mhurhangee/patent-ind-claim-en huggingface dataset:
A leaf lifter for a window, for a door or the like which has a frame and a leaf movable with respect to the frame, wherein the leaf lifter comprises a base body configured for fastening to the frame or to the leaf; and a support lever which is supported at the base body , which is pivotable with respect to the base body between a pivoted out position and a pivoted in position and which cooperates via a contact section with a support element arranged at the other one of the frame and leaf such that, on a running of the leaf onto the frame, the support element impacts the contact section of the pivoted out support lever , whereby the support lever is pivoted into the pivoted in position and is supported at the support element in the pivoted in position on the raising of the leaf, characterized in that a support axle carrying the support lever is displaceable with respect to the base body to adapt the vertical position of the contact section , with a conversion device being provided which effects a displacement of the support axle in an adjustment direction (V) on a pivoting of the support lever in the direction of the pivoted in position and which, in contrast, suppresses a displacement of the support axle against the adjustment direction (V) on a pivoting of the support lever in the direction of the pivoted out position, with the conversion device comprising a one-way coupling effective between the support lever and a transmission element displaceably acting on the support axle .
A foldable joint with an unfolded position and a folded position, comprising a base rod , a first rotary rod and a second rotary rod having an end portion of the base rod , an end portion of the first rotary rod and an end portion of the second rotary rod respectively, wherein two of the end portions are rotationally connected to each other, and the third end portion is rotationally connected with at least one of the two end portions, a slider is slidably arranged on the base rod , a driving part is connected to the slider , a first guide portion is arranged on the first rotary rod , a second guide portion is arranged on the second rotary rod , and the driving part is slidably fitted with the first guide portion and the second guide portion respectively; in the process of unfolding or folding the foldable joint, the driving part moves relative to the first guide portion and the second guide portion simultaneously, and the driving part moves along with the slider relative to the base rod such that the first rotary rod , the second rotary rod and the base rod are rotated relative to one another characterized in that , the foldable joint is consisted of the base rod , the first rotary rod , the second rotary rod , the slider and the driving part ; wherein a guide slot is opened on the slider , and the length direction of the guide slot is consistent with the sliding direction of the slider ; a guide protrusion is provided on the base rod , and the guide protrusion is slidably inserted into the guide slot.
A steering control device comprising: a transverse gradient estimator configured to estimate a transverse gradient of a road surface on which a vehicle travels; an assisting amount calculator configured to calculate a first assisting amount based on the transverse gradient estimated by the transverse gradient estimator ; a low pass filter configured to perform a low pass filter processing for the first assisting amount calculated by the assisting amount calculator , and output the first assisting amount subjected to the low pass filter processing, as a second assisting amount; and a motor controller configured to control a motor that generates a steering assist torque, using the second assisting amount output by the low pass filter , characterized in that the low pass filter switches a cut-off frequency of the low pass filter between a first cut-off frequency and a second cut-off frequency that is set to a value higher than the first cut-off frequency, depending on whether the second assisting amount increases with time or the second assisting amount decreases with time. a transverse gradient estimator configured to estimate a transverse gradient of a road surface on which a vehicle travels; an assisting amount calculator configured to calculate a first assisting amount based on the transverse gradient estimated by the transverse gradient estimator ; a low pass filter configured to perform a low pass filter processing for the first assisting amount calculated by the assisting amount calculator , and output the first assisting amount subjected to the low pass filter processing, as a second assisting amount; and a motor controller configured to control a motor that generates a steering assist torque, using the second assisting amount output by the low pass filter , characterized in that the low pass filter switches a cut-off frequency of the low pass filter between a first cut-off frequency and a second cut-off frequency that is set to a value higher than the first cut-off frequency, depending on whether the second assisting amount increases with time or the second assisting amount decreases with time.
