mhurhangee/ep-ind-claims huggingface dataset:
A lid apparatus (100,300) comprising: a top lid having a major opening, wherein the top lid includes a hinged end and a snap-fit end; a bottom-cap hingedly attached to the top lid, the bottom-cap comprising an upper side and a lower side, wherein the upper side comprises a plateau (120,310) upwardly extending from a lower surface of the upper side, wherein the plateau (120,310) includes a plurality of openings, wherein the lower side of the bottom-cap comprises: a lower side main surface; an outermost edge extending downward from the lower side main surface; a plurality of edge alignment features extending downward from the lower side main surface; a continuous outer welding ridge extending downward from the lower side between the outermost edge and the alignment features; a plurality of walls defining separate cavities for each opening of the plurality of passages (142,143) of the plateau (120,310), the plurality of walls extending from a bottom surface of the plateau (120,310). a top lid having a major opening, wherein the top lid includes a hinged end and a snap-fit end; a bottom-cap hingedly attached to the top lid, the bottom-cap comprising an upper side and a lower side, wherein the upper side comprises a plateau (120,310) upwardly extending from a lower surface of the upper side, wherein the plateau (120,310) includes a plurality of openings, wherein the lower side of the bottom-cap comprises: a lower side main surface; an outermost edge extending downward from the lower side main surface; a plurality of edge alignment features extending downward from the lower side main surface; a continuous outer welding ridge extending downward from the lower side between the outermost edge and the alignment features; a plurality of walls defining separate cavities for each opening of the plurality of passages (142,143) of the plateau (120,310), the plurality of walls extending from a bottom surface of the plateau (120,310). a lower side main surface; an outermost edge extending downward from the lower side main surface; a plurality of edge alignment features extending downward from the lower side main surface; a continuous outer welding ridge extending downward from the lower side between the outermost edge and the alignment features; a plurality of walls defining separate cavities for each opening of the plurality of passages (142,143) of the plateau (120,310), the plurality of walls extending from a bottom surface of the plateau (120,310).
Contacting device for contacting a shielding conductor of an electrical line with an earthing section, having - a housing which encloses a receiving space into which an electrical line with a shielding conductor is insertable, wherein the housing is attachable to an earthing section in such a manner that the earthing section extends into the receiving space, - a spring element which is arranged on the housing so as to be pivotable about a pivot axis and is pivotable from an open position into a clamping position in order, in the clamping position, to contact a shielding conductor of an electrical line inserted into the receiving space with an earthing section to which the housing is attached, wherein the spring element has an actuating limb arranged pivotably on the housing and a clamping limb which can be bent over to the actuating limb and can be brought into contact in a clamping manner with the shielding conductor of the electrical line inserted into the receiving space, characterized in that the clamping limb has an end edge remote from the actuating limb and a contact section which is spaced apart from the end edge and is curved about the pivot axis, wherein the spring element is designed so as, in the clamping position, to enter into contact via the contact section with the shielding conductor of the electrical line inserted into the receiving space. - a housing which encloses a receiving space into which an electrical line with a shielding conductor is insertable, wherein the housing is attachable to an earthing section in such a manner that the earthing section extends into the receiving space, - a spring element which is arranged on the housing so as to be pivotable about a pivot axis and is pivotable from an open position into a clamping position in order, in the clamping position, to contact a shielding conductor of an electrical line inserted into the receiving space with an earthing section to which the housing is attached, wherein the spring element has an actuating limb arranged pivotably on the housing and a clamping limb which can be bent over to the actuating limb and can be brought into contact in a clamping manner with the shielding conductor of the electrical line inserted into the receiving space, characterized in that the clamping limb has an end edge remote from the actuating limb and a contact section which is spaced apart from the end edge and is curved about the pivot axis, wherein the spring element is designed so as, in the clamping position, to enter into contact via the contact section with the shielding conductor of the electrical line inserted into the receiving space.
