mhurhangee/patent-ind-claim-en huggingface dataset:
A parking brake system for a vehicle, said system comprising: a mechanical parking brake stick arranged to be operated by hand, a first transmission , comprising a first transmission lever , which upon operation of the mechanical parking brake stick is pivotable about a first pivot axis from a release position towards a braking position, and a brake assembly for preventing or counteracting rotation of a wheel of the vehicle, wherein said mechanical parking brake stick is connected to said first transmission , which in turn is connected to said brake assembly such that operating said mechanical parking brake stick causes said first transmission to activate said brake assembly , characterised by : a second transmission , and an actuator , which is connected to said second transmission , wherein the second transmission comprises a second transmission lever , which upon operation of the actuator is pivotable about a second pivot axis , and the levers are arranged so that the second lever is pivotable into engagement with the first lever , such that the first lever is pivoted towards the braking position such that the brake assembly is activated. a mechanical parking brake stick arranged to be operated by hand, a first transmission , comprising a first transmission lever , which upon operation of the mechanical parking brake stick is pivotable about a first pivot axis from a release position towards a braking position, and a brake assembly for preventing or counteracting rotation of a wheel of the vehicle, wherein said mechanical parking brake stick is connected to said first transmission , which in turn is connected to said brake assembly such that operating said mechanical parking brake stick causes said first transmission to activate said brake assembly , characterised by : a second transmission , and an actuator , which is connected to said second transmission , wherein the second transmission comprises a second transmission lever , which upon operation of the actuator is pivotable about a second pivot axis , and the levers are arranged so that the second lever is pivotable into engagement with the first lever , such that the first lever is pivoted towards the braking position such that the brake assembly is activated. a second transmission , and an actuator , which is connected to said second transmission , wherein the second transmission comprises a second transmission lever , which upon operation of the actuator is pivotable about a second pivot axis , and the levers are arranged so that the second lever is pivotable into engagement with the first lever , such that the first lever is pivoted towards the braking position such that the brake assembly is activated.
An impact drill , comprising: a motor ; a housing assembly configured to support the motor; an output shaft capable of being driven by the motor to rotate around a first axis ; a transmission assembly comprising a locking ring rotatable relative to the housing assembly; a lock pin connected to the locking ring and configured to limit rotation of the locking ring; a biasing element configured to bias the lock pin such that the lock pin applies a locking force to stop the rotation of the locking ring; characterised in that it further comprises a function conversion member comprising a stop portion configured to stop movement of the lock pin along the first axis and a release portion configured to allow the movement of the lock pin along the first axis; and an operation member configured to drive the function conversion member to switch a stop state of the movement of the lock pin along the first axis, and the function conversion member is provided with a groove or boss mating with a boss or groove of the operation member to form a stop structure configured to stop a movement of the function conversion member along the first axis ; and the locking ring includes locking teeth configured for abutting the lock pin . a motor ; a housing assembly configured to support the motor; an output shaft capable of being driven by the motor to rotate around a first axis ; a transmission assembly comprising a locking ring rotatable relative to the housing assembly; a lock pin connected to the locking ring and configured to limit rotation of the locking ring; a biasing element configured to bias the lock pin such that the lock pin applies a locking force to stop the rotation of the locking ring; characterised in that it further comprises a function conversion member comprising a stop portion configured to stop movement of the lock pin along the first axis and a release portion configured to allow the movement of the lock pin along the first axis; and an operation member configured to drive the function conversion member to switch a stop state of the movement of the lock pin along the first axis, and the function conversion member is provided with a groove or boss mating with a boss or groove of the operation member to form a stop structure configured to stop a movement of the function conversion member along the first axis ; and the locking ring includes locking teeth configured for abutting the lock pin .
A trunking user based message transmission method for a trunking communication system, characterized by , comprising: receiving a request message from a user equipment by a wireless access device, and allocating a connection resource for the user equipment by the wireless access device, wherein the request message carries information indicating whether the user equipment is a trunking user; when the user equipment is a trunking user, and if the user equipment does not receive or send data within a preset period, triggering the user equipment to enter a CELL-PCH state by the wireless access device; and when the user equipment is not a trunking user, and if the user equipment does not receive or send data within a preset period, releasing the connection resource of the user equipment by the wireless access device. receiving a request message from a user equipment by a wireless access device, and allocating a connection resource for the user equipment by the wireless access device, wherein the request message carries information indicating whether the user equipment is a trunking user; when the user equipment is a trunking user, and if the user equipment does not receive or send data within a preset period, triggering the user equipment to enter a CELL-PCH state by the wireless access device; and when the user equipment is not a trunking user, and if the user equipment does not receive or send data within a preset period, releasing the connection resource of the user equipment by the wireless access device.
