mhurhangee/ep-ind-claims huggingface dataset:
A streak-like region detecting device, comprising: an image acquiring unit which acquires a photographed image of a light-emitting surface of a plane light source device; a first filter operation unit which applies, to the image, a first filter (61, 71, 73, 75) responsive to increase in luminance in a first direction and acquires a first response value as a response value by the first filter (61, 71, 73, 75) at an application position of the first filter (61, 71, 73, 75); a second filter operation unit which applies, to the image, a second filter (62, 72, 74, 76) responsive to decrease in luminance in the first direction and acquires a second response value as a response value by the second filter (62, 72, 74, 76) at an application position of the second filter (62, 72, 74, 76); a detecting unit which calculates an integrated value by adding or averaging the first response value and the second response value and determines the presence or absence of a streak-like region (20 - 23) appearing because of luminance unevenness in the light-emitting surface, having a width corresponding to the distance between the application position of the first filter (61, 71, 73, 75) and the application position of the second filter (62, 72, 74, 76) in the first direction when the integrated value is greater than a prescribed threshold value; and an output unit which outputs information obtained by the detecting unit. an image acquiring unit which acquires a photographed image of a light-emitting surface of a plane light source device; a first filter operation unit which applies, to the image, a first filter (61, 71, 73, 75) responsive to increase in luminance in a first direction and acquires a first response value as a response value by the first filter (61, 71, 73, 75) at an application position of the first filter (61, 71, 73, 75); a second filter operation unit which applies, to the image, a second filter (62, 72, 74, 76) responsive to decrease in luminance in the first direction and acquires a second response value as a response value by the second filter (62, 72, 74, 76) at an application position of the second filter (62, 72, 74, 76); a detecting unit which calculates an integrated value by adding or averaging the first response value and the second response value and determines the presence or absence of a streak-like region (20 - 23) appearing because of luminance unevenness in the light-emitting surface, having a width corresponding to the distance between the application position of the first filter (61, 71, 73, 75) and the application position of the second filter (62, 72, 74, 76) in the first direction when the integrated value is greater than a prescribed threshold value; and an output unit which outputs information obtained by the detecting unit.
Multifunction handle for a door, particularly for a fire door provided with a panic bar on an inside of the door, which is installed on an outer face of the door with a lock in the plane formed by the door, which contains a mechanism support incorporating a hand grip in an outer portion, which hand grip acts, when actuated, by means of an outer, butterfly-type follower on a mechanism for transmitting displacement parallel to the plane of the door formed by a transmission body joined to at least one spring and an activator which, in the open position, allows the latches of the panic bar to be retracted, and which incorporates a lock cylinder for opening or dead-bolting the door by means of a key, wherein the handle incorporates an inner follower, linking the handle to a latch retraction mechanism of the panic bar, from which emerges an opening projection, characterised in that the opening projection is capable of being located on either the right or the left of the vertical axis of the handle according to its assembly position, which depends on the opening rotation of the door, and there being a toggle lever that, in the situation where the door is dead-bolted by the lock cylinder, is located at an angle to the vertical axis of the handle on the side opposite the position of the opening projection of the inner follower, the toggle lever being capable of being linked via its side surfaces to an opening transmitter during the step of configuring the door from being dead-bolted, in which the inner follower does not actuate the latch of the panic bar to open keeping the door closed and vice versa.
A chemical sensor, comprising: a substrate on which a plurality of photodiodes are arranged in a planar form; an optical layer laminated on the substrate, the optical layer having a waveguide formed therein for each photodiode, the waveguide for guiding fluorescence to a corresponding photodiode; and an intermediate layer laminated on the optical layer, the intermediate layer having a probe holding area formed thereon for each waveguide, the probe holding area being capable of holding a probe material, characterized in that the waveguide has a spectral filter formed therein which attenuates excitation light and is made of a spectral material that causes the fluorescence to pass therethrough, and wherein the spectral filter is a color filter that causes a part of a wavelength of the fluorescence to pass therethrough, and wherein the color filter has a transmission wavelength different from that formed in a waveguide adjacent thereto. a substrate on which a plurality of photodiodes are arranged in a planar form; an optical layer laminated on the substrate, the optical layer having a waveguide formed therein for each photodiode, the waveguide for guiding fluorescence to a corresponding photodiode; and an intermediate layer laminated on the optical layer, the intermediate layer having a probe holding area formed thereon for each waveguide, the probe holding area being capable of holding a probe material, characterized in that the waveguide has a spectral filter formed therein which attenuates excitation light and is made of a spectral material that causes the fluorescence to pass therethrough, and wherein the spectral filter is a color filter that causes a part of a wavelength of the fluorescence to pass therethrough, and wherein the color filter has a transmission wavelength different from that formed in a waveguide adjacent thereto.
