mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor for an induction electric motor comprising: a rotor core rotatably provided around a rotation axis; a plurality of rotor slots formed on an outer peripheral surface side of the rotor core , penetrating the rotor core in a rotation axis direction, and arranged in a rotation direction; and a plurality of conductor bars inserted into the rotor slots , respectively, wherein each of the rotor slots comprises: an inner slot in which the conductor bar is arranged; and an outer slot formed on an outside in a radial direction of the inner slot and communicating with the inner slot , the outer slot has such a shape that a width in the rotation direction gradually decreases toward the outside in the radial direction, a projection which projects from an inner surface toward an inside in the radial direction is provided on an outermost side in the radial direction of the outer slot , characterized in that a length of the projection in the radial direction is set to be such a length that a distal end on the inside in the radial direction does not contact the conductor bar . a rotor core rotatably provided around a rotation axis; a plurality of rotor slots formed on an outer peripheral surface side of the rotor core , penetrating the rotor core in a rotation axis direction, and arranged in a rotation direction; and a plurality of conductor bars inserted into the rotor slots , respectively, wherein each of the rotor slots comprises: an inner slot in which the conductor bar is arranged; and an outer slot formed on an outside in a radial direction of the inner slot and communicating with the inner slot , the outer slot has such a shape that a width in the rotation direction gradually decreases toward the outside in the radial direction, a projection which projects from an inner surface toward an inside in the radial direction is provided on an outermost side in the radial direction of the outer slot , characterized in that a length of the projection in the radial direction is set to be such a length that a distal end on the inside in the radial direction does not contact the conductor bar . an inner slot in which the conductor bar is arranged; and an outer slot formed on an outside in a radial direction of the inner slot and communicating with the inner slot , the outer slot has such a shape that a width in the rotation direction gradually decreases toward the outside in the radial direction, a projection which projects from an inner surface toward an inside in the radial direction is provided on an outermost side in the radial direction of the outer slot , characterized in that a length of the projection in the radial direction is set to be such a length that a distal end on the inside in the radial direction does not contact the conductor bar .
A computer implemented method comprising: removing one or more three dimensional points of a cloud depicting vertical structures detected in a geographic area in response to analyzing a set of three dimensional points of the cloud corresponding to the geographic area in which each of the points comprise data indicating geocoordinates of the geographic area; segmenting rooftops of the vertical structures detected in the geographic area, in response to the analyzing of the set, by separating each of the rooftops from another respective rooftop; wherein segmenting rooftops comprises clustering points of the rooftops that touch each other into different groups and assigning respective labels to the different groups to denote different heights of the rooftops corresponding to the different groups; generating a tree, denoting a relationship among the segmented rooftops , identifying segmented rooftops that touch each other relative to a subset of the points of the cloud representing a ground; delineating the points of the segmented rooftops , in response to extracting an outer boundary and at least a subset of an inner portion of the segmented rooftops ; determining respective heights of the delineating points using the generated tree; and generating one or more three dimensional geographic models depicting the geographic area in three dimensions based in part on connecting each of the delineating points of the segmented rooftops to a corresponding base comprising a height that is lower than the respective heights of the delineating points. removing one or more three dimensional points of a cloud depicting vertical structures detected in a geographic area in response to analyzing a set of three dimensional points of the cloud corresponding to the geographic area in which each of the points comprise data indicating geocoordinates of the geographic area; segmenting rooftops of the vertical structures detected in the geographic area, in response to the analyzing of the set, by separating each of the rooftops from another respective rooftop; wherein segmenting rooftops comprises clustering points of the rooftops that touch each other into different groups and assigning respective labels to the different groups to denote different heights of the rooftops corresponding to the different groups; generating a tree, denoting a relationship among the segmented rooftops , identifying segmented rooftops that touch each other relative to a subset of the points of the cloud representing a ground; delineating the points of the segmented rooftops , in response to extracting an outer boundary and at least a subset of an inner portion of the segmented rooftops ; determining respective heights of the delineating points using the generated tree; and generating one or more three dimensional geographic models depicting the geographic area in three dimensions based in part on connecting each of the delineating points of the segmented rooftops to a corresponding base comprising a height that is lower than the respective heights of the delineating points.
