mhurhangee/patent-ind-claim-en huggingface dataset:
A system for reducing the electric power consumption of a railway system comprising at least one catenary (CA), trains (T1-T4) and at least one substation (ST1-ST4) connected to sections of catenary and providing electric power to the catenary (CA), wherein during the braking of the trains (T1-T4), the braking trains (T1-T4) provide electric power to the catenary (CA), wherein the substation (ST1-ST4) comprises one device for reducing the electric power consumption, and the system comprising: - means for detecting the presence of a braking train in one of the section connected to the substation - means (EID) for interrupting the electric power provided by the substation to the catenary if the presence of the braking train in one of the sections connected to the substation is detected, - means for detecting the absence of braking trains in each section connected to the substation, - means (EID) for enabling the electric power to be provided by the substation to the catenary if the absence of braking trains in each section connected to the substation is detected and if the electric power provided by the substation is interrupted; characterized in that : - said means for detecting the presence of a braking train (T1-T4) in one of the sections connected to the substation (ST1-ST4) is configured to sense the current in each section connected to the substation (ST1-ST4) and by checking if the currents flow in the same direction, or to compare the time elapsed since the interrupting of the electric power provided by the substation (ST1-ST4) to the catenary (CA) to a predetermined value. - means for detecting the presence of a braking train in one of the section connected to the substation - means (EID) for interrupting the electric power provided by the substation to the catenary if the presence of the braking train in one of the sections connected to the substation is detected, - means for detecting the absence of braking trains in each section connected to the substation, - means (EID) for enabling the electric power to be provided by the substation to the catenary if the absence of braking trains in each section connected to the substation is detected and if the electric power provided by the substation is interrupted; - said means for detecting the presence of a braking train (T1-T4) in one of the sections connected to the substation (ST1-ST4) is configured to sense the current in each section connected to the substation (ST1-ST4) and by checking if the currents flow in the same direction, or to compare the time elapsed since the interrupting of the electric power provided by the substation (ST1-ST4) to the catenary (CA) to a predetermined value.
Sealing tool for downhole sealing of a coiled tubing logging plug , wherein the sealing tool comprises a sealing body that is configured to be removably insertable into a through-hole of the coiled tubing logging plug and formed to prevent a fluid flow through the through-hole of the coiled tubing logging plug , wherein the sealing body has an outer contour that at least partially is complementary in form with the through-hole of the coiled tubing logging plug , wherein the sealing body comprises a spacer portion for preventing that a sealing element gets into contact with a tubing wall during the movement of the sealing tool towards the coiled tubing logging plug , wherein the spacer portion is configured such to have a greater diameter than the through-hole of the coiled tubing logging plug wherein the sealing body comprises a first sealing body portion comprising at least one sealing element and a second sealing body portion comprising at least one sealing element, wherein the diameter of the first sealing body portion differs from the diameter of the second sealing body portion . the sealing tool comprises a sealing body that is configured to be removably insertable into a through-hole of the coiled tubing logging plug and formed to prevent a fluid flow through the through-hole of the coiled tubing logging plug , wherein the sealing body has an outer contour that at least partially is complementary in form with the through-hole of the coiled tubing logging plug , wherein the sealing body comprises a spacer portion for preventing that a sealing element gets into contact with a tubing wall during the movement of the sealing tool towards the coiled tubing logging plug , wherein the spacer portion is configured such to have a greater diameter than the through-hole of the coiled tubing logging plug wherein the sealing body comprises a first sealing body portion comprising at least one sealing element and a second sealing body portion comprising at least one sealing element, wherein the diameter of the first sealing body portion differs from the diameter of the second sealing body portion .
A fabric for acquiring physiological signals comprising at least an elastic and electrically conductive track having a thickness of from 120 μm to 800 μm wherein the elastic and electrically conductive track is integrated into the fabric, characterised in that the elastic and electrically conductive track consists of a silicone rubber loaded with an electrically conductive material which has penetrated into interstices between strands of the fabric thereby integrating and anchoring the elastic and electrically conductive track into the fabric.