A method for producing a short-chain peptide-immobilized carrier, the method comprising: a step of preparing an alcohol solution containing an alcohol solvent, and a short-chain peptide having a plurality of immobilizing functional groups, the short-chain peptide having a secondary structure induced in the alcohol solvent; and a step of bringing a carrier coupled with a spacer having a reactive group that reacts with the immobilizing functional group, into contact with the alcohol solution, and thereby immobilizing the short-chain peptide to the spacer, wherein the spacer is a polyacrylic acid, and wherein the number of amino acid residues of the short-chain peptide is 50 or less. a step of preparing an alcohol solution containing an alcohol solvent, and a short-chain peptide having a plurality of immobilizing functional groups, the short-chain peptide having a secondary structure induced in the alcohol solvent; and a step of bringing a carrier coupled with a spacer having a reactive group that reacts with the immobilizing functional group, into contact with the alcohol solution, and thereby immobilizing the short-chain peptide to the spacer,
A pressure relief arrangement for a gas turbine engine, the arrangement comprising: a hinged door; a mount spaced from the door; and an expandable structure connected to the door and to the mount such that when the door hinges open the expandable structure expands, wherein the expandable structure comprises an expander configured such that when the expandable structure expands the expander moves between a first configuration and a second configuration, the second configuration having a greater volume than the first configuration, and characterized in that: the expander comprises a pop-up structure configured to expand from the first configuration to the second configuration, the pop-up structure comprising slots, holes and/or folds. a hinged door; a mount spaced from the door; and an expandable structure connected to the door and to the mount such that when the door hinges open the expandable structure expands, wherein the expandable structure comprises an expander configured such that when the expandable structure expands the expander moves between a first configuration and a second configuration, the second configuration having a greater volume than the first configuration, and characterized in that: the expander comprises a pop-up structure configured to expand from the first configuration to the second configuration, the pop-up structure comprising slots, holes and/or folds.
A method for plasma dicing a substrate, the method comprising: providing a transfer arm; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber; providing a work piece support within the process chamber; providing a lifting mechanism within the work piece support; providing the substrate having a diameter, a top surface and a bottom surface, the top surface of the substrate having a plurality of device structures and street areas; placing the bottom surface of the substrate onto a support film on a frame to form a work piece; loading the work piece onto the transfer arm; transferring the work piece into the process chamber onto the lifting mechanism using the transfer arm, the lifting mechanism touching the frame of the work piece, the lifting mechanism not contacting the substrate of the work piece, the transferring of the work piece into the process chamber being performed under vacuum, the transfer arm maintaining the frame coplanar to the substrate during the transferring step, the transfer arm does not contact the substrate; providing a cover ring having an inner diameter disposed above the work piece, the inner diameter of the cover ring being greater than the diameter of the substrate, the cover ring does not contact the frame of the work piece; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece in the plasma processing chamber through the generated plasma. providing a transfer arm; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber; providing a work piece support within the process chamber; providing a lifting mechanism within the work piece support; providing the substrate having a diameter, a top surface and a bottom surface, the top surface of the substrate having a plurality of device structures and street areas; placing the bottom surface of the substrate onto a support film on a frame to form a work piece; loading the work piece onto the transfer arm; transferring the work piece into the process chamber onto the lifting mechanism using the transfer arm, the lifting mechanism touching the frame of the work piece, the lifting mechanism not contacting the substrate of the work piece, the transferring of the work piece into the process chamber being performed under vacuum, the transfer arm maintaining the frame coplanar to the substrate during the transferring step, the transfer arm does not contact the substrate; providing a cover ring having an inner diameter disposed above the work piece, the inner diameter of the cover ring being greater than the diameter of the substrate, the cover ring does not contact the frame of the work piece; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece in the plasma processing chamber through the generated plasma.
