mhurhangee/ep-ind-claims huggingface dataset:
Valve device for an air suspension system in a vehicle, (a) the valve device has at least one cushion connection (14, 15) connectable to a pneumatic spring cushion of the air suspension system, a reserve connection connectable to a compressed-air reserve, and a venting connection connectable to the atmosphere, (b) the valve device has an electrical actuation arrangement (7, 8, 21, 22) and a manual actuation element, (c) the valve device has a pneumatically actuable working valve arrangement (27, 28, 29), as a result of the actuation of which the cushion connection (14, 15) can be selectively connected to the reserve connection or to the venting connection or shut off, (d) the working valve arrangement (27, 28, 29) can be actuated pneumatically both by the electrical actuation arrangement (7, 8, 21, 22) and by a pneumatic valve arrangement (23, 24, 25, 26) actuable via the manual actuation element, characterized in that (e) the working valve arrangement (27, 28, 29) has on the cushion connection side at least one holding valve and on the reserve connection side a raising/lowering valve connected pneumatically in series to the holding valve, by the actuation of the raising/lowering valve the holding valve being connectable selectively to the reserve connection or to the venting connection, and by the actuation of the holding valve a compressed-air path between the cushion connection and the raising/lowering valve being capable selectively of being shut off or of being switched to passage. (a) the valve device has at least one cushion connection (14, 15) connectable to a pneumatic spring cushion of the air suspension system, a reserve connection connectable to a compressed-air reserve, and a venting connection connectable to the atmosphere, (b) the valve device has an electrical actuation arrangement (7, 8, 21, 22) and a manual actuation element, (c) the valve device has a pneumatically actuable working valve arrangement (27, 28, 29), as a result of the actuation of which the cushion connection (14, 15) can be selectively connected to the reserve connection or to the venting connection or shut off, (d) the working valve arrangement (27, 28, 29) can be actuated pneumatically both by the electrical actuation arrangement (7, 8, 21, 22) and by a pneumatic valve arrangement (23, 24, 25, 26) actuable via the manual actuation element, (e) the working valve arrangement (27, 28, 29) has on the cushion connection side at least one holding valve and on the reserve connection side a raising/lowering valve connected pneumatically in series to the holding valve, by the actuation of the raising/lowering valve the holding valve being connectable selectively to the reserve connection or to the venting connection, and by the actuation of the holding valve a compressed-air path between the cushion connection and the raising/lowering valve being capable selectively of being shut off or of being switched to passage.
A method of preparing a tissue sample including fat and lymph nodes for pathologic staging using a pathologic staging compression device comprising a compression tube having a cylindrical side wall defining a cylindrical space between a top end and a bottom open end, the cylindrical side wall having a plurality of through-holes (47, 49, 51), a bottom plug (48, 82) mounted in the bottom open end of the compression tube, and a cylindrical shield located around the compression tube, the method comprising the steps of: soaking the tissue sample in acetone to dissolve fat from the sample; compressing the sample in the compression tube of the pathologic staging compression device; and controlling the compressing step so as to compress the sample to a predetermined degree. soaking the tissue sample in acetone to dissolve fat from the sample; compressing the sample in the compression tube of the pathologic staging compression device; and controlling the compressing step so as to compress the sample to a predetermined degree.
A process for making a consumer goods product wherein the consumer goods product comprises a container and at least one water-soluble unit dose article housed within the container, the process comprising the steps of; a. making the at least one water-soluble unit dose article on at least one manufacturing line, wherein said at least one water-soluble unit dose article comprises at least one water-soluble film enclosing a detergent composition; b. Transferring the at least one water-soluble unit dose article from the at least one manufacturing line onto an intermediate line; c. Transporting the at least one water-soluble unit dose article along the intermediate line; d. Transferring the at least one water-soluble unit dose article from the intermediate line onto at least one packing line, wherein the at least one water-soluble unit dose article is transported along the at least one packing line and transferred into the container; wherein the at least one water-soluble unit dose article is stored on the intermediate line for between 1 minute and 3 months ahead of being transferred from the intermediate line onto the at least one packing line, and wherein the process comprises at least two manufacturing lines, wherein each manufacturing line makes water-soluble unit dose articles, and the water-soluble unit dose articles are transferred from the at least two manufacturing lines onto the intermediate storage line, preferably wherein transfer from the at least two manufacturing lines is done simultaneously. a. making the at least one water-soluble unit dose article on at least one manufacturing line, wherein said at least one water-soluble unit dose article comprises at least one water-soluble film enclosing a detergent composition; b. Transferring the at least one water-soluble unit dose article from the at least one manufacturing line onto an intermediate line; c. Transporting the at least one water-soluble unit dose article along the intermediate line; d. Transferring the at least one water-soluble unit dose article from the intermediate line onto at least one packing line, wherein the at least one water-soluble unit dose article is transported along the at least one packing line and transferred into the container;
