mhurhangee/ep-ind-claims huggingface dataset:
A wave making apparatus for making a wave for surfing travelling forward to a play area in a pool, comprising: a water carrying bucket comprising a bottom plate, a right side plate and a left side plate whose front is opened and that can hold water in a part of an inner space while carrying water forward; a supporting structure supporting the water carrying bucket, in use, in a part-submerged state under waterline of the pool and facing with its front to the play area of the pool; a transmission apparatus to transmit the water carrying bucket, in use, forward along a track toward the play area, the water carrying bucket staying in the part-submerged state under the waterline of the pool and facing with its front to the play area of the pool; wherein, in use, the carried water carried by the water carrying bucket transmitted by the transmission apparatus is launched forward to generate a wave. a water carrying bucket comprising a bottom plate, a right side plate and a left side plate whose front is opened and that can hold water in a part of an inner space while carrying water forward; a supporting structure supporting the water carrying bucket, in use, in a part-submerged state under waterline of the pool and facing with its front to the play area of the pool; a transmission apparatus to transmit the water carrying bucket, in use, forward along a track toward the play area, the water carrying bucket staying in the part-submerged state under the waterline of the pool and facing with its front to the play area of the pool; wherein, in use, the carried water carried by the water carrying bucket transmitted by the transmission apparatus is launched forward to generate a wave.
Use of an adhesive strip as winding tape for sheathing cables in automobiles, having a textile support (1, 2) that includes at least a first fabric and a second fabric which are connected to each other, and having an adhesive coating on at least one side of the support (1, 2), wherein the threads (3, 4) of the respective fabrics (1, 2) have a linear density of more than 100 dtex, characterized in that the two fabrics (1, 2) are coupled together solely by connecting threads intrinsic to the fabrics.
A sensor assembly (54, 118, 142) for determining an amount of wear on a brake pad (32, 34) in a disc brake, comprising: a shaft extender including a first end configured for coupling to one end of a shaft (68, 70) of an adjustment mechanism of a caliper of the disc brake for rotation with the shaft (68, 70) about a rotational axis, a second end of the shaft extender defining a shaft extension; a sensor configured to generate a signal indicative of a degree of rotation of the shaft extension, the signal indicative of the amount of wear on the brake pad (22, 24), the sensor including a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis; and, a housing configured to enclose the sensor, characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft (68, 70). a shaft extender including a first end configured for coupling to one end of a shaft (68, 70) of an adjustment mechanism of a caliper of the disc brake for rotation with the shaft (68, 70) about a rotational axis, a second end of the shaft extender defining a shaft extension; a sensor configured to generate a signal indicative of a degree of rotation of the shaft extension, the signal indicative of the amount of wear on the brake pad (22, 24), the sensor including a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis; and, a housing configured to enclose the sensor, characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft (68, 70). a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis; and, a housing configured to enclose the sensor, characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft (68, 70).
A method of wireless communication performed by a base station, comprising: detecting interference, in a remote interference management, RIM, scenario, in a set of sub-bands of a plurality of sub-bands of a bandwidth portion; and transmitting, to identify the set of sub-bands in which interference is detected, a set of reference signals configured to indicate the set of sub-bands in which the interference is detected. detecting interference, in a remote interference management, RIM, scenario, in a set of sub-bands of a plurality of sub-bands of a bandwidth portion; and transmitting, to identify the set of sub-bands in which interference is detected, a set of reference signals configured to indicate the set of sub-bands in which the interference is detected.
A device for decontamination and detoxification by emission of light flashes rich in UV radiation, notably UVC radiation, comprising: - a flash lamp, - a reflector, preferably placed behind the flash lamp, to redirect the light emitted by the lamp toward an output window, and - a UV detector for measuring the UV radiation emitted by the lamp, the reflector having an opening, characterized in that the UV detector is placed behind this opening, the diameter of the opening being preferably less than or equal to 5 mm, or more preferably between 0.75 and 1.25 mm. - a flash lamp, - a reflector, preferably placed behind the flash lamp, to redirect the light emitted by the lamp toward an output window, and - a UV detector for measuring the UV radiation emitted by the lamp, the reflector having an opening, characterized in that the UV detector is placed behind this opening, the diameter of the opening being preferably less than or equal to 5 mm, or more preferably between 0.75 and 1.25 mm.