An apparatus for use in determining one or more fluid properties of a fluid flowing in a conduit, the apparatus comprising: a substrate including a barrier having a first barrier surface and a second barrier surface ; a first flow sensor to generate a first velocity sensor signal, the first flow sensor located at a first sensor distance from the first barrier surface ; a second flow sensor to generate a second velocity sensor signal, the second flow sensor located at a second sensor distance from the second barrier surface , wherein the first sensor distance and the second sensor distance are selected to disturb the fluid flowing in the conduit in such a way as to enable determination of the one or more fluid flow properties from the first velocity sensor signal and the second velocity sensor signal; and a third sensor for generating a signal indicative of the flow rate or flow magnitude at the third sensor including a pair of third sensor conductive pins , the pair of third sensor conductive pins embedded in the barrier and the substrate . a substrate including a barrier having a first barrier surface and a second barrier surface ; a first flow sensor to generate a first velocity sensor signal, the first flow sensor located at a first sensor distance from the first barrier surface ; a second flow sensor to generate a second velocity sensor signal, the second flow sensor located at a second sensor distance from the second barrier surface , wherein the first sensor distance and the second sensor distance are selected to disturb the fluid flowing in the conduit in such a way as to enable determination of the one or more fluid flow properties from the first velocity sensor signal and the second velocity sensor signal; and a third sensor for generating a signal indicative of the flow rate or flow magnitude at the third sensor including a pair of third sensor conductive pins , the pair of third sensor conductive pins embedded in the barrier and the substrate .
A photovoltaic device comprising a light harvesting device and a photovoltaic cell; wherein the light harvesting device comprises an organic semiconductor photoactive layer capable of multiple exciton generation with a luminescent material dispersed therein; wherein the bandgap of the luminescent material is selected such that the triplet excitons, formed as a result from the multiple exciton generation in the organic semiconductor, can be transferred into the luminescent material non-radiatively via Dexter Energy Transfer; a photovoltaic cell disposed in an emissive light path of the luminescent material and having a first photoactive layer, wherein the bandgap of the luminescent material matches or is higher than the bandgap of the first photoactive layer; characterised in that the luminescent material comprises an inorganic nanocrystal semiconductor passivated with ligands that solubilise the nanocrystal semiconductor in solvents compatible with the organic semiconductor.
A nut locking system comprising a nut , a shaft and a retaining ring , wherein the nut is connected to the shaft by means of a threaded joint , the shaft comprising a hollow section in which a body of the retaining ring is arranged, wherein the retaining ring comprises a tongue , the tongue being configured to engage the nut in response to movement of the nut relative the shaft in an axial direction thereof such that movement of the nut is restricted, wherein the tongue comprises a first tongue portion extending over an upper portion of the nut , the first tongue portion being configured to engage with the upper portion of the nut , characterized in that the tongue further comprises a second tongue portion extending in the longitudinal direction of the shaft , interconnecting the body and the first tongue portion .
A snubber tool for a downhole tool string, comprising: a mule shoe adapter ; a universal bottom hole orientation (UBHO) adapter ; a rebound compliance component a compression compliance component ; and a drive washer arranged between and in contact with the rebound compliance component and the compression compliance component and coupled to the mule shoe adapter ; characterized in that the rebound compliance component has a first stiffness and a first pre-compression, the rebound compliance component being configured to retain at least a portion of the first pre-compression under external loading of the snubber tool; the compression compliance component has a second stiffness larger than the first stiffness and a second pre-compression, a pre-compression deflection of the compression compliance component being smaller than a pre-compression deflection of the rebound compliance component, the compression compliance component being configured to retain at least a portion of the second pre-compression under external loading of the snubber tool; and the drive washer being configured to selectively apply a further compression to the rebound compliance component and compression compliance component in response to an external force acting on the mule shoe adapter . a mule shoe adapter ; a universal bottom hole orientation (UBHO) adapter ; a rebound compliance component a compression compliance component ; and a drive washer arranged between and in contact with the rebound compliance component and the compression compliance component and coupled to the mule shoe adapter ; characterized in that the rebound compliance component has a first stiffness and a first pre-compression, the rebound compliance component being configured to retain at least a portion of the first pre-compression under external loading of the snubber tool; the compression compliance component has a second stiffness larger than the first stiffness and a second pre-compression, a pre-compression deflection of the compression compliance component being smaller than a pre-compression deflection of the rebound compliance component, the compression compliance component being configured to retain at least a portion of the second pre-compression under external loading of the snubber tool; and the drive washer being configured to selectively apply a further compression to the rebound compliance component and compression compliance component in response to an external force acting on the mule shoe adapter .
