mhurhangee/patent-ind-claim-en huggingface dataset:
Braking system for a wheeled aircraft landing gear , said braking system comprising: - at least one actuator , - at least one calliper provided with a plurality of supports , each support comprising at least one pad , - a rim that can rotate about an axis of rotation (AXROT1), and - a brake disk mounted floatingly relative to said rim , said brake disk comprising interlocking elements which interact with notches in said rim , characterised in that said at least one calliper comprises a fixed internal support , an intermediate support movable under the action of an actuator and an external support hinged relative to said internal support , said brake disk being arranged firstly between said intermediate support and said external support and secondly between said internal support and said external support , at least one pad being positioned between each support and said brake disk such that, under action of said actuator , said movable intermediate support moves and initially causes a first movement of said brake disk so that said brake disk is clamped by means of said pads between said intermediate support and said external support , and then causes a second movement of said external support so that said brake disk is clamped by means of said pads between said internal support and said external support . - at least one actuator , - at least one calliper provided with a plurality of supports , each support comprising at least one pad , - a rim that can rotate about an axis of rotation (AXROT1), and - a brake disk mounted floatingly relative to said rim , said brake disk comprising interlocking elements which interact with notches in said rim ,
Method for creating at least one free area in a casing made of shrink foil, preferably designed as a shrink hood, which secures a stack of goods arranged on a pallet , wherein the pallet comprises four outer edges, namely two mutually opposing face edges and two mutually opposing longitudinal edges , on the upper side a contact surface for the stack of goods , and on the under side a plurality of standing feet arranged at a distance from one another with the formation of foot clearance spaces and forming an underside standing surface , wherein the pallet comprises in each case a standing foot in the region of its four corners, and preferably also comprises, between two standing feet of an outer edge, preferably of each outer edge, and further at least one additional standing foot arranged between them, wherein each foot clearance space of the pallet is configured as quadrilateral and with, among other elements, a top upper side corner region , and wherein the casing engages at least partially beneath the standing surface of the standing feet arranged in the region of the four outer edges of the pallet , and wherein at least one free area is introduced into a casing region which lies between two standing feet of a common outer edge, characterised in that in the mutually opposing areas of two mutually opposing outer edges of the pallet , preferably of the two mutually opposing face edges of the pallet , preferably at the same time, in each case a free area with two longitudinally formed displacement elements is produced, wherein the displacement elements are initially arranged beneath the underside standing surfaces of the pallet , and wherein each displacement element projects with both its end over the respective outer edge of the pallet , wherein the casing region is heated at least in the mutually opposed areas in which it is intended that a free area should be created by means of the two displacement elements , wherein each of the two displacement elements is displaced upwards in the direction of the upper outside corner area of the respective foot free area , and wherein the casing area displaced upwards is fixed in its upwards displaced position by cooling in this upwards displaced position.
Dispensing device for dispensing a fluid (F), wherein the dispensing device comprises a connection part for attaching the dispensing device to a container , a pumping device with a flexible bellows for conveying the fluid (F), and an actuating lever for actuating the pumping device , wherein the pumping device has a base connected to the bellows on the inlet side and having a supply channel for the fluid (F), wherein the base is formed as a component manufactured separately from the bellows and comprises a bottom element and a conduit forming and/or delimiting the supply channel , wherein the conduit and the bottom element are formed in one piece and the bottom element has or forms a counter surface for the actuating lever , wherein the actuating lever comprises a manually actuatable actuating arm and a lifting arm coupled thereto for driving the pumping device , wherein the lifting arm is formed by two elements extending parallel to each other, wherein the actuating lever is pivotally mounted on the dispensing device by means of a bearing part arranged between the two elements of the lifting arm extending parallel to each other, and wherein the connection part has a bearing complementary to the bearing part of the actuating lever for rotatably holding the actuating lever . wherein the dispensing device comprises a connection part for attaching the dispensing device to a container , a pumping device with a flexible bellows for conveying the fluid (F), and an actuating lever for actuating the pumping device , wherein the pumping device has a base connected to the bellows on the inlet side and having a supply channel for the fluid (F), wherein the base is formed as a component manufactured separately from the bellows and comprises a bottom element and a conduit forming and/or delimiting the supply channel , wherein the conduit and the bottom element are formed in one piece and the bottom element has or forms a counter surface for the actuating lever , wherein the actuating lever comprises a manually actuatable actuating arm and a lifting arm coupled thereto for driving the pumping device , wherein the lifting arm is formed by two elements extending parallel to each other, wherein the actuating lever is pivotally mounted on the dispensing device by means of a bearing part arranged between the two elements of the lifting arm extending parallel to each other, and wherein the connection part has a bearing complementary to the bearing part of the actuating lever for rotatably holding the actuating lever .
