mhurhangee/ep-ind-claims huggingface dataset:
A system for liquid-phase oxidation of an aromatic feedstock containing at least one oxidizable aromatic compound, the system comprising: an oxidation reactor; a separation apparatus in fluidic communication with the oxidation reactor; a solids treatment unit in fluidic communication with the separation apparatus and the oxidation reactor; and an alkali stream in fluidic communication with the solids treatment unit; and a product recovery unit in fluidic communication with the separation apparatus, wherein: the oxidation reactor is adapted to conduct liquid-phase oxidation of the at least one oxidizable aromatic compound in the aromatic feedstock to a carboxylate in the presence of a manganate salt in an alkaline medium to form a slurry comprising a liquid component containing the carboxylate and a solid component containing manganese dioxide; the separation apparatus accepts the slurry from the oxidation reactor and separates the liquid component from the solid component; the product recovery unit accepts the liquid component from the separation apparatus; the solids treatment unit accepts the solid component from the separation apparatus, treats the solid component with a basic liquid from the alkali stream to oxidize the manganese dioxide in the solid component and form a regenerated manganate salt, and sends at least a portion of the regenerated manganate salt back to the oxidation reactor. an oxidation reactor; a separation apparatus in fluidic communication with the oxidation reactor; a solids treatment unit in fluidic communication with the separation apparatus and the oxidation reactor; and an alkali stream in fluidic communication with the solids treatment unit; and a product recovery unit in fluidic communication with the separation apparatus, the oxidation reactor is adapted to conduct liquid-phase oxidation of the at least one oxidizable aromatic compound in the aromatic feedstock to a carboxylate in the presence of a manganate salt in an alkaline medium to form a slurry comprising a liquid component containing the carboxylate and a solid component containing manganese dioxide; the separation apparatus accepts the slurry from the oxidation reactor and separates the liquid component from the solid component; the product recovery unit accepts the liquid component from the separation apparatus; the solids treatment unit accepts the solid component from the separation apparatus, treats the solid component with a basic liquid from the alkali stream to oxidize the manganese dioxide in the solid component and form a regenerated manganate salt, and sends at least a portion of the regenerated manganate salt back to the oxidation reactor.
A filling apparatus for filling receptacles with a hot pourable product, said filling apparatus comprising: - a support body defining a flowing channel for the pourable product; - a delivery mouth which is arranged at one end of said flowing channel and through which the pourable product flows in use to fill a respective receptacle; - a shutter coaxially mounted within the flowing channel and axially displaced in use between an open position, in which it allows the pourable product to freely flow through the flowing channel and the delivery mouth to fill the respective receptacle, and a closed position, in which it sealingly closes the delivery mouth and interrupts flowing of the pourable product to the respective receptacle; - an electromagnetic actuator configured to control displacements of the shutter between the open and closed position and which includes a magnetic stator, carried by the support body and arranged around said flowing channel, and a movable magnetic core being part of said shutter and controlled by an energizable coil of said stator; and - an energizing equipment operable to energize the coil of the stator; characterized in that said energizing equipment is configured to power supply the coil of the stator, when the shutter is in the closed position and the filling apparatus is in stand-by, to cause the pourable product contained in the flowing channel to be heated-up at a pre-set temperature. - a support body defining a flowing channel for the pourable product; - a delivery mouth which is arranged at one end of said flowing channel and through which the pourable product flows in use to fill a respective receptacle; - a shutter coaxially mounted within the flowing channel and axially displaced in use between an open position, in which it allows the pourable product to freely flow through the flowing channel and the delivery mouth to fill the respective receptacle, and a closed position, in which it sealingly closes the delivery mouth and interrupts flowing of the pourable product to the respective receptacle; - an electromagnetic actuator configured to control displacements of the shutter between the open and closed position and which includes a magnetic stator, carried by the support body and arranged around said flowing channel, and a movable magnetic core being part of said shutter and controlled by an energizable coil of said stator; and - an energizing equipment operable to energize the coil of the stator;
A method for automatically controlling a cut height of a header of an agricultural harvester comprising: positioning the header to a predetermined cut height set point; measuring a height of the header relative to a ground surface at a plurality of positions along a length of the header; and repositioning the header below the predetermined cut height set point if a measured height of one of the plurality of positions is above the predetermined cut height set point. positioning the header to a predetermined cut height set point; measuring a height of the header relative to a ground surface at a plurality of positions along a length of the header; and repositioning the header below the predetermined cut height set point if a measured height of one of the plurality of positions is above the predetermined cut height set point.
