mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated power module of an electric scooter, comprising: a motor unit including a motor case , in which a stator , a rotor , and a motor shaft are provided, wherein the motor case has a board at an end thereof, and the board is provided with a bore ; a holder , which is connected to the board , has a through hole aligned with the bore of the board ; the motor shaft passes through the bore of the board and the through hole of the holder ; and a transmission unit including a lid , a transmission shaft , a first gear , and a second gear , wherein the lid is connected to the motor case to form a lubricant room between the board and the lid ; the lubricant room is filled with a lubricant; both the transmission shaft and the motor shaft have at least a portion received in the lubricant room ; the first gear is received in the lubricant room and connected to the motor shaft , and the second gear is received in the lubricant room and connected to the transmission shaft ; the first gear is meshed with the second gear , so that the transmission shaft is driven to rotate by the motor unit ; characterized in that the motor shaft is provided with a spiral slot , a portion of which is received in the holder and the rest portion of which is received in the lubricant room and that a spiraling direction of the spiral slot from an end in the holder to an end in the lubricant room is the same as a rotating direction of the motor shaft . a motor unit including a motor case , in which a stator , a rotor , and a motor shaft are provided, wherein the motor case has a board at an end thereof, and the board is provided with a bore ; a holder , which is connected to the board , has a through hole aligned with the bore of the board ; the motor shaft passes through the bore of the board and the through hole of the holder ; and a transmission unit including a lid , a transmission shaft , a first gear , and a second gear , wherein the lid is connected to the motor case to form a lubricant room between the board and the lid ; the lubricant room is filled with a lubricant; both the transmission shaft and the motor shaft have at least a portion received in the lubricant room ; the first gear is received in the lubricant room and connected to the motor shaft , and the second gear is received in the lubricant room and connected to the transmission shaft ; the first gear is meshed with the second gear , so that the transmission shaft is driven to rotate by the motor unit ; characterized in that the motor shaft is provided with a spiral slot , a portion of which is received in the holder and the rest portion of which is received in the lubricant room and that a spiraling direction of the spiral slot from an end in the holder to an end in the lubricant room is the same as a rotating direction of the motor shaft .
Measuring screwdriver , with a universal interface suitable for the mounting of at least two different output interfaces (30; 50; 500) which are configured for receiving a tool element for treating a workpiece, wherein the universal interface is configured in such a manner that either an output interface , which can be mounted without a tool, or an output interface (50; 500), which is to be mounted with a fixing tool, can be fastened to the universal interface , wherein the universal interface has a latching contour which is suitable for the engagement either of a locking body of an output interface which can be mounted without a tool or for the engagement with at least one latching device of the output interface (50; 500) which is to be mounted with a mounting tool, wherein the universal interface has a thread with an external thread which is suitable for the screwing-on of an internal thread of the output interface (50; 500) which is to be mounted with the fixing tool.
A system, comprising: processing circuitry, configured to correct rotation rate output from a gyroscope due to a temperature of at least one of a gyroscope and the gyroscope's environment, by: determining a free spectral range, FSR, and a rotation rate frequency shift for a rotation around a center axis of a resonator of a resonant fiber optic gyroscope, RFOG, ; and determining a temperature corrected rotation rate frequency shift for a rotation around the center axis of the resonator of the resonant fiber optic gyroscope, RFOG, using the determined free spectral range frequency, the determined rotation rate frequency shift, and at least one of a: temperature dependent bias model and a temperature dependent scale factor model, wherein each of the temperature dependent bias and the temperature dependent scale factor are modelled using FSR and whereby each of the temperature dependent bias model and the temperature dependent scale factor model comprises a term dependent upon the order of the FSR or dependent upon the order of derivative of the FSR with respect to time. processing circuitry, configured to correct rotation rate output from a gyroscope due to a temperature of at least one of a gyroscope and the gyroscope's environment, by: determining a free spectral range, FSR, and a rotation rate frequency shift for a rotation around a center axis of a resonator of a resonant fiber optic gyroscope, RFOG, ; and determining a temperature corrected rotation rate frequency shift for a rotation around the center axis of the resonator of the resonant fiber optic gyroscope, RFOG, using the determined free spectral range frequency, the determined rotation rate frequency shift, and at least one of a: temperature dependent bias model and a temperature dependent scale factor model, determining a free spectral range, FSR, and a rotation rate frequency shift for a rotation around a center axis of a resonator of a resonant fiber optic gyroscope, RFOG, ; and determining a temperature corrected rotation rate frequency shift for a rotation around the center axis of the resonator of the resonant fiber optic gyroscope, RFOG, using the determined free spectral range frequency, the determined rotation rate frequency shift, and at least one of a: temperature dependent bias model and a temperature dependent scale factor model, wherein each of the temperature dependent bias and the temperature dependent scale factor are modelled using FSR and whereby each of the temperature dependent bias model and the temperature dependent scale factor model comprises a term dependent upon the order of the FSR or dependent upon the order of derivative of the FSR with respect to time.