Minimal lubrication device comprising a tank of a lubricating fluid, means for raising the pressure of said lubricant and means for supplying the pressurized lubricant to at least one modular element (50A, 50B...), at least one modular element comprising a lubricating fluid conduit intercepted by a flow regulator and a compressed air conduit, such conduits being fluidically connected to an air and lubricant mixing element, the flow regulator comprising a shutter that can be at least partially housed in a single cylindrical calibrated hole and movable between an upper end of stroke position and a lower end of stroke position, the cylindrical calibrated hole being in fluid communication with a delivery of said means for raising the lubricant pressure, on one side, and with said mixing element on the other side, the shutter having at least one conical profile portion insertable in said calibrated hole, characterized in that the conical profile portion has a surface groove facing a surface which defines said cylindrical calibrated hole at least when the shutter is in an intermediate position between said lower end of stroke position and said upper end of stroke position.
A vehicle interior imaging apparatus comprising: an image device configured to image a scene of an interior of a vehicle; a light source device configured to illuminate an imaging range of the imaging device; a housing configured to accommodate the imaging device and the light source device therein, and attached to the interior; and a holder configured to support the imaging device and the light source device to be integrally rotatable with the housing; a light-shield plate provided on the holder between the imaging device and the light source device to prevent light irradiated from the light source device from being incident on the imaging device characterized in that the light-shield plate is a support portion configured to rotatably support the holder with respect to the housing, wherein the holder includes another support portion that is rotatably supported by the housing at an opposite position to the light-shield plate with the imaging device being interposed therebetween. an image device configured to image a scene of an interior of a vehicle; a light source device configured to illuminate an imaging range of the imaging device; a housing configured to accommodate the imaging device and the light source device therein, and attached to the interior; and a holder configured to support the imaging device and the light source device to be integrally rotatable with the housing; a light-shield plate provided on the holder between the imaging device and the light source device to prevent light irradiated from the light source device from being incident on the imaging device characterized in that the light-shield plate is a support portion configured to rotatably support the holder with respect to the housing, wherein the holder includes another support portion that is rotatably supported by the housing at an opposite position to the light-shield plate with the imaging device being interposed therebetween.
A restricting device comprising: a movable member that is capable of changing a posture with respect to at least one of a pair of guide rails disposed in both edge portions of an opening in a roof of a vehicle in the width direction of the vehicle; and a buffer member that is fixed to the movable member, comes into contact with the guide rail in accordance with a posture change of the movable member, and restricts the posture of the movable member, characterised in that in the movable member, a mounting recess portion that is open in a first direction that is one direction different from a direction of the posture change, an outlet port through which the mounting recess portion opens in a second direction that is one direction of the posture change, a slip-off preventing piece that protrudes in an opening end of the mounting recess portion in a direction intersecting the first direction, and a fitting piece that protrudes in the second direction are formed, and the buffer member has a fixing portion that is fitted into the mounting recess portion, an elastic portion that protrudes from the movable member in the second direction and is capable of coming into contact with the guide rail, and a connecting portion that connects between the fixing portion and the elastic portion through the outlet port, and in the elastic portion, a fitting recess portion into which the fitting piece that is recessed in the second direction is fitted is formed. a movable member that is capable of changing a posture with respect to at least one of a pair of guide rails disposed in both edge portions of an opening in a roof of a vehicle in the width direction of the vehicle; and a buffer member that is fixed to the movable member, comes into contact with the guide rail in accordance with a posture change of the movable member, and restricts the posture of the movable member, characterised in that in the movable member, a mounting recess portion that is open in a first direction that is one direction different from a direction of the posture change, an outlet port through which the mounting recess portion opens in a second direction that is one direction of the posture change, a slip-off preventing piece that protrudes in an opening end of the mounting recess portion in a direction intersecting the first direction, and a fitting piece that protrudes in the second direction are formed, and the buffer member has a fixing portion that is fitted into the mounting recess portion, an elastic portion that protrudes from the movable member in the second direction and is capable of coming into contact with the guide rail, and a connecting portion that connects between the fixing portion and the elastic portion through the outlet port, and in the elastic portion, a fitting recess portion into which the fitting piece that is recessed in the second direction is fitted is formed.
