mhurhangee/ep-ind-claims huggingface dataset:
A system for transferring solid particles from a first environment at a first gas pressure to a second environment at a second gas pressure,, wherein the system comprises: - a first rotary valve having an inlet which is in fluid communication with the first environment; - a second rotary valve having an outlet which is in fluid communication with the second environment; and - an intermediate channel housing bounding an intermediate channel, the intermediate channel housing having an inlet which is fluidly connected to an outlet of the first rotary valve and having an outlet which is fluidly connected to an inlet of the second rotary valve; the inlet of first rotary valve being situated at a higher level than the outlet of the first rotary valve; the inlet of the second rotary valve being situated at a higher level than the outlet of the second rotary valve; the outlet of the first rotary valve being situated at a higher level than the inlet of the second rotary valve; wherein the first rotary valve, in operation, allows the solid particles to transfer from the first environment to the intermediate channel, wherein the second rotary valve, in operation, allows the solid particles to transfer from the intermediate channel to the second environment, and wherein the intermediate channel is fluidly connected to a third environment maintained at a third gas pressure, wherein the third gas pressure is higher than both the first gas pressure and the second gas pressure or lower than both the first gas pressure and the second gas pressure. - a first rotary valve having an inlet which is in fluid communication with the first environment; - a second rotary valve having an outlet which is in fluid communication with the second environment; and - an intermediate channel housing bounding an intermediate channel, the intermediate channel housing having an inlet which is fluidly connected to an outlet of the first rotary valve and having an outlet which is fluidly connected to an inlet of the second rotary valve; the inlet of first rotary valve being situated at a higher level than the outlet of the first rotary valve; the inlet of the second rotary valve being situated at a higher level than the outlet of the second rotary valve; the outlet of the first rotary valve being situated at a higher level than the inlet of the second rotary valve; wherein the first rotary valve, in operation, allows the solid particles to transfer from the first environment to the intermediate channel, wherein the second rotary valve, in operation, allows the solid particles to transfer from the intermediate channel to the second environment, and wherein the intermediate channel is fluidly connected to a third environment maintained at a third gas pressure, wherein the third gas pressure is higher than both the first gas pressure and the second gas pressure or lower than both the first gas pressure and the second gas pressure.
A controller for a braking force generated by a brake system of a motorcycle, the controller comprising: an estimated vehicle body speed obtainment section that obtains an estimated vehicle body speed of the motorcycle estimated on the basis of speed information of a wheel; and a braking force control execution section that causes the brake system to generate the braking force corresponding to the estimated vehicle body speed obtained by the estimated vehicle body speed obtainment section; characterized by a corrected vehicle body speed obtainment section that obtains a corrected vehicle body speed obtained by multiplying an actually-measured vehicle body speed, which is obtained at each time point, by a reduction coefficient, and by replacing the actually-measured vehicle body speed, which is obtained at each of the time points, with the lowest actually-measured vehicle body speed obtained in a period from initiation of the deceleration of the motorcycle to said time point, wherein during deceleration of the motorcycle, the braking force control execution section causes the brake system to generate the braking force that corresponds to the estimated vehicle body speed in a state where the estimated vehicle body speed is higher than the corrected vehicle body speed, and causes the brake system to generate the braking force that corresponds to the corrected vehicle body speed in a state where the estimated vehicle body speed is lower than the corrected vehicle body speed. an estimated vehicle body speed obtainment section that obtains an estimated vehicle body speed of the motorcycle estimated on the basis of speed information of a wheel; and a braking force control execution section that causes the brake system to generate the braking force corresponding to the estimated vehicle body speed obtained by the estimated vehicle body speed obtainment section; characterized by a corrected vehicle body speed obtainment section that obtains a corrected vehicle body speed obtained by multiplying an actually-measured vehicle body speed, which is obtained at each time point, by a reduction coefficient, and by replacing the actually-measured vehicle body speed, which is obtained at each of the time points, with the lowest actually-measured vehicle body speed obtained in a period from initiation of the deceleration of the motorcycle to said time point, wherein during deceleration of the motorcycle, the braking force control execution section causes the brake system to generate the braking force that corresponds to the estimated vehicle body speed in a state where the estimated vehicle body speed is higher than the corrected vehicle body speed, and causes the brake system to generate the braking force that corresponds to the corrected vehicle body speed in a state where the estimated vehicle body speed is lower than the corrected vehicle body speed.