A panel latch, comprising: a housing having downward extending opposite sides and a top planar portion including means for attachment to a panel; a bolt rotatably affixed to the housing at a pivot joint intermediate first and second ends of the bolt, said bolt being moveable between closed and open positions and being held in the closed position by a compression linkage, comprising; a second joint on the bolt connecting a pinned first end of restraining arm means of said linkage; a second end of the restraining arm means attached to lever means of said linkage at a third joint located at a point along the length of the lever means between first and second ends of the lever means; a first end of the lever means rotatably and translationally affixed to the housing by a slide pin residing within and extending between opposing slots in said housing sides; a trigger affixed to the housing selectively moveable between secured and released positions and having a catch portion abutting the slide pin preventing translational movement of the lever means first end when the trigger is in the secured position; and wherein the bolt can move freely from the closed position to the open position only when the trigger is in the released position. a housing having downward extending opposite sides and a top planar portion including means for attachment to a panel; a bolt rotatably affixed to the housing at a pivot joint intermediate first and second ends of the bolt, said bolt being moveable between closed and open positions and being held in the closed position by a compression linkage, comprising; a second joint on the bolt connecting a pinned first end of restraining arm means of said linkage; a second end of the restraining arm means attached to lever means of said linkage at a third joint located at a point along the length of the lever means between first and second ends of the lever means; a first end of the lever means rotatably and translationally affixed to the housing by a slide pin residing within and extending between opposing slots in said housing sides; a trigger affixed to the housing selectively moveable between secured and released positions and having a catch portion abutting the slide pin preventing translational movement of the lever means first end when the trigger is in the secured position; and wherein the bolt can move freely from the closed position to the open position only when the trigger is in the released position.
A seed placement unit comprising: a body; a seed channel and a placement chamber formed in the body, wherein the seed channel extends from a first end, open to the exterior of the body for the receipt of a seed for placement, to a second end joining the placement chamber, and the placement chamber has an output open to the exterior of the body; a guidance wheel and a mechanism (70, 71, 75) connected to impart rotary motion to the same, the guidance wheel intersecting the seed channel and having at least one opening to receive a seed within the seed channel and being arranged to carry the seed through the seed channel as the guidance wheel rotates; and a seed delivery mechanism in the placement chamber operable to receive a seed from the seed channel and transfer the same to the output open to the exterior of the body; characterised in that the mechanism (70, 71, 75) connected to impart rotary motion to the guidance wheel is a Geneva drive having an input rotatable relative to the body and an output connected to rotate the guidance wheel through a predetermined fraction of a full rotation for each full rotation of the input. a body; a seed channel and a placement chamber formed in the body, wherein the seed channel extends from a first end, open to the exterior of the body for the receipt of a seed for placement, to a second end joining the placement chamber, and the placement chamber has an output open to the exterior of the body; a guidance wheel and a mechanism (70, 71, 75) connected to impart rotary motion to the same, the guidance wheel intersecting the seed channel and having at least one opening to receive a seed within the seed channel and being arranged to carry the seed through the seed channel as the guidance wheel rotates; and a seed delivery mechanism in the placement chamber operable to receive a seed from the seed channel and transfer the same to the output open to the exterior of the body; characterised in that the mechanism (70, 71, 75) connected to impart rotary motion to the guidance wheel is a Geneva drive having an input rotatable relative to the body and an output connected to rotate the guidance wheel through a predetermined fraction of a full rotation for each full rotation of the input.
A shovel comprising: a main pump; a motor generator capable of driving the main pump; a power storage system; a swiveling motor; and a control device, characterized in that the swiveling motor is an electric motor and swiveling is performed only by the electric motor, and in a case where the power storage system is stopped, the control device supplies power generated during deceleration of the swiveling motor to the motor generator, and supplies power generated by the motor generator during a power running operation of the swiveling motor to the swiveling motor. a main pump; a motor generator capable of driving the main pump; a power storage system; a swiveling motor; and a control device, characterized in that the swiveling motor is an electric motor and swiveling is performed only by the electric motor, and in a case where the power storage system is stopped, the control device supplies power generated during deceleration of the swiveling motor to the motor generator, and supplies power generated by the motor generator during a power running operation of the swiveling motor to the swiveling motor.
