mhurhangee/patent-ind-claim-en huggingface dataset:
A medical handpiece , comprising: a housing including an outer surface; a motor contained within the housing , the motor configured to drive an implement disposed at an end of the housing thereby generating heat; a passage configured to carry a fluid and extending along at least a portion of the motor ; and a thermally-conductive pad disposed between the motor and the passage , the thermally-conductive pad partially wrapping the motor , wherein the thermal conductivity of the pad is greater than the thermal conductivity of air thereby facilitating a flow of heat from the motor to the fluid in the passage . a housing including an outer surface; a motor contained within the housing , the motor configured to drive an implement disposed at an end of the housing thereby generating heat; a passage configured to carry a fluid and extending along at least a portion of the motor ; and a thermally-conductive pad disposed between the motor and the passage , the thermally-conductive pad partially wrapping the motor , wherein the thermal conductivity of the pad is greater than the thermal conductivity of air thereby facilitating a flow of heat from the motor to the fluid in the passage .
A wheel drive unit for a vehicle, the wheel drive unit comprising: a connecting member separably coupled to a constant velocity joint and fixing a bearing to the constant velocity joint when mounted on the constant velocity joint ; a hub housing having an empty inside and having the constant velocity joint coupled therein by the bearing ; and a hub cap separably disposed in the hub housing , sealing the hub housing when coupled to the hub housing , and allowing the connecting member to be separated or mounted when separated from the hub housing , wherein a fixing groove is formed around a first end of the constant velocity joint and the connecting member is fitted in the fixing groove in a ring shape, characterised in that a bearing seat on which the bearing is mounted is formed at an end portion of the constant velocity joint , the fixing groove is formed at a first end of the bearing seat , and fixing protrusions are formed around a second end of the bearing seat , so the bearing is disposed and fixed between the connecting member and the fixing protrusions , and in that the bearing seat formed on the constant velocity joint is composed of a plurality of teeth and the bearing mounted on the bearing seat also has teeth corresponding to the teeth of the bearing seat such that the bearing seat and the bearing is engaged with each other. a connecting member separably coupled to a constant velocity joint and fixing a bearing to the constant velocity joint when mounted on the constant velocity joint ; a hub housing having an empty inside and having the constant velocity joint coupled therein by the bearing ; and a hub cap separably disposed in the hub housing , sealing the hub housing when coupled to the hub housing , and allowing the connecting member to be separated or mounted when separated from the hub housing , wherein a fixing groove is formed around a first end of the constant velocity joint and the connecting member is fitted in the fixing groove in a ring shape, characterised in that a bearing seat on which the bearing is mounted is formed at an end portion of the constant velocity joint , the fixing groove is formed at a first end of the bearing seat , and fixing protrusions are formed around a second end of the bearing seat , so the bearing is disposed and fixed between the connecting member and the fixing protrusions , and in that the bearing seat formed on the constant velocity joint is composed of a plurality of teeth and the bearing mounted on the bearing seat also has teeth corresponding to the teeth of the bearing seat such that the bearing seat and the bearing is engaged with each other.
An instrument for setting a fracture in a bone and affixing a bone plate to the fractured bone with a connection to an intramedullary rod fixed in the fractured bone, said instrument comprising: a connector for connecting the instrument to the intramedullary rod , at least two tines , each tine having a distal end configured to contact the bone, the tines movably connected to the connector and configured to orient the fractured bone with respect to the rod; and at least one plate carrier configured to receive the bone plate, the at least one plate carrier movably connected to the connector and configured to move relative to the connector and the tines to position the bone plate adjacent the bone in a predetermined alignment with the intramedullary rod . a connector for connecting the instrument to the intramedullary rod , at least two tines , each tine having a distal end configured to contact the bone, the tines movably connected to the connector and configured to orient the fractured bone with respect to the rod; and at least one plate carrier configured to receive the bone plate, the at least one plate carrier movably connected to the connector and configured to move relative to the connector and the tines to position the bone plate adjacent the bone in a predetermined alignment with the intramedullary rod .