A video relay device (Rx 120) for relaying a video signal and a control signal from a first video device (Tx 110) to a second video device (TV 121), wherein the video relay device is configured to: receive a first video signal and a first control signal from the first video device, wherein the first control signal includes a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block, convert from a format of the first control signal to a format of a second control signal; and transmit a second video signal corresponding to the first video signal and the second control signal to the second video device, wherein the second control signal includes a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block; wherein a block transmission duration for the first control signal is shorter than a block transmission duration for the second control signal; wherein the header block of the second control signal includes a timing position of a first ACK bit for confirming whether the second video device receives the header block of the second control signal or not; wherein the data block of the second control signal includes a timing position of a second ACK bit for confirming whether the second video device receives the data block of the second control signal or not; wherein the second control signal is a Consumer Electronics Control message; and wherein the first control signal is configured to be transmitted block by block. receive a first video signal and a first control signal from the first video device, wherein the first control signal includes a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block, convert from a format of the first control signal to a format of a second control signal; and transmit a second video signal corresponding to the first video signal and the second control signal to the second video device, wherein the second control signal includes a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block; wherein a block transmission duration for the first control signal is shorter than a block transmission duration for the second control signal; wherein the header block of the second control signal includes a timing position of a first ACK bit for confirming whether the second video device receives the header block of the second control signal or not; wherein the data block of the second control signal includes a timing position of a second ACK bit for confirming whether the second video device receives the data block of the second control signal or not; wherein the second control signal is a Consumer Electronics Control message; and wherein the first control signal is configured to be transmitted block by block.
A process for the production of 2-methyl-4-phenyl-2-pentanol, comprising the reaction of α-methylstyrene with isopropanol at a temperature in the range from 250 to 500°C and a pressure in the range from 5 to 50 MPa, giving 2-methyl-4-phenyl-2-pentanol, where the molar ratio of the α-methylstyrene used to the isopropanol used is in the range from 1:5 to 1:100.
A cylindrical secondary battery module, comprising: a plurality of cylindrical secondary battery cells respectively having a battery case in which an electrode assembly and an electrolyte are accommodated; a cell frame at which the plurality of cylindrical secondary battery cells are disposed; and a bus bar electrically connected to the cylindrical secondary battery cells and having a fusing portion, wherein the bus bar has a plurality of layers made of different materials from each other; wherein the bus bar includes: at least one synthetic resin film having a hollow formed therein; and a conductive plate protected by the synthetic resin film; wherein the conductive plate includes: a welding portion provided to be coupled to the cylindrical secondary battery cell by welding; a hole formed along a periphery of the welding portion; a large-area plate portion spaced apart from the welding portion by the hole to be distinguished from the welding portion; and the fusing portion formed to connect the welding portion and the large-area plate portion so as to be cut off when an overcurrent flows at the conductive plate; wherein the synthetic resin film is coupled to an upper side and a lower side of the conductive plate to surround the conductive plate, and the welding portion is exposed to the outside through the hollow. a plurality of cylindrical secondary battery cells respectively having a battery case in which an electrode assembly and an electrolyte are accommodated; a cell frame at which the plurality of cylindrical secondary battery cells are disposed; and a bus bar electrically connected to the cylindrical secondary battery cells and having a fusing portion, wherein the bus bar has a plurality of layers made of different materials from each other; at least one synthetic resin film having a hollow formed therein; and a conductive plate protected by the synthetic resin film; a welding portion provided to be coupled to the cylindrical secondary battery cell by welding; a hole formed along a periphery of the welding portion; a large-area plate portion spaced apart from the welding portion by the hole to be distinguished from the welding portion; and the fusing portion formed to connect the welding portion and the large-area plate portion so as to be cut off when an overcurrent flows at the conductive plate;
A combination of a plate and a plate-holding apparatus for holding the plate such that the plate is movable along a guide so as to allow the plate to be attached to a plate-receiving metal frame of a sliding nozzle device while positioning the plate along the guide, wherein the plate-holding apparatus comprises: a plurality of holding portions having an engagement groove engageable with a to-be-held portion of the plate; and a widening and narrowing means configured to selectively widen and narrow a distance between the plurality of holding portions, the plate-holding apparatus is configured to hold the plate in a state in which the to-be-held portion of the plate is engaged with the engagement groove, the engagement groove has a gap which allows the to-be-held portion of the plate to be moved in a longitudinal direction, a width direction and a thickness direction of the plate. a plurality of holding portions having an engagement groove engageable with a to-be-held portion of the plate; and a widening and narrowing means configured to selectively widen and narrow a distance between the plurality of holding portions, the plate-holding apparatus is configured to hold the plate in a state in which the to-be-held portion of the plate is engaged with the engagement groove, the engagement groove has a gap which allows the to-be-held portion of the plate to be moved in a longitudinal direction, a width direction and a thickness direction of the plate.
