mhurhangee/patent-ind-claim-en huggingface dataset:
An outboard motor comprising: an engine including a crankshaft extending in a first direction of the outboard motor ; a drive shaft connected to the crankshaft and extending in the first direction; a propeller shaft extending in a second direction of the outboard motor ; a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member ; a shift shaft configured to move the shift member between the forward position and the reverse position; a water intake passage connected to the engine ; and a water pump connected to the water intake passage and including a pump shaft , characterized in that the pump shaft being arranged at least partially within an outer shape of the shift shaft when viewed from an axial direction of the shift shaft , the pump shaft being configured to rotate according to rotation of the drive shaft . an engine including a crankshaft extending in a first direction of the outboard motor ; a drive shaft connected to the crankshaft and extending in the first direction; a propeller shaft extending in a second direction of the outboard motor ; a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member ; a shift shaft configured to move the shift member between the forward position and the reverse position; a water intake passage connected to the engine ; and a water pump connected to the water intake passage and including a pump shaft , characterized in that the pump shaft being arranged at least partially within an outer shape of the shift shaft when viewed from an axial direction of the shift shaft , the pump shaft being configured to rotate according to rotation of the drive shaft .
Torsional vibration damping assembly for a drive train of a motor vehicle, comprising a rotational mass assembly , which can be rotated about an axis of rotation A, and a spring assembly which is arranged outside the rotational mass assembly , is operatively connected to the rotational mass assembly and is rotationally fixed with respect to the axis of rotation A, wherein the rotational mass assembly comprises a primary inertia element , which can be rotated about the axis of rotation A, and a secondary inertia element , which is rotatable relative to the primary inertia element , and a displacing unit , wherein the displacing unit is operatively connected to the primary inertia element on one side and to the secondary inertia element on the other side, wherein the displacing unit comprises a working chamber with a volume V1, and wherein a volume V1 of the working chamber is changed by a relative rotation about the axis of rotation A of the primary inertia element with respect to the secondary inertia element from a rest position, characterized in that the spring assembly comprises a slave cylinder having a working chamber with a volume V2, and wherein the working chamber of the slave cylinder is operatively connected to the working chamber of the displacing unit , and in that the slave cylinder comprises a stiffness which counteracts a volume change V2 in the working chamber of the slave cylinder , and in that the primary inertia element or the secondary inertia element is operatively connected to an absorber assembly .
A flight vehicle comprising: a wing unit ; a battery that is arranged in the wing unit ; an air intake unit that is formed at a position corresponding to the battery on a front side of the wing unit ; a heat sink unit that is arranged for the battery and cools the battery by air which flows in from the air intake unit and that includes a ventilation unit having a shape widening from the front side toward a rear side; and an exhaust unit that is formed at a position corresponding to the battery on the rear side of the wing unit and that exhausts air which flows out from the heat sink unit , characterized in that the wing unit includes a main wing , and a movable wing connected to the main wing via a hinge unit , and the exhaust unit has an exhaust port between the main wing and the hinge unit . a wing unit ; a battery that is arranged in the wing unit ; an air intake unit that is formed at a position corresponding to the battery on a front side of the wing unit ; a heat sink unit that is arranged for the battery and cools the battery by air which flows in from the air intake unit and that includes a ventilation unit having a shape widening from the front side toward a rear side; and an exhaust unit that is formed at a position corresponding to the battery on the rear side of the wing unit and that exhausts air which flows out from the heat sink unit , characterized in that the wing unit includes a main wing , and a movable wing connected to the main wing via a hinge unit , and the exhaust unit has an exhaust port between the main wing and the hinge unit .
A vascular locator device , comprising: a proximal end and a distal end ; an insertion sheath extending longitudinally between the proximal end and the distal end ; a handle ; a housing , disposed in the insertion sheath , extending longitudinally between the proximal end and the distal end; a locator anchor comprising a first hinge and a second hinge , the locator anchor positionable within the housing and displaceable from the housing distally outside a distal end of the insertion sheath when the handle is in a first position; an elongated member coupled to the locator anchor , the elongated member being movable in a proximal direction relative to the housing to fold the locator anchor at the first hinge and at the second hinge when the locator anchor is positioned distally outside the distal end of the housing such that the locator anchor laterally expands, wherein at least a portion of the elongated member extends longitudinally through a cavity defined in the housing ; and a curved locator end portion extending distally from the locator anchor. a proximal end and a distal end ; an insertion sheath extending longitudinally between the proximal end and the distal end ; a handle ; a housing , disposed in the insertion sheath , extending longitudinally between the proximal end and the distal end; a locator anchor comprising a first hinge and a second hinge , the locator anchor positionable within the housing and displaceable from the housing distally outside a distal end of the insertion sheath when the handle is in a first position; an elongated member coupled to the locator anchor , the elongated member being movable in a proximal direction relative to the housing to fold the locator anchor at the first hinge and at the second hinge when the locator anchor is positioned distally outside the distal end of the housing such that the locator anchor laterally expands, wherein at least a portion of the elongated member extends longitudinally through a cavity defined in the housing ; and a curved locator end portion extending distally from the locator anchor.
