mhurhangee/patent-ind-claim-en huggingface dataset:
Compound planetary friction drive comprising a first sun wheel and planetary wheels , wherein said first sun wheel engages said planetary wheels , which planetary wheels are arranged with two outer parts having a first radius (r 1 ) and a central part having a second radius (r2), wherein the second radius (r 2 ) differs from the first radius (r 1 ) and transition regions are provided between the outer parts and the central part , and wherein an outer ring annulus and a central ring annulus are provided that are in driving engagement with the planetary wheels , wherein the outer ring annulus has two parts between which, along the length of the planetary wheels , the central ring annulus is disposed, wherein the first sun wheel is in frictional engagement with the outer parts of the planetary wheels , said outer parts of the planetary wheels are in frictional engagement with the parts of the outer ring annulus and the central ring annulus is in frictional engagement with the central part of the planetary wheels , wherein the planetary wheels are both hollow and compressible uninterruptedly along their entire length spanning the outer parts , the transition regions and the central part .
A multiway switch , comprising: four throw, T, ports and four pole, P, ports; the four T ports comprising one first T port coupled with all of the four P ports; the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit , and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency single-transmit mode, to enable a preset function of the electronic device, the antenna system comprising four antennas corresponding to the four P ports, each of the four P ports being coupled with a corresponding antenna of the four antennas; and the preset function being a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that the four T ports further comprise three second T ports, each of the three second T ports is coupled with only one of the four P ports, and among the three second T ports, second T ports operable at the same frequency band are coupled with different P ports of the four P ports; the first T port at least supports a transmission function; and the three second T ports only support a reception function. four throw, T, ports and four pole, P, ports; the four T ports comprising one first T port coupled with all of the four P ports; the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit , and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency single-transmit mode, to enable a preset function of the electronic device, the antenna system comprising four antennas corresponding to the four P ports, each of the four P ports being coupled with a corresponding antenna of the four antennas; and the preset function being a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that the four T ports further comprise three second T ports, each of the three second T ports is coupled with only one of the four P ports, and among the three second T ports, second T ports operable at the same frequency band are coupled with different P ports of the four P ports; the first T port at least supports a transmission function; and the three second T ports only support a reception function.
An air conditioner comprising: a housing comprising an inlet ; a first outlet formed in the housing to discharge air introduced through the inlet ; a second outlet disposed adjacent to the first outlet ; a fan assembly comprising a first fan configured to discharge air toward the first outlet , and a second fan configured to discharge air toward the second outlet ; a first flow path (S1) formed in the housing between the first fan and the first outlet ; a second flow path (S2) partitioned from the first flow path (S1) and formed in the housing between the second fan and the second outlet ; a stator provided to guide air, which is discharged from the first fan , to the first outlet , and guide air, which is discharged from the second fan , to the second outlet ; characterized in that the air conditioner furthermore comprises: a heat exchanger disposed in the first flow path (S1), and configured to exchange heat with air discharged from the first fan and directed to the first outlet . a housing comprising an inlet ; a first outlet formed in the housing to discharge air introduced through the inlet ; a second outlet disposed adjacent to the first outlet ; a fan assembly comprising a first fan configured to discharge air toward the first outlet , and a second fan configured to discharge air toward the second outlet ; a first flow path (S1) formed in the housing between the first fan and the first outlet ; a second flow path (S2) partitioned from the first flow path (S1) and formed in the housing between the second fan and the second outlet ; a stator provided to guide air, which is discharged from the first fan , to the first outlet , and guide air, which is discharged from the second fan , to the second outlet ; characterized in that the air conditioner furthermore comprises: a heat exchanger disposed in the first flow path (S1), and configured to exchange heat with air discharged from the first fan and directed to the first outlet .
An isolated fetal placental stem cell, wherein said fetal placental stem cell has been modified to express a mimic of miR-16 or a mimic of miR-424, and wherein said fetal placental stem cell demonstrates increased survival relative to corresponding unmodified fetal placental stem cells when cultured under one or more conditions that cause cell death.