An environment representation apparatus comprising a data carrier and an interface device connected thereto, wherein the data carrier carries data which represent an environment, comprising a. map data portions which indicate features of an environment in a spatially resolving manner, wherein the map data portions represent presence probabilities which indicate presence probabilities of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how likely to be present a represented feature can be regarded as, b. reliability data portions which indicate reliability data of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how reliably detectable by a measurement apparatus for measuring the environment of a vehicle the respective represented features can be regarded as, and wherein the interface device makes map data and reliability data accessible associated in a spatially resolving manner with one another. a. map data portions which indicate features of an environment in a spatially resolving manner, wherein the map data portions represent presence probabilities which indicate presence probabilities of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how likely to be present a represented feature can be regarded as, b. reliability data portions which indicate reliability data of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how reliably detectable by a measurement apparatus for measuring the environment of a vehicle the respective represented features can be regarded as,
A footwear assembly comprising: a footwear upper including a toe box portion , a medial side , a lateral side , and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to the heel portion; a medial tensioning member secured to the medial side of the upper proximate the toe box; a lateral tensioning member secured to the lateral side of the upper proximate the toe box; a lace cable ; and a plurality of lace guides distributed along the medial side and the lateral side , each lace guide of the plurality of lace guides adapted to receive a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper ; characterised in that a first end of the lace cable is attached to the medial tensioning member and a second end of the lace cable is attached to the lateral tensioning member . a footwear upper including a toe box portion , a medial side , a lateral side , and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to the heel portion; a medial tensioning member secured to the medial side of the upper proximate the toe box; a lateral tensioning member secured to the lateral side of the upper proximate the toe box; a lace cable ; and a plurality of lace guides distributed along the medial side and the lateral side , each lace guide of the plurality of lace guides adapted to receive a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper ; characterised in that a first end of the lace cable is attached to the medial tensioning member and a second end of the lace cable is attached to the lateral tensioning member .
A method for reducing power consumption in a mobile device , comprising: receiving movement information from one or more movement sensors; establishing movement data based on the movement information, wherein the movement data comprises stationarity data; refining the movement data using the movement information from the movement sensor and position information from a Satellite Position System, SPS, receiver; determining that the mobile device is stationary using the movement data; reducing a frequency of searching for a SPS satellite based on the determination that the mobile device is stationary; determining that the mobile device is not stationary using the movement data; and increasing the frequency of searching for the SPS satellite based on the determination that the mobile device is not stationary. receiving movement information from one or more movement sensors; establishing movement data based on the movement information, wherein the movement data comprises stationarity data; refining the movement data using the movement information from the movement sensor and position information from a Satellite Position System, SPS, receiver; determining that the mobile device is stationary using the movement data; reducing a frequency of searching for a SPS satellite based on the determination that the mobile device is stationary; determining that the mobile device is not stationary using the movement data; and increasing the frequency of searching for the SPS satellite based on the determination that the mobile device is not stationary.
A seal for sealing a cable anchor device to a structural element , the cable anchor device being arranged to anchor at least one cable to the structural element and having a front surface facing an opening of the structural element, through which front surface the at least one cable extends towards the exterior of the structural element, the seal comprises a sleeve , characterized in that the sleeve extends from a perimeter of a surface of the structural element including the opening of the structural element to a perimeter of a hermetic portion of the anchored cable comprising at least the front surface of the anchor device , an inner periphery of the sleeve being hermetically attached around the front surface of the anchor device and an outer periphery of the sleeve being hermetically attached to a surface of the opening .
A mouth cooler comprising - a first peripheral cooling winding shaped and dimensioned to cool the lower and upper jaw, and - at least two second cooling windings in arrangement with the peripheral cooling winding shaped and dimensioned to cool at least the blood entry to the tongue, wherein each second cooling winding is in fluid connection to the peripheral cooling winding and wherein the peripheral cooling winding comprises a tubing extending along the vestibule under the inferior lip and through one of the second windings , after which it continues along the vestibule under the upper lip and further through a further second winding , wherein the tubing comprises an inlet for receiving a cooling fluid and an outlet for allowing the cooling fluid to exit the tubing . - a first peripheral cooling winding shaped and dimensioned to cool the lower and upper jaw, and - at least two second cooling windings in arrangement with the peripheral cooling winding shaped and dimensioned to cool at least the blood entry to the tongue, wherein each second cooling winding is in fluid connection to the peripheral cooling winding and wherein the peripheral cooling winding comprises a tubing extending along the vestibule under the inferior lip and through one of the second windings , after which it continues along the vestibule under the upper lip and further through a further second winding , wherein the tubing comprises an inlet for receiving a cooling fluid and an outlet for allowing the cooling fluid to exit the tubing .
