mhurhangee/ep-ind-claims huggingface dataset:
An automatic cleaner comprising: a casing comprising a suction port; a suction device disposed in the casing to suction a foreign substance through the suction port; a moving device that moves the casing; and a side brush assembly movably installed on the casing, wherein the side brush assembly comprises a brush housing rotatable about a first rotation shaft, and a brush rotatably mounted on the brush housing by a second rotation shaft, and the second rotation shaft is moved together with the brush housing according to a rotation of the brush housing, wherein the automatic cleaner further comprises: a driving member for rotating the brush housing and the brush; a first driving force transmission member that transmits driving force from the driving member to the brush; and a second driving force transmission member that transmits driving force from the second rotation shaft to the brush housing. a casing comprising a suction port; a suction device disposed in the casing to suction a foreign substance through the suction port; a moving device that moves the casing; and a side brush assembly movably installed on the casing, wherein the side brush assembly comprises a brush housing rotatable about a first rotation shaft, and a brush rotatably mounted on the brush housing by a second rotation shaft, and the second rotation shaft is moved together with the brush housing according to a rotation of the brush housing, wherein the automatic cleaner further comprises: a driving member for rotating the brush housing and the brush; a first driving force transmission member that transmits driving force from the driving member to the brush; and a second driving force transmission member that transmits driving force from the second rotation shaft to the brush housing. a driving member for rotating the brush housing and the brush; a first driving force transmission member that transmits driving force from the driving member to the brush; and a second driving force transmission member that transmits driving force from the second rotation shaft to the brush housing.
A belt tracking system for adjusting misalignment of a movable belt in an axial direction of a plurality of rollers (51, 52, 53, 54) about which the movable belt is entrained, the belt tracking system comprising: a roller shaft which includes a cylindrical body with a diameter smaller than that of the at least one of the plurality of rollers (51, 52, 53, 54), wherein the roller shaft is disposed at both ends of the at least one of the plurality of rollers (51, 52, 53, 54) in order to integrally rotate with the at least one of the plurality of rollers (51, 52, 53, 56); a contact member; a slope member disposed at both ends of at least one of the plurality of rollers (51, 52, 53, 54) in the axial direction, to tilt the roller as the belt moves in the axial direction; and a stationary shaft guide to contact the slope member, wherein a distance between a contact point of the slope member that contacts the stationary shaft guide and an end portion of the slope member in the axial direction is longer than a maximum traveling distance that the slope member travels in the axial direction, characterized in that the slope member is disposed outside and in contact with the contact member in the axial direction of the at least one of the plurality of rollers (51, 52, 53, 54), wherein the contact member has a flat surface which is contactable with an end portion of the movable belt, wherein the contact member is supported on the roller shaft loosely, such that the contact member and the slope member can move freely in the axial direction of the at least one of the plurality of rollers (51, 52, 53, 54). a roller shaft which includes a cylindrical body with a diameter smaller than that of the at least one of the plurality of rollers (51, 52, 53, 54), wherein the roller shaft is disposed at both ends of the at least one of the plurality of rollers (51, 52, 53, 54) in order to integrally rotate with the at least one of the plurality of rollers (51, 52, 53, 56); a contact member; a slope member disposed at both ends of at least one of the plurality of rollers (51, 52, 53, 54) in the axial direction, to tilt the roller as the belt moves in the axial direction; and a stationary shaft guide to contact the slope member, wherein a distance between a contact point of the slope member that contacts the stationary shaft guide and an end portion of the slope member in the axial direction is longer than a maximum traveling distance that the slope member travels in the axial direction, characterized in that the slope member is disposed outside and in contact with the contact member in the axial direction of the at least one of the plurality of rollers (51, 52, 53, 54), wherein the contact member has a flat surface which is contactable with an end portion of the movable belt, wherein the contact member is supported on the roller shaft loosely, such that the contact member and the slope member can move freely in the axial direction of the at least one of the plurality of rollers (51, 52, 53, 54).
