mhurhangee/patent-ind-claim-en huggingface dataset:
A rope adjusting device comprising an adjusting part , a mounting base and a rope winding part configured to be wound by a rope, wherein the adjusting part and the mounting base are rotatably connected to each other, the adjusting part comprises a driving portion and a linkage portion , which are relatively fixed and coaxially arranged; the mounting base is provided with a rotation restricting portion , which is corresponding to the linkage portion and configured to restrict a rotational direction of the linkage portion , wherein the rotational direction of the linkage portion coincides with a direction of tightening the rope of the rope winding part ; and the rope winding part is rotatably connected to the mounting base , the rope winding part is provided with a driven portion in transmission connection with the driving portion , and axes of rotation of both the driving portion and the driven portion are collinear, wherein the mounting base is provided with a mounting hole configured to enable the rope winding part to be mounted, and the rope winding part is inserted into and rotatably connected with the mounting hole ; the mounting base is further provided with limiting buckles in order to prevent the rope winding part from being disengaged from the mounting hole , and the rope winding part is provided with disassembling grooves corresponding to the limiting buckles one by one; whereby when the limiting buckles are aligned with the disassembling grooves , the rope winding part can be inserted into or taken out of the mounting hole . wherein the adjusting part and the mounting base are rotatably connected to each other, the adjusting part comprises a driving portion and a linkage portion , which are relatively fixed and coaxially arranged; the mounting base is provided with a rotation restricting portion , which is corresponding to the linkage portion and configured to restrict a rotational direction of the linkage portion , wherein the rotational direction of the linkage portion coincides with a direction of tightening the rope of the rope winding part ; and the rope winding part is rotatably connected to the mounting base , the rope winding part is provided with a driven portion in transmission connection with the driving portion , and axes of rotation of both the driving portion and the driven portion are collinear, wherein the mounting base is provided with a mounting hole configured to enable the rope winding part to be mounted, and the rope winding part is inserted into and rotatably connected with the mounting hole ; the mounting base is further provided with limiting buckles in order to prevent the rope winding part from being disengaged from the mounting hole , and the rope winding part is provided with disassembling grooves corresponding to the limiting buckles one by one; whereby when the limiting buckles are aligned with the disassembling grooves , the rope winding part can be inserted into or taken out of the mounting hole .
A polypropylene resin composition having improved scratch resistance, the composition containing a polypropylene resin, a thermoplastic elastomer, a wool-like inorganic silica, wherein the wool-like inorganic silica has an average length of 200 nanometers or greater, and an average aspect ratio of 50 or greater, wherein a content of the wool-like inorganic silica is in a range of 5 to 30 parts by weight, based on 100 parts by weight of the polypropylene resin. wherein the wool-like inorganic silica has an average length of 200 nanometers or greater, and an average aspect ratio of 50 or greater, wherein a content of the wool-like inorganic silica is in a range of 5 to 30 parts by weight, based on 100 parts by weight of the polypropylene resin.
A device for capturing an obstruction in a vasculature comprising a first elongated member comprising a lumen therethrough, a proximal end, and a distal end; an expandable element positioned near the distal end of the first elongated member , the expandable element expandable between a collapsed delivery configuration and an expanded configuration; an invertible element , the invertible element positioned near the distal end of the first elongated member , the invertible element expandable between a collapsed delivery configuration and an expanded configuration, the invertible element invertible between the expanded configuration and an inverted configuration, the inverted configuration forming a pocket ; a gap positioned between the expandable element and the invertible element , the gap sized to place across the obstruction; and a core wire comprising a distal end and a proximal end, wherein the first elongated member is concentric with the core wire and the core wire is positioned at the axis of the first elongated member, characterized in that the expandable element is joined to the core wire at a distal joint and joined to the first elongated member at a proximal joint such that a movement of the core wire proximally in relation to the first elongated member expands the expandable element , the device further comprising a distal coil , and the distal coil positioned near the distal end of the core wire and connected to the core wire . a first elongated member comprising a lumen therethrough, a proximal end, and a distal end; an expandable element positioned near the distal end of the first elongated member , the expandable element expandable between a collapsed delivery configuration and an expanded configuration; an invertible element , the invertible element positioned near the distal end of the first elongated member , the invertible element expandable between a collapsed delivery configuration and an expanded configuration, the invertible element invertible between the expanded configuration and an inverted configuration, the inverted configuration forming a pocket ; a gap positioned between the expandable element and the invertible element , the gap sized to place across the obstruction; and a core wire comprising a distal end and a proximal end, wherein the first elongated member is concentric with the core wire and the core wire is positioned at the axis of the first elongated member, characterized in that the expandable element is joined to the core wire at a distal joint and joined to the first elongated member at a proximal joint such that a movement of the core wire proximally in relation to the first elongated member expands the expandable element , the device further comprising a distal coil , and the distal coil positioned near the distal end of the core wire and connected to the core wire .
