mhurhangee/patent-ind-claim-en huggingface dataset:
Wind turbine having movable and stationary components including a wind rotor , generator with converter , and mainframe , movable components being arranged on stationary components by means of machine bearings, and a potential protection device being provided for at least one machine bearing to be protected, which potential protection device is designed to reduce a parasitic current flow through the machine bearing , characterized in that the potential protection device is realized as a potential equalization device, wherein the potential equalization device is realized as an active bearing-current damping unit that detects a potential difference across the machine bearing to be protected, and on the basis thereof, by means of an actuator , generates an opposing compensation voltage , the compensation voltage being fed-in at the machine bearing to be protected.
A flexible display device comprising: a first body ; a second body configured to move between a first position and a second position with respect to the first body in a direction parallel to a first direction; a flexible display comprising a first region coupled to an outer side of the second body and a second region extending from the first region , wherein a portion of the second region is curved to form a curved surface, wherein the second region is curved about a first axis (CL1) extending along a second direction orthogonal to the first direction; a first rack coupled to the second body , wherein teeth are repeatedly formed along the first rack in the direction parallel to the first direction; a second rack configured to be curved about a second axis (CL2) parallel to the first axis (CL1) and form a continuous loop with at least the second region , wherein teeth are repeatedly formed along the second rack in a direction orthogonal to the second direction; a first gear configured to engage with the teeth of the first rack ; and a driving motor configured to rotate the first gear to transfer rotation force of the driving motor to the first rack ; characterised in that the flexible display device further comprises a second gear configured to engage with the teeth of the second rack , and in that the driving motor is further configured to rotate the second gear to transfer rotation force of the driving motor to the second rack . a first body ; a second body configured to move between a first position and a second position with respect to the first body in a direction parallel to a first direction; a flexible display comprising a first region coupled to an outer side of the second body and a second region extending from the first region , wherein a portion of the second region is curved to form a curved surface, wherein the second region is curved about a first axis (CL1) extending along a second direction orthogonal to the first direction; a first rack coupled to the second body , wherein teeth are repeatedly formed along the first rack in the direction parallel to the first direction; a second rack configured to be curved about a second axis (CL2) parallel to the first axis (CL1) and form a continuous loop with at least the second region , wherein teeth are repeatedly formed along the second rack in a direction orthogonal to the second direction; a first gear configured to engage with the teeth of the first rack ; and a driving motor configured to rotate the first gear to transfer rotation force of the driving motor to the first rack ; characterised in that the flexible display device further comprises a second gear configured to engage with the teeth of the second rack , and in that the driving motor is further configured to rotate the second gear to transfer rotation force of the driving motor to the second rack .
A nasopharyngeal airway device for receiving a nasal cannula , comprising: (a) a flexible tube having first and second open ends ; and (b) a flexible receptacle open at its upper end integral with said flexible tube first open end having a diameter greater than a diameter of said flexible tube , said flexible receptacle containing: a lower end opening communicating with said flexible tube first open end ; and opposed recesses arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula , said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses with said at least one nasal prong being retained within said flexible receptacle to deliver oxygen to the patient via said flexible receptacle and, in turn, said flexible tube . (a) a flexible tube having first and second open ends ; and (b) a flexible receptacle open at its upper end integral with said flexible tube first open end having a diameter greater than a diameter of said flexible tube , said flexible receptacle containing: a lower end opening communicating with said flexible tube first open end ; and opposed recesses arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula , said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses with said at least one nasal prong being retained within said flexible receptacle to deliver oxygen to the patient via said flexible receptacle and, in turn, said flexible tube . a lower end opening communicating with said flexible tube first open end ; and opposed recesses arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula , said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses with said at least one nasal prong being retained within said flexible receptacle to deliver oxygen to the patient via said flexible receptacle and, in turn, said flexible tube .
