mhurhangee/patent-ind-claim-en huggingface dataset:
A motor, comprising: a control part assembly having an air inlet through which air is introduced, an air flow path configured to communicate with the air inlet , and a printed circuit board including a plurality of heat sinks arranged around an outer circumference of the air inlet ; and a motor part assembly having an upper housing , a lower housing , a stator configured to generate magnetic flux when a current is applied, a rotor structured to be rotated while electromagnetically interacting with the stator , a motor shaft provided to be rotated together with the rotor , an impeller coupled to the motor shaft and provided to be rotated to generate air flow, and a diffuser unit disposed at an outer side along a radial direction of the impeller while affixed to the stator , wherein the upper housing and the lower housing are coupled to each other, wherein the motor part assembly and the control part assembly comprise independent modules configured to be detachably coupled to each other, and wherein each of the plurality of heat sinks includes an inner side surface facing the air inlet and is located entirely upstream of the stator in the air flow path . a control part assembly having an air inlet through which air is introduced, an air flow path configured to communicate with the air inlet , and a printed circuit board including a plurality of heat sinks arranged around an outer circumference of the air inlet ; and a motor part assembly having an upper housing , a lower housing , a stator configured to generate magnetic flux when a current is applied, a rotor structured to be rotated while electromagnetically interacting with the stator , a motor shaft provided to be rotated together with the rotor , an impeller coupled to the motor shaft and provided to be rotated to generate air flow, and a diffuser unit disposed at an outer side along a radial direction of the impeller while affixed to the stator , wherein the upper housing and the lower housing are coupled to each other, wherein the motor part assembly and the control part assembly comprise independent modules configured to be detachably coupled to each other, and wherein each of the plurality of heat sinks includes an inner side surface facing the air inlet and is located entirely upstream of the stator in the air flow path .
A method comprising: disabling write back to at least one non-volatile memory array of a memory device during calibration or initialization of the memory device in order to calibrate timing requirements of read and write operations for the memory device ; wherein disabling the write back to the at least one non-volatile memory array of the memory device includes preventing write operations from being performed to the at least one non-volatile memory array ; while the write back to the at least one non-volatile memory array is disabled; receiving a write command from an external source ; performing write operations associated with the write command at a temporary memory array ; receiving a read command from the external source ; performing read operations associated with the read command at the temporary memory array ; and after performing the write operations and the read operations at the temporary memory array and in response to identifying a time associated with accessing the memory device , enabling the write back to the at least one non-volatile memory array . disabling write back to at least one non-volatile memory array of a memory device during calibration or initialization of the memory device in order to calibrate timing requirements of read and write operations for the memory device ; wherein disabling the write back to the at least one non-volatile memory array of the memory device includes preventing write operations from being performed to the at least one non-volatile memory array ; while the write back to the at least one non-volatile memory array is disabled; receiving a write command from an external source ; performing write operations associated with the write command at a temporary memory array ; receiving a read command from the external source ; performing read operations associated with the read command at the temporary memory array ; and after performing the write operations and the read operations at the temporary memory array and in response to identifying a time associated with accessing the memory device , enabling the write back to the at least one non-volatile memory array .
A portable electronic device at least comprising: an enclosure; a main circuit board contained therein; a position-locating module; and a radio-frequency telecommunications module; wherein the main circuit board comprises an area to accommodate a removable and rechargeable battery; characterized in that : the main circuit board comprises a supercapacitor assembly at least comprising: a substrate able to have an electrical circuit formed thereon; a supercapacitor formed on the substrate and comprising a layer of two-dimensional material and an electrolyte in contact therewith; and a planar electrically conducting contact formed on the supercapacitor ; wherein the supercapacitor is permanently bonded to the substrate ; and the supercapacitor assembly is located outside the battery-accommodating area . an enclosure; a main circuit board contained therein; a position-locating module; and a radio-frequency telecommunications module; wherein the main circuit board comprises an area to accommodate a removable and rechargeable battery; a substrate able to have an electrical circuit formed thereon; a supercapacitor formed on the substrate and comprising a layer of two-dimensional material and an electrolyte in contact therewith; and a planar electrically conducting contact formed on the supercapacitor ; wherein the supercapacitor is permanently bonded to the substrate ; and the supercapacitor assembly is located outside the battery-accommodating area .
