mhurhangee/ep-ind-claims huggingface dataset:
A disc brake assembly comprising: a brake carrier of a disc brake; a mount for a disc brake; and a fixing comprising: a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting. a brake carrier of a disc brake; a mount for a disc brake; and a fixing comprising: a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting. a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting.
An apparatus for connecting two or more unit operations of a manufacturing process for continuous processing comprising: (a) a valve manifold providing at least three fluid transmission channels comprising a central channel traversing said valve manifold and having an inlet end and an outlet end, a priming channel connecting a separate inlet with said central channel, and a bypass channel connecting a separate outlet with said central channel, each of said channels having at least one independently actuatable valve for independently opening or closing the channel, said central channel inlet being suitable for receiving throughput from an upstream unit operation, and said priming channel inlet being suitable for receiving fluid for filling said priming channel and said central channel, (b) at least one surge receptacle for regulating flow between unit operations and relieving back pressure, said surge receptacle having at least one inlet and at least one outlet, said surge receptacle inlet being connected to the central channel outlet of said valve manifold, and said at least one surge receptacle having the capacity to hold the throughput of a unit operation connected to said valve manifold central channel inlet; wherein said surge receptacle further comprises a vent outlet, said vent outlet communicating the inside of said receptacle with the ambient environment and wherein, optionally, a filter is interposed between said vent outlet and the ambient environment, and said vent outlet further comprises a valve for opening and closing said outlet. (a) a valve manifold providing at least three fluid transmission channels comprising a central channel traversing said valve manifold and having an inlet end and an outlet end, a priming channel connecting a separate inlet with said central channel, and a bypass channel connecting a separate outlet with said central channel, each of said channels having at least one independently actuatable valve for independently opening or closing the channel, said central channel inlet being suitable for receiving throughput from an upstream unit operation, and said priming channel inlet being suitable for receiving fluid for filling said priming channel and said central channel, (b) at least one surge receptacle for regulating flow between unit operations and relieving back pressure, said surge receptacle having at least one inlet and at least one outlet, said surge receptacle inlet being connected to the central channel outlet of said valve manifold, and said at least one surge receptacle having the capacity to hold the throughput of a unit operation connected to said valve manifold central channel inlet;
A washing machine or laundry washer/dryer comprising - a drum wherein the laundry is placed, having a cylindrical body and a circular rear wall covering the rear surface of the body - one or more than one baffle disposed on the rear wall, extending from the center of the rear wall towards the outer periphery of the rear wall and which forms a protrusion inside the drum, characterized by the protrusion - disposed on the rear wall of the drum, - having a continuous form, - surrounding the center of the rear wall of the drum and - extending towards the inside of the drum so as to pass over each baffle. - a drum wherein the laundry is placed, having a cylindrical body and a circular rear wall covering the rear surface of the body - one or more than one baffle disposed on the rear wall, extending from the center of the rear wall towards the outer periphery of the rear wall and which forms a protrusion inside the drum, characterized by the protrusion - disposed on the rear wall of the drum, - having a continuous form, - surrounding the center of the rear wall of the drum and - extending towards the inside of the drum so as to pass over each baffle.
An additive manufacturing device comprising: a build tray with an array of heat exchange elements (3a-3n) each of which are configured to independently and alternately heat and cool a respective area of the build tray; a moveable platen that lowers and raises into the build tray, wherein the moveable platen is configured to be cooled to at or below the solidification temperature of a thermoplastic material; a heated re-coater body for translation between said build tray and said moveable platen and configured to apply successive layers of liquified thermoplastic material to said build tray; wherein, in use of the device, said successive layers of thermoplastic material alternately solidified by the heat exchange elements of the build tray by cooling said thermoplastic material to create each layer of a multilayer part and then partially liquefied to release solidified thermoplastic material from the build tray as the moveable platen moves out of the build tray. a build tray with an array of heat exchange elements (3a-3n) each of which are configured to independently and alternately heat and cool a respective area of the build tray; a moveable platen that lowers and raises into the build tray, wherein the moveable platen is configured to be cooled to at or below the solidification temperature of a thermoplastic material; a heated re-coater body for translation between said build tray and said moveable platen and configured to apply successive layers of liquified thermoplastic material to said build tray; wherein, in use of the device, said successive layers of thermoplastic material alternately solidified by the heat exchange elements of the build tray by cooling said thermoplastic material to create each layer of a multilayer part and then partially liquefied to release solidified thermoplastic material from the build tray as the moveable platen moves out of the build tray.