An implant device comprising a fastening device, the fastening device comprising at least two fastening sections (6, 8), where a first fastening section is arranged with a through hole, a second fastening section is arranged with a protruding part, and where said protruding part is in place in said through hole in a fastening device locking state, wherein the protruding part on the second fastening section is arranged with a through channel having an inlet and an outlet, characterized in that the implant device is adjustable and connected to an implant device feed member, said through channel being arranged to receive the implant device feed member, wherein the implant device feed member is arranged to be a locking member and for being involved in the adjustment of the implant device by feeding at least one of a hydraulic or pneumatic fluid, electrical energy and an electrical signal to the implant device, wherein said inlet and outlet is accessible from the exterior (1, 3) of the fastening device in said fastening device locking state, wherein the first fastening section is detachably and securely locked to the second fastening section when, in said fastening device locking state, said implant device feed member is in place in the through channel and protrudes from both the inlet and the outlet of said through channel, wherein said fastening device is adapted to be reversible in two steps, involving to remove said implant device feed member from the through channel and thereafter detaching the first fastening section from the second fastening section.
Adjusting device and a support arm system, wherein the support arm system comprises at least: a support arm for holding an object, and a joint part with a receptacle (4.1) for fastening the support arm, wherein the joint part is rotatably mounted on an articulated bracket, and wherein the support arm can be fixed at the joint part with an end face (3.1) and a projection angle (α) of the support arm can be adjusted by means of the adjusting device, characterised in that the adjusting device consists of a tapered adjusting head which works in conjunction with a sliding bevel of the joint part and the end face (3.1) of the support arm, wherein the adjusting head comprises a tapered surface (9.1) and a contact surface (9.2) opposite the tapered surface (9.1), and wherein the adjusting head is adjustable in such a way that the tapered surface (9.1) slides along the sliding bevel and thereby presses the contact surface (9.2) against the end face (3.1) of the support arm so that the projection angle (α) of the support arm is adjustable. a support arm for holding an object, and a joint part with a receptacle (4.1) for fastening the support arm,
A method of forming a surface layer on a substrate, the method comprising: • forming a first layer of a first material, • applying a second layer of a second material on the first layer, • mixing the first and second layers (L1, L2) into a mix comprising the first and the second material, and • applying the mix on a substrate for forming a surface layer, wherein the first material comprises fibres and the second material comprises a thermosetting binder or wherein the first material comprises a thermosetting binder and the second material comprises fibres, wherein the first and second layers (L1, L2) are applied on a moveable transportation device (27a-d; 33), and wherein the first material and the second material are applied as essentially separate layers and are thereafter mixed when they pass an oscillating and/or rotating brush. • forming a first layer of a first material, • applying a second layer of a second material on the first layer, • mixing the first and second layers (L1, L2) into a mix comprising the first and the second material, and • applying the mix on a substrate for forming a surface layer, wherein the first material comprises fibres and the second material comprises a thermosetting binder or wherein the first material comprises a thermosetting binder and the second material comprises fibres, wherein the first and second layers (L1, L2) are applied on a moveable transportation device (27a-d; 33), and wherein the first material and the second material are applied as essentially separate layers and are thereafter mixed when they pass an oscillating and/or rotating brush.
