mhurhangee/ep-ind-claims huggingface dataset:
Device for carrying on the body of a user to generate a vacuum for medical applications, in particular, for the vacuum therapy of wounds on the human or animal body, with a vacuum-producing device and a vessel that is disposable after use for receiving body fluids, in particular, wound exudates suctioned out of the wound, and with a connection for a suction tube leading to the body for this purpose, wherein the vacuum-producing device is disposed in or on a first housing part of the device and the vessel forms a second housing part of the device or is disposed in or on the second housing part, and the housing parts (4, 8) are separably fixed one against the other, and wherein the device has fastening means so that it can be worn and carried on the body of the user wherein both housing parts (4, 8) are essentially disk-shaped and lie one against the other in an essentially vertically oriented separation plane, characterized in that the first housing part is provided facing away from the body when the device is carried mobile on the body of the user and the second housing part is facing the body and that on joining the first and second housing parts (4, 8), vacuum communication is also established between the vessel and a vacuum-producing facility and that the housing parts (4, 8) can be separably fixed against one another by snap-in, latching, or other positive-action looking or back-gripping means.
A method for arc handling during plasma processing, comprising the steps of: during plasma processing, providing current with a power supply to a plasma load at a first voltage polarity via a positive rail and a negative rail; energizing an energy storage device so when the energy storage device is energized, the energy storage device applies, between a first and a second open switch (S2, S3), a reverse polarity voltage that has a polarity that is opposite of the first voltage polarity and has a magnitude that is at least as great as the first voltage polarity; closing, when an arc is detected, the first and the second switch to apply power from the energy storage device to the plasma load with the reverse polarity voltage, the application of the reverse polarity voltage to the plasma load decreasing a level of the current that is provided to the plasma load; preventing the reverse polarity voltage from being applied to the plasma load if the current decreases to zero by opening one of the first or the second switch; after the arc is extinguished, preventing another arc from being initiated by opening the remaining one of the first or the second switch so that both the first switch and the second switch are then open after a period of time, and reapplying power to the plasma load at the first voltage polarity to resume the plasma processing. during plasma processing, providing current with a power supply to a plasma load at a first voltage polarity via a positive rail and a negative rail; energizing an energy storage device so when the energy storage device is energized, the energy storage device applies, between a first and a second open switch (S2, S3), a reverse polarity voltage that has a polarity that is opposite of the first voltage polarity and has a magnitude that is at least as great as the first voltage polarity; closing, when an arc is detected, the first and the second switch to apply power from the energy storage device to the plasma load with the reverse polarity voltage, the application of the reverse polarity voltage to the plasma load decreasing a level of the current that is provided to the plasma load; preventing the reverse polarity voltage from being applied to the plasma load if the current decreases to zero by opening one of the first or the second switch; after the arc is extinguished, preventing another arc from being initiated by opening the remaining one of the first or the second switch so that both the first switch and the second switch are then open after a period of time, and reapplying power to the plasma load at the first voltage polarity to resume the plasma processing.
Parking robot for a motor vehicle, wherein the parking robot has a holding device for firmly holding a wheel of the motor vehicle, wherein at least one drive installation is in each case disposed at least indirectly on two opposite sides of the holding device, said drive installation having in each case one height-adjustable running gear having at least one parking robot wheel and at least one drive machine for driving the at least one parking robot wheel, wherein the running gear is conceived for adjusting the holding device relative to the at least one parking robot wheel between a lowered position and a raised position, and the parking robot is conceived for autonomously moving the wheel of the motor vehicle to a receiving position in which the holding device firmly holds the wheel and by adjusting the holding device to the raised position by means of the height-adjustable running gear is conceived for raising the firmly held wheel of the motor vehicle relative to the respective parking robot wheels, characterized in that the respective drive installation has in each case one central threaded bar which at one end is at least indirectly coupled rigidly to the holding device, and the running gear of the respective drive installation has in each case one threaded nut which is mounted so as to be rotatable about the respective central threaded bar and is at least indirectly coupled to the at least one parking robot wheel, and the respective drive installation, by correspondingly rotating the threaded nut about the respective central threaded bar, by way of the respective central threaded bars, is conceived for adjusting the holding device relative to the respective threaded nut between the lowered and the raised position.
