mhurhangee/ep-ind-claims huggingface dataset:
Use of a mat member (10, 100) comprising: inorganic fibers; a first surface (13a, 113a) having a plurality of needle penetration marks (14, 114a) and/or a plurality of needle protrusion marks (15, 115a); and a second surface (13b, 113b) opposite to the first surface (13a, 113a) having a plurality of needle protrusion marks (15, 115b) and/or a plurality of needle penetration marks (14, 114b), a plurality of needle marks (14, 114a, 114b, 15, 115a, 115b) being formed in the mat member (10, 100) by needle punching and extending from the needle penetration mark (14, 114a, 114b) to the needle protrusion mark (15, 115a, 115b), inorganic fiber bundles (18, 118a, 118b) including a plurality of said inorganic fibers oriented in a closed loop configuration being formed at said needle protrusion marks (15, 115a, 115b), for a muffler. inorganic fibers; a first surface (13a, 113a) having a plurality of needle penetration marks (14, 114a) and/or a plurality of needle protrusion marks (15, 115a); and a second surface (13b, 113b) opposite to the first surface (13a, 113a) having a plurality of needle protrusion marks (15, 115b) and/or a plurality of needle penetration marks (14, 114b), a plurality of needle marks (14, 114a, 114b, 15, 115a, 115b) being formed in the mat member (10, 100) by needle punching and extending from the needle penetration mark (14, 114a, 114b) to the needle protrusion mark (15, 115a, 115b), inorganic fiber bundles (18, 118a, 118b) including a plurality of said inorganic fibers oriented in a closed loop configuration being formed at said needle protrusion marks (15, 115a, 115b), for a muffler.
An image forming apparatus comprising: an image carrying body for carrying a developer image and capable of performing regular rotation or reverse rotation; a first driving section (47, 48) for causing the image carrying body to perform regular rotation or reverse rotation; a conveyance section (5, 6, 17) for conveying a sheet toward the image carrying body; a transfer section for nipping the sheet in cooperation with the image carrying body and for transferring onto the conveyed sheet the developer image formed on the image carrying body; a fixing section configured to nip a sheet, fix the developer image transferred on the sheet and then convey the sheet in a sheet conveyance direction; a second driving section (47, 49) for driving the fixing section; and a control section configured to control the first driving section (47, 48) so as to cause the image carrying body to perform regular rotation such as to convey the sheet and transfer onto the sheet the developer image formed on the image carrying body, and to control the second driving section (47, 49) so as to cause the fixing section to fix the developer image on the sheet, characterized in that the control section is configured to control the second driving section (47, 49) so as to cause the fixing section to nip but not convey the sheet and, in that state, to control the first driving section (47, 48) so as to cause the image carrying body abutting against the sheet to perform reverse rotation so that the image carrying body is cleaned using the sheet. an image carrying body for carrying a developer image and capable of performing regular rotation or reverse rotation; a first driving section (47, 48) for causing the image carrying body to perform regular rotation or reverse rotation; a conveyance section (5, 6, 17) for conveying a sheet toward the image carrying body; a transfer section for nipping the sheet in cooperation with the image carrying body and for transferring onto the conveyed sheet the developer image formed on the image carrying body; a fixing section configured to nip a sheet, fix the developer image transferred on the sheet and then convey the sheet in a sheet conveyance direction; a second driving section (47, 49) for driving the fixing section; and a control section configured to control the first driving section (47, 48) so as to cause the image carrying body to perform regular rotation such as to convey the sheet and transfer onto the sheet the developer image formed on the image carrying body, and to control the second driving section (47, 49) so as to cause the fixing section to fix the developer image on the sheet, characterized in that the control section is configured to control the second driving section (47, 49) so as to cause the fixing section to nip but not convey the sheet and, in that state, to control the first driving section (47, 48) so as to cause the image carrying body abutting against the sheet to perform reverse rotation so that the image carrying body is cleaned using the sheet.
A method for image data displaying in a terminal, the method comprising: determining current spatial position information and/or posture information of the terminal when an image-capturing component of the terminal is detected as being turned on, and establishing a data connection between the terminal and a wearable device; sending image data captured by the image-capturing component to the wearable device, in the event that the current spatial position information and/or posture information of the terminal meets conditions preset as disadvantageous for a user viewing a screen of the terminal, so that the wearable device is enabled to display the image data synchronously, wherein the spatial position information is a distance between the terminal and the ground, and the posture information is an angle between vertical upward direction and shooting direction of the image-capturing component of the terminal; the step of sending the image data captured by the image-capturing component to the wearable device in the event that the current spatial position information and/or posture information of the terminal meets the conditions preset as disadvantageous for viewing a screen of the terminal comprises: sending the image data captured by the image-capturing component to the wearable device, in the event that the distance between the terminal and the ground is currently less than a predetermined distance threshold value, and/or that the angle between vertical upward direction and shooting direction of the image-capturing component of the terminal is less than a predetermined angle threshold value. determining current spatial position information and/or posture information of the terminal when an image-capturing component of the terminal is detected as being turned on, and establishing a data connection between the terminal and a wearable device; sending image data captured by the image-capturing component to the wearable device, in the event that the current spatial position information and/or posture information of the terminal meets conditions preset as disadvantageous for a user viewing a screen of the terminal, so that the wearable device is enabled to display the image data synchronously, wherein the spatial position information is a distance between the terminal and the ground, and the posture information is an angle between vertical upward direction and shooting direction of the image-capturing component of the terminal; the step of sending the image data captured by the image-capturing component to the wearable device in the event that the current spatial position information and/or posture information of the terminal meets the conditions preset as disadvantageous for viewing a screen of the terminal comprises: sending the image data captured by the image-capturing component to the wearable device, in the event that the distance between the terminal and the ground is currently less than a predetermined distance threshold value, and/or that the angle between vertical upward direction and shooting direction of the image-capturing component of the terminal is less than a predetermined angle threshold value.