A polyarylene sulfide resin comprising: a main chain including a constitutional unit represented by the following formula or the following formula; and a terminal group bonding to a terminal of the main chain and including at least one functional group selected from the group consisting of a carboxy group, a hydroxy group and an amino group: -⁅S-Ar 1 -Z-Ar 2 -S-Ar 3b -R 2b ⁆- -⁅S-Ar 1 -R 2b ⁆- wherein, in formula, R 2b represents a direct bond, -Ar 4b -, -S-Ar 4b -, -O-Ar 4b -, -CO-Ar 4b -, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; Ar 1, Ar 2, Ar 3b and Ar 4b each independently represent an arylene group optionally having a substituent; and Z represents a direct bond, -S-, -O-, -CO-, -SO 2 - or -C(CF 3) 2 -, and wherein, in formula, R 2b represents -Ar 4b -, -O-Ar 4b -, -CO-Ar 4b, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; and Ar 1 and Ar 4b each independently represent an arylene group optionally having a substituent, provided that, in formula, Z is a direct bond, -CO-, -SO 2 - or -C(CF 3) 2 - in the case that Ar 1, Ar 2 and Ar 3b are each a 1,4-phenylene group and R 2b is a direct bond, and Z is -S-, -O-, -CO-, -SO 2 - or -C(CF 3) 2 - in the case that Ar 1, Ar 2 and Ar 3b are each a 1,4-phenylene group, R 2b is -Ar 4b -, and Ar 4b is a 1,4-phenylene group. a main chain including a constitutional unit represented by the following formula or the following formula; and a terminal group bonding to a terminal of the main chain and including at least one functional group selected from the group consisting of a carboxy group, a hydroxy group and an amino group: -⁅S-Ar 1 -Z-Ar 2 -S-Ar 3b -R 2b ⁆- -⁅S-Ar 1 -R 2b ⁆- wherein, in formula, R 2b represents a direct bond, -Ar 4b -, -S-Ar 4b -, -O-Ar 4b -, -CO-Ar 4b -, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; Ar 1, Ar 2, Ar 3b and Ar 4b each independently represent an arylene group optionally having a substituent; and Z represents a direct bond, -S-, -O-, -CO-, -SO 2 - or -C(CF 3) 2 -, and wherein, in formula, R 2b represents -Ar 4b -, -O-Ar 4b -, -CO-Ar 4b, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; and Ar 1 and Ar 4b each independently represent an arylene group optionally having a substituent, wherein, in formula, R 2b represents a direct bond, -Ar 4b -, -S-Ar 4b -, -O-Ar 4b -, -CO-Ar 4b -, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; Ar 1, Ar 2, Ar 3b and Ar 4b each independently represent an arylene group optionally having a substituent; and Z represents a direct bond, -S-, -O-, -CO-, -SO 2 - or -C(CF 3) 2 -, and wherein, in formula, R 2b represents -Ar 4b -, -O-Ar 4b -, -CO-Ar 4b, -SO 2 -Ar 4b - or -C(CF 3) 2 -Ar 4b -; and Ar 1 and Ar 4b each independently represent an arylene group optionally having a substituent, provided that, in formula, Z is a direct bond, -CO-, -SO 2 - or -C(CF 3) 2 - in the case that Ar 1, Ar 2 and Ar 3b are each a 1,4-phenylene group and R 2b is a direct bond, and Z is -S-, -O-, -CO-, -SO 2 - or -C(CF 3) 2 - in the case that Ar 1, Ar 2 and Ar 3b are each a 1,4-phenylene group, R 2b is -Ar 4b -, and Ar 4b is a 1,4-phenylene group.
A method for manufacturing a foamed plastic molded body with a film layer coating by using a tool mold with at least one tool cavity to form a shaping mold cavity, comprising the following method steps: - A) heating at least one tool cavity of the tool mold; - B) applying a granulate to the at least one heated tool cavity; - C) fusing the granulate in the heated tool cavity to form a liquid film layer; - D) applying the liquid film layer to a foamed plastic molded body to form a film layer coating on the surface of the plastic molded body by fusing the liquid film layer with the surface of the plastic molded body; - E) cooling the at least one tool cavity and ejecting the plastic molded body coated with the film layer, wherein the temperature of the at least one tool cavity is controlled or regulated, respectively, while performing the method such that said temperature is at least above the melting temperature of the applied granulate during the entire period of performing at least the method steps B) to D). - A) heating at least one tool cavity of the tool mold; - B) applying a granulate to the at least one heated tool cavity; - C) fusing the granulate in the heated tool cavity to form a liquid film layer; - D) applying the liquid film layer to a foamed plastic molded body to form a film layer coating on the surface of the plastic molded body by fusing the liquid film layer with the surface of the plastic molded body; - E) cooling the at least one tool cavity and ejecting the plastic molded body coated with the film layer, wherein the temperature of the at least one tool cavity is controlled or regulated, respectively, while performing the method such that said temperature is at least above the melting temperature of the applied granulate during the entire period of performing at least the method steps B) to D).