A device for use with a color sensing camera, comprising: a background target , a first surface being formed by an upper surface of a face plate including the background target recessed therein such that a background target surface of the background target is below the first surface; and a substrate stabilizer , including the first surface and being positioned below a substrate having an image printed thereon, wherein the substrate stabilizer is configured to move the substrate in closer proximity to the background target and below the first surface when the substrate stabilizer is activated and the substrate is released from being moved into closer proximity to the background target when the substrate stabilizer is deactivated. a background target , a first surface being formed by an upper surface of a face plate including the background target recessed therein such that a background target surface of the background target is below the first surface; and a substrate stabilizer , including the first surface and being positioned below a substrate having an image printed thereon, wherein the substrate stabilizer is configured to move the substrate in closer proximity to the background target and below the first surface when the substrate stabilizer is activated and the substrate is released from being moved into closer proximity to the background target when the substrate stabilizer is deactivated.
An electrochemical cell comprising: a positive electrode; a negative electrode; an ionically conductive and electronically insulating separator positioned between said positive electrode and said negative electrode; a first electronically and ionically conductive layer positioned between said positive electrode and said separator and in electrical contact with said positive electrode or positioned between said negative electrode and said separator and in electrical contact with said negative electrode; and one or more electrolytes positioned between said positive electrode and said negative electrode; wherein said one or more electrolytes are capable of conducting charge carriers; wherein the first electronically and ionically conductive layer is provided on a surface of the positive electrode, a surface of the negative electrode and/or an external surface of the separator; wherein the first electronically and ionically conductive layer has a thickness less than or equal to 100 μm and wherein the first electronically and ionically conductive layer comprises a carbon material. a positive electrode; a negative electrode; an ionically conductive and electronically insulating separator positioned between said positive electrode and said negative electrode; a first electronically and ionically conductive layer positioned between said positive electrode and said separator and in electrical contact with said positive electrode or positioned between said negative electrode and said separator and in electrical contact with said negative electrode; and one or more electrolytes positioned between said positive electrode and said negative electrode; wherein said one or more electrolytes are capable of conducting charge carriers; wherein the first electronically and ionically conductive layer is provided on a surface of the positive electrode, a surface of the negative electrode and/or an external surface of the separator; wherein the first electronically and ionically conductive layer has a thickness less than or equal to 100 μm and wherein the first electronically and ionically conductive layer comprises a carbon material.
An ultrasonic flow meter for measuring a flow rate of a medium flowing through a conduit in a flow direction , said ultrasonic flow meter consisting of an ultrasonic transducer arrangement and meter electronics, the ultrasonic transducer arrangement consisting of : a first ultrasonic emitter and a second ultrasonic emitter mounted to said conduit , a first ultrasonic receiver mounted to said conduit and configured to receive a first ultrasonic signal emitted by said first ultrasonic emitter, wherein said first ultrasonic signal travels perpendicularly to said flow direction along a first transmission path length and forms a first angle (α) between said first transmission path and said flow direction , and a second ultrasonic receiver mounted to said conduit and configured to receive a second ultrasonic signal emitted by said second ultrasonic emitter , wherein said second ultrasonic signal travels downstream with respect to said flow direction along a second transmission path length and forms a second angle (β) between said second transmission path and said flow direction ; said meter electronics being arranged to determine said flow rate based on a first time interval of said first ultrasonic signal traveling from said first ultrasonic emitter to said first ultrasonic receiver, and a second time interval of said second ultrasonic signal traveling from said second ultrasonic emitter to said second ultrasonic receiver, characterised in that said second angle β has a value of 0°. a first ultrasonic emitter and a second ultrasonic emitter mounted to said conduit , a first ultrasonic receiver mounted to said conduit and configured to receive a first ultrasonic signal emitted by said first ultrasonic emitter, wherein said first ultrasonic signal travels perpendicularly to said flow direction along a first transmission path length and forms a first angle (α) between said first transmission path and said flow direction , and a second ultrasonic receiver mounted to said conduit and configured to receive a second ultrasonic signal emitted by said second ultrasonic emitter , wherein said second ultrasonic signal travels downstream with respect to said flow direction along a second transmission path length and forms a second angle (β) between said second transmission path and said flow direction ; said meter electronics being arranged to determine said flow rate based on a first time interval of said first ultrasonic signal traveling from said first ultrasonic emitter to said first ultrasonic receiver, and a second time interval of said second ultrasonic signal traveling from said second ultrasonic emitter to said second ultrasonic receiver, characterised in that said second angle β has a value of 0°.
