mhurhangee/patent-ind-claim-en huggingface dataset:
A method for continuously producing a rubber masterbatch, comprising the following steps: step : adding a filler in a rubber solution, and stirring to form a rubber/filler/solvent mixture; step : removing the solvent, and drying said mixture to obtain a rubber/filler masterbatch; wherein, said drying in step 2) is that the mixture obtained in step 1) is transferred to a heating conveyor belt dryer, and heated and dried under vacuum or an inert gas, the volatilized solvent and the unreacted monomer in the synthesis of rubber enter into a condenser and a fractionation column for recovery; alternatively, said drying in step 2) is that the mixture obtained in step 1) is spray dried or flashed, the heating medium used is an inert gas or water vapor, and the volatilized solvent and the unreacted monomer in the synthesis of rubber enter into the condenser and the fractionation column for recovering, wherein the step specifically comprises adding the filler into the rubber solution, stirring to form a rubber/filler/solvent mixture, as well as further finely and refinedly dispersing the rubber/filler/solution mixture to improve the dispersity of the filler in the rubber solution; and wherein said fine dispersion is implemented by the following way: the mixture obtained after stirring is injected by a nozzle at high pressure under the condition of high shear, to improve the dispersion of filler and/or additive; the ejected material is rendered to pass through a multi-elbow pipe to make mixed solution collided with the wall of the tube in the tube, resulting in the increased dispersion of the filler and/or the additive; or the ejected material is rendered to pass through a pipe having varying inner diameters so as to change shear stress, resulting in the increased dispersion of the filler and/or the additive. step : adding a filler in a rubber solution, and stirring to form a rubber/filler/solvent mixture; step : removing the solvent, and drying said mixture to obtain a rubber/filler masterbatch;
An ice bin of an ice making assembly , the ice bin comprising: a bin body defining a storage volume to receive ice therein; an ice sweep positioned below the storage volume ; a sweep gear rotatable about a sweep axis (X); and a drive gear positioned in mechanical communication with the sweep gear , the drive gear being rotatable about a drive axis (E), the drive axis (E) extending along an angle relative to the sweep axis (X), wherein the drive axis (E) is not parallel to the sweep axis (X), wherein the ice bin is further comprising an ice agitator positioned within the storage volume in mechanical communication with the sweep gear to rotate therewith, wherein the ice agitator is fixed to the ice sweep to rotate therewith about the sweep axis (X), wherein the ice agitator comprises a single, continuous, folded wire. a bin body defining a storage volume to receive ice therein; an ice sweep positioned below the storage volume ; a sweep gear rotatable about a sweep axis (X); and a drive gear positioned in mechanical communication with the sweep gear , the drive gear being rotatable about a drive axis (E), the drive axis (E) extending along an angle relative to the sweep axis (X), wherein the drive axis (E) is not parallel to the sweep axis (X), wherein the ice bin is further comprising an ice agitator positioned within the storage volume in mechanical communication with the sweep gear to rotate therewith, wherein the ice agitator is fixed to the ice sweep to rotate therewith about the sweep axis (X), wherein the ice agitator comprises a single, continuous, folded wire.
Plug-in connector with a cable having at least one insulated conductor , wherein the plug-in connector comprises a conductive rubber element composed of an elastically deformable material having alternating conductive and non-conductive layers, wherein the at least one conductor is fixed in an electrically conductive manner to at least one conductive layer of the conductive rubber element , characterized in that the non-stripped end face of the conductor or the conductors is pressed directly against the conductive rubber element , in that the plug-in connector comprises at least one contact element , in that on one face of the conductive rubber element the at least one conductor is fixed in an electrically conductive manner to at least one conductive layer of the conductive rubber element , and in that on the other face of the conductive rubber element the at least one contact element is contacted by at least one conductive layer of the conductive rubber element . in that the non-stripped end face of the conductor or the conductors is pressed directly against the conductive rubber element , in that the plug-in connector comprises at least one contact element , in that on one face of the conductive rubber element the at least one conductor is fixed in an electrically conductive manner to at least one conductive layer of the conductive rubber element , and in that on the other face of the conductive rubber element the at least one contact element is contacted by at least one conductive layer of the conductive rubber element .
