mhurhangee/ep-ind-claims huggingface dataset:
An attachment assembly for attaching a wheelchair back to at least one wheelchair post, the wheelchair back defining a first vertical slot on a first side and a second vertical slot on a second side, the attachment assembly comprising: a bracket (20, 92) engaged in one of the vertical slots in the wheelchair back, said bracket comprising a mounting wall (22, 110) and a front wall (26, 120), the front wall (26, 120) defining a horizontal slot (36, 126); a slider bar attached to the mounting wall (22, 110) of the bracket, the slider bar having a back surface and comprising: a pair of guides (50, 52) extending from the back surface of the slider bar, wherein the guides (50, 52) are slidably engaged in one of the vertical slots in the wheelchair back; and a bolt engaged with the mounting wall and one of the vertical slots in the wheelchair back; and attachment hardware attached to the bracket (20, 92) at the horizontal slot (36, 126) and adapted to be mounted to a post of a wheelchair, wherein at least one of said bracket (20, 92) or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post. a bracket (20, 92) engaged in one of the vertical slots in the wheelchair back, said bracket comprising a mounting wall (22, 110) and a front wall (26, 120), the front wall (26, 120) defining a horizontal slot (36, 126); a slider bar attached to the mounting wall (22, 110) of the bracket, the slider bar having a back surface and comprising: a pair of guides (50, 52) extending from the back surface of the slider bar, wherein the guides (50, 52) are slidably engaged in one of the vertical slots in the wheelchair back; and a bolt engaged with the mounting wall and one of the vertical slots in the wheelchair back; and attachment hardware attached to the bracket (20, 92) at the horizontal slot (36, 126) and adapted to be mounted to a post of a wheelchair, wherein at least one of said bracket (20, 92) or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post. a pair of guides (50, 52) extending from the back surface of the slider bar, wherein the guides (50, 52) are slidably engaged in one of the vertical slots in the wheelchair back; and a bolt engaged with the mounting wall and one of the vertical slots in the wheelchair back; and attachment hardware attached to the bracket (20, 92) at the horizontal slot (36, 126) and adapted to be mounted to a post of a wheelchair, wherein at least one of said bracket (20, 92) or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post.
A hologram image apparatus, comprising: a plurality of holographic panels including a reference holographic panel, each holographic panel comprising a transparent panel encoded with an interference pattern corresponding to a portion of a composite hologram image; and a light source configured to illuminate each of the plurality of the holographic panels from an incident angle to produce the composite hologram image; wherein holographic panels of the plurality of holographic panels are stacked adjacent to one another to form a gap between adjacent holographic panels, the gap being defined with respect to a direction normal to a major surface of the reference holographic panel, and wherein the respective depths of fields of the adjacent holographic panels normal to the major surface of the reference holographic panel overlap when the interference pattern encoded in each holographic panel is displayed upon illumination by the light source. a light source configured to illuminate each of the plurality of the holographic panels from an incident angle to produce the composite hologram image; wherein holographic panels of the plurality of holographic panels are stacked adjacent to one another to form a gap between adjacent holographic panels, the gap being defined with respect to a direction normal to a major surface of the reference holographic panel, and wherein the respective depths of fields of the adjacent holographic panels normal to the major surface of the reference holographic panel overlap when the interference pattern encoded in each holographic panel is displayed upon illumination by the light source.
An electrically operated aerosol generating system for receiving an aerosol-forming substrate, the system comprising: a liquid storage portion for storing liquid aerosol-forming substrate; and an electric heater comprising at least one heating element for heating the liquid aerosol-forming substrate; characterised by electric circuitry configured to determine depletion of liquid aerosol-forming substrate based on a relationship between a power applied to the heating element and a resulting temperature change of the heating element. a liquid storage portion for storing liquid aerosol-forming substrate; and an electric heater comprising at least one heating element for heating the liquid aerosol-forming substrate; characterised by electric circuitry configured to determine depletion of liquid aerosol-forming substrate based on a relationship between a power applied to the heating element and a resulting temperature change of the heating element.
A display device for a monitor, comprising a display unit and a support unit, and a master control unit, the display unit being used for displaying patient-end parameter information, and the display unit being connected to the support unit in a way that allows rotation relative to the support unit; characterized in that a short edge of the display unit is provided with a first marker display area and/or an alarm light display area for displaying when the display unit is in a vertical mode, and a long edge of the display unit is provided with a second marker display area and/or an alarm light display area for displaying when the display unit is in a transverse mode, and wherein when the display unit is switched to the vertical mode, the master control unit controlling said first marker display area and/or an alarm light display area to be effective and lighted while the said second marker display area and/or an alarm light display area to be ineffective, and when the display unit is switched to the transverse mode, the master control unit controlling said first marker display area and/or an alarm light display area to be ineffective while the said second marker display area and/or an alarm light display area to be effective and lighted.