A method of making a tobacco extract, the method comprising: (a) contacting tobacco with an extraction solvent at a first temperature and first pressure which are selected such that the extraction solvent is supercritical, such that tobacco flavor and/or aroma components are extracted from the tobacco into the solvent; (b) separating the residual tobacco solids from the supercritical extraction solvent containing tobacco components; (c) exposing the extraction solvent containing tobacco components to conditions in a vessel at which the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent, (d) contacting the residual tobacco solids with an extraction solvent at a second temperature and second pressure which are selected such that the extraction solvent is supercritical, such that nicotine are extracted from the tobacco into the extraction solvent; and wherein the second temperature and/or second pressure is higher than the respective first temperature or first pressure; (e) separating the residual tobacco solids from the supercritical extraction solvent containing tobacco components; (f) exposing the extraction solvent containing tobacco components to conditions in a vessel at which the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent, wherein during step (f), the vessel contains an entrapment solvent which dissolves the tobacco components released from the extraction solvent, and wherein the entrapment solvent comprises an aerosol generating agent. (a) contacting tobacco with an extraction solvent at a first temperature and first pressure which are selected such that the extraction solvent is supercritical, such that tobacco flavor and/or aroma components are extracted from the tobacco into the solvent; (b) separating the residual tobacco solids from the supercritical extraction solvent containing tobacco components; (c) exposing the extraction solvent containing tobacco components to conditions in a vessel at which the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent, (d) contacting the residual tobacco solids with an extraction solvent at a second temperature and second pressure which are selected such that the extraction solvent is supercritical, such that nicotine are extracted from the tobacco into the extraction solvent; and wherein the second temperature and/or second pressure is higher than the respective first temperature or first pressure; (e) separating the residual tobacco solids from the supercritical extraction solvent containing tobacco components; (f) exposing the extraction solvent containing tobacco components to conditions in a vessel at which the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent,
A method for operating a base station in a wireless communication system, the method comprising: receiving, from a terminal, a signal; subtracting a target signal within a target bandwidth, BW, from the received signal; detecting energy in resource blocks, RBs, outside of the target BW using the received signal from which the target signal has been subtracted; determining a subspace blind interference sensing bandwidth, BIS BW, by expanding the target BW based on the detected energy; detecting at least one uplink sequence based on the BIS BW; estimating an interference signal based on the at least one uplink sequence; and subtracting the interference signal from the received signal, to form a resultant signal.
An in-wheel motor drive device assembly comprising: an in-wheel motor drive device having a wheel hub bearing portion having a wheel hub to be joined with a wheel; a motor portion disposed in an upwardly offset manner with respect to an axis of the wheel hub bearing portion, and configured to drive the wheel hub; a deceleration portion disposed in an upwardly offset manner with respect to the axis of the wheel hub bearing portion, and configured to decelerate a rotation of the motor portion and to transmit the decelerated rotation to the wheel hub; and a carrier projecting downward to a position below the wheel hub bearing portion, and a suspension device which connects the in-wheel motor drive device to a vehicle-body-side member, wherein the suspension device includes: a damper, a lower arm, and a lower suspension connection portion, the lower suspension connection portion mounted on a lower end of the carrier, the lower suspension connection portion to be connected with the lower arm so as to be directable in any direction, wherein the lower suspension connection portion is disposed in an overlapping manner with the wheel hub bearing portion with respect to a position in an axial direction of the wheel hub bearing portion (11, characterised in that the suspension device further includes an upper suspension connection portion, the upper suspension connection portion being provided at an upper end of the carrier and joined to an end portion of the damper in a non-movable manner. an in-wheel motor drive device having a wheel hub bearing portion having a wheel hub to be joined with a wheel; a motor portion disposed in an upwardly offset manner with respect to an axis of the wheel hub bearing portion, and configured to drive the wheel hub; a deceleration portion disposed in an upwardly offset manner with respect to the axis of the wheel hub bearing portion, and configured to decelerate a rotation of the motor portion and to transmit the decelerated rotation to the wheel hub; and a carrier projecting downward to a position below the wheel hub bearing portion, and a suspension device which connects the in-wheel motor drive device to a vehicle-body-side member, wherein the suspension device includes: a damper, a lower arm, and a lower suspension connection portion, the lower suspension connection portion mounted on a lower end of the carrier, the lower suspension connection portion to be connected with the lower arm so as to be directable in any direction, wherein the lower suspension connection portion is disposed in an overlapping manner with the wheel hub bearing portion with respect to a position in an axial direction of the wheel hub bearing portion (11, characterised in that the suspension device further includes an upper suspension connection portion, the upper suspension connection portion being provided at an upper end of the carrier and joined to an end portion of the damper in a non-movable manner.