Plinabulin for use in reducing the neutropenia rate of a grade 3 or 4 neutropenia in a subject being administered with 75 mg/m 2 docetaxel, wherein the plinabulin is administered intravenously at about 20 mg/m 2 to about 30 mg/m 2 wherein the plinabulin is administered within 1 h and 24 h after administering the docetaxel.
Mobile charging device for electric bicycles , wherein the charging device comprises: at least one electric output connection configured for connection to at least one charging connection of at least one electric bicycle or having a charger for at least one electric bicycle, a cable with an end which is connected to the output connection, wherein an opposite end of the cable has a power connection element (120; 150) with electric connecting elements which correspond in form and arrangement to connecting elements of a trailer-side electric trailer connection of a motor vehicle combination, characterized in that the power connection element is provided as an intermediate piece , with a first contact side embodied according to a trailer-end electrical trailer connection and an opposite, second contact side embodied according to a motor-vehicle-end electrical trailer connection, wherein the intermediate piece has individual electrical connections which respectively connects trailer-end and motor-vehicle-end contact elements of the intermediate piece to one another, and the intermediate piece also has tapping elements which are connected to the contact elements and which correspond to the earth and positive pole of the on-board power system, wherein the tapping elements are connected to the cable .
A method for operating a heating, ventilation and cooling (HVAC) system , including a heating system , a cooling system and a ventilation system , for monitoring an interior temperature of a structure and an exterior temperature of ambient air outside of said structure; the method comprising: defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the HVAC system with the first time range; associating one or more operating parameters of the HVAC system with the second time range; monitoring operational time and operational load of the cooling system for the first time range; and controlling the ventilation system during the second time range based upon the monitored operational time and operational load of the cooling system for the first time range, the monitored interior and exterior temperatures, and the one or more operating parameters of the cooling system associated with the second time range; characterized by executing a first sum of products calculation or first integral calculation for operational time and operational load of the cooling system associated with the first time range; executing a second sum of products calculation or second integral calculation for operational time and operational load of a heating system associated with the first time range; differencing the second sum of products or second integral from the first sum of products or first integral; and controlling the HVAC system to an ON operating state during the second time range when the differencing result is a positive value. defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the HVAC system with the first time range; associating one or more operating parameters of the HVAC system with the second time range; monitoring operational time and operational load of the cooling system for the first time range; and controlling the ventilation system during the second time range based upon the monitored operational time and operational load of the cooling system for the first time range, the monitored interior and exterior temperatures, and the one or more operating parameters of the cooling system associated with the second time range; characterized by executing a first sum of products calculation or first integral calculation for operational time and operational load of the cooling system associated with the first time range; executing a second sum of products calculation or second integral calculation for operational time and operational load of a heating system associated with the first time range; differencing the second sum of products or second integral from the first sum of products or first integral; and controlling the HVAC system to an ON operating state during the second time range when the differencing result is a positive value.
Switchable multi-plate coupling, comprising a multi-plate pack which has - in relation to an axis of rotation of the coupling (D) - a plurality of multi-plate discs co-rotating with a radially inner coupling part and a plurality of multi-plate discs co-rotating with a radially outer coupling part , and comprising an axially movable armature disc , which armature disc releases the multi-plate pack in a release position and presses the multi-plate discs of the multi-plate pack axially against each other in a friction position, and comprising a coil body with an electromagnetic coil arrangement integrated therein for axial acting on the armature disc , wherein at least one liquid channel (8 to 10) for supplying a coolant or lubricant to the multi-plate discs is integrated in the radially inner coupling part , and wherein at least one supply channel passes through the coil body connecting a connector region for coolant or lubricant supply provided on an outer shell of the coil body to the at least one liquid channel (8 to 10), characterized in that the supply channel ends in the region of a bearing arrangement of the coil body relative to the rotatable coupling part in such a manner that, during operation of the multi-plate coupling, cooling and lubrication of the bearing arrangement is achieved in addition.
