mhurhangee/ep-ind-claims huggingface dataset:
A holder assembly for a cutting tool insert adapted for machining operations, the holder assembly comprising first and second spaced apart clamping members (4, 5), each having respective inner seating surfaces facing one another and defining an intermediate gap, in which the cutting tool insert is insertable, wherein the clamping members are by means of a clamping mechanism, at least to a limited extent movable towards each other, in order to clamp and securely hold the cutting tool insert between the seating surfaces, and subsequently movable away from each other by releasing the clamping mechanism in order to release the cutting tool insert from the holder assembly, wherein the clamping mechanism comprises a drawbar, which is at least partly received in a cavity formed in each of the clamping members, which cavities are aligned with each other and extend in a transverse direction in relation to the intermediate gap, characterized in that at least a first clamping member is formed with a shoulder face, which is located within or around the cavity and which is facing away from the intermediate gap, and in that the clamping mechanism, besides the drawbar, comprises a compression spring member, wherein the drawbar has a first portion being received in the cavity of and in engagement with the first clamping member and a second portion (15") being received in the cavity of and in engagement with the second clamping member, at least the first drawbar portion is at least to a limited extent displaceable within the cavity of the first clamping member and is formed with a counter face facing the shoulder face of the clamping member, and the compression spring member is positioned between the counter face of the drawbar and the shoulder face of the clamping member such that the compression spring member acts upon the counter face and the shoulder face with a force acting to move the counter face and the shoulder face away from each other which has to result that the clamping members are pressed towards each other for secure clamping of the cutting tool insert, and releasing of the clamping mechanism is achievable by means of a releasing member which is able to overcome the spring force acting to move the clamping members towards each other.
A method of transmitting data related to the control of a high voltage power supply system, and comprising the steps of: - providing a first frame of data including data symbols according to a frame structure, said frame structure including sections (MD1, MD2) for data symbols containing measurement samples and sections for data symbols containing field bus type of data distinctively separated from the data symbols, and - sending said first frame from a first device to a second device in a point-to-point connection, - the first device being a computer for control and/or protection and the second device being a control and measurement node, characterized by - the further step of inserting (70, 72) synchronization data into said first frame in the form of control symbols, - where said synchronization data includes sampling synchronization data indicating when the control and measurement node is to take measurement samples in the system and/or time synchronization data for synchronizing the control and measurement node with other nodes of the same type, the data symbols are provided through 8B/10B coding of measurement samples and field bus type data and the control symbols are control symbols of the 8B/10B coding. - providing a first frame of data including data symbols according to a frame structure, said frame structure including sections (MD1, MD2) for data symbols containing measurement samples and sections for data symbols containing field bus type of data distinctively separated from the data symbols, and - sending said first frame from a first device to a second device in a point-to-point connection, - the first device being a computer for control and/or protection and the second device being a control and measurement node, - the further step of inserting (70, 72) synchronization data into said first frame in the form of control symbols, - where said synchronization data includes sampling synchronization data indicating when the control and measurement node is to take measurement samples in the system and/or time synchronization data for synchronizing the control and measurement node with other nodes of the same type, the data symbols are provided through 8B/10B coding of measurement samples and field bus type data and the control symbols are control symbols of the 8B/10B coding.
An axial air gap type electric motor comprising a stator and two rotors (12, 13) each of which is configured with a discoid shape and which are arranged about a common axis, which is a rotor output axis, facing each other and with a fixed gap, wherein one of bearings for fixing the rotor output axis is installed inside a projection face of the stator from the vertical direction to said rotation axis and another bearing is installed in such a manner that at least a part is arranged outside the projection face of said stator.
