mhurhangee/ep-ind-claims huggingface dataset:
A forceps comprising: a frame; and a motion transfer assembly coupled to the frame, the motion transfer assembly including: a body having a passageway extending through the body; a drive shaft extending fully through the body via the passageway, wherein the body and the drive shaft are slidable with respect to the frame, and wherein the body is rotationally fixed to the drive shaft to transfer a rotational input received from a first actuator into a rotational motion of the drive shaft relative to the frame; and a drive link operably coupled to the frame and the body, wherein the drive link is configured to transfer a force received from a second actuator into a linear motion of the body and the body transmits the force to the drive shaft to retract or extend the drive shaft relative to the frame. a frame; and a motion transfer assembly coupled to the frame, the motion transfer assembly including: a body having a passageway extending through the body; a drive shaft extending fully through the body via the passageway, wherein the body and the drive shaft are slidable with respect to the frame, and wherein the body is rotationally fixed to the drive shaft to transfer a rotational input received from a first actuator into a rotational motion of the drive shaft relative to the frame; and a drive link operably coupled to the frame and the body, wherein the drive link is configured to transfer a force received from a second actuator into a linear motion of the body and the body transmits the force to the drive shaft to retract or extend the drive shaft relative to the frame. a body having a passageway extending through the body; a drive shaft extending fully through the body via the passageway, wherein the body and the drive shaft are slidable with respect to the frame, and wherein the body is rotationally fixed to the drive shaft to transfer a rotational input received from a first actuator into a rotational motion of the drive shaft relative to the frame; and a drive link operably coupled to the frame and the body, wherein the drive link is configured to transfer a force received from a second actuator into a linear motion of the body and the body transmits the force to the drive shaft to retract or extend the drive shaft relative to the frame.
An apparatus for an internal combustion engine, comprising: electric discharge means for producing radicals within a combustion chamber of the internal combustion engine by a non-equilibrium plasma discharge that is generated before auto-ignition of the air-fuel mixture occurs; voltage application means for applying voltage to the electric discharge means to generate the non-equilibrium plasma by the electric discharge means; and fuel supply means for forming an air-fuel mixture inside the combustion chamber; the apparatus being characterized by comprising: control means for setting a discharge start timing of the electric discharge means to occur during an intake stroke of the internal combustion engine. electric discharge means for producing radicals within a combustion chamber of the internal combustion engine by a non-equilibrium plasma discharge that is generated before auto-ignition of the air-fuel mixture occurs; voltage application means for applying voltage to the electric discharge means to generate the non-equilibrium plasma by the electric discharge means; and fuel supply means for forming an air-fuel mixture inside the combustion chamber;
A sludge separator for oil contaminated sludge masses, the sludge separator comprising: - a first cylindrical, inner tank comprising: - a sludge inlet, - a first evaporated gas outlet; - a solid matter outlet, - a conveyor auger axially aligned inside said first, inner tank for transporting said oil contaminated sludge masses from said sludge inlet towards said solid matter outlet, said conveyor auger comprising an axially extending shaft, - a second cylindrical, outer tank enclosing said first, inner tank such that a cavity is formed around said first, inner tank, - a heating element arranged at least at a lower part of said second, outer tank, characterized in that - said cavity, in an operative state of said sludge separator, is filled with smelted Lead (Pb) so as for distributing heat evenly over the whole said first, inner tank's surface and in that said conveyor auger comprises a plurality of radially extending arms, and each arm is provided with a conveyor blade pair with a first and second conveyor blade (54, 56) arranged at outer ends of said arms for smearing the sludge masses peripherally around an inner surface of said inner tank, wherein the blades (54, 56) of the conveyor auger have a gap between their outer edge and the inner surface of the inner tank and are arranged in parallel pairs with a mutual gap, said gap for being partially filled with more or less wet sludge masses which will form a continuously exchanged wiper mass wiping along the inner surface of the inner tank, thus preventing steel to steel contact along the inner surface of the inner tank. - a first cylindrical, inner tank comprising: - a sludge inlet, - a first evaporated gas outlet; - a solid matter outlet, - a sludge inlet, - a first evaporated gas outlet; - a solid matter outlet, - a conveyor auger axially aligned inside said first, inner tank for transporting said oil contaminated sludge masses from said sludge inlet towards said solid matter outlet, said conveyor auger comprising an axially extending shaft, - a second cylindrical, outer tank enclosing said first, inner tank such that a cavity is formed around said first, inner tank, - a heating element arranged at least at a lower part of said second, outer tank, characterized in that - said cavity, in an operative state of said sludge separator, is filled with smelted Lead (Pb) so as for distributing heat evenly over the whole said first, inner tank's surface and in that said conveyor auger comprises a plurality of radially extending arms, and each arm is provided with a conveyor blade pair with a first and second conveyor blade (54, 56) arranged at outer ends of said arms for smearing the sludge masses peripherally around an inner surface of said inner tank, wherein the blades (54, 56) of the conveyor auger have a gap between their outer edge and the inner surface of the inner tank and are arranged in parallel pairs with a mutual gap, said gap for being partially filled with more or less wet sludge masses which will form a continuously exchanged wiper mass wiping along the inner surface of the inner tank, thus preventing steel to steel contact along the inner surface of the inner tank.
