mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, comprising: an end cap; a glass bulb having a distal top and a proximal base relative to the end cap; a tubular flare having an open distal end and a proximal end relative to the end cap, provided inside the glass bulb and joined with the glass bulb; a cylindrical heat spreader having a first section arranged inside the tubular flare and a second section extending outside the tubular flare and the glass bulb; a solid-state lighting unit mounted on top of the first section of the cylindrical heat spreader; an optical means provided over the solid state lighting unit; said open distal end being arranged for positioning the optical means outside the tubular flare; a driver provided at least partly inside the cylindrical heat spreader and electrically connected to the solid-state lighting unit; wherein the end cap is attached to the second section of the cylindrical heat spreader, and wherein the proximal end of the tubular flare is joined with the proximal base of the glass bulb, characterized by an assembly comprising the cylindrical heat spreader, the solid-state lighting unit, the optical means and the driver, wherein the assembly is inserted into the tubular flare. an end cap; a glass bulb having a distal top and a proximal base relative to the end cap; a tubular flare having an open distal end and a proximal end relative to the end cap, provided inside the glass bulb and joined with the glass bulb; a cylindrical heat spreader having a first section arranged inside the tubular flare and a second section extending outside the tubular flare and the glass bulb; a solid-state lighting unit mounted on top of the first section of the cylindrical heat spreader; an optical means provided over the solid state lighting unit; said open distal end being arranged for positioning the optical means outside the tubular flare; a driver provided at least partly inside the cylindrical heat spreader and electrically connected to the solid-state lighting unit; wherein the end cap is attached to the second section of the cylindrical heat spreader, and wherein the proximal end of the tubular flare is joined with the proximal base of the glass bulb, characterized by an assembly comprising the cylindrical heat spreader, the solid-state lighting unit, the optical means and the driver, wherein the assembly is inserted into the tubular flare.
A coupler (100; 100') between a first coaxial connector and a coaxial cable with the first coaxial connector, which has an inner conductor, at least one hollow cylindrical isolator part (3 1, 3 2) and a hollow cylindrical outer conductor, a first spring sleeve for accommodating an outer conductor of the coaxial cable, which is connected to the outer conductor of the first coaxial connector, and a closing device axially movable relative to a longitudinal axis of the first coaxial connector over a defined length, which closing device is supported on a conically designed outer surface on a distal end of the first spring sleeve, wherein the outer conductor of the first coaxial connector is connected to the closing device via a bayonet connection, wherein the defined length is determined by the axial length of at least one elongated hole bore (21; 36) of the bayonet connection, characterized in that the bayonet connection is realized between a first sleeve-shaped component of the closing device and the outer conductor and that the first sleeve-shaped component has a radially inwardly directed extension for the axial entrainment of a radially outwardly directed extension of a third sleeve-shaped component of the closing device, wherein the closing device contains a second sleeve-shaped component, which is supported on the conically designed outer surface of the first spring sleeve and which can be axially adjusted relative to the first sleeve-shaped component and to the third sleeve-shaped component.
Device for sampling, in particular for bulk materials, comprising a base to which a boom arm is movably connected, having a movably mounted probe at its free end, wherein the device is equipped with a boom arm drive and at least one drive shutdown sensor, wherein the base is movably connected to a drive bracket having attached a drive, which is connected to the boom arm, and wherein the bracket drive is supported by at least one deformable element (7, 8) fixed on the base, the drive shutdown sensor reads at least the extreme positions of the drive bracket and characterized in that the deformable element (7, 8) is a mechanical spring.
Electric bicycle including a removable battery pack for the storage of electrical energy, and a seat tube on which the battery pack is to be fixed, the battery pack comprises a housing and means of locking arranged in the said housing, the seat tube comprises a projecting locking element that is permanently attached to the seat tube, the said locking element can penetrate the housing of the battery pack through an entry opening in order to cooperate with the said means of locking to fix the said battery pack on the said seat tube, characterised in that the seat tube comprises a section having the shape of a gutter whose cavity is intended to receive the battery pack, in that the locking element is positioned at the bottom of the said cavity, in that the said section is open towards the back of the said bicycle, in that the means of locking of the battery pack comprise a bolt that moves between a locked position and an unlocked position, in that the projecting locking element is in the form of a strip with a free end-point, and has a slot at its free end-point so as to form a strike intended to work with the said bolt when it is in the locked position.