Bale measuring method for a rectangular baler comprising the steps of: - measuring a movement of a binding material that is being tied around a bale ; - using the measured movement (L M ) of the binding material to calibrate a measurement and calculation tool for measuring a movement of the bale in the baler and for calculating a length of the bale based on said measurement ; - determining the length of the bale (L B ) using the calibrated measurement and calculation tool as the bale moves backward in the baler , and characterised by - said calibrating comprises determining at least one calibration parameter (C), wherein the measurement and calculation tool comprises a measuring wheel which engages in the crop material and rotates as crop material is being moved in the baler; and wherein a number of rotations of the measuring wheel is counted as the bale moves backward in the baler and the length of the bale (L B ) is determined based on said number of rotations and said at least one calibration parameter (C). - measuring a movement of a binding material that is being tied around a bale ; - using the measured movement (L M ) of the binding material to calibrate a measurement and calculation tool for measuring a movement of the bale in the baler and for calculating a length of the bale based on said measurement ; - determining the length of the bale (L B ) using the calibrated measurement and calculation tool as the bale moves backward in the baler , and characterised by - said calibrating comprises determining at least one calibration parameter (C), wherein the measurement and calculation tool comprises a measuring wheel which engages in the crop material and rotates as crop material is being moved in the baler; and wherein a number of rotations of the measuring wheel is counted as the bale moves backward in the baler and the length of the bale (L B ) is determined based on said number of rotations and said at least one calibration parameter (C).
An electric motor configured to come into contact with a lubricating medium, the electric motor comprising: - a housing defining an interior and exterior of the electric motor , the housing comprising a first end shield with a shaft opening , - a shaft extending through the shaft opening such that a gap between the shaft opening and the shaft results, - a first seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap , the first seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and - a second seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap , the second seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and that the electric motor further comprises a drainage conduit with a drainage opening between the first and second seals , characterized in that the electric motor further comprises a plug closing the drainage conduit , the plug being configured to indicate a leakage of the lubricating medium. - a housing defining an interior and exterior of the electric motor , the housing comprising a first end shield with a shaft opening , - a shaft extending through the shaft opening such that a gap between the shaft opening and the shaft results, - a first seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap , the first seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and - a second seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap , the second seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and that the electric motor further comprises a drainage conduit with a drainage opening between the first and second seals ,
A thermal energy storage system comprising a thermal energy store containing a single or a plurality of battery casings having internal heat exchangers and phase change materials and controlling means for controlling the operation of said thermal energy storage system , wherein each of said single or said plurality of battery casings independently contains a battery comprising one or more heat exchangers anchored within said single or said plurality of battery casings , a phase change material and means for protection against over pressurisation of said battery, and wherein said controlling means is an integral system controller and where battery pressure and average temperature provide an indication of the state of charge of the battery, wherein the integral system controller utilises input temperature sensors and diverter valves within the thermal energy storage system to control efficient charging of the individual batteries within the thermal energy system using pre-defined rules, the integral system controller also uses output temperature sensors to determine the energy delivered by each battery within the thermal energy system and the residual energy in each of said batteries during discharging, and the temperature sensors are also used for calculating the energy stored and the power input of each individual battery within the thermal energy system as well as of the overall battery system. wherein each of said single or said plurality of battery casings independently contains a battery comprising one or more heat exchangers anchored within said single or said plurality of battery casings , a phase change material and means for protection against over pressurisation of said battery, and wherein said controlling means is an integral system controller and where battery pressure and average temperature provide an indication of the state of charge of the battery, wherein the integral system controller utilises input temperature sensors and diverter valves within the thermal energy storage system to control efficient charging of the individual batteries within the thermal energy system using pre-defined rules, the integral system controller also uses output temperature sensors to determine the energy delivered by each battery within the thermal energy system and the residual energy in each of said batteries during discharging, and the temperature sensors are also used for calculating the energy stored and the power input of each individual battery within the thermal energy system as well as of the overall battery system.