A straight-line flexible positioning device, comprising an X-shaft positioning portion, a Y-shaft positioning portion and a Z-shaft positioning portion, wherein the X-shaft positioning portion comprises an X-shaft pedestal, an X-shaft sliding rail arranged on the X-shaft pedestal, an X-shaft sliding table installed on the X-shaft sliding rail and an X-shaft power unit driving the X-shaft sliding table to move along the X-shaft sliding rail in front and back, the Y-shaft positioning portion comprises a Y-shaft pedestal connected with the X-shaft sliding table, a Y-shaft sliding rail arranged on the Y-shaft pedestal and perpendicular to the X-shaft sliding rail, a Y-shaft sliding table installed on the Y-shaft sliding rail and a Y-shaft power unit driving the Y-shaft sliding table to move along the Y-shaft sliding rail in left and right, the Z-shaft positioning portion comprises a stand column connected with the Y-shaft sliding table and provided with an inner guiding chamber, a Z-shaft screw shaft installed in the inner guiding chamber, a Z-shaft screw nut installed on the Z-shaft screw shaft and a Z-shaft servo motor driving the Z-shaft screw shaft to rotate, the Z-shaft screw shaft is vertically arranged perpendicular to the X-shaft sliding rail and the Y-shaft sliding rail, characterized in that the Z-shaft screw nut is fixedly connected with a spline shaft sheathed outside the Z-shaft screw shaft, the top portion of the inner guiding chamber on the stand column is provided with a spline nut for the spline shaft to pass through, and the top end of the spline shaft extends out of the inner guiding chamber and an installation panel is arranged above the stand column; wherein the X-shaft power unit comprises an X-shaft screw shaft installed on the X-shaft pedestal parallel to the X-shaft sliding rail, an X-shaft screw nut installed on the X-shaft screw shaft and connected with the X-shaft sliding table, and an X-shaft servo motor driving the X-shaft screw shaft to rotate, and wherein further the X-shaft sliding rail is arranged at both sides of the X-shaft screw shaft respectively, the X-shaft sliding table is installed on the X-shaft sliding rail through the X-shaft sliding block, and the X-shaft pedestal is installed with an X-shaft side protecting plate at the outside of the two X-shaft sliding rails, the X-shaft pedestal is installed with an X-shaft upper protecting plate at the top portion of the X- shaft side protecting plate, the cross section of the X-shaft sliding table is in a shape of hollow square with a via hole in the middle part, and the X- shaft upper protecting plate passes through the inside of the X-shaft sliding table.
A method for selectively controlling or modifying the growth of Poa annua in cool-season turf grass without causing more than 50% phytotoxicity to the cool-season turf grass, comprising applying to the turf grass or to the locus of the Poa annua in such turf grass, a herbicidally effective amount of a composition comprising sarmentine, wherein the amount of sarmentine applied to the turf grass or to the locus of the Poa annua in such turf grass is between 3.0 kilograms/hectare (kg/ha) and 6.0 kg/ha.