A filter molded article for a gas generator that is housed in an outer shell container of the gas generator, the filter molded article, comprising: a peripheral wall portion that is formed of a winding body of a filter wire and has a cylindrical hollow shape, the filter wire including a groove portion that is formed in one place in a circumferential direction of a metal wire having a circular or elliptical transverse cross-section and that extends along an extending direction of the metal wire, and including a circumferential surface formed in a portion other than the groove portion; a gas inflow surface that is formed of one surface from among an inner peripheral surface of the peripheral wall portion and an outer peripheral surface of the peripheral wall portion, and that is through which gas flows into the peripheral wall portion; and a gas outflow surface that is formed of the other surface from among the inner peripheral surface of the peripheral wall portion and the outer peripheral surface of the peripheral wall portion, and that is through which gas flows from the peripheral wall portion, wherein the groove portion is oriented so as to open toward the gas inflow surface in the peripheral wall portion. a peripheral wall portion that is formed of a winding body of a filter wire and has a cylindrical hollow shape, the filter wire including a groove portion that is formed in one place in a circumferential direction of a metal wire having a circular or elliptical transverse cross-section and that extends along an extending direction of the metal wire, and including a circumferential surface formed in a portion other than the groove portion; a gas inflow surface that is formed of one surface from among an inner peripheral surface of the peripheral wall portion and an outer peripheral surface of the peripheral wall portion, and that is through which gas flows into the peripheral wall portion; and a gas outflow surface that is formed of the other surface from among the inner peripheral surface of the peripheral wall portion and the outer peripheral surface of the peripheral wall portion, and that is through which gas flows from the peripheral wall portion, wherein the groove portion is oriented so as to open toward the gas inflow surface in the peripheral wall portion.
An oven comprising a body wherein the foodstuffs to be cooked are placed; a casing which surrounds the body; a water tank which is disposed between the casing and the body and which is filled with water; and a first pipe which delivers the water coming from the water tank, characterized by an air separation receptacle wherein the air pocket in the water coming from the first pipe is separated; a second pipe which delivers the water in the air separation receptacle into the oven; and a container wherein the piezoelectric material enabling the water coming from the second pipe to be delivered into the oven as water steam is positioned wherein the piezoelectric material is arranged and configured so as to transmit its oscillary voltages to the water in the atomization member as mechanical pulses, wherein the air separation receptacle comprises a first arm (6.1) which is connected to the first pipe and to which the water coming from the first pipe is transferred, a second arm (6.2) through which the air in the water is discharged, a moving mechanism (6.3) which is positioned in the second arm (6.2) and which prevents the water from leaving the second arm (6.2) during the discharge of the air, and a base receptacle (6.4) wherein the water coming from the first pipe is collected.
A method of carbonizing a preform comprising: inserting a polyacrylonitrile preform, PAN preform, into a furnace; introducing an inert atmosphere into the furnace with a total pressure in the furnace greater than 0.5 Atm; bringing the furnace to a temperature greater than 1200°C while maintaining the total pressure in the furnace greater than 0.5 Atm to convert the PAN preform into a carbon preform; completing carbonization while maintaining the total pressure in the furnace within a range of 0.5 Atm (51 kPa) to 0.9 Atm (91 kPa); inserting the PAN preform into the furnace at an atmospheric pressure and an atmospheric temperature; introducing said inert atmosphere into the furnace with a total pressure in the furnace greater than 0.8 Atm; heating the furnace to said temperature greater than 1200°C while maintaining the total pressure greater 0.8 Atm; and completing carbonization by converting the PAN preform into said carbon preform while maintaining the total pressure in the furnace greater than 0.8 Atm. inserting a polyacrylonitrile preform, PAN preform, into a furnace; introducing an inert atmosphere into the furnace with a total pressure in the furnace greater than 0.5 Atm; bringing the furnace to a temperature greater than 1200°C while maintaining the total pressure in the furnace greater than 0.5 Atm to convert the PAN preform into a carbon preform; completing carbonization while maintaining the total pressure in the furnace within a range of 0.5 Atm (51 kPa) to 0.9 Atm (91 kPa); inserting the PAN preform into the furnace at an atmospheric pressure and an atmospheric temperature; introducing said inert atmosphere into the furnace with a total pressure in the furnace greater than 0.8 Atm; heating the furnace to said temperature greater than 1200°C while maintaining the total pressure greater 0.8 Atm; and completing carbonization by converting the PAN preform into said carbon preform while maintaining the total pressure in the furnace greater than 0.8 Atm.
A lock, in particular door lock, comprising at least one latching element which is adjustable between a latched position and an unlatched position; at least one securing element which is adjustable between a securing position and a release position, wherein the latching element is held in the unlatched position by the securing element located in the securing position, and wherein the latching element is automatically adjustable from the unlatched position into the latched position when the securing element is located in the release position; and an actuable adjustment element for adjusting the latching element and/or a further movable functional element of the lock, characterized in that, due to an actuation of the adjustment element in a closing direction, the securing element is movable in the direction of the release position and the latching element is additionally movable in the direction of the latched position.