A plant container comprising: a container provided therein with a cultivation space and having a top surface opened; a guide cover configured to cover the top surface of the container and including a plurality of guide openings spaced apart from each other; a medium disposed inside the container and having a plurality of seating openings provided in number corresponding to the plurality of guide openings ; and an insertion cover configured to cover an upper portion of the guide cover and having at least one inserting opening disposed at a position corresponding to at least one guide opening of the plurality of guide openings , wherein the at least one inserting opening , the at least one guide opening , and the at least one seating opening are aligned with each other in a vertical direction, based on one central line, wherein the guide opening includes: a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening ; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening . a container provided therein with a cultivation space and having a top surface opened; a guide cover configured to cover the top surface of the container and including a plurality of guide openings spaced apart from each other; a medium disposed inside the container and having a plurality of seating openings provided in number corresponding to the plurality of guide openings ; and an insertion cover configured to cover an upper portion of the guide cover and having at least one inserting opening disposed at a position corresponding to at least one guide opening of the plurality of guide openings , wherein the at least one inserting opening , the at least one guide opening , and the at least one seating opening are aligned with each other in a vertical direction, based on one central line, wherein the guide opening includes: a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening ; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening . a first opening formed as a portion of the guide cover and being open; a cover inclined surface extending to be inclined downward from the first opening ; and a second opening disposed in a lower end of the cover inclined surface and formed to have a diameter less than a diameter of the first opening .
An immediate release pharmaceutical composition comprising from 16 wt% to 18 wt% rifaximin; from 16 wt% to 18 wt% HPMC-AS; from 1 wt% to 2 wt% poloxamer 407; from 8 wt% to 10 wt% croscarmellose sodium; from 49 wt% to 51 wt% microcrystalline cellulose; from 0.15 wt% to 0.25 wt% colloidal silicon dioxide; and from 0.45 wt% to 0.55 wt% magnesium stearate, wherein the total amount of rifaximin is 40 mg. from 16 wt% to 18 wt% rifaximin; from 16 wt% to 18 wt% HPMC-AS; from 1 wt% to 2 wt% poloxamer 407; from 8 wt% to 10 wt% croscarmellose sodium; from 49 wt% to 51 wt% microcrystalline cellulose; from 0.15 wt% to 0.25 wt% colloidal silicon dioxide; and from 0.45 wt% to 0.55 wt% magnesium stearate, wherein the total amount of rifaximin is 40 mg.
Measuring assembly for measuring structures of a measuring object resting on a support, comprising: - an electronic ruler including a measuring carriage and a rail , wherein the measuring carriage is arranged to be movable along the rail in the longitudinal direction of the rail , - a digital microscope , - wherein the electronic ruler comprises a fastening device for fastening the measuring assembly on the support, wherein the fastening device comprises at least one magnet or a suction cup base or is formed as a weight for weighing down the measuring assembly in order to prevent the measuring assembly from slipping on the support, - wherein the digital microscope is fastened to the measuring carriage of the electronic ruler in such a manner that the digital microscope is entrained during movement of the measuring carriage and can be aligned to different positions of the support by moving the measuring carriage along the rail , - wherein the measuring carriage comprises a display device for displaying a travel distance of the measuring carriage . - an electronic ruler including a measuring carriage and a rail , wherein the measuring carriage is arranged to be movable along the rail in the longitudinal direction of the rail , - a digital microscope , - wherein the electronic ruler comprises a fastening device for fastening the measuring assembly on the support, wherein the fastening device comprises at least one magnet or a suction cup base or is formed as a weight for weighing down the measuring assembly in order to prevent the measuring assembly from slipping on the support, - wherein the digital microscope is fastened to the measuring carriage of the electronic ruler in such a manner that the digital microscope is entrained during movement of the measuring carriage and can be aligned to different positions of the support by moving the measuring carriage along the rail , - wherein the measuring carriage comprises a display device for displaying a travel distance of the measuring carriage .
A gas turbine engine component (60; 260), comprising: a platform (64; 164; 264); a feed cavity (80; 180; 280) that feeds a cooling fluid inside of said platform (64; 164; 264), said feed cavity (80; 180; 280) including a leg portion and a main body portion that extends from said leg portion inside of said platform (64; 164; 264); and characterised by a separate cooling cavity (82; 282) inside said platform (64; 164; 264) and in fluid communication with said feed cavity (80; 180; 280); and at least one inlet passage that fluidly connects said cooling cavity (82; 282) to said feed cavity (80; 180; 280). a platform (64; 164; 264); a feed cavity (80; 180; 280) that feeds a cooling fluid inside of said platform (64; 164; 264), said feed cavity (80; 180; 280) including a leg portion and a main body portion that extends from said leg portion inside of said platform (64; 164; 264); and characterised by a separate cooling cavity (82; 282) inside said platform (64; 164; 264) and in fluid communication with said feed cavity (80; 180; 280); and at least one inlet passage that fluidly connects said cooling cavity (82; 282) to said feed cavity (80; 180; 280).
