VEHICLE DOOR LATCH WITH

Dans un dispositif de verrouillage de portière de véhicule, un premier levier extérieur est monté de manière pivotante via un arbre de pivot, et un second levier extérieur est raccordé à une poignée extérieure sur un panneau externe d'une portière via un élément de transmission de mouvement pour se déplacer vers l'intérieur d'un véhicule. Normalement, la rotation du second levier extérieur pour le dégagement d'un verrou d'une gâche est transmise au premier levier extérieur. Si le second levier extérieur est impacté par une force externe, le panneau externe est déformé pour déplacer le second levier extérieur vers l'intérieur du véhicule par rapport au premier levier extérieur. Mais la rotation de dégagement du second levier extérieur ne peut pas être transmise au premier levier extérieur. Même si la portière est déformée par la force externe, la portière est toujours fermée.

MACHINE OF ROTARY AND FRONTAL WORK

Une machine de travail rotatif frontal est prévue et comprend une sortie d'huile (54) destinée à évacuer l'huile de moteur formée dans un carter de transmission (27). L'huile de moteur évacuée depuis la sortie d'huile s'écoule à travers un passage d'écoulement de sortie (64) formé dans une partie de réception d'huile (55) disposée directement sous la sortie d'huile, vers le bas d'une surface extérieure (73) d'un bossage de fixation (57) destiné à former le carter de transmission, et une tête (71) d'une vis (66) disposée au niveau d'une extrémité inférieure (67) du bossage, et goutte vers le bas.

APPARATUS OF CAPTURE Of IMAGES HAS REDUCED AND PROCEEDED FLUTTER Of AJUSTEMENTAUTOMATIQUE OF LEVEL FOR THIS ONE

MACHINE OF ROTARY AND FRONTAL WORK

PROCESS AND APPARATUS OF PILOTING Of a DISPLAY PANEL PLASMA

DIODE CONNECTOR, APPARATUS AND METHOD FOR ITS CALCULATION.

Steuerverfahren eines Abgasreinigungssystem

FARMER FOR THE CULTURE OF THE GROUND

GRANULATIONSVORRICHTUNG MIT ZENTRIFUGALROLLEN UND VERFAHREN ZUR BEHANDLUNG VON PUDER UND GRANULAREM MATERIAL MIT DIESER VORRICHTUNG

CONNECTOR HAS DIODE, APPARATUS AND PROCESS FOR ITS CALCULATION.

Appareil de calcul pour définir un petit connecteur à diode (30) durable pour la circulation d'une surintensité de courant, facilement et économiquement, procédé de calcul pour définir le connecteur à diode, et connecteur à diode durable pour la circulation d'une surintensité, de petite dimension et peu coûteux, comprenant une pluralité d'armatures conductrices (31, 32), une puce de diode (33), un pont (34) et une matière de soudage (35) pour relier ces composants. L'appareil de calcul comprend une unité de détermination qui détermine l'un du nom de l'alliage de brasage à utiliser comme matière de soudage et d'un volume total des armatures et du pont lorsque l'autre du nom de l'alliage de brasage et du volume total des armatures et du pont est entré, sur la base de l'autre valeur entrée et de données de corrélation du volume total et d'une température de chauffage de la puce de diode.

DETECTION SYSTEM MOUNTING ASSEMBLY

BUMPER STRUCTURE RESISTANCE DETECTION SENSOR WHEEL

Amélioration de la souplesse de conception pour le placement d'un amortisseur : Dans un pare-chocs avant (10), un support (60) est disposé entre un renfort de pare-chocs (20) et un amortisseur (40). Une nervure (66) est formée au niveau du support (60), et une face de butée (68) de la nervure (66) est capable de buter contre un tube de pression (52) au niveau du côté arrière du tube de pression (52). La structure est ainsi telle que, durant une collision entre le véhicule (V) et un corps entrant en collision, le tube de pression (52) pousse la face de butée (68) du support (60) prévu séparément du renfort de pare-chocs (20). Ceci permet que l'emplacement de la position dans la direction haut-bas de l'amortisseur (40) ne soit pas limité en raison de la position verticale du renfort de pare-chocs (20). De plus, la dimension en épaisseur (T2) de l'amortisseur (40) peut être ajustée en fixant de façon appropriée l'épaisseur dans la direction avant-arrière du corps principal (62) du support ...