Process for manufacturing gloves and the like, characterized in that it comprises the following operating steps: - inserting a lining into a glove, wherein a thermoactivable glue is arranged between the glove and the lining; - temporarily fastening a sleeve to a wrist of the glove, the sleeve having an opening; - inserting a plug in the opening of the sleeve; - pumping a fluid into the lining for pressing it from the inside against the inner surface of the glove; - heating the glove from the outside when the fluid presses the lining from the inside, the heating serving to activate the thermoactivable glue; - after the pumping and the heating, removing the sleeve from the wrist of the glove. - inserting a lining into a glove, wherein a thermoactivable glue is arranged between the glove and the lining; - temporarily fastening a sleeve to a wrist of the glove, the sleeve having an opening; - inserting a plug in the opening of the sleeve; - pumping a fluid into the lining for pressing it from the inside against the inner surface of the glove; - heating the glove from the outside when the fluid presses the lining from the inside, the heating serving to activate the thermoactivable glue; - after the pumping and the heating, removing the sleeve from the wrist of the glove.
An oil-cooled electrical generator, comprising, a stator, a rotor, a gap between the stator and the rotor, an air passageway passing through the stator to the gap, a source of pressurized airflow in fluid communication with the air passageway, passageways around the stator for cooling oil; wherein the oil-cooled generator is characterized by: passageways through the rotor, for cooling oil, wherein the pressurized airflow precludes entry of the cooling oil into the gap, so that the passageways (110, 137) for cooling oil are fluidly isolated from the gap; a cooling oil spray nozzle interconnected with a spray chamber surrounding end turns of stator-windings; and a spray shield interposed between the spray chamber and the gap to block oil spray from entering the gap. passageways through the rotor, for cooling oil, wherein the pressurized airflow precludes entry of the cooling oil into the gap, so that the passageways (110, 137) for cooling oil are fluidly isolated from the gap; a cooling oil spray nozzle interconnected with a spray chamber surrounding end turns of stator-windings; and a spray shield interposed between the spray chamber and the gap to block oil spray from entering the gap.
An electric drive comprising: - an inverter; - an electric machine comprising a plurality of phase current branches, wherein the electric machine and the inverter are arranged together in a housing; and - at least one magnetic field sensor without a magnetic core for measuring a current of at least one of the plurality of phase current branches; characterized in that at least one phase current branch of the plurality of phase current branches comprises a slot bar which is arranged at least partially in a slot of the electric machine and which forms a phase terminal outside the slot; and the phase terminal has a curvature (24, 32) in the region of which the at least one magnetic field sensor without a magnetic core is arranged. - an inverter; - an electric machine comprising a plurality of phase current branches, wherein the electric machine and the inverter are arranged together in a housing; and - at least one magnetic field sensor without a magnetic core for measuring a current of at least one of the plurality of phase current branches; at least one phase current branch of the plurality of phase current branches comprises a slot bar which is arranged at least partially in a slot of the electric machine and which forms a phase terminal outside the slot; and the phase terminal has a curvature (24, 32) in the region of which the at least one magnetic field sensor without a magnetic core is arranged.
A method of orienting a virtual model with respect to a real object by translating and/or rotating a coordinate system fixed with respect to the model until it coincides, as regards the location of its origin and the orientation of its axes, with a coordinate system fixed with respect to the object, wherein a real marker is arranged on the real object, the method comprising the steps of: - orienting the real marker with respect to the real object so that the position, i.e. the location and orientation of a coordinate system of the real marker, is fixed with respect to the real object; - capturing a position (r) of the coordinate system of the real marker, which transitions into the coordinate system that is fixed with respect to the object by means of a transformation (v) which describes a rotation and/or a translation; and - orienting the virtual model and a virtual marker associated with the real marker relative to each other corresponding to the position of the real marker with respect to the real object by translating and/or rotating the virtual marker with the aid of a mouse or a different input device in such a way that the position of the virtual marker with respect to the virtual model corresponds to the position of the real marker with respect to the real model or exhibits a known deviation therefrom and a coordinate system of the virtual marker corresponding to the coordinate system of the real marker is transitioned into the coordinate system fixed with respect to the model by the same transformation (v) which also transitions the coordinate system of the real marker into the coordinate system which is fixed with respect to the object. - orienting the real marker with respect to the real object so that the position, i.e. the location and orientation of a coordinate system of the real marker, is fixed with respect to the real object; - capturing a position (r) of the coordinate system of the real marker, which transitions into the coordinate system that is fixed with respect to the object by means of a transformation (v) which describes a rotation and/or a translation; and - orienting the virtual model and a virtual marker associated with the real marker relative to each other corresponding to the position of the real marker with respect to the real object by translating and/or rotating the virtual marker with the aid of a mouse or a different input device in such a way that the position of the virtual marker with respect to the virtual model corresponds to the position of the real marker with respect to the real model or exhibits a known deviation therefrom and a coordinate system of the virtual marker corresponding to the coordinate system of the real marker is transitioned into the coordinate system fixed with respect to the model by the same transformation (v) which also transitions the coordinate system of the real marker into the coordinate system which is fixed with respect to the object.