mhurhangee/ep-ind-claims huggingface dataset:
A propeller fan comprising: a rotary vane wheel of an axial-flow type; and a shroud placed downstream of an in-vehicle heat exchanger, in which a shape of an air path transits from a substantially rectangle to a circle, the rotary vane wheel is provided at a portion where the shape of the air path becomes the circle, wherein from a vane surface on the negative pressure side of the rotary vane wheel at a position on a concentric circle with the circle of the air path of the shroud, a plate-like protrusion (43, 44, 47) is provided, which extends parallel to the inner wall of the air path in the portion of the shroud surrounding the rotary vane wheel in the circumferential direction of the rotary vane wheel, wherein the height of the plate-like protrusion (43,44,47) is equal to, or lower than a height of a hub of the rotary vane wheel, and the shroud is rectangular at an inlet and is circular at an outlet, characterized in that the shroud is configured such that the air path forms a slope at 80 degrees to 60 degrees with respect to the axial direction of the rotary vane wheel from a corner of the rectangle to the circle. a rotary vane wheel of an axial-flow type; and a shroud placed downstream of an in-vehicle heat exchanger, in which a shape of an air path transits from a substantially rectangle to a circle, the rotary vane wheel is provided at a portion where the shape of the air path becomes the circle, wherein from a vane surface on the negative pressure side of the rotary vane wheel at a position on a concentric circle with the circle of the air path of the shroud, a plate-like protrusion (43, 44, 47) is provided, which extends parallel to the inner wall of the air path in the portion of the shroud surrounding the rotary vane wheel in the circumferential direction of the rotary vane wheel, wherein the height of the plate-like protrusion (43,44,47) is equal to, or lower than a height of a hub of the rotary vane wheel, and the shroud is rectangular at an inlet and is circular at an outlet, characterized in that the shroud is configured such that the air path forms a slope at 80 degrees to 60 degrees with respect to the axial direction of the rotary vane wheel from a corner of the rectangle to the circle.
A camera pod stabilization assembly, comprising: • an intermediate attachment; wherein the intermediate attachment comprises a first end and a second end, and a first protruding member; • a camera arm wherein the camera arm is pivotably coupled to the intermediate attachment at the first end via a first pin to form a first axis; and • a base wherein the base is pivotably coupled to the intermediate attachment at the second end via a second pin to form a second axis, characterized in that the camera arm includes a first receiving cavity to receive the first protruding member, wherein the first receiving cavity comprises at least one ribbing member engaging the first protruding member when in a first position to facilitate the transfer of the vibrations or forces from the camera arm through the intermediate attachment, to the base. • an intermediate attachment; wherein the intermediate attachment comprises a first end and a second end, and a first protruding member; • a camera arm wherein the camera arm is pivotably coupled to the intermediate attachment at the first end via a first pin to form a first axis; and • a base wherein the base is pivotably coupled to the intermediate attachment at the second end via a second pin to form a second axis, characterized in that the camera arm includes a first receiving cavity to receive the first protruding member, wherein the first receiving cavity comprises at least one ribbing member engaging the first protruding member when in a first position to facilitate the transfer of the vibrations or forces from the camera arm through the intermediate attachment, to the base. characterized in that the camera arm includes a first receiving cavity to receive the first protruding member, wherein the first receiving cavity comprises at least one ribbing member engaging the first protruding member when in a first position to facilitate the transfer of the vibrations or forces from the camera arm through the intermediate attachment, to the base.
A wireless communication apparatus comprising: a wireless communicator configured to perform wireless communication with another wireless communication apparatus; and a processor; and a storage configured to store a transmission power, wherein the processor is adapted to control the wireless communicator to transmit to the other wireless communication apparatus prescribed information while incrementally changing transmission power by a prescribed degree until a change occurs in a signal reception state of a connection request from the other wireless communication apparatus, to cause the storage to store as a first transmission power the transmission power of the prescribed information occurring when the signal reception state of the connection request during the latest communication changes, and to cause the storage to store as a second transmission power the transmission power of the prescribed information occurring when the signal reception state of the connection request during a previous-to-latest communication changed, and to start transmission of the prescribed information to the other wireless communication apparatus at the first transmission power during the next communication onwards, and to start transmission of the prescribed information to the other wireless communication apparatus at the second transmission power when the signal reception state of the connection request is unchanged for a prescribed period. a wireless communicator configured to perform wireless communication with another wireless communication apparatus; and a processor; and a storage configured to store a transmission power, wherein the processor is adapted to control the wireless communicator to transmit to the other wireless communication apparatus prescribed information while incrementally changing transmission power by a prescribed degree until a change occurs in a signal reception state of a connection request from the other wireless communication apparatus, to cause the storage to store as a first transmission power the transmission power of the prescribed information occurring when the signal reception state of the connection request during the latest communication changes, and to cause the storage to store as a second transmission power the transmission power of the prescribed information occurring when the signal reception state of the connection request during a previous-to-latest communication changed, and to start transmission of the prescribed information to the other wireless communication apparatus at the first transmission power during the next communication onwards, and to start transmission of the prescribed information to the other wireless communication apparatus at the second transmission power when the signal reception state of the connection request is unchanged for a prescribed period.