A method for reducing extreme loads acting on a component of a wind turbine, the method comprising: measuring, via one or more sensors, a plurality of operating parameters of the wind turbine; predicting, via a processor, at least one blade moment of at least one rotor blade of the wind turbine based on the plurality of operating parameters; predicting, via the processor, a load and an associated load angle of the at least one rotor blade as a function of the at least one blade moment; predicting, via the processor, a pitch angle of the at least one rotor blade of the wind turbine; generating, via the processor, a load envelope for the component that comprises at least one load value for the pitch angle and the load angle; and, implementing, via a controller, a control action when the load is outside of the load envelope. measuring, via one or more sensors, a plurality of operating parameters of the wind turbine; predicting, via a processor, at least one blade moment of at least one rotor blade of the wind turbine based on the plurality of operating parameters; predicting, via the processor, a load and an associated load angle of the at least one rotor blade as a function of the at least one blade moment; predicting, via the processor, a pitch angle of the at least one rotor blade of the wind turbine; generating, via the processor, a load envelope for the component that comprises at least one load value for the pitch angle and the load angle; and, implementing, via a controller, a control action when the load is outside of the load envelope.
A watch clasp capable of finely adjusting a watch strap length, comprising: a watch clasp sliding holder , located on a back surface of a watch clasp case ; a sliding stop module , fixing the watch clasp sliding holder to the back surface of the watch clasp case through engagement, wherein the sliding holder slides between the watch clasp case and the sliding stop module ; a stop spring bar , fixed to the watch clasp case , and an unlock module , fixed to the watch clasp case , wherein the unlock module is engaged with the sliding stop module , and the stop spring bar and the unlock module are respectively located on two sides of the sliding stop module ; and an extension latch assembly , wherein one end of the extension latch assembly is fixed to the watch clasp case , characterized in that the other end of the extension latch assembly is fixed to an elastic fine-adjusting assembly , wherein the elastic fine-adjusting assembly comprises: a supporter , a slider , a spring bar shaft , a drive block , a fixing spring bar , and a leaf spring ; the leaf spring is embedded into a connection port reserved on the drive block , and the fixing spring bar fixes the drive block to the supporter ; and the fixing spring bar fixes the slider to the supporter , the spring bar shaft is fixed to the slider , and the spring bar shaft is configured to connect to a watch strap. a sliding stop module , fixing the watch clasp sliding holder to the back surface of the watch clasp case through engagement, wherein the sliding holder slides between the watch clasp case and the sliding stop module ; a stop spring bar , fixed to the watch clasp case , and an unlock module , fixed to the watch clasp case , wherein the unlock module is engaged with the sliding stop module , and the stop spring bar and the unlock module are respectively located on two sides of the sliding stop module ; and an extension latch assembly , wherein one end of the extension latch assembly is fixed to the watch clasp case , characterized in that the other end of the extension latch assembly is fixed to an elastic fine-adjusting assembly , wherein the elastic fine-adjusting assembly comprises: a supporter , a slider , a spring bar shaft , a drive block , a fixing spring bar , and a leaf spring ; the leaf spring is embedded into a connection port reserved on the drive block , and the fixing spring bar fixes the drive block to the supporter ; and the fixing spring bar fixes the slider to the supporter , the spring bar shaft is fixed to the slider , and the spring bar shaft is configured to connect to a watch strap.
A compact medical device for controlling the release of waste content from an external stoma of a subject, comprising: a first flange ; wherein the first flange comprises a vent hole and a vent cover for releasing gas waste content; an adhesive layer bound to the first flange for attaching to the body of the subject; a displaceable cover for closing and opening the device, wherein the displaceable cover is configured to connect to the first flange ; an aperture configurated to surround the stoma for the release of waste content; characterized by further comprises a second flange , wherein the first and second flanges are connectable or connected; a pressure sensor for determining the pressure of the person waste content in the displaceable cover , the pressure threshold is between 5 - 90 mm Hg; an alert system , preferably an alarm; and data processor able to activate the alert system when the pressure is equal or superior to a pre-determined threshold. a first flange ; wherein the first flange comprises a vent hole and a vent cover for releasing gas waste content; an adhesive layer bound to the first flange for attaching to the body of the subject; a displaceable cover for closing and opening the device, wherein the displaceable cover is configured to connect to the first flange ; an aperture configurated to surround the stoma for the release of waste content; characterized by further comprises a second flange , wherein the first and second flanges are connectable or connected; a pressure sensor for determining the pressure of the person waste content in the displaceable cover , the pressure threshold is between 5 - 90 mm Hg; an alert system , preferably an alarm; and data processor able to activate the alert system when the pressure is equal or superior to a pre-determined threshold.
