mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor system for a fingerboard latch assembly that comprises a latch , the sensor system comprising a sensor assembly and a processor , wherein the sensor assembly comprises: at least one sensor arranged to sense the position of the latch ; a sensor circuit connected to the at least one sensor and arranged to derive a signal representing the position of the latch ; and a communication circuit arranged to communicate the signal representing the position of the latch , characterised in that : the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch , the at least one parameter including at least one of speed of the latch , acceleration of the latch , overshoot of the latch or vibration of the latch ; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch . at least one sensor arranged to sense the position of the latch ; a sensor circuit connected to the at least one sensor and arranged to derive a signal representing the position of the latch ; and a communication circuit arranged to communicate the signal representing the position of the latch , characterised in that : the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch , the at least one parameter including at least one of speed of the latch , acceleration of the latch , overshoot of the latch or vibration of the latch ; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch . the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch , the at least one parameter including at least one of speed of the latch , acceleration of the latch , overshoot of the latch or vibration of the latch ; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch .
A clearance control system for a gas turbine engine comprising: a blade outer air seal mounted on a carrier ; at least one blade rotatable about an engine axis (A), the blade outer air seal being spaced radially outwardly from a tip of the blade by a clearance (G); and a heat exchanger configured to deliver air at a first temperature to the blade outer air seal at a first operating condition to allow the blade outer air seal to move in a first direction to maintain a desired clearance, and configured to deliver air at a second temperature to the blade outer air seal at a second operating condition to allow the blade outer air seal to move in a second direction to maintain a desired clearance, wherein the second temperature is less than the first temperature, characterised by : a mixing chamber having a first inlet that receives flow from the heat exchanger and a second inlet that receives diffuser chamber flow from a combustion section diffuser chamber to be mixed with flow exiting the heat exchanger , wherein the mixing chamber has a first outlet to direct flow to the carrier and a second outlet to direct flow to the blade . a blade outer air seal mounted on a carrier ; at least one blade rotatable about an engine axis (A), the blade outer air seal being spaced radially outwardly from a tip of the blade by a clearance (G); and a heat exchanger configured to deliver air at a first temperature to the blade outer air seal at a first operating condition to allow the blade outer air seal to move in a first direction to maintain a desired clearance, and configured to deliver air at a second temperature to the blade outer air seal at a second operating condition to allow the blade outer air seal to move in a second direction to maintain a desired clearance, wherein the second temperature is less than the first temperature,
An intraocular lens, "IOL" , including: an accommodation actuator having variable optical power; one or more haptic structures configured to hold the IOL in an eye; one or more mechanical-to-electrical transducers disposed to measure mechanical changes in the eye when the IOL is implanted in the eye; and an accommodation controller electrically coupled to the accommodation actuator and the one or more mechanical-to-electrical transducers , wherein the accommodation controller includes logic that when executed by the accommodation controller causes the accommodation controller to perform operations including: receiving an electrical signal from the one or more mechanical-to-electrical transducers in response to the mechanical changes in the eye; and in response to the electrical signal, changing an optical power of the accommodation actuator proportional to the electrical signal; and characterized in that : the one or more mechanical-to-electrical transducers are disposed on the one or more haptic structures to sense deformation of the haptic structures . an accommodation actuator having variable optical power; one or more haptic structures configured to hold the IOL in an eye; one or more mechanical-to-electrical transducers disposed to measure mechanical changes in the eye when the IOL is implanted in the eye; and an accommodation controller electrically coupled to the accommodation actuator and the one or more mechanical-to-electrical transducers , wherein the accommodation controller includes logic that when executed by the accommodation controller causes the accommodation controller to perform operations including: receiving an electrical signal from the one or more mechanical-to-electrical transducers in response to the mechanical changes in the eye; and in response to the electrical signal, changing an optical power of the accommodation actuator proportional to the electrical signal; and characterized in that : the one or more mechanical-to-electrical transducers are disposed on the one or more haptic structures to sense deformation of the haptic structures . receiving an electrical signal from the one or more mechanical-to-electrical transducers in response to the mechanical changes in the eye; and in response to the electrical signal, changing an optical power of the accommodation actuator proportional to the electrical signal; and