Amphiphilic diblock copolymer consisting of: - from 45 to 55% by weight, relative to the weight of the copolymer, of a hydrophilic block comprising at least one unit derived from an n-butyl acrylate monomer and at least one unit derived from a hydroxyethyl methacrylate monomer, and - from 45 to 55% by weight, relative to the weight of the copolymer, of a hydrophobic block comprising at least one unit derived from a methyl methacrylate monomer. - from 45 to 55% by weight, relative to the weight of the copolymer, of a hydrophilic block comprising at least one unit derived from an n-butyl acrylate monomer and at least one unit derived from a hydroxyethyl methacrylate monomer, and - from 45 to 55% by weight, relative to the weight of the copolymer, of a hydrophobic block comprising at least one unit derived from a methyl methacrylate monomer.
A brake fluid reservoir (20, 200, 2000, 20000, 200000) for a vehicle comprising: a shell (21,210) defining a main chamber for containing a quantity of brake fluid for one or more vehicle brake circuits having an outer surface; a fill opening (34, 340, 3400, 34000) defined by the shell (21, 210) in an upper portion (22, 220, 220000) of the shell (21,210), the fill opening (23, 230, 2300, 23000) in fluid communication with the main chamber and closable by a cap (36, 360, 360000) to close the main chamber from the surrounding environment; outlet ports (31, 32, 33, 310, 320, 330) defined by the shell (21, 210) in a lower portion (24, 240, 240000) of the shell (21, 210), the outlet ports (31, 32, 33, 310, 320, 330) in fluid communication with the main chamber; and a channel (70, 700, 7000, 70000, 700000) located along at least a section of the outer surface between the fill opening (34, 340, 3400, 34000) and the outlet ports (31, 32, 33, 310, 320, 330), wherein the channel (70, 700, 7000, 70000, 700000) is configured to collect fluid when fluid exits the opening (34, 340, 3400, 34000) along the outer surface, characterized in that at least a portion (78, 80, 800, 7800, 78000, 780000) of the channel (70, 700, 7000, 70000, 700000) is arranged at an angle to increase flow of fluid in the channel (70, 700, 7000, 70000, 700000). a shell (21,210) defining a main chamber for containing a quantity of brake fluid for one or more vehicle brake circuits having an outer surface; a fill opening (34, 340, 3400, 34000) defined by the shell (21, 210) in an upper portion (22, 220, 220000) of the shell (21,210), the fill opening (23, 230, 2300, 23000) in fluid communication with the main chamber and closable by a cap (36, 360, 360000) to close the main chamber from the surrounding environment; outlet ports (31, 32, 33, 310, 320, 330) defined by the shell (21, 210) in a lower portion (24, 240, 240000) of the shell (21, 210), the outlet ports (31, 32, 33, 310, 320, 330) in fluid communication with the main chamber; and a channel (70, 700, 7000, 70000, 700000) located along at least a section of the outer surface between the fill opening (34, 340, 3400, 34000) and the outlet ports (31, 32, 33, 310, 320, 330), wherein the channel (70, 700, 7000, 70000, 700000) is configured to collect fluid when fluid exits the opening (34, 340, 3400, 34000) along the outer surface, characterized in that at least a portion (78, 80, 800, 7800, 78000, 780000) of the channel (70, 700, 7000, 70000, 700000) is arranged at an angle to increase flow of fluid in the channel (70, 700, 7000, 70000, 700000).
A tool for treating surfaces, edge regions and contours, comprising at least one disc-shaped base body rotatable about a tool axis and a plurality of flexible treating means arranged on a periphery of the base body, wherein the treating means are rod-shaped and arranged at a distance from one another and extend substantially radially outwardly from the circumference of the base body, characterized in that at least two discs (4, 5) are arranged in the direction of the tool axis, between which two discs (4, 5) the treating means are slidingly arranged so that the flexible treating means are not hindered in their movement in the circumferential direction.
An auxiliary washing machine comprising: a case body configured to be able to support a washing or drying machine; a drawer configured to be extracted from and retracted into the case body; a top frame to cover an upper surface of the drawer; a tub configured to provide a space to store water and located inside the drawer by being fixed to the top frame; an opening provided in the top frame to allow laundry to be introduced into the tub; an inner tub provided in the tub to stir laundry; a door to open or close the opening, the door being configured to be openable when the drawer is extracted from the case body; characterized by a locking unit to prevent the drawer from being extracted from the case body wherein the locking unit is an electronic unit controlled by a control unit and wherein the control unit controls the locking unit such that the drawer cannot be extracted from the case body while the inner tub is rotating. a case body configured to be able to support a washing or drying machine; a drawer configured to be extracted from and retracted into the case body; a top frame to cover an upper surface of the drawer; a tub configured to provide a space to store water and located inside the drawer by being fixed to the top frame; an opening provided in the top frame to allow laundry to be introduced into the tub; an inner tub provided in the tub to stir laundry; a door to open or close the opening, the door being configured to be openable when the drawer is extracted from the case body; characterized by a locking unit to prevent the drawer from being extracted from the case body wherein the locking unit is an electronic unit controlled by a control unit and wherein the control unit controls the locking unit such that the drawer cannot be extracted from the case body while the inner tub is rotating.