Apparatus for providing pressurised gas to at least one target location, comprising: at least one pressurised gas storage container ; at least one region of adsorptive material in the pressurised gas storage container that increases an effective storage volume of the at least one pressurised gas storage container ; at least one target location which comprises at least one pneumatic device comprising one or more of an element of an air brake system, an element of an air suspension system, an element of a cab suspension system, an element of a seat location system, an element of an automatic door closing system, or an element of a tyre inflation system; and a pressurised gas source in selective fluid communication with the at least one pressurised gas storage container to provide pressurised gas to the at least one region of adsorptive material ; wherein the at least one pressurised gas storage container is in selective fluid communication with the at least one target location; and wherein pressurised gas is stored in the at least one pressurised gas storage container at a positive pressure. at least one pressurised gas storage container ; at least one region of adsorptive material in the pressurised gas storage container that increases an effective storage volume of the at least one pressurised gas storage container ; at least one target location which comprises at least one pneumatic device comprising one or more of an element of an air brake system, an element of an air suspension system, an element of a cab suspension system, an element of a seat location system, an element of an automatic door closing system, or an element of a tyre inflation system; and a pressurised gas source in selective fluid communication with the at least one pressurised gas storage container to provide pressurised gas to the at least one region of adsorptive material ; wherein the at least one pressurised gas storage container is in selective fluid communication with the at least one target location; and wherein pressurised gas is stored in the at least one pressurised gas storage container at a positive pressure.
A beam selection method, comprising: receiving (S403), by a receiving device, at least one set of beam associating information sent by a sending device, each set of the beam associating information comprising an association relation between a first beam and at least one second beam, wherein the first beam covers the at least one second beam; selecting (S404), by the receiving device, according to the at least one set of beam associating information, a beam to be received among beams sent by the sending device; wherein the association relation between the first beam and the at least one second beam comprises: a first physical channel associated with the at least one second beam, and a second physical channel associated with the first beam; wherein the selecting (S404), by the receiving device, according to the at least one set of beam associating information, a beam to be received among beams sent by the sending device comprises: when the receiving device receives the first physical channel through a second beam, selecting the first beam associated with the second beam as a beam for receiving the second physical channel according to the at least one set of beam associating information. receiving (S403), by a receiving device, at least one set of beam associating information sent by a sending device, each set of the beam associating information comprising an association relation between a first beam and at least one second beam, wherein the first beam covers the at least one second beam; selecting (S404), by the receiving device, according to the at least one set of beam associating information, a beam to be received among beams sent by the sending device; wherein the association relation between the first beam and the at least one second beam comprises: a first physical channel associated with the at least one second beam, and a second physical channel associated with the first beam; wherein the selecting (S404), by the receiving device, according to the at least one set of beam associating information, a beam to be received among beams sent by the sending device comprises: when the receiving device receives the first physical channel through a second beam, selecting the first beam associated with the second beam as a beam for receiving the second physical channel according to the at least one set of beam associating information. a first physical channel associated with the at least one second beam, and a second physical channel associated with the first beam; wherein the selecting (S404), by the receiving device, according to the at least one set of beam associating information, a beam to be received among beams sent by the sending device comprises: when the receiving device receives the first physical channel through a second beam, selecting the first beam associated with the second beam as a beam for receiving the second physical channel according to the at least one set of beam associating information.