Mold advancement method, particularly for forming confectionery products, the method comprising the steps of advancing an ordered succession of molds along a longitudinal advancement path on a pair of longitudinal horizontal supporting surfaces transversely spaced from each other by advancing each mold by drag pins forming part of a main drag catenary and coupled to said molds, of moving said ordered succession through a mold replacement station arranged along said path and of at least partially decoupling said drag pins from the molds so that the molds can be lifted from said supporting surfaces; inside said mold replacement station, the method comprising the further steps of lifting at least one mold to be replaced from said supporting surfaces and arranging the lifted mold in a mold storage and inserting a further mold in place of the previously lifted mold before progressively re-coupling said molds to said main drag catenary, wherein inside said replacement station said drag pins are completely decoupled from said molds arranged on said supporting surfaces and wherein the advancement of said molds through said mold replacement station is carried out using an additional thrust conveyor synchronized with said main drag catenary and configured to push each said mold along said path and to leave each mold after the re-coupling of said drag pins to said mold.
An article, comprising: a silicon-containing region; at least one outer layer overlying a surface of the silicon-containing region; and a constituent layer of thermally grown oxide on the surface of the silicon-containing region and between and contacting the silicon-containing region and the at least one outer layer, the constituent layer being formed by constituents of the silicon-containing region and being susceptible to creep within an operating environment of the article, wherein the silicon-containing region defines a pluarality of channels and a plurality of ridges that interlock within a plurality of channels formed in the at least one outer layer to physically interlock the at least one outer layer with the silicon-containing region through the constituent layer, wherein the ridges have a height of from about 10 to about 250 μm, a wavelength of from about 20 to about 10,000 μm, a ratio of a span of each ridge to the wavelength of the ridges to of about 0.1 to about 0.9. a silicon-containing region; at least one outer layer overlying a surface of the silicon-containing region; and a constituent layer of thermally grown oxide on the surface of the silicon-containing region and between and contacting the silicon-containing region and the at least one outer layer, the constituent layer being formed by constituents of the silicon-containing region and being susceptible to creep within an operating environment of the article, wherein the silicon-containing region defines a pluarality of channels and a plurality of ridges that interlock within a plurality of channels formed in the at least one outer layer to physically interlock the at least one outer layer with the silicon-containing region through the constituent layer, wherein the ridges have a height of from about 10 to about 250 μm, a wavelength of from about 20 to about 10,000 μm, a ratio of a span of each ridge to the wavelength of the ridges to of about 0.1 to about 0.9.
Interconnect device for connecting a first network to a second network, comprising: - first connecting means for connecting said interconnect device to said first network, - second connecting means for connecting said interconnect device to said second network, said second connecting means being connected to said first connecting means, - said first connecting means and second connecting means permitting a communication between a first terminal located on said first network and a second terminal located on said second network, characterized in that, said second connecting means comprises: - means for detecting a voice communication termination by said second terminal, and - means for, if said voice communication has been initialized by said first terminal, starting a delaying period for delaying the sending of an indication of said termination to said first terminal for allowing a terminal located on said second network to resume said voice communication before the end of said delaying period. - first connecting means for connecting said interconnect device to said first network, - second connecting means for connecting said interconnect device to said second network, said second connecting means being connected to said first connecting means, - said first connecting means and second connecting means permitting a communication between a first terminal located on said first network and a second terminal located on said second network, - means for detecting a voice communication termination by said second terminal, and - means for, if said voice communication has been initialized by said first terminal, starting a delaying period for delaying the sending of an indication of said termination to said first terminal for allowing a terminal located on said second network to resume said voice communication before the end of said delaying period.
A relay device configured to relay sensor outputs from a pressure sensor (Si-Sn) configured to detect an inner pressure of a cavity in a mold of an injection molding machine to a signal amplifier, the relay device being characterized in that the relay device is configured to be integrally fixed to the mold, and the relay device comprises a storage configured to store specific information of the pressure sensor (Si-Sn) provided to the mold to detect the inner pressure of the cavity, the cavity being defined between a fixed-side mold and a movable-side mold of the mold, wherein the specific information is a rated load of the pressure sensor (Si-Sn) and a pin-sectional area of an ejector pin to which the pressure sensor (Si-Sn) is attached.