A device for generating variable drawing effects on a yarn (F; F1, F2, F3, F4), comprising: - a first roller rotatable about a first rotation axis ; - a second roller rotatable about a second rotation axis , parallel to the first rotation axis ; wherein the first roller and the second roller are in contact with each other and define between them, in the mutual contact area, a yarn passage ; and wherein at least one of said first roller and second roller is motorized; - at least a guide member (9; 13) defining a feed path (Pa) for at least one yarn (F; F1, F2, F3, F4), associated with the yarn passage between the first roller and the second roller ; wherein the guide member (9; 13) and said first roller and second roller are provided with a relative movement in a direction approximately parallel to the first rotation axis and to the second rotation axis , said movement being such as to take the yarn feed path (Pa) outside the yarn passage between the first roller and the second roller . - a first roller rotatable about a first rotation axis ; - a second roller rotatable about a second rotation axis , parallel to the first rotation axis ; wherein the first roller and the second roller are in contact with each other and define between them, in the mutual contact area, a yarn passage ; and wherein at least one of said first roller and second roller is motorized; - at least a guide member (9; 13) defining a feed path (Pa) for at least one yarn (F; F1, F2, F3, F4), associated with the yarn passage between the first roller and the second roller ;
A method for operating a user equipment device that is enabled to transition between at least an ECO state and an ACTIVE state, comprising: receiving a notification message on a data downlink channel monitored by the user equipment device, the notification message indicating that there is downlink data for the user equipment device, the notification message indicating a transition of the user equipment device from the ECO state to the ACTIVE state, and the notification message including an identifier of the user equipment device, wherein the identifier of the user equipment device is a user equipment dedicated connection identifier, UE DCID, and the UE DCID is a combination of a user equipment identifier and an identifier of a logical entity; transitioning from the ECO state to the ACTIVE state; and receiving the downlink data from the logical entity while in the ACTIVE state. receiving a notification message on a data downlink channel monitored by the user equipment device, the notification message indicating that there is downlink data for the user equipment device, the notification message indicating a transition of the user equipment device from the ECO state to the ACTIVE state, and the notification message including an identifier of the user equipment device, wherein the identifier of the user equipment device is a user equipment dedicated connection identifier, UE DCID, and the UE DCID is a combination of a user equipment identifier and an identifier of a logical entity; transitioning from the ECO state to the ACTIVE state; and receiving the downlink data from the logical entity while in the ACTIVE state.
An orthopedic implant comprising a continuous reinforced composite filament in a freely predetermined fiber orientation in multiple continuous successive layers, wherein the continuous reinforced composite filament comprises a bioabsorbable polymer matrix and a continuous bioabsorbable reinforcing fiber or fiber bundle, and whereby the continuous bioabsorbable reinforcing fiber or fiber bundle of consecutive layers at least partly intermingles and/or intertwines forming a three dimensionally interlocked continuous fiber structure.
Surface temperature controlling system, comprising: - at least one flexible plastic pipe , which includes a first layer of polymeric material that surrounds a lumen of the plastic pipe , and a second layer forming the outer side of the plastic pipe , which at least partially sheaths the first layer and includes a first element of a hook and loop connection , to guide a heat carrier medium; - a carrier film , wherein a second element of the hook-and-loop connection is arranged at least at one side of the carrier film , so that the flexible plastic pipe(s) can be releasably secured to the carrier film under the formation of a hook-and-loop connection ; and - a dimensionally-stable, flat carrier , on the one side of which the carrier film is arranged, characterized in that a flexible, elastic sheathing is arranged between the first layer and the second layer . - at least one flexible plastic pipe , which includes a first layer of polymeric material that surrounds a lumen of the plastic pipe , and a second layer forming the outer side of the plastic pipe , which at least partially sheaths the first layer and includes a first element of a hook and loop connection , to guide a heat carrier medium; - a carrier film , wherein a second element of the hook-and-loop connection is arranged at least at one side of the carrier film , so that the flexible plastic pipe(s) can be releasably secured to the carrier film under the formation of a hook-and-loop connection ; and - a dimensionally-stable, flat carrier , on the one side of which the carrier film is arranged, characterized in that a flexible, elastic sheathing is arranged between the first layer and the second layer .
Method of detection of rotated segments having the length close to their diameter in a continuous multi-segment rod transferred in a machine used in tobacco industry, the method including generating a signal of an error of the shape of said continuous multi-segment rod (CR1, CR1'), the rod (CR1, CR1') comprising a plurality of segments arranged one after another in a common wrapping, wherein the rod (CR1, CR1') that is transferred in a direction along its axis is simultaneously scanned by means of at least two optical sensors , the directions of scanning of the two optical sensors being oriented at an angle between 40° and 60° to each other, wherein the diameter of the rod (CR1, CR1') is measured by repeated scannings at such a frequency that the shortest segment of the rod (CR1, CR1')is scanned at least once, the results of the scannings being compared with a predetermined reference value, and each difference between any of the results of the scannings and the predetermined value is converted into the signal of the error of shape.