A surgical robot control system , comprising: a housing ; a controller located in the housing coupled to a socket , the socket to receive a handheld surgical user interface to control a function of a surgical instrument , the surgical instrument comprising an end effector and a mechanical interface to manipulate the end effector, the mechanical interface is operatively coupled to the controller; wherein the controller is further coupled to current sensing circuitry and voltage sensing circuitry to measure an energy level delivered to the tissue site by the end effector; at least one sensor coupled to the controller and the socket, the at least one sensor to convert movement of the handheld surgical user interface into electrical signals corresponding to the movement of the surgical instrument; and at least one feedback device (714, 1114', 1214', 1214", 1314) electrically coupled to the controller to provide feedback to the user that is associated with a predetermined function of the surgical instrument wherein the feedback device comprises at least one haptic feedback device (714, 1114', 1214', 1214", 1314) to provide tactile feedback to the user; wherein the predetermined function of the surgical instrument comprises delivery of energy to the tissue site; and wherein the at least one haptic feedback device comprises a thermal element to produce a temperature gradient proportional to the energy level delivered to the tissue site by the end effector. a housing ; a controller located in the housing coupled to a socket , the socket to receive a handheld surgical user interface to control a function of a surgical instrument , the surgical instrument comprising an end effector and a mechanical interface to manipulate the end effector, the mechanical interface is operatively coupled to the controller; wherein the controller is further coupled to current sensing circuitry and voltage sensing circuitry to measure an energy level delivered to the tissue site by the end effector; at least one sensor coupled to the controller and the socket, the at least one sensor to convert movement of the handheld surgical user interface into electrical signals corresponding to the movement of the surgical instrument; and at least one feedback device (714, 1114', 1214', 1214", 1314) electrically coupled to the controller to provide feedback to the user that is associated with a predetermined function of the surgical instrument wherein the feedback device comprises at least one haptic feedback device (714, 1114', 1214', 1214", 1314) to provide tactile feedback to the user; wherein the predetermined function of the surgical instrument comprises delivery of energy to the tissue site; and wherein the at least one haptic feedback device comprises a thermal element to produce a temperature gradient proportional to the energy level delivered to the tissue site by the end effector.
An agricultural system , comprising: a cylinder ; a rod configured to move axially in and out of the cylinder; a cylinder lock system configured to control movement of the rod and/or cylinder, the cylinder lock system comprising: a cap-end fixture configured to couple to the cylinder and configured to receive the rod ; a rod-end fixture configured to couple to an end of the rod ; and a lock piston , the lock piston comprising a protrusion , wherein the lock piston is configured to rotate about the rod and selectively couple the protrusion to the cap-end fixture to lock and unlock the rod-end fixture to the cap-end fixture , characterized in that the cap-end fixture comprises a recess configured to receive the protrusion on the lock piston. a cylinder ; a rod configured to move axially in and out of the cylinder; a cylinder lock system configured to control movement of the rod and/or cylinder, the cylinder lock system comprising: a cap-end fixture configured to couple to the cylinder and configured to receive the rod ; a rod-end fixture configured to couple to an end of the rod ; and a lock piston , the lock piston comprising a protrusion , wherein the lock a cap-end fixture configured to couple to the cylinder and configured to receive the rod ; a rod-end fixture configured to couple to an end of the rod ; and a lock piston , the lock piston comprising a protrusion , wherein the lock piston is configured to rotate about the rod and selectively couple the protrusion to the cap-end fixture to lock and unlock the rod-end fixture to the cap-end fixture , characterized in that the cap-end fixture comprises a recess configured to receive the protrusion on the lock piston.
A terminal device, wherein the terminal device comprises a power button , a fingerprint collection module, a fingerprint recognition module, a power control module, and a login module, and the fingerprint collection module is disposed on the power button , wherein the power control module is configured to: when detecting that the power button is pressed, control power output to supply power to the fingerprint collection module; the fingerprint collection module is configured to collect (Step 201) fingerprint data, and send the fingerprint data to the fingerprint recognition module; the fingerprint recognition module is configured to match (Step 202) the fingerprint data with preset fingerprint data that is prestored; and the login module is configured to log in (Step 203) to the terminal device when the matching performed by the fingerprint recognition module succeeds; wherein the terminal device further comprises a contact , the power button interworks with the contact , and when the contact is closed, the power control module controls power output to supply power to the fingerprint collection module, and a stroke of the power button is less than a maximum stroke of the power button ;wherein after the matching succeeds, the fingerprint recognition module is configured to send a matching success message to the login module; characterized in that when fingerprint matching succeeds, the terminal has not entered a login stage, wherein the fingerprint recognition module is configured to cache a matching success result, and send the matching success message to the login module when the terminal device enters the login stage. the power control module is configured to: when detecting that the power button is pressed, control power output to supply power to the fingerprint collection module; the fingerprint collection module is configured to collect (Step 201) fingerprint data, and send the fingerprint data to the fingerprint recognition module; the fingerprint recognition module is configured to match (Step 202) the fingerprint data with preset fingerprint data that is prestored; and the login module is configured to log in (Step 203) to the terminal device when the matching performed by the fingerprint recognition module succeeds; wherein the terminal device further comprises a contact , the power button interworks with the contact , and when the contact is closed, the power control module controls power output to supply power to the fingerprint collection module, and a stroke of the power button is less than a maximum stroke of the power button ;wherein after the matching succeeds, the fingerprint recognition module is configured to send a matching success message to the login module; characterized in that when fingerprint matching succeeds, the terminal has not entered a login stage, wherein the fingerprint recognition module is configured to cache a matching success result, and send the matching success message to the login module when the terminal device enters the login stage.