A heat insulating protective member comprising an inorganic fiber formed body having a hollow cylindrical shape or a split hollow cylindrical shape, wherein the inorganic fiber formed body has an inner circumferential surface (c) facing a hollow and an outer circumferential surface (a) constituting an outer circumference, the bulk density of the inorganic fiber formed body increases toward the outer circumferential surface (a), wherein the bulk density is determined by measuring the weight of a sample and dividing it by the volume, the inorganic fiber formed body contains an inorganic binder, and the inorganic binder content increases toward the outer circumferential surface (a) from the inner circumferential surface, and the inorganic fiber formed body is an inorganic fiber formed and fired body including inorganic binder particles that bond the inorganic fibers to each other, and the inorganic binder particle content increases toward the outer circumferential surface (a). an inorganic fiber formed body having a hollow cylindrical shape or a split hollow cylindrical shape, wherein the inorganic fiber formed body has an inner circumferential surface (c) facing a hollow and an outer circumferential surface (a) constituting an outer circumference, the bulk density of the inorganic fiber formed body increases toward the outer circumferential surface (a), wherein the bulk density is determined by measuring the weight of a sample and dividing it by the volume, the inorganic fiber formed body contains an inorganic binder, and the inorganic binder content increases toward the outer circumferential surface (a) from the inner circumferential surface, and the inorganic fiber formed body is an inorganic fiber formed and fired body including inorganic binder particles that bond the inorganic fibers to each other, and the inorganic binder particle content increases toward the outer circumferential surface (a).
A tissue product, comprising: a sheet of decellularized adipose-containing transitional dermal tissue, wherein a portion of the lipid components have been removed from the sheet of adipose-containing transitional dermal tissue prepared from transitional dermis tissue layers between dermis and subcutaneous fat such that the tissue product contains between 30% and 50% lipid content as a percentage of the overall tissue product by mass. a sheet of decellularized adipose-containing transitional dermal tissue, wherein a portion of the lipid components have been removed from the sheet of adipose-containing transitional dermal tissue prepared from transitional dermis tissue layers between dermis and subcutaneous fat such that the tissue product contains between 30% and 50% lipid content as a percentage of the overall tissue product by mass.
A system for use in verifying a request for data received at a device as a request originating from a human in possession of the device , the system comprising: a first module arranged to generate a password and output the generated password via an interface of the first module ; a second module arranged to receive a password associated with the request for data and validate the received password, and to enable access to data, wherein said received password is received via an interface of the second module and corresponds to the password generated by the first module , characterized in that the first module and the second module are composite parts of the device , and wherein the first module is communicatively disconnected from the second module . a first module arranged to generate a password and output the generated password via an interface of the first module ; a second module arranged to receive a password associated with the request for data and validate the received password, and to enable access to data, wherein said received password is received via an interface of the second module and corresponds to the password generated by the first module , characterized in that the first module and the second module are composite parts of the device , and wherein the first module is communicatively disconnected from the second module .
Method for representing the machining operations in the machining area of a machine tool , in which machining of a workpiece is carried out by means of a tool through movement of the tool relative to the workpiece , a. wherein, before beginning machining, a scanning unit scans at least the workpiece and/or the tool , and b. a three-dimensional data model is created of the object scanned in step a., wherein in the case of the scanned workpiece the data model is supplemented by existing data on the contour of the tool and in the case of the scanned tool the data model is supplemented by existing data on the contour of the workpiece , c. the model created in step b. is stored in a memory and d. during the machining of the workpiece , which is accompanied by a relative change in position of workpiece and tool , the respective position information of workpiece or tool , or workpiece and tool , is continuously fed to an image data processing unit , and e. the image data processing unit continuously updates the three-dimensional data model created in step b. from the memory with position information supplied in step d. and generates a virtual image based on the data model, and f. the virtual image of workpiece and tool updated in this way, is displayed on a display unit . a. wherein, before beginning machining, a scanning unit scans at least the workpiece and/or the tool , and b. a three-dimensional data model is created of the object scanned in step a., wherein in the case of the scanned workpiece the data model is supplemented by existing data on the contour of the tool and in the case of the scanned tool the data model is supplemented by existing data on the contour of the workpiece , c. the model created in step b. is stored in a memory and d. during the machining of the workpiece , which is accompanied by a relative change in position of workpiece and tool , the respective position information of workpiece or tool , or workpiece and tool , is continuously fed to an image data processing unit , and e. the image data processing unit continuously updates the three-dimensional data model created in step b. from the memory with position information supplied in step d. and generates a virtual image based on the data model, and f. the virtual image of workpiece and tool updated in this way, is displayed on a display unit .