A source base station comprising means for: sending to a target base station a handover request with regard to a handover of a user equipment from the source base station to the target base station; receiving ) a handover request acknowledgement from the target base station; and characterized by : in response to receiving the handover request acknowledgement: sending to the user equipment a handover command message including information concerning the target base station; and identifying a set of data packets to be subject to a resetting operation before forwarding to the target base station, wherein service data adaptation protocol headers of the data packets of the set of data packets include respective reflective mapping indicators, wherein the reflective mapping indicators indicate whether a QoS flow to data radio bearer mapping rule is to be updated; and prior to forwarding the set of data packets to the target base station, performing the resetting operation on the set of data packets, wherein the resetting operation comprises resetting the reflective mapping indicators to indicate no updating of the mapping rule. sending to a target base station a handover request with regard to a handover of a user equipment from the source base station to the target base station; receiving ) a handover request acknowledgement from the target base station; and characterized by : in response to receiving the handover request acknowledgement: sending to the user equipment a handover command message including information concerning the target base station; and identifying a set of data packets to be subject to a resetting operation before forwarding to the target base station, wherein service data adaptation protocol headers of the data packets of the set of data packets include respective reflective mapping indicators, wherein the reflective mapping indicators indicate whether a QoS flow to data radio bearer mapping rule is to be updated; and prior to forwarding the set of data packets to the target base station, performing the resetting operation on the set of data packets, wherein the resetting operation comprises resetting the reflective mapping indicators to indicate no updating of the mapping rule. in response to receiving the handover request acknowledgement: sending to the user equipment a handover command message including information concerning the target base station; and identifying a set of data packets to be subject to a resetting operation before forwarding to the target base station, wherein service data adaptation protocol headers of the data packets of the set of data packets include respective reflective mapping indicators, wherein the reflective mapping indicators indicate whether a QoS flow to data radio bearer mapping rule is to be updated; and prior to forwarding the set of data packets to the target base station, performing the resetting operation on the set of data packets, wherein the resetting operation comprises resetting the reflective mapping indicators to indicate no updating of the mapping rule.
An optical system comprising: an image generator configured to output beams corresponding to red, R, green, G, and blue, B, image signals for configuring a virtual image, and an infrared, IR, image signal obtained from an IR light source; a multipath optical element comprising a diffraction grating and an outcoupler, such that parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element ; the diffracted beams are exited from the multipath optical element by the outcoupler; a first camera configured to detect a reflected pattern of an IR beam among the exited beams from the multipath optical element ; an IR filter diffraction element configured to project an IR beam, among the beams transmitted through the multipath optical element , toward an object of a real world; a second camera configured to detect a reflected pattern of the projected IR beam, reflected at the object of the real world; and a processor configured to identify a line of sight of a user based on the reflected pattern detected at the first camera , and to identify depth information of the object of the real world based on the reflected pattern detected at the second camera . an image generator configured to output beams corresponding to red, R, green, G, and blue, B, image signals for configuring a virtual image, and an infrared, IR, image signal obtained from an IR light source; a multipath optical element comprising a diffraction grating and an outcoupler, such that parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element ; the diffracted beams are exited from the multipath optical element by the outcoupler; parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element ; the diffracted beams are exited from the multipath optical element by the outcoupler; a first camera configured to detect a reflected pattern of an IR beam among the exited beams from the multipath optical element ; an IR filter diffraction element configured to project an IR beam, among the beams transmitted through the multipath optical element , toward an object of a real world; a second camera configured to detect a reflected pattern of the projected IR beam, reflected at the object of the real world; and a processor configured to identify a line of sight of a user based on the reflected pattern detected at the first camera , and to identify depth information of the object of the real world based on the reflected pattern detected at the second camera .