A household appliance foot , comprising: a hydraulic plate ; a sheath , being fixedly connected with the hydraulic plate ; a regulating foot , being arranged in the sheath and being axially movable relative to the sheath ; an accommodation chamber, being formed by the hydraulic plate , the sheath and the regulating foot ; a hydraulic medium in the accommodation chamber being compressed or expanding with pressure changes to drive the regulating foot to axially move in the sheath for leveling; wherein a first mounting structure for being fixedly connected with a bottom plate of a household appliance is arranged on the hydraulic plate , characterized in that a second mounting structure for being fixedly connected with the sheath is arranged on the hydraulic plate ; the second mounting structure is a second mounting hole , and the hydraulic plate is fixedly connected with the sheath in a manner that a second connecting member passes through the second mounting hole ; an upper end of the sheath is flanged to form a mounting plane , the mounting plane is fit with a bottom surface of the hydraulic plate and is fixedly connected with the bottom surface of the hydraulic plate , and fourth mounting holes corresponding to the second mounting holes are formed in the mounting plane . a hydraulic plate ; a sheath , being fixedly connected with the hydraulic plate ; a regulating foot , being arranged in the sheath and being axially movable relative to the sheath ; an accommodation chamber, being formed by the hydraulic plate , the sheath and the regulating foot ; a hydraulic medium in the accommodation chamber being compressed or expanding with pressure changes to drive the regulating foot to axially move in the sheath for leveling; wherein a first mounting structure for being fixedly connected with a bottom plate of a household appliance is arranged on the hydraulic plate , characterized in that a second mounting structure for being fixedly connected with the sheath is arranged on the hydraulic plate ; the second mounting structure is a second mounting hole , and the hydraulic plate is fixedly connected with the sheath in a manner that a second connecting member passes through the second mounting hole ; an upper end of the sheath is flanged to form a mounting plane , the mounting plane is fit with a bottom surface of the hydraulic plate and is fixedly connected with the bottom surface of the hydraulic plate , and fourth mounting holes corresponding to the second mounting holes are formed in the mounting plane .
A method, performed by a computing device, comprising: capturing, by the computing device, one or more images from a depth camera, wherein the one or more images include depth information; generating, by the computer device, an initial sculpture for an entity in the captured one or more images; performing, by the computer device, a ray casting process on the generated initial sculpture using the depth information; and deforming, by the computer device, the initial sculpture based on the ray casting process to generate a sculpture for the entity; and wherein the initial sculpture includes a mesh polygon with vertices and triangular faces, and wherein performing the ray casting process on the generated initial sculpture using the depth information includes: casting a ray from an origin point to a particular data point included in the depth information; determining an intersection point of the cast ray with a particular triangular face of the mesh polygon; calculating a force vector to move the intersection point to the particular data point; and determining a vertex force vector for a vertex of the particular triangular face based on the calculated force vector. capturing, by the computing device, one or more images from a depth camera, wherein the one or more images include depth information; generating, by the computer device, an initial sculpture for an entity in the captured one or more images; performing, by the computer device, a ray casting process on the generated initial sculpture using the depth information; and deforming, by the computer device, the initial sculpture based on the ray casting process to generate a sculpture for the entity; and wherein the initial sculpture includes a mesh polygon with vertices and triangular faces, and wherein performing the ray casting process on the generated initial sculpture using the depth information includes: casting a ray from an origin point to a particular data point included in the depth information; determining an intersection point of the cast ray with a particular triangular face of the mesh polygon; calculating a force vector to move the intersection point to the particular data point; and determining a vertex force vector for a vertex of the particular triangular face based on the calculated force vector. casting a ray from an origin point to a particular data point included in the depth information; determining an intersection point of the cast ray with a particular triangular face of the mesh polygon; calculating a force vector to move the intersection point to the particular data point; and determining a vertex force vector for a vertex of the particular triangular face based on the calculated force vector.
