mhurhangee/ep-ind-claims huggingface dataset:
A surgical implant, comprising: a porous sheet manufactured by heating polymeric particles on a mandrel in order to provide an implant sheet having an interconnected pore structure that may be compressed by a heat compression mold without losing porosity; and a solid membrane sheet in order to provide a laminated article that is less than 1.0 mm thick. a porous sheet manufactured by heating polymeric particles on a mandrel in order to provide an implant sheet having an interconnected pore structure that may be compressed by a heat compression mold without losing porosity; and a solid membrane sheet in order to provide a laminated article that is less than 1.0 mm thick.
Tapping channel for a metallurgical furnace, consisting of at least one tapping block (10, 11, 12) and a cooling device, which is constructed as a sleeve, in the region of the furnace wall, wherein the sleeve at least partly encloses the tapping block (10, 11, 12) so as to indirectly cool the tapping block, wherein the sleeve is made from a material with high heat conductivity, characterised in that the sleeve is constructed with an encircling cooling channel at least in an area in its region protruding outwardly from the furnace wall.
A method for manufacturing a barrier layer on a substrate (1, 1a, 1b), the method comprising: - providing a substrate (1, 1a, 1b) with an inorganic oxide layer having a pore volume between 0.3 and 10 vol. %; - treating said substrate with an inorganic oxide layer in a glow discharge plasma, said plasma being generated by at least two electrodes (2, 3) in a treatment space formed between said two electrodes, said treatment space also being provided with a gas comprising Nitrogen compounds; and - the treating of the substrate in said treatment space is done at a temperature below 150°C, e.g. below 100°C. - providing a substrate (1, 1a, 1b) with an inorganic oxide layer having a pore volume between 0.3 and 10 vol. %; - treating said substrate with an inorganic oxide layer in a glow discharge plasma, said plasma being generated by at least two electrodes (2, 3) in a treatment space formed between said two electrodes, said treatment space also being provided with a gas comprising Nitrogen compounds; and - the treating of the substrate in said treatment space is done at a temperature below 150°C, e.g. below 100°C.
Locator and wire stop device arranged to be mounted on a hand operated crimping tool outside of and adjacent to a crimp opening defined by crimping dies (104, 106) on the hand operated crimping tool and arranged to locate and retain at least one crimpable connector part (3, 5, 7, 9) between at least two crimping dies (104, 106) of the hand operated crimping tool, where the locator and wire stop device comprises positioning means (4, 6, 8) for cooperation with a connector comprising said at least one crimpable connector part (3, 5, 7, 9), an axially protruding connection part, and an intermediate connector body comprising a transversal protrusion, where the positioning means (4, 6, 8) comprise a pivotable connector and wire stop element, characterized in, that the positioning means (4, 6, 8) comprise a first resilient locator element and a second locator element, where the first resilient locator element and the second locator element comprise respective through holes (10, 12) both arranged to receive the connection part of the connector, where the through holes (10, 12) at least in combination are arranged to radially (r) retain the connection part of the connector, and where further during a crimping operation the first resilient locator element is arranged to abut against an axial end of the transversal protrusion of the connector body and the pivotable connector and wire stop element is arranged to axially block the other axial end of the transversal protrusion of the connector body thereby positioning and retaining the connector in the crimping tool, where the first resilient locator element and the pivotable connector and wire stop element further allow for axial expansion of the connector during a crimping operation, the locator and wire stop device further comprising a spacing element arranged to create a distance between the first resilient locator element and the pivotable connector and wire stop element in order to allow for the transversal protrusion of the connector body to fit therebetween, where further the first resilient locator element and the second locator element are arranged distanced apart from each other at the respective through holes (10, 12).