A biologically active complex comprising a peptide of SEQ ID NO 6 and oleic acid or a salt thereof.
A wear member for an earth-working implement , the wear member comprising: a body having front , rear , top , bottom , inner side , and outer side portions, wherein a cutting edge is defined along at least a portion of a bottom interface between the front portion and the bottom portion ; a contoured upper front surface defined on the front portion , the contoured upper front surface extending between: a top edge disposed along a top interface between the front portion and the top portion , an outer side edge (1 144, 444) disposed along an outer side interface between the front portion and the outer side portion , a ridge disposed on the front portion , and a spearhead edge disposed along the bottom interface between the outer side portion and the cutting edge ; and a contoured lower front surface formed on the front portion of the body adjacent the contoured upper front surface , the contoured lower front surface defined between an inner side edge which is disposed along an inner side interface between the front portion and the inner side portion , the cutting edge , and the ridge , characterised by a rear surface defined on the rear portion aligned with a normal axis that is perpendicular to a longitudinal axis , the rear surface including a planar rear mounting surface configured to abuttingly mount to the earth-working implement and a relieved portion configured to be spaced-apart from the earth-working implement when the wear member is mounted thereto. a body having front , rear , top , bottom , inner side , and outer side portions, wherein a cutting edge is defined along at least a portion of a bottom interface between the front portion and the bottom portion ; a contoured upper front surface defined on the front portion , the contoured upper front surface extending between: a top edge disposed along a top interface between the front portion and the top portion , an outer side edge (1 144, 444) disposed along an outer side interface between the front portion and the outer side portion , a ridge disposed on the front portion , and a spearhead edge disposed along the bottom interface between the outer side portion and the cutting edge ; and a contoured lower front surface formed on the front portion of the body adjacent the contoured upper front surface , the contoured lower front surface defined between an inner side edge which is disposed along an inner side interface between the front portion and the inner side portion , the cutting edge , and the ridge , characterised by a rear surface defined on the rear portion aligned with a normal axis that is perpendicular to a longitudinal axis , the rear surface including a planar rear mounting surface configured to abuttingly mount to the earth-working implement and a relieved portion configured to be spaced-apart from the earth-working implement when the wear member is mounted thereto.