Method for decalcifying an operational cooling circuit by means of which a vacuum pump of a steriliser is cooled, wherein the method comprises the following step: conveying at least one lime-dissolving substance from a storage container into the cooling circuit by means of a motor-driven pump , wherein during the conveying the vacuum pump and the steriliser are in operation.
A method of producing positively charged liposome vesicles for use as carriers of carotenoids, comprising the steps of: (a) dissolving in a solvent a mixture of hydrogenated phospholipids, a cationic excipient and a carotenoid to form a composition, wherein the cationic excipient is octadecylamine; (b) drying the composition to remove the solvent; (c) hydrating the dried composition using a phosphate buffer solution comprising sodium phosphate monobasic dihydrate and sodium phosphate dibasic dihydrate to form liposome vesicles and optionally homogenizing the liposome vesicles; and (d) sterilizing the vesicles. (a) dissolving in a solvent a mixture of hydrogenated phospholipids, a cationic excipient and a carotenoid to form a composition, wherein the cationic excipient is octadecylamine; (b) drying the composition to remove the solvent; (c) hydrating the dried composition using a phosphate buffer solution comprising sodium phosphate monobasic dihydrate and sodium phosphate dibasic dihydrate to form liposome vesicles and optionally homogenizing the liposome vesicles; and (d) sterilizing the vesicles.
An injection system, the system comprising: an injection syringe having a syringe body and a plunger , the plunger configured to move relative to the syringe body , the syringe body configured to be coupled to a needle ; the syringe body comprising a body portion having a proximal end and a distal end, a flange disposed at or near the proximal end, and a needle coupling portion disposed at or near the distal end, wherein the flange comprises: a flange housing , wherein the flange housing includes an internal compartment; and at least one circuit board mounted within the internal compartment, wherein the at least one circuit board comprises one or more sensors, the one or more sensors configured to measure injection information about an injection procedure performed using the injection system, wherein the flange comprises an opening sized to accommodate a plunger shaft of the plunger of the injection syringe , the one or more sensors comprising a rotatory sensor configured to measure a plunger travel, and wherein the plunger shaft comprises a channel substantially parallel to a longitudinal axis of the plunger shaft , and the rotary sensor comprises a protrusion configured to engage the channel so as to prevent rotation of the rotary sensor upon rotation of the plunger without linearly moving the plunger . an injection syringe having a syringe body and a plunger , the plunger configured to move relative to the syringe body , the syringe body configured to be coupled to a needle ; the syringe body comprising a body portion having a proximal end and a distal end, a flange disposed at or near the proximal end, and a needle coupling portion disposed at or near the distal end, wherein the flange comprises: a flange housing , wherein the flange housing includes an internal compartment; and at least one circuit board mounted within the internal compartment, wherein the at least one circuit board comprises one or more sensors, the one or more sensors configured to measure injection information about an injection procedure performed using the injection system, wherein the flange comprises an opening sized to accommodate a plunger shaft of the plunger of the injection syringe , the one or more sensors comprising a rotatory sensor configured to measure a plunger travel, and a flange housing , wherein the flange housing includes an internal compartment; and at least one circuit board mounted within the internal compartment, wherein the at least one circuit board comprises one or more sensors, the one or more sensors configured to measure injection information about an injection procedure performed using the injection system, wherein the flange comprises an opening sized to accommodate a plunger shaft of the plunger of the injection syringe , the one or more sensors comprising a rotatory sensor configured to measure a plunger travel, and wherein the plunger shaft comprises a channel substantially parallel to a longitudinal axis of the plunger shaft , and the rotary sensor comprises a protrusion configured to engage the channel so as to prevent rotation of the rotary sensor upon rotation of the plunger without linearly moving the plunger .