Telescopic cap supply comprising - a cap passage , - which in at least one section is length-adjustable between an extended state and a collapsed state, wherein - the cap passage is formed from at least three segments , - wherein each segment is secured to the adjoining segments in a displaceable manner, wherein each segment comprises an upper connection element and a lower connection element for the attachment to an adjoining segment , wherein the upper connection element of a segment comprises an upper contact surface directed onto the segment beneath it, and the lower connection element of a segment comprises a lower contact surface directed onto the segment above it, and each segment comprises a guide section for the multi-sided guiding of a cap (K) in the cap passage , wherein the cap passage is formed from the guide sections , wherein the upper connection element or the guide section of a segment comprises an upper bearing surface directed onto the segment located above it, and the lower connection element or the guide section of a segment comprises a lower bearing surface directed onto the segment located beneath it, and wherein, in the extended state, the contact surfaces directed onto one another of two adjoining segments are in contact with one another, while in the region of the bearing surfaces no contact pertains between the segments . - a cap passage , - which in at least one section is length-adjustable between an extended state and a collapsed state, wherein - the cap passage is formed from at least three segments , - wherein each segment is secured to the adjoining segments in a displaceable manner, wherein each segment comprises an upper connection element and a lower connection element for the attachment to an adjoining segment , wherein the upper connection element of a segment comprises an upper contact surface directed onto the segment beneath it, and the lower connection element of a segment comprises a lower contact surface directed onto the segment above it, and each segment comprises a guide section for the multi-sided guiding of a cap (K) in the cap passage , wherein the cap passage is formed from the guide sections , wherein the upper connection element or the guide section of a segment comprises an upper bearing surface directed onto the segment located above it, and the lower connection element or the guide section of a segment comprises a lower bearing surface directed onto the segment located beneath it, and wherein, in the extended state, the contact surfaces directed onto one another of two adjoining segments are in contact with one another, while in the region of the bearing surfaces no contact pertains between the segments .
A household appliance , comprising: a main body , comprising a chamber with an opening ; a drawer-type door configured to close or open the chamber ; a support mechanism , connected between the drawer-type door and the main body , so that the drawer-type door is movably connected to the main body ; a cable , wherein the cable is led from the main body to the drawer-type door ; a guidance mechanism configured to guide the cable , wherein the guidance mechanism is adapted to move with the drawer-type door , the guidance mechanism comprises a rigid component and a bendable member , and the bendable member is adapted to move along a moving path (s1) comprising a bent portion (s11); wherein a first end of the bendable member is connected to a cable exit portion and a second end of the bendable member is connected to a first end of the rigid component , a second end of the rigid component is connected to the support mechanism ; and a limiting mechanism , wherein the limiting mechanism includes a limiting member connected to the support mechanism and is configured to limit the bendable member to move within the moving path (s1) and a preset error range. a main body , comprising a chamber with an opening ; a drawer-type door configured to close or open the chamber ; a support mechanism , connected between the drawer-type door and the main body , so that the drawer-type door is movably connected to the main body ; a cable , wherein the cable is led from the main body to the drawer-type door ; a guidance mechanism configured to guide the cable , wherein the guidance mechanism is adapted to move with the drawer-type door , the guidance mechanism comprises a rigid component and a bendable member , and the bendable member is adapted to move along a moving path (s1) comprising a bent portion (s11); wherein a first end of the bendable member is connected to a cable exit portion and a second end of the bendable member is connected to a first end of the rigid component , a second end of the rigid component is connected to the support mechanism ; and a limiting mechanism , wherein the limiting mechanism includes a limiting member connected to the support mechanism and is configured to limit the bendable member to move within the moving path (s1) and a preset error range.