A compute apparatus to perform machine learning operations, the compute apparatus comprising: a fetch unit arranged to fetch a single instruction having multiple input operands, wherein the multiple input operands have an unequal bit-length, a first input operand having a first bit-length and a second input operand having a second bit-length; a decode unit arranged to decode the single instruction into a decoded instruction; an operand length unit to determine the smaller bit-length of the first bit-length and the second bit-length; and a compute unit arranged to perform a matrix operation on the multiple input operands to generate an output value having a bit length equal to the smaller bit length, wherein the compute unit is further arranged to: determine whether a multiply operation of the matrix operation has a zero input; and bypass the multiply operation having the zero input. a fetch unit arranged to fetch a single instruction having multiple input operands, wherein the multiple input operands have an unequal bit-length, a first input operand having a first bit-length and a second input operand having a second bit-length; a decode unit arranged to decode the single instruction into a decoded instruction; an operand length unit to determine the smaller bit-length of the first bit-length and the second bit-length; and a compute unit arranged to perform a matrix operation on the multiple input operands to generate an output value having a bit length equal to the smaller bit length, wherein the compute unit is further arranged to: determine whether a multiply operation of the matrix operation has a zero input; and bypass the multiply operation having the zero input.
A vehicle alert device, comprising: a sensor configured to detect a target existing in a periphery of an own vehicle; and control means configured to execute an alert control, wherein the control means is configured to determine within a set calculation period, when the target is detected by the sensor, whether the target is an alert-target object that does not include a stationary object, to determine, when the target is determined to be an alert-target object, whether the alert-target object exists in a blind spot area of a driver of the own vehicle, and to alert the driver when the alert-target object is determined to exist in the blind spot area, wherein the control means is configured to: avoid executing the alert control when a relative speed of the own vehicle with respect to the alert-target object at a time when the own vehicle overtakes the alert-target object is equal to or higher than a predetermined threshold value; and characterized in that the control means is configured to set the predetermined threshold value to a larger value and set the set calculation period to a shorter value, when a travel speed of the own vehicle at the time when the own vehicle overtakes the alert-target object is equal to or higher than a predetermined speed, than the predetermined threshold value and the set calculation period at a time when the travel speed of the own vehicle is lower than the predetermined speed. a sensor configured to detect a target existing in a periphery of an own vehicle; and control means configured to execute an alert control, wherein the control means is configured to determine within a set calculation period, when the target is detected by the sensor, whether the target is an alert-target object that does not include a stationary object, to determine, when the target is determined to be an alert-target object, whether the alert-target object exists in a blind spot area of a driver of the own vehicle, and to alert the driver when the alert-target object is determined to exist in the blind spot area, wherein the control means is configured to: avoid executing the alert control when a relative speed of the own vehicle with respect to the alert-target object at a time when the own vehicle overtakes the alert-target object is equal to or higher than a predetermined threshold value; and characterized in that the control means is configured to set the predetermined threshold value to a larger value and set the set calculation period to a shorter value, when a travel speed of the own vehicle at the time when the own vehicle overtakes the alert-target object is equal to or higher than a predetermined speed, than the predetermined threshold value and the set calculation period at a time when the travel speed of the own vehicle is lower than the predetermined speed.
A device for crushing various materials, particularly waste materials, wherein the device has an upwardly open crushing drum with a horizontal drum floor and a cylindrical drum shell, wherein a crushing rotor which is supported so as to be rotatable about the vertical drum axis with at least one crushing tool attached thereto is provided in the crushing drum, and the drum shell has at least one closable impurity discharge opening with an opening height, characterized in that the at least one impurity discharge opening immediately borders the drum floor in the drum shell, wherein the lower drum shell section of the drum shell extending from the drum floor as far as the opening height of the impurity discharge opening is made from an impermeable wall material, and the drum shell has a permeable, upper drum shell section which immediately borders the impermeable lower drum shell section, which upper section is designed at least in regions as a strainer shell with sieve openings which allows the passage of fine material.
An apparatus for testing rings cut from pipes for use in making subsea pipelines, the apparatus comprising: - first and second test chamber sections (16, 18) which when connected together define a test chamber for housing a test ring; - sealing means for forming a seal against the test ring when mounted in the chamber; - means for connecting the first and second sections (16, 18) together to form the chamber and to engage the sealing means against the test ring when mounted in the chamber to form a pressure resistant seal between the inside of the test ring and the outside of the test ring; - a fluid inlet port in one of the chamber section to allow a pressurised fluid to be admitted to the chamber outside the test ring; - a hydraulic ram for applying a force against the inner surface of the test ring when mounted in the chamber; - at least one sensor for measuring the force applied to the test ring by the hydraulic ram; - at least one sensor for measuring the movement of the test ring as force is applied to the test ring by the hydraulic ram; and - at least one sensor for measuring strain and deformation of the test ring. - first and second test chamber sections (16, 18) which when connected together define a test chamber for housing a test ring; - sealing means for forming a seal against the test ring when mounted in the chamber; - means for connecting the first and second sections (16, 18) together to form the chamber and to engage the sealing means against the test ring when mounted in the chamber to form a pressure resistant seal between the inside of the test ring and the outside of the test ring; - a fluid inlet port in one of the chamber section to allow a pressurised fluid to be admitted to the chamber outside the test ring; - a hydraulic ram for applying a force against the inner surface of the test ring when mounted in the chamber; - at least one sensor for measuring the force applied to the test ring by the hydraulic ram; - at least one sensor for measuring the movement of the test ring as force is applied to the test ring by the hydraulic ram; and - at least one sensor for measuring strain and deformation of the test ring.