A friction disk comprising: a friction disk core comprising: a spine comprising a first contact surface of the spine that defines a first contact surface plane; and a first retention ring comprising an annular feature, the first retention ring disposed substantially concentrically with the friction disk core and extending axially relative to the first contact surface plane, wherein the first retention ring has a first retention ring wall that is substantially parallel with a friction disk core axis; and characterized in that the friction disk further comprises a first floating wear liner being a wear liner configured to rotate with respect to the friction disk core, the floating wear liner comprising: a first wear surface configured to contact the first contact surface; a second wear surface opposite the first wear surface; an interior axial wall defining an interior diameter; and an exterior axial wall defining an outside diameter; wherein the interior axial wall and the exterior axial wall extend between the first wear surface and the second wear surface, and wherein the interior axial wall is radially spaced apart from and has a configuration complementary to the first retention ring wall. a friction disk core comprising: a spine comprising a first contact surface of the spine that defines a first contact surface plane; and a first retention ring comprising an annular feature, the first retention ring disposed substantially concentrically with the friction disk core and extending axially relative to the first contact surface plane, wherein the first retention ring has a first retention ring wall that is substantially parallel with a friction disk core axis; and characterized in that the friction disk further comprises a spine comprising a first contact surface of the spine that defines a first contact surface plane; and a first retention ring comprising an annular feature, the first retention ring disposed substantially concentrically with the friction disk core and extending axially relative to the first contact surface plane, wherein the first retention ring has a first retention ring wall that is substantially parallel with a friction disk core axis; and characterized in that the friction disk further comprises a first floating wear liner being a wear liner configured to rotate with respect to the friction disk core, the floating wear liner comprising: a first wear surface configured to contact the first contact surface; a second wear surface opposite the first wear surface; an interior axial wall defining an interior diameter; and an exterior axial wall defining an outside diameter; a first wear surface configured to contact the first contact surface; a second wear surface opposite the first wear surface; an interior axial wall defining an interior diameter; and an exterior axial wall defining an outside diameter;
A water-absorbent resin powder meeting the following requirements (a) to (d): (a) a bulk density: 0.45 g/ml to 0.62 g/ml; (b) an absorption speed by a vortex method: 20 seconds to 50 seconds; (c) a liquid-passing speed under load: 10 seconds or less; and (d) a moisture absorption blocking ratio: 5% or less, wherein the water-absorbent resin powder is obtained by treating, with a surface modifier, a dried product of a crosslinked polymer obtained by polymerizing a monomer composition containing: a water-soluble ethylenically unsaturated monomer and/or a hydrolyzable monomer producing the water-soluble ethylenically unsaturated monomer by hydrolysis; and an internal crosslinking agent (b); characterized in that the surface modifier is at least one member selected from the group consisting of carboxy-modified polysiloxanes, epoxy-modified polysiloxanes, and amino-modified polysiloxanes, wherein a content of the modifying group in each of the modified polysiloxanes is in the range from 200 g/mol to 11,000 g/mol, as a carboxy equivalent, an epoxy equivalent, or an amino equivalent. (a) a bulk density: 0.45 g/ml to 0.62 g/ml; (b) an absorption speed by a vortex method: 20 seconds to 50 seconds; (c) a liquid-passing speed under load: 10 seconds or less; and (d) a moisture absorption blocking ratio: 5% or less,
A rope arrangement of a hoisting device comprising one or more belt-shaped ropes (1, 1',1") passing around one or more crowned rope wheels (4, 4') resting against a crowned circumferential surface area thereof, one or more of said belt-shaped ropes (1, 1', 1") being substantially larger in its width-direction (w) than thickness-direction (t), and comprising two or more load bearing members; a coating (3,3',3") forming an outer surface of the rope (1, 1', 1"), in which coating (3,3',3") the two or more load bearing members are embedded, wherein the two or more load bearing members are oriented to extend parallel with longitudinal direction of the rope (1, 1', 1") adjacent each other in width direction (w) of the rope (1, 1', 1") such that a gap is formed in width direction (w) of the rope (1, 1', 1") between load bearing members next to each other, the coating (3,3',3") extending into the gap, each said load bearing member is made of composite material comprising reinforcing fibers (f) embedded in polymer matrix (m), said reinforcing fibers (f) preferably being carbon fibers or glass fibers; and each said load bearing member is substantially larger in width-direction (w) of the rope (1,1',1") than in thickness-direction (t) of the rope (1,1',1"); characterised in that, the coating comprises a first coating portion between load bearing members next to each other, and a second coating portion forming an outer side of the rope facing in thickness direction (t) of the rope, and in that the material of the first coating portion is substantially harder than the material of the second coating portion; and each of said one or more belt-shaped ropes (1, 1', 1") passes around a crowned rope wheel (4, 4') such that its outer side facing in thickness direction (t) of the rope (1, 1', 1"), which outer side is formed by the second coating portion (3b; 3b';3b"), rests against a crowned circumferential surface area of the rope wheel (4, 4').
A composition consisting essentially of: (a) HFO-E-1,3,4,4,4-pentafluoro-3-trifluoromethyl-1-butene; and (b) HFO-E-1,1,1,4,4,4-hexafluoro-2-butene; wherein the HFO-E-1,1,1,4,4,4-hexafluoro-2-butene is present in an effective amount to form an azeotropic or azeotrope-like composition with the HFO-E-1,3,4,4,4-pentafluoro-3-trifluoromethyl-1-butene. (a) HFO-E-1,3,4,4,4-pentafluoro-3-trifluoromethyl-1-butene; and (b) HFO-E-1,1,1,4,4,4-hexafluoro-2-butene; wherein the HFO-E-1,1,1,4,4,4-hexafluoro-2-butene is present in an effective amount to form an azeotropic or azeotrope-like composition with the HFO-E-1,3,4,4,4-pentafluoro-3-trifluoromethyl-1-butene.
