mhurhangee/ep-ind-claims huggingface dataset:
A shock wave generating device, comprising: an optical fiber; and a reflective part, the shock wave generating device being configured to reflect and converge shock wave generated inside the reflective part to an outside of the reflective part, the reflective part including: a reflector having a concave surface, which is provided on one end side, and has a cut surface-of-revolution shape obtained by cutting a spheroid in which a major axis is a rotating axis, or a curved surface obtained by modifying the spheroid, and a through hole, which is formed coaxially with the rotating axis, and into which the optical fiber is to be inserted from another end side; a sealing body configured to seal an opening portion of the concave surface; and a liquid to be charged between the concave surface and the sealing body, characterised by the optical fiber having a distal end arranged at a position on the another end side of a focal point of the concave surface in the reflective part, at which the shock wave reflected by the concave surface is convergeable outside the reflective part. an optical fiber; and a reflective part, the shock wave generating device being configured to reflect and converge shock wave generated inside the reflective part to an outside of the reflective part, the reflective part including: a reflector having a concave surface, which is provided on one end side, and has a cut surface-of-revolution shape obtained by cutting a spheroid in which a major axis is a rotating axis, or a curved surface obtained by modifying the spheroid, and a through hole, which is formed coaxially with the rotating axis, and into which the optical fiber is to be inserted from another end side; a sealing body configured to seal an opening portion of the concave surface; and a liquid to be charged between the concave surface and the sealing body, characterised by the optical fiber having a distal end arranged at a position on the another end side of a focal point of the concave surface in the reflective part, at which the shock wave reflected by the concave surface is convergeable outside the reflective part. a reflector having a concave surface, which is provided on one end side, and has a cut surface-of-revolution shape obtained by cutting a spheroid in which a major axis is a rotating axis, or a curved surface obtained by modifying the spheroid, and a through hole, which is formed coaxially with the rotating axis, and into which the optical fiber is to be inserted from another end side; a sealing body configured to seal an opening portion of the concave surface; and a liquid to be charged between the concave surface and the sealing body, characterised by the optical fiber having a distal end arranged at a position on the another end side of a focal point of the concave surface in the reflective part, at which the shock wave reflected by the concave surface is convergeable outside the reflective part.
A probe that is attached to a contact inspection device and used for a contact inspection by being pressed against a test object, wherein the probe includes: a probe base body having an outer diameter D1 and having a first end as a portion that contacts the test object set in an inspection and a second end that contacts an electrical contact point of the contact inspection device; and a covering member that covers the probe base body between the first end and the second end and is in close contact with the surface of the probe base body, the covering member having an outer diameter D2, the covering member covering the probe base body between a first exposed portion that is not covered with the covering member on the first end side of the probe base body, and a second exposed portion exposed from the covering member on the second end side of the probe base body, the probe is attached in a bent-deformed state by pressing a terminal portion on the first end side of the covering member against a base portion of the contact inspection device, the second end of the probe base body is pressed against the contact point by opposing force due to the pressing, and a portion exposed from the covering member on the second end side of the probe base body is provided with an enlarged diameter portion having an outer diameter D3 larger than D1 and corresponding to the second exposed portion, characterized in that the first exposed portion is configured to be inserted through a hole of a first end-side guide member having an inner diameter d1, wherein the inner diameter d1 is formed to be larger than the outer diameter D1 and smaller than the outer diameter D2; the covering member has a terminal portion on the second end side that contacts the enlarged diameter portion; and the covering member comprises a terminal portion on the first end side against which a base portion of the first end-side guide member abuts. a probe base body having an outer diameter D1 and having a first end as a portion that contacts the test object set in an inspection and a second end that contacts an electrical contact point of the contact inspection device; and a covering member that covers the probe base body between the first end and the second end and is in close contact with the surface of the probe base body, the covering member having an outer diameter D2, the covering member covering the probe base body between a first exposed portion that is not covered with the covering member on the first end side of the probe base body, and a second exposed portion exposed from the covering member on the second end side of the probe base body,
Combination of one or more FCC catalyst(s) with a composition, wherein the weight percent of the composition based on the total weight of said composition plus FCC catalyst(s) is from 1 wt % to 30 wt% and wherein said composition is suitable for removing one or more poisonous metals from hydrocarbons, said composition consisting of hydrotalcite having one or more trapping metals dispersed on the outer surface thereof, said trapping metals being selected from the group consisting of barium, calcium, manganese, lanthanum, iron, tin, zinc, cerium, and elements of Group 2 as identified in a Periodic Table of the Elements, said hydrotalcite consisting of (a) naturally occurring hydrotalcite, (b) synthetic hydrotalcite, (c) a hydrotalcite-like material, or (d) a mixture of any two or more of (a) - (c), wherein the one or more trapping metals comprise manganese.