A process for the preparation of mammalian-derived HA-pancreatin including lipases, proteases and amylases, having specific lipase activity of at least 120 IU/mg, comprising: a1.1) suspending starting mammalian pancreatin and precipitating a first insoluble portion in a solvent having a Hildebrand solubility parameter of 38(MPa) 0.5; a1.2) separating the soluble portion of step a1.1 from the first insoluble portion; a1.3) precipitating a second insoluble portion by adding to the soluble portion of step a1.2 at least one organic solvent thereof to obtain a mixture having a Hildebrand solubility parameter of 36; a2) separating the second insoluble portion of step a 1.3 from the soluble portion; a3.1) drying the first insoluble portion of step a1.2; a3.2) drying the second insoluble portion of step a2; a4) mixing together the first insoluble portion of step a3.1 with the second insoluble portion of step a3.2, wherein (i) said solvent used in step a1.1 is a mixture of acetone and buffer solution having a pH of 7, (ii) the process temperature is 4°C, (iii) the mixture of step a1.3 is a mixture of acetone and buffer solution having a pH of 7, and (iv) the pancreatin of step a1.1 is in an amount of 0.1 g/ml. a1.1) suspending starting mammalian pancreatin and precipitating a first insoluble portion in a solvent having a Hildebrand solubility parameter of 38(MPa) 0.5; a1.2) separating the soluble portion of step a1.1 from the first insoluble portion; a1.3) precipitating a second insoluble portion by adding to the soluble portion of step a1.2 at least one organic solvent thereof to obtain a mixture having a Hildebrand solubility parameter of 36; a2) separating the second insoluble portion of step a 1.3 from the soluble portion; a3.1) drying the first insoluble portion of step a1.2; a3.2) drying the second insoluble portion of step a2; a4) mixing together the first insoluble portion of step a3.1 with the second insoluble portion of step a3.2, wherein (i) said solvent used in step a1.1 is a mixture of acetone and buffer solution having a pH of 7, (ii) the process temperature is 4°C, (iii) the mixture of step a1.3 is a mixture of acetone and buffer solution having a pH of 7, and (iv) the pancreatin of step a1.1 is in an amount of 0.1 g/ml. (i) said solvent used in step a1.1 is a mixture of acetone and buffer solution having a pH of 7, (ii) the process temperature is 4°C, (iii) the mixture of step a1.3 is a mixture of acetone and buffer solution having a pH of 7, and (iv) the pancreatin of step a1.1 is in an amount of 0.1 g/ml.
A system for treating a tissue site, comprising: a fluid hub; a plurality of elongate fluid members positioned in fluid communication with the fluid hub, each of the plurality of elongate fluid members comprising a proximal end, a distal end, and an elongate side between the proximal end and the distal end, the elongate side extending outward from the fluid hub; a separable joint coupled between the elongate side of one of the plurality of elongate fluid members and the elongate side of another of the plurality of elongate fluid members; a pneumatic connector in fluid communication with the plurality of elongate fluid members; and a reduced-pressure source adapted to be positioned in fluid communication with the pneumatic connector characterized in that each of the plurality of elongate fluid members further comprise at least one fluid lumen defined by at least a portion of a dressing film, wherein the dressing film comprises a first dressing film and a second dressing film, and wherein the at least one fluid lumen is defined between the first dressing film and the second dressing film, and the at least one fluid lumen is positioned between the proximal end and the distal end, and wherein the at least one fluid lumen carries at least a portion of a dressing manifold, the dressing manifold comprising foam. a fluid hub; a plurality of elongate fluid members positioned in fluid communication with the fluid hub, each of the plurality of elongate fluid members comprising a proximal end, a distal end, and an elongate side between the proximal end and the distal end, the elongate side extending outward from the fluid hub; a separable joint coupled between the elongate side of one of the plurality of elongate fluid members and the elongate side of another of the plurality of elongate fluid members; a pneumatic connector in fluid communication with the plurality of elongate fluid members; and a reduced-pressure source adapted to be positioned in fluid communication with the pneumatic connector characterized in that each of the plurality of elongate fluid members further comprise at least one fluid lumen defined by at least a portion of a dressing film, wherein the dressing film comprises a first dressing film and a second dressing film, and wherein the at least one fluid lumen is defined between the first dressing film and the second dressing film, and the at least one fluid lumen is positioned between the proximal end and the distal end, and wherein the at least one fluid lumen carries at least a portion of a dressing manifold, the dressing manifold comprising foam.