Wood material panel comprising - at least one support panel (2a, 2b), - at least one layer which comprises leather particles and is disposed on one side of the support panel (2a, 2b), - at least one decoration layer printed on the layer made of leather particles and - at least one wear layer disposed on the printed decoration layer, wherein the at least one wear layer is designed as at least one layer comprising natural or synthetic fibres, at least one binder, abrasion-resistant particles, pigments and at least one additive. - at least one support panel (2a, 2b), - at least one layer which comprises leather particles and is disposed on one side of the support panel (2a, 2b), - at least one decoration layer printed on the layer made of leather particles and - at least one wear layer disposed on the printed decoration layer, wherein the at least one wear layer is designed as at least one layer comprising natural or synthetic fibres, at least one binder, abrasion-resistant particles, pigments and at least one additive.
A radio frequency module comprising: A radio frequency circuit block which comprises a stack of at least two metal plates and a plurality of radio frequency waveguides (210, 220) defined by channels in the metal plates so as to carry radio frequency signals within the circuit block; one or more radio frequency processing components arranged within the radio frequency circuit block to interact with the signals carried by the waveguides, characterised in that: the radio frequency module further comprises one or more flexible printed circuit boards (20, 232) extending between the outside and the inside of the radio frequency circuit block, wherein each of one or more of the radio frequency processing components is mounted on a said flexible printed circuit board within the circuit block. A radio frequency circuit block which comprises a stack of at least two metal plates and a plurality of radio frequency waveguides (210, 220) defined by channels in the metal plates so as to carry radio frequency signals within the circuit block; one or more radio frequency processing components arranged within the radio frequency circuit block to interact with the signals carried by the waveguides, characterised in that: the radio frequency module further comprises one or more flexible printed circuit boards (20, 232) extending between the outside and the inside of the radio frequency circuit block, wherein each of one or more of the radio frequency processing components is mounted on a said flexible printed circuit board within the circuit block. the radio frequency module further comprises one or more flexible printed circuit boards (20, 232) extending between the outside and the inside of the radio frequency circuit block, wherein each of one or more of the radio frequency processing components is mounted on a said flexible printed circuit board within the circuit block.
A headrest, in particular for an aircraft seat, comprising: - a central part, and - at least one fin positioned at one end of the central part, said fin being contiguous to the central part so that the fin is mechanically connected to the central part without any other intermediate fin interposed between the fin and the central part, said fin being located in an extension plane of the central part in a rest position, said headrest comprising at least one articulation interposed between the fin and the central part, the articulation being configured to allow at least two relative movements of the fin relative to the central part along at least one axis (X1, X2), - the articulation being configured to allow a rotation of the fin relative to the central part respectively around a first axis and/or a second axis, - said articulation being an at least bidirectional articulation comprising a first hinge capable of allowing a rotary movement of the fin relative to the central part around said first axis, and a second hinge capable of allowing a rotary movement of the fin around the second axis, - said first hinge and said second hinge being mechanically connected to one another, such that, when the fin located substantially in the plane of extension of the central part is in a rest position, a passenger can first rotate the fin around the first axis via the first hinge and then rotate the fin around the second axis via the second hinge. - a central part, and - at least one fin positioned at one end of the central part, said fin being contiguous to the central part so that the fin is mechanically connected to the central part without any other intermediate fin interposed between the fin and the central part, said fin being located in an extension plane of the central part in a rest position, said headrest comprising at least one articulation interposed between the fin and the central part, the articulation being configured to allow at least two relative movements of the fin relative to the central part along at least one axis (X1, X2), - the articulation being configured to allow a rotation of the fin relative to the central part respectively around a first axis and/or a second axis, - said articulation being an at least bidirectional articulation comprising a first hinge capable of allowing a rotary movement of the fin relative to the central part around said first axis, and a second hinge capable of allowing a rotary movement of the fin around the second axis, - said first hinge and said second hinge being mechanically connected to one another, such that, when the fin located substantially in the plane of extension of the central part is in a rest position, a passenger can first rotate the fin around the first axis via the first hinge and then rotate the fin around the second axis via the second hinge.
