mhurhangee/ep-ind-claims huggingface dataset:
A system for locating and identifying nerves innervating the wall of a renal artery comprising: - a catheter having an electrode configured to contact the renal arterial wall and configured to deliver a dose of energy coming from a power source to the renal arterial wall sufficient to stimulate a nerve innervating said renal artery; - one or more sensors configured for detecting one or more physiological signals associated with the innervation of said renal artery as energy sufficient for nerve stimulation is delivered from said electrode, wherein said physiological signals are blood pressure and/or heart rate, characterized in that the system is configured for locating and identifying parasympathetic and sympathetic nerves innervating the wall of the renal artery and further comprises: - a device for analysis of the physiological signals in electrical communication with the one or more sensors, the device for analysis of the physiological signals being configured for digitally determining whether the elicited physiological signal is due to sympathetic or parasympathetic nerves, or the lack thereof, - an indicator in electrical communication with the analysis device and configured to display the result of the analysis from the device for analysis of physiological signals. - a catheter having an electrode configured to contact the renal arterial wall and configured to deliver a dose of energy coming from a power source to the renal arterial wall sufficient to stimulate a nerve innervating said renal artery; - one or more sensors configured for detecting one or more physiological signals associated with the innervation of said renal artery as energy sufficient for nerve stimulation is delivered from said electrode, wherein said physiological signals are blood pressure and/or heart rate, characterized in that the system is configured for locating and identifying parasympathetic and sympathetic nerves innervating the wall of the renal artery and further comprises: - a device for analysis of the physiological signals in electrical communication with the one or more sensors, the device for analysis of the physiological signals being configured for digitally determining whether the elicited physiological signal is due to sympathetic or parasympathetic nerves, or the lack thereof, - an indicator in electrical communication with the analysis device and configured to display the result of the analysis from the device for analysis of physiological signals.
A traction device for towing a vehicle, the traction device comprising: a support chassis; a swing arm, wherein one end of the swing arm is rotatably connected to the support chassis by means of a rotating shaft such that the other end of the swing arm can move close to or away from the support chassis, when the other end of the swing arm moves away from the support chassis, the swing arm is in a deployed state, and when the other end of the swing arm moves close to the support chassis, the swing arm is in a retracted state; and a driving mechanism, connected to the swing arm, wherein the driving mechanism is capable of driving the swing arm to horizontally rotate around the rotating shaft so as to switch the swing arm between the retracted state and the deployed state; characterized in that, when in the deployed state, the swing arm is adapted to contact with a circumferential surface of a wheel of the vehicle so as to drive the wheel of the vehicle to rotate and tow the vehicle, wherein the traction device further comprises a rolling assembly, disposed on a side of the support chassis and being capable of preventing the wheel from contacting with the side of the support chassis when the vehicle is towed. a support chassis; a swing arm, wherein one end of the swing arm is rotatably connected to the support chassis by means of a rotating shaft such that the other end of the swing arm can move close to or away from the support chassis, when the other end of the swing arm moves away from the support chassis, the swing arm is in a deployed state, and when the other end of the swing arm moves close to the support chassis, the swing arm is in a retracted state; and a driving mechanism, connected to the swing arm, wherein the driving mechanism is capable of driving the swing arm to horizontally rotate around the rotating shaft so as to switch the swing arm between the retracted state and the deployed state;
A spinous process fixation device, comprising: a first attachment portion comprising: a first member including a body and an engagement member extending out from the body; and a second member including a body and an engagement portion extending away from the body, and wherein the engagement member of the first member couples to the engagement portion of the second member; a second attachment portion engaging the first attachment portion, the second attachment portion comprising: a third member including a body and an engagement member extending away from the body; and a fourth member including a body and an engagement portion extending away from the body, and wherein the engagement member of the third member couples to the engagement portion of the fourth member; wherein the first attachment portion is positioned to engage at least one first spinous process between the first member and the second member and the second attachment portion is positioned to engage at least one second spinous process between the third member and the fourth member. a first attachment portion comprising: a first member including a body and an engagement member extending out from the body; and a second member including a body and an engagement portion extending away from the body, and wherein the engagement member of the first member couples to the engagement portion of the second member; a first member including a body and an engagement member extending out from the body; and a second member including a body and an engagement portion extending away from the body, and wherein the engagement member of the first member couples to the engagement portion of the second member; a second attachment portion engaging the first attachment portion, the second attachment portion comprising: a third member including a body and an engagement member extending away from the body; and a fourth member including a body and an engagement portion extending away from the body, and wherein the engagement member of the third member couples to the engagement portion of the fourth member; a third member including a body and an engagement member extending away from the body; and a fourth member including a body and an engagement portion extending away from the body, and wherein the engagement member of the third member couples to the engagement portion of the fourth member; wherein the first attachment portion is positioned to engage at least one first spinous process between the first member and the second member and the second attachment portion is positioned to engage at least one second spinous process between the third member and the fourth member.