A shrinking apparatus (1*) for carrying out a method according to one of the claims 7 to 14 with an interior space, a conveyor apparatus for articles or sets of articles, with at least one device for generating shrinking medium and a device for temperature-controlling the shrinking medium and with at least one dividing apparatus for dividing the flow of shrinking medium into at least two partial flows of shrinking medium, wherein the first partial flow is suppliable to at least one first heating means, via which shrinking medium is applied from the side and/or from above onto the articles or sets of articles, and wherein the second partial flow is suppliable to at least one second heating means, and by which partial flow the conveyor apparatus is heated up and/or by which partial flow shrinking medium is applied from the side and/or from below onto the underside of the articles or sets of articles through the conveyor apparatus, wherein the shrinking apparatus (1*) is operable in a first operating mode and in a third wake-up mode, wherein a desired operating temperature, which is suitable for shrinking the film, is adjusted within the shrinking apparatus during the operating mode, and wherein heat for adjusting the suitable desired operating temperature is suppliable into the interior space of the shrinking apparatus (1*) during the wake-up mode, wherein at least one temperature sensor is arranged in the interior space of the shrinking apparatus (1*), characterised in that at least one device for the automated control of dividing the flow of shrinking medium into at least two partial flows of shrinking medium is assigned to the dividing apparatus, wherein the at least one dividing apparatus for dividing the shrinking medium comprises at least two throttle valves, wherein a first throttle valve is connected to a first supply, via which shrinking medium is suppliable to the first heating means, and wherein a second throttle valve is connected to a second supply, via which shrinking medium is suppliable to the second heating means, wherein all throttle valves are maximally opened during the wake-up mode, or wherein the first throttle valve is maximally opened during the wake-up mode and wherein the second throttle valve is closed or partially opened, and wherein the first throttle valve is at least partially opened and the second throttle valve is closed during stand-by mode, and wherein a desired stand-by temperature is adjustable during the stand-by mode by regulating the flow of shrinking medium supplied to the first heating means through the first throttle valve by means of the device for the automated control.
A method, comprising: at a first mesh point in a wireless mesh network, monitoring a first frame flow between the first mesh point and at least a second mesh point, and monitoring a second frame flow between the first mesh point and at least a third mesh point; wherein the second mesh point and the third mesh point are peer mesh points to the first mesh point, and wherein the first mesh point participates in a communication with the second and third mesh points, the communication comprising the first and second frame flows; wherein the monitoring a first frame flow comprises monitoring the first frame flow for a highest access category of a frame received from or transmitted to the second mesh point, and the monitoring a second frame flow comprises monitoring the second frame flow for a highest access category of a frame received from or transmitted to the third mesh point; and in dependence on the monitored first frame flow and the monitored second frame flow, setting a power management mode of the first mesh point. at a first mesh point in a wireless mesh network, monitoring a first frame flow between the first mesh point and at least a second mesh point, and monitoring a second frame flow between the first mesh point and at least a third mesh point; wherein the second mesh point and the third mesh point are peer mesh points to the first mesh point, and wherein the first mesh point participates in a communication with the second and third mesh points, the communication comprising the first and second frame flows; wherein the monitoring a first frame flow comprises monitoring the first frame flow for a highest access category of a frame received from or transmitted to the second mesh point, and the monitoring a second frame flow comprises monitoring the second frame flow for a highest access category of a frame received from or transmitted to the third mesh point; and in dependence on the monitored first frame flow and the monitored second frame flow, setting a power management mode of the first mesh point.