mhurhangee/ep-ind-claims huggingface dataset:
A mounting device for connecting in a spaced-apart relation a suspended cab having a roll over protection structure to an agricultural tractor frame, comprising a first limiter member connected to the cab for movement therewith, said first limiter member having a first end portion disposed adjacent to said cab, a first perimeter wall extending generally perpendicular from said first end portion toward the frame for a first length (L 2), said first perimeter wall surrounding a first interior region arranged along an axis, characterised in that it further comprises a second limiter member connected to the frame for movement therewith, said second limiter member having a second end portion disposed adjacent to the frame, a second perimeter wall extending generally perpendicular from said second end portion toward the cab for a second length (L 3), said second perimeter wall surrounding a second interior region arranged generally along said axis, said second perimeter wall configured to extend into said first interior region and create an annular space between said first and said second perimeter walls, said first and said second lengths (L 2 and L 3) are each less than the distance (L 1) separating said first and said second end portions (32 and 18) such that the cab may move relative to the frame under normal tractor operation without causing contact between said first and said second limiter members (35 and 36), but upon a tractor rollover, said first and said second limiter members (35,36) contact each other thereby providing a robust connection to transfer structural loads from the roll over protection structure to the frame.
A method of manufacturing aromatic hydrocarbons, which are suitable for the production of terephthalic acid, from a tall oil-based raw material, characterized in that - hydrogen gas and a bio oil, which comprises 2-90% of tall oil fatty acids, 2-98% of tall oil resin acids and, optionally, other vegetable oils, are fed into a fixed catalyst bed; - the bio oil is catalytically deoxygenated in the bed with hydrogen; - the flow exiting the bed is cooled and divided into a hydrocarbon-bearing liquid phase and a gas phase; and - one or more aromatic hydrocarbons, selected from a group comprising o-xylene, m-xylene, p-xylene and a cymene, such as p-cymene, are recovered from the hydrocarbon-bearing liquid phase. - hydrogen gas and a bio oil, which comprises 2-90% of tall oil fatty acids, 2-98% of tall oil resin acids and, optionally, other vegetable oils, are fed into a fixed catalyst bed; - the bio oil is catalytically deoxygenated in the bed with hydrogen; - the flow exiting the bed is cooled and divided into a hydrocarbon-bearing liquid phase and a gas phase; and - one or more aromatic hydrocarbons, selected from a group comprising o-xylene, m-xylene, p-xylene and a cymene, such as p-cymene, are recovered from the hydrocarbon-bearing liquid phase.
A waste disposal system for disposing of waste materials comprising: an elongated enclosure having an interior, said enclosure including an inlet conduit having an inlet opening at one end and a discharge conduit having a discharge opening at another end, said enclosure being positioned with the discharge opening being higher than the inlet opening; a conveyor positioned between the inlet conduit and the discharge conduit; a steam source and a conduit connected from the steam source to the interior of the enclosure; an inlet pressure lock chamber (102; 302) positioned adjacent to and upstream of the inlet conduit, the inlet conduit being positioned between the inlet pressure lock chamber (102; 302) and the conveyor, the inlet pressure lock chamber including a top inlet valve and a bottom inlet valve, the bottom inlet valve being slidably positioned adjacent to the inlet opening and a discharge pressure lock chamber (104; 304) having a discharge exit and positioned adjacent to and downstream of the discharge conduit, the discharge conduit being positioned between the conveyor and the discharge pressure lock chamber (104; 304), the discharge pressure lock chamber including a top discharge valve and a bottom discharge valve, the top discharge valve being slidably positioned adjacent to the discharge opening and the bottom discharge valve slidably positioned adjacent to the discharge exit. an elongated enclosure having an interior, said enclosure including an inlet conduit having an inlet opening at one end and a discharge conduit having a discharge opening at another end, said enclosure being positioned with the discharge opening being higher than the inlet opening; a conveyor positioned between the inlet conduit and the discharge conduit; a steam source and a conduit connected from the steam source to the interior of the enclosure; an inlet pressure lock chamber (102; 302) positioned adjacent to and upstream of the inlet conduit, the inlet conduit being positioned between the inlet pressure lock chamber (102; 302) and the conveyor, the inlet pressure lock chamber including a top inlet valve and a bottom inlet valve, the bottom inlet valve being slidably positioned adjacent to the inlet opening and a discharge pressure lock chamber (104; 304) having a discharge exit and positioned adjacent to and downstream of the discharge conduit, the discharge conduit being positioned between the conveyor and the discharge pressure lock chamber (104; 304), the discharge pressure lock chamber including a top discharge valve and a bottom discharge valve, the top discharge valve being slidably positioned adjacent to the discharge opening and the bottom discharge valve slidably positioned adjacent to the discharge exit.