A method for piloting a drone by means of a remote-control device, said drone including an on-board video camera operable to capture a sequence of images of a target viewed from the drone and to transmit said sequence to the device, comprising the following steps: - selection by the user of a predetermined shooting mode, defined by a set of parameters describing a trajectory to be imparted to the drone; - generation of set-point values based on the set of parameters, and application of said set-points to a processing chain for controlling the drone; - once the drone on the trajectory in accordance with the parameters, activation of the shooting by the video camera, characterized in that: - the drone is a rotary-wing drone of the quadricopter type with multiple rotors, whose horizontal displacements result from angular tilt movements about pitch and roll axes; - the multiple rotors are driven by respective motors controlled in a differentiated manner by the processing chain so as, based on the generated set-points (152, 160, 164), to pilot the drone in attitude and speed by feedback controls including a horizontal speed control loop; - the parameters (46-48; 58-64; 66-72) describing the trajectory belong to the group comprising: shooting mode, fixed point or in motion; type of displacement, in translation or in rotation; speed of the displacement; orientation or axis of the displacement; direction of the displacement; duration of the displacement; shooting altitude; and - the shooting activation comprises the activation of a trajectory stabilisation mode by modification of the feedback controls, selectively according to shooting mode chosen, in order to minimize the spurious oscillations produced about a set-point position under the influence of a speed feedback control. - selection by the user of a predetermined shooting mode, defined by a set of parameters describing a trajectory to be imparted to the drone; - generation of set-point values based on the set of parameters, and application of said set-points to a processing chain for controlling the drone; - once the drone on the trajectory in accordance with the parameters, activation of the shooting by the video camera, - the drone is a rotary-wing drone of the quadricopter type with multiple rotors, whose horizontal displacements result from angular tilt movements about pitch and roll axes; - the multiple rotors are driven by respective motors controlled in a differentiated manner by the processing chain so as, based on the generated set-points (152, 160, 164), to pilot the drone in attitude and speed by feedback controls including a horizontal speed control loop; - the parameters (46-48; 58-64; 66-72) describing the trajectory belong to the group comprising: shooting mode, fixed point or in motion; type of displacement, in translation or in rotation; speed of the displacement; orientation or axis of the displacement; direction of the displacement; duration of the displacement; shooting altitude; and - the shooting activation comprises the activation of a trajectory stabilisation mode by modification of the feedback controls, selectively according to shooting mode chosen,
A method that facilitates employing a plurality of medium access control header formats, comprising: determining a medium access control header format according to a type of data included in an associated medium access control payload; establishing a size of a medium access control length field of the determined MAC header format, the size varying based on the size of the associated medium access control payload; generating a medium access control header in accordance with the determined medium access control header format, the medium access control header comprising a logical channel identifier field, the value of the logical channel identifier indicating the MAC header format employed, the medium access control length field, and a field indicating the size of the medium access control length field within the medium access control header; and transmitting the medium access control header and the associated medium access control payload. determining a medium access control header format according to a type of data included in an associated medium access control payload; establishing a size of a medium access control length field of the determined MAC header format, the size varying based on the size of the associated medium access control payload; generating a medium access control header in accordance with the determined medium access control header format, the medium access control header comprising a logical channel identifier field, the value of the logical channel identifier indicating the MAC header format employed, the medium access control length field, and a field indicating the size of the medium access control length field within the medium access control header; and transmitting the medium access control header and the associated medium access control payload.
Seal for stemming leakage flows between adjacent components (9, 20) of turbomachines, especially gas turbines, with a sealing element which is elastically deformable in at least one transverse direction and in cross section has the shape of a bent band, and a cover element which is U-shaped in cross section and which between its legs and its base delimits a space which accommodates the sealing element, wherein in the relaxed state of the sealing element a part of the sealing element is outside the space which is delimited by the legs and the base of the cover element and the base of the cover element, on its outer side which faces away from the space, has a strip-like, raised surface section for bearing against a sealing surface of one of the components (9, 20), characterized in that the base of the cover element, on its outer side, has a strip-like region which extends at a lateral distance from the strip-like, raised surface section, in which region a plurality of spaced-apart, raised surface sections are located for bearing against the sealing surface of the one component, wherein a flow passage for low-pressure fluid, which is delimited at least by the sealing surface of the one component and the cover element, is located between at least two adjacent, raised surface sections of the strip-like region.