DETECTION SYSTEM MOUNTING ASSEMBLY

Une détermination d'une position de collision sur un pare-chocs avant et une détermination d'une collision avec une personne avec une bonne précision en fonction de la position de collision déterminée sont faites, en utilisant une structure simple. Une unité de commande électronique (30) détermine la position de collision sur le pare-chocs avant (12) sur la base de signaux délivrés sur la base d'un changement d'une accélération de véhicule par des capteurs de gravité (106A, 106B) qui sont prévus au niveau d'une face arrière d'un habillage de pare-chocs (34) dans des positions davantage à l'extérieur dans la direction de largeur de véhicule par rapport à des positions correspondant aux éléments du côté avant (16). L'unité de commande électronique (30) détermine également si une collision avec une personne s'est produite ou non, sur la base de signaux délivrés sur la base d'un changement de pression à l'intérieur d'un tube de pression (104) grâce à des capteurs de pression (28A, 28B), prévus ...

Antibakterielles Peptid

MASCHINENBEWEGUNGSBAHNMESSVORRICHTUNG, NUMERISCH GESTEUERTEWERKZEUGMASCHINE UND MASCHINENBEWEGUNGSBAHNMESSVERFAHREN

Eine Maschinenbewegungsbahnmessvorrichtung zum Messen einer Bewegungsbahn einer Maschine wird bereitgestellt, die in einer Vorrichtung verwendet wird, die die Stellung der Maschine steuert, indem eine erfasste Stellung rückgemeldet wird, die durch Umrechnen der Drehwinkel mehrerer Motoren 1 für mehrerer bewegliche Achsen erhalten wird, und die Motoren 1 dann so angetrieben werden, dass die erfasste Stellung eine Sollstellung befolgt. Die Maschinenbewegungsbahnmessvorrichtung umfasst Beschleunigungsmessvorrichtungen 13 zum Messen einer Beschleunigung der Maschine; und eine Bewegungsbahnmesseinheit 14, die die Bewegungsbahn der Maschine misst, indem die Stellung der Maschine durch eine doppelte Integration der Beschleunigung ermittelt und die Stellung der Maschine so berichtigt wird, dass der Verlauf der Stellung der Maschine mit dem Verlauf der erfassten Stellung oder dem Verlauf einer geschätzten Stellung zusammenfällt, die unter Verwendung eines Modells zur Simulation des Ansprechens der ...

Vorrichtung zur Erzeugung optischer Pakete mit scheibenförmigem abstimmbarem optischem Filter

Struktur zum Befestigen eines Lenkwinkelsensors für ein Lenkrad

Motorsteuerungsvorrichtung

Um eine Motorsteuerungsvorrichtung bereitzustellen, die eine Beschleunigungs-/Abbremsverarbeitungseinheit 5, die einen Beschleunigungs-/Abbremsprozess entsprechend einem Beschleunigungs-/Abbremsparameter durchführt, der für einen eingegebenen Betriebsbefehl angesetzt ist, und einen generierten Servobefehl ausgibt, eine Servosteuerungseinheit 6, die ein Motorantriebsdrehmoment zum Antrieb eines Motors einer Steuerzielmaschine entsprechend dem Servobefehl steuert, eine Energieversorgungseinheit 2, die Gleichstromenergie, die durch Umrichten einer elektrischen Leistung aus einer handelüblichen Energieversorgung erhalten wird, der Servosteuerungseinheit zuführt, und eine elektrische Speichervorrichtung 3 umfasst, die Gleichstromenergie, um die aus der Energieversorgungseinheit der Servosteuerungseinheit zuzuführende Gleichstromenergie zu ergänzen, der Servosteuerungseinheit zuführt, wobei die Motorsteuerungseinheit eine Beschleunigungs-/Abbremsparametereinstelleinheit 4 umfasst, die einen in ...