An air conditioner control system comprising: air conditioners comprising outdoor units (1a,1b) and indoor units (2a,2b); facility controllers (81Aa,81Ab) for handling the operation of the air conditioners and for monitoring an operation state of the air conditioners, said facility controllers (81Aa,81Ab) being arranged to collect air conditioner information regarding the operation, to store the collected air conditioner information to memory means, and to transmit the air conditioner information stored in the memory means; and a remote monitor terminal for receiving the air conditioner information transmitted from the facility controllers (81Aa,81Ab) and for monitoring the operation of the air conditioners; characterized in that said facility controllers are arranged to transmit the air conditioner information stored in the memory means when the number of collection operations reaches a predetermined value. air conditioners comprising outdoor units (1a,1b) and indoor units (2a,2b); facility controllers (81Aa,81Ab) for handling the operation of the air conditioners and for monitoring an operation state of the air conditioners, said facility controllers (81Aa,81Ab) being arranged to collect air conditioner information regarding the operation, to store the collected air conditioner information to memory means, and to transmit the air conditioner information stored in the memory means; and a remote monitor terminal for receiving the air conditioner information transmitted from the facility controllers (81Aa,81Ab) and for monitoring the operation of the air conditioners; characterized in that said facility controllers are arranged to transmit the air conditioner information stored in the memory means when the number of collection operations reaches a predetermined value.
Method for continuous curing or drying coated sheet metal strip using a continuous curing or drying installation for coated sheet metal strip, comprising a continuous curing or drying oven, and downstream of said continuous curing or drying oven a cooling system, wherein the steel strip (110, 210, 310) is led through the continuous curing or drying oven and through the cooling system for being cured or dried and cooled; wherein the steel strip comprises a magnesium oxide comprising coating layer; - wherein said cooling system comprises a number of consecutive cooling chambers (131, 132, 133, 134, 135) along the direction of movement of the sheet metal strip, - wherein said cooling system comprises at least one fan (140, 240, 340, 145), characterized in that at least one (145, 240, 340) of said at least one fan is provided for extraction of air from in one cooling chamber and for blowing the extracted air back onto the sheet metal strip in another cooling chamber than where the air has been extracted; and wherein the steel strip is provided for producing a grain oriented electrical steel. - wherein said cooling system comprises a number of consecutive cooling chambers (131, 132, 133, 134, 135) along the direction of movement of the sheet metal strip, - wherein said cooling system comprises at least one fan (140, 240, 340, 145), characterized in that at least one (145, 240, 340) of said at least one fan is provided for extraction of air from in one cooling chamber and for blowing the extracted air back onto the sheet metal strip in another cooling chamber than where the air has been extracted;
A winder unit for use with a cutting wire in cutting out a vehicle glazing panel, the winder unit having: first and second spaced winder spools (3, 4) for winding cutting wire; a suction mount for mounting the unit; wherein the suction mount comprises a single suction device only; and at least one wire guide element (5, 6) spaced from the spools; characterised in that the respective wire guide element (5, 6) is mounted with respect to the unit so as to be adjustable in position or orientation with respect to the winder spools (3, 4) and/or the suction mount. first and second spaced winder spools (3, 4) for winding cutting wire; a suction mount for mounting the unit; wherein the suction mount comprises a single suction device only; and at least one wire guide element (5, 6) spaced from the spools; characterised in that the respective wire guide element (5, 6) is mounted with respect to the unit so as to be adjustable in position or orientation with respect to the winder spools (3, 4) and/or the suction mount.
A break-away attachment mechanism for releasably attaching at least one net between two or more upright support structures, the break-away attachment mechanism comprising: a hoop including a top end, a bottom end, a hinged gate, and a side arm opposite the hinged gate; and at least one weakening element configured in an outer side of the side arm and adapted to cause the hoop to break in the area of the at least one weakening element under a first load applied to the break-away attachment mechanism. a hoop including a top end, a bottom end, a hinged gate, and a side arm opposite the hinged gate; and at least one weakening element configured in an outer side of the side arm and adapted to cause the hoop to break in the area of the at least one weakening element under a first load applied to the break-away attachment mechanism.
A rolling straightening machine comprising at least two rollers (2a, 2b) arranged across a pass line of a pipe or tube material or a bar material, wherein the at least two rollers have a gap therebetween, the gap being defined by an outer-diameter-reducing rolling portion having a diameter which is reduced from an upstream side toward a downstream side in the rolling straightening machine and a straightening rolling portion which is continuous from an exit side of the outer-diameter-reducing rolling portion toward a downstream side of the rolling straightening machine, and the shapes of the rollers (2a, 2b) are symmetrical about the pass line in the outer-diameter-reducing rolling portion, and in the straightening rolling portion, asymmetrical with respect to the pass line in the outer-diameter-reducing rolling portion. the at least two rollers have a gap therebetween, the gap being defined by an outer-diameter-reducing rolling portion having a diameter which is reduced from an upstream side toward a downstream side in the rolling straightening machine and a straightening rolling portion which is continuous from an exit side of the outer-diameter-reducing rolling portion toward a downstream side of the rolling straightening machine, and the shapes of the rollers (2a, 2b) are symmetrical about the pass line in the outer-diameter-reducing rolling portion, and in the straightening rolling portion, asymmetrical with respect to the pass line in the outer-diameter-reducing rolling portion.