Collecting sump to be used in civil and/or building sector, comprising four side faces and a bottom ; wherein at least one side face comprises at least one ring projecting outwards and adapted to identify a side face portion to be removed in order to form a through-hole; wherein at least one side face comprises three rings that are protruding and concentric to one another; characterized in that the side faces are arranged so as to create a frustum-conical shape that tapers toward the bottom to allow homologous collecting sumps to be stacked up and in that in the inside, each side face comprises a recessed portion adapted to support the outermost ring of one of the stacked up homologous collecting sumps . wherein at least one side face comprises at least one ring projecting outwards and adapted to identify a side face portion to be removed in order to form a through-hole; wherein at least one side face comprises three rings that are protruding and concentric to one another; characterized in that the side faces are arranged so as to create a frustum-conical shape that tapers toward the bottom to allow homologous collecting sumps to be stacked up and in that in the inside, each side face comprises a recessed portion adapted to support the outermost ring of one of the stacked up homologous collecting sumps .
A laundry treatment apparatus comprising: a cabinet ; a sink bowl disposed at a top portion of the cabinet , and having an accommodation space which accommodates laundry and wash water and has an open top portion; a lid which is disposed on the top portion of the cabinet , and opens and closes the accommodation space ; a faucet which is disposed at the sink bowl and supplies the wash water to the accommodation space , a water stream generator which is disposed on at least one side of the accommodation space in the sink bowl and generates water stream to the wash water accommodated in the accommodation space such that pre-washing and soaking of the laundry is performed automatically by the water stream; characterized in that , the faucet is installed at the sink bowl to be movable upward and downward; and the laundry treatment apparatus further comprises a drawer type washer which is disposed below the sink bowl to move forward and rearward in the cabinet , and performs washing, rinsing, and spin-drying of the laundry. a cabinet ; a sink bowl disposed at a top portion of the cabinet , and having an accommodation space which accommodates laundry and wash water and has an open top portion; a lid which is disposed on the top portion of the cabinet , and opens and closes the accommodation space ; a faucet which is disposed at the sink bowl and supplies the wash water to the accommodation space , a water stream generator which is disposed on at least one side of the accommodation space in the sink bowl and generates water stream to the wash water accommodated in the accommodation space such that pre-washing and soaking of the laundry is performed automatically by the water stream; characterized in that , the faucet is installed at the sink bowl to be movable upward and downward; and the laundry treatment apparatus further comprises a drawer type washer which is disposed below the sink bowl to move forward and rearward in the cabinet , and performs washing, rinsing, and spin-drying of the laundry.
Fluid refrigerant circuit comprising a connector and a heat exchanger, said fluid refrigerant circuit comprising also at least one pipe connected to said heat exchanger, said pipe being brazed into at least a second chamber of said connector , said connector comprises at least a first chamber and the at least second chamber connected to each other by a channel , the second chamber comprising a first step that surrounds an opening of the channel , the first chamber is configured to receive at least one duct of the fluid refrigerant circuit and the second chamber is configured to receive the pipe , characterized in that the second chamber comprises a contaminant-stopping mean localized at the first step of said second chamber , wherein the contaminant-stopping mean comprises a groove localized between the channel of the connector and the second chamber , said groove extends circumferentially around the channel of the connector , wherein the groove of the second chamber comprises a chamfer that extends from a bottom of said groove to the channel .
A method for knitting a single fabric, the method comprising: alternately forming a clearing position and a half-tuck position at a first-stage cylinder cam; and forming a half-tuck position and a clearing position at a second-stage cylinder cam formed under the first-stage cylinder cam, wherein the half-tuck position of the second-stage cylinder cam is positioned under the clearing position of the first-stage cylinder cam, and the clearing position of the second-stage cylinder cam is positioned under the half-tuck position of the first-stage cylinder cam, characterized in that a non-covered yarn is supplied to the clearing position of the first-stage cylinder cam, and a covered yarn is supplied to the half-tuck position of the first-stage cylinder cam. alternately forming a clearing position and a half-tuck position at a first-stage cylinder cam; and forming a half-tuck position and a clearing position at a second-stage cylinder cam formed under the first-stage cylinder cam, wherein the half-tuck position of the second-stage cylinder cam is positioned under the clearing position of the first-stage cylinder cam, and the clearing position of the second-stage cylinder cam is positioned under the half-tuck position of the first-stage cylinder cam, characterized in that a non-covered yarn is supplied to the clearing position of the first-stage cylinder cam, and a covered yarn is supplied to the half-tuck position of the first-stage cylinder cam.