A combine that is configured to reap grain culm from a field while traveling, thresh the reaped grain culm and then accumulate resultant grains in a grain tank , the combine comprising: a yield measurement container having a yield receiving opening for receiving only some of grains supplied to the grain tank , which comprises: a yield discharge opening for discharging received grains, and a yield shutter for opening and closing the yield discharge opening ; a yield measurement section configured to detect, while the yield shutter is closed, that a predetermined volume of grains has been accumulated in the yield measurement container and then to output a detection signal; the combine being characterised in that it comprises: a time calculation section configured to calculate, based on the detection signal, an accumulating time required to accumulate the predetermined volume of grains; and a yield calculation section configured to calculate a yield per unit travel based on a travel speed, the accumulation time and a ratio between the grains which are received in the yield measurement container and the grains which are not. a yield discharge opening for discharging received grains, and a yield shutter for opening and closing the yield discharge opening ; a yield measurement section configured to detect, while the yield shutter is closed, that a predetermined volume of grains has been accumulated in the yield measurement container and then to output a detection signal; the combine being characterised in that it comprises: a time calculation section configured to calculate, based on the detection signal, an accumulating time required to accumulate the predetermined volume of grains; and a yield calculation section configured to calculate a yield per unit travel based on a travel speed, the accumulation time and a ratio between the grains which are received in the yield measurement container and the grains which are not. a time calculation section configured to calculate, based on the detection signal, an accumulating time required to accumulate the predetermined volume of grains; and a yield calculation section configured to calculate a yield per unit travel based on a travel speed, the accumulation time and a ratio between the grains which are received in the yield measurement container and the grains which are not.
A method of controlling a femtocell basestation in a cellular wireless communications network when interference with a macrolayer basestation is detected, the method comprising: obtaining a plurality of measurements of pathlosses between the macrolayer basestation and one or more mobile devices having wireless connections to said femtocell basestation; determining a pathloss from the average of a bottom predetermined percentile of said plurality of measurements; and adapting a maximum value for a total transmit power of one or more mobile devices having wireless connections to the basestation based on said determined pathloss of said plurality of measurements , wherein the step of adapting the maximum value for the total transmit power of one or more mobile devices comprises: setting the maximum value for the total transmit power of the one or more mobile devices equal to the minimum signal power required by said basestation to support a particular service, plus said pathloss of said plurality of measurements . obtaining a plurality of measurements of pathlosses between the macrolayer basestation and one or more mobile devices having wireless connections to said femtocell basestation; determining a pathloss from the average of a bottom predetermined percentile of said plurality of measurements; and adapting a maximum value for a total transmit power of one or more mobile devices having wireless connections to the basestation based on said determined pathloss of said plurality of measurements , wherein the step of adapting the maximum value for the total transmit power of one or more mobile devices comprises: setting the maximum value for the total transmit power of the one or more mobile devices equal to the minimum signal power required by said basestation to support a particular service, plus said pathloss of said plurality of measurements .
A heating device for vertical screw workpieces, characterized in that it includes a conveying device screwing and coiling vertically, and the conveying device is set in the cavity of the heating furnace , for transmitting the conveyor belt along its screw direction; the conveying device includes a first support device adapted for screwing and coiling vertically; and in that it also includes a first rotor rotating around its vertical axis in the space by the first support device vertically set; wherein the first rotor is in a cylindrical frame structure, and the outer wall of the circumferential surface of the first rotor is close to the inner side of the conveyor belt on the support plate, and the first rotor is used to provide auxiliary power for the conveyor belt rotating in the same direction; the conveying device being included in the heating device for vertical screw workpieces, the heating device also including a heating furnace ; wherein the conveying device is set in the cavity of the heating furnace , the conveying device is adapted to drive the conveyor belt to transmit, a first opening and second opening are respectively set near the bottom and top of the heating furnace , and the first opening and second opening are used for the input and output of the conveyor belt ; characterized in that the conveyor belt is adapted to go out of the heating furnace through the second opening , and returns to the first opening to form the first circulation loop for conveying materials. and in that it also includes a first rotor rotating around its vertical axis in the space by the first support device vertically set; wherein the first rotor is in a cylindrical frame structure, and the outer wall of the circumferential surface of the first rotor is close to the inner side of the conveyor belt on the support plate, and the first rotor is used to provide auxiliary power for the conveyor belt rotating in the same direction; the conveying device being included in the heating device for vertical screw workpieces, the heating device also including a heating furnace ; wherein the conveying device is set in the cavity of the heating furnace , the conveying device is adapted to drive the conveyor belt to transmit, a first opening and second opening are respectively set near the bottom and top of the heating furnace , and the first opening and second opening are used for the input and output of the conveyor belt ; characterized in that the conveyor belt is adapted to go out of the heating furnace through the second opening , and returns to the first opening to form the first circulation loop for conveying materials.