An implant assembly (100, 100') for engagement between first and second vertebrae (10a, 10b) comprising a first tubular cage extending between first and second ends (103, 105) and having a first central axis and a second tubular cage extending between first and second ends (103, 105) and having a second central axis characterized in that the implant further comprises: an intermediate plate (120, 120') having a body (122, 122') with opposed first and second contact surfaces (121, 123) which are at an acute angle relative to one another, the intermediate plate (120, 120') connected to the first tubular cage such that the first end of the first tubular cage extends along the first contact surface and connected to the second tubular cage such that the first end of the second tubular cage extends along second contact surface wherein the first and second central axes are at an acute angle relative to one another.
A gravity conveyor comprising a conveying means and a pacing device for a transfer of individual vehicles of a gravity conveyor onto the conveying means of the gravity conveyor which conveys in a paced manner, wherein the pacing device is designed in a manner such that the individual vehicles can be assigned to a pace of the conveying means, and wherein the pacing device comprises a drive mechanism, characterised in that the pacing device comprises a damping mechanism which gently weakens an impulse of an individual vehicle which acts upon the pacing device, and the drive mechanism is driven by the conveying means.
A method for managing temporary access of a user equipment, UE, in a wireless communication system, said method containing the steps: detecting (208, 302, 402, 502, 602, 702) an expiration of the UE's right to access a set of nodes; determining whether the UE is operating in an active mode or an idle mode; and in response to detecting the expiration of the UE's access right, transmitting (308, 408, 508, 604, 704, 804) an update message to a receiver, wherein the update message includes an identifier associated with the set of nodes and indicates that the receiver should remove the identifier from a list containing one or more identifiers each of which is associated with a set of nodes, and wherein, if the UE is determined to be operating in an idle mode, then the step of transmitting the update message comprises paging (304, 404, 504) the UE after detecting the expiry of the UE's right to access a set of nodes and transmitting (308, 408, 508) the update message in response to receiving a response to the page from the UE. detecting (208, 302, 402, 502, 602, 702) an expiration of the UE's right to access a set of nodes; determining whether the UE is operating in an active mode or an idle mode; and in response to detecting the expiration of the UE's access right, transmitting (308, 408, 508, 604, 704, 804) an update message to a receiver, wherein the update message includes an identifier associated with the set of nodes and indicates that the receiver should remove the identifier from a list containing one or more identifiers each of which is associated with a set of nodes, and wherein, if the UE is determined to be operating in an idle mode, then the step of transmitting the update message comprises paging (304, 404, 504) the UE after detecting the expiry of the UE's right to access a set of nodes and transmitting (308, 408, 508) the update message in response to receiving a response to the page from the UE.
Stepped change gearbox for the longitudinal mounting in a motor vehicle, having an input shaft which is aligned with a longitudinal axis and is connectable with a separation clutch, having an output shaft which is aligned coaxially to the input shaft, and having a first layshaft, wherein the input shaft is connectable to the first layshaft via at least a first shiftable forward gear set, wherein the first layshaft is connected to the output shaft via a constant gear set, and wherein the stepped change gearbox comprises a second layshaft which is arranged parallel to the first layshaft, wherein the input shaft is connectable to the second layshaft via at least a second shiftable forward wheel set, and wherein the second layshaft is connected to the output shaft via a constant gear set, characterized in that a layshaft longitudinal axis of the first layshaft and/or a layshaft longitudinal axis of the second layshaft lies or lie in a vertical projection radially within the radial extension of the largest wheel which is ar ranged at the input shaft.
A security element for security papers, value documents and the like, having a feature region that selectively influences incident electromagnetic radiation and that includes metallic nanostructures in which volume or surface plasmons are excited and/ or resonance effects are caused by the incident electromagnetic radiation and the feature region includes, as metallic nanostructures, one or more subwavelength gratings having grating periods below the wavelength of visible light, characterized in that the subwavelength gratings are formed as binary structures that include exclusively planar metallic areal sections on only two different height levels, the subwavelength gratings having a lateral variation in the grating profiles, specifically a lateral variation in the profile depths, in order to produce laterally differing color impressions, and the security element including, composed of a plurality of pixel elements, a colored image in which, in each case, the grating profiles are constant within a pixel element, and the grating profiles of different colored pixel elements are differently developed in accordance with the respective color impression.