An image forming apparatus comprising: an image forming unit to form an image; a user switch unit to output a user operation signal for power-on and a user operation signal for power-off according to a user operation; a main controller to output a power control signal to control a supply of operation power to the image forming unit; a power switching unit to selectively supply the operation power to the image forming unit based on the user operation signal and the power control signal; characterised by an auxiliary controller; to control the power switching unit to perform a prevention of the supply of the operation power to the image forming unit when the power control signal is changed by the user operation signal for power-off according to the user operation while the operation power is supplied to the image forming unit, and after the power control signal has changed to enter a power-off mode, to control the power switching unit to maintain the prevention of the supply of the operation power to the image forming unit when the power control signal is changed to enter a power-on mode without the user operation signal. an image forming unit to form an image; a user switch unit to output a user operation signal for power-on and a user operation signal for power-off according to a user operation; a main controller to output a power control signal to control a supply of operation power to the image forming unit; a power switching unit to selectively supply the operation power to the image forming unit based on the user operation signal and the power control signal; characterised by an auxiliary controller; to control the power switching unit to perform a prevention of the supply of the operation power to the image forming unit when the power control signal is changed by the user operation signal for power-off according to the user operation while the operation power is supplied to the image forming unit, and after the power control signal has changed to enter a power-off mode, to control the power switching unit to maintain the prevention of the supply of the operation power to the image forming unit when the power control signal is changed to enter a power-on mode without the user operation signal.
A detection apparatus for detecting at least one chemical species dissolved in the sweat of a human or animal subject, said at least one dissolved chemical species including nitric oxide NO, said apparatus comprising: a collecting element intended to be placed on an investigation zone of a subject's epidermis, and a detection device comprising at least one fluidic circuit (8, 9) coupled to the collecting element in order to conduct at least one flow of sweat originating from the investigation zone, and at least one electrochemical sensor comprising electrodes disposed in the fluidic circuit, the electrochemical sensor being configured to produce at least a signal that is representative of a concentration of nitric oxide NO in the flow of sweat and a signal that is representative of a flow velocity of the flow of sweat. a collecting element intended to be placed on an investigation zone of a subject's epidermis, and a detection device comprising at least one fluidic circuit (8, 9) coupled to the collecting element in order to conduct at least one flow of sweat originating from the investigation zone, and at least one electrochemical sensor comprising electrodes disposed in the fluidic circuit, the electrochemical sensor being configured to produce at least a signal that is representative of a concentration of nitric oxide NO in the flow of sweat and a signal that is representative of a flow velocity of the flow of sweat.
A device comprising: a plurality of electroactive material actuator units arranged as a set, each electroactive material actuator unit comprising three power line terminals (T1, T2, T3); and three power lines comprising a common reference power line (Vref), a controller power line (Vop) and a driver power line, wherein each electroactive material actuator unit is connected in parallel between the three power lines (Vop, Vop2, Vref), the three power lines connecting to the three power line terminals (T1, T2, T3); wherein each electroactive material actuator unit comprises: an electroactive material actuator; a demodulator for demodulating a data signal carried by at least one (Vop) of the power lines; a controller for receiving data from the demodulated data signal; and a driver for driving the electroactive material actuator in dependence on the received data. a plurality of electroactive material actuator units arranged as a set, each electroactive material actuator unit comprising three power line terminals (T1, T2, T3); and three power lines comprising a common reference power line (Vref), a controller power line (Vop) and a driver power line, wherein each electroactive material actuator unit is connected in parallel between the three power lines (Vop, Vop2, Vref), the three power lines connecting to the three power line terminals (T1, T2, T3); wherein each electroactive material actuator unit comprises: an electroactive material actuator; a demodulator for demodulating a data signal carried by at least one (Vop) of the power lines; a controller for receiving data from the demodulated data signal; and a driver for driving the electroactive material actuator in dependence on the received data. an electroactive material actuator; a demodulator for demodulating a data signal carried by at least one (Vop) of the power lines; a controller for receiving data from the demodulated data signal; and a driver for driving the electroactive material actuator in dependence on the received data.