A tubing retainer for use with a sensor, comprising (a) a hollow polymeric shaft having a first end , a second end , a side wall having a cylindrical inner surface and an outer surface , and a vertical axis; (i) the first end having cut outs through opposing portions of the side wall, the cut outs forming first and second slots in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis, characterized in that the first and second slots each have a narrower portion at the first end for initially receiving the cylindrical tubing, and a wider portion below the narrower portion, the wider portion providing a closed end of the slot, wherein the wider portion has an inner diameter arranged to retain the cylindrical tubing without significantly compressing the cylindrical tubing. (a) a hollow polymeric shaft having a first end , a second end , a side wall having a cylindrical inner surface and an outer surface , and a vertical axis; (i) the first end having cut outs through opposing portions of the side wall, the cut outs forming first and second slots in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis, (i) the first end having cut outs through opposing portions of the side wall, the cut outs forming first and second slots in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis,
Charging system for charging at least one electric vehicle , wherein the electric vehicle has an energy store , comprising: at least one power source , to which the energy store can be connected and by way of which the energy store can be charged, wherein the power source is a household socket or a household wall charging station; a charging module for determining an electrical charging quantity for charging the energy store ; and at least one time switching module which automatically determines a charging starting time for charging the energy store by means of the power source via a communication interface taking into account the electrical charging quantity and which automatically activates a charging process at the determined charging starting time, characterized in that the charging starting time of the energy store is additionally determined taking into account a type of charging cable used for electrical connection to the power source , wherein the time switching module determines, on the basis of the type of charging cable used, whether there is a connection to a household socket. at least one power source , to which the energy store can be connected and by way of which the energy store can be charged, wherein the power source is a household socket or a household wall charging station; a charging module for determining an electrical charging quantity for charging the energy store ; and at least one time switching module which automatically determines a charging starting time for charging the energy store by means of the power source via a communication interface taking into account the electrical charging quantity and which automatically activates a charging process at the determined charging starting time, characterized in that the charging starting time of the energy store is additionally determined taking into account a type of charging cable used for electrical connection to the power source , wherein the time switching module determines, on the basis of the type of charging cable used, whether there is a connection to a household socket.
A mechanism for a switch (S) comprising two swinging mobile contacts (P1, P2) each swinging according to an axis of rotation (ΓP), such that each of the mobile contacts (P1, P2) can swing between two end positions, the mechanism comprising a first actuating lever (L1) for the first mobile contact (P1) and a second actuating lever (L2) for the second mobile contact (P2), the levers (L1, L2) being able to rotate about a common shaft (ΓL) such that positive and negative directions of rotation of the levers (L1, L2) are defined, an actuating end (L1D, L2D) being defined in each lever (L1, L2), the actuating end (L1D, L2D) being intended for directly and/or indirectly pushing the corresponding mobile contact (P1, P2) in a push area for pushing the mobile contacts (P1, P2), characterised in that the first lever (L1) comprises a support surface (LS1) and the second lever (L2) comprises a support surface (LS2) intended for contacting the support surface (LS1) of the first lever (L1), the surfaces (LS1, LS2) being oriented such that the mutual contact thereof can exert a moment on the levers (L1, L2) with respect to the common shaft (ΓL) and such that: - the first lever (L1) causes the rotation of the second lever (L2) when rotating according to the positive direction of rotation (+) and when the support surfaces (LS1, LS2) come into contact with one another; and - the first lever (L1) constitutes a stop for stopping the rotation of the second lever (L2) when the second lever (L2) rotates according to the negative direction of rotation (-). - the first lever (L1) causes the rotation of the second lever (L2) when rotating according to the positive direction of rotation (+) and when the support surfaces (LS1, LS2) come into contact with one another; and - the first lever (L1) constitutes a stop for stopping the rotation of the second lever (L2) when the second lever (L2) rotates according to the negative direction of rotation (-).
A terminal apparatus adapted to communicate with a base station apparatus , comprising: a downlink control channel detecting unit configured to detect a Physical Downlink Control Channel, PDCCH, and an Enhanced Physical Downlink Control Channel, EPDCCH, wherein, downlink control information which is transmitted in the PDCCH comprises at least a field for downlink resource block assignment indicating resource blocks used for data transmission, and downlink control information which is transmitted in the EPDCCH comprises, in addition to the field for downlink resource block assignment, at least a field for specifying a Physical Uplink Control Channel, PUCCH, resource that is for transmitting Hybrid Automatic Repeat Request, HARQ, response information. a downlink control channel detecting unit configured to detect a Physical Downlink Control Channel, PDCCH, and an Enhanced Physical Downlink Control Channel, EPDCCH, wherein, downlink control information which is transmitted in the PDCCH comprises at least a field for downlink resource block assignment indicating resource blocks used for data transmission, and downlink control information which is transmitted in the EPDCCH comprises, in addition to the field for downlink resource block assignment, at least a field for specifying a Physical Uplink Control Channel, PUCCH, resource that is for transmitting Hybrid Automatic Repeat Request, HARQ, response information.