A vapor jetting device that evaporates a propellant in the form of liquid and jets gas by means of a steam pressure to thereby obtain thrust, comprising: a box-shaped casing; a propellant holding unit that is placed in the casing and forms a space for holding the propellant; a gas storing unit that is placed in the casing, forms a space that is divided from the propellant holding unit by a partition wall including a communication hole, and stores the gas; a machine housing unit that is placed in the casing, forms a space that is divided from the propellant holding unit and the gas storing unit by partition walls (21, 21'), and houses machines; a nozzle that is connected to the casing and ejects the gas to an outside; a gas flow path that is formed in the casing and supplies the gas stored in the gas storing unit to the nozzle; and a heater that is placed in the casing and heats at least the gas storing unit, characterized in that the propellant holding unit includes: an inlet/outlet for pouring or discharging the propellant, the inlet/outlet being placed at a position at which the inlet/outlet confronts the gas storing unit; and a plurality of propellant holding plates that generate surface tension on the propellant to thereby hold the propellant. a box-shaped casing; a propellant holding unit that is placed in the casing and forms a space for holding the propellant; a gas storing unit that is placed in the casing, forms a space that is divided from the propellant holding unit by a partition wall including a communication hole, and stores the gas; a machine housing unit that is placed in the casing, forms a space that is divided from the propellant holding unit and the gas storing unit by partition walls (21, 21'), and houses machines; a nozzle that is connected to the casing and ejects the gas to an outside; a gas flow path that is formed in the casing and supplies the gas stored in the gas storing unit to the nozzle; and a heater that is placed in the casing and heats at least the gas storing unit, characterized in that the propellant holding unit includes: an inlet/outlet for pouring or discharging the propellant, the inlet/outlet being placed at a position at which the inlet/outlet confronts the gas storing unit; and a plurality of propellant holding plates that generate surface tension on the propellant to thereby hold the propellant.
A power cable to be used in a submarine environment or a low-temperature environment comprising: a conductor; an inner semi-conductive layer covering the conductor; an insulating layer covering the inner semi-conductive layer and impregnated with insulating oil; an outer semi-conductive layer covering the insulating layer; a metal sheath layer covering the outer semi-conductive layer; and a cable protection layer covering the metal sheath layer, wherein the metal sheath layer comprises an inner side and an outer side; characterized in that the inner side of the metal sheath layer is a round shape and the outer side of the metal sheath layer is an oval shape, and wherein at a minimum thickness t1 of a certain cross section of the metal sheath layer which is less than or equal to 90% of a maximum thickness t2 thereof the metal sheath layer is adapted to be deformed by a sea water pressure at the seabed or an external force applied due to contraction of the cable protection layer on an outer side of the metal sheath layer during installation or operation of the cable, and is adapted to reduce deoiling voids occurring in the insulating layer. a conductor; an inner semi-conductive layer covering the conductor; an insulating layer covering the inner semi-conductive layer and impregnated with insulating oil; an outer semi-conductive layer covering the insulating layer; a metal sheath layer covering the outer semi-conductive layer; and a cable protection layer covering the metal sheath layer, wherein the metal sheath layer comprises an inner side and an outer side; characterized in that the inner side of the metal sheath layer is a round shape and the outer side of the metal sheath layer is an oval shape, and wherein at a minimum thickness t1 of a certain cross section of the metal sheath layer which is less than or equal to 90% of a maximum thickness t2 thereof the metal sheath layer is adapted to be deformed by a sea water pressure at the seabed or an external force applied due to contraction of the cable protection layer on an outer side of the metal sheath layer during installation or operation of the cable, and is adapted to reduce deoiling voids occurring in the insulating layer.
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove, in which groove a longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said wiper blade comprises an elongated upper holding part and an elongated lower wiping part of a flexible material, wherein said holding part holds said longitudinal strip, wherein said wiping part comprises a wiping lip, and wherein said holding part and said wiping part are interconnected by means of a tilting web, wherein said wiper blade comprises noise dampening profiles forming stops for said wiping part at turning points of an oscillatory movement of said wiping part, wherein said noise dampening profiles are provided between said holding part and longitudinal sides of said wiping part facing towards said holding part, wherein said holding part comprises downwardly extending protrusions forming stops for said noise dampening profiles at said turning points of said oscillatory movement of said wiping part, and characterised in that said protrusions are located closer to a vertical median plane of said wiping part than stop locations for said wiping part on said noise dampening profiles.