A method for controlling an integrated starter-generator, the integrated starter-generator coupled to an internal combustion engine and comprises a rotor having a plurality of permanent magnet poles, and a stator having a plurality of phase windings disposed on the stator, each phase winding including a plurality of coils, the method comprising the steps of: receiving a start signal; determining an initial position of the rotor with respect to a stator phase winding; applying a pulse-width-modulated signal to the stator winding corresponding to determined initial position of the rotor; measuring current of the stator winding in response to applied pulse-width-modulated signal to determine current variation; characterised in that if current variation is more than a threshold value, determining updated rotor position and applying a pulse-width-modulated signal to the stator winding corresponding to the updated rotor position; determining speed of the rotor, if speed of the rotor is more than a threshold value, monitoring a trigger signal from an ignition trigger sensor coupled to the engine; and if the trigger signal is received, determining the updated rotor position and exciting the stator winding corresponding to the updated rotor position. receiving a start signal; determining an initial position of the rotor with respect to a stator phase winding; applying a pulse-width-modulated signal to the stator winding corresponding to determined initial position of the rotor; measuring current of the stator winding in response to applied pulse-width-modulated signal to determine current variation; characterised in that if current variation is more than a threshold value, determining updated rotor position and applying a pulse-width-modulated signal to the stator winding corresponding to the updated rotor position; determining speed of the rotor, if speed of the rotor is more than a threshold value, monitoring a trigger signal from an ignition trigger sensor coupled to the engine; and if the trigger signal is received, determining the updated rotor position and exciting the stator winding corresponding to the updated rotor position.
An attachment part with at least two first coupling parts arranged parallel to one another, by means of which the attachment part is able to be attached to a dispensing unit or to a plurality of dispensing units, wherein the at least two first coupling parts each have a female cone area, which has an inlet opening going throughout the female cone area, and which is able to be pushed on along a pushing-on direction onto a male cone area of the dispensing unit or of one of the dispensing units, in order to thereby connect the attachment part with the dispensing unit or with one of the dispensing units, and a rotation element, which is rotatable concentrically around the female cone area and has a rotation sleeve, on the outer side of which a first locking structure is formed, which is arranged in a region radially surrounding the female cone area and serves for securing the attachment part on the dispensing unit or on one of the dispensing units, wherein the rotation elements of the at least two first coupling parts each have an actuating element being formed as a rotation ring mounted on the rotation sleeve, which actuating element serves to rotate the rotation element relative to the female cone area, wherein in the region of the female cone areas of the at least two first coupling parts in each case a shoulder is formed with a first stop surface which points in a substantially opposite direction to the pushing-on direction, and wherein the rotation elements of the at least two first coupling parts each have at least one flexibly constructed behind-engaging element, which is arranged radially in the interior of the rotation ring and extends in a direction substantially opposite to the pushing-on direction, and which has a second stop surface pointing in the pushing-on direction, and which abuts with this second stop surface against the first stop surface such that the first stop surface prevents a further movement of the rotation element in the pushing-on direction.