Method for producing a water-level sensor of a fuel filter made of electroconductive plastic, wherein - a fibre-reinforced plastic is injected into a plastic injection mould (5,5'), wherein - a plastic injection mould having a rough, in particular grained surface, is used, or - a plastic injection mould having a smooth surface is used and a surface of the water-level sensor is roughened, so that at least individual fibres lie on the surface in the finished water-level sensor and wherein the electroconductive plastic is a fibre-reinforced thermoplastic with carbon fibres with at least 8 wt.%, preferably about 40 wt.%, or with metal fibres. - a fibre-reinforced plastic is injected into a plastic injection mould (5,5'), wherein - a plastic injection mould having a rough, in particular grained surface, is used, or - a plastic injection mould having a smooth surface is used and a surface of the water-level sensor is roughened,
A method for looking up location-specific configuration information for a network node, the method being characterised in that it comprises: creating a Domain Name System, DNS, query packet at the network node, wherein the DNS query packet comprises an address that identifies the network node and wherein the DNS query packet specifies a type of configuration information specifying a service desired by the network node; sending the DNS query packet to a DNS name server; and receiving a DNS response packet from the DNS name server, wherein the DNS response packet comprises an address for another server, wherein the another server provides the service desired by the network node. creating a Domain Name System, DNS, query packet at the network node, wherein the DNS query packet comprises an address that identifies the network node and wherein the DNS query packet specifies a type of configuration information specifying a service desired by the network node; sending the DNS query packet to a DNS name server; and receiving a DNS response packet from the DNS name server, wherein the DNS response packet comprises an address for another server, wherein the another server provides the service desired by the network node.
A system for connecting electronic assemblies and/or for manufacturing workpieces, in particular a sintering or soldering system, comprising a plurality of modules for connecting the electronic assemblies and/or for manufacturing the workpieces, wherein at least one module is designed as a loading station or one module as an unloading station, wherein at least one further module is designed as a manufacturing station, and a manufacturing workpiece carrier is provided for accommodating the electronic assemblies and/or workpieces which is movable by a conveying unit in automated manner from the loading station via the manufacturing station to the unloading station, wherein the system is designed in particular for flow production and wherein a multiple gripper is provided by which at least two electronic assemblies and/or workpieces are simultaneously placeable onto the manufacturing workpiece carrier, characterized in that the multiple gripper has at least two independently movable gripper arms each designed to pick up one electronic assembly and/or one workpiece, and an alignment of at least one, in particular of all electronic assemblies and/or of at least one, in particular of all workpieces by the gripper arms can take place in an axis transverse or longitudinal to the multiple gripper.
Filling machine for filling packaging means, for example bottles or similar containers with a liquid filling material, with a transport element which can be driven such as to revolve about at least one machine axis and having a plurality of filling positions formed on the transport element, each position comprising at least one filling element forming at least one dispensing opening for the filling material, as well as rinsing caps (19.1) for the filling positions for a CIP cleaning and/or CIP sterilisation, wherein the rinsing caps (19.1) are formed in each case at an end of a rinsing cap element (19, 19a) and are in connection with at least one discharge channel formed in the rinsing cap element (19, 19a), wherein the rinsing cap elements (19, 19a) can be moved in each case between a starting position, in which they are arranged outside the space occupied by the packaging means during the filling, and a working or rinsing position, in which the respective rinsing cap (19.1) is in contact against a filling element, preferably in a sealing position in the region of its dispensing opening, wherein the discharge channel formed in the respective rinsing cap element (19, 19a) opens at an end of the rinsing cap element (19, 19a) which is remote from the rinsing cap (19.1), at a connection (19.2), by means of which, in the rinsing or working position, the respective rinsing cap (19.1) and its discharge channel formed in the rinsing cap element (19, 19a) are in connection with an outlet, which is provided on a machine frame, not circulating with the transport element, characterised in that, for aseptic filling, the filling positions are provided in an annular enclosure or in an isolator, that the rinsing cap elements (19, 19a) are in each case provided on a bolt and can be moved with this bolt, by pivoting about a bolt axis parallel or essentially parallel to the machine axis, between the starting position and the working or rinsing position, and that, provided at the bolt, is also at least one packaging means carrier or container carrier for a suspended holding of the respective packaging means.