An animal housing having - a hut-like animal stall having an access opening and - a fence unit which is adjustably mounted on the animal stall between a usage position and a storage position, said fence unit enclosing a pen in the region in front of an access opening of the animal stall in the usage position and having two fence elements (3a, 3b) arranged at a distance from one another which are connected to one another by means of a crossmember, characterized in that the crossmember is connected to the fence elements (3a, 3b) such that in the usage position the crossmember, when viewed in the vertical extension of the fence elements (3a, 3b), projects beyond a lower edge of the fence elements (3a, 3b) resting on a bottom in the direction of the bottom. - a hut-like animal stall having an access opening and - a fence unit which is adjustably mounted on the animal stall between a usage position and a storage position, said fence unit enclosing a pen in the region in front of an access opening of the animal stall in the usage position and having two fence elements (3a, 3b) arranged at a distance from one another which are connected to one another by means of a crossmember,
Roof rail for a vehicle, which roof rail is arranged to bear at least part of the weight of a roof load bar, i.e. part of any framework, stand, grating or container, that is secured on the roof of a vehicle on, or in which articles may be placed or to which articles may be attached, wherein the roof rail includes a substantially V shaped groove that is arranged to receive a corresponding protrusion, such as a wedge shaped protrusion, on a clamping member of a roof load bar, or that the roof rail includes a substantially V shaped protrusion that is arranged to be inserted into a corresponding substantially V shaped groove on clamping member of a roof load bar; said V shaped groove or V shaped protrusion in/on the roof rail forming a first and a second load bearing surface (24, 25) arranged to mate with corresponding surfaces on said clamping member, characterized in that said first and second load bearing surfaces (24, 25) are inclined at an angle of less than 90° with respect to each other, and that said V shaped groove of said roof rail is arranged to freely receive said V shaped protrusion of said clamping member or said V shaped protrusion of said roof rail is arranged to be freely inserted into said groove of said clamping member, so that substantially the entire clamping force exerted by said clamping member on said roof rail is exerted on said first and second load bearing surfaces (24, 25) of said groove or said protrusion, and said first load bearing surface of the substantially V-shaped groove or protrusion is inclined at an angle of 1 - 45° to said vehicle's horizontal plane when the roof rail is mounted on a vehicle.
A rubber composition comprising, based on parts by weight per 100 parts by weight of elastomer (phr), conjugated diene-based elastomers comprising: 55 to 80 phr or 60 to 80 phr of a cis 1,4-polyisoprene rubber, and 20 to 45 phr or 20 to 40 phr of at least one additional conjugated diene-based elastomer comprising a cis 1,4-polybutadiene rubber and an organic solution polymerization prepared styrene/butadiene rubber (S-SBR) having a bound styrene content in a range of from 12 to 20 percent; 40 to 120 phr of a filler comprising a combination of carbon black and silica, wherein the filler comprises from 2 to 50 phr of carbon black and from 38 to 118 phr of silica and wherein the silica is or comprises a bimodal aggregate size configured silica with a monomodal pore size distribution. conjugated diene-based elastomers comprising: 55 to 80 phr or 60 to 80 phr of a cis 1,4-polyisoprene rubber, and 20 to 45 phr or 20 to 40 phr of at least one additional conjugated diene-based elastomer comprising a cis 1,4-polybutadiene rubber and an organic solution polymerization prepared styrene/butadiene rubber (S-SBR) having a bound styrene content in a range of from 12 to 20 percent; 55 to 80 phr or 60 to 80 phr of a cis 1,4-polyisoprene rubber, and 20 to 45 phr or 20 to 40 phr of at least one additional conjugated diene-based elastomer comprising a cis 1,4-polybutadiene rubber and an organic solution polymerization prepared styrene/butadiene rubber (S-SBR) having a bound styrene content in a range of from 12 to 20 percent; 40 to 120 phr of a filler comprising a combination of carbon black and silica, wherein the filler comprises from 2 to 50 phr of carbon black and from 38 to 118 phr of silica and wherein the silica is or comprises a bimodal aggregate size configured silica with a monomodal pore size distribution.
