mhurhangee/ep-ind-claims huggingface dataset:
A method for integrating a light emitting device comprising: picking up a micro LED device from a carrier substrate with a transfer head; placing the micro LED device within a reflective bank structure formed in a bank opening in a bank layer; releasing the micro LED device from the transfer head; applying a passivation layer over the bank layer and laterally around the micro LED device within the reflective bank structure, wherein a conductive line is elevated above the reflective bank structure; hardening the passivation layer; etching the passivation layer, such that a top surface of the micro LED device and a top surface of the conductive line are not covered by the passivation layer, and the top surface of the micro LED device and the conductive line protrude above a top surface of the passivation layer after etching the passivation layer; and forming a top electrode layer over the top surface of the passivation layer and on the top surface of the micro LED device and the conductive line that protrude above the top surface of the passivation layer. picking up a micro LED device from a carrier substrate with a transfer head; placing the micro LED device within a reflective bank structure formed in a bank opening in a bank layer; releasing the micro LED device from the transfer head; applying a passivation layer over the bank layer and laterally around the micro LED device within the reflective bank structure, wherein a conductive line is elevated above the reflective bank structure; hardening the passivation layer; etching the passivation layer, such that a top surface of the micro LED device and a top surface of the conductive line are not covered by the passivation layer, and the top surface of the micro LED device and the conductive line protrude above a top surface of the passivation layer after etching the passivation layer; and forming a top electrode layer over the top surface of the passivation layer and on the top surface of the micro LED device and the conductive line that protrude above the top surface of the passivation layer.
A guidance system for sliding doors, comprising a door guide with a running rail for guiding a track roller of the door guide, comprising a drive system having a drive device, and a travel space of the door guide extending in the longitudinal direction of the running rail, the travel space being delimited at least in part by the running rail, characterized in that the drive device is arranged in the longitudinal direction of the running rail as a prolongation of the travel space and is mounted in the running rail via a mounting device, wherein drive device is arranged entirely in the region of the running rail and does not protrude beyond the running rail in the longitudinal direction.
A communication device for reporting control information, the communication device comprising: a storage unit for storing instructions of: receiving a first period for transmitting analog beamforming information from a network, wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit for storing instructions of: receiving a first period for transmitting analog beamforming information from a network, wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. receiving a first period for transmitting analog beamforming information from a network, wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
An automation security system, comprising: an automation device (730; 820) adapted for network communications in an industrial network; an industrial network protocol utilized by the automation device for network communications; the automation security system being characterized by comprising: an intrusion detection component (216; 700, 730, 740, 750; 800, 814, 850) adapted for the industrial network protocol to detect network attacks directed to the automation device by monitoring the industrial network protocol. an automation device (730; 820) adapted for network communications in an industrial network; an industrial network protocol utilized by the automation device for network communications; the automation security system being characterized by comprising: an intrusion detection component (216; 700, 730, 740, 750; 800, 814, 850) adapted for the industrial network protocol to detect network attacks directed to the automation device by monitoring the industrial network protocol.
A steering apparatus which is mounted on a vehicle and which is configured to steer wheel in accordance with a manipulation of a steering wheel by a driver, the steering apparatus comprising: a specifying device which is configured to specify road width of a road on which the vehicle travels, characterized in that the specifying device specifies the road width of the road on which the vehicle travels on the basis of a manipulated amount of the steering wheel manipulated by the driver and a change of the manipulated amount in a predetermined period. a specifying device which is configured to specify road width of a road on which the vehicle travels, characterized in that the specifying device specifies the road width of the road on which the vehicle travels on the basis of a manipulated amount of the steering wheel manipulated by the driver and a change of the manipulated amount in a predetermined period.
