mhurhangee/ep-ind-claims huggingface dataset:
A method for knitting a footwear with an upper section in which a toe section, a cover section on an instep side, and a sole section on a sole side are integrated using a flat knitting machine including at least a front and back needle bed (FB, BB) and in which stitches are transferrable between the front and back needle beds (FB, BB); characterized in that the method for knitting the footwear comprises: process 1 (S1, S2, S3) of knitting the toe section using the front and back needle beds (FB, BB); process 2 (S4 to S7) of knitting the sole section by repeating knitting of a new stitch row following a stitch row of one needle bed holding some stitches of the toe section, moving of the new stitch row to one side in a knitting width direction and forming pickup stitches, to become a left side and a right side of the sole section, on a knitting needle, which became an empty needle by the movement, and an empty needle facing an end in the moving direction of the moved new stitch row; process 3 of transferring some stitches (16b', 16f') configuring the sole section and an instep side of the toe section at both left and right ends of a tubular knitted fabric to the opposing needle bed (FB, BB); and process 4 (S9 to S12) of knitting the cover section by repeating knitting of a new stitch row to a tubular form or a C-shaped form toward a wale direction according to the stitches configuring the instep side of the toe section and an outer peripheral edge of the sole section such that a stitch direction of the cover section is orthogonal to a stitch direction of the sole section. process 1 (S1, S2, S3) of knitting the toe section using the front and back needle beds (FB, BB); process 2 (S4 to S7) of knitting the sole section by repeating knitting of a new stitch row following a stitch row of one needle bed holding some stitches of the toe section, moving of the new stitch row to one side in a knitting width direction and forming pickup stitches, to become a left side and a right side of the sole section, on a knitting needle, which became an empty needle by the movement, and an empty needle facing an end in the moving direction of the moved new stitch row; process 3 of transferring some stitches (16b', 16f') configuring the sole section and an instep side of the toe section at both left and right ends of a tubular knitted fabric to the opposing needle bed (FB, BB); and process 4 (S9 to S12) of knitting the cover section by repeating knitting of a new stitch row to a tubular form or a C-shaped form toward a wale direction according to the stitches configuring the instep side of the toe section and an outer peripheral edge of the sole section such that a stitch direction of the cover section is orthogonal to a stitch direction of the sole section.
A connecting device for releasably connecting two assemblies (4, 5), comprising a closure module which is assigned to a first of the assemblies (4, 5), and has a housing assembly, an adjustment element disposed so as to be adjustable on the housing assembly, and a vacuum element; and an attachment assembly which is assigned to a second of the assemblies (4, 5), wherein the vacuum element is connectable to the attachment assembly along an attachment direction and in a connected position interacts with the attachment assembly in such a manner that the vacuum element and the attachment assembly, when the closure module and the attachment assembly are stressed relative to one another, are held together by virtue of a vacuum effect between the vacuum element and the attachment assembly, wherein the adjustment element for releasing the vacuum element from the attachment assembly is able to be tilted about different spatial directions in relation to the housing assembly so as to expose a flow opening in the housing assembly to an inflow of air into a space present between the vacuum element and the attachment assembly, characterized in that the housing assembly has a first housing part and a second housing part which therebetween receive the adjustment element. a closure module which is assigned to a first of the assemblies (4, 5), and has a housing assembly, an adjustment element disposed so as to be adjustable on the housing assembly, and a vacuum element; and an attachment assembly which is assigned to a second of the assemblies (4, 5), wherein the vacuum element is connectable to the attachment assembly along an attachment direction and in a connected position interacts with the attachment assembly in such a manner that the vacuum element and the attachment assembly, when the closure module and the attachment assembly are stressed relative to one another, are held together by virtue of a vacuum effect between the vacuum element and the attachment assembly, wherein the adjustment element for releasing the vacuum element from the attachment assembly is able to be tilted about different spatial directions in relation to the housing assembly so as to expose a flow opening in the housing assembly to an inflow of air into a space present between the vacuum element and the attachment assembly, characterized in that the housing assembly has a first housing part and a second housing part which therebetween receive the adjustment element.
