mhurhangee/patent-ind-claim-en huggingface dataset:
An electric derailleur motor unit comprising: a base member ; a motor mounted to the base member, the motor having a motor shaft rotatable about a first rotational axis (X1); an output shaft rotatable about a second rotational axis (X2); and a drive train operatively disposed between the motor shaft of the motor and the output shaft, characterized by the drive train including an anti-reverse clutch , the anti-reverse clutch being configured to transmit rotation of the motor shaft of the motor in both rotational directions about the first rotational axis to the output shaft, and the anti-reverse clutch being further configured to prevent the output shaft from rotating in both rotational directions about the second rotational axis while the output shaft receives an external rotational torque from outside of the electric derailleur motor unit. a base member ; a motor mounted to the base member, the motor having a motor shaft rotatable about a first rotational axis (X1); an output shaft rotatable about a second rotational axis (X2); and a drive train operatively disposed between the motor shaft of the motor and the output shaft, characterized by the drive train including an anti-reverse clutch , the anti-reverse clutch being configured to transmit rotation of the motor shaft of the motor in both rotational directions about the first rotational axis to the output shaft, and the anti-reverse clutch being further configured to prevent the output shaft from rotating in both rotational directions about the second rotational axis while the output shaft receives an external rotational torque from outside of the electric derailleur motor unit.
A cordless circular saw comprising: a handle portion ; a rechargeable battery which is removably attached to a battery attaching portion provided at the handle portion ; a brushless motor which operates by supply of electric power from the rechargeable battery ; a control circuit board which has a controller for the brushless motor; a circular saw blade which is rotated by the brushless motor ; and a gear cover which accommodates a mechanism for transmitting rotation between the brushless motor and the circular saw blade , wherein: the brushless motor is provided on a first direction side, which is one of a left side and a right side, of the handle portion , wherein a second direction side is the other side of the left side and right side, the gear cover and the circular saw blade are provided on the second direction side of the handle portion , the rechargeable battery extends from the handle portion in the first direction, and characterized in that the control circuit board is provided between a surface on the second direction side of the rechargeable battery and the circular saw blade . a handle portion ; a rechargeable battery which is removably attached to a battery attaching portion provided at the handle portion ; a brushless motor which operates by supply of electric power from the rechargeable battery ; a control circuit board which has a controller for the brushless motor; a circular saw blade which is rotated by the brushless motor ; and a gear cover which accommodates a mechanism for transmitting rotation between the brushless motor and the circular saw blade , wherein: the brushless motor is provided on a first direction side, which is one of a left side and a right side, of the handle portion , wherein a second direction side is the other side of the left side and right side, the gear cover and the circular saw blade are provided on the second direction side of the handle portion , the rechargeable battery extends from the handle portion in the first direction, and characterized in that the control circuit board is provided between a surface on the second direction side of the rechargeable battery and the circular saw blade . the brushless motor is provided on a first direction side, which is one of a left side and a right side, of the handle portion , wherein a second direction side is the other side of the left side and right side, the gear cover and the circular saw blade are provided on the second direction side of the handle portion , the rechargeable battery extends from the handle portion in the first direction, and characterized in that the control circuit board is provided between a surface on the second direction side of the rechargeable battery and the circular saw blade .
A neuromodulation system , comprising: a generator ; a nerve monitoring assembly configured to detect electroneurogram (ENG) signals; and a neuromodulation catheter having an elongated shaft with a distal portion and a proximal portion , wherein the distal portion comprises an array of electrodes configured to detect nerve activity from within a blood vessel of a human, and wherein the proximal portion comprises at least one connector operably coupling the electrodes to the generator and to the nerve monitoring assembly, and characterized in that the nerve monitoring assembly is further configured to differentiate the ENG signals from electromyogram (EMG) signals. a generator ; a nerve monitoring assembly configured to detect electroneurogram (ENG) signals; and a neuromodulation catheter having an elongated shaft with a distal portion and a proximal portion , wherein the distal portion comprises an array of electrodes configured to detect nerve activity from within a blood vessel of a human, and wherein the proximal portion comprises at least one connector operably coupling the electrodes to the generator and to the nerve monitoring assembly, and characterized in that the nerve monitoring assembly is further configured to differentiate the ENG signals from electromyogram (EMG) signals.