A device configured to control a related device, comprising: a function unit that performs a first physical function of the device; a control unit that controls the function unit, identifies the related device that performs a subsequent second function in response to a first function that is performed or is scheduled to be performed in the function unit, and generates a time schedule and function information to be transmitted to the related device, wherein the time schedule and function information are generated based on behavior pattern information of a user; and a communication unit that transmits the time schedule and the function information that the control unit generates to the related device, wherein the device and the related device are home appliances which provide functions associated with each other in a time series and belong to a same group of devices relating to cooking or washing, wherein an operation order or relation of functions between the device and the related device is stored in each device, and wherein the related device provides the subsequent second function by reflecting an estimated time of the first function. a function unit that performs a first physical function of the device; a control unit that controls the function unit, identifies the related device that performs a subsequent second function in response to a first function that is performed or is scheduled to be performed in the function unit, and generates a time schedule and function information to be transmitted to the related device, wherein the time schedule and function information are generated based on behavior pattern information of a user; and a communication unit that transmits the time schedule and the function information that the control unit generates to the related device, wherein the device and the related device are home appliances which provide functions associated with each other in a time series and belong to a same group of devices relating to cooking or washing, wherein an operation order or relation of functions between the device and the related device is stored in each device, and wherein the related device provides the subsequent second function by reflecting an estimated time of the first function.
A wiring device for a switch socket, comprising: - a base provided with a plurality of positioning members, wherein each of the positioning members is provided with at least one cavity for accommodating a wire; - a power conducting plate provided in the base below the cavity; wherein in each of the positioning members a wiring terminal is provided in the cavity, wherein the wiring terminal comprises an elastic member in contact with the power conducting plate and a contact portion for pressing the wire, wherein an upper end portion of the elastic member extends obliquely upward to form the contact portion, and both sides of the elastic member are recessed downward to form respective grooves; and - a lever, comprising an operating end and two abutment ends, wherein each abutment end corresponds to one of the grooves and is provided on a respective side of the operating end, and a bottom of the operating end is hinged to the positioning member; and when the operating end drives the abutment ends to rotate to a lowest point, each abutment end abuts against the respective groove to elastically deform the elastic member, so as to separate the contact portion from the wire, characterized in that the abutment end comprises a curved arc portion and an abutment portion that are integrally formed, an upper edge of the curved arc portion and a horizontal inner side wall of the positioning member are parallel to each other, and a curvature of an outer edge of the curved arc portion is greater than a curvature of an inner edge of the curved arc portion, so that when the lever is in a flat position, the abutment portion extends away from a center line of the upper edge of the curved arc portion and extends toward the power conducting plate. - a base provided with a plurality of positioning members, wherein each of the positioning members is provided with at least one cavity for accommodating a wire; - a power conducting plate provided in the base below the cavity; wherein in each of the positioning members a wiring terminal is provided in the cavity, wherein the wiring terminal comprises an elastic member in contact with the power conducting plate and a contact portion for pressing the wire, wherein an upper end portion of the elastic member extends obliquely upward to form the contact portion, and both sides of the elastic member are recessed downward to form respective grooves; and - a lever, comprising an operating end and two abutment ends, wherein each abutment end corresponds to one of the grooves and is provided on a respective side of the operating end, and a bottom of the operating end is hinged to the positioning member; and when the operating end drives the abutment ends to rotate to a lowest point, each abutment end abuts against the respective groove to elastically deform the elastic member, so as to separate the contact portion from the wire, characterized in that
A refrigerator comprising: a main body comprising a storage compartment having at least one shelf configured to partition the storage compartment into a plurality of storage portions (20a, 20b, 20c); a door configured to open and close the storage compartment, the door having a door pocket configured to accommodate an object; and a camera device mounted on an inner surface of the door and arranged to face the storage compartment when the door is closed to photograph the plurality of storage portions (20a, 20b, 20c), characterized in that the camera device includes: at least one camera configured to photograph the plurality of storage portions (20a, 20b, 20c), and a housing, in which the at least one camera is mounted, configured to support the door pocket on the inner surface of the door. a main body comprising a storage compartment having at least one shelf configured to partition the storage compartment into a plurality of storage portions (20a, 20b, 20c); a door configured to open and close the storage compartment, the door having a door pocket configured to accommodate an object; and a camera device mounted on an inner surface of the door and arranged to face the storage compartment when the door is closed to photograph the plurality of storage portions (20a, 20b, 20c), characterized in that the camera device includes: at least one camera configured to photograph the plurality of storage portions (20a, 20b, 20c), and a housing, in which the at least one camera is mounted, configured to support the door pocket on the inner surface of the door. at least one camera configured to photograph the plurality of storage portions (20a, 20b, 20c), and a housing, in which the at least one camera is mounted, configured to support the door pocket on the inner surface of the door.