A waste gate valve control method for a waste gate valve which is provided to a turbocharger , wherein the waste gate valve includes: - an actuator ; - an arm which is driven by the actuator and which oscillates with a rotation center as a center; - a valve body which is supported on a distal end of the arm ; and - a spring member which is interposed between the arm and the valve body , the waste gate valve control method comprising performing a process when the waste gate valve is closed from an opening state to a full closing position, wherein the process includes: - reducing a driving force of the actuator from a first level to a second level, when a sensor detects that the valve body during movement in a closing direction reaches a predetermined position (L1) immediately before seating of valve body on a seat surface ; and - increasing the driving force from the second level to a third level in a stage in which a part of the valve body is locally seated to the seat surface , and wherein the third level is a driving force level in which the spring member is displaced. - an actuator ; - an arm which is driven by the actuator and which oscillates with a rotation center as a center; - a valve body which is supported on a distal end of the arm ; and - a spring member which is interposed between the arm and the valve body , - reducing a driving force of the actuator from a first level to a second level, when a sensor detects that the valve body during movement in a closing direction reaches a predetermined position (L1) immediately before seating of valve body on a seat surface ; and - increasing the driving force from the second level to a third level in a stage in which a part of the valve body is locally seated to the seat surface , and
A fan module for a cooling unit , the fan module comprising: a fan housing configured to be secured within the cooling unit , the fan housing having a first open end and a second open end spaced from the first open end; a fan assembly secured within the fan housing at the first open end of the fan housing , the fan assembly including a fan support , a fan rotatably coupled to the fan support , and a motor coupled to the fan to drive rotation of the fan , the fan support being configured to support the fan assembly within the fan housing ; a mounting ring secured to the fan housing ; a duct cover secured to the fan housing at the second open end of the fan housing ; a noise reduction assembly disposed in the fan housing adjacent the fan assembly to reduce noise generated by the fan assembly , the noise reduction assembly including a holder configured to be secured to the fan housing , and an acoustic component secured to the holder , the holder including a plate that is secured to the fan housing by the mounting ring and a rod having one end secured to the plate and an opposite end secured to the duct cover , the rod being configured to support the acoustic component. a fan housing configured to be secured within the cooling unit , the fan housing having a first open end and a second open end spaced from the first open end; a fan assembly secured within the fan housing at the first open end of the fan housing , the fan assembly including a fan support , a fan rotatably coupled to the fan support , and a motor coupled to the fan to drive rotation of the fan , the fan support being configured to support the fan assembly within the fan housing ; a mounting ring secured to the fan housing ; a duct cover secured to the fan housing at the second open end of the fan housing ; a noise reduction assembly disposed in the fan housing adjacent the fan assembly to reduce noise generated by the fan assembly , the noise reduction assembly including a holder configured to be secured to the fan housing , and an acoustic component secured to the holder , the holder including a plate that is secured to the fan housing by the mounting ring and a rod having one end secured to the plate and an opposite end secured to the duct cover , the rod being configured to support the acoustic component.