A waste water lifting installation with a container, a pump and a level sensor arranged in the container, wherein the level sensor comprises a closed membrane housing which is arranged in the container and which in a housing wall comprises a movable membrane, and wherein the membrane in the inside of the membrane housing is coupled to at least one sensor or switch for switching the pump on and off, characterised in that that the membrane housing at its upper end is connected to a sensor housing, in which the switch or the sensor is arranged, wherein the sensor housing is designed in a closed manner with respect to the membrane housing, and a magnetic coupling is provided between the sensor or switch in the sensor housing and the membrane or an actuation element which is coupled in movement to the membrane and which is arranged in the membrane housing.
A method (100,200) for optimally spacing horizontal wells within an irregular boundary, which comprises: determining (102,202) boundary segments for the irregular boundary that fall within a correct azimuth range, by determining whether an azimuth for each boundary segment falls within a maximum change of a planned azimuth for the horizontal wells, but not including the planned azimuth, by using a computer processor; selecting a heel, toe pair for a horizontal well for being repositioned based on the boundary segments that fall within the correct azimuth range; and repositioning (106,218,220,222,224) the selected heel, toe pair so that the selected heel, toe pair is not parallel to another heel, toe pair for another horizontal well nearest the heel, toe pair. determining (102,202) boundary segments for the irregular boundary that fall within a correct azimuth range, by determining whether an azimuth for each boundary segment falls within a maximum change of a planned azimuth for the horizontal wells, but not including the planned azimuth, by using a computer processor; selecting a heel, toe pair for a horizontal well for being repositioned based on the boundary segments that fall within the correct azimuth range; and repositioning (106,218,220,222,224) the selected heel, toe pair so that the selected heel, toe pair is not parallel to another heel, toe pair for another horizontal well nearest the heel, toe pair.
A vertical wind turbine with a plurality of vertical blades, which are motor-driven pivotable around a respective blade rotation axis (C 7) independently from each other, and are rotatable on a common circular path around a vertical rotor rotation axis (C 2), characterised in that the blades are each held in a supporting manner on at least one pitch motor for motor-driven pivoting of the blades around their respective blade rotation axis (C 7).
An audio speaker, comprising: a frame; a tweeter having a top portion and a bottom portion; an axis mount assembly, wherein said tweeter is removably connected to said axis mount assembly; and a first connection member, capable of maintaining electrical communication with said axis mount assembly throughout continuous and an infinite number of rotations of said axis mount assembly within said audio speaker; wherein the axis mount assembly comprises: a second connection member capable of maintaining electrical communication with said first connection member throughout the continuous and infinite number of rotations of said axis mount assembly within said audio speaker; and an axis mount faceplate having a top portion and a bottom portion; wherein a plane of said top portion of said axis mount faceplate is not perpendicular to a central axis of said audio speaker; and wherein said top portion of said tweeter further comprises a diffuser ring that is offset from a center point of the tweeter. a frame; a tweeter having a top portion and a bottom portion; an axis mount assembly, wherein said tweeter is removably connected to said axis mount assembly; and a first connection member, capable of maintaining electrical communication with said axis mount assembly throughout continuous and an infinite number of rotations of said axis mount assembly within said audio speaker; wherein the axis mount assembly comprises: a second connection member capable of maintaining electrical communication with said first connection member throughout the continuous and infinite number of rotations of said axis mount assembly within said audio speaker; and an axis mount faceplate having a top portion and a bottom portion; wherein a plane of said top portion of said axis mount faceplate is not perpendicular to a central axis of said audio speaker; and wherein said top portion of said tweeter further comprises a diffuser ring that is offset from a center point of the tweeter. a second connection member capable of maintaining electrical communication with said first connection member throughout the continuous and infinite number of rotations of said axis mount assembly within said audio speaker; and an axis mount faceplate having a top portion and a bottom portion; wherein a plane of said top portion of said axis mount faceplate is not perpendicular to a central axis of said audio speaker; and wherein said top portion of said tweeter further comprises a diffuser ring that is offset from a center point of the tweeter.
A copolymer for an antifouling coating composition, comprising a copolymer having, on a side chain, a group represented by chemical formula and having, on terminal, at least one of a group represented by chemical formula and a group represented by chemical formula, wherein chemical formula is wherein R 1, R 2, and R 3 are the same or different from each other and each represents a C 3-6 alkyl group branched at an a-position or a phenyl group; chemical formula is and chemical formula is