A ceiling-embedded air conditioner, comprising: a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space of an air conditioning room; and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room, the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion in which a part of the decorative panel is raised from a panel surface of the decorative panel toward the air conditioning room, characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion is rotatable within a predetermined angle range about an axis orthogonal to the panel surface of the decorative panel or the ceiling surface, a first air blowing opening is provided on a side surface of the fixed air blowing portion, and a second air blowing opening is provided on a side surface of the movable air blowing portion, and in use a conditioned air is blown out from the fixed air blowing portion and from the movable air blowing portion substantially horizontally from the first air blowing opening and the second air blowing opening along the panel surface of the decorative panel. a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space of an air conditioning room; and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room, the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion in which a part of the decorative panel is raised from a panel surface of the decorative panel toward the air conditioning room, characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion is rotatable within a predetermined angle range about an axis orthogonal to the panel surface of the decorative panel or the ceiling surface, a first air blowing opening is provided on a side surface of the fixed air blowing portion, and a second air blowing opening is provided on a side surface of the movable air blowing portion, and in use a conditioned air is blown out from the fixed air blowing portion and from the movable air blowing portion substantially horizontally from the first air blowing opening and the second air blowing opening along the panel surface of the decorative panel.
A method, comprising: calculating input voltage values and bias voltage values of a power amplifier for each desired output voltage value of the power amplifier at a desired compression point; and calibrating a radio-frequency, RF, device including the power amplifier based on the calculated input and bias voltage values. calculating input voltage values and bias voltage values of a power amplifier for each desired output voltage value of the power amplifier at a desired compression point; and calibrating a radio-frequency, RF, device including the power amplifier based on the calculated input and bias voltage values.
A device for filtering and settling entrained particles from a gas feed stream, the device comprising: a cylindrical v-wire filter element to filter the entrained particles, wherein the v-wire filter element comprises a solid metal ring and a body, wherein the solid metal ring is mounted on a top portion of the body to form a hollow internal passagewayof the v-wire filter element, wherein the body comprises slits, wherein a first portion of gas stream flows radially through the slits to form a filtered gas stream, and wherein the hollow internal passageway receives the filtered gas stream; a cap located above the v-wire filter element comprising an outer surface, an under surface, and a downward rim attached to a perimeter of the under surface, wherein a bottom edge of the rim is aligned with a bottom edge of the solid metal ring; and an open annulus area located between and in fluid communication with an open top portion of the v-wire filter element and the under surface of the cap, wherein a second portion of gas feed stream flows upward along a length of the v-wire filter element, into the open annulus area and downward into the hollow internal passageway. a cylindrical v-wire filter element to filter the entrained particles, wherein the v-wire filter element comprises a solid metal ring and a body, wherein the solid metal ring is mounted on a top portion of the body to form a hollow internal passagewayof the v-wire filter element, wherein the body comprises slits, wherein a first portion of gas stream flows radially through the slits to form a filtered gas stream, and wherein the hollow internal passageway receives the filtered gas stream; a cap located above the v-wire filter element comprising an outer surface, an under surface, and a downward rim attached to a perimeter of the under surface, wherein a bottom edge of the rim is aligned with a bottom edge of the solid metal ring; and an open annulus area located between and in fluid communication with an open top portion of the v-wire filter element and the under surface of the cap, wherein a second portion of gas feed stream flows upward along a length of the v-wire filter element, into the open annulus area and downward into the hollow internal passageway.