Mixing device for mixing hydrogen peroxide and water, comprising: - a mixing chamber provided with a water supply opening and a drain opening for draining the mixture of hydrogen peroxide and water, - two connecting pieces defining the supply opening and the drain opening , which connecting pieces are opposite each other and are in line with each other, - wherein the cross section of the mixing chamber at the location of the water supply opening being larger than the cross section of the water supply opening so that the water leaving the water supply opening and entering the mixing chamber creates a turbulence in the water flow, and - wherein at the water supply opening there is at least one nozzle for injecting hydrogen peroxide into the water flow, which nozzle is directed to the water flow entering the mixing chamber , characterized in the mixing device further comprises a bend piece being inside the mixing chamber , a first end of the bend piece being connected to one of the connecting pieces and the other end of the bend piece defining the water supply opening , that is at right angles to the drain opening , such that the direction of the water flow entering the mixing chamber and the direction of the flow of the mixture leaving the mixing chamber are at right angles to each other. - a mixing chamber provided with a water supply opening and a drain opening for draining the mixture of hydrogen peroxide and water, - two connecting pieces defining the supply opening and the drain opening , which connecting pieces are opposite each other and are in line with each other, - wherein the cross section of the mixing chamber at the location of the water supply opening being larger than the cross section of the water supply opening so that the water leaving the water supply opening and entering the mixing chamber creates a turbulence in the water flow, and - wherein at the water supply opening there is at least one nozzle for injecting hydrogen peroxide into the water flow, which nozzle is directed to the water flow entering the mixing chamber ,
A thermoplastic polyether ester elastomer consisting of a hard segment and a soft segment, wherein the hard segment comprises an aromatic dicarboxylic compound and an aliphatic diol component as polymerized units, the soft segment comprises an aromatic dicarboxylic compound and a glycol component as polymerized units, the glycol component comprises an anhydrosugar alcohol-alkylene glycol and the content of anhydrosugar alcohol-alkylene glycol in 100 % by weight of the thermoplastic polyether ester elastomer is 1% by weight to 30% by weight.
An operations and maintenance arrangement for floating wind turbines, comprising a floating sub-structure on which at least one wind turbine unit is situated, a service operation vessel and a portable crane , said floating sub-structure having an interface capable of receiving and fixedly locking said crane to said sub-structure , said service operation vessel having a ship crane capable of lifting said portable crane from said vessel and onto said sub-structure , characterized in that said arrangement further comprising a support to receive components, such as wind turbine blades or gear units, to be installed on the wind turbine , said support having an interface to mate and fixedly lock with an interface on said floating sub-structure .
A method for generating a radiological report, comprising: displaying, on a display, an image of a region of interest, the region of interest including a nodule; determining an image characteristic of the region of interest, the image characteristic including at least one of an anatomy and a measurement of the nodule made by a radiologist; determining, via a processor, a recommendation based on the image characteristic, wherein determining the recommendation includes: comparing, via the processor, the anatomy and the measurement to a corresponding anatomy and a corresponding measurement stored in a guidelines database; and determining, via the processor, a corresponding guideline recommendation associated with the anatomy and the measurement as the recommendation; and generating, via the processor, a report including the recommendation, the report including a cross-reference to the measurement on which the recommendation is made, including, an image slice number and X-Y locations of end points of a lesion on the image slice. displaying, on a display, an image of a region of interest, the region of interest including a nodule; determining an image characteristic of the region of interest, the image characteristic including at least one of an anatomy and a measurement of the nodule made by a radiologist; determining, via a processor, a recommendation based on the image characteristic, wherein determining the recommendation includes: comparing, via the processor, the anatomy and the measurement to a corresponding anatomy and a corresponding measurement stored in a guidelines database; and determining, via the processor, a corresponding guideline recommendation associated with the anatomy and the measurement as the recommendation; and comparing, via the processor, the anatomy and the measurement to a corresponding anatomy and a corresponding measurement stored in a guidelines database; and determining, via the processor, a corresponding guideline recommendation associated with the anatomy and the measurement as the recommendation; and generating, via the processor, a report including the recommendation, the report including a cross-reference to the measurement on which the recommendation is made, including, an image slice number and X-Y locations of end points of a lesion on the image slice.