Apparatus for restraining fiberoptic cables in the region of a sealing body of a cable sleeve, namely within an interior thereof which is delimited by the cable sleeve, with a fitting part, the fitting part being capable of being fastened on the sealing body of the cable sleeve, with a plurality of slide parts acting on the fitting part, each slide part being used for individually restraining a single fiberoptic cable and being capable of being moved translatorially in terms of its position relative to the fitting part within predetermined limits for the purpose of matching said slide part to a cable diameter of the respective fiberoptic cable to be restrained, and with guide parts acting on the slide parts, each guide part being used for individually restraining a central element of the fiberoptic cable to be restrained on the corresponding slide part, characterized in that each slide part has a base plate, which has end sections which are bent back in different directions at two opposite ends, a slide part acting on the fitting part via a first end section and being capable of being moved relative to the fitting part in the radial direction of the sealing body via the first end section, and a guide part acting on the second end section of the slide part, which guide part is capable of being moved on the second end section translatorially in terms of its position relative to the slide part in the radial direction of the sealing body within predetermined limits for the purpose of aligning the guide part centrally with respect to the central element of the respective fiberoptic cable to be restrained.
Electrical circuit breaker comprising: - at least one first fixed pad; - a support assembly which is equipped with at least one second pad and is movable in rotation, about a main axis, between a first position in which the second pad is in contact with the first pad and a second position in which the second pad is spaced apart from the first pad; and - an arc-extinguishing chamber comprising: - a stack of plates; - an upper arc-guiding horn; - a lower arc-guiding horn equipped with at least one tab; and - a screen made of insulating material surrounding the lower arc-guiding horn, - a protuberance made of a gas-generating material, the circuit breaker being characterised in that it also comprises a second protuberance made of a gas-generating material, the protuberances being mounted on the screen, arranged between the lower arc-guiding horn and the upper arc-guiding horn and facing the tab of the lower arc-guiding horn, the protuberances having a prismatic or pseudo-prismatic shape, and in that the upper arc-guiding horn has at least one orifice for evacuation of a gas generated by at least one protuberance. - at least one first fixed pad; - a support assembly which is equipped with at least one second pad and is movable in rotation, about a main axis, between a first position in which the second pad is in contact with the first pad and a second position in which the second pad is spaced apart from the first pad; and - an arc-extinguishing chamber comprising: - a stack of plates; - an upper arc-guiding horn; - a lower arc-guiding horn equipped with at least one tab; and - a screen made of insulating material surrounding the lower arc-guiding horn, - a protuberance made of a gas-generating material, the circuit breaker being characterised in that it also comprises a second protuberance made of a gas-generating material, the protuberances being mounted on the screen, arranged between the lower arc-guiding horn and the upper arc-guiding horn and facing the tab of the lower arc-guiding horn, the protuberances having a prismatic or pseudo-prismatic shape, and in that the upper arc-guiding horn has at least one orifice for evacuation of a gas generated by at least one protuberance. - a stack of plates; - an upper arc-guiding horn; - a lower arc-guiding horn equipped with at least one tab; and - a screen made of insulating material surrounding the lower arc-guiding horn, - a protuberance made of a gas-generating material,
A fastening system (10, 10') adapted to be attached to an inner surface of a cargo or a back space of a service vehicle, said fastening system comprising at least one elongated fastening rail (11, 11a, 11b, 11b', 11c', 11', 110, 110', 110", 110c) for fastening an inner wall panel (12a-12d), said elongated fastening rail comprising at least one undercut groove (30, 30') adapted for fastening an item (123, 133, 143, 153, 163, 173) to said at least one elongated fastening rail, said elongated fastening rail having a back side for facing said inner surface and a front side comprising an opening of said undercut groove, said elongated fastening rail further comprising a back portion separate from said undercut groove, and a ledge (36, 360, 360', 360") extending from said back portion towards said front side of said fastening rail; and at least one securing element (41, 70, 122, 132, 142, 152, 162, 172, 182, 192), adapted to press said inner wall panel (12a-12d) against said back portion of said fastening rail (11, 11a, 11b, 11b', 11c', 11'), wherein said fastening rail (11, 11a, 11b, 11b', 11c', 11', 110, 110', 110", 110c) comprises at least one screw securing track extending at least partly in the longitudinal direction of the fastening rail into which a screw is adapted to be screwed into during use, characterized in that said screw securing track comprises two oppositely arranged screw securing ridges protruding from said back portion and has a longitudinal extension in the longitudinal direction of said fastening rail.
