first end region of the display device is inserted, the entire display device being inserted in the stowage unit in a stowage position of the display device, and a useful region of the display device being extendable out of the stowage unit, starting from the stowage position, by a predeterminable use distance, wherein
A vehicle suspension group, comprising a hub bearing unit, an upright or knuckle for the hub bearing unit and a connection system between the hub bearing unit and the upright or knuckle; wherein the upright or knuckle comprises a reception seat for receiving a radially outer ring or element of the hub bearing unit; wherein the connection system comprises: - a radially outer lateral cylindrical surface of the radially outer ring or element of the hub bearing unit, configured to couple by interference fit with a radially inner lateral cylindrical surface of the reception seat; - a plurality of lugs that protrude radially in a cantilever fashion from a front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle; each lug being provided with an axial through-hole; and - a screw for each lug mounted in and passing through the axial holes of the lugs and screwed inside respective threaded holes obtained in the upright or knuckle at a frontal surface of the latter; the radially outer ring or element of the hub bearing unit being fitted, on the side of one end thereof opposite to said lugs, into the seat of the upright or knuckle up to a substantial part of its axial length; the vehicle suspension group being characterised in that the connection system comprises: only a single pair of lugs that protrude radially in a cantilever fashion from the front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle, the two lugs of the single pair of lugs and the respective threaded holes of the upright or knuckle being arranged diametrically opposite one another, circumferentially staggered by an amount equal to 180°. - a radially outer lateral cylindrical surface of the radially outer ring or element of the hub bearing unit, configured to couple by interference fit with a radially inner lateral cylindrical surface of the reception seat; - a plurality of lugs that protrude radially in a cantilever fashion from a front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle; each lug being provided with an axial through-hole; and - a screw for each lug mounted in and passing through the axial holes of the lugs and screwed inside respective threaded holes obtained in the upright or knuckle at a frontal surface of the latter; the radially outer ring or element of the hub bearing unit being fitted, on the side of one end thereof opposite to said lugs, into the seat of the upright or knuckle up to a substantial part of its axial length; only a single pair of lugs that protrude radially in a cantilever fashion from the front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle, the two lugs of the single pair of lugs and the respective threaded holes of the upright or knuckle being arranged diametrically opposite one another, circumferentially staggered by an amount equal to 180°.