A can bodymaker comprising: a ram; a drive mechanism; a yoke (103, 303, 603) coupling the ram to the drive mechanism in order to drive the ram with a linear, reciprocating motion; and a yoke slide fixed relative to the can bodymaker, the yoke (103, 303, 603) being confined by the yoke slide to move in a linear direction; and characterised by: an alignment mechanism for aligning a yoke-coupled end of the ram with respect to the yoke (103, 303, 603) within a plane perpendicular to said linear direction. a ram; a drive mechanism; a yoke (103, 303, 603) coupling the ram to the drive mechanism in order to drive the ram with a linear, reciprocating motion; and a yoke slide fixed relative to the can bodymaker, the yoke (103, 303, 603) being confined by the yoke slide to move in a linear direction; and characterised by: an alignment mechanism for aligning a yoke-coupled end of the ram with respect to the yoke (103, 303, 603) within a plane perpendicular to said linear direction.
A lock cylinder comprising a cylinder housing; a disk housing rotatably supported about a cylinder axis in the cylinder housing; a plurality of rotatably supported disk tumblers arranged along the cylinder axis in the disk housing, wherein each disk tumbler has a reception opening for a key; and a blocking element which is arranged in front of the disk tumblers, viewed in a key introduction direction, and which is rotationally fixedly coupled to the disk housing, wherein the blocking element is configured to adopt a blocking position in which the blocking element blocks the disk housing against a rotation relative to the cylinder housing by the blocking element engaging into a reception recess of the cylinder housing, characterized in that the blocking element has a rotational clearance relative to the cylinder housing in the blocking position, with the blocking element further being configured, after introduction of the key into the lock cylinder, to be moved by a rotation of the introduced key in an unlatching direction, only after overcoming the rotational clearance, out of the blocking position into a release position in which the blocking element is out of engagement with the reception recess. a cylinder housing; a disk housing rotatably supported about a cylinder axis in the cylinder housing; a plurality of rotatably supported disk tumblers arranged along the cylinder axis in the disk housing, wherein each disk tumbler has a reception opening for a key; and a blocking element which is arranged in front of the disk tumblers, viewed in a key introduction direction, and which is rotationally fixedly coupled to the disk housing, wherein the blocking element is configured to adopt a blocking position in which the blocking element blocks the disk housing against a rotation relative to the cylinder housing by the blocking element engaging into a reception recess of the cylinder housing, characterized in that the blocking element has a rotational clearance relative to the cylinder housing in the blocking position, with the blocking element further being configured, after introduction of the key into the lock cylinder, to be moved by a rotation of the introduced key in an unlatching direction, only after overcoming the rotational clearance, out of the blocking position into a release position in which the blocking element is out of engagement with the reception recess.
A fractionation process for producing value-added bioproducts from a lignocellulosic biomass, comprising: i) a chemical treatment prior to step ii) to produce and recover valuable bioproducts from said lignocellulosic biomass, to facilitate the separation of biomass in a subsequent fractionation process, and to facilitate mechanical refining, ii) mechanically refining the lignocellulosic biomass in a mechanical refiner at a biomass consistency of 20% to 50% at 720 to 4320 MJ/t (200 to 1200 kWh/t) and a pressure of 100 to 600 kPa (1-6 bars) to disintegrate and reduce the particle size of the lignocellulosic biomass and form a refined biomass pulp, iii) enzymatically hydrolysing carbohydrates in the refined biomass, at a temperature of 10°C to 80°C, to sugars, iv) separating a lignin fraction from the sugars, and v) recovering lignin and sugars. i) a chemical treatment prior to step ii) to produce and recover valuable bioproducts from said lignocellulosic biomass, to facilitate the separation of biomass in a subsequent fractionation process, and to facilitate mechanical refining, ii) mechanically refining the lignocellulosic biomass in a mechanical refiner at a biomass consistency of 20% to 50% at 720 to 4320 MJ/t (200 to 1200 kWh/t) and a pressure of 100 to 600 kPa (1-6 bars) to disintegrate and reduce the particle size of the lignocellulosic biomass and form a refined biomass pulp, iii) enzymatically hydrolysing carbohydrates in the refined biomass, at a temperature of 10°C to 80°C, to sugars, iv) separating a lignin fraction from the sugars, and v) recovering lignin and sugars.
Method for filling at least one storage container of an agricultural distributing machine, in particular a field sprayer with an on-board computer having a display and/or another output device, wherein one or more filling programs for filling the storage container with carrier liquid and with active compositions for different treatment uses of the field sprayer for various plant protection measures are stored in the memory of the on-board computer, wherein, when a certain plant protection measure to be carried out is called up, a plan of operation with instructions for the operator is output via an output device of the on-board computer on the display and/or in another suitable manner for the operator, wherein, in accordance with the plan, the storage container of the distributing machine is in each case filled with carrier fluid and the active compositions provided for the use situation, in the intended manner and with the intended quantity, wherein the operator is guided by the on-board computer through the filling process by means of the appropriate illustrations and/or instructions on the display and/or on another output device.