A machine frame of a machine for processing plastics or other plastifiable materials, in particular an injection moulding machine and/or its peripheral equipment, with at least one container and at least one motor-pump unit constructed as a rigid constructional unit, for conveying a hydraulic medium from the container into a circular flow, comprising at least one pump and at least one motor , which are coupled together by a means of at least one operative connection means , wherein at least one structural spatial division is provided and the motor-pump unit is so arranged relative to the structural spatial division that the motor-pump unit at least partially penetrates the structural spatial division so that the pump of the motor-pump unit is at least partially, preferably completely, constructively spatially separated from the motor of the motor-pump unit , and wherein the structural spatial division is so implemented and the motor-pump unit is so arranged relative to the structural spatial division that the pump of the motor-pump unit is arranged at least partly, preferably completely, within and simultaneously the motor of the motor-pump unit is arranged at least partly, preferably completely, outside the container , characterised in that for the at least partial mounting of the motor-pump unit there is provided at least one mounting element which is attached decoupled from the container , wherein the mounting element comprises at least one separating element and the structural spatial division is at least partially formed by the separating element .
A method for detecting an irregular movement of an air turbine starter , the method comprising: receiving, by one or more controllers , data indicative of a frequency associated with an integrated air turbine starter from one or more sensors located on a stationary portion of the air turbine starter to monitor a rotating portion of the air turbine starter ; determining, by the one or more controllers , an anomaly associated with the integrated air turbine starter based at least in part on the data indicative of the frequency; and providing, by the one or more controllers , a notification indicative of the anomaly associated with the integrated air turbine starter . receiving, by one or more controllers , data indicative of a frequency associated with an integrated air turbine starter from one or more sensors located on a stationary portion of the air turbine starter to monitor a rotating portion of the air turbine starter ; determining, by the one or more controllers , an anomaly associated with the integrated air turbine starter based at least in part on the data indicative of the frequency; and providing, by the one or more controllers , a notification indicative of the anomaly associated with the integrated air turbine starter .
A wrench support rack comprising: a base ; and at least one clamp assembly attached to the base and comprising a vertical stop spaced apart from a push member , and wherein the space in between the vertical stop and the push member forms a groove configured to receive a stem of a wrench , and wherein the vertical stop includes an upper ridge portion configured to engage a stem of a wrench and limit vertical movement of a wrench disposed in the groove , and wherein the push member includes an inward protrusion configured to press a stem of a wrench in to the vertical stop and limit horizontal movement of a wrench disposed in the groove , and characterized in that the base (12 further includes an open head support configured to engage at least one tine of a wrench and limit upward movement of the wrench , and wherein the upper ridge portion of the vertical stop is substantially pennant shaped and includes an upper surface that is positioned at a downward angle (θ) from a normal , and a lower surface that is positioned at an upward angle (β) from a normal, and wherein the angle (θ) is greater than the angle (β). a base ; and at least one clamp assembly attached to the base and comprising a vertical stop spaced apart from a push member , and wherein the space in between the vertical stop and the push member forms a groove configured to receive a stem of a wrench , and wherein the vertical stop includes an upper ridge portion configured to engage a stem of a wrench and limit vertical movement of a wrench disposed in the groove , and wherein the push member includes an inward protrusion configured to press a stem of a wrench in to the vertical stop and limit horizontal movement of a wrench disposed in the groove , and characterized in that the base (12 further includes an open head support configured to engage at least one tine of a wrench and limit upward movement of the wrench , and wherein the upper ridge portion of the vertical stop is substantially pennant shaped and includes an upper surface that is positioned at a downward angle (θ) from a normal , and a lower surface that is positioned at an upward angle (β) from a normal, and wherein the angle (θ) is greater than the angle (β).
An ROV, diver, or stab, wet mateable connector plug front end housing , the housing comprising a housing front section ; a locator mount section ; and a seal section , the sections being axially in series with one another; wherein the housing front section comprises a plug coarse alignment feature on an outer surface of the housing front section, adjacent to a front surface of the housing front section and radially outward of a central axis of the housing; a circumferential groove on the outer surface of the housing front section, axially displaced from and rearward of the coarse alignment feature ; wherein the plug coarse alignment feature comprises a bullnose feature; wherein the groove is adapted to receive a latch of an ROV, or diver, wet-mateable connector receptacle front end housing ; and wherein a plug fine alignment feature is formed in the outer surface of the housing front section , aligned with and located radially outward of the central axis of the housing, characterised in that the bullnose feature comprises a series of three truncated cones, the first and third of the cones comprising substantially congruent faces , the first and second cones being joined at their maximum diameter and the second and third cones being joined at their minimum diameter .