A watertight sealing arrangement for an LED lamp comprising: a first sealing portion positioned on a housing base, said sealing portion comprising a rim extending outwardly from said housing base and including an innermost portion having a first lip extending therefrom, an outermost portion having a second lip extending therefrom, and at least two central lips extending therebetween; and a second sealing portion located on an optical cover, said second sealing portion comprising a flange extending outwardly from said optical cover, said flange having an inner lip and an outer lip; characterized in that, said central lips are configured to accept said inner lip, forming a first seal between said first sealing portion and said second sealing portion and said outer lip is configured to extend around the outside of said second lip, forming a second seal between said first sealing portion and said second sealing portion. a first sealing portion positioned on a housing base, said sealing portion comprising a rim extending outwardly from said housing base and including an innermost portion having a first lip extending therefrom, an outermost portion having a second lip extending therefrom, and at least two central lips extending therebetween; and a second sealing portion located on an optical cover, said second sealing portion comprising a flange extending outwardly from said optical cover, said flange having an inner lip and an outer lip; characterized in that, said central lips are configured to accept said inner lip, forming a first seal between said first sealing portion and said second sealing portion and said outer lip is configured to extend around the outside of said second lip, forming a second seal between said first sealing portion and said second sealing portion.
A process for preparing a curing agent outside a meat curing process, comprising: (i) selecting a plant material comprising at least 50 ppm nitrate, (ii) contacting said plant material with an organism capable of converting said nitrate to nitrite, and (iii) converting a predetermined amount of said nitrate to nitrite; wherein the organism is inactivated or removed from the curing agent after the predetermined amount of nitrite is produced. (i) selecting a plant material comprising at least 50 ppm nitrate, (ii) contacting said plant material with an organism capable of converting said nitrate to nitrite, and (iii) converting a predetermined amount of said nitrate to nitrite;
A method comprising: receiving, from a mobile device, a request for a list of downloadable applications; determining whether the mobile device is configured with an application management framework capable of executing an application in both an unmanaged mode and a managed mode, wherein the unmanaged mode and the managed mode provide different levels of access, security and resources; and sending, to the mobile device, a list of downloadable applications, wherein: when the application management framework is determined to be capable, the list comprises a first version of each application executable in both the unmanaged mode and the managed mode, and when the application management framework is determined not to be capable, the list excludes the first version of each application and includes a second version of each application executable in the unmanaged mode and not executable in the managed mode. receiving, from a mobile device, a request for a list of downloadable applications; determining whether the mobile device is configured with an application management framework capable of executing an application in both an unmanaged mode and a managed mode, wherein the unmanaged mode and the managed mode provide different levels of access, security and resources; and sending, to the mobile device, a list of downloadable applications, wherein: when the application management framework is determined to be capable, the list comprises a first version of each application executable in both the unmanaged mode and the managed mode, and when the application management framework is determined not to be capable, the list excludes the first version of each application and includes a second version of each application executable in the unmanaged mode and not executable in the managed mode. when the application management framework is determined to be capable, the list comprises a first version of each application executable in both the unmanaged mode and the managed mode, and when the application management framework is determined not to be capable, the list excludes the first version of each application and includes a second version of each application executable in the unmanaged mode and not executable in the managed mode.
A linerboard for corrugated board, which linerboard has a basis weight of between 80 - 150 gsm and comprises a first ply forming a middle ply, a second ply forming a top ply and a third ply forming a back ply, wherein said first ply comprises - 20 - 80 wt % CTMP from wood fibers and 80 - 20 wt% chemical pulp, calculated on the total fiber weight of said ply, - strength additives chosen from the group of microfibrillated cellulose, anionic or cationic polymers and starch or combinations thereof, and which ply exhibits - a geometric SCT index of above 22 Nm/g - a density of below 680 kg/m 3, preferably of below 650 kg/m 3 wherein said second ply comprises 100 wt% chemical pulp, calculated on the total fiber weight of said ply and wherein said third ply comprises 20 - 70 wt% CTMP calculated on the total fiber weight of said ply. - 20 - 80 wt % CTMP from wood fibers and 80 - 20 wt% chemical pulp, calculated on the total fiber weight of said ply, - strength additives chosen from the group of microfibrillated cellulose, anionic or cationic polymers and starch or combinations thereof, and which ply exhibits - a geometric SCT index of above 22 Nm/g - a density of below 680 kg/m 3, preferably of below 650 kg/m 3 wherein said second ply comprises 100 wt% chemical pulp, calculated on the total fiber weight of said ply and wherein said third ply comprises 20 - 70 wt% CTMP calculated on the total fiber weight of said ply.