A fall arrest assembly comprising: a deck structure; a rail assembly in operable association with the deck structure, the rail assembly permitting an individual to tie-off in a manner that permits the individual with a range of motion along the deck structure while being tied-off, the rail assembly further comprising a rail mechanism; and one or more stop pin assemblies, each stop pin assembly comprising a pin or pin-like mechanism positioned with respect to or in operable association with the rail mechanism; and a first uplift hook mechanism connected to or otherwise installed on the deck structure, the first uplift hook mechanism for both securing the deck structure to and releasing the deck structure from at least one supporting member, wherein the pin or pin-like mechanism of the rail mechanism can extend and/or retract to limit removal and/or travel of a traveler that is in association with the rail, each stop pin assembly further comprising a stop pin plunger mechanism for actuating the stop pin mechanism when the deck structure is connected to or disassembled from another deck structure; and a stop pin guide mechanism for guiding the stop pin mechanism during extension and retraction thereof, so that the extension and/or retraction of the pin or pin-like mechanism provides a continuous, automatic and hands-free fall arrestor system. a deck structure; a rail assembly in operable association with the deck structure, the rail assembly permitting an individual to tie-off in a manner that permits the individual with a range of motion along the deck structure while being tied-off, the rail assembly further comprising a rail mechanism; and one or more stop pin assemblies, each stop pin assembly comprising a pin or pin-like mechanism positioned with respect to or in operable association with the rail mechanism; and a first uplift hook mechanism connected to or otherwise installed on the deck structure, the first uplift hook mechanism for both securing the deck structure to and releasing the deck structure from at least one supporting member, wherein the pin or pin-like mechanism of the rail mechanism can extend and/or retract to limit removal and/or travel of a traveler that is in association with the rail, each stop pin assembly further comprising a stop pin plunger mechanism for actuating the stop pin mechanism when the deck structure is connected to or disassembled from another deck structure; and a stop pin guide mechanism for guiding the stop pin mechanism during extension and retraction thereof, so that the extension and/or retraction of the pin or pin-like mechanism provides a continuous, automatic and hands-free fall arrestor system.
A light emitting die package, comprising: a leadframe including a plurality of leads, a portion of the leadframe defines a mounting pad; a light emitting device connected to the leads and mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body including a first central opening through a top horizontal surface thereof and which terminates at a second horizontal surface below the top horizontal surface, wherein a portion of the molded body extending downward from the second horizontal surface has angled sides that taper to a smaller diameter second opening surrounding the light emitting device; a lens extending downward beyond the light emitting device so as to be placed over and surround the light emitting device, the lens coupled to the molded body; wherein a lowest point of a lower portion of the lens terminates above the leadframe to form a gap between a top side of the leadframe and the lowest point of the lower portion of the lens. a leadframe including a plurality of leads, a portion of the leadframe defines a mounting pad; a light emitting device connected to the leads and mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body including a first central opening through a top horizontal surface thereof and which terminates at a second horizontal surface below the top horizontal surface, wherein a portion of the molded body extending downward from the second horizontal surface has angled sides that taper to a smaller diameter second opening surrounding the light emitting device; a lens extending downward beyond the light emitting device so as to be placed over and surround the light emitting device, the lens coupled to the molded body; wherein a lowest point of a lower portion of the lens terminates above the leadframe to form a gap between a top side of the leadframe and the lowest point of the lower portion of the lens.