Motorsteuerungsvorrichtung

Motorsteuerungsvorrichtung (1, 20, 40), die Folgendes umfasst:eine Beschleunigungs-/Abbremsverarbeitungseinheit (5, 24), die einen Servobefehl entsprechend einem für einen eingegebenen Betriebsbefehl angesetzten Beschleunigungs-/Abbremsparameter generiert und den generierten Servobefehl ausgibt;eine Servosteuerungseinheit (6), die ein Motorantriebsdrehmoment steuert, um einen Motor einer Steuerzielmaschine entsprechend dem Servobefehl anzutreiben;eine Energieversorgungseinheit (2, 41), die elektrische Energie mit einer vorbestimmten Energieversorgungskapazität aus einer handelsüblichen Energieversorgung der Servosteuerungseinheit (6) zuführt;eine elektrische Speichereinheit (3), die elektrische Energie, um die aus der Energieversorgungseinheit (2, 41) der Servosteuerungseinheit (6) zuzuführende elektrische Energie zu ergänzen, der Servosteuerungseinheit (6) zuführt; undeine Beschleunigungs-/Abbremsparametereinstelleinheit (4, 23, 42), dadurch gekennzeichnet, dassdie Beschleunigungs-/Abbremsparametereinstelleinheit ...

Process for producing soybean milk and okara

Method for refining texture of ferrous material, and ferrous material and blade having microscopic texture

A method for refining the texture of a ferrous material. The method includes a first step and a second step. The first step includes a step of making carbide particles in a portion of a base material smaller. The second step includes a step of nitriding at least a part of said portion.

Electromechanical device, actuator using the same, and motor

An electromechanical device includes a central shaft; a rotor having a rotor magnet disposed along the periphery of the central shaft; a stator disposed on the periphery of the rotor; and a rotation mechanism connected to the rotor and used for transfer of a rotational driving force, wherein in the rotor, between the central shaft and the rotor magnet, a space which opens in at least one of an axial direction of the central shaft and houses at least part of the rotation mechanism is formed.

MOTOR CONTROL METHOD AND DEVICE

A control device includes a drive controller that controls the driving of an electromagnetic coil, and a regeneration controller that controls the regeneration of power from the electromagnetic coil. The drive controller includes an excitation interval setting unit that sets excitation and non-excitation intervals such that voltage is applied to the electromagnetic coil during the excitation interval but is not applied during the non-excitation interval. The excitation and non-excitation intervals are symmetrical with centers that respectively correspond to the π/2 and π phase points of the induced voltage waveform. The regeneration controller includes a regeneration interval setting unit that sets regeneration and non-regeneration intervals such that power is regenerated from the electromagnetic coil during the regeneration interval but is not regenerated during the non-regeneration interval. The regeneration and non-regeneration intervals are symmetrical with centers that respectively correspond to the π/2 and π phase points of the induced voltage waveform. 1. A robot comprising:an electric motor having an electromagnetic coil and a permanent magnet; anda control device for controlling the electric motor,wherein the control device includes a drive control unit that performs control for driving the electromagnetic coil,wherein an induced voltage is induced at the electromagnetic coil responsive to movement of the permanent magnet, the induced voltage having a waveform whose polarity is reversed at a πphase point of the waveform,the drive control unit includes:an excitation interval setting unit that sets an excitation interval and a non-excitation interval such that voltage is applied to the electromagnetic coil during the excitation interval while not applied to the electromagnetic coil during the non-excitation interval, the excitation interval having a symmetrical shape whose center corresponds to a π/2 phase point of the induced voltage waveform, the non- ...