A method of deciding a reference position for regulating pressing position of three grooved rolls (R21, R22, R23) with which a rolling stand is provided, wherein the three grooved rolls are arranged in such a manner that an angle formed by pressing directions of any two adjacent grooved rolls of the three grooved rolls comes to 120 degrees and each of the three grooved rolls is movable in the dressing direction, wherein with regard to a cross sectional shape of each of the three grooved rolls formed by cutting each of the three grooved rolls in a plane which includes a center line of a rotating axis of each of the three grooved rolls and is orthogonal to a pass line of a material to be rolled, the cross sectional shape of any one grooved roll is provided with a first straight portion (L1 extending vertically to the pressing direction in both side flange portions, and wherein the cross sectional shape of the other two grooved rolls (R22, R23) is provided with a second straight portion opposing to the first straight Portion and extending in parallel to the first straight portion in the flange portions, the method for deciding the reference position being characterized by comprising the successive steps of opening each of the two grooved rolls (R22, R23) provided with the second straight portion in the pressing direction; closing the grooved roll provided with the first straight portion in the pressing direction: closing each of the two grooved rolls (R22, R23) provided with the second straight portion in the dressing direction until the second straight portion of the two grooved rolls (R22, R23) comes into contact with the first straight portion of the groove roll under certain load; opening the grooved roll provided with the first straight portion in the pressing directions: closing the two grooved rolls (R22, R23) provided with the second straight portion evenly in the pressing direction until the flange portions (F22 F23) thereof come into contact with each other under certain load; closing the grooved roll provided with the first straight portion in the pressing direction until the first straight portion of the - grooved roll comes into contact with the second straight portion of the two groove rolls (R22 R23) under certain load closing each of the two grooved rolls (R22, R23) provided with the second straight portion in the dressing direction until the second straight portion of the two grooved rolls (R22, R23) comes into contact with the first straight portion of the groove roll under certain load; opening the grooved roll provided with the first straight portion in the pressing directions: closing the two grooved rolls (R22, R23) provided with the second straight portion evenly in the pressing direction until the flange portions (F22 F23) thereof come into contact with each other under certain load; closing the grooved roll provided with the first straight portion in the pressing direction until the first straight portion of the - grooved roll comes into contact with the second straight portion of the two groove rolls (R22 R23) under certain load
A ventilator, comprising: a fan for generating an air flow in the fan, wherein the fan comprises: a fan head with a rotatably mounted fan wheel; at least one motor part with at least one motor for operating the fan, wherein the motor has a drive shaft for driving the fan wheel; a motor pre-chamber arranged between the motor part and the fan head; a passage arranged between the motor pre-chamber and the fan head, wherein the drive shaft leads from the motor through the motor pre-chamber and the passage to the fan wheel in the fan head, wherein the motor pre-chamber is connected in a substantially air-tight manner to the fan head, such that a leak between the motor pre-chamber and the fan head is only possible via the passage; at least one feed line arranged on the motor pre-chamber and/or on the motor part for conducting a fluid into the motor pre-chamber; characterized in that the fan is designed such that, when the air flow is generated, a first pressure is present in at least one first pressure region in the fan head and a second pressure is present in at least one second pressure region in the motor pre-chamber, wherein the second pressure is applied to the motor pre-chamber via the feed line and the second pressure is greater than the first pressure, such that an air flow in a direction towards the motor is prevented. a fan head with a rotatably mounted fan wheel; at least one motor part with at least one motor for operating the fan, wherein the motor has a drive shaft for driving the fan wheel; a motor pre-chamber arranged between the motor part and the fan head; a passage arranged between the motor pre-chamber and the fan head, wherein the drive shaft leads from the motor through the motor pre-chamber and the passage to the fan wheel in the fan head, wherein the motor pre-chamber is connected in a substantially air-tight manner to the fan head, such that a leak between the motor pre-chamber and the fan head is only possible via the passage; at least one feed line arranged on the motor pre-chamber and/or on the motor part for conducting a fluid into the motor pre-chamber; characterized in that the fan is designed such that, when the air flow is generated, a first pressure is present in at least one first pressure region in the fan head and a second pressure is present in at least one second pressure region in the motor pre-chamber, wherein the second pressure is applied to the motor pre-chamber via the feed line and the second pressure is greater than the first pressure, such that an air flow in a direction towards the motor is prevented.
A vehicular circuit body provided in a vehicle, comprising: a plurality of control boxes (CB); a trunk line (BB_LC) that connects the plurality of control boxes (CB) to each other; and a branch line (LS) that directly or indirectly connects the control box (CB) to an accessory, wherein the trunk line (BB_LC) and the branch line (LS) each includes a power source line having a predetermined current capacity and a communication line having a predetermined communication capacity; wherein each of the plurality of control boxes (CB) includes a plurality of branch line connection portions (Cnx) to and from which the communication line of the branch line (LS) is attachable and detachable; and wherein each of the plurality of branch line connection portions (Cnx) is provided with a lock function portion (Kc) that is physically or electrically brought into a lock state in a case where the branch line (LS) is not connected thereto. a plurality of control boxes (CB); a trunk line (BB_LC) that connects the plurality of control boxes (CB) to each other; and a branch line (LS) that directly or indirectly connects the control box (CB) to an accessory, wherein the trunk line (BB_LC) and the branch line (LS) each includes a power source line having a predetermined current capacity and a communication line having a predetermined communication capacity; wherein each of the plurality of control boxes (CB) includes a plurality of branch line connection portions (Cnx) to and from which the communication line of the branch line (LS) is attachable and detachable; and wherein each of the plurality of branch line connection portions (Cnx) is provided with a lock function portion (Kc) that is physically or electrically brought into a lock state in a case where the branch line (LS) is not connected thereto.