A method for machining using a machine tool, comprising: front and back spindles (112 and 122) having one and same axial line and disposed so as to face to each other; a guide bushing having an axial line aligned with the axial line of the spindles (112, 122) and moveable in an axial direction; and a tool post (131, 141) for supporting tools (130, 140) used for machining a workpiece; wherein the guide bushing is disposed between the front and back spindles (112, 122) so that the guide bushing is located between the front spindle or the back spindle and the tools (130, 140), the workpiece gripped either by the front spindle or the back spindle can be inserted through the guide bushing from an end of the front spindle side or the back spindle side of the guide bushing, characterized in that two different machining states are provided, in state one the workpiece is guided by the end of the back spindle side of the guide bushing while the workpiece is gripped by the front spindle and machined by the tool in a state in which the workpiece is projected from the end of the back spindle side of the guide bushing, and in state two the workpiece is guided by the end of the front spindle side of the guide bushing while the workpiece is gripped by the back spindle and machined by the tool in a state in which the workpiece is projected from the end of the front spindle side of the guide bushing whereby the guide bushing is so moveable in an axial direction that state one and state two can be realized. front and back spindles (112 and 122) having one and same axial line and disposed so as to face to each other; a guide bushing having an axial line aligned with the axial line of the spindles (112, 122) and moveable in an axial direction; and a tool post (131, 141) for supporting tools (130, 140) used for machining a workpiece; wherein the guide bushing is disposed between the front and back spindles (112, 122) so that the guide bushing is located between the front spindle or the back spindle and the tools (130, 140), the workpiece gripped either by the front spindle or the back spindle can be inserted through the guide bushing from an end of the front spindle side or the back spindle side of the guide bushing, characterized in that two different machining states are provided, in state one the workpiece is guided by the end of the back spindle side of the guide bushing while the workpiece is gripped by the front spindle and machined by the tool in a state in which the workpiece is projected from the end of the back spindle side of the guide bushing, and in state two the workpiece is guided by the end of the front spindle side of the guide bushing while the workpiece is gripped by the back spindle and machined by the tool in a state in which the workpiece is projected from the end of the front spindle side of the guide bushing whereby the guide bushing is so moveable in an axial direction that state one and state two can be realized.
A biaxially oriented, multilayer film comprising: a core layer; a surface skin layer comprising a first anti-block agent; a sealant skin layer comprising either a second anti-block agent or the first anti-block agent at a greater concentration than the surface skin layer; a first tie layer between the surface skin layer and the core layer; and a second tie layer between the sealant skin layer and the core layer, wherein the core layer, the first tie layer, and the surface skin layer comprise one or more linear, low-density polyethylenes, and the second tie layer and the sealant skin layer also comprise linear, low density polyethylene(s), and wherein the one or more linear, low-density polyethylenes of the core layer, the first tie layer, and the surface skin layer have lower melt indices and greater densities than the linear, low-density polyethylene(s) of the second tie layer and the sealant skin layer. a core layer; a surface skin layer comprising a first anti-block agent; a sealant skin layer comprising either a second anti-block agent or the first anti-block agent at a greater concentration than the surface skin layer; a first tie layer between the surface skin layer and the core layer; and a second tie layer between the sealant skin layer and the core layer, wherein the core layer, the first tie layer, and the surface skin layer comprise one or more linear, low-density polyethylenes, and the second tie layer and the sealant skin layer also comprise linear, low density polyethylene(s), and wherein the one or more linear, low-density polyethylenes of the core layer, the first tie layer, and the surface skin layer have lower melt indices and greater densities than the linear, low-density polyethylene(s) of the second tie layer and the sealant skin layer.
Cutting insert for grooving or cutting off workpieces, which is provided to be accommodated in a cutting insert holder, having at least one cutter and having a section which faces away from the cutter and the edge of which is in contact with the edge of a recess in the cutting insert holder when the cutting insert is accommodated in the cutting insert holder, the section of the cutting insert that is in contact with the edge of the recess in the cutting insert holder having at least one toothing system having alternating elevations and depressions extending over at least part of its edge, and, on the side opposite the cutter, the section being provided with a chamfer between a rear edge section and an upper edge section, characterized in that the toothing system having alternating elevations and depressions also extends over the chamfer.