A method, comprising: causing a robotic manipulator having an end effector to pick up an object with the end effector; after causing the robotic manipulator to pick up the object with the end effector, receiving sensor data from a force-torque sensor mounted on the robotic manipulator; causing the robotic manipulator to pivot the object around an edge of the object in contact with an adjacent surface; while causing the robotic manipulator to pivot the object, using the sensor data received from the force-torque sensor to cause the robotic manipulator to follow a first trajectory that maintains contact between the edge of the object and the adjacent surface; based on the first trajectory followed by the robotic manipulator while pivoting the object, determining at least one dimension of the object from the edge of the object; based on the determined at least one dimension, determining a second trajectory for moving the object to a destination; and causing the robotic manipulator to move the object through the second trajectory to the destination. causing a robotic manipulator having an end effector to pick up an object with the end effector; after causing the robotic manipulator to pick up the object with the end effector, receiving sensor data from a force-torque sensor mounted on the robotic manipulator; causing the robotic manipulator to pivot the object around an edge of the object in contact with an adjacent surface; while causing the robotic manipulator to pivot the object, using the sensor data received from the force-torque sensor to cause the robotic manipulator to follow a first trajectory that maintains contact between the edge of the object and the adjacent surface; based on the first trajectory followed by the robotic manipulator while pivoting the object, determining at least one dimension of the object from the edge of the object; based on the determined at least one dimension, determining a second trajectory for moving the object to a destination; and causing the robotic manipulator to move the object through the second trajectory to the destination.
Cable comprising at least two insulated conductors grouped together within one same jacket, each insulated conductor comprising a conductive element extending inside an insulating element, each insulated conductor is wrapped in a skin having a narrower thickness than that of each insulating element and/or than that of the jacket, characterized in that said skin is joined to the insulating element and is anti-adherent to the jacket and has a thickness of 0.05 to 0.2 mm.
A phosphor comprising an inorganic compound represented by an empirical formula (Sr, Ca) 2 SiO 4-x N y:Eu, 0<x<4, y=2x/3, where the phosphor has an emission peak between 600 nm and 650 nm by using blue or ultraviolet wavelength regions as excitation sources, and the phosphor further comprises Mn.
Assembly comprising a security key and a lock barrel, in which the security key independently of the habitual insertion grooves existing in the blade of the key, features at least one longitudinally-orientated security groove whose longitudinal dimension are considerably less than the length of the habitual insertion grooves, its profile and longitudinal dimension being such that they correspond to complementary means existing within the plug of the barrel, characterised in that said complementary means are at least one security insertion pin and another complementary means which is a length limit measuring pin of the security groove and that the security insertion pin is a sliding pin housed in a through-hole in the plug of the barrel and the length limit measuring pin moves radially.
A collapsible airer comprising a first rack assembly selectively moveable between a collapsed configuration and an operational configuration in which is provided at least one rack for receiving items to be aired, the airer further including at least a second rack assembly on which is also provided at least one rack for receiving items to be aired, wherein the first and second rack assemblies (2a, 2b) comprise co-operable attachment members for adjustably connecting the second rack assembly to the first rack assembly, the attachment members being configured to enable the at least one rack of the second rack assembly to be positioned vertically above the at least one rack of the first rack assembly in use; wherein the first rack assembly has first and second parts (5a, 5b) which are rotatable with respect to each other about a pivot point which joins the first and second parts (5a, 5b) of the first rack assembly together, wherein the first and second parts (5a, 5b) are rotatable between the collapsed configuration in which the first and second parts (5a, 5b) extend generally parallel to each other, and the operational configuration in which the first and second parts (5a, 5b) extend at an angle with respect to each other; characterized in that the first part has a substantially horizontal portion terminated at each end by upwardly extending arms (8a, 8b), and the second part _ has a substantially horizontal portion terminated at each end by upwardly extending arms (8c, 8d), and in which the pivot point is located at the mid-point of the horizontal portions (7a, 7b) of the first and second parts (5a, 5b).
Printing screen comprising at least a screen-like fabric layer as a carrier structure, in particular including threads of fabric arranged at an angle relative to one another, and an imaged stencil layer connected to the fabric layer and provided with passages, a respective passage having a smaller opening on the printing material side of the printing screen than on the squeegee side of the printing screen and forming a continuous channel, wherein the width 1 of the opening on the squeegee side is greater than the diameter of a thread of fabric (1>D) and wherein the width d of the opening on the printing material side at the maximum corresponds to the diameter of a thread of fabric (d ≤ D).