A method for aligning a pair of calibrated lasers (134, 136) of a laser additive manufacturing system in an overlap region in which the pair of calibrated lasers (134, 136) selectively operate, the method comprising: first forming a first plurality of layers of a test structure in the overlap region of the pair of calibrated lasers (134, 136) solely using a first calibrated laser of the pair of calibrated lasers (134, 136); second forming a second plurality of layers of the test structure atop the first plurality of layers in the overlap region of the pair of calibrated lasers (134, 136) solely using a second calibrated laser of the pair of calibrated lasers (134, 136), the first and second forming steps creating an outer surface of the test structure corresponding to the overlap region; measuring a dimension of an offset step (200, 202) created between the first plurality of layers and the second plurality of layers in the outer surface of the test structure; and aligning the pair of calibrated lasers (134, 136) by applying the dimension of the offset step (200, 202) as an alignment correction to at least one of the pair of calibrated lasers (134, 136). first forming a first plurality of layers of a test structure in the overlap region of the pair of calibrated lasers (134, 136) solely using a first calibrated laser of the pair of calibrated lasers (134, 136); second forming a second plurality of layers of the test structure atop the first plurality of layers in the overlap region of the pair of calibrated lasers (134, 136) solely using a second calibrated laser of the pair of calibrated lasers (134, 136), the first and second forming steps creating an outer surface of the test structure corresponding to the overlap region; measuring a dimension of an offset step (200, 202) created between the first plurality of layers and the second plurality of layers in the outer surface of the test structure; and aligning the pair of calibrated lasers (134, 136) by applying the dimension of the offset step (200, 202) as an alignment correction to at least one of the pair of calibrated lasers (134, 136).
Rotating electric machine, particularly for a motor vehicle, comprising: - a stator comprising a stator body provided with a plurality of stator teeth defining a plurality of notches, and a stator winding inserted in said notches, - a rotor having an axis of rotation, and comprising a plurality of rotor teeth defining cavities in which permanent magnets are accommodated, said rotor comprising an array of magnetic poles, said rotor being inscribed in an axisymmetric cylinder having an external radius, each rotor tooth comprising: - an axis of symmetry passing via the axis of rotation of said rotor, - an external face facing an internal periphery of said stator, in a radial plane (PI_R) relative to the axis of rotation, said external face having a curvature in the form of an arc of a circle, the arc of a circle being defined by: - a centre located on said axis of symmetry, - a first point located at an intersection between said axis of symmetry and a circle centred on said axis of rotation and a radius of which is said external radius, and - a second point located on an axis passing via said axis of rotation of the rotor and forming an angle of 360 degrees divided by a number equal to twice the number of magnetic poles relative to said axis of symmetry, said second point being located at a distance from said axis of rotation of the rotor equal to the external radius minus a space, and a ratio between said space and said external radius is between 0.015 and 0.07, a ratio between an inside diameter of said stator, expressed in mm, and a number of pairs of rotor poles (p) being between 12 and 22, particularly between 13 and 21, for example between 14 and 20. - a stator comprising a stator body provided with a plurality of stator teeth defining a plurality of notches, and a stator winding inserted in said notches, - a rotor having an axis of rotation, and comprising a plurality of rotor teeth defining cavities in which permanent magnets are accommodated, said rotor comprising an array of magnetic poles, - an axis of symmetry passing via the axis of rotation of said rotor, - an external face facing an internal periphery of said stator, - a centre located on said axis of symmetry, - a first point located at an intersection between said axis of symmetry and a circle centred on said axis of rotation and a radius of which is said external radius, and - a second point located on an axis passing via said axis of rotation of the rotor and forming an angle of 360 degrees divided by a number equal to twice the number of magnetic poles relative to said axis of symmetry,
A set comprising a first panel, a second panel and a mechanical locking device for locking the first panel to the second panel, wherein the first panel comprises a first edge surface and a first panel surface, wherein the second panel comprises a second edge surface and a second panel surface, wherein the first edge surface is facing the second panel surface in a locked position of the first and the second panel, characterized in that the mechanical locking device comprises a rod-shaped element at the first edge surface and an insertion groove at the second panel surface, that the mechanical locking device comprises an edge groove at the second edge surface and a flexible tongue positioned in the edge groove, that the rod-shaped element comprises a recess, that the rod-shaped element is configured to be inserted into the insertion groove, that the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface, that the insertion groove extends from the second panel surface to the edge groove, that the first panel surface and the second panel surface as extending in the main plane of the first panel and the second panel, respectively, and that the first edge surface and the second edge surface are perpendicular to the first panel surface and the second panel surface, respectively. that the mechanical locking device comprises a rod-shaped element at the first edge surface and an insertion groove at the second panel surface, that the mechanical locking device comprises an edge groove at the second edge surface and a flexible tongue positioned in the edge groove, that the rod-shaped element comprises a recess, that the rod-shaped element is configured to be inserted into the insertion groove, that the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface, that the insertion groove extends from the second panel surface to the edge groove, that the first panel surface and the second panel surface as extending in the main plane of the first panel and the second panel, respectively, and that the first edge surface and the second edge surface are perpendicular to the first panel surface and the second panel surface, respectively.