A holder (1 and 120) for storing a blister package between times of use, comprising: a manually-releasable device for retaining the blister package in a predetermined position in the holder; an array of sensing elements located in the holder at positions corresponding to those of blisters of the blister package when held at the predetermined position in the pocket; an electrical circuit (figure 5) monitoring the sensing elements and responding to the absence of light falling on them to indicate the presence of an unopened blister in the blister package; a memory in the circuit for holding data significant of a prescribed medication plan; a comparator in the circuit connected to the sensing elements and the memory to respond to the detection of the unopened blister by producing a non-compliance signal to an indicator capable of being interrogated when required; a timer providing information of the time at which an unopened blister is detected; and a store in the circuit for providing from the outputs of the timer and the indicator a non-compliance signal significant of the time an unopened blister is detected and its position on the blister package, characterised by parallel transparent guide strips respectively extending between the positions of parallel lines of blisters when a blister package is placed in a compliance-checking position in the holder , and a controllable light source for illuminating the interiors of the transparent blisters with supplementary light transmitted through the strips when the ambient light is inadequate to ensure the accuracy of the compliance check being carried out. a manually-releasable device for retaining the blister package in a predetermined position in the holder; an array of sensing elements located in the holder at positions corresponding to those of blisters of the blister package when held at the predetermined position in the pocket; an electrical circuit (figure 5) monitoring the sensing elements and responding to the absence of light falling on them to indicate the presence of an unopened blister in the blister package; a memory in the circuit for holding data significant of a prescribed medication plan; a comparator in the circuit connected to the sensing elements and the memory to respond to the detection of the unopened blister by producing a non-compliance signal to an indicator capable of being interrogated when required; a timer providing information of the time at which an unopened blister is detected; and a store in the circuit for providing from the outputs of the timer and the indicator a non-compliance signal significant of the time an unopened blister is detected and its position on the blister package, characterised by parallel transparent guide strips respectively extending between the positions of parallel lines of blisters when a blister package is placed in a compliance-checking position in the holder , and a controllable light source for illuminating the interiors of the transparent blisters with supplementary light transmitted through the strips when the ambient light is inadequate to ensure the accuracy of the compliance check being carried out.
Ground water flow device comprising a support element and a filter element , wherein the filter element has a first side and a second side facing away from the first side , the support element comprises flow apertures which are large enough to allow the passage of water and soil particles, and the filter element comprises pore openings large enough to allow the passage of water from the first side to the second side and small enough to block the passage of soil particles, characterised in that the support element is rigid and comprises at least one tube which has a longitudinal direction and an inner space extending in the longitudinal direction , wherein the at least one tube sealingly holds the filter element in the inner space , the filter element extending in the longitudinal direction , and the at least one tube is provided with the flow apertures , which are distributed such over a circumference of the tube that a first part of the flow apertures is facing the first side of the filter element and second part of the flow apertures is facing the second side of the filter element , defining a flow path for ground water from the first part of the flow apertures through the filter element to the second part of the flow apertures .
A method for analysing alcoholic beverages, the method comprising: illuminating a sample of an alcoholic beverage using light suitable for stimulating a Raman signal; capturing light, including the Raman signal and fluorescence, from the illuminated sample; obtaining a spectrum of the captured light; and analysing the beverage using the spectrum of the captured light by: using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage. illuminating a sample of an alcoholic beverage using light suitable for stimulating a Raman signal; capturing light, including the Raman signal and fluorescence, from the illuminated sample; obtaining a spectrum of the captured light; and analysing the beverage using the spectrum of the captured light by: using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage. using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage.
Cardiac mask characterised by - being configured for use in a cardiac ablation; - by comprising at least an opening configured to provide at least an area of interest identifying a portion of the heart being ablated; and - by being ∘ made of an electrically or thermally insulating material; and ∘ substantially counter-shaped to a portion of said heart not subject to said cardiac ablation so as to rest on said heart during said cardiac ablation. - being configured for use in a cardiac ablation; - by comprising at least an opening configured to provide at least an area of interest identifying a portion of the heart being ablated; and - by being ∘ made of an electrically or thermally insulating material; and ∘ substantially counter-shaped to a portion of said heart not subject to said cardiac ablation so as to rest on said heart during said cardiac ablation. ∘ made of an electrically or thermally insulating material; and ∘ substantially counter-shaped to a portion of said heart not subject to said cardiac ablation so as to rest on said heart during said cardiac ablation.
A driving assistance device, which is configured to acquire running environment information of a vehicle, set one or more driving assistance means suitable for the running environment information, and assist a driving operation of the vehicle by combining the set one or more driving assistance means, the driving assistance device comprising: determining means , which is configured to determine reliability of the acquired running environment information; and selecting means , which is configured to select one of the settable driving assistance means capable of improving fuel economy in accordance with the determined reliability of the running environment information, the driving assistance device being characterized in that , the determining means is configured to determine the reliability of the acquired running environment information and classify the reliability into three stages, i.e., "high," "middle," and "low," when the determined reliability is "high," the selecting means is configured to execute, as the driving assistance, driving assistance by outputting an image or sound through the display device or the sound device mounted in the vehicle, when the determined reliability is "middle," the selecting means is configured to execute, as the driving assistance, a driving assistance through driving force control, and when the determined reliability is "low," the selecting means is configured to execute, as the driving assistance, a driving assistance through non-driving force control. determining means , which is configured to determine reliability of the acquired running environment information; and selecting means , which is configured to select one of the settable driving assistance means capable of improving fuel economy in accordance with the determined reliability of the running environment information, the driving assistance device being characterized in that , the determining means is configured to determine the reliability of the acquired running environment information and classify the reliability into three stages, i.e., "high," "middle," and "low," when the determined reliability is "high," the selecting means is configured to execute, as the driving assistance, driving assistance by outputting an image or sound through the display device or the sound device mounted in the vehicle, when the determined reliability is "middle," the selecting means is configured to execute, as the driving assistance, a driving assistance through driving force control, and when the determined reliability is "low," the selecting means is configured to execute, as the driving assistance, a driving assistance through non-driving force control.