A method for inducing differentiation of monocytes contained in an extracorporeal quantity of a mammalian subject's blood sample into immuno-stimulatory dendritic cells, said method comprising at least the steps of: a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing the sample through a flow chamber; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP and UVA; and c) wherein differentiation of monocytes from said blood sample into immuno-stimulatory dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM-1 or PLAUR when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample. a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing the sample through a flow chamber; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP and UVA; and c) wherein differentiation of monocytes from said blood sample into immuno-stimulatory dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM-1 or PLAUR when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample.
A device for emptying granular catalyst material from a reactor, - with a suction hose having a lower open suction end, which is located in the reactor, and an upper outlet end, which is connected to a suction device and is located outside the reactor, - with a percussion machine, which is connected in the vicinity of the suction end to the suction hose, which has a motor having an output shaft and a percussion tool rotatable about the output shaft, wherein the percussion tool has a central part, which is connected to the output shaft and has accommodating openings, and at least two arms disposed on this central part, wherein each arm has at least one chain link which is disposed in a freely articulated manner in one of the accommodating openings, in a non-operating state, the arms hang freely downward from the central part, and in an operating state of the device, the arms are located transversely to the shaft axis, wherein the arms are always located underneath the suction end and, in the operating state, at least partially sweep across the area of the suction end when moving, but do not contact the suction end. - with a suction hose having a lower open suction end, which is located in the reactor, and an upper outlet end, which is connected to a suction device and is located outside the reactor, - with a percussion machine, which is connected in the vicinity of the suction end to the suction hose, which has a motor having an output shaft and a percussion tool rotatable about the output shaft, wherein the percussion tool has a central part, which is connected to the output shaft and has accommodating openings, and at least two arms disposed on this central part, wherein each arm has at least one chain link which is disposed in a freely articulated manner in one of the accommodating openings, in a non-operating state, the arms hang freely downward from the central part, and in an operating state of the device, the arms are located transversely to the shaft axis, wherein the arms are always located underneath the suction end and, in the operating state, at least partially sweep across the area of the suction end when moving, but do not contact the suction end.
A product purchasing method comprising: at a point-of-sale self-checkout terminal comprising a code reader device for automated entry of a product identification code present on items for purchase and a customer-operated interface (302,302a, 302b) for receipt of data from a customer, receiving from a self-checkout customer a first input at the customer-operated interface (302,302a, 302b) initiating a purchase of an item that does not have a product identification code compatible with the reader device present on the item; receiving from a customer successive ones of a plurality of alpha-numeric characters; querying a database based on the received plurality of alpha-numeric characters to determine a query result comprising one or more products identified based on a match between the entered alpha-numeric characters and keywords associated with products; displaying to the customer a graphical user interface comprising a plurality of icons, each icon depicting one of the product identified in the query result; receiving from the customer a selection of one of the displayed icons; and recording a purchase transaction for an item associated with the selected icon. at a point-of-sale self-checkout terminal comprising a code reader device for automated entry of a product identification code present on items for purchase and a customer-operated interface (302,302a, 302b) for receipt of data from a customer, receiving from a self-checkout customer a first input at the customer-operated interface (302,302a, 302b) initiating a purchase of an item that does not have a product identification code compatible with the reader device present on the item; receiving from a customer successive ones of a plurality of alpha-numeric characters; querying a database based on the received plurality of alpha-numeric characters to determine a query result comprising one or more products identified based on a match between the entered alpha-numeric characters and keywords associated with products; displaying to the customer a graphical user interface comprising a plurality of icons, each icon depicting one of the product identified in the query result; receiving from the customer a selection of one of the displayed icons; and recording a purchase transaction for an item associated with the selected icon.
A cage for a control valve trim assembly, the cage comprising: a cage wall; a first plate attached to the cage wall; a second plate spaced apart from the cage wall; a third plate disposed between the first plate and the second plate; and a first plurality of rods longitudinally disposed between the first plate and the second plate; characterised in that the rods in the first plurality of rods are spaced differently between the second plate and the third plate than between the first plate and the third plate. a cage wall; a first plate attached to the cage wall; a second plate spaced apart from the cage wall; a third plate disposed between the first plate and the second plate; and a first plurality of rods longitudinally disposed between the first plate and the second plate; characterised in that the rods in the first plurality of rods are spaced differently between the second plate and the third plate than between the first plate and the third plate.
