mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition which comprises a stilbene, a flavonol, and a TLR4/MD2 receptor antagonist as active ingredients together with a pharmaceutically acceptable excipient, wherein the TLR4/MD2 receptor antagonist is curcumin, for use in inhibiting superactivated platelet aggregation.
Foldable traverse for stabilising a ladder, having two elongated traverse legs (65, 66) which are received to be longitudinally displaceable respectively in a pivotable receiving profile (7, 8) on the end of a side rail of the ladder and in the gap between the side rails (2, 2) have pivot bearings in their end-side connecting region, wherein the traverse legs (65, 66) are connected to one another in their end-side connecting region via a common, ladder-free pivot point, wherein each of the traverse legs (65, 66) is formed in two parts and consists of respectively a traverse profile (60, 61) and a traverse hinge (5, 6) received therein, wherein the traverse hinges (5, 6) together form the centre of gravity, characterised in that a stop, which in the opened-out state of the traverse is placed on a support region of the respective other traverse hinge (5, 6) and thus limits the extended position of the opened-out traverse legs (5, 6), is attached to the upper edge of each traverse hinge (5, 6).
Physical lung simulator apparatus (11, 11') comprising - at least a first air chamber (15, 15') with a variable volume for an exchangeable gas, - at least two air conduits (22, 23), namely a first air conduit and a second air conduit, whereof at least the first air conduit is connected to the first air chamber, characterized in that - the volumes of the two air conduits (22, 23) are substantially different, and - at least a first gas exchange element (49, 49') is connected with a first end to the first air chamber for injecting a tracer gas into the first air chamber (15, 15'). - at least a first air chamber (15, 15') with a variable volume for an exchangeable gas, - at least two air conduits (22, 23), namely a first air conduit and a second air conduit, whereof at least the first air conduit is connected to the first air chamber, - the volumes of the two air conduits (22, 23) are substantially different, and - at least a first gas exchange element (49, 49') is connected with a first end to the first air chamber for injecting a tracer gas into the first air chamber (15, 15').
A wearable device, comprising: a first anchor configured for positioning on an upper body of a person wearing the wearable device; a second anchor configured for positioning on a first leg of the person wearing the wearable device; a third anchor configured for positioning on a second leg of the person wearing the wearable device; at least one actuator coupling the first anchor to the second anchor, wherein actuation of the at least one actuator generates a tensile force in the wearable device for generating a moment about one or more joints of the person; and characterised in that the wearable device further comprises a load balancing assembly coupling the at least one actuator to the second anchor and the third anchor, the load balancing assembly comprising a flexible elongate member having a first end coupled to the second anchor and a second end connected to the third anchor, and a mechanism coupling the at least one actuator to an intermediate portion of the flexible elongate member between the first end and the second end, and configured to allow the flexible elongate member to translate within the mechanism and thereby balance the tensile force distributed to the first leg and the second leg of the wearer. a first anchor configured for positioning on an upper body of a person wearing the wearable device; a second anchor configured for positioning on a first leg of the person wearing the wearable device; a third anchor configured for positioning on a second leg of the person wearing the wearable device; at least one actuator coupling the first anchor to the second anchor, wherein actuation of the at least one actuator generates a tensile force in the wearable device for generating a moment about one or more joints of the person; and characterised in that the wearable device further comprises a load balancing assembly coupling the at least one actuator to the second anchor and the third anchor, the load balancing assembly comprising a flexible elongate member having a first end coupled to the second anchor and a second end connected to the third anchor, and a mechanism coupling the at least one actuator to an intermediate portion of the flexible elongate member between the first end and the second end, and configured to allow the flexible elongate member to translate within the mechanism and thereby balance the tensile force distributed to the first leg and the second leg of the wearer.
A method for the treatment of articles including the following steps: - the generation of a laser beam, - the combination of the laser beam with a first gas jet including helium and xenon gases thus obtaining a first accelerated plasma beam, - the following combination of said first plasma beam with a second gas jet including deuterium and tritium gases, thus obtaining a second accelerated plasma beam, - the collimation of said second plasma beam, - the application of a magnetic field to said second plasma beam in order to deflect the electrons of said second plasma beam, thereby generating a plasma electron beam, towards a plate on which said articles are arranged; - the application of said plasma electron beam deflected by said magnetic field on the articles arranged on the plate for a given period of time; - the generation of a laser beam, - the combination of the laser beam with a first gas jet including helium and xenon gases thus obtaining a first accelerated plasma beam, - the following combination of said first plasma beam with a second gas jet including deuterium and tritium gases, thus obtaining a second accelerated plasma beam, - the collimation of said second plasma beam, - the application of a magnetic field to said second plasma beam in order to deflect the electrons of said second plasma beam, thereby generating a plasma electron beam, towards a plate on which said articles are arranged; - the application of said plasma electron beam deflected by said magnetic field on the articles arranged on the plate for a given period of time;
Ear protector with an acoustic damping filter for hearing protection, comprising at least one acoustic element being exchangeable mounted in the filter and defining an acoustic channel extending from one side of the filter through the at least one acoustic element to the other side, wherein the filter is adapted to mount a number of interchangeable acoustic elements, the acoustic damping characteristics of the filter can be adapted by mounting acoustic elements with different damping parameters characterized in that the filter comprises a first and a second acoustic channel extending from one side of the filter through the at least one acoustic element to the other side wherein a dimension of a passage of the second acoustic channel can be adjusted by positioning of a housing of the filter with respect to the at least one acoustic element.