Method for operating a shrinking device of an automatic bundling machine intended to be used in an installation for processing products delivered in the form of bundles which each group together several products held together using a shrinkable film ; said shrinking device being provided with a shrinking oven comprising at least one heating member intended to heat the air of the oven and at least one air circulation member intended to distribute the hot air in the oven ; said operating method comprising a production mode in which the bundling machine is set to be able to produce, and a superficial standby mode, conducive to energy saving; said superficial standby mode comprising the reduction of the speed of at least one air circulation member with respect to the production mode, to a non-zero value; the method being characterized in that the superficial standby mode further comprises the lowering of the setpoint temperature of the oven by a predefined value with respect to the production mode to a so-called standby mode setpoint value, and said superficial standby mode comprising the lowering of the setpoint temperature of the oven only if the minimum delay before which products will once again be ready to be processed by the bundling machine is known. said superficial standby mode comprising the reduction of the speed of at least one air circulation member with respect to the production mode, to a non-zero value; the method being characterized in that the superficial standby mode further comprises the lowering of the setpoint temperature of the oven by a predefined value with respect to the production mode to a so-called standby mode setpoint value, and said superficial standby mode comprising the lowering of the setpoint temperature of the oven only if the minimum delay before which products will once again be ready to be processed by the bundling machine is known.
A system for enhancing the results of a blood test comprising: a processor ; and a computer-readable storage medium having stored therein instructions which, when executed by the processor , cause the processor to perform operations comprising: constructing, for an individual, a personalized blood cell mobilization prediction model using a clinically-derived blood cell mobilization prediction model and a set of collected individual data ; receiving pre-test activity data for the individual ; receiving contemporary blood sample data after an administration of a blood test for the individual ; predicting a contemporary effect of the pre-test activity data by applying the pre-test activity data to the personalized blood cell mobilization prediction model ; and creating an enhanced blood panel by excluding the contemporary effect of the contemporary activity from the contemporary blood sample data . a processor ; and a computer-readable storage medium having stored therein instructions which, when executed by the processor , cause the processor to perform operations comprising: constructing, for an individual, a personalized blood cell mobilization prediction model using a clinically-derived blood cell mobilization prediction model and a set of collected individual data ; receiving pre-test activity data for the individual ; receiving contemporary blood sample data after an administration of a blood test for the individual ; predicting a contemporary effect of the pre-test activity data by applying the pre-test activity data to the personalized blood cell mobilization prediction model ; and creating an enhanced blood panel by excluding the contemporary effect of the contemporary activity from the contemporary blood sample data . constructing, for an individual, a personalized blood cell mobilization prediction model using a clinically-derived blood cell mobilization prediction model and a set of collected individual data ; receiving pre-test activity data for the individual ; receiving contemporary blood sample data after an administration of a blood test for the individual ; predicting a contemporary effect of the pre-test activity data by applying the pre-test activity data to the personalized blood cell mobilization prediction model ; and creating an enhanced blood panel by excluding the contemporary effect of the contemporary activity from the contemporary blood sample data .
Crown/pusher comprising: - a tube intended to be fixed to a watch case , - a recessed head integral with a stem extending into its recessed part, the stem defining an axis , said recessed head being mounted to move in rotation and in translation respectively around and along the axis of the stem , - a return spring disposed around the stem , the crown/pusher being characterized in that it comprises a cage housing the spring , said cage being traversed by the stem and comprising an upper part integral with the recessed head and a lower part freely mounted with respect to the recessed head , said upper part cooperating with the lower part in order to drive the lower part in its rotational movement and in order to move in translation along the axis with respect to said lower part , said spring being compressed inside the cage in order to be driven in rotation with said cage . - a tube intended to be fixed to a watch case , - a recessed head integral with a stem extending into its recessed part, the stem defining an axis , said recessed head being mounted to move in rotation and in translation respectively around and along the axis of the stem , - a return spring disposed around the stem ,
A method for producing an Al alloy containing Cu and C, comprising: preparing a molten Al containing Cu; adding graphite particles and carburization promoter particles comprising borax to the molten Al containing Cu at a temperature within a range from 800°C to 1000°C of the molten Al containing Cu under a low oxygen concentration atmosphere obtainable by using a closed reverberatory furnace or a shielding gas atmosphere; removing drossy carburization promoter which is originated from the carburization promoter particles and is floating on the surface of the molten Al containing Cu, after the graphite particles are dispersed in the molten Al containing Cu; casting the molten Al containing Cu into which graphite particles are dispersed into a mold. preparing a molten Al containing Cu; adding graphite particles and carburization promoter particles comprising borax to the molten Al containing Cu at a temperature within a range from 800°C to 1000°C of the molten Al containing Cu under a low oxygen concentration atmosphere obtainable by using a closed reverberatory furnace or a shielding gas atmosphere; removing drossy carburization promoter which is originated from the carburization promoter particles and is floating on the surface of the molten Al containing Cu, after the graphite particles are dispersed in the molten Al containing Cu; casting the molten Al containing Cu into which graphite particles are dispersed into a mold.