A device for fastening an element of elongate shape, such as for example an electrical harness or a duct, to a structure of a machine, in particular to a turbine engine casing, the device comprising a clamping portion for mounting around the element and secured to at least one tab for fastening to the casing, the device being characterized in that the clamping portion is tubular and made of a heat-shrink plastics material, said portion initially having an inside diameter that is greater than the outside diameter ( d) of the element so as to allow it to be mounted on the element, and being designed to be heated in order to be shrunk onto the element, and in that the fastener tab (118, 218) is made of heat-shrink plastics material and is made integrally with the tubular portion (116, 216).
Gas hob with a hotplate and a cover (13, 14), at least one gas burner arranged in the hotplate, wherein the hotplate has at least one opening which can be covered by the cover (13, 14) for the primary air supply to the gas burner, characterised in that the gas hob has a spring element and an electromagnet, that the cover (13, 14) keeps the opening covered in a closed position with the aid of the electromagnet and the cover (13, 14) releases the opening with the aid of the spring element in an open position by it being pressed upward by the spring element, and the spring element and the electromagnet are designed so that a reset force of the spring element and a holding force of the electromagnetic act opposingly.
A method for operating an agricultural machine having a tractor. an implement trailed or carried by the tractor, an user terminal provided on the tractor, and a machine control system connected to the user terminal, the method comprising, in a first operation: - receiving a first user input through the user terminal, the first user input indicating a first operation task to be executed by a functional implement element (12.1, 12.2) provided on the implement; and - receiving the first user input in the tractor control unit; characterized by - in response to the first user input, generating first driving signals by the tractor control unit, the first driving signals configured to drive operation of the functional implement element (12.1, 12.2) for executing the first operation task; - transmitting, through a data communication assembly, the first driving signals from the tractor control unit to a local driver unit (10.1, 10.2) provided on the implement and assigned to the functional implement element (12.1, 12.2); and - in response to receiving the first driving signals, driving the functional implement element (12.1, 12.2) by the local driver unit (10.1, 10.2), and, the functional implement element (12.1, 12.2) executing the first operation task. - receiving a first user input through the user terminal, the first user input indicating a first operation task to be executed by a functional implement element (12.1, 12.2) provided on the implement; and - receiving the first user input in the tractor control unit; - in response to the first user input, generating first driving signals by the tractor control unit, the first driving signals configured to drive operation of the functional implement element (12.1, 12.2) for executing the first operation task; - transmitting, through a data communication assembly, the first driving signals from the tractor control unit to a local driver unit (10.1, 10.2) provided on the implement and assigned to the functional implement element (12.1, 12.2); and - in response to receiving the first driving signals, driving the functional implement element (12.1, 12.2) by the local driver unit (10.1, 10.2), and, the functional implement element (12.1, 12.2) executing the first operation task.
A packaging for sterile packaging a product, comprising a bag shaped body comprising two main surfaces (2, 3) that are connected mutually gastight at at least part of their peripheral edges (8, 9, 10, 11) comprising a for gas non permeable material (4, 5, 6), wherein at least part of said main surfaces (2; 3) on the one hand comprises a gas permeable material part of a pore size that locks out harmful organisms, and on the other hand comprises a gastight material part (5, 6) that is positioned between two peripheral edges (8, 9) that extend in a longitudinal direction and between said gas permeable material part and a peripheral edge that extends in a transverse direction, characterized in that said gas tight material part is releasably connected to said peripheral edges (8, 9) that extend in a longitudinal direction and to said gas permeable material; or in that said gas permeable material is rigidly connected to said gas tight material part and releasably connected to said gas tight material part; and wherein said gas permeable material part and said gas tight material part are releasably connected at peripheral edges (8, 9).