An apparatus comprising: a laser diode coupled to be responsive to a drive current value; a junction temperature estimator configured to create an estimate of a junction temperature of the laser diode; and at least one device (100, 300, 400, 500, 600, 800, 900, 1000, 1100, 1200) that includes a table (314, 316) of values used to modify the drive current value as a function of the estimate of the junction temperature, wherein the estimate is determined as a function of past estimates of the junction temperature, deposited power values, heat sink characteristics of the laser diode, ambient temperature, and light emitted from the laser diode junction, characterized in that the junction temperature estimator estimates the junction temperature estimate for a current pixel by calculating: T J n = T J n − 1 + αP J n − 1 − β T J n − 1 − T AMB − δE n − 1, where n is a pixel number, T J [ n] is the junction temperature estimate for the current pixel, T J [ n - 1] is the junction temperature estimate for the previous pixel, α P J [ n - 1] is the temperature increase due to power deposited at the junction from the previous pixel, β (T J [ n - 1] - T AMB) is the temperature decrease due to heat dissipation, and δE [ n - 1] is the temperature decrease due to light emitted from the diode junction, T AMB is the ambient temperature, α is a coefficient that scales power to temperature, β is a coefficient related to the thermal characteristics of the at least one laser diode and its packaging or mounting, and δ is a coefficient that scales emitted light to temperature. a laser diode coupled to be responsive to a drive current value; a junction temperature estimator configured to create an estimate of a junction temperature of the laser diode; and at least one device (100, 300, 400, 500, 600, 800, 900, 1000, 1100, 1200) that includes a table (314, 316) of values used to modify the drive current value as a function of the estimate of the junction temperature, wherein the estimate is determined as a function of past estimates of the junction temperature, deposited power values, heat sink characteristics of the laser diode, ambient temperature, and light emitted from the laser diode junction, characterized in that the junction temperature estimator estimates the junction temperature estimate for a current pixel by calculating: T J n = T J n − 1 + αP J n − 1 − β T J n − 1 − T AMB − δE n − 1, where n is a pixel number, T J [ n] is the junction temperature estimate for the current pixel, T J [ n - 1] is the junction temperature estimate for the previous pixel, α P J [ n - 1] is the temperature increase due to power deposited at the junction from the previous pixel, β (T J [ n - 1] - T AMB) is the temperature decrease due to heat dissipation, and δE [ n - 1] is the temperature decrease due to light emitted from the diode junction, T AMB is the ambient temperature, α is a coefficient that scales power to temperature, β is a coefficient related to the thermal characteristics of the at least one laser diode and its packaging or mounting, and δ is a coefficient that scales emitted light to temperature.
Tyre comprising a tread comprising a plurality of main grooves arranged on each side of a midplane X-X', each of these main grooves opening axially to the outside of the said tread and extending axially towards the midplane X-X' so that the plurality of main grooves forms a pattern in the overall shape of a V, characterized in that, above and beyond a determined certain degree of wear, at least one additional groove appears between two circumferentially adjacent main grooves (N-1, N), the said additional groove running parallel overall to the said main grooves (N-1, N), in that at least one intermediate groove appears between the two adjacent main grooves (N-1, N), and in that, with the pattern of the main grooves pointing in a direction R, the intermediate groove extends from one of the main grooves in this direction R, intersecting the additional groove, so as to form a network of grooves (2, 3).
A computer-implemented method for identifying and pre-buffering audio/video stream pairs, the method comprising: identifying for pre-buffering at least one audio/video stream pair that may be selected for playback by a user subsequent to a currently playing audio/video stream pair; computing a first rate for pre-buffering an audio portion of the identified at least one audio/video stream pair and a second rate for pre-buffering a video portion of the identified at least one audio/video stream pair, wherein the first rate and the second rate are proportional to a probability indicating the likelihood that the identified at least one audio/video stream pair may be selected for playback by the user subsequent to the currently playing audio/video stream pair and wherein the second rate is less than the first rate; downloading the audio portion of the identified at least one audio/video stream pair at the first rate and downloading the video portion of the identified at least one audio/video stream pair at the second rate; and storing the downloaded audio portion of the identified at least one audio/video stream pair and the downloaded video portion of the identified at least one audio/video stream pair in a content buffer. identifying for pre-buffering at least one audio/video stream pair that may be selected for playback by a user subsequent to a currently playing audio/video stream pair; computing a first rate for pre-buffering an audio portion of the identified at least one audio/video stream pair and a second rate for pre-buffering a video portion of the identified at least one audio/video stream pair, wherein the first rate and the second rate are proportional to a probability indicating the likelihood that the identified at least one audio/video stream pair may be selected for playback by the user subsequent to the currently playing audio/video stream pair and wherein the second rate is less than the first rate; downloading the audio portion of the identified at least one audio/video stream pair at the first rate and downloading the video portion of the identified at least one audio/video stream pair at the second rate; and storing the downloaded audio portion of the identified at least one audio/video stream pair and the downloaded video portion of the identified at least one audio/video stream pair in a content buffer.