A microbial fermentation method of botanicals, comprising steps of: fermenting with wall-breaking fungi, and then fermenting with probiotics, wherein the wall-breaking fungi are selected from wood-grown fungi and/or Cordyceps, Ganoderma, Poria cocos, and/ or Grifola umbellata, wherein the probiotics are selected from a group consisting of yeast, selected from Saccharomyces, Pichia, and Hansenula and Lactobacillus, and Acetobacterium, and wherein mixed fermentation of yeast and Lactobacillus is followed by fermentation of Acetobacterium.
A manufacturing method for a bearing outer ring in which a cylindrical material is sequentially subjected to a upsetting process, an extrusion process, a punching process, a rolling process, and a finishing process, to thereby produce a bearing outer ring comprising back-to-back arrangement double-row outer ring raceways at two locations in the axial direction on the inner peripheral surface, wherein in the upsetting process, the cylindrical material is compressed in an axial direction between mutually opposing pressing surfaces of a pair of dies, to obtain a first intermediate material, the extrusion process is a simultaneous forward-backward extrusion process, in which a center portion of the first intermediate material is compressed in the axial direction between a die in the shape of a bottomed cylinder in which a circular protrusion having a height less than half the depth is provided at the center of the base, to give a cylindrical shape forming space between the outer peripheral surface of the circular protrusion and the inner peripheral surface of the die, and a punch having an outside diameter smaller than the inside diameter of the die, and the metal material extruded outward in the radial direction accompanying this compressing action, together with the metal material present in the radially outlying portion of the first intermediate material, moves into the cylindrical shape forming space and also moves in the direction opposite to the pressing direction of the punch into a cylindrical space present between the outer peripheral surface of the punch and the inner peripheral surface of the die, to give a second intermediate material provided with a cross wall on the inside diameter side of an axial center portion of the cylinder, in the punching process, the cross wall of the second intermediate material is punched out to thereby produce a third intermediate material in the overall form of a cylinder, in the rolling process, the inner and outer peripheral surfaces of the third intermediate material are subjected to plastic deformation to produce a fourth intermediate material in which the outer peripheral surface is a cylindrical surface whose outside diameter does not vary substantially in relation to the axial direction, and the inner peripheral surface has a shape in which an inside diameter at the axial center portion is smallest, and in which both side portions of the axial center portion are inclined in a direction in which the inside diameter increases gradually towards both axial ends, and in the finishing process, the inner peripheral surface of the fourth intermediate material is shaved off to form the two outer ring raceways in the inner peripheral surface.
A user equipment (no), UE, operative to establish a circuit-mode call with a wireless network for emergency services, to perform authentication of a location server selected by the wireless network for the emergency circuit-mode call, and to interact with the location server to obtain at least one position estimate for the UE for the emergency circuit-mode call.
Control module including at least one touch panel comprising at least one control zone, characterized in that it includes, in said at least one control zone, at least one first and one second juxtaposed detecting means, the first of which is formed by a capacitive proximity sensor and the second is formed by a touch sensor (16; 33), and a processing unit configured to process a first command depending on a signal from the capacitive proximity sensor (15, 17; 31) and to process a second command depending on a signal from the touch sensor (16; 33).
