mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a concrete batching plant comprising of the steps of: - loading aggregates comprising of sand and stones of different sizes directly into each compartment of aggregate storage bin from the ground level, only by means of a wheel loader; - discharging the material from storage bin by gravity through batching gates fitted at their bottom into a weighing hopper; - lifting the aggregates after being weighed in weighing hopper from 2 m to 3 m - 3.5 m above the ground level hydraulically, and discharging the same into a mixer; - Simultaneously conveying cement from a horizontal cement silo through screw conveyor into a cement weigher and discharging the same into mixer; - Water is discharged into the mixer either by gravity or by pump / pressure nozzle. - mixing and compacting of the aggregates, which are cement, water and chemicals, for a pre-determined time; - discharging the mixed and compacted concrete into a concrete carrying hopper; - transporting the concrete carrying hopper with the concrete to desired height either hydraulically lifted on rail, rack and pinion or rope arrangement; and - loading the concrete into mobile transit mixer or concrete pump, based on the site requirement. - loading aggregates comprising of sand and stones of different sizes directly into each compartment of aggregate storage bin from the ground level, only by means of a wheel loader; - discharging the material from storage bin by gravity through batching gates fitted at their bottom into a weighing hopper; - lifting the aggregates after being weighed in weighing hopper from 2 m to 3 m - 3.5 m above the ground level hydraulically, and discharging the same into a mixer; - Simultaneously conveying cement from a horizontal cement silo through screw conveyor into a cement weigher and discharging the same into mixer; - Water is discharged into the mixer either by gravity or by pump / pressure nozzle. - mixing and compacting of the aggregates, which are cement, water and chemicals, for a pre-determined time; - discharging the mixed and compacted concrete into a concrete carrying hopper; - transporting the concrete carrying hopper with the concrete to desired height either hydraulically lifted on rail, rack and pinion or rope arrangement; and - loading the concrete into mobile transit mixer or concrete pump, based on the site requirement.
A power converter system comprising at least a first power converter and a second power converter, where the first power converter comprises a first power converter input, a first power converter output and a first power converter control connection, and the second power converter comprises a second power converter input, a second power converter output and a second power converter control connection, where the first power converter output is connected to the second power converter input, each power converter (2, 3) being arranged to output a certain predetermined voltage (U1, U2), where furthermore at least one power converter (2, 3) is arranged to generate a corresponding system signal which is output from the corresponding power converter output (5, 8) together with the corresponding predetermined voltage (U1, U2), wherein each power converter (2, 3) and at least one load comprises a corresponding digital memory, which in turn comprises corresponding identification information in the form of a unique digital number that is comprised in each corresponding system signal, wherein the unique digital number enables the determination of which power converter generated said system signal when said system signal is detected in the system.
A prosthetic vacuum unit for sucking out air inside the carrying shell of a prosthetic leg, the prosthetic vacuum unit comprising: - An upper body having the piston head inside it and being located on an ankle shaft, and - A lower body located below the ankle shaft and connected thereto such that the lower body can move angularly in relation to the upper body; wherein the lower body and the upper body define a front angular volume therebetween so as to allow angular movement of a front side of a bottom surface of the upper body which faces the lower body; and wherein the lower body and the upper body define a rear angular volume therebetween so as to allow angular movement of a rear side of the bottom surface of the upper body which faces the lower body; characterised in that the lower body is connected to the piston head via a lower body connection, a lower body chain link a forked chain link and a piston chain link such that angular movement of the upper body relative to the lower body causes the piston head to move whereby air is sucked out inside the carrying shell; and in that the lower body defines the lower body connection, the upper body defines the upper body connection, a lower end of the forked chain link is pivotally connected to the upper body connection, an upper end of the forked chain link is pivotally connected to a lower end of the piston chain link, an upper end of the piston chain link is pivotally connected to the piston head, a lower end of the lower body chain link is pivotally connected to the lower body connection and an upper end of the lower body connection is pivotally connected to the forked chain link between its upper and lower ends such that movement of the lower body connection towards the upper body connection causes the lower body chain link to push the forked chain link in an upwards direction, whereby the piston chain link pushes the piston head an upwards linear motion. - An upper body having the piston head inside it and being located on an ankle shaft, and - A lower body located below the ankle shaft and connected thereto such that the lower body can move angularly in relation to the upper body; wherein the lower body and the upper body define a front angular volume therebetween so as to allow angular movement of a front side of a bottom surface of the upper body which faces the lower body; and
Device for providing adhesive without an adhesive tank, with - a conveyor unit, having a first conveying means, a first inlet and a first outlet, through which an adhesive present at least partially as a solid is conveyed, - a heating unit, comprising a second inlet and a second outlet, as well as a first means for heating (19, 20) for softening and/or liquefying the adhesive, - and a dosing unit, comprising a dosing inlet, a longitudinal slot and a roller, characterized in that the dosing unit is assigned a means for applying a colored substance and/or a coloring agent adjacent to an adhesive layer deposited over the length of the longitudinal slot on the surface of the roller. - a conveyor unit, having a first conveying means, a first inlet and a first outlet, through which an adhesive present at least partially as a solid is conveyed, - a heating unit, comprising a second inlet and a second outlet, as well as a first means for heating (19, 20) for softening and/or liquefying the adhesive, - and a dosing unit, comprising a dosing inlet, a longitudinal slot and a roller, characterized in that the dosing unit is assigned a means for applying a colored substance and/or a coloring agent adjacent to an adhesive layer deposited over the length of the longitudinal slot on the surface of the roller.