A waste separator scrap oil extraction device comprising: a first extraction means into which pulverized scrap is input, and configured to extrude and pressurize the input pulverized scrap by a pressurization method with a screw to primarily remove oil contained in the scrap; and a secondary extraction means into which the scrap from which the oil is separated by the first extraction means is input, wherein the secondary extraction means is configured to apply heat to the scrap when the scrap is transferred by a screw, convert remaining oil remaining in the heated scrap into oil vapor, and discharge the scrap from which the oil is secondarily removed while vacuum-suctioning the generated oil vapor. a first extraction means into which pulverized scrap is input, and configured to extrude and pressurize the input pulverized scrap by a pressurization method with a screw to primarily remove oil contained in the scrap; and a secondary extraction means into which the scrap from which the oil is separated by the first extraction means is input, wherein the secondary extraction means is configured to apply heat to the scrap when the scrap is transferred by a screw, convert remaining oil remaining in the heated scrap into oil vapor, and discharge the scrap from which the oil is secondarily removed while vacuum-suctioning the generated oil vapor.
Electronic control of a compressor, the electronic control disposed in an encasement, wherein the electronic control comprises: a main board associated to a plurality of auxiliary boards (5, 6, 7), wherein the electronic control is characterized in that: one of the auxiliary boards (5, 6, 7) is a heat-generating board, wherein the heat-generating board is disposed at a first distance (Di) in relation to a first wall of the encasement (Pi), wherein the other auxiliary boards (5, 6) are disposed at least at a second distance (D2, D3) in relation to the first wall of the encasement (Pi), wherein the first distance (Di) is less than the second distance, wherein each auxiliary board (5, 6, 7) and the main board comprises an operation face (4a, 5a, 6a, 7a) and a track face (4b, 5b, 6b, 7b), wherein the operation face of the heat-generating board faces the first wall of the encasement (Pi) and the operation face (5a, 6a) of the other auxiliary boards (5, 6) faces a second wall of the encasement, wherein the first wall (Pi) is opposite the second wall. one of the auxiliary boards (5, 6, 7) is a heat-generating board, wherein the heat-generating board is disposed at a first distance (Di) in relation to a first wall of the encasement (Pi), wherein the other auxiliary boards (5, 6) are disposed at least at a second distance (D2, D3) in relation to the first wall of the encasement (Pi), wherein the first distance (Di) is less than the second distance, wherein each auxiliary board (5, 6, 7) and the main board comprises an operation face (4a, 5a, 6a, 7a) and a track face (4b, 5b, 6b, 7b), wherein the operation face of the heat-generating board faces the first wall of the encasement (Pi) and the operation face (5a, 6a) of the other auxiliary boards (5, 6) faces a second wall of the encasement, wherein the first wall (Pi) is opposite the second wall.
Device for demolding parts in a mold, comprising a skid comprising a slide for housing a shaping insert for molding an undercut of the part to be molded, said slide being obliquely associated with a pushrod which can move said slide to an ejection position for ejecting a part to be molded, said skid comprising a base on which said slide slides along guides of said base which are complementary to grooves of said slide, wherein said pushrod comprises at the upper end thereof a rack meshing directly with another rack of said slide, the movement of said pushrod being transferred to said slide through said racks (21, 22).
Method for treating hardener-containing wash water for dust formed during cement production, waste incineration or combustion of substitute fuels, comprising the steps of: a. heating the wash water to a temperature above the solubility limit of the hardeners, b. wetting the surface of a humidifying material with an excess of the heated wash water, c. allowing a portion of the wash water to evaporate from the surface of the humidifying material while simultaneously cooling the wash water supplied to the humidifying material and precipitating the hardeners on the humidifying material, d. collecting the concentrated excess wash water that is depleted of the precipitated hardeners and reduced by the portion of the evaporated wash water as treated wash water. a. heating the wash water to a temperature above the solubility limit of the hardeners, b. wetting the surface of a humidifying material with an excess of the heated wash water, c. allowing a portion of the wash water to evaporate from the surface of the humidifying material while simultaneously cooling the wash water supplied to the humidifying material and precipitating the hardeners on the humidifying material, d. collecting the concentrated excess wash water that is depleted of the precipitated hardeners and reduced by the portion of the evaporated wash water as treated wash water.