An activator for a combined accelerating and retarding means, comprising an actuating element adjustable in height along a guide element of said activator and relatively to the guide element by means of an adjusting mechanism of said activator, with the actuating element comprising a base plate and at least one entrainment peg normal to the base plate, and with the adjustment mechanism including a tool receptacle turned away from the guide element, characterized in that - the entrainment peg comprises a guide receptacle for receiving a guide peg of the guide element; and in that - the base plate has resiliently deformable engagement webs which extend along the outer confines thereof. - the entrainment peg comprises a guide receptacle for receiving a guide peg of the guide element; and in that - the base plate has resiliently deformable engagement webs which extend along the outer confines thereof.
A load handling controller for localizing a load handling vehicle and a load target, the load handling controller being arranged to: - obtain a spatial map describing a surrounding of the load handling vehicle; - receive first sensor signals from a first sensor system for generating point clouds of the surrounding of the load handling vehicle; - receive second sensor signals from a second sensor system for generating images of the surrounding of the load handling vehicle; and - localizing the load handling vehicle and the load target in the spatial map based on the first sensor signals and the second sensor signals; characterized in that the second sensor signals are synchronized in time with the first sensor signals and localizing the load target in the spatial map comprises: - identifying the load target based on one or more images of the surrounding of the load handling vehicle generated by the second sensor system to obtain an identified load target on an identification image; and - determining the position of the load target in the spatial map by projecting one or more second point clouds of the surrounding of the load handling vehicle obtained from the first sensor signals to the identification image, the one or more second point clouds being synchronized in time with respect to the one or more images. - obtain a spatial map describing a surrounding of the load handling vehicle; - receive first sensor signals from a first sensor system for generating point clouds of the surrounding of the load handling vehicle; - receive second sensor signals from a second sensor system for generating images of the surrounding of the load handling vehicle; and - localizing the load handling vehicle and the load target in the spatial map based on the first sensor signals and the second sensor signals; - identifying the load target based on one or more images of the surrounding of the load handling vehicle generated by the second sensor system to obtain an identified load target on an identification image; and - determining the position of the load target in the spatial map by projecting one or more second point clouds of the surrounding of the load handling vehicle obtained from the first sensor signals to the identification image, the one or more second point clouds being synchronized in time with respect to the one or more images.
An air conditioner comprising: a refrigerant circuit having a heat source unit (2a to 2c) that has a compression mechanism (21 a to 21 c) and a heat source side heat exchanger (24a to 24c), a refrigerant communication pipe (4, 5) to which the heat source unit is connected, an expansion mechanism (29a to 29c, 31a, 31b,...), and a utilization unit (3a, 3b,...) that has a utilization side heat exchanger (32a, 32b,...) and that is connected to the refrigerant communication pipe (4, 5); and an operation controller (6a to 6c) adapted to perform an oil-return operation in advance when a refrigerant quantity judging operation is carried out for judging the refrigerant quantity inside the refrigerant circuit. a refrigerant circuit having a heat source unit (2a to 2c) that has a compression mechanism (21 a to 21 c) and a heat source side heat exchanger (24a to 24c), a refrigerant communication pipe (4, 5) to which the heat source unit is connected, an expansion mechanism (29a to 29c, 31a, 31b,...), and a utilization unit (3a, 3b,...) that has a utilization side heat exchanger (32a, 32b,...) and that is connected to the refrigerant communication pipe (4, 5); and an operation controller (6a to 6c) adapted to perform an oil-return operation in advance when a refrigerant quantity judging operation is carried out for judging the refrigerant quantity inside the refrigerant circuit.