Linear motor, back yoke for linear motor, and manufacturing method of back yoke

A linear motor includes a slider unit having a magnet row in which plural permanent magnets are arranged in series so that the same poles are opposed to each other and moving in an arrangement direction of the magnet row by electromagnetic force, a stator unit in which the slider unit is inserted at an inner circumference side and electromagnetic coils for plural phases that receive supply of drive currents at different phases with respect to each phase are arranged along a movement direction of the slider unit, and a back yoke provided at an outer circumference side of the electromagnetic coils for plural phases in the stator unit, wherein plural slits along the movement direction of the slider unit for dividing a generation region of eddy currents into plural parts are formed in the back yoke.

LINEAR MOTOR

A linear motor includes a slider unit having a magnet row in which plural permanent magnets are arranged in series so that the same poles are opposed to each other, a stator unit including electromagnetic coils for plural phases arranged along a movement direction of the slider unit, and plural magnetic detector devices, wherein the plural magnetic detector devices are provided in response to the phases of the electromagnetic coils for plural phases and detect magnetic flux radially extending in a direction perpendicular to the arrangement direction of the permanent magnets at boundaries between the permanent magnets of the magnet row and output signal waveforms for plural phases at phases equal to phases of waveforms of back electromotive forces generated in the respective electromagnetic coils for plural phases when the magnet row moves. 1. A linear motor comprising:a slider unit having a magnet row in which plural permanent magnets are arranged in series so that the same poles are opposed to each other and moving in an arrangement direction of the magnet row by electromagnetic force;a stator unit including electromagnetic coils for plural phases arranged along a movement direction of the slider unit and receiving supply of drive currents at different phases with respect to each phase; andplural magnetic detector devices that detect changes of magnetic flux with movement of the magnetic raw for controlling movement of the slider unit,wherein the plural magnetic detector devices are provided in response to the phases of the electromagnetic coils for plural phases and arranged along the movement direction of the slider unit at an outer circumferential side of the electromagnetic coils for plural phases, and thereby, detect magnetic flux radially extending in a direction perpendicular to the arrangement direction of the permanent magnets at boundaries between the permanent magnets of the magnet row and output signal waveforms for plural phases at phases equal to ...

PWM CONTROL CIRCUIT AND MOTOR EQUIPPED WITH THE SAME

The PWM control circuit is provided. The PWM control circuit includes: a PWM control signal generator that generates a PWM period signal defining a period of a PWM signal and a PWM resolution signal specifying a resolution in one period of the PWM period signal; and a PWM unit that generates the PWM signal based on the PWM period signal and the PWM resolution signal, wherein the PWM control signal generator changes a frequency of the PWM resolution signal while keeping a frequency of the PWM period signal unchanged. 1. A pulse width modulation control circuit , comprising:a pulse width modulation control signal generator that generates a pulse width modulation period signal defining a period of a pulse width modulation signal and a pulse width modulation resolution signal specifying a resolution in one period of the pulse width modulation period signal; anda pulse width modulation unit that generates the pulse width modulation signal based on the pulse width modulation period signal and the pulse width modulation resolution signal, whereinthe pulse width modulation control signal generator changes a frequency of the pulse width modulation period signal while keeping a frequency of the pulse width modulation resolution signal unchanged.2. The pulse width modulation control circuit according to claim 1 , whereinthe pulse width modulation control signal generator has a PLL circuit including a phase comparator, a loop filter, a voltage control oscillator, and a frequency divider,the pulse width modulation period signal is a return signal output from the frequency divider of the PLL circuit and input into the phase comparator of the PLL circuit, andthe pulse width modulation resolution signal is output from the voltage control oscillator of the PLL circuit.3. The pulse width modulation control circuit according to claim 1 , whereinthe pulse width modulation control signal generator has a PLL circuit including a phase comparator, a loop filter, a voltage control ...