A thrombus treatment device, comprising: a support tube defining a longitudinal axis; a body frame portion that is disposed about the longitudinal axis defined by the support tube, the body frame portion including a proximal end and a distal end; a filter portion that extends from the distal end of the body frame portion; and multiple tethers each having a first end and a second end, wherein the first end of each of the multiple tethers extends out a proximal end of the support tube, the tethers extending through a lumen of the support tube and out a distal end of the support tube and engaging the body frame portion near the distal end of the body frame portion and extending to the proximal end of the body frame portion, the second end of each of the multiple tethers being attached to the body frame portion near the proximal end of the body frame portion; wherein each tether of the multiple tethers forms a loop around the body frame portion near the proximal end of the body frame portion. a support tube defining a longitudinal axis; a body frame portion that is disposed about the longitudinal axis defined by the support tube, the body frame portion including a proximal end and a distal end; a filter portion that extends from the distal end of the body frame portion; and multiple tethers each having a first end and a second end, wherein the first end of each of the multiple tethers extends out a proximal end of the support tube, the tethers extending through a lumen of the support tube and out a distal end of the support tube and engaging the body frame portion near the distal end of the body frame portion and extending to the proximal end of the body frame portion, the second end of each of the multiple tethers being attached to the body frame portion near the proximal end of the body frame portion; wherein each tether of the multiple tethers forms a loop around the body frame portion near the proximal end of the body frame portion.
A method to perform a service based on a user-service mapping model, the method comprising: receiving, by a scanner, an encrypted user ID from a user equipment; forwarding, by the scanner, the encrypted user ID together with a service ID to a server; decrypting, by the server, the encrypted user ID forwarded by the scanner into the user ID; transmitting, by the server, a first message generated using a random number and an encrypted first response corresponding to the first message, in response to the decryption of the encrypted user ID forwarded by the scanner and a verification that the user is a legitimate user on the basis of the decrypted user ID; receiving, by the scanner, the first message generated using the random number and the encrypted first response corresponding to the first message transmitted by the server; forwarding, by the scanner, the first message to the user equipment; receiving, by the scanner, a second message that is generated by the user equipment on the basis of the first message; validating, by the scanner, a validity of the second message based on the encrypted first response corresponding to the first message; identifying, by the scanner, a proximity authentication result between the user equipment and the scanner by use of a time difference between the first message and the second message; and initiating, by the scanner, a service customized to the user based on the validation and the proximity authentication result. receiving, by a scanner, an encrypted user ID from a user equipment; forwarding, by the scanner, the encrypted user ID together with a service ID to a server; decrypting, by the server, the encrypted user ID forwarded by the scanner into the user ID; transmitting, by the server, a first message generated using a random number and an encrypted first response corresponding to the first message, in response to the decryption of the encrypted user ID forwarded by the scanner and a verification that the user is a legitimate user on the basis of the decrypted user ID; receiving, by the scanner, the first message generated using the random number and the encrypted first response corresponding to the first message transmitted by the server; forwarding, by the scanner, the first message to the user equipment; receiving, by the scanner, a second message that is generated by the user equipment on the basis of the first message; validating, by the scanner, a validity of the second message based on the encrypted first response corresponding to the first message; identifying, by the scanner, a proximity authentication result between the user equipment and the scanner by use of a time difference between the first message and the second message; and initiating, by the scanner, a service customized to the user based on the validation and the proximity authentication result.
A seat belt, in particular for an aircraft seat, comprising a first part and a second part capable of being fastened together by means of a closing buckle to hold a passenger on the seat, the seat belt comprising: - a state detection system capable of transmitting information about a closing state of the seat belt, and - a presence detection system capable of transmitting information about the presence of a passenger hold by the seat belt, and - a communication module, in particular a wireless communication module, capable of transmitting information about the closing state of the seat belt and/or the presence of a passenger hold by the seat belt, characterized in that the presence detection system comprises at least one sensor whose electrical resistance varies according to a curvature of the first part and/or the second part of the seat belt. - a state detection system capable of transmitting information about a closing state of the seat belt, and - a presence detection system capable of transmitting information about the presence of a passenger hold by the seat belt, and - a communication module, in particular a wireless communication module, capable of transmitting information about the closing state of the seat belt and/or the presence of a passenger hold by the seat belt,