mhurhangee/patent-ind-claim-en huggingface dataset:
A revolving tower crane comprising a tower that supports a boom and a counterboom , wherein a boom guying is led from a tower top to the boom and to the counterboom ; wherein the boom guying only guys one inner boom section whose length (l 3i ) amounts to less than 40% of the total length (L) of the boom ; and wherein one outer boom section whose length (l 3a ) amounts to more than 60% of the total length (L) of the boom forms a non-guyed bending beam boom that has at least one boom piece that tapers in the boom height (AH) and that is adjoined by at least one boom part of greater boom height at the inner side and a boom piece of smaller boom height at the outer side, characterized in that the boom part of smaller height of the outer non-guyed boom section has a length (l 3kh ) that amounts to 40% to 85%, in particular 60% to 70%, of the total length (l 3a ) of the outer non-guyed boom section .
An electricity generation system comprising a first chamber for keeping a high solute liquid ; a second chamber for keeping a low solute liquid ; a membrane unit having a selective permeable which permits solvent passage from the low solute liquid received from the second chamber to the high solute liquid received from the first chamber thanks to the selective permeable membrane and which provides increase of the flow rate of the high solute liquid and a first outlet through which the high solute liquid with increased flow rate exits; an electricity generator connected to said first outlet for generating electricity by means of the movement of the high solute liquid with increased flow rate and with decreased concentration, wherein the electricity generation system comprises a first collection chamber having at least one opening opened to the outer medium and associated with the first chamber for providing support of high solute liquid to the first chamber ; characterised in that the electricity generation system further comprises a second collection chamber having at least one opening opened to the outer medium and associated with the second chamber for providing support of low solute liquid to the second chamber ; a distribution valve which takes the high solute liquid which passes through the electricity generator and configured to optionally operate at a first position where said high solute liquid is guided to a first feedback outlet provided at the first chamber and at a second position where said high solute liquid is guided to a second feedback outlet provided at the second chamber , and a control unit which controls said distribution valve ; said control unit is configured to provide operation of said distribution valve at the first position at a first time interval where the relative humidity is low for providing obtaining high solute liquid in the first collection chamber by means of at least partial evaporation of the liquid which passes from the first feedback outlet to the first collection chamber , and to provide operation of said distribution valve at the second position at a second time interval where the relative humidity is high for providing obtaining low solute liquid in the second collection chamber by means of collecting the humidity in the air by the liquid which passes from the second feedback outlet to the second collection chamber .
A filling device for carrying out a filling process an air conditioning system of a vehicle (F) with a refrigerant (K), wherein in the filling device there are provided a receiving region for receiving a pressure container filled with a refrigerant (K), a valve unit being connected to an outlet of the pressure container for controlling a quantity of the refrigerant being supplied to the vehicle (F), and a heating device for heating the pressure container , characterized in that the heating device has at least one infrared heating unit to heat the pressure container without any contact.
A medical disposable device comprising: an expandable structure having an outer surface; and characterized by a polymer coating , dissolvable in blood in-vivo, as well as in ethanol, methanol, and/or isopropanol, disposed on the outer surface of the expandable structure, said polymer coating comprising a polymer or co-polymer, dissolvable in blood in-vivo, as well as in ethanol, methanol, and/or isopropanol, complexed with iodine and a hydrophobic therapeutic agent dispersed in the polymer or co-polymer which is complexed with the iodine; wherein the polymer coating has a solubility whereby at least 90% of said polymer coating is dissolved within 300 seconds of expanding said expandable structure in vivo. an expandable structure having an outer surface; and characterized by a polymer coating , dissolvable in blood in-vivo, as well as in ethanol, methanol, and/or isopropanol, disposed on the outer surface of the expandable structure, said polymer coating comprising a polymer or co-polymer, dissolvable in blood in-vivo, as well as in ethanol, methanol, and/or isopropanol, complexed with iodine and a hydrophobic therapeutic agent dispersed in the polymer or co-polymer which is complexed with the iodine; wherein the polymer coating has a solubility whereby at least 90% of said polymer coating is dissolved within 300 seconds of expanding said expandable structure in vivo.