A Dewar device for mechanical and/or functional components of a watch , said device being provided with a bracelet and a casing including an enclosure wherein it is possible to arrange a case of said watch and at least one reversible connecting element fixing said watch case in said enclosure of the casing while keeping it remote from all the elements of the casing defining this enclosure , said at least one reversible connecting element being provided with a body forming a structure including at least one recessed area , device in which said casing elements defining said enclosure are : - a crystal , - an inner peripheral wall of a middle part on which said bracelet is fixed, and - a back of this casing , a crystal of the watch case being disposed opposite a crystal of the casing when the watch case is arranged in said enclosure . - a crystal , - an inner peripheral wall of a middle part on which said bracelet is fixed, and - a back of this casing ,
Electronic ignition system for an internal combustion engine, the system comprising: - a coil having: • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug ; - a high voltage switch serially connected to the second terminal of the primary winding and having a bias terminal (G1); - a low voltage switch serially connected to the high voltage switch and having a control terminal (G2) carrying a voltage signal (Vctrl) to control the opening or closure of the low voltage switch; - a bias circuit to bias the bias terminal of the high voltage switch; - a control and driving unit connected to the control terminal of the low voltage switch and configured to generate the voltage signal to control the low voltage switch to: • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding; wherein the high voltage switch is configured to be closed when the low voltage switch is closed and to be open when the low voltage switch is open, characterized in that the bias circuit is a resistor (23-1) connected between a reference voltage value smaller than or equal to the battery voltage and the bias terminal of the high voltage switch. - a coil having: • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug ; • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug ; - a high voltage switch serially connected to the second terminal of the primary winding and having a bias terminal (G1); - a low voltage switch serially connected to the high voltage switch and having a control terminal (G2) carrying a voltage signal (Vctrl) to control the opening or closure of the low voltage switch; - a bias circuit to bias the bias terminal of the high voltage switch; - a control and driving unit connected to the control terminal of the low voltage switch and configured to generate the voltage signal to control the low voltage switch to: • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding; wherein the high voltage switch is configured to be closed when the low voltage switch is closed and to be open when the low voltage switch is open, characterized in that the bias circuit is a resistor (23-1) connected between a reference voltage value smaller than or equal to the battery voltage and the bias terminal of the high voltage switch. • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding;
A method for providing time synchronization in a bridge lined via a clock slave port with a grandmaster , the method comprising steps of: sensing a loss of the grandmaster based on a message transferred via the clock slave port ; generating a sync message based on an internal reference time of the bridge according to a sensed result; and transmitting the generated sync message through a clock master port , wherein the bridge waits for a sync message transmission wait time before generating the sync message if the loss is sensed, wherein the sync message transmission wait time is determined as a sum of the time corresponding to the predetermined number of the sync message transmission cycles of the grandmaster and a predetermined multiple of a correction field value most recently received value from the grandmaster . sensing a loss of the grandmaster based on a message transferred via the clock slave port ; generating a sync message based on an internal reference time of the bridge according to a sensed result; and transmitting the generated sync message through a clock master port , wherein the bridge waits for a sync message transmission wait time before generating the sync message if the loss is sensed, wherein the sync message transmission wait time is determined as a sum of the time corresponding to the predetermined number of the sync message transmission cycles of the grandmaster and a predetermined multiple of a correction field value most recently received value from the grandmaster .
A vessel flow control device for controlling at least one of a flow rate or a pressure within a lumen of a vessel of a mammalian patient during a treatment of an afflicted region of the vessel, the lumen including a cross-sectional area, the device comprising: a variable occlusion element configured for placement within the lumen and to assume a plurality of occlusion states within the lumen, each occlusion state including an occlusion factor ranging from about five percent to about one hundred percent, wherein the occlusion factor is a percentage of the lumen cross-sectional area occluded by a cross-sectional area of the variable occlusion element and an occlusion factor of one hundred percent corresponds to a complete blockage of flow through the vessel, the variable occlusion element comprising a balloon; a mechanism configured to cause the variable occlusion element to selectively transition between the plurality of occlusion states according to a control sequence, and wherein the device further comprises a computer memory storing the control sequence and a computer processor controlling the mechanism according to the control sequence, characterized in that the control sequence includes the step of obtaining a measurement of a vascular leakage from the afflicted regions and causes the mechanism to selectively transition the variable occlusion element such that a subsequent occlusion state