A security device comprising a planar holographic platelet provided with an identification code, the platelet comprising a polymer material, the platelet having first and second opposed major faces each having a microstructure arranged to generate an optically variable image providing the identification code under illumination, the image being optically variable as a function of an illumination angle or viewing angle, characterised in that the microstructures on each of the first and second major faces are arranged so that the optically variable images on each of the first and second major faces are right reading when viewed by an observer (28, 32, 42, 46) upon illumination from the respective viewing side.
A method for correcting an initial zero position deviation, applied to a permanent magnet synchronous motor and a resolver, comprising: driving a rotor of the permanent magnet synchronous motor to rotate at a constant speed; acquiring counter electromotive forces of a stator of the permanent magnet synchronous motor and a position of a rotor of the resolver; calculating (S 12) a space vector phase angle θ 1 corresponding to the counter electromotive forces of the stator of the permanent magnet synchronous motor based on the counter electromotive forces; acquiring, based on the position of the rotor of the resolver, a rotation angle θ 2 measured by the resolver; calculating, based on a formula, an installation deviation Δ θ corresponding to the space vector phase angle θ 1 and the rotation angle θ 2; and manually adjusting a position of the resolver until the installation deviation Δ θ meets a precision requirement; wherein the formula is θ 2 − θ 1 − π 2. driving a rotor of the permanent magnet synchronous motor to rotate at a constant speed; acquiring counter electromotive forces of a stator of the permanent magnet synchronous motor and a position of a rotor of the resolver; calculating (S 12) a space vector phase angle θ 1 corresponding to the counter electromotive forces of the stator of the permanent magnet synchronous motor based on the counter electromotive forces; acquiring, based on the position of the rotor of the resolver, a rotation angle θ 2 measured by the resolver; calculating, based on a formula, an installation deviation Δ θ corresponding to the space vector phase angle θ 1 and the rotation angle θ 2; and manually adjusting a position of the resolver until the installation deviation Δ θ meets a precision requirement; wherein the formula is θ 2 − θ 1 − π 2.
An enhanced node B, eNode B, operable to determine user equipment, UE, distribution information for a communications network, the eNode B is characterised by having computer circuitry configured to: map a cell of the eNode B into a plurality of UE distribution bins, wherein a bin corresponds to a geographical area of the cell of the eNode B; associate a UE in the cell of the eNode B with a UE distribution bin based on a location of the UE in the cell that is determined using a time advance, T ADV, value and an angle of arrival, AOA, measurement of an UL transmission from the UE to the eNode B; and determining a UE distribution of one or more UEs in the cell based on a number of UEs in each of the plurality of UE distribution bins; wherein the determining of a UE distribution of the one or more UEs in the cell comprises calculating the number of UEs in each of the plurality of UE distribution bins. map a cell of the eNode B into a plurality of UE distribution bins, wherein a bin corresponds to a geographical area of the cell of the eNode B; associate a UE in the cell of the eNode B with a UE distribution bin based on a location of the UE in the cell that is determined using a time advance, T ADV, value and an angle of arrival, AOA, measurement of an UL transmission from the UE to the eNode B; and determining a UE distribution of one or more UEs in the cell based on a number of UEs in each of the plurality of UE distribution bins; wherein the determining of a UE distribution of the one or more UEs in the cell comprises calculating the number of UEs in each of the plurality of UE distribution bins.
