mhurhangee/ep-ind-claims huggingface dataset:
An elevator apparatus comprising: a first control section which is provided on a control panel of an elevator and controls a brake device which brakes a traction machine which causes a car arranged in a shaft of the elevator to run; characterized by a detection section which is detachably provided on the control panel and detects an abnormality of the elevator; and a second control section which is detachably provided on the control panel and controls the brake device in place of the first control section during the detection of the abnormality by the detection section. a first control section which is provided on a control panel of an elevator and controls a brake device which brakes a traction machine which causes a car arranged in a shaft of the elevator to run; characterized by a detection section which is detachably provided on the control panel and detects an abnormality of the elevator; and a second control section which is detachably provided on the control panel and controls the brake device in place of the first control section during the detection of the abnormality by the detection section.
A conductive ink, comprising: a conductive polymer solution comprising conductive polymer dissolved in an aqueous-based media; and a mixture of carbon nanotubes and graphene oxide sheets dispersed in the conductive polymer solution, wherein a weight ratio of the carbon nanotubes to the graphene oxide sheets is in a range from 0.25 to 2.5. a conductive polymer solution comprising conductive polymer dissolved in an aqueous-based media; and a mixture of carbon nanotubes and graphene oxide sheets dispersed in the conductive polymer solution, wherein a weight ratio of the carbon nanotubes to the graphene oxide sheets is in a range from 0.25 to 2.5.
Method for producing a rail vehicle having the following steps: - providing the rail vehicle consisting of at least one car body and wheels, wherein the car body has at least one door and a moveable entry edge, wherein the moveable entry edge is arranged behind the at least one door inside the at least one car body, on a levelled track; - adjusting the height of the moveable entry edge on the basis of a predefined height relative to the levelled track, wherein the moveable entry edge is configured as a height-variable footboard, wherein the height-variable footboard comprises a bearing, a footboard surface and a support element which is connected to the floor of the car body, wherein the bearing is connected to the support element, wherein, by means of the bearing, the footboard surface is rotatable about an axis, and the height of the footboard is adjusted by means of a rotation about the axis; - securing the entry edge. - providing the rail vehicle consisting of at least one car body and wheels, wherein the car body has at least one door and a moveable entry edge, wherein the moveable entry edge is arranged behind the at least one door inside the at least one car body, on a levelled track; - adjusting the height of the moveable entry edge on the basis of a predefined height relative to the levelled track, wherein the moveable entry edge is configured as a height-variable footboard, wherein the height-variable footboard comprises a bearing, a footboard surface and a support element which is connected to the floor of the car body, wherein the bearing is connected to the support element, wherein, by means of the bearing, the footboard surface is rotatable about an axis, and the height of the footboard is adjusted by means of a rotation about the axis; - securing the entry edge.
A method for data backup and restoration, wherein the data backup involving: generating, by one of a plurality of serving nodes, a backup schedule, after receipt of a data backup request; uploading, by the serving node, the generated backup schedule to a cluster public storage block; sending, by each of the plurality of serving nodes, a copy which needs to be backed up to a target node for consolidation, according to the backup schedule; and the data restoration involving: sending, by a client, a data record in a consolidated copy to the serving node through a data writing request; generating, by one of the plurality of serving nodes, a data distribution table according to a load balancing principle after receipt of a data writing request; sending, by the serving node, the data writing request to other serving nodes to perform a write operation, according to the generated data distribution table; the serving node sending a notification to the client when write operation is completed; and sending, by the client, a data writing request for a next data record in the consolidated copy after the write operation is completed, until the copy is completely restored. generating, by one of a plurality of serving nodes, a backup schedule, after receipt of a data backup request; uploading, by the serving node, the generated backup schedule to a cluster public storage block; sending, by each of the plurality of serving nodes, a copy which needs to be backed up to a target node for consolidation, according to the backup schedule; sending, by a client, a data record in a consolidated copy to the serving node through a data writing request; generating, by one of the plurality of serving nodes, a data distribution table according to a load balancing principle after receipt of a data writing request; sending, by the serving node, the data writing request to other serving nodes to perform a write operation, according to the generated data distribution table;
A radiographing apparatus for a medical radiograph, the apparatus comprising: an X-ray radiographing device radiographing a subject, and obtaining a medical radiograph data of the subject; a depth camera obtaining a depth data of the subject including a reference frame and a current frame; and a controller controlling the X-ray radiographing device and the depth camera to obtain the medical radiograph data and the depth data of the subject at the same time; a correction unit correcting the medical radiograph data transmitted from the X-ray radiographing device by using the depth data transmitted from the depth camera, characterized in that the radiographing apparatus further comprises: a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold. an X-ray radiographing device radiographing a subject, and obtaining a medical radiograph data of the subject; a depth camera obtaining a depth data of the subject including a reference frame and a current frame; and a controller controlling the X-ray radiographing device and the depth camera to obtain the medical radiograph data and the depth data of the subject at the same time; a correction unit correcting the medical radiograph data transmitted from the X-ray radiographing device by using the depth data transmitted from the depth camera, characterized in that the radiographing apparatus further comprises: a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold. a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold.
