mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver configured to be mounted on a vehicle having a rotation angle detecting section that detects rotation angles of respective wheel assemblies , wherein a transmitter is attached to each wheel assembly , the receiver being configured to identify the wheel assembly to which each transmitter is attached, the receiver comprising: a receiving section configured to receive transmission data that is transmitted from each transmitter when the transmitter detects that the associated wheel assembly is at any of different specific angles, which are set at equal angular intervals in a possible range of the rotation angle of the wheel assembly ; an obtaining section configured to obtain the rotation angles of the respective wheel assemblies from the rotation angle detecting section upon reception of the transmission data by the receiving section ; a correcting section configured to correct the rotation angles obtained by the obtaining section by using a value of an angle difference between the specific angles to convert the rotation angles obtained upon reception of the transmission data transmitted at the different specific angles into specific rotation angles, thereby obtaining specific rotation angles that can be regarded as the rotation angles obtained upon reception of the transmission data transmitted at the same specific angle; and an identifying section configured to identify correspondence between ID codes included in the transmission data and the wheel assemblies by using the specific rotation angles, wherein from the variation of the specific rotation angles, it is identified to which one of the wheel assemblies each transmitter is attached. a receiving section configured to receive transmission data that is transmitted from each transmitter when the transmitter detects that the associated wheel assembly is at any of different specific angles, which are set at equal angular intervals in a possible range of the rotation angle of the wheel assembly ; an obtaining section configured to obtain the rotation angles of the respective wheel assemblies from the rotation angle detecting section upon reception of the transmission data by the receiving section ; a correcting section configured to correct the rotation angles obtained by the obtaining section by using a value of an angle difference between the specific angles to convert the rotation angles obtained upon reception of the transmission data transmitted at the different specific angles into specific rotation angles, thereby obtaining specific rotation angles that can be regarded as the rotation angles obtained upon reception of the transmission data transmitted at the same specific angle; and an identifying section configured to identify correspondence between ID codes included in the transmission data and the wheel assemblies by using the specific rotation angles, wherein from the variation of the specific rotation angles, it is identified to which one of the wheel assemblies each transmitter is attached.
A storage system comprising: a storage device for storing liquid or gaseous fuel as part of a fuel system supplying flammable fluid for combustion, the storage device comprising a plurality of outer walls coupled together to form an enclosed volume; and a flexible liner configured to be draped within a storage device compartment for receiving the storage device and/or wrapped around the storage device so that the flexible liner covers one or more of the outer walls of the storage device , wherein the flexible liner comprises: a woven material that is puncture-resistant and a material that is flexible and is impervious to fluids or gasses passing through the material . a storage device for storing liquid or gaseous fuel as part of a fuel system supplying flammable fluid for combustion, the storage device comprising a plurality of outer walls coupled together to form an enclosed volume; and a flexible liner configured to be draped within a storage device compartment for receiving the storage device and/or wrapped around the storage device so that the flexible liner covers one or more of the outer walls of the storage device , wherein the flexible liner comprises: a woven material that is puncture-resistant and a material that is flexible and is impervious to fluids or gasses passing through the material .
Guide device for guiding a furniture component which is movable relative to a furniture carcass, in particular a drawer, door or flap, with at least one guide unit which has a carcass rail attachable to the furniture carcass, and at least one running rail , movably mounted relative to the carcass rail , and with a support fixture serving to support the running rail and having at least one support member located on a front section of the carcass rail and by which the running rail may come into contact with the support member in such a way that, in a closed position of the movable furniture part, it lies on the support member , wherein the support surface , in the axial direction of the running rail , is shorter than the maximum travel of the running rail in such a way that the support effect during outward movement of the running rail lapses after a certain distance, and wherein the support fixture has guide means to guide the support member between a raised support position supporting the running rail and a lowered standby position lying out of contact with the support surface , wherein the guide means have at least one guide track rising towards the rear of the carcass rail , characterised in that the guide track is part of a slotted link guide .