ELECTRICAL MACHINE APPARATUS AND ROBOT

An electrical machine apparatus includes an electromagnetic coil, a rotor magnet, n (n is an integer not less than 2) magnetic sensors to detect an electric angle of the rotor magnet, and a position detection part to detect a position of the rotor magnet by using outputs of the magnetic sensors. Each of the magnetic sensors generates a sensor output signal having a curved line waveform and a period of electric angle 2π of the electrical machine apparatus. The respective n magnetic sensors are arranged to generate the sensor output signals with a phase difference other than an integer times π in electric angle. The position detection part calculates a movement amount of the rotor magnet from a starting point as a position before movement by using the sensor output signals of the n magnetic sensors. 1. An electrical machine apparatus comprising:an electromagnetic coil;a rotor magnet;n (n is an integer not less than 2) magnetic sensors to detect an electric angle of the rotor magnet; anda position detection part to detect a position of the rotor magnet by using outputs of the magnetic sensors, whereineach of the magnetic sensors generates a sensor output signal having a curved line waveform and a period of electric angle 2π of the electrical machine apparatus,the respective n magnetic sensors are arranged to generate the sensor output signals with a phase difference other than an integer times π in electric angle, andthe position detection part calculates a movement amount of the rotor magnet from a starting point as a position before movement by using the sensor output signals of the n magnetic sensors.2. The electrical machine apparatus according to claim 1 , wherein the magnetic sensors output an amount of magnetic flux density from the rotor magnet as the sensor signals which are analog.3. The electrical machine apparatus according to claim 1 , wherein the position detection part counts a number m (m is an integer) of periods occurring in the sensor output signal ...

Relative driving device, moving vehicle, and robot

A relative driving device includes a stator; a first rotor; and a second rotor, in which the stator includes a first electromagnetic coil and a first control unit that controls current supplied to the first electromagnetic coil, the first rotor includes a first magnet and a second magnet, the second rotor includes a second electromagnetic coil and a second control unit that controls current supplied to the second electromagnetic coil, the first electromagnetic coil and the first magnet are disposed so as to face each other to form the first driving mechanism, and the second electromagnetic coil and the second magnet are disposed so as to face each other to form the second driving mechanism.

ENERGY CONVERTER AND ELECTROMECHANICAL APPARATUS

An energy converter includes magnetic coils of N phases (N is an integer of 3 or more), and a PWM drive circuit for driving the magnetic coils of N phases, wherein the magnetic coil of each phase can be independently controlled by the PWM drive circuit. 1. An electromechanical apparatus comprising:magnetic coils of N phases (N is an integer of 3 or more);magnets; anda PWM drive circuit that drives the magnetic coils of N phases, whereinthe magnetic coil of each phase can be independently controlled by the PWM drive circuit, andthe PWM drive circuit drives all the magnetic coils of N phases at a starting time and, after the starting, selects the number of phases to be driven in accordance with the magnitude of torque required for the electromechanical apparatus.2. The electromechanical apparatus according to claim 1 , further comprising a regenerator to execute regeneration by using the magnetic coil of a phase that is not driven.3. The electromechanical apparatus according to claim 1 , further comprising a control unit that controls voltage to be applied to the magnetic coil claim 1 , whereinthe control unit applies voltage to the magnetic coil in an excitation interval that is symmetric about a π/2 phase point when a position at which the polarity of a waveform of induced voltage induced in the magnetic coil due to the movement of the magnets is reversed is defined as a π phase point, does not apply voltage to the magnetic coil in a non-excitation interval that is symmetric about the π phase point of the waveform of the induced voltage, and makes the length of the non-excitation interval greater as the electromechanical apparatus rotates at high revolution. This is a divisional application of U.S. application Ser. No. 12/701,807, filed on Feb. 8, 2010, which claims priority to Japanese Patent Application Nos. 2009-052069, filed Mar. 5, 2009 and 2010-012863, filed Jan. 25, 2010, both of which are expressly incorporated by reference herein in their entireties.1. ...