Overflow valve for compressed-air devices, which valve has a pressure inlet and a pressure outlet for compressed air, and having a switching piston which is seated sealingly on a valve seat when the overflow valve is in a closed position and which can be lifted from the valve seat , counter to a settable resetting force of a pressure spring , under the action of the pressure of the compressed air prevailing at the pressure inlet of the overflow valve , and in which valve there is additionally provided a second pressure spring which acts on the switching piston in a closing direction of the overflow valve with a predefinable resetting force, characterized in that the second pressure spring is supported in a housing upper part of the overflow valve approximately at the level of the valve seat and on the switching piston , axially at a distance from the valve seat , axially close to a housing lower part .
A system for self-healing automated building control, the system comprising: a first processor operable to run a building automation application, the first processor in a building and operable for wireless communication; a second processor remote from the first processor, the second processor operable to run the building automation application, the second processor in the building and operable for wireless communication; communications associated with the building automation application being wireless; and characterized by a control processor that is configured to transmit or otherwise control the location for implementing the building automation application from the first processor , on which the building automation application is initially implemented, to be later implemented on the second processor remote from the first processor in response to a detected change associated with the first processor a first processor operable to run a building automation application, the first processor in a building and operable for wireless communication; a second processor remote from the first processor, the second processor operable to run the building automation application, the second processor in the building and operable for wireless communication; communications associated with the building automation application being wireless; and characterized by a control processor that is configured to transmit or otherwise control the location for implementing the building automation application from the first processor , on which the building automation application is initially implemented, to be later implemented on the second processor remote from the first processor in response to a detected change associated with the first processor
An RFID wrist band , comprising: an elastic block section including a storage part which is airtight; an elastic band section connected to the elastic block section to form an annular shape; and an inlay stored in the storage part and including a base substrate , an antenna on the base substrate , and an IC chip connected electrically with the antenna , characterized in that the storage part is larger than a volume occupied by the inlay so that no stress is added directly thereon when the elastic block section receives external impact and the inside storage part is deformed or twisted largely, and the inlay is not fixed to an inner wall of the storage part so that the inlay can freely move in the storage part , or partially fixed to an inner wall of the storage part so that the inlay can otherwise freely move in the storage part . an elastic block section including a storage part which is airtight; an elastic band section connected to the elastic block section to form an annular shape; and an inlay stored in the storage part and including a base substrate , an antenna on the base substrate , and an IC chip connected electrically with the antenna , characterized in that the storage part is larger than a volume occupied by the inlay so that no stress is added directly thereon when the elastic block section receives external impact and the inside storage part is deformed or twisted largely, and the inlay is not fixed to an inner wall of the storage part so that the inlay can freely move in the storage part , or partially fixed to an inner wall of the storage part so that the inlay can otherwise freely move in the storage part .
A method for exfoliating a superconducting tape , said tape including a superconducting layer and a substrate layer , said tape further including a buffer layer positioned between said superconducting layer and said substrate layer, comprising: a) providing a continuous length of said tape; b) subjecting said tape to an external action which increases the stress level between said superconducting layer and said buffer layer whereby said superconducting layer separates from said buffer and substrate layers; and c) spooling said separated superconducting layer and said separated buffer and substrate layers; and further comprising the step of tensioning said tape with a predetermined load applied at a separation angle α to achieve clean separation of said superconducting layer from said buffer and substrate layers; wherein said separation angle α is from 2 degrees to 30 degrees, and wherein said predetermined load is up to 10 Newtons. a) providing a continuous length of said tape; b) subjecting said tape to an external action which increases the stress level between said superconducting layer and said buffer layer whereby said superconducting layer separates from said buffer and substrate layers; and c) spooling said separated superconducting layer and said separated buffer and substrate layers; and further comprising the step of tensioning said tape with a predetermined load applied at a separation angle α to achieve clean separation of said superconducting layer from said buffer and substrate layers; wherein said separation angle α is from 2 degrees to 30 degrees, and wherein said predetermined load is up to 10 Newtons.