Crimp contact (1, 2) for a heavy load plug connector, wherein the crimp contact (1, 2) is embodied at least in regions in a rotationally symmetrical manner, wherein the corresponding symmetrical axis extends in the plugging direction, wherein the crimp contact (1, 2) comprises a crimp region (11, 21) that is embodied from aluminum or an aluminum alloy, wherein the crimp contact (1, 2) comprises a contact region (12, 22) that adjoins the crimp region (11, 21), said contact region being embodied from copper or a copper alloy, wherein the crimp region (11, 21) is welded to the contact region (12, 22), wherein the crimp contact (1, 2) comprises in its crimp region (11, 21) a cylindrical hollow chamber (111, 211) having a cable insertion opening (110, 210) for receiving an aluminum stranded conductor, characterized in that the crimp contact (1, 2) comprises in its cylindrical hollow chamber (111, 211) an additional inner thread (112, 212), wherein the actual inner diameter (D R) of the cylindrical hollow chamber (111, 211) is greater than the theoretical inner diameter (D T) of the additional inner thread (112, 212) so that the additional inner thread (112, 212) is flattened off, wherein the crimp contact (1, 2) comprises within its hollow chamber (111, 211) a spike (113, 213) that points in the direction of the cable insertion opening (110, 210), wherein the crimp contact (1, 2) comprises a through-going opening (101, 201) having an inner thread (103, 203) that is tailored to said through-going opening so that the spike (113, 213) can be screwed by way of the through-going opening (101, 201) into the hollow chamber (111, 211).
A vehicle control for a mobile work machine, comprising: a redundantly designed assembly; and a common energy source for the energy supply of the assembly, wherein the energy supply of the redundantly designed assembly is ensured via two galvanically separated energy supply circuits, characterized in that in a hydraulic steering wheel rotary vane steering system, the redundantly designed assembly is the interaction of the main drive unit to drive the main steering pump and an electrically driven emergency steering pump, wherein a first galvanically separated energy supply circuit supplies a vehicle master computer and the emergency steering pump, while a second galvanically separated energy supply circuit supplies a control of the vehicle main drive. a redundantly designed assembly; and a common energy source for the energy supply of the assembly, wherein the energy supply of the redundantly designed assembly is ensured via two galvanically separated energy supply circuits, characterized in that in a hydraulic steering wheel rotary vane steering system, the redundantly designed assembly is the interaction of the main drive unit to drive the main steering pump and an electrically driven emergency steering pump, wherein a first galvanically separated energy supply circuit supplies a vehicle master computer and the emergency steering pump, while a second galvanically separated energy supply circuit supplies a control of the vehicle main drive.
An oxa-spirodiphosphine ligand, having a structure of general Formula below: wherein in general Formula: R 1, R 2, R 3, R 4, R 5, and R 6 are all hydrogen, and R 7, R 8 are alkyl, benzyl, or aryl.
Glazing for displaying information, comprising an assembly of at least two transparent sheets which are made of inorganic glass or a rigid plastics material and are interconnected by an intermediate layer made of a thermoplastic or adhesive material or by multilayer sheets incorporating such an intermediate layer, at least one phosphor material being integrated into said glazing to allow said display, wherein one of said phosphors comprises a benzene nucleus substituted at least by: - two OH hydroxyl groups, - a carbon group R, said group R comprising a heterocycle, - a carbon group R' of formula -COOR", where R" is a hydrocarbon group or hydrogen. - two OH hydroxyl groups, - a carbon group R, said group R comprising a heterocycle, - a carbon group R' of formula -COOR", where R" is a hydrocarbon group or hydrogen.
A scanning device (1, 1a, 2) comprising: a base frame that comprises a supply tray on which a document is loadable; a pickup module that is provided on the base frame, the pickup module to pick up the document loaded on the supply tray, and feed the picked-up document; a friction module that is provided on the base frame, the friction module disposed to face the pickup module to form a nip with the pickup module, and to apply a frictional force to a rear surface of the document that is passing through the nip; a readout member to read out an image from the document that has passed through the nip; a cover that is pivotably provided on the base frame, the cover to open or close at least a part of a document feed path; and a position-changing module (500, 500a, 600) that is provided on the base frame, the position-changing module to change a position of at least one selected from the pickup module and the friction module to release the nip, according to a user manipulation of the position changing module after the cover has opened at least a part of a document feed path. a base frame that comprises a supply tray on which a document is loadable; a pickup module that is provided on the base frame, the pickup module to pick up the document loaded on the supply tray, and feed the picked-up document; a friction module that is provided on the base frame, the friction module disposed to face the pickup module to form a nip with the pickup module, and to apply a frictional force to a rear surface of the document that is passing through the nip; a readout member to read out an image from the document that has passed through the nip; a cover that is pivotably provided on the base frame, the cover to open or close at least a part of a document feed path; and a position-changing module (500, 500a, 600) that is provided on the base frame, the position-changing module to change a position of at least one selected from the pickup module and the friction module to release the nip, according to a user manipulation of the position changing module after the cover has opened at least a part of a document feed path.