ELECTROMECHANICAL DEVICE, MOVABLE BODY, ROBOT, METHOD OF MEASURING TEMPERATURE OF ELECTROMECHANICAL DEVICE

An electromechanical device includes a rotor, a stator having a magnetic coil, a sensor adapted to detect an electric angle of the rotor, a control section adapted to perform a PWM drive on the magnetic coil based on a signal from the sensor, a resistor connected in series to the magnetic coil when measuring temperature of the electromechanical device, and a voltage measurement section adapted to measure a voltage between both ends of the resistor, and the control section calculates an electric resistance of the magnetic coil using the voltage between the both ends of the resistor measured by the voltage measurement section, and then determines the temperature of the magnetic coil using the electric resistance of the magnetic coil in a measurement period in which application of a drive voltage to the magnetic coil is stopped in the PWM drive. 1. An electromechanical device , comprising:a rotor;a stator having a magnetic coil;a sensor adapted to detect an electric angle of the rotor;a control section adapted to perform a PWM drive on the magnetic coil based on a signal from the sensor;a resistor connected in series to the magnetic coil when measuring temperature of the electromechanical device; anda voltage measurement section adapted to measure a voltage between both ends of the resistor,wherein the control section calculates an electric resistance of the magnetic coil using the voltage between the both ends of the resistor measured by the voltage measurement section, and then determines the temperature of the magnetic coil using the electric resistance of the magnetic coil in a measurement period in which application of a drive voltage to the magnetic coil is stopped in the PWM drive.2. The electromechanical device according to claim 1 , whereinthe control section selects a period including an inflection point of an induced voltage caused in the magnetic coil as the measurement period, and performs the measurement of the voltage between the both ends of the ...

ELECTROMECHANICAL DEVICE, MOVABLE BODY, AND ROBOT

An electromechanical device includes a first drive member having a magnetic coil, a second drive member capable of moving relatively to the first drive member, and a control section adapted to drive the magnetic coil and to perform regeneration of energy from the magnetic coil when decelerating the second drive member, and the control section includes a first regeneration mode of setting a first regenerative interval centered on a zero crossing point of an induced voltage caused in the magnetic coil, and performing the regeneration. 1. An electromechanical device , comprising:a first drive member having a magnetic coil;a second drive member capable of moving relatively to the first drive member; anda control section adapted to drive the magnetic coil and to perform regeneration of energy from the magnetic coil when decelerating the second drive member,wherein the control section includes a first regeneration mode of setting a first regenerative interval centered on a zero crossing point of an induced voltage caused in the magnetic coil, and performing the regeneration.2. The electromechanical device according to claim 1 , whereinthe control section further includes a second regeneration mode of setting a second regenerative interval centered on a local maximum point of the induced voltage caused in the magnetic coil, and performing the regeneration, and sets widths of the first and second regenerative intervals so that an amount of energy regenerated in the first regeneration mode is one of equal to and smaller than an amount of energy regenerated in the second regeneration mode.3. The electromechanical device according to claim 2 , whereinthe control section performs the regeneration in the first regeneration mode if a width of one of the first and second regenerative intervals is one of equal to and smaller than a predetermined first value, and performs the regeneration in the second regeneration mode if a width of one of the first and second regenerative ...

ELECTROMECHANICAL DEVICE, MOVABLE BODY, AND ROBOT

An electromechanical device includes at least one magnetic coil formed of an electric wire coated with a first insulating material wound a plurality of times to have a ring-like shape, and an insulating section made of a second insulating material and disposed so as to cover at least apart of the magnetic coil, and a withstand voltage between an outside of the insulating section and the magnetic coil across the insulating section is higher than a withstand voltage between the electric wires adjacent to each other in the magnetic coil. 1. An electromechanical device comprising:at least one magnetic coil formed of an electric wire coated with a first insulating material wound a plurality of times to have a ring-like shape; andan insulating section made of a second insulating material and disposed so as to cover at least a part of the magnetic coil,wherein a withstand voltage between an outside of the insulating section and the magnetic coil across the insulating section is higher than a withstand voltage between the electric wires adjacent to each other in the magnetic coil.2. The electromechanical device according to claim 1 , whereinthe withstand voltage of the insulating section fulfills a withstand voltage value specified by a standard related to the electromechanical device, andthe withstand voltage between the electric wires adjacent to each other in the magnetic coil is lower than the withstand voltage value specified by the standard.3. The electromechanical device according to claim 1 , further comprising:a permanent magnet disposed so as to be opposed to the magnetic coil,wherein the insulating section is disposed on the permanent magnet side of the magnetic coil.4. The electromechanical device according to claim 1 , further comprising:a coil back yoke,wherein the magnetic coil is disposed between the permanent magnet and the coil back yoke, andthe insulating section is disposed between the magnetic coil and the coil back yoke.5. The electromechanical device ...