A pharmaceutical composition for changing the function of a coding or non-coding RNA in a cell comprising: a double-stranded nucleic acid complex comprising: a first nucleic acid strand annealed to a second nucleic acid strand, wherein: the first nucleic acid strand is a mixmer which (i) comprises nucleotides independently selected from natural nucleotides, modified nucleotides, and nucleotide analogs, (ii) the total number of natural nucleotides, modified nucleotides, and nucleotide analogs in the first nucleic acid strand is from 8 to 100, and (iii) the first nucleic acid strand is capable of hybridizing to RNA inside of the cell; wherein the first nucleic acid comprises (a) natural DNA nucleotides and bridged nucleotides and optionally further comprises modified DNA nucleotides, wherein at least one of the natural DNA nucleotides, one of the modified DNA nucleotides, or one of the bridged nucleotides is phosphorothioated; (b) no region that has 4 or more consecutive natural DNA nucleotides; and (c) at least one region consisting of 2 or 3 consecutive natural DNA nucleotides; and the second nucleic acid strand comprises nucleotides independently selected from natural RNA nucleotides, modified RNA nucleotides, and nucleotide analogs. the first nucleic acid strand is a mixmer which (i) comprises nucleotides independently selected from natural nucleotides, modified nucleotides, and nucleotide analogs, (ii) the total number of natural nucleotides, modified nucleotides, and nucleotide analogs in the first nucleic acid strand is from 8 to 100, and (iii) the first nucleic acid strand is capable of hybridizing to RNA inside of the cell; wherein the first nucleic acid comprises (a) natural DNA nucleotides and bridged nucleotides and optionally further comprises modified DNA nucleotides, wherein at least one of the natural DNA nucleotides, one of the modified DNA nucleotides, or one of the bridged nucleotides is phosphorothioated; (b) no region that has 4 or more consecutive natural DNA nucleotides; and (c) at least one region consisting of 2 or 3 consecutive natural DNA nucleotides; and the second nucleic acid strand comprises nucleotides independently selected from natural RNA nucleotides, modified RNA nucleotides, and nucleotide analogs.
A stair closure mechanism, comprising: a vertical door configured for at least partially separating a main cabin of an aircraft from an overhead compartment located above the main cabin and a stairway configured for connecting the main cabin to the overhead compartment, the door having at least a closed state and an open state; and a closure panel pivotably mounted to the door, the closure panel having an undeployed state parallel to the door and a deployed state wherein the closure panel in the deployed state is configured to be coplanar with a floor of the overhead compartment, characterized in that the closure panel is configured to mechanically pivot from the undeployed position to the deployed position in response to the transition of the door from the open state to the closed state; and in that : at least one torsion spring is coupled to the closure panel and to the door, the torsion spring configured for at least one of: a) securing the closure panel in the undeployed position when the door is in the open state; and b) pivoting the closure panel from the deployed position to the undeployed position when the door is transitioned from the closed state to the open state. a vertical door configured for at least partially separating a main cabin of an aircraft from an overhead compartment located above the main cabin and a stairway configured for connecting the main cabin to the overhead compartment, the door having at least a closed state and an open state; and a closure panel pivotably mounted to the door, the closure panel having an undeployed state parallel to the door and a deployed state wherein the closure panel in the deployed state is configured to be coplanar with a floor of the overhead compartment, characterized in that the closure panel is configured to mechanically pivot from the undeployed position to the deployed position in response to the transition of the door from the open state to the closed state; and in that : at least one torsion spring is coupled to the closure panel and to the door, the torsion spring configured for at least one of: a) securing the closure panel in the undeployed position when the door is in the open state; and b) pivoting the closure panel from the deployed position to the undeployed position when the door is transitioned from the closed state to the open state. a) securing the closure panel in the undeployed position when the door is in the open state; and b) pivoting the closure panel from the deployed position to the undeployed position when the door is transitioned from the closed state to the open state.
A separator for an electrochemical device comprising a porous substrate, wherein the porous substrate comprises polyethylene and polypropylene; the porous substrate satisfies the following conditions a) - c), when it is pressurized at 40°C from 0.04 N to 1 N at a rate of 0.25 N/min and depressurized from 1 N to 0.04 N at the same rate: a) a compressibility of 15% or less when the pressure reaches 1 N, b) a maximum compressibility of 18% or less within the above-defined pressure range, and c) a permanent strain of 13% or less; the porous substrate has a porosity of 45% or less determined based on ASTM D-2873; and the polyethylene has a weight average molecular weight (Mw) of 300,000-500,000, wherein the porous substrate comprises polypropylene in an amount of less than 5 wt% based on 100 wt% of the porous substrate.