A method of assisted parking for a vehicle performed by a parking control device, the method comprising: determining a current position of a vehicle based on at least one of GPS information or environment information of the vehicle; generating traveling map information during manual driving of the vehicle, the traveling map information comprising a traveling path of the vehicle from the current position of the vehicle, based on at least one user input received through a vehicle manipulation device and at least one sensor value acquired through at least one sensor; transmitting, based on receiving a rollback request signal, a rollback control signal that causes the vehicle to autonomously drive in a reverse direction along at least part of the traveling path from a rollback starting position of the vehicle; wherein generating the traveling map information comprises storing the generated traveling map information in at least one memory device, characterized in that the parking control device is further configured to, based on receiving the rollback request signal, terminate generating the traveling map information or terminate the storage of the traveling map information in the at least one memory device, and based on the vehicle reaching a rollback ending position or a new user input being received from the rollback ending position, deleting, from the at least one memory device, at least a portion of the traveling map information from the rollback starting position to the rollback ending position. determining a current position of a vehicle based on at least one of GPS information or environment information of the vehicle; generating traveling map information during manual driving of the vehicle, the traveling map information comprising a traveling path of the vehicle from the current position of the vehicle, based on at least one user input received through a vehicle manipulation device and at least one sensor value acquired through at least one sensor; transmitting, based on receiving a rollback request signal, a rollback control signal that causes the vehicle to autonomously drive in a reverse direction along at least part of the traveling path from a rollback starting position of the vehicle; wherein generating the traveling map information comprises storing the generated traveling map information in at least one memory device, characterized in that the parking control device is further configured to, based on receiving the rollback request signal, terminate generating the traveling map information or terminate the storage of the traveling map information in the at least one memory device, and based on the vehicle reaching a rollback ending position or a new user input being received from the rollback ending position, deleting, from the at least one memory device, at least a portion of the traveling map information from the rollback starting position to the rollback ending position.
A valve for a urostomy appliance including: a body for connection to the urostomy appliance, an inlet and an outlet, connected by a flow path, and a blocking member supported by the body and generally moveable between a closed position, in which the blocking member blocks the inlet, such that liquid cannot flow through the flow path to the outlet, and an open position in which the inlet is open, such that liquid is permitted to flow through the flow path to the outlet, and a cover member which is moveable between an open position, in which liquid is permitted to flow through the outlet, and a closed position, in which liquid is prevented or inhibited from flowing through the outlet, and wherein the cover member is biased towards its open position, and wherein the cover member includes a holding formation and the blocking member includes a corresponding formation, such that when the holding formation engages the corresponding formation the cover member is held in its closed position characterised in that the blocking member is generally linearly moveable between the open position and closed position. a body for connection to the urostomy appliance, an inlet and an outlet, connected by a flow path, and a blocking member supported by the body and generally moveable between a closed position, in which the blocking member blocks the inlet, such that liquid cannot flow through the flow path to the outlet, and an open position in which the inlet is open, such that liquid is permitted to flow through the flow path to the outlet, and a cover member which is moveable between an open position, in which liquid is permitted to flow through the outlet, and a closed position, in which liquid is prevented or inhibited from flowing through the outlet, and wherein the cover member is biased towards its open position, and wherein the cover member includes a holding formation and the blocking member includes a corresponding formation, such that when the holding formation engages the corresponding formation the cover member is held in its closed position characterised in that the blocking member is generally linearly moveable between the open position and closed position.
Bearing assembly for an agricultural device for the rotatable mounting of a disc-shaped tool, the bearing assembly comprising a rolling bearing with a multiplicity of rolling bodies rolling about a bearing axis in a bearing space, wherein the bearing space is sealed off in relation to the surroundings at an axial end of the bearing assembly by means of at least one contacting seal and a contactless seal, wherein the contactless seal is formed by a gap between a seal body and a tool carrier, which is rotatable relative to the seal body, by the seal body engaging at least partially axially behind an outer circumferential surface of the tool carrier at an end facing the axial end of the bearing assembly, characterized in that, axially next to the seal body in the direction of an axial centre of the bearing assembly, a storage groove is provided axially eccentrically in the tool carrier, and an edge of the seal body, which edge is directed axially with respect to the centre of the bearing assembly, is bevelled.