A suture, comprising: a first segment comprising a plurality of first strands integrated together, the first segment having a constant first denier; and a second segment comprising a plurality of second strands integrated together, the second segment having a constant second denier; wherein there are more second strands in the second segment than first strands in the first segment such that the second denier is greater than the first denier; wherein a first portion of the plurality of second strands is made from a first plurality of yarn elements that extend through the first segment and the second segment, and wherein a second portion of the plurality of second strands is made from a second plurality of yarn elements that are present in the second segment and not the first segment; wherein the yarn elements in the second plurality of yarn elements terminate in a transition zone between the first segment and the second segment; and characterized in that the suture further comprises a third segment having a third denier, the third denier greater than the second denier. a first segment comprising a plurality of first strands integrated together, the first segment having a constant first denier; and a second segment comprising a plurality of second strands integrated together, the second segment having a constant second denier; wherein there are more second strands in the second segment than first strands in the first segment such that the second denier is greater than the first denier; wherein a first portion of the plurality of second strands is made from a first plurality of yarn elements that extend through the first segment and the second segment, and wherein a second portion of the plurality of second strands is made from a second plurality of yarn elements that are present in the second segment and not the first segment; wherein the yarn elements in the second plurality of yarn elements terminate in a transition zone between the first segment and the second segment; and characterized in that the suture further comprises a third segment having a third denier, the third denier greater than the second denier.
A method for preparing an aldehyde, the method comprising: forming a reaction product comprising an aldehyde by reacting an olefin-based compound with a synthetic gas in a hydroformylation reactor under a catalyst for a hydroformylation reaction; introducing the reaction product comprising the aldehyde to a vaporizer; separating low-boiling point components of the reaction product to an upper part of a vaporizer catch pot comprised in the vaporizer, and separating highboiling point components of the reaction product to a lower part of the vaporizer catch pot; and recirculating at least a portion of the low-boiling point components separated to the upper part of the vaporizer catch pot to the vaporizer catch pot, wherein a weight of the low-boiling point components recirculated to the vaporizer catch pot is from 0.1 times to 10 times a weight of the high-boiling point components separated to the lower part of the vaporizer catch pot, wherein the high-boiling point components separated to the lower part of the vaporizer catch pot comprises an aldehyde dimer and the catalyst for a hydroformylation reaction, wherein the high-boiling point components separated to the lower part of the vaporizer catch pot is recirculated to the hydroformylation reactor, and wherein, based on a total weight of the high-boiling point components separated to the lower part of the vaporizer catch pot, a content of the aldehyde dimer is 10% by weight or less. forming a reaction product comprising an aldehyde by reacting an olefin-based compound with a synthetic gas in a hydroformylation reactor under a catalyst for a hydroformylation reaction; introducing the reaction product comprising the aldehyde to a vaporizer; separating low-boiling point components of the reaction product to an upper part of a vaporizer catch pot comprised in the vaporizer, and separating highboiling point components of the reaction product to a lower part of the vaporizer catch pot; and recirculating at least a portion of the low-boiling point components separated to the upper part of the vaporizer catch pot to the vaporizer catch pot, wherein a weight of the low-boiling point components recirculated to the vaporizer catch pot is from 0.1 times to 10 times a weight of the high-boiling point components separated to the lower part of the vaporizer catch pot, wherein the high-boiling point components separated to the lower part of the vaporizer catch pot comprises an aldehyde dimer and the catalyst for a hydroformylation reaction, wherein the high-boiling point components separated to the lower part of the vaporizer catch pot is recirculated to the hydroformylation reactor, and wherein, based on a total weight of the high-boiling point components separated to the lower part of the vaporizer catch pot, a content of the aldehyde dimer is 10% by weight or less.
Apparatus for transferring rod-shaped articles of the tobacco-processing industry from a hopper into a conveyor pipe, comprising a transmitter unit, which comprises a rotationally drivable drum with troughs for receiving and transverse axial conveyance of the rod-shaped articles from a hopper into the region of an ejection zone, characterised in that the drum and the ejection zone are connected to one another via a bulking chute for transverse axial conveyance of the articles from the drum to the ejection zone and the conveyor unit formed from the drum and the bulking chute is arranged in a main chamber formed as a pressure chamber, and that, in the conveying direction F of the articles out of the hopper, a pressure airlock for receiving and interim storage of the articles is arranged in front of the main chamber.
A fluid-tight collapsible polyolefin container that comprises a container body formed of a container laminate, said container laminate being folded to a container-like body and sealed in the overlapping edge regions (2, 3), said container-like body having an outer surface coated with a sheathing of polyolefin material to form the container body, said container body being provided at one open end with a shoulder/head formed from polyolefin material, wherein said container laminate is a laminate having at least three layers, an inner polyolefin layer and an outer polyolefin layer and a barrier layer sandwiched between the outer polyolefin layer and the inner polyolefin layer, wherein the barrier layer comprises at least one, optionally coextruded, polyolefin comprising oriented barrier foil (71, 72) and wherein at least 90 % by weight of the container are made of polyolefin of the same kind, said polyolefin comprising oriented barrier foil (71, 72) being selected from a polymeric coextruded foil, and an oriented polyolefin monolayer foil, wherein the polymeric coextruded foil is a mono-directional oriented polyethylene-ethylene vinyl alcohol copolymer (MDO-PE-EVOH) foil with an EVOH layer between two PE-layers, and the oriented polyolefin monolayer foil is selected from a mono-directional oriented polyethylene foil, and an oriented polypropylene foil. wherein the polymeric coextruded foil is a mono-directional oriented polyethylene-ethylene vinyl alcohol copolymer (MDO-PE-EVOH) foil with an EVOH layer between two PE-layers, and the oriented polyolefin monolayer foil is selected from a mono-directional oriented polyethylene foil, and an oriented polypropylene foil.