An underground base station configured to locate below a ground surface of the earth, the underground base station comprising: an outer shell assembly, configured to have a cavity therein and an outer shell having a bottom part; a sealing assembly, arranged to be completely housed within the cavity and fixed with the outer shell, the sealing assembly having a bottom part, an inner chamber, and at least one communication component (26, 27, 28) disposed within the inner chamber; a fiber assembly, disposed to fix onto the outer shell assembly and a fiber from which is connected with the at least one communication component (26, 27, 28); and a cover assembly, fixed on top of the outer shell assembly and having an antenna module therein; wherein the sealing assembly is configured to have at least one opening at the bottom part of the sealing assembly facing away from the ground surface, and wherein the bottom part of the outer shell and the bottom part of the sealing assembly are separated by a distance. an outer shell assembly, configured to have a cavity therein and an outer shell having a bottom part; a sealing assembly, arranged to be completely housed within the cavity and fixed with the outer shell, the sealing assembly having a bottom part, an inner chamber, and at least one communication component (26, 27, 28) disposed within the inner chamber; a fiber assembly, disposed to fix onto the outer shell assembly and a fiber from which is connected with the at least one communication component (26, 27, 28); and a cover assembly, fixed on top of the outer shell assembly and having an antenna module therein; wherein the sealing assembly is configured to have at least one opening at the bottom part of the sealing assembly facing away from the ground surface, and wherein the bottom part of the outer shell and the bottom part of the sealing assembly are separated by a distance.
Loading hopper with scraper, comprising: - side walls designed to deviate a load towards an underlying bottom, characterized in that it comprises - a grooved plate defining said bottom of the hopper and provided with a plurality of longitudinal grooves which are arranged side by side and developed over the length of the bottom, - a discharge opening at the level of one end of said grooved plate, - a comb scraper provided with scraping ridges (17, 17a), each one of which is shaped in such a way that it moves within a corresponding longitudinal groove of said grooved plate, - moving means suited to move said comb scraper on said grooved plate between a rest position and an end-of-stroke position. - side walls designed to deviate a load towards an underlying bottom, - a grooved plate defining said bottom of the hopper and provided with a plurality of longitudinal grooves which are arranged side by side and developed over the length of the bottom, - a discharge opening at the level of one end of said grooved plate, - a comb scraper provided with scraping ridges (17, 17a), each one of which is shaped in such a way that it moves within a corresponding longitudinal groove of said grooved plate, - moving means suited to move said comb scraper on said grooved plate between a rest position and an end-of-stroke position.
- A method for acquiring the coordinates of a trigger point of a projectile or of a burst of projectiles on a trajectory and above a field part on which a target (5a, 5b, 5c) is located, characterised in that it comprises the following steps: emitting from a laser source at least one laser pulse having a predetermined duration and directed towards the field part where the target (5a, 5b, 5c) is located, receiving the images reflected by the field part with a receiver equipped with means for the synchronous visualization of the reflection of the laser pulses under the form of a piece of observation of the field part, the piece having a width (δ) which can be possibly modified by selecting a duration for the laser emission or reception, and whose distance with respect to the receiver can be modified by adjusting a delay between the emission and the reception of the laser pulse, recovering the coordinates of a trigger point desired by the operator when the latter has chosen a suitable location on an image of the piece of observation after having moved the piece of observation with respect to the receiver and possibly adjusted the width (δ) of the piece, the trigger point being within said piece. emitting from a laser source at least one laser pulse having a predetermined duration and directed towards the field part where the target (5a, 5b, 5c) is located, receiving the images reflected by the field part with a receiver equipped with means for the synchronous visualization of the reflection of the laser pulses under the form of a piece of observation of the field part, the piece having a width (δ) which can be possibly modified by selecting a duration for the laser emission or reception, and whose distance with respect to the receiver can be modified by adjusting a delay between the emission and the reception of the laser pulse, recovering the coordinates of a trigger point desired by the operator when the latter has chosen a suitable location on an image of the piece of observation after having moved the piece of observation with respect to the receiver and possibly adjusted the width (δ) of the piece, the trigger point being within said piece.