A locking device for locking an object on a support structure , which locking device comprises a fork arrangement for engaging an upper part of the object from an edge of the upper part of the object , first locking means for locking the fork arrangement to the object in a horizontal plane, second locking means for locking the fork arrangement to the object in a vertical plane, and movement-permitting means which permits vertical movement in the locking device , the vertical movement being sufficient to allow the support structure to flex so as to prevent the flexing of the support structure acting through the locking device and damaging the object , but with the vertical movement being insufficient adversely to affect secure locking of the object on the support structure by the locking device , characterised in that : (i) the first and the second locking means operate about a common spindle , wherein the common spindle terminates in a spigot ; (ii) the first locking means comprises a handle which is movable in a horizontal plane for rotating the common spindle and to move the spigot in an elongated aperture; and (iii) the second locking means comprises a hand wheel which is manually screwed down the common spindle for locking, and which is unscrewed for release. (i) the first and the second locking means operate about a common spindle , wherein the common spindle terminates in a spigot ; (ii) the first locking means comprises a handle which is movable in a horizontal plane for rotating the common spindle and to move the spigot in an elongated aperture; and (iii) the second locking means comprises a hand wheel which is manually screwed down the common spindle for locking, and which is unscrewed for release.
An apparatus for monitoring and collecting water environmental data, comprising: a submersible housing comprising a first housing component , forming a front housing component, and a second housing component , forming a back housing component, the first housing component and the second housing component having a weight distribution that ensures the apparatus maintains a vertical orientation when moving up or down in water; the second housing component defining a channel extending substantially vertically through the back of said second housing component , the channel being oriented such that water flows through the channel when the apparatus is submerged and moving up or down; one or more sensors for collecting selected water environmental data, the sensors being mounted to the housing , wherein the second housing component houses the one or more sensors ; a controller for controlling operations of the one or more sensors , the controller being disposed within the housing and operatively connected to the one or more sensors ; and a graphical user interface mounted to the housing for displaying the water environmental data, wherein the first housing component houses the graphical user interface ; a GPS receiver disposed within the housing ; and a transceiver disposed within the housing for sending the water environmental data to a remote data collection system. a submersible housing comprising a first housing component , forming a front housing component, and a second housing component , forming a back housing component, the first housing component and the second housing component having a weight distribution that ensures the apparatus maintains a vertical orientation when moving up or down in water; the second housing component defining a channel extending substantially vertically through the back of said second housing component , the channel being oriented such that water flows through the channel when the apparatus is submerged and moving up or down; one or more sensors for collecting selected water environmental data, the sensors being mounted to the housing , wherein the second housing component houses the one or more sensors ; a controller for controlling operations of the one or more sensors , the controller being disposed within the housing and operatively connected to the one or more sensors ; and a graphical user interface mounted to the housing for displaying the water environmental data, wherein the first housing component houses the graphical user interface ; a GPS receiver disposed within the housing ; and a transceiver disposed within the housing for sending the water environmental data to a remote data collection system.
A retaining ring comprising: an annular body including a top surface configured to be secured to a carrier head; a bottom surface configured to contact a polishing surface; an outer surface extending from the top surface at an outer top perimeter to the bottom surface at an outer bottom perimeter; and an inner surface extending from the top surface at an inner top perimeter to the bottom surface at an inner bottom perimeter, the inner surface comprising a first portion adjacent the bottom surface and a second portion adjoining the first portion along a boundary, wherein the first portion comprises seven or more planar facets , each pair of adjacent planar facets being connected at respective straight side edges , and the inner bottom perimeter defined by straight bottom edges of the planar facets, and wherein the second portion comprises a frustoconical surface that is sloped downwardly from outside in. a top surface configured to be secured to a carrier head; a bottom surface configured to contact a polishing surface; an outer surface extending from the top surface at an outer top perimeter to the bottom surface at an outer bottom perimeter; and an inner surface extending from the top surface at an inner top perimeter to the bottom surface at an inner bottom perimeter, the inner surface comprising a first portion adjacent the bottom surface and a second portion adjoining the first portion along a boundary, wherein the first portion comprises seven or more planar facets , each pair of adjacent planar facets being connected at respective straight side edges , and the inner bottom perimeter defined by straight bottom edges of the planar facets, and wherein the second portion comprises a frustoconical surface that is sloped downwardly from outside in.