A coupler for connecting a fluid holding tank to a receptacle , the coupler comprising: a housing ; a probe configured to translate in a longitudinal direction within the housing ; a handle assembly configured to cause the probe to translate within the housing , wherein the handle assembly is movable between a first position (A) corresponding to a decoupled position where the fluid holding tank is disconnected from the receptacle, a second position (B) corresponding to a coupled position where the fluid holding tank is connected to the receptacle, and a third position (C) corresponding to a venting position where the fluid holding tank is connected to the receptacle and venting of fluid is enabled; and a stop assembly, characterized in that , the stop assembly is configured to selectively arrest the translation of the probe by providing a hard stop for the probe in a first translation direction when the handle assembly is moved from the second position (B) to the third position (C), wherein the stop assembly is configured to enable translation of the probe in a second probe translation direction, opposite the first translation direction, when the hard stop is provided, and wherein the stop assembly comprises a pawl that is rotatable between an active position, where at least one surface of the pawl is configured to engage the probe to serve as the hard stop, and an inactive position. a housing ; a probe configured to translate in a longitudinal direction within the housing ; a handle assembly configured to cause the probe to translate within the housing , wherein the handle assembly is movable between a first position (A) corresponding to a decoupled position where the fluid holding tank is disconnected from the receptacle, a second position (B) corresponding to a coupled position where the fluid holding tank is connected to the receptacle, and a third position (C) corresponding to a venting position where the fluid holding tank is connected to the receptacle and venting of fluid is enabled; and a stop assembly, characterized in that , the stop assembly is configured to selectively arrest the translation of the probe by providing a hard stop for the probe in a first translation direction when the handle assembly is moved from the second position (B) to the third position (C), wherein the stop assembly is configured to enable translation of the probe in a second probe translation direction, opposite the first translation direction, when the hard stop is provided, and wherein the stop assembly comprises a pawl that is rotatable between an active position, where at least one surface of the pawl is configured to engage the probe to serve as the hard stop, and an inactive position.
Active hinge for hood of motor vehicle comprising: - a fixed hinge intended to be securely attached to a structure of the motor vehicle and in relation to which the hood is intended to be lifted, - a mobile flap intended to be securely attached to the cover in order to be able to control its opening, - and a crutch coupled in rotation with the said mobile flap by a rotating coupling organ , the crutch also including a holding organ , the fixed hitch comprising: - a blocking area intended to cooperate with the holding body of the crutch to keep the hinge active in a deployed configuration; and - a guidance area intended to cooperate with the restraint in order to orient it towards the blocking area when opening the active hinge , the guidance area being delimited by a lower edge and a free upper edge located at a distance from the lower edge , lower and the upper edge forming together a guide channel from the holding gear to the blocking area , characterized as the top edge of the guidance area includes: - a straight terminal part ; - a proximal part at the blocking zone and showing an elbow to the free terminal part of the above edge , the guide channel being open to the outside of the fixed hull at an entrance of the guide channel bounded at least by the free terminal wall . - a fixed hinge intended to be securely attached to a structure of the motor vehicle and in relation to which the hood is intended to be lifted, - a mobile flap intended to be securely attached to the cover in order to be able to control its opening, - and a crutch coupled in rotation with the said mobile flap by a rotating coupling organ , the crutch also including a holding organ , - a blocking area intended to cooperate with the holding body of the crutch to keep the hinge active in a deployed configuration; and - a guidance area intended to cooperate with the restraint in order to orient it towards the blocking area when opening the active hinge , the guidance area being delimited by a lower edge and a free upper edge located at a distance from the lower edge , lower and the upper edge forming together a guide channel from the holding gear to the blocking area , - a straight terminal part ; - a proximal part at the blocking zone and showing an elbow to the free terminal part of the above edge ,
Holder comprising a rotating body and two arms articulated thereon for setting the angle thereof with respect to one another and holding an instrument , wherein the set angle is locked by means of a ratchet which is attached to the rotating body via a coupling , and a switch being provided on the coupling which locks the angular position of the arms in a switch position relative to one another, characterized in that the coupling and at least one actuator are arranged in a sterile sheath which sheathes the arms in an airtight manner, at least one of the arms and/or holding rods at least partially having a round cross section and the sterile sheath having O-rings at passage openings, on which O-rings one of the arms and/or the holding rods closes in a precisely fitting and airtight manner.