A method for manufacturing a ceramic electronic component, comprising the steps of: providing a ceramic electronic component body having terminal electrodes on both end faces; providing metal terminals to be joined to the terminal electrodes; providing a binder for joining the metal terminals to the terminal electrodes; and joining the metal terminals to the terminal electrodes via the binder, wherein the surface of each metal terminal in contact with the binder contains one metal selected from a Ag-based metal and a Cu-based metal, the binder contains a metal powder that is composed of the other metal selected from the Ag-based metal and the Cu-based metal and that has an average particle diameter of 2. 0 μm or less, the binder, and optionally the metal terminals, contain a glass component, and the joining step comprises bringing the terminal electrodes into intimate contact with the corresponding metal terminals via the binder and heat-treating them at a temperature in the range of 550°C to 750°C to form metal bonding layers and to join the terminal electrodes to the corresponding metal terminals by Ag-Cu alloy bonding., the Ag-Cu alloy bonding being formed between the metal terminals and the metal bonding layers. providing a ceramic electronic component body having terminal electrodes on both end faces; providing metal terminals to be joined to the terminal electrodes; providing a binder for joining the metal terminals to the terminal electrodes; and joining the metal terminals to the terminal electrodes via the binder, wherein the surface of each metal terminal in contact with the binder contains one metal selected from a Ag-based metal and a Cu-based metal, the binder contains a metal powder that is composed of the other metal selected from the Ag-based metal and the Cu-based metal and that has an average particle diameter of 2. 0 μm or less, the binder, and optionally the metal terminals, contain a glass component, and the joining step comprises bringing the terminal electrodes into intimate contact with the corresponding metal terminals via the binder and heat-treating them at a temperature in the range of 550°C to 750°C to form metal bonding layers and to join the terminal electrodes to the corresponding metal terminals by Ag-Cu alloy bonding., the Ag-Cu alloy bonding being formed between the metal terminals and the metal bonding layers.
A load relief tie rod (213; 404; 500; 700; 920; 1000; 1100; 1218) for connecting components of an aircraft interior to the fuselage, the load relief tie rod comprising: a body (220; 510; 710) having a first end (228; 530; 730), a second end, a cavity (234; 520; 720) extending longitudinally through a cylindrical section (232; 522; 722) of the body from the first end (228; 530; 730) towards the second end and two obround slots (236; 514; 714) in the cylindrical section (232; 522; 722); a rod (216; 508; 708) configured to extend longitudinally within the cavity (234; 520; 720); at least one pin (222; 512; 712) extending from and perpendicular to the rod (216; 508; 708), wherein the at least one pin (222; 512; 712) extends through the two obround slots (236; 514; 714); and at least one energy absorbing component (224; 518; 718) positioned within the cavity (234; 520; 720); wherein the load relief tie rod (213; 404; 500; 700) further comprises: a disc (223, 513, 713) that is configured to provide a seat for the at least one energy absorbing component (224; 518; 718), wherein the disc (223, 513, 713) is provided with a number of holes (602, 802), wherein the rod and the at least one pin extend through the disc (223, 513, 713). a body (220; 510; 710) having a first end (228; 530; 730), a second end, a cavity (234; 520; 720) extending longitudinally through a cylindrical section (232; 522; 722) of the body from the first end (228; 530; 730) towards the second end and two obround slots (236; 514; 714) in the cylindrical section (232; 522; 722); a rod (216; 508; 708) configured to extend longitudinally within the cavity (234; 520; 720); at least one pin (222; 512; 712) extending from and perpendicular to the rod (216; 508; 708), wherein the at least one pin (222; 512; 712) extends through the two obround slots (236; 514; 714); and at least one energy absorbing component (224; 518; 718) positioned within the cavity (234; 520; 720); wherein the load relief tie rod (213; 404; 500; 700) further comprises: a disc (223, 513, 713) that is configured to provide a seat for the at least one energy absorbing component (224; 518; 718), wherein the disc (223, 513, 713) is provided with a number of holes (602, 802), wherein the rod and the at least one pin extend through the disc (223, 513, 713).