A method for producing a metal wire including a process of drawing a metal wire by using a slip type drawing machine, wherein for the cone of the slip type drawing machine, a cone having an even surface without an inclination angle with respect to the axis of rotation is used, characterized in that a die of the slip type drawing machine is positioned such that the metal wire passes a pull out location on the cone nearest to a drive unit in the direction parallel to the axis of rotation of the cone, and wherein a space of 2 to 5 mm is provided between the die and a holder which holds the die, in the plane orthogonal to the running direction of the metal wire and in the radial direction of the cone.
Quick-action clamping apparatus (8, 108) for bracing a first assembly (36, 136) of a pelletizing apparatus (2, 102) to a second assembly (38, 138) of the pelletizing apparatus (2, 102), in particular a pelletizer (4, 104) to a cutting chamber (6, 106) or a cutting chamber (6, 106) to an apertured plate, wherein the quick-action clamping apparatus (8, 108) comprises: - a mounting element (44, 144) which is arranged at the first assembly (36, 136) or the second assembly (38, 138), - a locking element (40, 140) which is arranged at the other of the first assembly (36, 136) or the second assembly (38, 138), and - a clamping means (10, 110) having a clamping element (32, 132), wherein the clamping element (32, 132) is mounted rotatably about an axis of rotation to the mounting element (44, 144) and the clamping element (32, 132) is adapted to be pivoted into a clamping position in which the clamping element (32, 132) is in engagement with the locking element (40, 140) and braces the first assembly (36, 136) against the second assembly (38, 138), characterised in that the clamping element (32, 32', 132, 132') further has an eccentric portion (52, 152), the eccentric portion (52, 152) being of such a configuration that in the movement of the clamping element (32, 32', 132, 132') out of the clamping position the eccentric portion applies a force to the locking element (40, 40', 140, 140') which separates the first assembly (36, 136) from the second assembly (38, 138). - a mounting element (44, 144) which is arranged at the first assembly (36, 136) or the second assembly (38, 138), - a locking element (40, 140) which is arranged at the other of the first assembly (36, 136) or the second assembly (38, 138), and - a clamping means (10, 110) having a clamping element (32, 132), wherein the clamping element (32, 132) is mounted rotatably about an axis of rotation to the mounting element (44, 144) and the clamping element (32, 132) is adapted to be pivoted into a clamping position in which the clamping element (32, 132) is in engagement with the locking element (40, 140) and braces the first assembly (36, 136) against the second assembly (38, 138),
Method for producing a connecting element for transmitting rotational movements for an articulated shaft, wherein the connecting element has a joint outer part or flange and a connecting pin, characterized in that a round-like or tubular blank is formed by flow forming or flow turning to form the connecting element and ball raceways (10a, 12) and/or a cage raceway are produced in the blank using flow forming or flow turning, wherein radially circumferential regions whose wall thickness varies in the longitudinal direction are produced in the connecting element using flow forming or flow turning.
Apparatus for installation in an electrical equipment cabinet, comprising: a connection to a mains electricity supply a connection to a battery and a battery condition detector for monitoring the battery connection to determine the condition of the battery connected thereto; characterised by a residual current detection device for monitoring the mains electricity connection and for disconnecting the mains electricity supply in the event of detection of an imbalance between the current detected in different parts of the mains electricity connection; a test actuator for triggering the residual detection device, such that the mains electricity supply is disconnected from the battery an RCD monitor for monitoring the operation of the residual current detection device when activated by the test actuator and reporting such operation to a remote location; and a control system for transmitting, to the remote location, a signal (75, 777) indicative of the battery condition detected by the battery condition detector when the test actuator has triggered the residual current detection device. a connection to a mains electricity supply a connection to a battery and a battery condition detector for monitoring the battery connection to determine the condition of the battery connected thereto; characterised by a residual current detection device for monitoring the mains electricity connection and for disconnecting the mains electricity supply in the event of detection of an imbalance between the current detected in different parts of the mains electricity connection; a test actuator for triggering the residual detection device, such that the mains electricity supply is disconnected from the battery an RCD monitor for monitoring the operation of the residual current detection device when activated by the test actuator and reporting such operation to a remote location; and a control system for transmitting, to the remote location, a signal (75, 777) indicative of the battery condition detected by the battery condition detector when the test actuator has triggered the residual current detection device.