A power source mounted on a lift truck which comprises: a DC bus connected to supply current to a lift system and a traction system on the lift truck; a fuel cell mounted on the lift truck and being operable to produce a supply of DC current from a supply of hydrogen; a storage battery mounted on the lift truck and coupled to the fuel cell; a primary bus, wherein the storage battery and the fuel cell are connected to supply current to the primary bus; a capacitor bank mounted on the lift truck and connected between the primary bus and the DC bus; a switch connected between the DC bus and the primary bus, the switch operable to connect the fuel cell and storage battery directly to the DC bus when the lift truck requires DC current and the capacitor bank is in a discharged state, and the switch being operable to be opened to enable an excess voltage on the DC bus to charge the capacitor bank; and an energy controller configured to monitor the voltage on the primary bus and on the DC bus and which is configured to open and close the switch. a DC bus connected to supply current to a lift system and a traction system on the lift truck; a fuel cell mounted on the lift truck and being operable to produce a supply of DC current from a supply of hydrogen; a storage battery mounted on the lift truck and coupled to the fuel cell; a primary bus, wherein the storage battery and the fuel cell are connected to supply current to the primary bus; a capacitor bank mounted on the lift truck and connected between the primary bus and the DC bus; a switch connected between the DC bus and the primary bus, the switch operable to connect the fuel cell and storage battery directly to the DC bus when the lift truck requires DC current and the capacitor bank is in a discharged state, and the switch being operable to be opened to enable an excess voltage on the DC bus to charge the capacitor bank; and an energy controller configured to monitor the voltage on the primary bus and on the DC bus and which is configured to open and close the switch.
A monitoring device having an optical sensor, by means of which object monitoring is carried out within a protective field, wherein three contour detection fields (Kl, K2, K3) of different lengths are provided, wherein the contour detection fields (Kl, K2, K3) project beyond the protective field and do not overlap there, at least partially, and wherein an enlargement or reduction of the protective field is effected depending on the sequence of occupancy states of the contour detection fields (Kl, K2, K3), characterised in that the longest contour detection field (Kl) is arranged between the two further contour detection fields.
A flexible drive shaft comprising: a first shaft portion extending along a rotational axis; a second shaft portion extending along the rotational axis; a first angular displacement coupling engaged to the first shaft portion; a second angular displacement coupling engaged to the second shaft portion; and an axial displacement coupling including an outer periphery, a first wall engaged to and extending radially between the first shaft portion and the outer periphery, a second wall spaced axially from the first wall and engaged to and extending radially between the second shaft portion and the outer periphery, wherein the first and second walls (44, 46) are resiliently flexible to facilitate axial displacement between the first and second shaft portions (24, 26), and the first wall is spaced axially from the first angular displacement coupling by the first shaft portion and the second wall is spaced axially from the second angular displacement coupling by the second shaft portion; and wherein the first and second angular displacement couplings (28, 30) each include at least one bellows, and wherein the axial displacement coupling has greater axial compliancy than the first and second angular displacement couplings (28, 30). a first shaft portion extending along a rotational axis; a second shaft portion extending along the rotational axis; a first angular displacement coupling engaged to the first shaft portion; a second angular displacement coupling engaged to the second shaft portion; and an axial displacement coupling including an outer periphery, a first wall engaged to and extending radially between the first shaft portion and the outer periphery, a second wall spaced axially from the first wall and engaged to and extending radially between the second shaft portion and the outer periphery, wherein the first and second walls (44, 46) are resiliently flexible to facilitate axial displacement between the first and second shaft portions (24, 26), and the first wall is spaced axially from the first angular displacement coupling by the first shaft portion and the second wall is spaced axially from the second angular displacement coupling by the second shaft portion; and wherein the first and second angular displacement couplings (28, 30) each include at least one bellows, and wherein the axial displacement coupling has greater axial compliancy than the first and second angular displacement couplings (28, 30).
An electrically folding and unfolding multi-fold umbrella, comprising a handle, a pull cord, and an intermediate shaft fixedly connected with the handle, the handle being defined at one end of the intermediate shaft, an upper nest and a lower nest being defined at two sides of the intermediate shaft respectively, and the lower nest being adjacent to the handle, a motor, a first gear, and at least one pulley being all located in the upper nest, the first gear being coaxial with one pulley, a side of the motor adjacent to the handle defining a lead screw which being engaged with the first gear, an axis of the pulley being connected to an inner surface of the upper nest, a fixed pulley being defined at a side of an inner surface of the lower nest, one end of the pull cord being fixed in the end of the intermediate shaft adjacent to the handle, the other end of the pull cord being fixed on the upper nest after steering by the pulley in the upper nest and the fixed pulley in the lower nest in sequence.