mhurhangee/patent-ind-claim-en huggingface dataset:
A device for breaking up a material stream to be supplied of composite materials and interlocking structures containing composite materials, and also mixtures thereof into individual fractions of the composite materials, wherein the device comprises: a rotor and a stator inside a reactor , which are rotatable relative to one another and which define an annular space between them, in which the material stream to be supplied can be mechanically broken up by the interaction of rotor or stator tools attached to the rotor or stator , a drive unit for driving the rotor , a material inlet for feeding the material stream to be supplied into the interior of the reactor , a material outlet for discharging a material stream mechanically broken up between the rotor and stator and to be discharged from the interior of the reactor , characterised in that the material inlet into the interior of the reactor is designed as an injector mixer , in which the material stream to be supplied can be acted upon and mixed with a fluid, a curved disc is fitted between the injector mixer on the one hand and the rotor and stator on the other hand inside the reactor in order to deflect the material stream to be fed through the injector mixer in a targeted manner into the annular region between the rotor and stator . a rotor and a stator inside a reactor , which are rotatable relative to one another and which define an annular space between them, in which the material stream to be supplied can be mechanically broken up by the interaction of rotor or stator tools attached to the rotor or stator , a drive unit for driving the rotor , a material inlet for feeding the material stream to be supplied into the interior of the reactor , a material outlet for discharging a material stream mechanically broken up between the rotor and stator and to be discharged from the interior of the reactor , characterised in that the material inlet into the interior of the reactor is designed as an injector mixer , in which the material stream to be supplied can be acted upon and mixed with a fluid, a curved disc is fitted between the injector mixer on the one hand and the rotor and stator on the other hand inside the reactor in order to deflect the material stream to be fed through the injector mixer in a targeted manner into the annular region between the rotor and stator .
A system for implanting a spinal implant into a disc space between adjacent vertebral bodies, the system comprising: a spinal implant including proximal and distal adjustment assemblies that are independently operable to change a height of the proximal or distal region , respectively, of the spinal implant; and a driving instrument for adjusting the spinal implant, the driving instrument comprising: an outer shaft including a distal end ; and an inner shaft disposed within the outer shaft, the inner shaft including a distal end , the distal ends of the outer and inner shafts configured to actuate the respective proximal and distal adjustment assemblies of the spinal implant and a proximal end extending proximally from the outer shaft and configured to be rotated such that rotation of the inner shaft results in simultaneous rotation of the inner and outer shafts, wherein rotation of the outer shaft ceases at a first value of resistance associated with the proximal adjustment assembly and rotation of the inner shaft ceases at a second value of resistance associated with the distal adjustment assembly , such that cessation of rotation of the inner shaft is independent from cessation of rotation of the outer shaft . a spinal implant including proximal and distal adjustment assemblies that are independently operable to change a height of the proximal or distal region , respectively, of the spinal implant; and a driving instrument for adjusting the spinal implant, the driving instrument comprising: an outer shaft including a distal end ; and an inner shaft disposed within the outer shaft, the inner shaft including a distal end , the distal ends of the outer and inner shafts configured to actuate the respective proximal and distal adjustment assemblies of the spinal implant and a proximal end extending proximally from the outer shaft and configured to be rotated such that rotation of the inner shaft results in simultaneous rotation of the inner and outer shafts, wherein rotation of the outer shaft ceases at a first value of resistance associated with the proximal adjustment assembly and rotation of the inner shaft ceases at a second value of resistance associated with the distal adjustment assembly , such that cessation of rotation of the inner shaft is independent from cessation of rotation of the outer shaft . an outer shaft including a distal end ; and an inner shaft disposed within the outer shaft, the inner shaft including a distal end , the distal ends of the outer and inner shafts configured to actuate the respective proximal and distal adjustment assemblies of the spinal implant and a proximal end extending proximally from the outer shaft and configured to be rotated such that rotation of the inner shaft results in simultaneous rotation of the inner and outer shafts, wherein rotation of the outer shaft ceases at a first value of resistance associated with the proximal adjustment assembly and rotation of the inner shaft ceases at a second value of resistance associated with the distal adjustment assembly , such that cessation of rotation of the inner shaft is independent from cessation of rotation of the outer shaft .
A fitting for coupling a capillary to another component of a fluidic device , the fitting comprising a ferrule configured for enclosing a front part of the capillary and for contributing to a fluidic sealing between the fitting and the other component ; a ferrule chuck configured for enclosing a back part of the capillary ; a housing configured for accommodating at least a part of the ferrule chuck and for pushing the ferrule chuck against the ferrule ; wherein the housing , the ferrule , and the ferrule chuck form a male piece of the fitting , the male piece further having a first joint element at an exterior surface of the housing , wherein the fitting further comprises a female piece having a recess configured for accommodating at least part of the ferrule and the capillary and having a second joint element configured to be joinable to the first joint element ; characterized in that a microstructure is formed as multiple microprotrusions on at least a part of a surface of the ferrule chuck for generating, upon tightening the fitting at the other component , a form fit with the enclosed back part of the capillary over a contact area between the ferrule chuck and the capillary .