A battery module (M), wherein the battery module (M) comprises: a battery cell arrangement structure , comprising a plurality of battery cells arranged along a length direction (X) of the battery module (M), wherein the battery cells comprise electrode terminals that are arranged along the length direction (X), and face toward a width direction (Y) of the battery module (M), and the battery cells comprise a failed battery cell ; characterized in that , the battery module (M) further comprises: a box body , wherein the box body comprises an accommodation cavity , and the battery cell arrangement structure is located in the accommodation cavity ; a mounting beam , wherein the mounting beam is located in the accommodation cavity and at an end of the battery cell arrangement structure along the width direction (Y), and along a height direction (Z) of the battery module (M), the mounting beam comprises a second upper end surface ; a pressing plate , wherein at least part of the pressing plate is located at an end of the battery cell arrangement structure along the height direction (Z), and the pressing plate is detachably connected to the mounting beam ; and a conductive component , wherein the conductive component is connected to a positive electrode terminal and a negative electrode terminal of the failed battery cell ; wherein, along the height direction (Z), at least part of the conductive component is located between the second upper end surface and an uppermost portion of the pressing plate . a box body , wherein the box body comprises an accommodation cavity , and the battery cell arrangement structure is located in the accommodation cavity ; a mounting beam , wherein the mounting beam is located in the accommodation cavity and at an end of the battery cell arrangement structure along the width direction (Y), and along a height direction (Z) of the battery module (M), the mounting beam comprises a second upper end surface ; a pressing plate , wherein at least part of the pressing plate is located at an end of the battery cell arrangement structure along the height direction (Z), and the pressing plate is detachably connected to the mounting beam ; and a conductive component , wherein the conductive component is connected to a positive electrode terminal and a negative electrode terminal of the failed battery cell ; wherein, along the height direction (Z), at least part of the conductive component is located between the second upper end surface and an uppermost portion of the pressing plate .
A method of preparing a zeolite having an AEI framework, the method comprising: a. forming a reaction mixture comprising one or more sources of silica, one or more sources of alumina, a base and one or more organic structure directing agents (SDA), where at least a portion of the alumina source is an FAU topological type zeolite and wherein the reaction mixture comprises less than 600 moles of water per mole of alumina, wherein the components are present in the following ratios, where the endpoints are included: SiO 2 /Al 2 O 3 25 - 75 OH - /SiO 2 0.35 - 0.75 SDA/SiO 2 0.01 - 0.12 Alkali metal cation/SiO 2 0.30 - 0.60 H 2 O/SiO 2 6 - 30 and b. reacting the reaction mixture at a temperature of 75 to 220 °C for between 0.1 and 20 days to form zeolite crystals having an AEI framework and a silica-to-alumina ratio (SAR) of 10 to 30, wherein the reacting step, prior to removal of SDAs from the zeolite crystals, has a relative yield based on the weight of the AEI to the weight of the reaction mixture of ≥ 5%, and wherein the method does not comprise the use of a recycled mother liquor. a. forming a reaction mixture comprising one or more sources of silica, one or more sources of alumina, a base and one or more organic structure directing agents (SDA), where at least a portion of the alumina source is an FAU topological type zeolite and wherein the reaction mixture comprises less than 600 moles of water per mole of alumina, wherein the components are present in the following ratios, where the endpoints are included: SiO 2 /Al 2 O 3 25 - 75 OH - /SiO 2 0.35 - 0.75 SDA/SiO 2 0.01 - 0.12 Alkali metal cation/SiO 2 0.30 - 0.60 H 2 O/SiO 2 6 - 30 and b. reacting the reaction mixture at a temperature of 75 to 220 °C for between 0.1 and 20 days to form zeolite crystals having an AEI framework and a silica-to-alumina ratio (SAR) of 10 to 30, wherein the reacting step, prior to removal of SDAs from the zeolite crystals, has a relative yield based on the weight of the AEI to the weight of the reaction mixture of ≥ 5%, and