Provision module for providing additive manufacturing powder, comprising - a main hopper for storing additive manufacturing powder, the main hopper being designed to be connected to a manufacturing module configured to additively manufacture an object from the powder located in the main hopper , - an inlet of the provision module , which inlet is designed to be connected to the manufacturing module and to receive powder located in the manufacturing module , - a glovebox designed to receive a container , the glovebox being able to be closed in a sealed manner, - a supply circuit configured to transfer powder located in the glovebox to the main hopper , characterized in that it also comprises - an extraction circuit that is different from the supply circuit and is configured to transfer additive manufacturing powder from the inlet of the provision module to the container , when the container is received in the glovebox , the glovebox comprising gloves for closing the container once it has been filled with powder, while the glovebox is closed. - a main hopper for storing additive manufacturing powder, the main hopper being designed to be connected to a manufacturing module configured to additively manufacture an object from the powder located in the main hopper , - an inlet of the provision module , which inlet is designed to be connected to the manufacturing module and to receive powder located in the manufacturing module , - a glovebox designed to receive a container , the glovebox being able to be closed in a sealed manner, - a supply circuit configured to transfer powder located in the glovebox to the main hopper , characterized in that it also comprises - an extraction circuit that is different from the supply circuit and is configured to transfer additive manufacturing powder from the inlet of the provision module to the container , when the container is received in the glovebox ,
A method of genetically distinguishing two or more mice from the same substrain from one another, comprising a. obtaining at least one DNA sample to be analysed, b. amplifying at least one short tandem repeat loci (STR loci) in the genome of said mice, wherein at least 1 chromosome is the target of said amplification, c. evaluating the amplified fragments to determine the alleles present at each amplified locus within the DNA sample, wherein the STR loci are characterized by a high mutation rate, wherein a high mutation rate herein is between 1 x 10 -1 and 1 x 10 -3 , wherein the offspring generation shares on average an identical genome of at least 99.5%. a. obtaining at least one DNA sample to be analysed, b. amplifying at least one short tandem repeat loci (STR loci) in the genome of said mice, wherein at least 1 chromosome is the target of said amplification, c. evaluating the amplified fragments to determine the alleles present at each amplified locus within the DNA sample,
Multifunction support for a cooling module of an engine of a vehicle , in particular a motor vehicle, comprising a frame designed to house at least two members of said cooling module; said frame comprising at least one face intended to be joined by nesting to a radiator , characterized in that the frame comprises a substantially U-shaped main part and a closing plate fastened to the two ends of the main part .
A fuel system for feeding liquid gas fuel to an internal combustion piston engine the system comprising one or more fuel injectors in the internal combustion engine configured to inject liquid gas fuel into the engine, a fuel inlet line extending from a fuel tank via a high pressure pump to the one or more injectors , and a fuel return line connected to the one or more injectors of the internal combustion engine for handling a so called return fuel from the one or more injectors, characterized in that the fuel return line comprises - a separation unit configured to separate gaseous and liquid portions of the return fuel, - a first return line section (30.1) configured to return liquid portion of the return fuel from the separation unit for use in the high pressure pump , - a second return line section (30.2) configured to direct the gaseous portion of the return fuel to an air intake system of the internal combustion engine to be fed to the engine with the charge air. - a separation unit configured to separate gaseous and liquid portions of the return fuel, - a first return line section (30.1) configured to return liquid portion of the return fuel from the separation unit for use in the high pressure pump , - a second return line section (30.2) configured to direct the gaseous portion of the return fuel to an air intake system of the internal combustion engine to be fed to the engine with the charge air.
A light-emitting device package comprising: a package body on which a mount portion and a terminal portion are disposed; a light-emitting device chip that is mounted on the mount portion ; and a bonding wire that electrically connects an electrode of the light-emitting device chip and the terminal portion , wherein the bonding wire comprises a rising portion that rises from the light-emitting device chip to a loop peak , and an extended portion that connects the loop peak and the terminal portion , wherein a first kink portion , which is bent in a direction intersecting a direction in which the rising portion rises, is disposed on the rising portion , and wherein the electrode comprises an electrode pad connected to the bonding wire, characterized in that the bonding wire forms a wire loop and the first kink portion is bent toward the inside of the wire loop, and the first kink portion is spaced apart from the electrode pad. a package body on which a mount portion and a terminal portion are disposed; a light-emitting device chip that is mounted on the mount portion ; and a bonding wire that electrically connects an electrode of the light-emitting device chip and the terminal portion , wherein the bonding wire comprises a rising portion that rises from the light-emitting device chip to a loop peak , and an extended portion that connects the loop peak and the terminal portion , wherein a first kink portion , which is bent in a direction intersecting a direction in which the rising portion rises, is disposed on the rising portion , and wherein the electrode comprises an electrode pad connected to the bonding wire, characterized in that the bonding wire forms a wire loop and the first kink portion is bent toward the inside of the wire loop, and the first kink portion is spaced apart from the electrode pad.