Bicycle that can be driven by muscle power and/or electrically, having - an electric drive, - a control device that is configured to control the electric drive, - a device for determining a steering angle, and - a device for determining a tilt angle, characterized in that the bicycle - has a device for detecting a lateral acceleration and/or a device for detecting a yaw rate of the bicycle, - wherein the device for determining a steering angle has a first rotational speed sensor for a first rotational speed of the front wheel and a second rotational speed sensor for a second rotational speed of the rear wheel, and the control device is configured to determine the steering angle on the basis of the first and the second rotational speed, and - wherein the control device is configured to determine a drive torque for the electric drive on the basis of the steering angle, the tilt angle and the lateral acceleration and/or the yaw rate. - an electric drive, - a control device that is configured to control the electric drive, - a device for determining a steering angle, and - a device for determining a tilt angle, characterized in that the bicycle - has a device for detecting a lateral acceleration and/or a device for detecting a yaw rate of the bicycle, - wherein the device for determining a steering angle has a first rotational speed sensor for a first rotational speed of the front wheel and a second rotational speed sensor for a second rotational speed of the rear wheel, and the control device is configured to determine the steering angle on the basis of the first and the second rotational speed, and - wherein the control device is configured to determine a drive torque for the electric drive on the basis of the steering angle, the tilt angle and the lateral acceleration and/or the yaw rate.
A method for obtaining osteoprogenitors or osteoblasts from adult human bone marrow stem cells (BMSC) or adult human mesenchymal stem cells in vitro or ex vivo, comprising culturing said BMSC or MSC in a medium including human plasma or serum, fibroblast growth factor and transforming growth factor beta (TGFB).
An integrated optical switch or filter comprising: a semiconductor-on-insulator substrate comprising a semiconductor device layer; a Mach-Zehnder interferometer formed in the semiconductor device layer, the Mach-Zehnder interferometer comprising an input coupler, an output coupler, and two waveguide arms connected between the input coupler and the output coupler; and at least a first phase tuner associated with one of the waveguide arms, wherein bend radii of the two waveguide arms are greater than 100 μm along entire lengths of the waveguide arms, and wherein a distance (d 2) between the straight center sections does not exceed 50 μm, wherein the two waveguide arms comprise parallel straight center sections, first curved sections connecting the center sections to the input coupler, and second curved sections connecting the center sections to the output coupler, each of the first curved sections and second curved sections including an inflection point (434, 436), characterized in that: the bend angles of the first curved sections between the input coupler and the inflection points and between the inflection points and the straight center sections and bend angles of the second curved sections between the straight center sections and the inflection points and between the inflection points and the output coupler each do not exceed 30°. a semiconductor-on-insulator substrate comprising a semiconductor device layer; a Mach-Zehnder interferometer formed in the semiconductor device layer, the Mach-Zehnder interferometer comprising an input coupler, an output coupler, and two waveguide arms connected between the input coupler and the output coupler; and at least a first phase tuner associated with one of the waveguide arms, wherein bend radii of the two waveguide arms are greater than 100 μm along entire lengths of the waveguide arms, and wherein a distance (d 2) between the straight center sections does not exceed 50 μm, wherein the two waveguide arms comprise parallel straight center sections, first curved sections connecting the center sections to the input coupler, and second curved sections connecting the center sections to the output coupler, each of the first curved sections and second curved sections including an inflection point (434, 436), characterized in that: the bend angles of the first curved sections between the input coupler and the inflection points and between the inflection points and the straight center sections and bend angles of the second curved sections between the straight center sections and the inflection points and between the inflection points and the output coupler each do not exceed 30°.