Stimuli-sensitive nanocarrier system for use in locoregional therapy, characterised in that said system comprises at least one phosphatidyloligoglycerol of formula (Ila) wherein R 1 and R 2 each independently represent a hydrocarbon functional group having from 12 to 24 carbon atoms and m is an integer from 0 to 50, wherein the linkage from the glyceride to the phosphate group is stereospecific and is in the form of an sn-3 linkage and the linkage from the phosphate group to the oligoglycerol is stereospecific and is in the form of an sn-1 linkage.
Flexible packaging for solid waste, having a capacity of greater than 5 m 3 , consisting of a mechanically resistant outer envelope and an inner envelope , the inner envelope and the outer envelope each defining a pocket and each comprising a lid that can be closed over the corresponding pocket by means of closure means, characterized in that the inner envelope is dust-proof, and in that the packaging further comprises at least one flap extending from the upper peripheral edge of the pocket of the inner envelope , the flap being interposed between the lid of the inner envelope and the lid of the outer envelope when the packaging is closed, the flap being dimensioned so as to cover the closure means of the inner lid and being provided with means for attachment to the inner lid in its position covering the closure means so as to seal the closure of the inner lid on the inner pocket .
A rotor for a hydro-powered electricity generator suitable for installation in a free stream, the rotor including: a hub formed of a shape with a circular cross section and a longitudinal rotational axis, the hub shape adapted to cause pressure in fluid flowing local to the hub to decrease relative to pressure of a balance of fluid in the free stream, and a plurality of blades , each having a proximal root and a distal tip, each of the blade roots being mounted to the hub at the widest part thereof, wherein the ratio between the diameter of the tips of the blades to the diameter of the widest part of the hub is less than about 2:1, and characterized in that : a surface of the hub has a profile and the profile radius of the hub surface, in the region where each of the blade roots are mounted to the hub, is one-sixth of the radius of the widest part of the hub . a hub formed of a shape with a circular cross section and a longitudinal rotational axis, the hub shape adapted to cause pressure in fluid flowing local to the hub to decrease relative to pressure of a balance of fluid in the free stream, and a plurality of blades , each having a proximal root and a distal tip, each of the blade roots being mounted to the hub at the widest part thereof, wherein the ratio between the diameter of the tips of the blades to the diameter of the widest part of the hub is less than about 2:1, and characterized in that : a surface of the hub has a profile and the profile radius of the hub surface, in the region where each of the blade roots are mounted to the hub, is one-sixth of the radius of the widest part of the hub .
A vehicle interior system comprising: a first seat assembly disposed within a vehicle cabin ; a first sensor disposed within the vehicle cabin and configured to obtain first signals indicative of a positioning of an obstacle within a predetermined coordinate system; a second sensor disposed within the vehicle cabin and configured to obtain second signals indicative of a positioning of the first seat assembly within the predetermined coordinate system; and a controller configured to receive the first signals from the first sensor and to map a portion of the obstacle based on the first signals and relative to a portion of the first seat assembly within the predetermined coordinate system, wherein the first seat assembly is provided with the second sensor and wherein the second sensor is a length adjust motor configured to provide second signals to the controller indicative of the portion of the first seat assembly to determine the positioning of the portion of the first seat assembly within the predetermined coordinate system based on the signals, and wherein the first sensor is a RADAR sensor. a first seat assembly disposed within a vehicle cabin ; a first sensor disposed within the vehicle cabin and configured to obtain first signals indicative of a positioning of an obstacle within a predetermined coordinate system; a second sensor disposed within the vehicle cabin and configured to obtain second signals indicative of a positioning of the first seat assembly within the predetermined coordinate system; and a controller configured to receive the first signals from the first sensor and to map a portion of the obstacle based on the first signals and relative to a portion of the first seat assembly within the predetermined coordinate system, wherein the first seat assembly is provided with the second sensor and wherein the second sensor is a length adjust motor configured to provide second signals to the controller indicative of the portion of the first seat assembly to determine the positioning of the portion of the first seat assembly within the predetermined coordinate system based on the signals, and wherein the first sensor is a RADAR sensor.