An elevator control panel having a face cover that is divided into upper and lower sections, the control panel comprising: a housing ; an upper cover , which is mounted to the housing so that it can slide up and down by a guide provided to the housing and which is provided at an upper side of a surface of the control panel and is slidable up and down; a fitting member , which is disposed below a lower end of the upper cover and is provided on an inside of the upper cover , and which includes a fitting face provided to a fitting piece of the fitting member and which is extending inwardly in a horizontal direction; a lower cover , which is provided at a lower side of the surface of the control panel; and a guide member , which is provided on the lower cover and below an upper end thereof, and which includes a guide face that is fitted with the fitting face so that the lower end of the upper cover and the upper end of the lower cover contact with each other, the guide member having a guide piece disposed below the upper end of the lower cover , the guide piece being disposed below the fitting piece of the fitting member , so that the guide face is fitted with the fitting face , the control panel being arranged so that, when the lower cover is being mounted, the upper cover is upwardly moved while the fitting face is fitted with the guide face , wherein an inclined part inclined downwardly is provided a leading end of the guide member . a housing ; an upper cover , which is mounted to the housing so that it can slide up and down by a guide provided to the housing and which is provided at an upper side of a surface of the control panel and is slidable up and down; a fitting member , which is disposed below a lower end of the upper cover and is provided on an inside of the upper cover , and which includes a fitting face provided to a fitting piece of the fitting member and which is extending inwardly in a horizontal direction; a lower cover , which is provided at a lower side of the surface of the control panel; and a guide member , which is provided on the lower cover and below an upper end thereof, and which includes a guide face that is fitted with the fitting face so that the lower end of the upper cover and the upper end of the lower cover contact with each other, the guide member having a guide piece disposed below the upper end of the lower cover , the guide piece being disposed below the fitting piece of the fitting member , so that the guide face is fitted with the fitting face , the control panel being arranged so that, when the lower cover is being mounted, the upper cover is upwardly moved while the fitting face is fitted with the guide face , wherein an inclined part inclined downwardly is provided a leading end of the guide member .
A method for automatically shifting an operating mode of an internal combustion engine between an economy mode and a performance mode comprising the steps of: determining a current fuel-air ratio at which the engine is operating; comparing the current fuel-air ratio to a predetermined fuel-air ratio limit; determining a time duration for which the current fuel-air ratio is below the fuel-air ratio limit and comparing the time duration to a predetermined waiting time threshold value; providing a count based on a difference between the current fuel-air ratio and the fuel-air ratio limit when the engine is operating at a current fuel-air ratio which is below the fuel-air ratio limit and comparing the count with an intensity threshold value; shifting the operating mode of the engine from the performance mode to the economy mode when both the time duration and the count exceed the waiting time threshold value and the intensity threshold value respectively; and shifting the operating mode of the engine from the economy mode to the performance mode when the current fuel-air ratio reaches or exceeds the fuel-air ratio limit. determining a current fuel-air ratio at which the engine is operating; comparing the current fuel-air ratio to a predetermined fuel-air ratio limit; determining a time duration for which the current fuel-air ratio is below the fuel-air ratio limit and comparing the time duration to a predetermined waiting time threshold value; providing a count based on a difference between the current fuel-air ratio and the fuel-air ratio limit when the engine is operating at a current fuel-air ratio which is below the fuel-air ratio limit and comparing the count with an intensity threshold value; shifting the operating mode of the engine from the performance mode to the economy mode when both the time duration and the count exceed the waiting time threshold value and the intensity threshold value respectively; and shifting the operating mode of the engine from the economy mode to the performance mode when the current fuel-air ratio reaches or exceeds the fuel-air ratio limit.
A modular payload device for unmanned aircraft, which is provided with a body made up of: - at least two longitudinal members , wherein each longitudinal member is provided with at least one coupling element , - at least four guides , wherein each guide has attachment means through which it is coupled to the longitudinal members , - four rods such that one end of the rod rests on a base which is provided with anchoring means , - at least two frames provided with a plurality of perforations and guiding recesses , wherein the guiding recesses allow coupling the frame to the guide , - a plurality of complementary coupling elements attached to the frames , and a printed circuit board (PCB) linked to one of the longitudinal members , which has a plurality of standardized connectors and a plurality of power regulators for connecting flight instruments and payload instruments of the unmanned aircraft, wherein the frames are fixed to the body by means of introducing the rods through the perforations of the frames , whereas the coupling elements of the longitudinal members and the anchoring means of the base are linked with the complementary anchoring means by tongue and groove clipping. - at least two longitudinal members , wherein each longitudinal member is provided with at least one coupling element , - at least four guides , wherein each guide has attachment means through which it is coupled to the longitudinal members , - four rods such that one end of the rod rests on a base which is provided with anchoring means , - at least two frames provided with a plurality of perforations and guiding recesses , wherein the guiding recesses allow coupling the frame to the guide , - a plurality of complementary coupling elements attached to the frames , and a printed circuit board (PCB) linked to one of the longitudinal members , which has a plurality of standardized connectors and a plurality of power regulators for connecting flight instruments and payload instruments of the unmanned aircraft, wherein the frames are fixed to the body by means of introducing the rods through the perforations of the frames , whereas the coupling elements of the longitudinal members and the anchoring means of the base are linked with the complementary anchoring means by tongue and groove clipping.