A container removal system with a container removal system with at least one first and at least one second container, which can be connected to one another in a media-conducting manner via a connection device which has a removal device which, held in a locked position by means of at least one locking device, prevents or permits an exchange of media in at least one unlocked position in which the removal device is guided in a longitudinally displaceable manner in a seat of the connection device for a removal operation, wherein the locking device can be transferred to an unlocked position by the movement of at least one of the containers, wherein additional control means (13, 21, 31, 81, 83, 85) are provided, on the respective mobile container, which at least partially surround this container at the external circumference and activate the locking device (25, 75, 87) of the removal device for an unlocking, wherein the connection device has, as a seat for the removal device and the locking device, a housing in the form of a sheath, which can be or is connected at the one end to a container, is accessible at the other end for a mobile second container and forms a guide for displacement movements of removal device and locking device, wherein the removal device has a disk (35, 73) as support for a centrally located hollow piercing spike projecting on both sides of the disk (35, 73), wherein at the circumference of the disk (35, 73), first locking elements (41, 49) are provided which can be activated by the locking device (25, 87), through which elements, in a start position, the disk (35, 73) can be detachably latched on catches of the sheath against an opening displacement movement, and wherein the first locking elements (43, 45) are formed on tongue parts which can move in a flexible manner relative to one another and which are formed as tabs at the circumference of the disk, raised from the disk plane, characterised in that, for the tongue parts (41, 49) forming the latching to the sheath, second catches are formed on the sheath which latch the removal device in an end position at the end of a connection operation.
A water-based epoxy resin composition comprising a curing agent and a water-based epoxy resin, wherein the curing agent comprises a reaction composition comprising a reaction product of styrene and an amine compound represented by the following formula: H 2 N-CH 2 -A-CH 2 -NH 2 wherein A is a 1,2-phenylene group, a 1,3-phenylene group, or a 1,4-phenylene group. wherein the curing agent comprises a reaction composition comprising a reaction product of styrene and an amine compound represented by the following formula: H 2 N-CH 2 -A-CH 2 -NH 2 wherein A is a 1,2-phenylene group, a 1,3-phenylene group, or a 1,4-phenylene group.
A feed or feed supplement allowing controlled release of nutrients and/or physiologically active substances for animals, comprising a core with a lipid phase L comprising nutrients and/or physiologically active lipid-soluble substances, said lipid phase L being in the form of particles dispersed in a gelled aqueous matrix, characterized in that: - said gelled aqueous phase contains water-soluble nutrients and/or physiologically active substances; - said gelled aqueous phase contains an exfoliated mineral filler with a specific surface area greater than 100 m 2 /g; - the interface between the lipid particles and the aqueous matrix comprises surfactants chosen from the group of mineral microparticles, mineral nanoparticles, organic microfibers, organic nanofibers and combinations thereof; and - the feed or feed supplement comprises a coating of the core. - said gelled aqueous phase contains water-soluble nutrients and/or physiologically active substances; - said gelled aqueous phase contains an exfoliated mineral filler with a specific surface area greater than 100 m 2 /g; - the interface between the lipid particles and the aqueous matrix comprises surfactants chosen from the group of mineral microparticles, mineral nanoparticles, organic microfibers, organic nanofibers and combinations thereof; and - the feed or feed supplement comprises a coating of the core.
A core assembly (84; 184) for a casting system, comprising: a core (86; 186; 586) that includes a body and at least one hole (94; 194; 594) formed through said body; and a spacer (92; 192; 292; 392; 492; 592-1) that extends through said at least one hole (94; 194; 594), said spacer (92; 192; 292; 392; 492; 592-1) including a stud portion (96; 196; 296; 396; 496; 596) and a chaplet portion configured (98; 198; 298; 398; 498; 598) to abut a surface (91; 191) of said body that circumscribes said at least one hole (94; 194; 294), wherein said core is assembled to a second core or a shell and is spaced from said second core or said shell by a second spacer received in a recess of said second core. a core (86; 186; 586) that includes a body and at least one hole (94; 194; 594) formed through said body; and a spacer (92; 192; 292; 392; 492; 592-1) that extends through said at least one hole (94; 194; 594), said spacer (92; 192; 292; 392; 492; 592-1) including a stud portion (96; 196; 296; 396; 496; 596) and a chaplet portion configured (98; 198; 298; 398; 498; 598) to abut a surface (91; 191) of said body that circumscribes said at least one hole (94; 194; 294), wherein said core is assembled to a second core or a shell and is spaced from said second core or said shell by a second spacer received in a recess of said second core.