A refrigerator comprising: a cabinet having a storage compartment provided therein; a main door pivotably mounted at the cabinet for opening and closing the storage compartment; an auxiliary storage compartment provided at a rear of the main door; an auxiliary door pivotably mounted over a front of the main door for opening and closing the auxiliary storage compartment; a first upper hinge bracket fixed to an upper end of the cabinet, the first upper hinge bracket including a rotation shaft that is coupled to an upper portion of the main door; and a second upper hinge bracket fixed to an upper portion of the auxiliary door, the second upper hinge bracket including a fastening part bent in a direction parallel to a rear side of the auxiliary door and fastened to the rear side of the auxiliary door, an extension part extending backward from the fastening part and a rotation shaft that is coupled to the upper portion of the main door; wherein the rotation shaft of the second upper hinge bracket is positioned more forward toward the auxiliary door than the rotation shaft of the first upper hinge bracket, wherein the rotation shaft of the first upper hinge bracket and the rotation shaft of the second upper hinge bracket are mounted at a recess formed at an upper corner region of the main door, the recess having a concave shape. a cabinet having a storage compartment provided therein; a main door pivotably mounted at the cabinet for opening and closing the storage compartment; an auxiliary storage compartment provided at a rear of the main door; an auxiliary door pivotably mounted over a front of the main door for opening and closing the auxiliary storage compartment; a first upper hinge bracket fixed to an upper end of the cabinet, the first upper hinge bracket including a rotation shaft that is coupled to an upper portion of the main door; and a second upper hinge bracket fixed to an upper portion of the auxiliary door, the second upper hinge bracket including a fastening part bent in a direction parallel to a rear side of the auxiliary door and fastened to the rear side of the auxiliary door, an extension part extending backward from the fastening part and a rotation shaft that is coupled to the upper portion of the main door; wherein the rotation shaft of the second upper hinge bracket is positioned more forward toward the auxiliary door than the rotation shaft of the first upper hinge bracket, wherein the rotation shaft of the first upper hinge bracket and the rotation shaft of the second upper hinge bracket are mounted at a recess formed at an upper corner region of the main door, the recess having a concave shape.
An element (2, 14) for a safety barrier comprising two vertically disposed panels connected to each other by a vertical central pivot to form a cross-brace that can be closed, the end of each panel being intended to be connected to an end of a panel of a next element (2, 14) by a vertical end pivot, the central pivot or end pivots forming hooking pivots (16a, 16b) comprising a rotary portion along the axis of the pivot, supporting a hooking system of the barrier, characterized in that the hooking system includes hooks adapted to fit vertically into loops.
Manufacturing process for the production of flexible three-dimensional items, made from an outer material formed by flat cuts of flexible material, which entails cutting the pieces, which will form the outer material; preparing a mould (1,2,25,26) and a counter mould (3,24), between which a volume corresponding to that of the three-dimensional item to be produced is delimited; placing the cuts, which will form the outer material between the mould (1,2,25,26) and counter mould (3,24) delimiting channels and spaces (8,9) between them; injecting a plastic material through the aforementioned channels and spaces (8,9) and opening the mould (1,2,25,26) once the plastic material injected has solidified and then removing the item produced, the mould (1,2,25,26) and counter mould (3,24) having opposing surfaces without projections in the area corresponding to the outer material of the item to be obtained, upon which the cut pieces forming said outer material are placed, in such a way that they delimit a network of channels with said surfaces of the mould (1,2,25,26) and counter mould (3,24), these channels coinciding with the lines separating the consecutive cut pieces of the outer material, through which the plastic material is injected, characterised in that the cut pieces which will form the outer material are attached to a laminated template arranged in the same way as they would be in the finished item to be obtained, this template being adapted on the internal surface of the mould (1,2,25,26) straightaway.
Device for the bubble-free bonding of large-surface coated glass panes, under clean room conditions, to a covering further glass pane in a continuous automatic production process, with the following features: a) a pivoting bench plate with a fixing device for receiving a glass pane, b) a butyl applicator head with a camera for monitoring, at least one aeration element being installed by means of a mounting head, c) an adhesive metering and applicator head with a process control sensor for adhesive application, d) a gripping device with a cover pane gripper for receiving a cover pane, e) an ultrasound generator and an ultrasound measurement sensor for assisting the adhesive process, f) a vacuum suction device and a closing device for deaeration. a) a pivoting bench plate with a fixing device for receiving a glass pane, b) a butyl applicator head with a camera for monitoring, at least one aeration element being installed by means of a mounting head, c) an adhesive metering and applicator head with a process control sensor for adhesive application, d) a gripping device with a cover pane gripper for receiving a cover pane, e) an ultrasound generator and an ultrasound measurement sensor for assisting the adhesive process, f) a vacuum suction device and a closing device for deaeration.