A wall-flow type exhaust gas purification catalyst that is configured to be placed in an exhaust pipe of a gasoline engine to purify exhaust gas emitted from the gasoline engine, with the exhaust gas purification catalyst comprising: a substrate that has a wall-flow structure and comprises an entrance cell whose exhaust inlet side has an open end as well as an exit cell whose exhaust outlet side has an open end wherein the cells are separated with porous partition wall , a first catalytic layer formed in the partition wall facing the entrance cell , from the exhaust inlet-side end in the extending direction of the partition wall , and a second catalytic layer formed on a surface of the partition wall facing the exit cell , from the exhaust outlet-side end in the extending direction of the partition wall , having a length shorter than the partition wall having an entire length L w , wherein the first catalytic layer comprises at least one of precious metals of the platinum group as a catalytic metal, and characterised in that the first catalytic layer has a length L 1 in the extending direction, equivalent to 60 % or greater, but 90 % or less of the entire length L w . a substrate that has a wall-flow structure and comprises an entrance cell whose exhaust inlet side has an open end as well as an exit cell whose exhaust outlet side has an open end wherein the cells are separated with porous partition wall , a first catalytic layer formed in the partition wall facing the entrance cell , from the exhaust inlet-side end in the extending direction of the partition wall , and a second catalytic layer formed on a surface of the partition wall facing the exit cell , from the exhaust outlet-side end in the extending direction of the partition wall , having a length shorter than the partition wall having an entire length L w , wherein the first catalytic layer comprises at least one of precious metals of the platinum group as a catalytic metal, and characterised in that the first catalytic layer has a length L 1 in the extending direction, equivalent to 60 % or greater, but 90 % or less of the entire length L w .
An article of equipment incorporating a detection system for monitoring and registering the intensity and location of impacts for players in contact sports, comprising: a.) A proximity sensor consisting of one or more electrically conductive wires, the said one or more wires being embedded as a mechanical layout in said article of equipment; b.) an impact sensor connected to the conductive wire and embedded in said article of equipment, the impact sensor being adapted to generate an electrical signal based on the impact and location of an impact; c.) magnet means mounted in an attacking gear of a player, the proximity sensor being adapted to detect the approaching presence of the magnet means and to generate an electrical impulse proportional to the intensity and location of a subsequent impact; d.) a transceiver connected to the conductive wire; e.) signal processor means connected to the transceiver, whereby changes in voltage as a result of changes in voltage due to changes in magnetic flux caused by proximity of the magnet means to the impact sensor determine the extent of impact and the location of an impact based on the mechanical layout of the embedded wire in said article of equipment; and, f.) output means for the signal processor, to provide a visual and/or audible display; the proximity sensor comprising means to enable the impact sensor so that the impact sensor will detect an impact only after it has been enabled by the proximity sensor. a.) A proximity sensor consisting of one or more electrically conductive wires, the said one or more wires being embedded as a mechanical layout in said article of equipment; b.) an impact sensor connected to the conductive wire and embedded in said article of equipment, the impact sensor being adapted to generate an electrical signal based on the impact and location of an impact; c.) magnet means mounted in an attacking gear of a player, the proximity sensor being adapted to detect the approaching presence of the magnet means and to generate an electrical impulse proportional to the intensity and location of a subsequent impact; d.) a transceiver connected to the conductive wire; e.) signal processor means connected to the transceiver, whereby changes in voltage as a result of changes in voltage due to changes in magnetic flux caused by proximity of the magnet means to the impact sensor determine the extent of impact and the location of an impact based on the mechanical layout of the embedded wire in said article of equipment; and, f.) output means for the signal processor, to provide a visual and/or audible display;
Tipifarnib for use in a method of treating an angioimmunoblastic T-cell lymphoma (AITL) in a subject.