A three-dimensional printed article, comprising: a fused polymer or polymer composite object; and a removable object in contact with at least a portion of the fused polymer or polymer composite object, the removable object comprising: polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof. a fused polymer or polymer composite object; and a removable object in contact with at least a portion of the fused polymer or polymer composite object, the removable object comprising: polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof. polymeric or polymeric composite build material particles; and a polymeric coating formed on surfaces of the polymeric or polymeric composite build material particles and present in voids between the polymeric or polymeric composite build material particles, wherein the polymeric coating is a perfluorinated polymer selected from the group consisting of a perfluoroalkoxy alkane having a chemical structure of where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, poly(tetrafluoroethylene) having a chemical structure of: where n is greater than 5 and less than 100,000, a perfluorinated polyether having a chemical structure of where n is greater than 5 and less than 100,000, fluorinated ethylene propylene having a chemical structure of: where n is greater than 5 and less than 100,000 and m is greater than 5 and less than 100,000, and combinations thereof.
A kit comprising: unlabeled engineered microbe-targeting molecules present on a substrate, wherein the engineered microbe-targeting molecules comprise mannose binding lectin or carbohydrate-binding portion thereof; and one or more containers containing a population of detectable labeling molecules, each of which comprises a label and comprises mannose binding lectin or a carbohydrate-binding portion thereof, wheat germ agglutinin, a lectin that can specifically bind to the surface of a target microbe or an antibody that can specifically bind to the surface of a target microbe. unlabeled engineered microbe-targeting molecules present on a substrate, wherein the engineered microbe-targeting molecules comprise mannose binding lectin or carbohydrate-binding portion thereof; and one or more containers containing a population of detectable labeling molecules, each of which comprises a label and comprises mannose binding lectin or a carbohydrate-binding portion thereof, wheat germ agglutinin, a lectin that can specifically bind to the surface of a target microbe or an antibody that can specifically bind to the surface of a target microbe.
System for detecting electroencephalographic signals comprising at least one electrode for the transmission of the detected signal, conduction means of said signal configured to be interposed between the electrode and the scalp of a patient and fixation means of said electrode to the scalp, said conduction means and said fixation means being constituted by a single layer of hydrogel, said single layer of hydrogel is constituted by a finite element in the form of a drop or tablet element , provided in predetermined doses sufficient to conduct the signal and to ensure a sufficient wide surface for gluing, the particularly dense nature of the hydrogel allowing to create finite elements configured to be positioned and to be easily removed from the scalp of the patient the drop or tablet element having a density such as to be sufficiently rigid for the creation of finite elements and at the same time sufficiently soft, i.e. mechanically yielding, to change its surfaces so as to adapt them to the contact surfaces of the skull of the patient and/or of the electrode, the drop or tablet elements being arranged as drops of hydrogel on the upper surface of a plate-like element, made in the form of a sheet, on which the drop or tablet elements remain fixed thanks to their adhesive feature, until they are removed to be used in combination with the electrodes, wherein said electrode is a cup electrode. said conduction means and said fixation means being constituted by a single layer of hydrogel, said single layer of hydrogel is constituted by a finite element in the form of a drop or tablet element , provided in predetermined doses sufficient to conduct the signal and to ensure a sufficient wide surface for gluing, the particularly dense nature of the hydrogel allowing to create finite elements configured to be positioned and to be easily removed from the scalp of the patient the drop or tablet element having a density such as to be sufficiently rigid for the creation of finite elements and at the same time sufficiently soft, i.e. mechanically yielding, to change its surfaces so as to adapt them to the contact surfaces of the skull of the patient and/or of the electrode, the drop or tablet elements being arranged as drops of hydrogel on the upper surface of a plate-like element, made in the form of a sheet, on which the drop or tablet elements remain fixed thanks to their adhesive feature, until they are removed to be used in combination with the electrodes, wherein said electrode is a cup electrode.
Decorative panel , in particular a floor, ceiling, or wall panel, of a planar design having a top side , a bottom side and multiple side edges (3a-d), which panel has a laminated structure of layers that are adhered to each other, wherein the layers extend parallel to the plane of the panel , and include: - a core layer having a lower side and an upper side, and - a top layer which is provided on the upper side of the core layer either directly or indirectly, wherein the top layer comprises: ∘ a decorative visual print layer, and ∘ at least one substantially transparent or translucent wear layer applied on top of said print layer, wherein at least two layers of the panel , in particular the top layer and the core layer , are directly or indirectly adhered to each other by an intermediate adhesive layer , characterised in that the intermediate adhesive layer is composed of adjacent intermediate zones which comprise one or more non-adhesive intermediate zones and one or more adhesive intermediate zones, wherein the one or more adhesive intermediate zones define a pattern. - a core layer having a lower side and an upper side, and - a top layer which is provided on the upper side of the core layer either directly or indirectly, wherein the top layer comprises: ∘ a decorative visual print layer, and ∘ at least one substantially transparent or translucent wear layer applied on top of said print layer, ∘ a decorative visual print layer, and ∘ at least one substantially transparent or translucent wear layer applied on top of said print layer, wherein at least two layers of the panel , in particular the top layer and the core layer , are directly or indirectly adhered to each other by an intermediate adhesive layer , characterised in that the intermediate adhesive layer is composed of adjacent intermediate zones which comprise one or more non-adhesive intermediate zones and one or more adhesive intermediate zones, wherein the one or more adhesive intermediate zones define a pattern.