Method for operating a three-phase machine, in particular a permanent-magnet synchronous machine, which has a rotor and a stator (St), connected to a three-phase network, having a three-phase stator winding, the stator (St) being connected to the three-phase network via a first semiconductor circuit arrangement (51, 53, 55) for forming a first rotational field rotating in a first direction of rotation in the stator (St) and via a second semiconductor circuit arrangement (52, 53, 54) for forming a second rotational field rotating in a direction of rotation opposite to the first direction of rotation in the stator (St), the three-phase machine further having a control unit for setting the semiconductors of the first and second semiconductor circuit arrangement, characterized in that the control unit sets the semiconductors such that the rotor is accelerated by current pulses of both the first and second rotational field in the first direction of rotation, the second rotational field providing additional times for setting the semiconductors, in which the rotor can be accelerated in the first direction of rotation. the stator (St) being connected to the three-phase network via a first semiconductor circuit arrangement (51, 53, 55) for forming a first rotational field rotating in a first direction of rotation in the stator (St) and via a second semiconductor circuit arrangement (52, 53, 54) for forming a second rotational field rotating in a direction of rotation opposite to the first direction of rotation in the stator (St), the three-phase machine further having a control unit for setting the semiconductors of the first and second semiconductor circuit arrangement, characterized in that the control unit sets the semiconductors such that the rotor is accelerated by current pulses of both the first and second rotational field in the first direction of rotation, the second rotational field providing additional times for setting the semiconductors, in which the rotor can be accelerated in the first direction of rotation.
An apparatus for treating contaminated fluid, the apparatus comprising: a porous lattice substrate; and an adsorbent material affixed to the lattice substrate; wherein the adsorbent material comprises: a mesoporous material substantially coating at least a portion of the porous lattice substrate, the mesoporous material having a plurality of mesopores; and a plurality of functional molecules attached to the mesoporous material and configured for removal of at least one contaminant; characterized in that the functional molecules are selected from the group consisting of a thiol, an amine, a thioalkoxide, polycarboxylic acids, ethylenediamine, bipyridyl, phenanthroline, phenols, polyhydroxyaromatic, carbonyl compounds, phosphine, phosphine oxide, isonitrile and combinations thereof. a mesoporous material substantially coating at least a portion of the porous lattice substrate, the mesoporous material having a plurality of mesopores; and a plurality of functional molecules attached to the mesoporous material and configured for removal of at least one contaminant; characterized in that the functional molecules are selected from the group consisting of a thiol, an amine, a thioalkoxide, polycarboxylic acids, ethylenediamine, bipyridyl, phenanthroline, phenols, polyhydroxyaromatic, carbonyl compounds, phosphine, phosphine oxide, isonitrile and combinations thereof.
A protein phosphatase 2A (PP2A) inhibitor having the structure: wherein bond α is present or absent; R 1 and R 2 is each independently H, O - or OR 9, where R 8 is H, alkyl, alkenyl, alkynyl or aryl, or R 1 and R 2 together are =O; R 3 and R 4 are each different, and each is OH, O -, OR 9, O(CH 2) 1-6 R 9, SH, S -, SR 9, where X is O, S, NR 10, or N + R 10 R 10, where each R 10 is independently H, alkyl, C 2 -C 12 alkyl, alkenyl, C 4 -C 12 alkenyl, alkynyl, aryl, substituted aryl where the substituent is other than chloro when R 1 and R 2 are =O, -CH 2 CN, -CH 2 CO 2 R 11, -CH 2 COR 11, -NHR 11 or -NH + (R 11) 2, wherein each R 11 is independently alkyl, alkenyl or alkynyl, or H; R 5 and R 6 is each independently H, OH, or R 5 and R 6 taken together are =O; R 7 and R 8 is each independently H, F, Cl, Br, SO 2 Ph, CO 2 CH 3, or SR 12, where R 12 is H, alkyl, alkenyl, alkynyl or aryl; and each occurrence of alkyl, alkenyl, or alkynyl is branched or unbranched, unsubstituted or substituted, or a salt, enantiomer or zwitterion of the compound, for use in reducing reperfusion injury in mammalian tissue in a subject or for use in reducing tissue damage due to an acute trauma in a subject or for use in reducing vascular leakage in a subject due to an acute trauma.