A duct comprising: a first member extending between a first end and a second end, at least at the first end having an outwardly-projecting flange portion; a metallic flange member having a sleeve extending between a first end and a second end and a flange extending outward from the sleeve and having a first face and a second face; and a second member extending between a first end and a second end having an outwardly-projecting flange portion, the first member flange portion mounted to the flange first face and the second member flange portion mounted to the flange second face, wherein the metallic flange has a plurality of through-holes; and characterised in that the first and second members (86, 88) are non-metallic members comprising a carbon fiber composite; and in that the first member flange portion and the second member flange portion are secured to the flange by resin. a first member extending between a first end and a second end, at least at the first end having an outwardly-projecting flange portion; a metallic flange member having a sleeve extending between a first end and a second end and a flange extending outward from the sleeve and having a first face and a second face; and a second member extending between a first end and a second end having an outwardly-projecting flange portion, the first member flange portion mounted to the flange first face and the second member flange portion mounted to the flange second face, wherein the metallic flange has a plurality of through-holes; and characterised in that the first and second members (86, 88) are non-metallic members comprising a carbon fiber composite; and in that the first member flange portion and the second member flange portion are secured to the flange by resin.
A pharmaceutical composition for application in human and animals, with at least one systemically and/or locally acting, topically applicable active ingredient and with at least one phospholipid, which contains phosphatidylcholine in a concentration of at least 60 % by weight, referring to the phospholipid, whereby the composition has such a liquid consistency, that it is able to be sprayed as droplets, characterized in that the composition contains such a phospholipid, which improves the transport of the active ingredient trough the cell membrane and which additionally comprises oil in a concentration of between 2 % by weight and 4,8 % by weight besides the at least 60 % by weight phosphatidylcholine.
A drainage system, comprising: a tube configured for insertion into a body of a subject, wherein the tube defines a tube relief lumen and tube drainage lumen in fluid communication with one another; a chest tube relief lumen valve in fluid communication with the tube relief lumen; a suction pump in fluid communication with the tube drainage lumen; and a controller in communication with the tube, wherein the controller is programmed to actuate the suction pump at a first level of suction which maintains the chest tube relief lumen valve in a closed configuration and at a second level of suction which reconfigures the chest tube relief lumen valve to an open configuration, wherein the second level of suction is communicated to the chest tube relief lumen valve via the tube drainage lumen to open the chest tube relief lumen valve. a tube configured for insertion into a body of a subject, wherein the tube defines a tube relief lumen and tube drainage lumen in fluid communication with one another; a chest tube relief lumen valve in fluid communication with the tube relief lumen; a suction pump in fluid communication with the tube drainage lumen; and a controller in communication with the tube, wherein the controller is programmed to actuate the suction pump at a first level of suction which maintains the chest tube relief lumen valve in a closed configuration and at a second level of suction which reconfigures the chest tube relief lumen valve to an open configuration, wherein the second level of suction is communicated to the chest tube relief lumen valve via the tube drainage lumen to open the chest tube relief lumen valve.
A method for determining if a subject is affected by a cancer comprising the step of assaying a biological sample from said subject for the presence of a panel of mRNAs encoding for transcription factors involved in epithelial to mesenchymal transition, wherein: a) said panel comprises at least TWIST1, SLUG and ZEB2 mRNAs, b) the increase of mRNA levels of both TWIST1 and SLUG genes but not of ZEB2 gene with respect to control samples is indicative of a colorectal cancer, c) the increase of mRNA levels of all of TWIST1, SLUG and ZEB2 genes with respect to control samples is indicative of a pancreatic cancer, wherein said biological sample is a blood cell sample. a) said panel comprises at least TWIST1, SLUG and ZEB2 mRNAs, b) the increase of mRNA levels of both TWIST1 and SLUG genes but not of ZEB2 gene with respect to control samples is indicative of a colorectal cancer, c) the increase of mRNA levels of all of TWIST1, SLUG and ZEB2 genes with respect to control samples is indicative of a pancreatic cancer,
An intra-bronchial device comprising: an obstructing member support member base; a central support structure connected to the obstructing member support member base and extending distal therefrom; an obstructing member secured to six support members (102, 103, 104, 105, 106, 108), the six support members (102, 103, 104, 105, 106, 108) connected to the obstructing member support member base and extending proximally from the obstructing member support member base and having proximal ends that bend inwardly towards a center of the obstructing member; an anchor base carried on the central support structure distal of the obstructing member; and four distal anchors (112, 124, 126, 128) connected to the anchor base and having ends (122, 124, 126, 128) having pads. an obstructing member support member base; a central support structure connected to the obstructing member support member base and extending distal therefrom; an obstructing member secured to six support members (102, 103, 104, 105, 106, 108), the six support members (102, 103, 104, 105, 106, 108) connected to the obstructing member support member base and extending proximally from the obstructing member support member base and having proximal ends that bend inwardly towards a center of the obstructing member; an anchor base carried on the central support structure distal of the obstructing member; and four distal anchors (112, 124, 126, 128) connected to the anchor base and having ends (122, 124, 126, 128) having pads.