A method of providing a driving guideline in a moving object, the method comprising: triggering a driving guideline provision instruction in the moving object ; generating, by a processor in the moving object, the driving guideline according to the implemented triggering; outputting, by the processor of the moving object, the generated driving guideline; and driving the moving object, by the processor of the moving object, according to the generated driving guideline, characterized in that when the driving guideline is generated, the processor of the moving object is configured to exchange information on the generated driving guideline with at least one preset moving object and is configured to determine a collision possibility thereof according to the exchanged information on the generated driving guideline, and when the moving object and the at least one moving object with the collision possibility are located substantially on the approximately similar line, the processor of the moving object is configured to compare sizes with the at least one moving object with the collision possibility, and a priority order of the driving is provided to one moving object with a larger size among the moving object and the at least one moving object. triggering a driving guideline provision instruction in the moving object ; generating, by a processor in the moving object, the driving guideline according to the implemented triggering; outputting, by the processor of the moving object, the generated driving guideline; and driving the moving object, by the processor of the moving object, according to the generated driving guideline, characterized in that when the driving guideline is generated, the processor of the moving object is configured to exchange information on the generated driving guideline with at least one preset moving object and is configured to determine a collision possibility thereof according to the exchanged information on the generated driving guideline, and when the moving object and the at least one moving object with the collision possibility are located substantially on the approximately similar line, the processor of the moving object is configured to compare sizes with the at least one moving object with the collision possibility, and a priority order of the driving is provided to one moving object with a larger size among the moving object and the at least one moving object.
Device for handling weaving accessories, which comprises a first holding element , wherein the first holding element is provided for being moved cyclically between a supply device and a receiving device and wherein the fist holding element is disposed at a carrier means such that the fist holding element and the carrier means are arranged to jointly move relative to the supply device and the receiving device , and a push-off element for pushing a weaving accessory off the holding element and onto a component of the receiving device is also disposed at the carrier means , characterised in that a detent is disposed at the carrier means , which opposes the push-off movement of the push-off element in the area of its final extended position and is provided such as to enable it to force the push-off element back from the final extended position of its push-off movement. which comprises a first holding element , wherein the first holding element is provided for being moved cyclically between a supply device and a receiving device and wherein the fist holding element is disposed at a carrier means such that the fist holding element and the carrier means are arranged to jointly move relative to the supply device and the receiving device , and a push-off element for pushing a weaving accessory off the holding element and onto a component of the receiving device is also disposed at the carrier means , characterised in that a detent is disposed at the carrier means , which opposes the push-off movement of the push-off element in the area of its final extended position and is provided such as to enable it to force the push-off element back from the final extended position of its push-off movement.
An optical security component intended to be observed in reflection, with the naked eye, according to at least one first observation face, comprising: - a first layer made of dielectric material, having a first refractive index (n 1 ); - at least one first diffractive structure (S 1 , S 2 ) etched on said first layer; and in which: - said first diffractive structure is formed by a first pattern, said first pattern being formed by a set of modules disposed side-by-side, in a given direction (X) of arrangement; - each module comprises a bas-relief with a first set of facets whose forms are determined to simulate an optical element visible in reflection, with at least one convex region and/or at least one concave region, having a profile with a variable slope in a single direction (Y), called direction of variation of the slope, perpendicular to the direction of arrangement (X); - for two modules disposed side-by-side, the slope along at least one line parallel to the direction (X) of arrangement is different between said two modules; the optical component having, in reflection and under the effect of a tilt movement about an axis parallel to said direction of arrangement, a dynamic visual effect comprising the movement of one or more graphic elements, the optical component being characterized in that : a maximum width of each module defined in the direction of arrangement (X) is less than 300 μm, and in that the set of modules comprises a minimum number of modules such that a minimum dimension of the first structure along the direction of arrangement (X) is greater than 1 mm. - a first layer made of dielectric material, having a first refractive index (n 1 ); - at least one first diffractive structure (S 1 , S 2 ) etched on said first layer; and in which: - said first diffractive structure is formed by a first pattern, said first pattern being formed by a set of modules disposed side-by-side, in a given direction (X) of arrangement; - each module comprises a bas-relief with a first set of facets whose forms are determined to simulate an optical element visible in reflection, with at least one convex region and/or at least one concave region, having a profile with a variable slope in a single direction (Y), called direction of variation of the slope, perpendicular to the direction of arrangement (X); - for two modules disposed side-by-side, the slope along at least one line parallel to the direction (X) of arrangement is different between said two modules;