Method of vascular imaging based on the Time-of-Flight (TOF) technique with the aid of an MR system, comprising the following steps: - applying a magnetic field to an imaging volume and to an inflow volume , from which liquid enters into the imaging volume , of an examination person (12, S41) ; - exciting the imaging volume by way of an RF pulse , which fulfils a magnetisation transfer function and a fat saturation function, while the magnetic field is being applied (S42); and - measuring MR signals from the imaging volume in order to visualise vessels (S43); characterised in that the RF pulse has a frequency distribution whose frequencies are essentially located on the side of the fat frequency, and which comprise the fat frequency in the imaging volume ; and the magnetic field has a magnetic field distribution, which is approximated by a function that is configured in such a way that it has an apex with essentially no spatial gradient in the imaging volume and has a higher spatial gradient in the inflow volume , so that the water frequency in the inflow volume is not comprised by the RF pulse. - applying a magnetic field to an imaging volume and to an inflow volume , from which liquid enters into the imaging volume , of an examination person (12, S41) ; - exciting the imaging volume by way of an RF pulse , which fulfils a magnetisation transfer function and a fat saturation function, while the magnetic field is being applied (S42); and - measuring MR signals from the imaging volume in order to visualise vessels (S43);
A pintle, tracking injector with an internal damper, comprising a movable closing bushing embedded in a body , which body has at least one outlet hole , at least one inlet hole and an ambient pressure hole , and a pre-tensioned spring embedded between the closing bushing and the body , characterised in that the closing bushing is sealed by spring bellows , to the inner side of which the ambient pressure is applied through the ambient pressure hole , and on the side opposite to the bellows the closing bushing is provided with a piston with at least one hole through which the fuel flows, wherein said piston moves inside a cylinder and the closing bushing is attached coaxially inside the body and it is pressed by the spring , which in at least one extreme position closes the outlet hole and in at least the second extreme position opens the outlet hole .
A method, comprising: at an electronic device having one or more processors: receiving a natural-language input from another electronic device; identifying a domain based on the natural-language input; the method being characterised by further performing: determining whether the identified domain is a domain of a predetermined type; in accordance with a determination that the identified domain is not a domain of the predetermined type: determining a candidate task associated with the natural-language input; and providing the candidate task to the another electronic device; in accordance with a determination that the domain is a domain of the predetermined type, forgoing determining a second candidate task associated with the natural language input; and providing a process flow to the another electronic device, wherein the process flow corresponds to the identified domain and comprises a set of executable instructions that, when executed, allows the another electronic device to determine and/or perform a task based on the natural-language input. receiving a natural-language input from another electronic device; identifying a domain based on the natural-language input; the method being characterised by further performing: determining whether the identified domain is a domain of a predetermined type; in accordance with a determination that the identified domain is not a domain of the predetermined type: determining a candidate task associated with the natural-language input; and providing the candidate task to the another electronic device; in accordance with a determination that the domain is a domain of the predetermined type, forgoing determining a second candidate task associated with the natural language input; and providing a process flow to the another electronic device, wherein the process flow corresponds to the identified domain and comprises a set of executable instructions that, when executed, allows the another electronic device to determine and/or perform a task based on the natural-language input. determining whether the identified domain is a domain of a predetermined type; in accordance with a determination that the identified domain is not a domain of the predetermined type: determining a candidate task associated with the natural-language input; and providing the candidate task to the another electronic device; determining a candidate task associated with the natural-language input; and providing the candidate task to the another electronic device; in accordance with a determination that the domain is a domain of the predetermined type, forgoing determining a second candidate task associated with the natural language input; and providing a process flow to the another electronic device, wherein the process flow corresponds to the identified domain and comprises a set of executable instructions that, when executed, allows the another electronic device to determine and/or perform a task based on the natural-language input.
An assembly including: - a pulsed light therapy machine including a handset including a flashlamp and a first absorbing filter for filtering the light emitted by the flashlamp before it exits the handset, - a pair of glasses or googles for protecting the operator, including a second absorbing filter for filtering the incident light, assembly characterized in that the overall transmittance of visible and infrared light through the first and second filters is sufficiently low in the range of emission of the HS that the operator is not visually discomforted by the emission of a flash, or harmed by the infrared light, the global transmission being less tha, or equal to 10% in the range 580 nm to 1200 nm, the second absorbing filter having a transmittance of 1% or less in the range λ c to λ d of emission of the machine, the transmission coefficient of the glasses or of the googles being 20% or more in a range 400 to λ c , with λ c longer than 400 nm, the absorbing filter of the glasses or of the googles having a transmission coefficient lower than 1% both for λ < 400 nm. - a pulsed light therapy machine including a handset including a flashlamp and a first absorbing filter for filtering the light emitted by the flashlamp before it exits the handset, - a pair of glasses or googles for protecting the operator, including a second absorbing filter for filtering the incident light,