mhurhangee/patent-ind-claim-en huggingface dataset:
A spacer assembly for absorbing energy for a flange bolt , the spacer assembly comprising: an inner body having a first inner body end , a second inner body end , an inner body outer surface having an inner body outer diameter (OD ib ), and inner body inner surface having an inner body inner diameter (ID ib ) and an inner body longitudinal axis ; and an outer body having a first outer body end , a second outer body end , an outer body outer surface having an outer body outer diameter (OD ob ), an outer body inner surface having an outer body inner diameter (ID ob ) that is greater than the inner body outer diameter so that the inner body and the outer body are substantially concentric when the first inner body end is inserted into the first outer body end; and an annular shoulder extending from one of the inner body and the outer body so that the other of the inner body and the outer body makes contact with the annular shoulder when the first inner body end is inserted into the first outer body end to prevent the inner body from passing through the outer body, wherein the annular shoulder is configured to fail in shear when a compressive axial load forcing the inner body and the outer body toward each other exceeds a predetermined shear failure load. an inner body having a first inner body end , a second inner body end , an inner body outer surface having an inner body outer diameter (OD ib ), and inner body inner surface having an inner body inner diameter (ID ib ) and an inner body longitudinal axis ; and an outer body having a first outer body end , a second outer body end , an outer body outer surface having an outer body outer diameter (OD ob ), an outer body inner surface having an outer body inner diameter (ID ob ) that is greater than the inner body outer diameter so that the inner body and the outer body are substantially concentric when the first inner body end is inserted into the first outer body end; and an annular shoulder extending from one of the inner body and the outer body so that the other of the inner body and the outer body makes contact with the annular shoulder when the first inner body end is inserted into the first outer body end to prevent the inner body from passing through the outer body, wherein the annular shoulder is configured to fail in shear when a compressive axial load forcing the inner body and the outer body toward each other exceeds a predetermined shear failure load.
A camera pixel calibration apparatus for a winding device to wind a coating material , comprising: a camera , wherein the camera has a shooting lens ; and a reference assembly , wherein the reference assembly is disposed between the shooting lens and the coating material , the reference assembly comprises a bracket and a calibration plate , the bracket is provided with a camera viewing window , and the calibration plate is disposed on a surface of the bracket close to the shooting lens , characterized in that the center of the camera viewing window is adjacent to the center of a field of view of the shooting lens or the center of the camera viewing window coincides with the center of the field of view of the shooting lens ; and the camera viewing window has a line of symmetry , the line of symmetry is perpendicular to a winding axis of the coating material , the camera viewing window is symmetrical about the line of symmetry , and a side of the coating material is provided adjacent to the line of symmetry . a camera , wherein the camera has a shooting lens ; and a reference assembly , wherein the reference assembly is disposed between the shooting lens and the coating material , the reference assembly comprises a bracket and a calibration plate , the bracket is provided with a camera viewing window , and the calibration plate is disposed on a surface of the bracket close to the shooting lens , characterized in that the center of the camera viewing window is adjacent to the center of a field of view of the shooting lens or the center of the camera viewing window coincides with the center of the field of view of the shooting lens ; and the camera viewing window has a line of symmetry , the line of symmetry is perpendicular to a winding axis of the coating material , the camera viewing window is symmetrical about the line of symmetry , and a side of the coating material is provided adjacent to the line of symmetry .
A monitoring device , comprising: an encasement having an upper part and a lower part ; wherein the lower part is attached by a hinge at a first side of the encasement to the upper part ; wherein at an opposite side the upper part can be lowered onto the lower part to close the encasement or lifted up to open the encasement; an elongated strap with a first end and a second end wherein the first end of the strap is attached to the first side of the encasement and configured to enable coupling the monitoring device to a person by wrapping the strap around a limb of a person, and inserting the second end of the strap into the opposite side of the encasement onto the lower part and covering it with the upper part ; characterized by the monitoring device including a locking mechanism that locks and unlocks the upper part onto the lower part responsive to receiving wireless commands, wherein the wireless commands are received from two sources simultaneously or sequentially. an encasement having an upper part and a lower part ; wherein the lower part is attached by a hinge at a first side of the encasement to the upper part ; wherein at an opposite side the upper part can be lowered onto the lower part to close the encasement or lifted up to open the encasement; an elongated strap with a first end and a second end wherein the first end of the strap is attached to the first side of the encasement and configured to enable coupling the monitoring device to a person by wrapping the strap around a limb of a person, and inserting the second end of the strap into the opposite side of the encasement onto the lower part and covering it with the upper part ; characterized by the monitoring device including a locking mechanism that locks and unlocks the upper part onto the lower part responsive to receiving wireless commands, wherein the wireless commands are received from two sources simultaneously or sequentially.