A method, comprising: allocating a time-frequency radio resource to a first user equipment, UE, and a second co-channel user equipment, UE, by a serving base station, BS, in a serving cell of a mobile communication network; determining a set of parameters related to signals present in the allocated time-frequency radio resource, wherein the set of parameters comprises parameters related to a first signal and a second signal dedicated to the first UE and the second UE respectively; and transmitting the set of parameters to the second UE for the second UE to cancel/suppress a contribution of the first signal as an intra-cell interfering signal, characterized in that the set of parameters comprises a first subset of parameters, each member of the first subset is common to all of the signals present in the time-frequency resource and the set of parameters comprises a second subset of parameters, each member of the second subset is specific to one of the signals present in the time-frequency resource, wherein the first subset of parameters is transmitted to the second UE by multicasting and the second subset of parameters is sent to the second UE individually. allocating a time-frequency radio resource to a first user equipment, UE, and a second co-channel user equipment, UE, by a serving base station, BS, in a serving cell of a mobile communication network; determining a set of parameters related to signals present in the allocated time-frequency radio resource, wherein the set of parameters comprises parameters related to a first signal and a second signal dedicated to the first UE and the second UE respectively; and transmitting the set of parameters to the second UE for the second UE to cancel/suppress a contribution of the first signal as an intra-cell interfering signal, characterized in that the set of parameters comprises a first subset of parameters, each member of the first subset is common to all of the signals present in the time-frequency resource and the set of parameters comprises a second subset of parameters, each member of the second subset is specific to one of the signals present in the time-frequency resource, wherein the first subset of parameters is transmitted to the second UE by multicasting and the second subset of parameters is sent to the second UE individually.
Device for ejecting a cork from a corkscrew, comprising a body which has a tubular through-passage that defines a housing in which a gimlet is received which is capable of being rotated about the longitudinal axis of said body by means of a gripping element that is connected to one its ends and extends outside said body, said device comprising a tubular cradle which is capable of being housed in the housing of the corkscrew and of accommodating said gimlet and a cork that is screwed into the gimlet, characterized in that said cradle is formed by a fixed sleeve which is intended to be secured to said body of the corkscrew and by a sliding sleeve which is movable in translation relative to the fixed sleeve between a position in which it is fully fitted into the fixed sleeve and a position in which it is at least partially extracted from said fixed sleeve, said fixed sleeve and sliding sleeve having an upper end (80, 90) and a lower end (81, 91) taking into account a vertical position of the ejection device, and said sliding sleeve comprising means which are capable of exerting a force, which is oriented in the direction of the lower end of the fixed sleeve, on a cork that is retained in said corkscrew when said sliding sleeve is brought to the position thereof in which it is at least partially extracted from said fixed sleeve.
An entertainment device, comprising an input operable to receive from a video camera a captured image of a book comprising a printed fiduciary marker; a marker detector operable to detect the fiduciary marker within the captured image, and operable to estimate a distance and angle of the fiduciary marker, said distance and angle being with respect to the video camera; a failure boundary calculation processor operable to calculate at least one of an additional distance and an additional angle from the currently estimated distance and angle of the fiduciary marker at which recognition of the fiduciary marker is assumed to fail, said additional distance and additional angle being with respect to the video camera; a warning boundary calculation processor operable to calculate whether the currently estimated distance and angle of the fiduciary marker lies within a threshold distance and threshold angle from the failure boundary; and an image augmentation processor operable to augment the captured image responsive to the outcome of the warning boundary calculation in order to augment the image with warnings.
Crank mechanism for a bicycle, comprising: - a pedal crank shaft, - two pedal cranks (3, 5) which are fixed at free ends of the pedal crank shaft, and - a torque sensor arrangement for detecting a torque which is applied to the pedal crank shaft, - the torque sensor arrangement being configured as a capacitive sensor arrangement, wherein the pedal crank shaft is part of the sensor arrangement which has an external toothing system, the teeth of which have in each case one electrode on one side, which teeth are arranged opposite electrodes on teeth of an internal toothing system which are part of a sensor sleeve which is pressed onto the pedal crank shaft, wherein a plastic sleeve is arranged over the entire pedal crank shaft, which plastic sleeve can be rotated freely about the pedal crank shaft, characterized in that, on its inner wall, the plastic sleeve is provided with two metal rings (16, 17) which are spaced apart, are connected to in each case one outwardly leading line (19, 20) and are arranged in the assembled state of the plastic sleeve on the pedal crank shaft over its metal rings (12, 13). - a pedal crank shaft, - two pedal cranks (3, 5) which are fixed at free ends of the pedal crank shaft, and - a torque sensor arrangement for detecting a torque which is applied to the pedal crank shaft, - the torque sensor arrangement being configured as a capacitive sensor arrangement,