A method of manufacturing a three-dimensional memory structure, comprising: forming a first stack of alternating layers comprising first insulating layers and first sacrificial material layers over a substrate ; forming a top dielectric oxide layer over the first stack and a bottom dielectric oxide layer on a bottom surface of the substrate; forming a second stack of alternating layers comprising second insulating layers and second sacrificial material layers on the top dielectric oxide layer; forming a contact trench through the second stack, the top dielectric oxide layer, and the first stack; forming lateral recesses by removing the first and second sacrificial material layers selective to the first and second insulating layers; deforming the substrate through removal of the bottom dielectric oxide layer while the top dielectric oxide layer is not removed; and forming electrically conductive layers by filling the lateral recesses with a conductive material after removing the bottom dielectric oxide layer. forming a first stack of alternating layers comprising first insulating layers and first sacrificial material layers over a substrate ; forming a top dielectric oxide layer over the first stack and a bottom dielectric oxide layer on a bottom surface of the substrate; forming a second stack of alternating layers comprising second insulating layers and second sacrificial material layers on the top dielectric oxide layer; forming a contact trench through the second stack, the top dielectric oxide layer, and the first stack; forming lateral recesses by removing the first and second sacrificial material layers selective to the first and second insulating layers; deforming the substrate through removal of the bottom dielectric oxide layer while the top dielectric oxide layer is not removed; and forming electrically conductive layers by filling the lateral recesses with a conductive material after removing the bottom dielectric oxide layer.
A display unit, comprising: a display panel , the display panel comprising: a first electrode layer electrically connected to a second electrode layer ; and a display layer formed between the first and second electrode layers , the display layer including a plurality of magnetic particles and nonmagnetic particles , a pen configured to apply a magnetic field (H) to the display layer to make drawings on a display surface of the display panel , when the pen is brought into contact or being pushed against the display surface of the display panel ; a drive section configured to apply a voltage to the first and second electrode layers to generate an electric field (E) in the display layer to erase the overall display of the display surface or a part of the display of the display surface of the display panel , characterized in that both of the magnetic particles and the nonmagnetic particles are electrically modified to enable movement of said particles within the display layer in response to an applied electric field between the first and second electrode layers , and the polarity of charging of the magnetic particles is different from the polarity of charging of the nonmagnetic particles . a display panel , the display panel comprising: a first electrode layer electrically connected to a second electrode layer ; and a display layer formed between the first and second electrode layers , the display layer including a plurality of magnetic particles and nonmagnetic particles , a first electrode layer electrically connected to a second electrode layer ; and a display layer formed between the first and second electrode layers , the display layer including a plurality of magnetic particles and nonmagnetic particles , a pen configured to apply a magnetic field (H) to the display layer to make drawings on a display surface of the display panel , when the pen is brought into contact or being pushed against the display surface of the display panel ; a drive section configured to apply a voltage to the first and second electrode layers to generate an electric field (E) in the display layer to erase the overall display of the display surface or a part of the display of the display surface of the display panel , characterized in that both of the magnetic particles and the nonmagnetic particles are electrically modified to enable movement of said particles within the display layer in response to an applied electric field between the first and second electrode layers , and the polarity of charging of the magnetic particles is different from the polarity of charging of the nonmagnetic particles .
Multi-layer mantle hose comprising at least one inner layer and a mantle layer , characterized in that the inner layer is constructed from fluororubber (FKM) or ethylene-acrylate rubber (AEM) and in that the mantle layer is formed from staple fibers and is constructed from at least 20% by weight of polyphenylene sulfide (PPS) and/or polyoxadiazole (POD).
Guided milling device for prosthetic surgery, suitable for making seatings for the hip joint, said device comprising: a milling tool rotating about a milling axis (R); a handling body having a drive rotating rod which develops along a longitudinal axis (Z) of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis (R); wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis (Z) in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis (Z), wherein said milling axis (R) is inclined with respect to said longitudinal axis (Z), so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod , characterised in that said rotating rod is provided, in the head or distal position, with a front milling head which is outside the milling tool , wherein the guide rod which is coupled, during use, with the device is a coupling cone of a hip prosthesis rod able to be previously implanted in a femoral canal. a milling tool rotating about a milling axis (R); a handling body having a drive rotating rod which develops along a longitudinal axis (Z) of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis (R); wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis (Z) in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis (Z), wherein said milling axis (R) is inclined with respect to said longitudinal axis (Z), so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod , characterised in that said rotating rod is provided, in the head or distal position, with a front milling head which is outside the milling tool , wherein the guide rod which is coupled, during use, with the device is a coupling cone of a hip prosthesis rod able to be previously implanted in a femoral canal.