A device for training or aiding users in a proper mixing of pharmaceutical components, the device comprising: a housing ; a microcontroller disposed in the housing ; and a user notification device for alerting a user to a status of the device as determined by the microcontroller , wherein the user notification device comprises a display ; wherein the microcontroller is configured to indicate via the user notification device as to whether the motion and/or orientation of the housing being shaken during one of a drug mixing and administration, or a training event is sufficient enough for satisfactory mixing of the pharmaceutical components for delivery, and wherein the microcontroller is configured to indicate via the display the state of mixing or simulated mixing of the pharmaceutical components in a real-time manner, characterised in that the microcontroller is configured to change progressively the color and/or pattern of one or more display elements on the display as shaking takes place until sufficient shaking has taken place for satisfactory mixing or satisfactory simulated mixing of the pharmaceutical components for delivery. a housing ; a microcontroller disposed in the housing ; and a user notification device for alerting a user to a status of the device as determined by the microcontroller , wherein the user notification device comprises a display ; wherein the microcontroller is configured to indicate via the user notification device as to whether the motion and/or orientation of the housing being shaken during one of a drug mixing and administration, or a training event is sufficient enough for satisfactory mixing of the pharmaceutical components for delivery, and wherein the microcontroller is configured to indicate via the display the state of mixing or simulated mixing of the pharmaceutical components in a real-time manner, characterised in that the microcontroller is configured to change progressively the color and/or pattern of one or more display elements on the display as shaking takes place until sufficient shaking has taken place for satisfactory mixing or satisfactory simulated mixing of the pharmaceutical components for delivery.
A slicing apparatus comprising: - a blade that is rotatable and arranged for defining a cutting plane; - a supplying device for supplying a food product to be sliced through said cutting plane; characterized by comprising: - a removable container (17; 17') carried by said supplying device to contain the food product whilst it is being sliced; and - closing means for sealingly closing said removed container (17; 17') and for creating a vacuum therein. - a blade that is rotatable and arranged for defining a cutting plane; - a supplying device for supplying a food product to be sliced through said cutting plane; - a removable container (17; 17') carried by said supplying device to contain the food product whilst it is being sliced; and - closing means for sealingly closing said removed container (17; 17') and for creating a vacuum therein.
Method for monitoring a winding temperature of a winding of an electric machine , wherein the electric machine is powered by a converter , wherein by means of an apparatus - a heating power applied to the winding is determined, - the heating power is evaluated using a thermal model , - a warning signal and/or a switch-off signal is generated when a critical winding temperature value is exceeded, characterised in that by means of the apparatus - a relative increase in a resistance of the winding, in particular of the copper winding or individual UVW motor strands, when the winding heats up, is determined from the heating power, in comparison with a standard reference value for 20°C winding temperature, in particular copper temperature, - the winding temperature is calculated from the relative increase in the resistance. wherein the electric machine is powered by a converter , wherein by means of an apparatus - a heating power applied to the winding is determined, - the heating power is evaluated using a thermal model , - a warning signal and/or a switch-off signal is generated when a critical winding temperature value is exceeded, - a heating power applied to the winding is determined, - the heating power is evaluated using a thermal model , - a warning signal and/or a switch-off signal is generated when a critical winding temperature value is exceeded, characterised in that by means of the apparatus - a relative increase in a resistance of the winding, in particular of the copper winding or individual UVW motor strands, when the winding heats up, is determined from the heating power, in comparison with a standard reference value for 20°C winding temperature, in particular copper temperature, - the winding temperature is calculated from the relative increase in the resistance. - a relative increase in a resistance of the winding, in particular of the copper winding or individual UVW motor strands, when the winding heats up, is determined from the heating power, in comparison with a standard reference value for 20°C winding temperature, in particular copper temperature, - the winding temperature is calculated from the relative increase in the resistance.