An isolated peptide selected from an FB005 peptide comprising the sequence of SEQ ID NO:1, an FB006 peptide comprising the sequence of SEQ ID NO:2, and an FB066 peptide comprising the sequence of SEQ ID NO:7.
A device for lifting a steel reinforcement mat comprising a grid of parallel rods in a first direction and, placed thereon and permanently fastened, parallel rods in a second direction, each according to a predetermined mesh width (204, 205); the device comprising a hoisting frame suitable for being secured to a hoist; the hoisting frame comprising supporting elements on opposite sides positioned in such a way that when the hoisting frame rests on an uppermost steel reinforcement mat of a stack thereof, each supporting element is located in a respective mesh; and in which moreover the supporting elements are configured to slide in the first direction in such a way that during lifting, the supporting elements each with a respective supporting surface exclusively support rods in the second direction of exclusively the uppermost steel reinforcement mat, characterised in that the supporting elements on the opposite sides slide away in the opposite direction to each other.
A system for simulating a road test of an automotive vehicle on a simulator adapted to receive the vehicle thereon, the system comprising: electronic memory for storing a set of data representing a desired response from a source vehicle driven over a road surface; and characterized by at least one road simulator actuator, having an actuator head supported by a substantially curved actuator arm pivotably coupled at a pivot point 122 on a base, said actuator head supporting a driven belt configured to drive a wheel on the vehicle, the vibration actuator 100 having six hydraulic actuators (118 a-f), the actuators (118 a-f) function at the pressures of between about 200 and 300 bars, wherein three of the actuators (118 a-c) apply forces to the actuator head 108 in a Z axis, two in Y axis (118 d-e) and one (118 f) in X axis, and wherein the hydraulic actuators (118 a-f) are configured to impart 6 axis of control on a vehicle component, wherein the substantially curved actuator arm is configured to transmit forces to the actuator head in the x direction, wherein one actuator is positioned generally parallel to the Y axis actuators (118d-e) and is configured to apply forces to a first end of the substantially curved actuator arm. electronic memory for storing a set of data representing a desired response from a source vehicle driven over a road surface; and characterized by at least one road simulator actuator, having an actuator head supported by a substantially curved actuator arm pivotably coupled at a pivot point 122 on a base, said actuator head supporting a driven belt configured to drive a wheel on the vehicle, the vibration actuator 100 having six hydraulic actuators (118 a-f), the actuators (118 a-f) function at the pressures of between about 200 and 300 bars, wherein three of the actuators (118 a-c) apply forces to the actuator head 108 in a Z axis, two in Y axis (118 d-e) and one (118 f) in X axis, and wherein the hydraulic actuators (118 a-f) are configured to impart 6 axis of control on a vehicle component, wherein the substantially curved actuator arm is configured to transmit forces to the actuator head in the x direction, wherein one actuator is positioned generally parallel to the Y axis actuators (118d-e) and is configured to apply forces to a first end of the substantially curved actuator arm.
A speech dialogue apparatus adapted to operate in a training mode, said speech dialogue apparatus comprising: a text database storing a plurality of initial text elements which the speech dialogue apparatus is capable of recognizing from input speech, a query module for outputting, in said training mode, a query to a user for inputting, by means of speech, at least one synonym the user intends to use for a particular one of the initial text elements stored in the text database, a query response receiving module for receiving said at least one synonym input by the user by means of speech, a query response forwarding module for forwarding said received at least one synonym to a speech recognition system, a synonym text element receiving module for receiving at least one synonym text element that has been recognized by the speech recognition system from said at least one synonym input by the user by means of speech, and a synonym text element associating module for storing said at least one synonym text element in said text database so as to be associated with said particular one of the initial text elements. a text database storing a plurality of initial text elements which the speech dialogue apparatus is capable of recognizing from input speech, a query module for outputting, in said training mode, a query to a user for inputting, by means of speech, at least one synonym the user intends to use for a particular one of the initial text elements stored in the text database, a query response receiving module for receiving said at least one synonym input by the user by means of speech, a query response forwarding module for forwarding said received at least one synonym to a speech recognition system, a synonym text element receiving module for receiving at least one synonym text element that has been recognized by the speech recognition system from said at least one synonym input by the user by means of speech, and a synonym text element associating module for storing said at least one synonym text element in said text database so as to be associated with said particular one of the initial text elements.