A motor support, comprising: a support body; a mounting rack; wherein the motor support is for a dehumidifier, a motor of a fan of the dehumidifier is configured to mount on the mounting rack; characterized in that, the mounting rack is hung below the support body by a connection member, wherein the mounting rack is configured to mount the motor, a condenser of the dehumidifier is configured to be supported at the lower side of the support body, a stopper is formed at the support body and is configured to abut against the condenser. a support body; a mounting rack; wherein the motor support is for a dehumidifier, a motor of a fan of the dehumidifier is configured to mount on the mounting rack; characterized in that, the mounting rack is hung below the support body by a connection member, wherein the mounting rack is configured to mount the motor, a condenser of the dehumidifier is configured to be supported at the lower side of the support body, a stopper is formed at the support body and is configured to abut against the condenser.
A textile item of clothing having a ballistic protection equipment, wherein the textile item of clothing has a knitted construction or a warp-/weft-knitted construction from at least two yarns (2, 3), wherein the knitted construction or the warp-/weft-knitted construction has ballistic proportions and flame-resistant proportions, characterized in that the yarns (2,3) are interknitted and form the knitted construction or the warp-/weft-knitted construction.
Cremone lock, in particular for a latch bolt lock on door leafs (1, 2), with a lock housing comprising a strike plate with a passage opening for a bar which is spring-loaded in the direction of its extended locking position, wherein a blocking element is assigned to the bar, which when activated holds this element in a retracted position and comprises actuation means, and which, in or near the surface-parallel closed position of the leaf (1, 2) relative to the frame, interacts with the frame or with a fitting component secured to the frame, releasing the latch bolt and is deactivated, wherein the activated blocking element enters into a cut-out opening of the latch bolt, and is mounted such as to be displaceable essentially transverse to the direction of movement of the latch bolt, and is subjected to force by means of a force storage device into its activated position, wherein the actuation means consists of a button, projecting in the direction of movement of the latch bolt and displaceable over the strike plate, which is assigned to the blocking element at a first surface running inclined to its direction of displacement, characterized in that the button has a spherical shape and is penetrated in a sphere segment section by a borehole, tapering conically in the strike plate direction, the clear diameter of which, at least transverse to the strike plate extension, is dimensioned as less than the sphere diameter.
A pool skimmer device, including an openworked upper floating cap for entry of water, slidably mounted in height on a body itself sliding in height on a lower support for discharging water outwards, so that the height of the body relatively to the support is adjustable according to at least two different adjustment positions, elements (30, 120) for locking and unlocking the height of the body relatively to the support in different adjustment positions being provided.
A high-pressure cleaning device for dirty components, in particular components from chemical plants and preferably oil industry plants, - with a pressure of a cleaning liquid used of at least 500 bars, - with a frame, - with an endless conveyor belt, which is disposed in the frame and guided around belt pulleys that each have a horizontal axis of rotation and which include a front belt pulley and a rear belt pulley, which forms an upper run, whereon the components are located during operation, and a lower run, and which has a large number of through-holes, - with an input station located in the vicinity of the front belt pulley and having an input table that is substantially flush with the upper run, - with an output station located in the vicinity of the rear belt pulley and having an output table, - with an upper nozzle assembly, which is disposed above the upper run, is rotatable about a vertical axis of rotation and has nozzles directed downwards towards the upper run, - with a lower nozzle assembly, which is disposed between the upper run and the lower run, is rotatable about a vertical axis of rotation and has nozzles directed upwards towards the through-holes, - wherein the upper run is covered between the input station and the closest nozzle assembly by a hood, and this hood is so long that a human is incapable of reaching up to the nozzle assembly, and the measure is taken in the same manner in the region of the output station. - with a pressure of a cleaning liquid used of at least 500 bars, - with a frame, - with an endless conveyor belt, which is disposed in the frame and guided around belt pulleys that each have a horizontal axis of rotation and which include a front belt pulley and a rear belt pulley, which forms an upper run, whereon the components are located during operation, and a lower run, and which has a large number of through-holes, - with an input station located in the vicinity of the front belt pulley and having an input table that is substantially flush with the upper run, - with an output station located in the vicinity of the rear belt pulley and having an output table, - with an upper nozzle assembly, which is disposed above the upper run, is rotatable about a vertical axis of rotation and has nozzles directed downwards towards the upper run, - with a lower nozzle assembly, which is disposed between the upper run and the lower run, is rotatable about a vertical axis of rotation and has nozzles directed upwards towards the through-holes, - wherein the upper run is covered between the input station and the closest nozzle assembly by a hood, and this hood is so long that a human is incapable of reaching up to the nozzle assembly, and the measure is taken in the same manner in the region of the output station.