A method for predicting presence of hazardous airborne materials in a region to be protected, the method comprising: receiving an indication of an actual or possible hazardous airborne material emission at at least one emission location outside of said region to be protected and spaced therefrom by an intermediate region; ascertaining said at least one emission location; ascertaining a time of initial emission of said airborne material; ascertaining an emission rate of hazardous airborne material at said at least one emission location; and based on measured wind pattern data taken at multiple mutually displaced wind measurement locations in said intermediate region, and at least said time of initial emission and said emission rate, calculating an expected concentration pattern over time of said hazardous airborne materials. receiving an indication of an actual or possible hazardous airborne material emission at at least one emission location outside of said region to be protected and spaced therefrom by an intermediate region; ascertaining said at least one emission location; ascertaining a time of initial emission of said airborne material; ascertaining an emission rate of hazardous airborne material at said at least one emission location; and based on measured wind pattern data taken at multiple mutually displaced wind measurement locations in said intermediate region, and at least said time of initial emission and said emission rate, calculating an expected concentration pattern over time of said hazardous airborne materials.
A method for processing random access in a very-high-speed movement scenario, comprising: selecting, by a base station, a Zadoff-Chu, ZC, sequence group according to a cell type and a first cyclic shift parameter Ncs, setting, by the base station, N detection windows for each ZC sequence in the ZC sequence group, wherein N≥5; sending, by the base station, the cell type, a second Ncs, and the ZC sequence group to a user equipment, UE, so that the UE selects a random access sequence from the ZC sequence group; receiving, by the base station, a random access signal sent by the UE, and obtaining the random access sequence from the random access signal; performing, by the base station, correlation processing on the random access sequence with each ZC sequence in the ZC sequence group; detecting, by the base station, a valid peak value by determining a maximum peak greater than a detection threshold in each of the N detection windows of each ZC sequence, and determining, by the base station, an estimated value of a round trip delay, RTD, according to the valid peak value, wherein the estimated value of the RTD is obtained according to a deviation value of the valid peak value relative to the start position of the detection window in which the valid peak value is located. selecting, by a base station, a Zadoff-Chu, ZC, sequence group according to a cell type and a first cyclic shift parameter Ncs, setting, by the base station, N detection windows for each ZC sequence in the ZC sequence group, wherein N≥5; sending, by the base station, the cell type, a second Ncs, and the ZC sequence group to a user equipment, UE, so that the UE selects a random access sequence from the ZC sequence group; receiving, by the base station, a random access signal sent by the UE, and obtaining the random access sequence from the random access signal; performing, by the base station, correlation processing on the random access sequence with each ZC sequence in the ZC sequence group; detecting, by the base station, a valid peak value by determining a maximum peak greater than a detection threshold in each of the N detection windows of each ZC sequence, and determining, by the base station, an estimated value of a round trip delay, RTD, according to the valid peak value, wherein the estimated value of the RTD is obtained according to a deviation value of the valid peak value relative to the start position of the detection window in which the valid peak value is located.
A seal, comprising: a support ring; a sealing ring locked with said support ring to form an enclosed space therebetween, said sealing ring including at least one seal lip; and an energizer held in said enclosed space and contacting said sealing ring, the enclosed space is open to pressure entry on opposite sides of the energizer, and at least one inner radial gap is formed between the sealing ring and the support ring that allows said pressure to access the enclosed space, characterized in that said sealing ring includes a flange that is press fit into said support ring, said support ring is U-shaped, and said support ring and/or said sealing ring has at least one activation port formed therein that extends into said enclosed space. a support ring; a sealing ring locked with said support ring to form an enclosed space therebetween, said sealing ring including at least one seal lip; and an energizer held in said enclosed space and contacting said sealing ring, the enclosed space is open to pressure entry on opposite sides of the energizer, and at least one inner radial gap is formed between the sealing ring and the support ring that allows said pressure to access the enclosed space, characterized in that said sealing ring includes a flange that is press fit into said support ring, said support ring is U-shaped, and said support ring and/or said sealing ring has at least one activation port formed therein that extends into said enclosed space.