Container system for particles of a tire balancing material comprising a first container for holding the particles of the tire balancing material, characterized in that the container system comprises a second container for holding at least one accessory, the second container is connected to the first container and a perforation is provided between the first container and the second container, the first container has a duct for releasing the particles of the tire balancing material, whereby the duct is oriented towards the second container and is sealed by the second container and by a duct seal (231, 235), and the container system is made of paper or a combination of paper and plastics or of composite material comprising plastics and paper.
A method for purifying a protein from solution comprising: (a) a first chromatography step comprising: - passing said solution over a first chromatography column, said first chromatography column being an affinity chromatography column which is a Protein A column; - eluting a crude protein eluent from the first chromatography column using a first elution buffer; (b) a second chromatography step comprising: - passing the crude protein eluent obtained at the end of step (a) over a second chromatography column, said second chromatography column being a multi-modal resin chromatography column; - eluting a protein eluate from the second chromatography column using a second elution buffer; and (c) a third chromatography step comprising: - passing the protein eluate obtained at the end of step (b) through a third chromatography column in the flow-through mode, said third chromatography column being an anion-exchange chromatography column; - recovering purified protein from the flow-through of the third chromatography column; wherein each of the buffers consists of Bis Tris, acetic acid, NaCl, water, and optionally NH 4 Cl, and wherein said method is run in continuous mode. (a) a first chromatography step comprising: - passing said solution over a first chromatography column, said first chromatography column being an affinity chromatography column which is a Protein A column; - eluting a crude protein eluent from the first chromatography column using a first elution buffer; - passing said solution over a first chromatography column, said first chromatography column being an affinity chromatography column which is a Protein A column; - eluting a crude protein eluent from the first chromatography column using a first elution buffer; (b) a second chromatography step comprising: - passing the crude protein eluent obtained at the end of step (a) over a second chromatography column, said second chromatography column being a multi-modal resin chromatography column; - eluting a protein eluate from the second chromatography column using a second elution buffer; and - passing the crude protein eluent obtained at the end of step (a) over a second chromatography column, said second chromatography column being a multi-modal resin chromatography column; - eluting a protein eluate from the second chromatography column using a second elution buffer; and (c) a third chromatography step comprising: - passing the protein eluate obtained at the end of step (b) through a third chromatography column in the flow-through mode, said third chromatography column being an anion-exchange chromatography column; - recovering purified protein from the flow-through of the third chromatography column; - passing the protein eluate obtained at the end of step (b) through a third chromatography column in the flow-through mode, said third chromatography column being an anion-exchange chromatography column; - recovering purified protein from the flow-through of the third chromatography column;
Ingenol-3-angelate or a pharmaceutically acceptable salt thereof for use in the treatment of a cutaneous lesion on a subject, said lesion caused by a papilloma virus.
Solenoid valve, in particular shut-off valve suitable for a gas tank, comprising a lifting magnet armature, which is coupled to a lifting valve member, wherein the magnet armature is preloaded in the direction of the valve member by means of a spring, further comprising an annular solenoid coil for acting on the magnet armature, wherein the solenoid coil surrounds the magnet armature in portions, wherein the magnet armature has a portion (2.1) embodied as a solenoid plunger, wherein the portion (2.1) embodied as a solenoid plunger within the solenoid coil delimits a pressure chamber which by way of a restrictor is pneumatically connected to a control chamber, characterized in that the magnet armature has a portion (2.2) embodied as a flat armature, and that the control chamber can be relieved by opening a control valve which can also be operated by means of the solenoid coil.
Inner door handle device for a vehicle for opening a vehicle door lock, wherein the device has an inner door handle with a handle portion to be gripped manually, wherein the inner door handle has a first connecting region via which, in the installed state of the device, the handle portion is mounted with respect to a door of the vehicle so as to be pivotable about a pivot axis oriented substantially perpendicularly to the carriageway plane, and wherein the inner door handle has a second connecting region on which a counterweight element is arranged, wherein the counterweight element is configured, during the occurrence of an acceleration acting on the inner door handle, to counteract an opening force which acts on the handle portion on account of the acceleration, characterized in that the counterweight element is mounted at the second connecting region via a movable bearing and is configured to be moved by the acceleration from a rest position into a blocking position relative to the inner door handle, wherein, in the blocking position, the counterweight element blocks a pivotable movement of the inner door handle within a predetermined range.