An aircraft , comprising: a main wing having a wing span, a wing area and an aspect ratio, wherein a main wing semi-span is one half of the wing span of the main wing; first and second winglets attached to a respective transverse end portion of the main wing at an angle between 60-100 degrees with respect to a plane defined by the main wing, each of the winglets having a winglet span; and a solar power system including at least one solar panel mounted to each of the main wing, the first winglet and the second winglet; wherein the winglet span is between 0.2 and 0.7 times the length of the main wing semi-span and wherein the aspect ratio is between 9 and 15; wherein the main wing and the winglets each include a plurality of modular wing panels and a truss-type spar passing through the wing panels; wherein an energy storage means is mounted to the truss-type spar in such a way that the energy storage means is isolated from stresses arising from vertical flexure of the truss-type spar. a main wing having a wing span, a wing area and an aspect ratio, wherein a main wing semi-span is one half of the wing span of the main wing; first and second winglets attached to a respective transverse end portion of the main wing at an angle between 60-100 degrees with respect to a plane defined by the main wing, each of the winglets having a winglet span; and a solar power system including at least one solar panel mounted to each of the main wing, the first winglet and the second winglet; wherein the winglet span is between 0.2 and 0.7 times the length of the main wing semi-span and wherein the aspect ratio is between 9 and 15; wherein the main wing and the winglets each include a plurality of modular wing panels and a truss-type spar passing through the wing panels; wherein an energy storage means is mounted to the truss-type spar in such a way that the energy storage means is isolated from stresses arising from vertical flexure of the truss-type spar.
A system comprising: a well testing apparatus including: a separator configured to receive a multiphase fluid; a well control assembly coupled upstream of the separator so as to route the multiphase fluid from a well to the separator ; a fluid management assembly coupled downstream of the separator so as to receive separated fluids from the separator ; and data acquisition devices positioned to collect data about operation of the well testing apparatus ; and a mobile device to be carried by an operator of the well testing apparatus , wherein the mobile device is configured to display information about the operation of the well testing apparatus based on the collected data and enables mobile monitoring of the operation of the well testing apparatus by the operator as the operator moves about the well testing apparatus , wherein the mobile device is configured to allow the operator to input an operational parameter of the well testing apparatus that is measured by the operator and to automatically transmit the measured operational parameter from the mobile device to a remote computer system during the well test for storage. a well testing apparatus including: a separator configured to receive a multiphase fluid; a well control assembly coupled upstream of the separator so as to route the multiphase fluid from a well to the separator ; a fluid management assembly coupled downstream of the separator so as to receive separated fluids from the separator ; and data acquisition devices positioned to collect data about operation of the well testing apparatus ; and a separator configured to receive a multiphase fluid; a well control assembly coupled upstream of the separator so as to route the multiphase fluid from a well to the separator ; a fluid management assembly coupled downstream of the separator so as to receive separated fluids from the separator ; and data acquisition devices positioned to collect data about operation of the well testing apparatus ; and a mobile device to be carried by an operator of the well testing apparatus , wherein the mobile device is configured to display information about the operation of the well testing apparatus based on the collected data and enables mobile monitoring of the operation of the well testing apparatus by the operator as the operator moves about the well testing apparatus , wherein the mobile device is configured to allow the operator to input an operational parameter of the well testing apparatus that is measured by the operator and to automatically transmit the measured operational parameter from the mobile device to a remote computer system during the well test for storage.