A grass management system including a plurality of working machines , wherein at least one of the plurality of working machines is a mower , the grass management system comprising: a first moisture-obtaining device configured to obtain a first moisture value of grass in a mowing operation performed by the mower ; and a position-detecting device configured to detect a mowing position of the mower ; the grass management system being characterized in that another one of the plurality of working machines is a tedder configured to perform a tedding operation, a rake configured to perform a raking operation or a roll baler configured to perform a baling operation, and in that the grass management system comprises a creation supporting part configured to support creation of an operation plan for the another one of the plurality of working machines based on the first moisture value and the mowing position by setting a traveling route (R1) of the another one of the plurality of working machines sequentially from a position where the first moisture value is low to another position where the first moisture value is high. a first moisture-obtaining device configured to obtain a first moisture value of grass in a mowing operation performed by the mower ; and a position-detecting device configured to detect a mowing position of the mower ; the grass management system being characterized in that another one of the plurality of working machines is a tedder configured to perform a tedding operation, a rake configured to perform a raking operation or a roll baler configured to perform a baling operation, and in that the grass management system comprises a creation supporting part configured to support creation of an operation plan for the another one of the plurality of working machines based on the first moisture value and the mowing position by setting a traveling route (R1) of the another one of the plurality of working machines sequentially from a position where the first moisture value is low to another position where the first moisture value is high. the grass management system being characterized in that another one of the plurality of working machines is a tedder configured to perform a tedding operation, a rake configured to perform a raking operation or a roll baler configured to perform a baling operation, and in that the grass management system comprises a creation supporting part configured to support creation of an operation plan for the another one of the plurality of working machines based on the first moisture value and the mowing position by setting a traveling route (R1) of the another one of the plurality of working machines sequentially from a position where the first moisture value is low to another position where the first moisture value is high.
A projection system, comprising: at least two emitting surface groups (410; 420; 430), which each comprise a plurality of emitting surfaces emitting light in different colors; a light modulator ; an illumination optical system arranged between the at least two emitting surface groups (410; 420; 430) and the light modulator , the illumination optical system comprising at least two optical paths which correspond to the at least two emitting surface groups respectively, light emitted from each of the emitting surface groups (410; 420; 430) making a uniform illumination on a specific input region of the light modulator by passing through an optical path corresponding thereto, wherein respective input regions on the light modulator which are illuminated by the light emitted from the respective emitting surface groups (410; 420; 430) do not 100% overlap each other; and a light source controller, which adjusts brightness and/or color ratio of illumination on a corresponding input region of the light modulator by individually controlling at least one of the emitting surface groups (410; 420; 430), characterized in that , the illumination optical system comprises at least two freeform lenses corresponding to the at least two emitting surface groups (410; 420; 430) respectively, each of the freeform lenses forms a part of each of the optical paths, the light emitted from each of the emitting surface groups (410; 420; 430) makes a uniform illumination on the specific input region of the light modulator by passing through a freeform lens corresponding thereto. at least two emitting surface groups (410; 420; 430), which each comprise a plurality of emitting surfaces emitting light in different colors; a light modulator ; an illumination optical system arranged between the at least two emitting surface groups (410; 420; 430) and the light modulator , the illumination optical system comprising at least two optical paths which correspond to the at least two emitting surface groups respectively, light emitted from each of the emitting surface groups (410; 420; 430) making a uniform illumination on a specific input region of the light modulator by passing through an optical path corresponding thereto, wherein respective input regions on the light modulator which are illuminated by the light emitted from the respective emitting surface groups (410; 420; 430) do not 100% overlap each other; and a light source controller, which adjusts brightness and/or color ratio of illumination on a corresponding input region of the light modulator by individually controlling at least one of the emitting surface groups (410; 420; 430), characterized in that , the illumination optical system comprises at least two freeform lenses corresponding to the at least two emitting surface groups (410; 420; 430) respectively, each of the freeform lenses forms a part of each of the optical paths, the light emitted from each of the emitting surface groups (410; 420; 430) makes a uniform illumination on the specific input region of the light modulator by passing through a freeform lens corresponding thereto.
An airfoil for a turbine, comprising: a. an interior surface ; b. an exterior surface opposed to the interior surface , wherein the exterior surface comprises a pressure side , a suction side opposed to the pressure side , a stagnation line between the pressure and suction sides , and a trailing edge between the pressure and suction sides and downstream from the stagnation line ; c. a plurality of trenches on the exterior surface , wherein each trench extends less than 50% of a length of the exterior surface , at least two axially adjacent trenches of the plurality of trenches have different lengths, have varying width and/or depth, and are staggered with respect to one another so that the ends of the at least two axially adjacent trenches do not coincide; and d. at least one cooling passage in each trench of the at least two axially adjacent trenches , wherein at least a section of the at least one cooling passage is angled toward a wider and/or a shallower portion of the trench and provides fluid communication from the interior surface to the exterior surface . a. an interior surface ; b. an exterior surface opposed to the interior surface , wherein the exterior surface comprises a pressure side , a suction side opposed to the pressure side , a stagnation line between the pressure and suction sides , and a trailing edge between the pressure and suction sides and downstream from the stagnation line ; c. a plurality of trenches on the exterior surface , wherein each trench extends less than 50% of a length of the exterior surface , at least two axially adjacent trenches of the plurality of trenches have different lengths, have varying width and/or depth, and are staggered with respect to one another so that the ends of the at least two axially adjacent trenches do not coincide; and d. at least one cooling passage in each trench of the at least two axially adjacent trenches , wherein at least a section of the at least one cooling passage is angled toward a wider and/or a shallower portion of the trench and provides fluid communication from the interior surface to the exterior surface .