A method of printing comprising: applying an ink composition onto an oxidizing and alkaline substrate as a print, the oxidizing and alkaline substrate comprising percarbonate, percarbonate salt, or an oxidizing agent that renders such substrates alkaline, meaning having a relatively high pH, the ink composition comprising: water; from 10 wt. % to 60 wt. % at least one solvent; and from 4 wt. % to 15 wt. % at least one water-soluble polymeric dye; wetting the surface of the oxidizing and alkaline substrate via the water in the ink composition so as to cause the oxidizing and alkaline substrate to release nascent oxygen; and stabilizing the ink composition on the surface of the oxidizing and alkaline substrate in the presence of the nascent oxygen via the resistance to oxidation of the least one water-soluble polymeric dye; wherein the at least one water-soluble polymeric dye is loaded in the ink composition sufficiently to meet print color and optical density requirements for application onto the oxidizing and alkaline substrate while the ink composition still also meets duty cycle requirements via the at least one solvent. applying an ink composition onto an oxidizing and alkaline substrate as a print, the oxidizing and alkaline substrate comprising percarbonate, percarbonate salt, or an oxidizing agent that renders such substrates alkaline, meaning having a relatively high pH, the ink composition comprising: water; from 10 wt. % to 60 wt. % at least one solvent; and from 4 wt. % to 15 wt. % at least one water-soluble polymeric dye; water; from 10 wt. % to 60 wt. % at least one solvent; and from 4 wt. % to 15 wt. % at least one water-soluble polymeric dye; wetting the surface of the oxidizing and alkaline substrate via the water in the ink composition so as to cause the oxidizing and alkaline substrate to release nascent oxygen; and stabilizing the ink composition on the surface of the oxidizing and alkaline substrate in the presence of the nascent oxygen via the resistance to oxidation of the least one water-soluble polymeric dye; wherein the at least one water-soluble polymeric dye is loaded in the ink composition sufficiently to meet print color and optical density requirements for application onto the oxidizing and alkaline substrate while the ink composition still also meets duty cycle requirements via the at least one solvent.
A method of monitoring a backup battery for a magnetic bearing centrifugal compressor , the method comprising: - establishing threshold voltage for a battery level of the backup battery ; - monitoring an actual voltage of the backup battery ; - comparing the actual voltage of the backup battery to the threshold voltage; - initiating a soft shutdown of the magnetic bearing centrifugal compressor if the magnetic bearing centrifugal compressor is operating and the actual voltage is below the threshold voltage for a defined period of time; - preventing the magnetic bearing centrifugal compressor from starting if the magnetic bearing centrifugal compressor is not operating and the actual voltage is below the threshold voltage; and - allowing the magnetic bearing centrifugal compressor to continue operation or begin operation if the actual voltage is greater than the threshold voltage. - establishing threshold voltage for a battery level of the backup battery ; - monitoring an actual voltage of the backup battery ; - comparing the actual voltage of the backup battery to the threshold voltage; - initiating a soft shutdown of the magnetic bearing centrifugal compressor if the magnetic bearing centrifugal compressor is operating and the actual voltage is below the threshold voltage for a defined period of time; - preventing the magnetic bearing centrifugal compressor from starting if the magnetic bearing centrifugal compressor is not operating and the actual voltage is below the threshold voltage; and - allowing the magnetic bearing centrifugal compressor to continue operation or begin operation if the actual voltage is greater than the threshold voltage.
A method for the configuration of preconfigured transmission resources in a cellular communications network, the method comprising the steps of configuring periodic transmission resources for the transmission of data from a mobile device to a base station; transmitting an indication of the periodic transmission resources from the base station to the mobile device in a configuration message, wherein the indication includes a time reference SFN or part thereof, and an offset from a time reference to the periodic transmission resources, wherein the time reference is the most recent previous occurrence of the time reference SFN prior to the reception of the configuration message, wherein the period of the transmission resources is not a divisor of the hyperframe length, which is 1024 frames. configuring periodic transmission resources for the transmission of data from a mobile device to a base station; transmitting an indication of the periodic transmission resources from the base station to the mobile device in a configuration message, wherein the indication includes a time reference SFN or part thereof, and an offset from a time reference to the periodic transmission resources, wherein the time reference is the most recent previous occurrence of the time reference SFN prior to the reception of the configuration message, wherein the period of the transmission resources is not a divisor of the hyperframe length, which is 1024 frames.