A composite pyrotechnic product containing organic energetic charges in a crosslinked binder, characterized in that its composition, expressed as weight percentages, contains: - from 78% to 90%, advantageously from 80% to 86%, of organic energetic charges, and - from 10% to 22% of an energetic crosslinked binder obtained by crosslinking, via only 8% to 12% of its azide functions, a polyglycidyl azide with a number-average molecular weight of between 700 and 3000 g/mol, with at least one crosslinking agent containing at least two propargyl functions in its chemical formula, in the presence of a polymeric gum, chosen from polyurethane-polyester gums, polyurethane-polyether gums and mixtures thereof, the number-average molecular weight of which is greater than 20 000 g/mol and the Mooney viscosity of which is between 20 and 70 ML (5 + 4) at 100°C; said at least one polymeric gum representing from 1% to 5% by weight of the composition of said pyrotechnic product. - from 78% to 90%, advantageously from 80% to 86%, of organic energetic charges, and - from 10% to 22% of an energetic crosslinked binder obtained by crosslinking, via only 8% to 12% of its azide functions, a polyglycidyl azide with a number-average molecular weight of between 700 and 3000 g/mol, with at least one crosslinking agent containing at least two propargyl functions in its chemical formula, in the presence of a polymeric gum, chosen from polyurethane-polyester gums, polyurethane-polyether gums and mixtures thereof, the number-average molecular weight of which is greater than 20 000 g/mol and the Mooney viscosity of which is between 20 and 70 ML (5 + 4) at 100°C; said at least one polymeric gum representing from 1% to 5% by weight of the composition of said pyrotechnic product.
A method of maintaining confidentiality of sensitive information stored in a machine readable document pertaining to a correspondent during transmission of said sensitive information to a machine for examination, said method comprising said machine readable document: generating an encryption key e from a public key of said correspondent and encrypting said sensitive information with said encryption key e to obtain a ciphertext C; generating a signature component s using said ciphertext C; forwarding said ciphertext C and said signature component s to said machine; receiving from said machine an ephemeral public key obtained from an ephemeral private key b of said machine, said signature component s and said ciphertext C; and returning to said machine additional information based on said ephemeral public key to permit recovery of said sensitive information by said machine from said ciphertext C. generating an encryption key e from a public key of said correspondent and encrypting said sensitive information with said encryption key e to obtain a ciphertext C; generating a signature component s using said ciphertext C; forwarding said ciphertext C and said signature component s to said machine; receiving from said machine an ephemeral public key obtained from an ephemeral private key b of said machine, said signature component s and said ciphertext C; and returning to said machine additional information based on said ephemeral public key to permit recovery of said sensitive information by said machine from said ciphertext C.
A device for a vehicle power unit, in particular for a rail vehicle, the device comprising at least one motor, the drive shaft of which is provided with an engaging member that is secured in rotation and that comprises a notched portion on its outer contour, the device being characterized in that it comprises a gripping member able to be mounted on the engaging member and associated with at least one first pawl (24a, 24b) arranged so as, in one direction of rotation, to secure the gripping member and the engaging member in rotation, the first pawl (24a, 24b) being able to engage with the notched portion to prevent the gripping member from rotating relative to the engaging member, and, in the opposite direction of rotation, to separate the gripping member from the engaging member in rotation, the first pawl (24a, 24b) being able not to engage with the notched portion to allow the gripping member to rotate relative to the engaging member.
A laser welding structure, wherein, with a plate-shaped first member and a plate-shaped second member having a groove overlapped, the members (13, 15) are laser welded at weld portions at both sides of an opening of the groove, and a pair of wall portions is formed on at least one of the first member and the second member, the wall portions separating the interior of the groove from the weld portions, the laser welding structure being characterized in that the first member is made of heat-resistant synthetic resin and the second member is formed by a plate of heat-resistant synthetic resin, the second member is attached to the lower surface of the first member, the second member has the groove, which is located in a center with respect to the width and extends along the longitudinal direction, the second member has a flange portion on either side of the upper opening of the groove, the flange portion is formed to extend along the entire length of the second member, projections are formed at predetermined intervals on a side of each flange portion, a weld portion is integrally formed between each projection and the first member, each weld portion includes a protrusion formed on the associated projection and a contact surface, which is located on the lower surface of the second member and corresponds to the protrusion.