A detector for detecting with precision charging current of a battery cell charging and discharging device, the detector comprising an instrument unit and a power supply unit, wherein the instrument unit comprises: a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit, and shunt resistance parts having uniform resistance, and the power supply unit comprises the charging and discharging device to supply current to the voltage measurement parts and thereby to charge and discharge the battery cell and a multi-meter to measure current and voltage of the shunt resistance parts; characterized in that the shunt resistance parts are directly mounted to the respective connection terminals without additional connection members. the instrument unit comprises: a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit, and shunt resistance parts having uniform resistance, and a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit, and shunt resistance parts having uniform resistance, and the power supply unit comprises the charging and discharging device to supply current to the voltage measurement parts and thereby to charge and discharge the battery cell and a multi-meter to measure current and voltage of the shunt resistance parts; characterized in that the shunt resistance parts are directly mounted to the respective connection terminals without additional connection members.
A curing agent composition comprising the product of the reaction of a first polyamine containing primary amine functionality and a first polyepoxide having an epoxide equivalent weight of 130 to 500 in a ratio of moles of polyamine per equivalents of polyepoxide sufficient to provide an amine terminated intermediate (a) comprising an adduct of about two moles of polyamine and one mole polyepoxide, intermediate (a) being then reacted with urea or formaldehyde to provide an amine terminated intermediate (b), intermediate (b) being then reacted with a second polyepoxide having an EEW of 200 to 1000 to provide an amine terminated intermediate (c), intermediate (c) being end capped with a monoepoxide composition comprising an aromatic glycidyl ether or an alkyl substituted aromatic glycidyl ether, or a combination of both, to form a polyamine-polyepoxide adduct, and contacting the polyamine-polyepoxide adduct with a second polyamine having two or more active amine hydrogens, wherein the second polyamine is different from the first polyamine.
Assembly workstation for a serial production to perform an assembly operation with a plurality of assembly steps, which is connected to an assembly control system, with a rack, within which small-part boxes and/or one or a plurality of tools are provided and with means that automatically detect the completion of an assembly step and that switch ahead to the next assembly step or end the assembly step, wherein, in the rack, a marking device with at least two different marking functions and a removal detector for detecting the removal by the worker are attached over each small-part box and/or each tool, characterized in that the small-part box or the tool for the assembly step at hand that must be carried out is made identifiable by a first marking function, and the small-part box or the tool for the next assembly step is made identifiable by another marking function.
Electrical plug with a plug housing, which comprises a first housing exterior part metallic at least in certain areas and a separate second housing exterior part metallic at least in certain areas, wherein the electrical plug comprises a protective conductor contact, which is arranged in the plug housing, and comprises a protective conductor connector element, which is arranged in the plug housing and is connected to the protective conductor contact and to at least one of said housing exterior parts (3, 4) for establishing an electrically conducting connection, wherein the protective conductor connector element is formed integrally with the protective conductor contact, wherein the protective conductor connector element is arranged radially protruding from a longitudinal axis of the protective conductor contact with a contact part, wherein the contact part is formed as a hollow body. the electrical plug comprises a protective conductor contact, which is arranged in the plug housing, and comprises a protective conductor connector element, which is arranged in the plug housing and is connected to the protective conductor contact and to at least one of said housing exterior parts (3, 4) for establishing an electrically conducting connection, wherein the protective conductor connector element is formed integrally with the protective conductor contact, wherein the protective conductor connector element is arranged radially protruding from a longitudinal axis of the protective conductor contact with a contact part, wherein the contact part is formed as a hollow body.
A support assembly for a trailered implement having a tongue and a rotatable shaft positioned vertically below the tongue, the support assembly comprising: an implement support link moveable between an implement support position and a stowed position; a shaft support link coupled to the implement support link and moveable between a first support position and a second support position; wherein the shaft support link is disposed in the first support position when the implement support link is disposed in the implement support position to support and position the rotatable shaft at a first height relative to a ground surface; and wherein the shaft support link is disposed in the second support position when the implement support link is disposed in the stowed position, and the support assembly further comprising an attachment link configured for attachment to the tongue of the trailered implement, wherein the implement support link is rotatably attached to the attachment link for rotation between the stowed position and the implement support position about an implement support axis, characterized in that the shaft support link is rotatably attached to the attachment link for rotation between the first support position and the second support position about a shaft support axis, and an intermediate link (66A, 66B) interconnecting the implement support link and the shaft support link. an implement support link moveable between an implement support position and a stowed position; a shaft support link coupled to the implement support link and moveable between a first support position and a second support position; wherein the shaft support link is disposed in the first support position when the implement support link is disposed in the implement support position to support and position the rotatable shaft at a first height relative to a ground surface; and wherein the shaft support link is disposed in the second support position when the implement support link is disposed in the stowed position, and the support assembly further comprising an attachment link configured for attachment to the tongue of the trailered implement, wherein the implement support link is rotatably attached to the attachment link for rotation between the stowed position and the implement support position about an implement support axis, characterized in that the shaft support link is rotatably attached to the attachment link for rotation between the first support position and the second support position about a shaft support axis, and an intermediate link (66A, 66B) interconnecting the implement support link and the shaft support link.