Rolling seamer for seaming cans or jars, comprising a seaming roller mounted on a bearing comprising two concentric rings (32, 34) relatively rotatable on rolling elements, a cover integral with the seaming roller to watertightly enclose one side of the bearing, a gasket mounted on the concentric rings for keeping watertight one side of the bearing opposite to the one closest to the cover, lubricating fluid, for the rolling elements, permanently maintained between the cover and the gasket. a seaming roller mounted on a bearing comprising two concentric rings (32, 34) relatively rotatable on rolling elements, a cover integral with the seaming roller to watertightly enclose one side of the bearing, a gasket mounted on the concentric rings for keeping watertight one side of the bearing opposite to the one closest to the cover, lubricating fluid, for the rolling elements, permanently maintained between the cover and the gasket.
A rotating disc mower with a lightened side mowing bar comprising a fixed frame, a movable frame (14,14b) and a lightening device of the mowing bar, wherein said mowing bar is positioned on a supporting arm articulated with respect to the movable frame (14,14b), wherein a cylinder is positioned between said supporting arm and said movable frame (14,14b), which keeps said supporting arm of said mowing bar raised, as it is uploaded according to a pre-established force, a release rod also being positioned between said fixed frame and said mowing bar and two cylinders respectively positioned between said movable frame (14,14b) and said supporting arm, characterized in that a first hydraulic cylinder is also provided, positioned between said fixed frame and said release rod, and a second hydraulic cylinder, positioned between said movable frame (14,14b) and said supporting arm of said mowing bar, wherein said first and second hydraulic cylinders (25,35) are hydraulically connected and activated by said release rod which intervenes in the presence of a resistant force on the mowing bar, wherein said two cylinders are constrained at a first end to a pin, passing into the supporting arm, and at the other opposite end to a pin rotatingly arranged with respect to said movable frame and positioned inside slots of ears that extend from said movable frame.
A gas turbine fuel nozzle, comprising: a housing, defining a mixing chamber including a transition zone, the housing comprising, an interior wall comprising a first, upstream wall portion having a first diameter, a second, downstream wall portion having a second diameter smaller than the first diameter, and a sloping shoulder joining the first and second wall portions; wherein the interior wall defines a fuel gas port configured to conduct a fuel gas into the mixing chamber, wherein the fuel propagates across a volume of the mixing chamber prior to reaching the transition zone; characterized in that: the fuel gas port is defined in the shoulder. a housing, defining a mixing chamber including a transition zone, the housing comprising, an interior wall comprising a first, upstream wall portion having a first diameter, a second, downstream wall portion having a second diameter smaller than the first diameter, and a sloping shoulder joining the first and second wall portions; wherein the interior wall defines a fuel gas port configured to conduct a fuel gas into the mixing chamber, wherein the fuel propagates across a volume of the mixing chamber prior to reaching the transition zone; an interior wall comprising a first, upstream wall portion having a first diameter, a second, downstream wall portion having a second diameter smaller than the first diameter, and a sloping shoulder joining the first and second wall portions; wherein the interior wall defines a fuel gas port configured to conduct a fuel gas into the mixing chamber, wherein the fuel propagates across a volume of the mixing chamber prior to reaching the transition zone; characterized in that: the fuel gas port is defined in the shoulder.
A tightening system for tightening an annular element to a central cylindrical body comprising a central cylindrical body, an annular element to be tightened to said central cylindrical body, a first annular groove formed circumferentially on an inner surface of said annular element, a second annular groove formed circumferentially on an outer surface of said central cylindrical body, interference means adapted to be inserted within said first and said second grooves, said first and said second grooves being able to be coupled to form a channel wherein said interference means can be inserted, characterized in that said first groove is eccentric to the rotational axis of symmetry of said annular element and said second groove is eccentric to the rotational axis of symmetry of said central cylindrical body, in such a way that in a first coupling configuration in phase between said annular element and said central cylindrical body, said channel presents a cross section, as measured in the radial direction with respect to the symmetry rotational axis, which is constant and uniform along the entire annular extent, and in a second coupling configuration which is rotated, and not in phase between said annular element and said central cylindrical body, said channel has a cross section which is not uniform and is variable along the annular extent.