has: a lower occlusion factor than a current occlusion state if the measurement indicates no vascular leakage; and a higher occlusion factor than the current occlusion state if the measurement indicates vascular leakage. a variable occlusion element configured for placement within the lumen and to assume a plurality of occlusion states within the lumen, each occlusion state including an occlusion factor ranging from about five percent to about one hundred percent, wherein the occlusion factor is a percentage of the lumen cross-sectional area occluded by a cross-sectional area of the variable occlusion element and an occlusion factor of one hundred percent corresponds to a complete blockage of flow through the vessel, the variable occlusion element comprising a balloon; a mechanism configured to cause the variable occlusion element to selectively transition between the plurality of occlusion states according to a control sequence, and wherein the device further comprises a computer memory storing the control sequence and a computer processor controlling the mechanism according to the control sequence,
Structure of the front part of the body of a vehicle, in particular a motor vehicle, comprising three body parts comprising : - a side apron cross member arranged to reinforce a transverse apron of the front part structure separating the passenger compartment from the engine compartment of the vehicle; - a lower window cross-member on which the lower part of the vehicle windscreen rests; - a stretcher stabiliser resting against a corresponding stretcher of the vehicle; these bodywork elements each being connected by one end to a front foot of the vehicle, characterised in that the front part structure comprises reinforcement means integral with the front foot and corresponding ends of the bodywork elements so as to reinforce the connections between the front foot and the bodywork elements , in order to avoid the rupture of these connections in the event of a frontal impact of the vehicle. - a side apron cross member arranged to reinforce a transverse apron of the front part structure separating the passenger compartment from the engine compartment of the vehicle; - a lower window cross-member on which the lower part of the vehicle windscreen rests; - a stretcher stabiliser resting against a corresponding stretcher of the vehicle; these bodywork elements each being connected by one end to a front foot of the vehicle, characterised in that the front part structure comprises reinforcement means integral with the front foot and corresponding ends of the bodywork elements so as to reinforce the connections between the front foot and the bodywork elements , in order to avoid the rupture of these connections in the event of a frontal impact of the vehicle.
Lighting system comprising at least two spatially distributed light emitting elements connected to a central light source via a light guide network established by light guides , wherein the light emitting elements each have a light input port for coupling in light transmitted by the light guides of the network and the at least two light emitting elements are configured to emit light received at its light input port via at least one light emitting surface of the light emitting element , wherein a deflector is arranged between the light guide and the input port of a light emitting element , characterized in that the deflector is configured to alter over time the location at which the light transferred by the light guide enters the input port of the light emitting element . a deflector is arranged between the light guide and the input port of a light emitting element , characterized in that the deflector is configured to alter over time the location at which the light transferred by the light guide enters the input port of the light emitting element .
A system for supporting a camera , said camera being fixed on an articulated head permitting the smooth movement along Zpan and Ytilt axes, said articulated head being provided with dampening variable fluid means and counterbalancing means, to annul the weight of the camera when rotated about the Ytilt axis, said system being provided with a structure for the rotation of the camera around a third X roll axis, said structure being interposed between said head , above the same, and said camera , below the same, and comprising, from the articulated head to the camera , fixing means to the articulated head , a first and a second (4") profiled elements, hinged in correspondence of the X roll axis, so as to allow a complete 360° rotation γ of said second profile element (4") with respect to said first profile element about the X roll axis, said first profiled element being coupled to said fixing means to the articulated head , a machine plate , coupled above said second profiled member (4"), and supporting above said camera , the profiled element having an interface (B) for coupling with the head , by said fixing means , and the profiled element (4") having an interface (A) allowing the fixing of the camera , by the plate , characterized in that each first and second (4") profiled element has at least a first arm substantially parallel with respect to a support plane of the system and a second arm substantially perpendicular with respect to said first arm, said first and second (4") profiled element being provided with linear guides (a, a'; b, b') for the mutual adjustment and the camera along two planes parallel with respect to said first and second arm of the respective first and second (4") profiled elements, each of said first and second (4") profiled elements having first linear guides (a, a') for adjusting the position of the camera and the system along the Xroll axis, in such a way as to allow the possibility of adjusting the position of the centre of gravity of the system, which is in this way balanced under rotations α about the Ytilt axis, and second guides (b, b') for adjusting the position of the camera along the Zpan axis, in such a way as to allow the possibility of adjusting the position of the centre of gravity of the camera , balancing the system following rotations γ about the Xroll axis .