A loom having a residual warp yarn clearing bar and a support apparatus for the residual warp yarn clearing bar , the support apparatus being mounted to the loom , the support apparatus comprising: a support bracket adapted to support the residual warp yarn clearing bar that is configured to guide residual warp yarns (T), wherein the support apparatus includes an elastic member that is interposed between the residual warp yarn clearing bar and the support bracket , and has an upper portion that is contactable with the residual warp yarn clearing bar , a lower portion that is contactable with the support bracket , and an unenclosed space provided between the upper portion and the lower portion , and the elastic member supports the residual warp yarn clearing bar with the upper portion contacting with the residual warp yarn clearing bar and the lower portion contacting with the support bracket , and with the unenclosed space deformed between the upper portion and the lower portion . a support bracket adapted to support the residual warp yarn clearing bar that is configured to guide residual warp yarns (T), wherein the support apparatus includes an elastic member that is interposed between the residual warp yarn clearing bar and the support bracket , and has an upper portion that is contactable with the residual warp yarn clearing bar , a lower portion that is contactable with the support bracket , and an unenclosed space provided between the upper portion and the lower portion , and the elastic member supports the residual warp yarn clearing bar with the upper portion contacting with the residual warp yarn clearing bar and the lower portion contacting with the support bracket , and with the unenclosed space deformed between the upper portion and the lower portion .
An electronic apparatus comprising: an array of microphones for detecting audible sounds generated by a patient and for generating audio information representing the detected audible sounds generated by the patient; a first beamformer having a first adaptability speed and configured to generate first audio information and first noise information from the audio information; wherein the first audio information contains information of sounds which are located inside a beam of the first beamformer and wherein the first noise information contains information of sounds which are located outside the beam of the first beamformer; a second beamformer having a second adaptability speed which is slower than the first adaptability speed, the second adaptive beamformer configured to generate second audio information and second noise information from the audio information; wherein the second audio information contains information of sounds which are located inside a beam of the second beamformer and wherein the second noise information contains information of sounds which are located outside the beam of the second beamformer; an audio classification unit for generating audio classification information based on the first audio information; a head movement detection unit for generating head movement information based on the second audio information, the first noise information, and the second noise information; and a diagnosis unit for determining a sleep apnea diagnosis based on the audio classification information and the head movement information. an array of microphones for detecting audible sounds generated by a patient and for generating audio information representing the detected audible sounds generated by the patient; a first beamformer having a first adaptability speed and configured to generate first audio information and first noise information from the audio information; wherein the first audio information contains information of sounds which are located inside a beam of the first beamformer and wherein the first noise information contains information of sounds which are located outside the beam of the first beamformer; a second beamformer having a second adaptability speed which is slower than the first adaptability speed, the second adaptive beamformer configured to generate second audio information and second noise information from the audio information; wherein the second audio information contains information of sounds which are located inside a beam of the second beamformer and wherein the second noise information contains information of sounds which are located outside the beam of the second beamformer; an audio classification unit for generating audio classification information based on the first audio information; a head movement detection unit for generating head movement information based on the second audio information, the first noise information, and the second noise information; and a diagnosis unit for determining a sleep apnea diagnosis based on the audio classification information and the head movement information.
A method for forming an article comprising: depositing on a substrate a first absorber layer ; after depositing the first absorber layer, depositing a first selective light modulator layer ; after depositing the first selective light modulator layer, depositing a magnetic-containing layer ; after depositing the magnetic-containing layer, depositing a second selective light modulator layer ; and after depositing the second selective light modulator layer, depositing a second absorber layer ; wherein at least one of the first and second selective light modulator layers is deposited using a liquid coating process. depositing on a substrate a first absorber layer ; after depositing the first absorber layer, depositing a first selective light modulator layer ; after depositing the first selective light modulator layer, depositing a magnetic-containing layer ; after depositing the magnetic-containing layer, depositing a second selective light modulator layer ; and after depositing the second selective light modulator layer, depositing a second absorber layer ; wherein at least one of the first and second selective light modulator layers is deposited using a liquid coating process.
A surgical saw system comprising: a powered hand piece ; a blade mount connected to the powered hand piece ; and characterised by a heat sink connected to the blade mount . a powered hand piece ; a blade mount connected to the powered hand piece ; and characterised by a heat sink connected to the blade mount .