A coating applied to a surface to minimize or prevent the ability of drops of super-cooled water that impact on the surface from transforming into ice, the coating comprising either: A) one layer comprised of a thermally insulating material, wherein the upper surface of the one layer is superhydrophobic; or, B) two or more layers that constitute a combination of thermally insulating materials and superhydrophobic materials, wherein the upper surface of the two or more layers is superhydrophobic; wherein the coating has a coefficient of thermal conductivity (K) no more than 0.15 W÷ (m°k), contact angle hysteresis (CAH) no more than ten degrees, and roll off angle no more than five degrees. A) one layer comprised of a thermally insulating material, wherein the upper surface of the one layer is superhydrophobic; or, B) two or more layers that constitute a combination of thermally insulating materials and superhydrophobic materials, wherein the upper surface of the two or more layers is superhydrophobic;
A solid-state imaging device comprising: a pixel section comprising a plurality of pixels arranged in a matrix form , the plurality of pixels configured to perform photoelectric conversion; column signal lines (21-1, 21-2) configured to transmit pixel signals output from the pixels in units of columns; an analog to digital, AD, converting section comprising a comparator that compares a reference signal serving as a ramp wave (RAMP) with the pixel signals transmitted via the column signal line , said AD converting section being configured to convert a reference level and a signal level of the pixel signals into digital signals based on a comparison result of the comparator ; and a switch connected with the column signal lines (21-1, 21-2) and configured to cause the column signal lines (21-1, 21-2) to be short-circuited according to a control pulse (VSLCNT) input from a control section ; characterized in that : the control section is configured to turn on the switch according to a gain of AD conversion performed by the AD converting section during a certain period of time in a period of time in which the comparator is reset and, when an AD conversion gain is set to be high, reduce a pulse width of a control pulse (VSLCNT) so that a reset level distribution is not widened or, when the AD conversion gain is set to be low, to increase the pulse width of the control pulse (VSLCNT) so that the reset level distribution is widened. a pixel section comprising a plurality of pixels arranged in a matrix form , the plurality of pixels configured to perform photoelectric conversion; column signal lines (21-1, 21-2) configured to transmit pixel signals output from the pixels in units of columns; an analog to digital, AD, converting section comprising a comparator that compares a reference signal serving as a ramp wave (RAMP) with the pixel signals transmitted via the column signal line , said AD converting section being configured to convert a reference level and a signal level of the pixel signals into digital signals based on a comparison result of the comparator ; and a switch connected with the column signal lines (21-1, 21-2) and configured to cause the column signal lines (21-1, 21-2) to be short-circuited according to a control pulse (VSLCNT) input from a control section ; characterized in that : the control section is configured to turn on the switch according to a gain of AD conversion performed by the AD converting section during a certain period of time in a period of time in which the comparator is reset and, when an AD conversion gain is set to be high, reduce a pulse width of a control pulse (VSLCNT) so that a reset level distribution is not widened or, when the AD conversion gain is set to be low, to increase the pulse width of the control pulse (VSLCNT) so that the reset level distribution is widened.
A blood pump, comprising: a housing having an interior and an exterior; a pump rotor configured to be received within the interior of the housing, the pump rotor including a magnet; and a stator having a delivery configuration and an operative configuration , the stator in the delivery configuration having a delivery diameter, the stator in the operative configuration being configured to be disposed around the exterior of the housing and to form an assembled pump having a diameter greater than the delivery diameter, wherein the housing defines a housing axis and axial directions along the housing axis, the stator including a plurality of units , each unit including a coil having a coil axis and an electrical conductor arranged in one or more turns surrounding the coil axis, the stator in the operative configuration having the units disposed around the housing axis with the coil axes of the units transverse to the housing axis, and wherein in the delivery configuration: the stator has a delivery axis; the coil axes are transverse to the delivery axis; and at least one of the units is offset from another one of the units in a direction along the delivery axis. a housing having an interior and an exterior; a pump rotor configured to be received within the interior of the housing, the pump rotor including a magnet; and a stator having a delivery configuration and an operative configuration , the stator in the delivery configuration having a delivery diameter, the stator in the operative configuration being configured to be disposed around the exterior of the housing and to form an assembled pump having a diameter greater than the delivery diameter, wherein the housing defines a housing axis and axial directions along the housing axis, the stator including a plurality of units , each unit including a coil having a coil axis and an electrical conductor arranged in one or more turns surrounding the coil axis, the stator in the operative configuration having the units disposed around the housing axis with the coil axes of the units transverse to the housing axis, and wherein in the delivery configuration: the stator has a delivery axis; the coil axes are transverse to the delivery axis; and at least one of the units is offset from another one of the units in a direction along the delivery axis. the stator has a delivery axis; the coil axes are transverse to the delivery axis; and at least one of the units is offset from another one of the units in a direction along the delivery axis.
Method for producing a grid-like beam collimator by printing, wherein a suspension comprising a binder and metal particles is printed in several stacked layers for building a layer stack with a grid structure with a number of crossing webs , characterized in that the binder is removed from the layer stack, whereupon a curable liquid stiffening material is applied at least on the surface of the grid structure , which stiffening material is cured after the application.