An automatic detecting apparatus for detecting an etched via hole (VH1), the automatic detecting apparatus comprising: an inputting unit for inputting a top-view image (IM1) of the etched via hole (VH1); a dividing unit for dividing the top-view image (IM1) into a first cluster (C1), a second cluster (C2), a third cluster (C3) and a fourth cluster (C4) via a clustering algorithm according to a plurality of grayscale values of the top-view image (IM1); a contouring unit for obtaining a contour (CT1) in the top-view image (IM1) according to the first cluster (C1), wherein a first average pixel value of the first cluster (C1) is larger than a second average pixel value of the second cluster (C2), a third average pixel value of the third cluster (C3) and a fourth average pixel value of the fourth cluster (C4); a range analyzing unit for obtaining a detecting range (DR1) in the top-view image (IM1) according to the fourth cluster (C4), wherein the fourth average pixel value of the fourth cluster (C4) is less than the first average pixel value of the first cluster (C1), the second average pixel value of the second cluster (C2) and the third average pixel value of the third cluster (C3); a boundary analyzing unit for obtaining a circular boundary (CB1) in the detecting range (DR1); an edge detecting unit for obtaining a plurality of edges (EG) in the circular boundary (CB1); an expanding unit for expanding the edges (EG) to obtain a plurality of expanded edges (EE); and an overlapping unit for overlapping the expanded edges (EE) and the contour (CT1) to obtain a defect pattern (IM8). an inputting unit for inputting a top-view image (IM1) of the etched via hole (VH1); a dividing unit for dividing the top-view image (IM1) into a first cluster (C1), a second cluster (C2), a third cluster (C3) and a fourth cluster (C4) via a clustering algorithm according to a plurality of grayscale values of the top-view image (IM1); a contouring unit for obtaining a contour (CT1) in the top-view image (IM1) according to the first cluster (C1), wherein a first average pixel value of the first cluster (C1) is larger than a second average pixel value of the second cluster (C2), a third average pixel value of the third cluster (C3) and a fourth average pixel value of the fourth cluster (C4); a range analyzing unit for obtaining a detecting range (DR1) in the top-view image (IM1) according to the fourth cluster (C4), wherein the fourth average pixel value of the fourth cluster (C4) is less than the first average pixel value of the first cluster (C1), the second average pixel value of the second cluster (C2) and the third average pixel value of the third cluster (C3); a boundary analyzing unit for obtaining a circular boundary (CB1) in the detecting range (DR1); an edge detecting unit for obtaining a plurality of edges (EG) in the circular boundary (CB1); an expanding unit for expanding the edges (EG) to obtain a plurality of expanded edges (EE); and an overlapping unit for overlapping the expanded edges (EE) and the contour (CT1) to obtain a defect pattern (IM8).
Device for recycling materials consisting of at least two components by separating, comminuting and deforming these components, with a housing which is stationary, and having a rotor which rotates in the housing at a distance (a) from an inner wall of the housing and thereby moves the materials, wherein the distance (a) between the inner wall of the housing and the rotor changes continuously as the rotor rotates, wherein the rotor has formations which build up a pressure on the material in the direction of the inner wall of the housing , wherein projections are provided on the inner wall of the housing , wherein the projections are designed like sawtooth, characterized in, that formations are provided on the rotor , which are set at an obliquely trailing position relative to a rotary axis (A) of the rotor , the formations and/or the projections being adjustable or replaceable, wherein the sawtooth-like projections reduce a distance (a) between this rotor and the respective projection in the direction of rotation of a rotor , wherein the rotor has a hub which rotates about an rotary axis (A), wherein a ring on which the formations are seated is connected to the hub via spokes , wherein these formations are of wall- or wing-like design and are arranged on the ring in such a way that they are trailing in the direction of rotation relative to the rotary axis (A), wherein a front edge of each formation which is closer to the rotary axis (A) is arranged on the ring in front of a rear edge of this formation in the direction of rotation.