A wireless communication device comprising: a transmission unit configured to transmit a signal to a plurality of destinations after waiting for a common waiting time set for transmission to the plurality of destinations; a reception failure counter configured to update respective reception failure counter values for the plurality of destinations on a basis of acknowledgement information from each of the plurality of destinations for the signal transmitted by the transmission unit ; a reception failure counter value history recording unit configured to record a history of the reception failure counter values; a counter configured to update a counter value on a basis of the history of the reception failure counter values; and an update determination unit configured to determine a settable range of the common waiting time which is to be set for transmission to a plurality of scheduled transmission destinations according to the counter value, wherein the transmission unit is configured to determine the common waiting time for transmission to the plurality of scheduled transmission destinations on a basis of the settable range determined by the update determination unit . a transmission unit configured to transmit a signal to a plurality of destinations after waiting for a common waiting time set for transmission to the plurality of destinations; a reception failure counter configured to update respective reception failure counter values for the plurality of destinations on a basis of acknowledgement information from each of the plurality of destinations for the signal transmitted by the transmission unit ; a reception failure counter value history recording unit configured to record a history of the reception failure counter values; a counter configured to update a counter value on a basis of the history of the reception failure counter values; and an update determination unit configured to determine a settable range of the common waiting time which is to be set for transmission to a plurality of scheduled transmission destinations according to the counter value, wherein the transmission unit is configured to determine the common waiting time for transmission to the plurality of scheduled transmission destinations on a basis of the settable range determined by the update determination unit .
Prechamber spark plug having a housing , an earth electrode, a cap which closes the prechamber and a central electrode which is arranged inside the prechamber , wherein passage openings are formed in the cap , and wherein the centre axes of the passage openings diverge from each other when viewed in the direction of the main combustion chamber, characterised in that the ratio of the overall cross-sectional surface-area A of all the passage openings to the largest inner diameter D of the cap is in the range from 0.40 mm to 0.95 mm.
An apparatus comprising: a first die having a first bus ; a second die having a second bus stacked on the first die ; a plurality of through silicon vias connecting the first bus to the second bus ; first means in the second die for sending data from the second bus to identified ones of said plurality of through silicon vias ; and a multiplexer means connected between said second bus and the plurality of through silicon vias ; characterized by : second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias , wherein said second means is configured to send information to said first means identifying the first set of said plurality of through silicon vias or identifying a second set of through silicon vias that are functional, and wherein said first means is configured to send data only to functional through silicon vias. a first die having a first bus ; a second die having a second bus stacked on the first die ; a plurality of through silicon vias connecting the first bus to the second bus ; first means in the second die for sending data from the second bus to identified ones of said plurality of through silicon vias ; and a multiplexer means connected between said second bus and the plurality of through silicon vias ; characterized by : second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias , second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias , wherein said second means is configured to send information to said first means identifying the first set of said plurality of through silicon vias or identifying a second set of through silicon vias that are functional, and wherein said first means is configured to send data only to functional through silicon vias.
A permanent magnet embedded rotating electrical machine such that permanent magnets of a plurality of poles are embedded in an interior of a rotor of which one pole is configured by two permanent magnets and which is formed by a plurality of rotor steel plates being stacked, wherein the rotor has in each pole two magnet embedding holes , which are holes that house one each of the two permanent magnets , wherein the two magnet embedding holes communicate with an outer periphery of the rotor , and wherein positions of neighboring rotor steel plates with respect to each other are auxiliarily fixed in a region between an inscribed circle of the magnet embedding holes of the rotor and the outer periphery of the rotor in each rotor steel plate configuring the rotor , characterised in that regions of inner peripheral walls of the magnet embedding holes on a side of a rotor central axis project in a direction away from the rotor center of rotation as the regions are away more from a center of neighboring poles and are nearer to a region between the two magnet embedding holes . the rotor has in each pole two magnet embedding holes , which are holes that house one each of the two permanent magnets , wherein the two magnet embedding holes communicate with an outer periphery of the rotor , and wherein positions of neighboring rotor steel plates with respect to each other are auxiliarily fixed in a region between an inscribed circle of the magnet embedding holes of the rotor and the outer periphery of the rotor in each rotor steel plate configuring the rotor , characterised in that regions of inner peripheral walls of the magnet embedding holes on a side of a rotor central axis project in a direction away from the rotor center of rotation as the regions are away more from a center of neighboring poles and are nearer to a region between the two magnet embedding holes .