A nonaqueous electrolyte secondary battery comprising: an electrode assembly formed by winding, into a flat shape, a first electrode plate having a first electrode mixture layer formed on a first electrode current collector, a second electrode plate having a second electrode mixture layer formed on a second electrode current collector, and a separator therebetween, wherein the electrode assembly has a pair of curved portions located at either end and a flat portion between the pair of curved portions , and characterized in that in both of the pair of curved portions , at least two layers of the second electrode plate are disposed on an inner side of a curved portion of the first electrode plate located at an innermost circumference. an electrode assembly formed by winding, into a flat shape, a first electrode plate having a first electrode mixture layer formed on a first electrode current collector, a second electrode plate having a second electrode mixture layer formed on a second electrode current collector, and a separator therebetween, wherein the electrode assembly has a pair of curved portions located at either end and a flat portion between the pair of curved portions , and characterized in that in both of the pair of curved portions , at least two layers of the second electrode plate are disposed on an inner side of a curved portion of the first electrode plate located at an innermost circumference.
A system , comprising: a first cummerbund comprising a slot ; and a lap bar configured to couple to first and second pivot points and to rotate in a first circumferential direction about the first and second pivot points; wherein the lap bar extends through the slot of the first cummerbund , wherein the first cummerbund is configured to translate in a first lateral direction relative to the lap bar to adjust a position of the lap bar within the slot , and wherein the first lateral direction is oriented substantially tangential to the first circumferential direction and substantially perpendicular to a length of the lap bar . a first cummerbund comprising a slot ; and a lap bar configured to couple to first and second pivot points and to rotate in a first circumferential direction about the first and second pivot points; wherein the lap bar extends through the slot of the first cummerbund , wherein the first cummerbund is configured to translate in a first lateral direction relative to the lap bar to adjust a position of the lap bar within the slot , and wherein the first lateral direction is oriented substantially tangential to the first circumferential direction and substantially perpendicular to a length of the lap bar .
A device for repair or replacement of a native atrioventricular valve having an annulus and a plurality of leaflets, the device has a delivery configuration and is configured to be delivered intravascularly to a desired location in the heart while in delivery configuration within a delivery catheter, the device comprising: an expandable valve support configured for placement between the leaflets, the support being an inner frame having a first region, a second region being longitudinally spaced apart from the first region, and an interior in which a valve may be coupled; an anchoring member being an outer frame having a first portion and a second portion being longitudinally spaced apart from the first portion, wherein the second portion of the anchoring member is coupled to the second region of the valve support and wherein the valve support is at least partially within the anchoring member, and wherein the first portion of the anchoring member extends outwardly away from the second region of the expandable valve support and is radially separated from the valve support by a gap, the first portion of the anchoring member having a first perimeter configured to engage tissue selected from an inward-facing surface of the annulus and an inward facing surface of the leaflets under the annulus; and a valve coupled to the valve support to inhibit retrograde blood flow, wherein at least the first portion of the anchoring member is mechanically isolated from the valve support such that a force exerted radially at or near the first perimeter will not substantially alter a shape of the valve support. an expandable valve support configured for placement between the leaflets, the support being an inner frame having a first region, a second region being longitudinally spaced apart from the first region, and an interior in which a valve may be coupled; an anchoring member being an outer frame having a first portion and a second portion being longitudinally spaced apart from the first portion, wherein the second portion of the anchoring member is coupled to the second region of the valve support and wherein the valve support is at least partially within the anchoring member, and wherein the first portion of the anchoring member extends outwardly away from the second region of the expandable valve support and is radially separated from the valve support by a gap, the first portion of the anchoring member having a first perimeter configured to engage tissue selected from an inward-facing surface of the annulus and an inward facing surface of the leaflets under the annulus; and a valve coupled to the valve support to inhibit retrograde blood flow, wherein at least the first portion of the anchoring member is mechanically isolated from the valve support such that a force exerted radially at or near the first perimeter will not substantially alter a shape of the valve support.