A method for sensorless speed estimation of an asynchronous machine having the following method steps: - a module for field-oriented control calculates the voltages to be applied to the asynchronous machine based on a target value for the rotational speed, at least two measured values for the phase current, and a rotational speed calculated by a rotational speed module, - the voltage values from the field-oriented control or the measured voltage values are applied to the observer module which determines a value for the torque-forming current îsq(t) and an inner torque Mi(t) of the asynchronous machine from the applied values, - a torque module configured as an adaptive PI controller calculates a load torque Ml(t) acting on the asynchronous machine from the difference between torque-forming currents from the field-oriented control and the observer module, wherein the controller gains are changed by the deviation in rotational speed, and large control deviations lead to high controller gains, - a rotational speed module calculates the current rotational speed of the asynchronous machine by means of the load torque of the torque module, and the inner torque of the observer module. - a module for field-oriented control calculates the voltages to be applied to the asynchronous machine based on a target value for the rotational speed, at least two measured values for the phase current, and a rotational speed calculated by a rotational speed module, - the voltage values from the field-oriented control or the measured voltage values are applied to the observer module which determines a value for the torque-forming current îsq(t) and an inner torque Mi(t) of the asynchronous machine from the applied values, - a torque module configured as an adaptive PI controller calculates a load torque Ml(t) acting on the asynchronous machine from the difference between torque-forming currents from the field-oriented control and the observer module, wherein the controller gains are changed by the deviation in rotational speed, and large control deviations lead to high controller gains, - a rotational speed module calculates the current rotational speed of the asynchronous machine by means of the load torque of the torque module, and the inner torque of the observer module.
A marking system for use with a projectile comprising at least one module, which comprises a first section, a second section, and a third section, and wherein the at least one module activates such that light or heat is generated upon an expulsion charge initiation, characterized in that the marking system generates multiple signals; the first section comprises a fluorescent system, a thermal-generating system, and a chemical light system, wherein the fluorescent system and the chemical light system generate substantially the same first color, the second section comprises a fluorescent system, a thermal-generating system, and a chemical light system, wherein the fluorescent system and the chemical light system generate substantially the same second color, and the third section comprises a fluorescent system, a thermal-generating system, and a chemical light system, wherein the fluorescent system and the chemical light system generate substantially the same third color.
(Original) An authentication server that is connected to a plurality of connection devices that connect a communication terminal and a network, that authenticates said communication terminal, and assigns one of said plurality of connection devices as a connection device that connects said communication terminal and said network if the authentication is successful, said authentication server comprising: a storage section that stores a preset threshold; a traffic management table that manages traffic data with respect to each said connection device, said traffic data representing a traffic amount, with respect to said connection device, that is contained in a charging information notification signal that provides notification of charging information transmitted from said connection device; a comparison section that compares said traffic data, with respect to each said connection device, with the threshold stored in said storage section and writes the compared result as assignment validity/invalidity information to said storage section; and an HA assignment section that reads the assignment validity/invalidity information from said storage section and assigns a connection device other than connection devices whose assignment validity/invalidity information is invalid as a connection device that connects said connection terminal and said network. a storage section that stores a preset threshold; a traffic management table that manages traffic data with respect to each said connection device, said traffic data representing a traffic amount, with respect to said connection device, that is contained in a charging information notification signal that provides notification of charging information transmitted from said connection device; a comparison section that compares said traffic data, with respect to each said connection device, with the threshold stored in said storage section and writes the compared result as assignment validity/invalidity information to said storage section; and an HA assignment section that reads the assignment validity/invalidity information from said storage section and assigns a connection device other than connection devices whose assignment validity/invalidity information is invalid as a connection device that connects said connection terminal and said network.
A permanent, removable and self-sustainable urinary catheter, comprising an urinary catheter having an structure produced in medical grade silicone with three discs, a fixed proximal disc having a central protrusion; and a distal disc having a central protrusion, said distal disc is configured to be slided and adjusted to the female external meatus or male perineal urethrostomy; whereas on the distal end of the catheter there is a connector with a lid and an opening and closing mechanism; a chuck is provided, which features a rod-shaped portion dimensioned to be introduced along the tubular body of the catheter; an enlarged distal portion matches, when touching the connector end, with its end, reaching the final point of the closed proximal end of the urinary catheter; and a handle portion, through which the chuck is handled; the tubular body of the catheter including orifices (6, 6A), wherein the tubular body of the urinary catheter includes four orifices and two orifices, the orifices being closest to the proximal disc and positioned diametrically opposed to each other; the tubular body between proximal disc and distal disc is 2.5 cm long, the catheter has 13 and 15Fr gauges for child use, and 17, 19, 21 and 23Fr for adult use; the full length of the catheter is 7cm for the child model; 8cm for adult model and 15cm for patients with special needs; characterised in that the catheter includes a second sliding distal disc.