A bumper arrangement for a passenger car, with a bumper fascia for covering a bending cross-member and with at least one reinforcement element for reinforcing the bumper fascia beneath the bending cross-member, characterised in that at least one sensor, coupled to the reinforcement element, for detecting a deformation of the reinforcement element which results from a collision of the passenger car with a pedestrian is provided, the reinforcement element having at least one chamber which is filled with a gas, especially air, and is deformable as a result of the collision, with which chamber the at least one sensor is coupled, by means of which sensor a change in pressure in the chamber resulting from the deformation can be detected.
An atomizing assembly comprising: a containing part including a containing body defining a containing space for containing a liquid to be atomized; and an atomizing part including an atomizing mechanism and an atomizing electric-connection portion electrically connected with said atomizing mechanism; characterized by a recess being formed in said containing body, said recess having formed a first pattern disposed on a bottom surface of said recess; said atomizing mechanism having a second pattern formed on an outer surface of the atomizing mechanism, the second pattern corresponding to said first pattern; wherein said second pattern of said atomizing mechanism is press-fitted to said first pattern in said recess to make said atomizing mechanism detachably installed in said recess of said containing body. a containing part including a containing body defining a containing space for containing a liquid to be atomized; and an atomizing part including an atomizing mechanism and an atomizing electric-connection portion electrically connected with said atomizing mechanism; characterized by a recess being formed in said containing body, said recess having formed a first pattern disposed on a bottom surface of said recess; said atomizing mechanism having a second pattern formed on an outer surface of the atomizing mechanism, the second pattern corresponding to said first pattern; wherein said second pattern of said atomizing mechanism is press-fitted to said first pattern in said recess to make said atomizing mechanism detachably installed in said recess of said containing body.
A limit signal indicator for determining two positions, such as two end positions, of a pneumatically operated positioning device with a position sensor for detecting the position of the positioning device, a first signal transmission contact, in particular a first Namur-sensor, a second signal transmission contact, in particular a second Namur-sensor, and a microprocessor, wherein the limit signal indicator is designed to output an electric limit position signal at the first and second signal transmission contact, respectively, which limit position signals represent the adoption of the first and the second position or of at least one position of the positioning device different thereto above or below a predetermined set limit value such as below about 1.2 mA or above 2.1 mA, wherein at least one of the signal transmission contacts is connected to a switch amplifier of the limit signal indicator for signal transmission, wherein in case of a malfunctioning of the signal transmission, such as a short circuit or a line breakage, the switch amplifier is capable of generating an emergency signal above a maximum limit value, such as about 6 mA, or below a lower limit value, such as about 0.1 mA, and to transmit the emergency signal to an external processing location, such as a control room, characterised in that the limit signal indicator is designed such that, upon detecting a specific operational malfunctioning, being different than the malfunctioning of the signal transmission, of the limit signal indicator, the positioning device and/or a drive actuating the positioning device, the microprocessor executes an emergency procedure according to which the same emergency signal is generated and outputted at the second signal transmission contact.
Method for determining the direction of travel of a vehicle by means of a system for determining the direction of travel of a vehicle, wherein the vehicle is movably arranged on a concrete floor, wherein the concrete floor comprises at least one reinforcing bar, wherein the vehicle comprises at least one first sensor (2.1) and a second sensor (2.2) of a first sensor group, which are arranged along a first reference line at a distance a 1 from each other, characterised in that the direction of travel is deemed parallel to the reinforcing bar, or assigned to a different predetermined initial direction-angle value, until such a point as the vehicle travels at a velocity v over the reinforcing bar, wherein the first sensor (2.1) detects the reinforcing bar at a first instant t 1, wherein the second sensor (2.2) detects the reinforcing bar at a second instant t 2, in particular temporally after the first instant t 1, wherein the time difference t α1 between the first instant t 1 and the second instant t 2 is determined, wherein an angle α 1 is determined from the time difference t α1, the velocity v and the distance a 1, said angle indicating the angle between the direction of travel of the vehicle and the extent direction of the reinforcing bar at the first and/or second instant, or the direction of travel is determined as being parallel to the reinforcing bar.