An oscillation-preventing member for a stylus-tip protector, comprising: a base member; and a pair of leg parts integrally formed with the base member by employing a flexible sheet material, the pair of leg parts having a width in the same direction and being bent at the same angle in the same direction with respect to the base member, wherein the oscillation preventing member is mounted on a pickup cartridge, sandwiching the pickup cartridge from both outer sides by the pair of leg parts, and wherein the oscillation-preventing member is configured to prevent oscillation of a stylus-tip protector by bringing the base member into contact with part of the stylus-tip protector covering a reproducing stylus. a base member; and a pair of leg parts integrally formed with the base member by employing a flexible sheet material, the pair of leg parts having a width in the same direction and being bent at the same angle in the same direction with respect to the base member, wherein the oscillation preventing member is mounted on a pickup cartridge, sandwiching the pickup cartridge from both outer sides by the pair of leg parts, and wherein the oscillation-preventing member is configured to prevent oscillation of a stylus-tip protector by bringing the base member into contact with part of the stylus-tip protector covering a reproducing stylus. wherein the oscillation preventing member is mounted on a pickup cartridge, sandwiching the pickup cartridge from both outer sides by the pair of leg parts, and wherein the oscillation-preventing member is configured to prevent oscillation of a stylus-tip protector by bringing the base member into contact with part of the stylus-tip protector covering a reproducing stylus.
A method of forming an oxide layer on a surface of a Metal Injection Molded body, wherein the surface comprises a zirconium alloy, the method comprising: hot isostatic pressing the Metal Injection Molded body; heat treating the Metal Injection Molded body; machining the Metal Injection Molded body to desired shape dimensions; polishing the surface of the Metal Injection Molded body, wherein the polishing comprises: a first vibratory finishing step; and a second vibratory finishing step; and oxidizing the polished surface of the Metal Injection Molded body, characterised in that the Metal Injection Molded body comprises a base portion and an over-molded portion, wherein the base portion is a titanium alloy and the over-molded portion is the zirconium alloy. hot isostatic pressing the Metal Injection Molded body; heat treating the Metal Injection Molded body; machining the Metal Injection Molded body to desired shape dimensions; polishing the surface of the Metal Injection Molded body, wherein the polishing comprises: a first vibratory finishing step; and a second vibratory finishing step; and a first vibratory finishing step; and a second vibratory finishing step; and oxidizing the polished surface of the Metal Injection Molded body, characterised in that the Metal Injection Molded body comprises a base portion and an over-molded portion, wherein the base portion is a titanium alloy and the over-molded portion is the zirconium alloy.
A cylinder head of an engine, comprising: a plurality of exhaust ports configured to lead out exhaust gas from combustion chambers; a plurality of intake ports configured to introduce fresh air into the combustion chambers; an intake air aggregate part configured to aggregate the plurality of intake ports; and an EGR gas passage in which EGR gas flows, wherein exhaust outlets of the plurality of exhaust ports and an EGR gas inlet of the EGR gas passage are arranged side-by-side on a flat first side surface, a fresh air inlet of the intake air aggregate part and an EGR gas outlet of the EGR gas passage are arranged side-by-side on a flat second side surface which is a side opposite to the first side surface, charaterized in that the EGR gas passage and the cylinder head are formed integrally, and the EGR gas passage is connected to an exhaust manifold through an EGR cooler. a plurality of exhaust ports configured to lead out exhaust gas from combustion chambers; a plurality of intake ports configured to introduce fresh air into the combustion chambers; an intake air aggregate part configured to aggregate the plurality of intake ports; and an EGR gas passage in which EGR gas flows, wherein exhaust outlets of the plurality of exhaust ports and an EGR gas inlet of the EGR gas passage are arranged side-by-side on a flat first side surface, a fresh air inlet of the intake air aggregate part and an EGR gas outlet of the EGR gas passage are arranged side-by-side on a flat second side surface which is a side opposite to the first side surface, charaterized in that the EGR gas passage and the cylinder head are formed integrally, and the EGR gas passage is connected to an exhaust manifold through an EGR cooler.