A semiconductor device comprising: a glass substrate that includes a first surface , a second surface provided on an opposite side of the first surface, and a first side surface provided between the first surface and the second surface; a wiring that is provided on the first and second surfaces; characterised by a metal film that covers the first side surface; and a frame that is provided further on an outer side than the metal film, and that is bonded to the metal film at the first side surface. a glass substrate that includes a first surface , a second surface provided on an opposite side of the first surface, and a first side surface provided between the first surface and the second surface; a wiring that is provided on the first and second surfaces; characterised by a metal film that covers the first side surface; and a frame that is provided further on an outer side than the metal film, and that is bonded to the metal film at the first side surface.
A method of converting vulcanized rubber comprising sulphur bridges, the method comprising: heating in a reactor the vulcanized rubber and a solvent comprising water to a reaction temperature of between 230°C and 285°C and below a critical temperature of the solvent; providing a reaction pressure in the reactor that is higher than a saturated vapour pressure of the solvent at the reaction temperature, the reaction pressure provided in part by an inert gas over pressure of between 300 psi [2.07 MPa] and 4500 psi [31.03MPa]; and maintaining the reaction temperature and the reaction pressure for a reaction time sufficient to break at least a portion of the sulphur bridges of the vulcanized rubber. heating in a reactor the vulcanized rubber and a solvent comprising water to a reaction temperature of between 230°C and 285°C and below a critical temperature of the solvent; providing a reaction pressure in the reactor that is higher than a saturated vapour pressure of the solvent at the reaction temperature, the reaction pressure provided in part by an inert gas over pressure of between 300 psi [2.07 MPa] and 4500 psi [31.03MPa]; and maintaining the reaction temperature and the reaction pressure for a reaction time sufficient to break at least a portion of the sulphur bridges of the vulcanized rubber.
A positive electrode active material for non-aqueous electrolyte secondary battery, comprising: a lithium transition metal composite oxide having secondary particles formed by agglomeration of primary particles; and a surface modification layer formed on a surface of the primary particles of the lithium transition metal composite oxide, wherein the lithium transition metal composite oxide at least contains Ni in an amount of 80 mol% or more relative to a total number of moles of metal elements excluding Li, and Al; and the surface modification layer at least contains at least one of Sr or Ca, and Ba. a lithium transition metal composite oxide having secondary particles formed by agglomeration of primary particles; and a surface modification layer formed on a surface of the primary particles of the lithium transition metal composite oxide, wherein the lithium transition metal composite oxide at least contains Ni in an amount of 80 mol% or more relative to a total number of moles of metal elements excluding Li, and Al; and the surface modification layer at least contains at least one of Sr or Ca, and Ba.
A method for producing an axle beam , in particular an axle bridge, of a motor vehicle, preferably of a commercial vehicle, comprising: joining, in particular welding, a first axle beam shell and a second axle beam shell for forming an, in particular hollow, axle beam ; characterized by: shaping a fastening region , provided for a chassis connection of the axle beam , of the axle beam for approximating an actual dimension (b 1 ) of the fastening region to a target dimension (b target ), required for the chassis connection, of the fastening region .