A system, comprising: a display; a processor; and system memory having stored thereon computer-executable instructions that, when executed by the processor, cause the processor to: detect an input on a display; execute a hit-test on a visual tree, by an input state manager, to identify a selected view where a user has touched the display, the visual tree comprising one or more spatial nodes each representing a portion of the display; compare the selected view to an active view based on the visual tree structure; notify a shell when the selected view does not match the active view; store keyboard input, after a touch on the selected view, when the selected view does not match the active view; notify the input state manager whether or not the shell has determined the selected view should be made a new active view; instruct an application activation service to activate an application associated with the selected view; and route stored keyboard input to the application associated with the selected view when the selected view has been made an active view. a display; a processor; and system memory having stored thereon computer-executable instructions that, when executed by the processor, cause the processor to: detect an input on a display; execute a hit-test on a visual tree, by an input state manager, to identify a selected view where a user has touched the display, the visual tree comprising one or more spatial nodes each representing a portion of the display; compare the selected view to an active view based on the visual tree structure; notify a shell when the selected view does not match the active view; store keyboard input, after a touch on the selected view, when the selected view does not match the active view; notify the input state manager whether or not the shell has determined the selected view should be made a new active view; instruct an application activation service to activate an application associated with the selected view; and route stored keyboard input to the application associated with the selected view when the selected view has been made an active view. detect an input on a display; execute a hit-test on a visual tree, by an input state manager, to identify a selected view where a user has touched the display, the visual tree comprising one or more spatial nodes each representing a portion of the display; compare the selected view to an active view based on the visual tree structure; notify a shell when the selected view does not match the active view; store keyboard input, after a touch on the selected view, when the selected view does not match the active view; notify the input state manager whether or not the shell has determined the selected view should be made a new active view; instruct an application activation service to activate an application associated with the selected view; and route stored keyboard input to the application associated with the selected view when the selected view has been made an active view.
A peristaltic pump for medical purposes, comprising a pump casing in which a tube accommodation chamber is formed in which a pump head is rotatably mounted, and a tube unit which is adapted to be inserted or which is inserted in the tube accommodation chamber such that a tube of the tube unit is pulled in longitudinal direction and is engaged with the pump head in a manner to encompass same at least partially, for which purpose a tensioning device is arranged at the pump casing or at the tube accommodation chamber, said tensioning device cooperating with the tube unit so as to tension the tube around the pump head on operation thereof, characterized in that the tensioning device comprises a lever mechanism.
A masking/coating check inspection tool for inspecting a first masking/coating edge (86, 94) on a fan blade, the masking/coating check inspection tool comprising: an elongate planar base having a first end, second end, bottom surface, top face, length, width, and thickness, the first and second ends (12, 14) distal from each other and the length greater than the width; a pillar disposed between the first end and the second end, perpendicular to the elongate planar base and projecting upward from the top face, the pillar having a first end datum and a second end datum; and a first masking/coating check tolerance band disposed adjacent to the first end, configured to have a near-edge and a far-edge and to provide a pass/fail indication of the first masking/coating edge (86, 94) with respect to the first end datum, characterized in that: a second masking/coating check tolerance band is disposed adjacent to the second end, configured to provide a pass/fail indication of a second masking/coating edge (86, 94) with respect to the second end datum; the pillar is disposed between the first masking/coating check tolerance band and the second masking/coating check tolerance band; the near-edge is configured to correspond with a first masking/coating minimum dimension on the fan blade; and the far-edge is configured to correspond with a first masking/coating maximum dimension on the fan blade. an elongate planar base having a first end, second end, bottom surface, top face, length, width, and thickness, the first and second ends (12, 14) distal from each other and the length greater than the width; a pillar disposed between the first end and the second end, perpendicular to the elongate planar base and projecting upward from the top face, the pillar having a first end datum and a second end datum; and a first masking/coating check tolerance band disposed adjacent to the first end, configured to have a near-edge and a far-edge and to provide a pass/fail indication of the first masking/coating edge (86, 94) with respect to the first end datum, a second masking/coating check tolerance band is disposed adjacent to the second end, configured to provide a pass/fail indication of a second masking/coating edge (86, 94) with respect to the second end datum; the pillar is disposed between the first masking/coating check tolerance band and the second masking/coating check tolerance band; the near-edge is configured to correspond with a first masking/coating minimum dimension on the fan blade; and the far-edge is configured to correspond with a first masking/coating maximum dimension on the fan blade.
An alarm information processing method, comprising: receiving, by a virtualized network function manager, VNFM, virtual machine, VM, alarm information reported by a virtualized infrastructure manager, VIM, wherein the VM alarm information comprises a third object identity; generating, by the VNFM, a first alarm message according to the VM alarm information, wherein the first alarm message comprises first alarm association information, and the first alarm association information comprises a first object identity, and the first object identity is a virtualized network function, VNF, identity; and sending, by the VNFM, the first alarm message to an element management system, EMS, wherein the first alarm association information is for the EMS performing correlation analysis on the first alarm message and a second alarm message that is reported by a VNF, the second alarm message comprises second alarm association information, and the second alarm association information comprises a second object identity, and the second object identity is the identity of the VNF reporting the second alarm message. receiving, by a virtualized network function manager, VNFM, virtual machine, VM, alarm information reported by a virtualized infrastructure manager, VIM, wherein the VM alarm information comprises a third object identity; generating, by the VNFM, a first alarm message according to the VM alarm information, wherein the first alarm message comprises first alarm association information, and the first alarm association information comprises a first object identity, and the first object identity is a virtualized network function, VNF, identity; and sending, by the VNFM, the first alarm message to an element management system, EMS, wherein the first alarm association information is for the EMS performing correlation analysis on the first alarm message and a second alarm message that is reported by a VNF, the second alarm message comprises second alarm association information, and the second alarm association information comprises a second object identity, and the second object identity is the identity of the VNF reporting the second alarm message.