A capacitive pressure sensor comprising: a diaphragm that deforms under pressure; an electrode member having an electrode face opposed to the diaphragm with a gap between the diaphragm and the electrode face; a body having one end to which the diaphragm is joined, and accommodating at least a portion of the electrode member; an insulating positioning member that is provided in the body, and positions at least the portion of the electrode member in the body; and a pressing mechanism that is configured to hold and press the insulating positioning member or the electrode member in opposite directions parallel to the diaphragm, characterized in that the pressing mechanism further comprises a position adjuster which includes a ring-shaped component that has the shape of a C-shaped ring or of a complete ring and that has a pressed surface to which a force is to be applied in a direction vertical to the diaphragm, and a contact surface that is in contact with the insulating positioning member, and with which the insulating positioning member is to be pressed in a direction oblique to the diaphragm; and the insulation positioning member is a disk-shaped component which top side outer edge is cut at a predetermined angle to insert the ring-shaped component. a diaphragm that deforms under pressure; an electrode member having an electrode face opposed to the diaphragm with a gap between the diaphragm and the electrode face; a body having one end to which the diaphragm is joined, and accommodating at least a portion of the electrode member; an insulating positioning member that is provided in the body, and positions at least the portion of the electrode member in the body; and a pressing mechanism that is configured to hold and press the insulating positioning member or the electrode member in opposite directions parallel to the diaphragm, characterized in that the pressing mechanism further comprises a position adjuster which includes a ring-shaped component that has the shape of a C-shaped ring or of a complete ring and that has a pressed surface to which a force is to be applied in a direction vertical to the diaphragm, and a contact surface that is in contact with the insulating positioning member, and with which the insulating positioning member is to be pressed in a direction oblique to the diaphragm; and the insulation positioning member is a disk-shaped component which top side outer edge is cut at a predetermined angle to insert the ring-shaped component.
A grease composition comprising a lubricant base oil having a density of 0.75 to 0.95 g/cm 3 at 15°C, an amide compound, a solid lubricant, and a metal soap-based thickener, wherein the solid lubricant is boron nitride, and wherein the content of the lubricant base oil is 60 to 85 mass% based on the total amount of the grease composition, the content of the amide compound is 5 to 30 mass% based on the total amount of the grease composition, the content of the solid lubricant is 0.2 to 5 mass% based on the total amount of the grease composition, and the content of the metal soap-based thickener is 5 to 15 mass% based on the total amount of the grease composition.
A device for the preparation of an emulsified hot beverage, in particular a milk-based beverage, comprising: - a heating base; - a container of the beverage, suitable to be removably supported upon said base at a heat exchange surface thereof; - a closing element of said container, apt to be removably arranged at a mouth of said container; - an impeller, inserted or insertable in said container and suitable to produce an emulsifying effect in the beverage, which impeller is preferably rotatably coupled to said closing element, - at least one connecting arm (51, 52), preferably snap-actuated, extending, in use, along a lateral skirt of said container between said heating base and said closing element and apt to retain mutually juxtaposed said heating base, said container and said closing element, characterized in that said at least one connecting arm (51, 52) is revolvingly coupled to one of said heating base and closing element and suitable for the hooking or interlocking engagement, preferably at or near its own shaped end (512, 522), to the other one of said heating base and closing element. - a heating base; - a container of the beverage, suitable to be removably supported upon said base at a heat exchange surface thereof; - a closing element of said container, apt to be removably arranged at a mouth of said container; - an impeller, inserted or insertable in said container and suitable to produce an emulsifying effect in the beverage, which impeller is preferably rotatably coupled to said closing element, - at least one connecting arm (51, 52), preferably snap-actuated, extending, in use, along a lateral skirt of said container between said heating base and said closing element and apt to retain mutually juxtaposed said heating base, said container and said closing element, characterized in that said at least one connecting arm (51, 52) is revolvingly coupled to one of said heating base and closing element and suitable for the hooking or interlocking engagement, preferably at or near its own shaped end (512, 522), to the other one of said heating base and closing element.