A blood sample testing apparatus comprising: a blood-cell-count measurement unit that performs measurement of a blood sample stored in a sample container positioned in a first position ; a smear preparation unit that prepares a smear of the blood sample stored in the sample container positioned in a second position ; and a transport unit that transports the sample container from the first position to the second position and from the second position to the first position , wherein the transport unit is adapted to transport a sample rack capable of holding a plurality of sample containers , such that the plurality of sample containers held by the sample rack can be transported to the first position and to the second position , characterized in that : the blood sample testing apparatus further comprises a control unit that selects which of the first position and the second position the sample container for which measurement of an initial test is already performed by the blood-cell-count measurement unit is to be first transported to, and in that : the control unit causes the transport unit to transport the sample container for which the measurement of the initial test is already performed by blood-cell-count measurement unit to one of the first position and the second position , to which a transport distance of the sample rack is shorter. a blood-cell-count measurement unit that performs measurement of a blood sample stored in a sample container positioned in a first position ; a smear preparation unit that prepares a smear of the blood sample stored in the sample container positioned in a second position ; and a transport unit that transports the sample container from the first position to the second position and from the second position to the first position , wherein the transport unit is adapted to transport a sample rack capable of holding a plurality of sample containers , such that the plurality of sample containers held by the sample rack can be transported to the first position and to the second position , characterized in that : the blood sample testing apparatus further comprises a control unit that selects which of the first position and the second position the sample container for which measurement of an initial test is already performed by the blood-cell-count measurement unit is to be first transported to, and in that : the control unit causes the transport unit to transport the sample container for which the measurement of the initial test is already performed by blood-cell-count measurement unit to one of the first position and the second position , to which a transport distance of the sample rack is shorter.
A system for washing a 3D-printed object , comprising a washing device and at least one workpiece that comprises the 3D-printed object , the washing device comprising a container forming a process chamber for receiving a liquid cleaning agent , the container having an inlet into the process chamber , wherein the workpiece further comprises at least one support structure supporting the 3D-printed object and a base supporting the support structure , wherein the base forms a perforated build platform retaining the support structure , wherein the base , in a mating relationship with the inlet , forms a restraint preventing the workpiece from passing through the inlet in a situation in which the workpiece is placed with the 3D-printed object located within the process chamber and closes the inlet ; wherein the washing device further comprises an agitation means for agitating the liquid cleaning agent ; wherein the agitation means comprises stirring means arranged within the process chamber , the stirring means being operationally coupled to a motor that is arranged outside the process chamber ; and wherein the stirring means is operationally coupled to the motor via a magnetic coupling . the washing device comprising a container forming a process chamber for receiving a liquid cleaning agent , the container having an inlet into the process chamber , wherein the workpiece further comprises at least one support structure supporting the 3D-printed object and a base supporting the support structure , wherein the base forms a perforated build platform retaining the support structure , wherein the base , in a mating relationship with the inlet , forms a restraint preventing the workpiece from passing through the inlet in a situation in which the workpiece is placed with the 3D-printed object located within the process chamber and closes the inlet ; wherein the washing device further comprises an agitation means for agitating the liquid cleaning agent ; wherein the agitation means comprises stirring means arranged within the process chamber , the stirring means being operationally coupled to a motor that is arranged outside the process chamber ; and wherein the stirring means is operationally coupled to the motor via a magnetic coupling .
An apparatus comprising: a carriage configured to mount a recording head which records an image; a belt member stretched around a first pulley and a second pulley , wherein the carriage is connected to the belt member ; a motor configured to drive the first pulley and cause the carriage to move with the belt member ; acquisition means configured to acquire position information of the carriage ; and signal generation means configured to generate a periodic signal for controlling driving of the motor based on the position information acquired by the acquisition means ; characterized in that the signal generation means is further configured to acquire a period based on the acquired position information, and to generate the periodic signal with the acquired period. a carriage configured to mount a recording head which records an image; a belt member stretched around a first pulley and a second pulley , wherein the carriage is connected to the belt member ; a motor configured to drive the first pulley and cause the carriage to move with the belt member ; acquisition means configured to acquire position information of the carriage ; and signal generation means configured to generate a periodic signal for controlling driving of the motor based on the position information acquired by the acquisition means ; characterized in that the signal generation means is further configured to acquire a period based on the acquired position information, and to generate the periodic signal with the acquired period.
A method of lifting a rotor of a wind turbine, the rotor having a center of gravity (CG) and including a hub and first, second, and third blades projecting (20a-c) outwardly from the hub at locations circumferentially distributed thereabout, the method comprising: positioning first and second slings around the first and second blades (20a-b), respectively, to define first and second lifting zones delineating a lifting envelope (E), wherein the lifting envelope (E) encompasses the center of gravity (CG); lifting the rotor above a surface via the first and second slings wherein the rotor is in one of a substantially horizontal or substantially vertical orientation while being fully supported via the first and second slings ; and reorienting the rotor toward the other of a substantially horizontal or substantially vertical orientation, with the aid of at least one of the first and second slings while continuing to fully support the rotor by the first and second slings , wherein reorienting the rotor includes applying a driving force to the rotor by activating at least one sling actuator . positioning first and second slings around the first and second blades (20a-b), respectively, to define first and second lifting zones delineating a lifting envelope (E), wherein the lifting envelope (E) encompasses the center of gravity (CG); lifting the rotor above a surface via the first and second slings wherein the rotor is in one of a substantially horizontal or substantially vertical orientation while being fully supported via the first and second slings ; and reorienting the rotor toward the other of a substantially horizontal or substantially vertical orientation, with the aid of at least one of the first and second slings while continuing to fully support the rotor by the first and second slings , wherein reorienting the rotor includes applying a driving force to the rotor by activating at least one sling actuator .