A drum to be used in textile finishing operations, comprising a body and a helical wrap surrounding said body from the middle part to the ends thereof, and comprising: - a plurality of horizontal bars forming said body by being arranged at certain intervals, and which are linear, and which are configured to provide multiple horizontal linear strikes on the fabric and configured to impact deeper on the fabric, - said body comprises fixing plates on which said horizontal bars are connected, - at least one shaft providing rotational motion by transferring the motion it receives from a drive unit to the body, characterized in that said horizontal bars together form an elliptical or a polygonal shaped exterior surface of the body of the drum. - a plurality of horizontal bars forming said body by being arranged at certain intervals, and which are linear, and which are configured to provide multiple horizontal linear strikes on the fabric and configured to impact deeper on the fabric, - said body comprises fixing plates on which said horizontal bars are connected, - at least one shaft providing rotational motion by transferring the motion it receives from a drive unit to the body,
A refrigerator whose air blowing holes can be configured by a user, comprising - at least one evaporator cover having a wall thickness, covering the evaporator line, - at least one recess provided in a region of the evaporator cover, the recess being the region where the wall thickness of the evaporator cover narrows, - at least two air holes provided in the recess, one of the two air holes is disposed in the lower part of the recess and the other is disposed in the upper part of the recess, enabling blowing the cold air obtained from the evaporator, - at least two evaporator cover magnets, one of the evaporator cover magnets is disposed at the lower part of the recess and the other is disposed at the upper part of the recess, - at least one front cover slidably movable in the recess, being of a smaller size than the recess, capable of inhibiting air outflow from one of the air inlets by covering it while allowing air outflow from the other of the air inlets by opening it, - at least two front cover magnets placed on the front cover, one of which is arranged opposite the evaporator cover magnet in the upper part of the recess when the front cover is slid upwards, and the other of which is arranged opposite the evaporator cover magnet in the lower part of the recess when the front cover is slid downwards. - at least one evaporator cover having a wall thickness, covering the evaporator line, - at least one recess provided in a region of the evaporator cover, the recess being the region where the wall thickness of the evaporator cover narrows, - at least two air holes provided in the recess, one of the two air holes is disposed in the lower part of the recess and the other is disposed in the upper part of the recess, enabling blowing the cold air obtained from the evaporator, - at least two evaporator cover magnets, one of the evaporator cover magnets is disposed at the lower part of the recess and the other is disposed at the upper part of the recess, - at least one front cover slidably movable in the recess, being of a smaller size than the recess, capable of inhibiting air outflow from one of the air inlets by covering it while allowing air outflow from the other of the air inlets by opening it, - at least two front cover magnets placed on the front cover, one of which is arranged opposite the evaporator cover magnet in the upper part of the recess when the front cover is slid upwards, and the other of which is arranged opposite the evaporator cover magnet in the lower part of the recess when the front cover is slid downwards.
A box type sealing structure, the box type sealing structure being annular as a whole, the box type sealing structure comprising an oil-throwing ring and a sealing ring, the sealing ring comprising a frame and a sealing portion attached to the frame, the oil-throwing ring having an oil-throwing ring axial portion (11a0) extending in an axial direction, the oil-throwing ring additionally has a first centrifugal structure closer to the axial inner side than the oil-throwing ring axial portion (11a0), the first centrifugal structure has a first bent portion (11a1) extending towards the axial inner side and the radial outer side, the sealing portion comprises a first sealing cover portion separated from the first bent portion (11a1) and arranged on the radial outer side of the first bent portion (11a1), and the first sealing cover portion extends towards the axial inner side in the axial direction until it at least reaches a position which is flush with the first bent portion (11a1), the oil-throwing ring additionally has an oil-throwing ring radial portion (11b0) extending in the radial direction and a second centrifugal structure closer to the radial outer side than the oil-throwing ring radial portion (11b0), the second centrifugal structure has a second bent portion (11b1) extending towards the axial outer side and the radial outer side, the sealing ring comprises a second sealing cover portion separated from the second bent portion (11b1) and arranged on the radial outer side of the second bent portion (11b1), and the second sealing cover portion extends towards the axial inner side in the axial direction until it at least reaches a position which is flush with the second bent portion (11b1) characterized in that the frame has a frame radial portion, the frame radial portion comprises an axial portion (12b3) and a folded portion (12b4), the axial portion (12b3) extends towards the axial outer side in the axial direction, the folded portion (12b4) extends from the radial outer side of said axial portion (12b3) to the axial inner side and the radial inner side so that said axial portion (12b3) and the folded portion (12b4) form the second sealing cover portion.