A pharmaceutical composition for delivery of one or more encapsulated polynucleotides to one or more target cells, said composition comprising an mRNA as a first encapsulated polynucleotide and a blend of at least a first lipid nanoparticle and a second lipid nanoparticle, wherein the first lipid nanoparticle encapsulates the mRNA; and wherein the first lipid nanoparticle comprises at least one lipid distinct from the second lipid nanoparticle.
Process for the finishing of a wooden composite board with an upper side and an underside, in that firstly a layer of liquid synthetic resin is applied at least to the upper side or the underside, then at least one decorative paper comprising a synthetic resin is applied and covered with a wear-resistant layer of synthetic resin, and this structure is then pressed in a press under high pressure and at high temperature, where the synthetic resin melts and bonds to the upper side or the underside of the wooden composite board, characterized in that the upper side and/or the underside retain a press skin and are provided without surface-grinding, and the synthetic resin penetrates the press skin to form an optimum base for the decorative paper, and the synthetic-resin-impregnated decorative paper is placed onto the press skin.
Rotation angle sensor system having - a rotatably mounted motion sensor, - a sensor that is designed to pick up a rotation of the motion sensor, the rotation being configured for a measurement angle interval (Δα), - evaluation electronics that are designed to receive an analogue signal from the sensor and to digitize said analogue signal with an internal resolution and to output a digital output signal (D(α)) that reproduces the rotation picked up by the sensor, wherein the resolution of the digital output signal (D(α)) for a measurement angle interval (Δα) less than or equal to 360° is of the same magnitude as the internal resolution, characterized in that the resolution of the digital output signal (D(α)) in the case of a measurement angle interval (Δα) greater than 90° is of the same magnitude as the internal resolution and in that the rotation angle sensor system is in the form of a height sensor, wherein the height sensor is designed such that installation in a vehicle in different installation orientations is possible. - a rotatably mounted motion sensor, - a sensor that is designed to pick up a rotation of the motion sensor, the rotation being configured for a measurement angle interval (Δα), - evaluation electronics that are designed to receive an analogue signal from the sensor and to digitize said analogue signal with an internal resolution and to output a digital output signal (D(α)) that reproduces the rotation picked up by the sensor,
A method for forming an abrasive surface , comprising: utilizing an energy source to form a melt pool layer in a substrate (92;96); then applying a non-conducting and non-magnetic abrasive grit into the melt pool layer ; and then solidifying the melt pool layer to lock the abrasive grit into place, wherein the melt pool layer is of a thickness less than a grit size of the abrasive grit such that the abrasive grit extends above the solidified melt pool layer ; and then adding additional metal powder to the substrate (92; 96) around the abrasive grit and then melting the additional metal powder to bond the abrasive grit to the substrate (92; 96). utilizing an energy source to form a melt pool layer in a substrate (92;96); then applying a non-conducting and non-magnetic abrasive grit into the melt pool layer ; and then solidifying the melt pool layer to lock the abrasive grit into place, wherein the melt pool layer is of a thickness less than a grit size of the abrasive grit such that the abrasive grit extends above the solidified melt pool layer ; and then adding additional metal powder to the substrate (92; 96) around the abrasive grit and then melting the additional metal powder to bond the abrasive grit to the substrate (92; 96).
A method for inspecting the operation of at least part of a production line in the tobacco industry by means of a probe having the shape of a smoking article and including a processor , a memory , a data exchange module and an electrical power supply , wherein the line includes a path (P) for the movement of the smoking articles, a control unit and a working unit which is positioned along the movement path (P) and is provided with a tag (T) having a read/write memory and a data exchange interface to emit and receive data in a wireless communication, the method comprising the following steps: - loading the probe into the line at a loading position located along the movement path (P); - transferring data between the probe and the tag (T) of the working unit when the probe is located at an operating position along the movement path (P). - loading the probe into the line at a loading position located along the movement path (P); - transferring data between the probe and the tag (T) of the working unit when the probe is located at an operating position along the movement path (P).