A method for making a composite substrate circulator component , comprising: disposing a sleeve about a rod , wherein at least one of the rod and the sleeve comprises a plurality of longitudinally spaced recesses ; disposing the rod and the sleeve in an opening in a block to form an assembly; and dividing the assembly at the longitudinally spaced recesses to form a plurality of plates , each plate having a portion of the sleeve and the rod. disposing a sleeve about a rod , wherein at least one of the rod and the sleeve comprises a plurality of longitudinally spaced recesses ; disposing the rod and the sleeve in an opening in a block to form an assembly; and dividing the assembly at the longitudinally spaced recesses to form a plurality of plates , each plate having a portion of the sleeve and the rod.
An 82 Sr/ 82 Rb elution system , comprising: a 82 Sr/ 82 Rb generator ; a processor; a pump ; a valve ; a controller communicatively coupled with the pump, the valve and the processor; characterised in that the controller is configured to i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both. a 82 Sr/ 82 Rb generator ; a processor; a pump ; a valve ; a controller communicatively coupled with the pump, the valve and the processor; characterised in that the controller is configured to i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both. i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both.
Apparatus for processing data comprising: processing circuitry to perform processing operations; and decoder circuitry to decode program instructions to generate control signals to control said processing circuitry to perform said processing operations; wherein said decoder circuitry is responsive to at least one mixed-element-sized vector arithmetic instruction to generate control signals to control said processing circuitry to perform an arithmetic processing operation upon a first vector of N first source operand elements each of a first bit size and a second vector of M second source operand elements each of a second bit size, said second bit size being greater than said first bit size, the arithmetic processing operation being an operation to generate a destination vector of N destination elements each of the first bit size, in which N and M are positive integer values, N is greater than M, and at least one of said second source operand elements serves as an input operand to said arithmetic processing operation performed with a plurality of different first source operand elements as a respective other input operand, characterized in that N is X ∗ M, where X is an integer greater than one, and each said second source operand element serves as an input operand to said arithmetic operation performed upon a respective disjoint subset of X of said first source operand elements. processing circuitry to perform processing operations; and decoder circuitry to decode program instructions to generate control signals to control said processing circuitry to perform said processing operations; wherein said decoder circuitry is responsive to at least one mixed-element-sized vector arithmetic instruction to generate control signals to control said processing circuitry to perform an arithmetic processing operation upon a first vector of N first source operand elements each of a first bit size and a second vector of M second source operand elements each of a second bit size, said second bit size being greater than said first bit size, the arithmetic processing operation being an operation to generate a destination vector of N destination elements each of the first bit size, in which N and M are positive integer values, N is greater than M, and at least one of said second source operand elements serves as an input operand to said arithmetic processing operation performed with a plurality of different first source operand elements as a respective other input operand, characterized in that N is X ∗ M, where X is an integer greater than one, and each said second source operand element serves as an input operand to said arithmetic operation performed upon a respective disjoint subset of X of said first source operand elements.
A structural element of a cycle comprising at least one tubular sleeve provided with an outer wall delimiting, with an inner partition , at least two inner cavities each delimited between said inner partition and the outer wall , one of said inner cavities forming a housing in which a vibration damping system is housed and secured, said inner partition extending substantially in the longitudinal direction of the sleeve to form an inner extension of the outer wall which delimits the inner cavity forming a housing, characterized in that said outer wall comprises, on the one hand, an opening communicating with said inner cavity forming a housing, capable of being closed by a removable cover and allowing access to said inner cavity forming a housing from the exterior, and, on the other hand, a protuberance forming a bump which extends over the entire length of said inner cavity forming a housing.