A method of producing oligodendrogenic neural progenitor cells (oNPCs), the method comprising: a) culturing ventralized neural progenitor cells (NPCs), the ventralized NPCs expressing Sox2, Nkx6.1, decreased level of Pax6 compared to unpatterned NPCs, and elevated expression of HoxA4 compared to unpatterned NPCs for in neural expansion media (NEM) supplemented with i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated. a) culturing ventralized neural progenitor cells (NPCs), the ventralized NPCs expressing Sox2, Nkx6.1, decreased level of Pax6 compared to unpatterned NPCs, and elevated expression of HoxA4 compared to unpatterned NPCs for in neural expansion media (NEM) supplemented with i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated. i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated.
A syringe carrier comprising: a body (1.1) adapted to receive a barrel (2.1) of a syringe , the body (1.1) including at least two sections (1.1.1) having distal ends with shoulder sections (1.4), wherein the sections (1.1.1) are coupled via at least one hinge (1.9) and are movable between an open position and a closed position, wherein the shoulder sections (1.4) are adapted to engage a circumferential gap between the barrel (2.1) of the syringe and a needle shield covering a needle of the syringe when the sections (1.1.1) are closed, wherein the syringe , with the needle shield attached, is allowed to be loaded into the syringe carrier by opening the sections (1.1.1) about the hinge and placing the syringe in the syringe carrier , wherein the hinge (1.9) is a side hinge.
A medical support system comprising: a derivation device configured to derive an assessment value for an affected site based on an affected site image obtained by imaging the affected site, wherein the affected site image is captured by an endoscope within a body of a patient; and a display device configured to present the assessment value to a user, wherein the derivation device includes: a cut-out unit configured to cut out the affected site image as a plurality of tile images having tile shapes; and an assessment derivation unit configured to derive a tile assessment value representing an assessment of the affected site in the plurality of the tile images by using a determiner obtained by machine learning. a derivation device configured to derive an assessment value for an affected site based on an affected site image obtained by imaging the affected site, wherein the affected site image is captured by an endoscope within a body of a patient; and a display device configured to present the assessment value to a user, wherein the derivation device includes: a cut-out unit configured to cut out the affected site image as a plurality of tile images having tile shapes; and an assessment derivation unit configured to derive a tile assessment value representing an assessment of the affected site in the plurality of the tile images by using a determiner obtained by machine learning.
Device for automatic length adjustment for a bracelet, comprising a rack pivotable about a first fastening axis and a connecting element pivotable about a second fastening axis , said connecting element being connected to said rack via at least one elastic element and a slider , characterized in that said elastic element is disposed longitudinally in a longitudinal through-hole of said slider of corresponding shape to said elastic element .
An intravaginal formulation comprising a dry powder composition and at least one propellant.
An intra-aortic device comprising: a filter member and a frame made from at least one wire, the filter member is attached to the frame and the frame defines an area and a shape of the filter member by enclosing the filter member ; a crimping member arranged at a distal region of the frame and configured to facilitate crimping of the frame along a longitudinal axis of the frame , and the crimping member is formed to protrude inwards; a catheter attachment having an elongated shape arranged at a proximal region of the frame . a filter member and a frame made from at least one wire, the filter member is attached to the frame and the frame defines an area and a shape of the filter member by enclosing the filter member ; a crimping member arranged at a distal region of the frame and configured to facilitate crimping of the frame along a longitudinal axis of the frame , and the crimping member is formed to protrude inwards; a catheter attachment having an elongated shape arranged at a proximal region of the frame .