Led unit and illumination apparatus using same

An LED unit includes a plate-shaped base; a light-emitting device placed on a surface of the base and having one or more LED chips; and a cover mounted to the base at a location above a front side of the light-emitting device and having a function to transmit light emitted from the light-emitting device. The base has on the surface thereof an annular groove for receiving a seal therein, and the cover has on a surface thereof directed to the base an annular protruding part, the annular protruding part being inserted into the annular groove to seal the base and the cover through the seal. A distance between the protruding part and the groove in a width direction of the groove is shorter in a section of the groove than the other sections of the groove.

ELECTRIC MOTOR, ROBOT, AND BRAKE DEVICE

An electric motor includes a rotor and a stator. Apart of the rotor includes a first frictional portion forming a movement locus. The stator includes a second frictional portion which brakes and stops the rotation of the rotor by a mechanical frictional force produced by contact between the second frictional portion and the first frictional portion, and a braking actuator which does not allow application of braking by shifting the second frictional portion away from the first frictional portion during power supply to the electric motor, and allows application of braking by pressing the second frictional portion against the first frictional portion during cutoff of power supply to the electric motor. 1. An electric motor comprising:a rotor; anda stator,whereina part of the rotor includes a first frictional portion forming a movement locus, and a second frictional portion which brakes and stops the rotation of the rotor by a mechanical frictional force produced by contact between the second frictional portion and the first frictional portion, and', 'a braking actuator which does not allow application of braking by shifting the second frictional portion away from the first frictional portion during power supply to the electric motor, and allows application of braking by pressing the second frictional portion against the first frictional portion during cutoff of power supply to the electric motor., 'the stator includes'}2. The electric motor according to claim 1 , whereinthe rotor has a hollow cylindrical shape one bottom of which is opened, and includes the first frictional portion disposed on the inner surface of the hollow cylindrical shape of the rotor; andthe second frictional portion and the braking actuator are disposed inside or at the opened end of the hollow cylindrical shape of the rotor.3. The electric motor according to claim 2 , whereinthe first frictional portion is disposed inside the cylindrical side surface of the hollow cylindrical shape; andthe ...

SHOCK ABSORBER

The shock absorber includes N magnets arranged such that like poles of adjacent magnets face each other to generate repulsive force, where N is an integer of al least 2; and a magnet holder that accommodates the N magnets such that a distance between the adjacent magnets is variable, whereby the shock absorber absorbs a shock applied to two end magnets disposed at respective ends of the N magnets. 1. A shock absorber , comprising:N magnets arranged such that like poles of adjacent magnets face each other to generate repulsive force, where N is an integer of at least 2;a magnet holder that accommodates the N magnets in absorbing direction such that a distance between the adjacent magnets is variable so that the shock absorber absorbs a shock applied to two end magnets disposed at respective ends of the N magnets;a coil unit including at least one electromagnetic coil located on at least either of an outer circumference part and an inner circumference part of the N magnets bank; anda controller that controls an electrical operation of the coil unit including a drive controller and a power storage controller, wherein the drive controller performs a drive control operation of supplying electric current to the coil unit to vary a shock-absorbing performance of the shock absorber, wherein the power storage controller performs a power storage control operation by using electric power generated in the coil unit caused by movement of at least one magnet out of the N magnets,wherein the controller executes a changeover between the drive control operation and the power storage control operation, and provides a short rest interval time between the drive control operation time and the power storage control operation time.2. The shock absorber according to claim 1 , wherein N is an integer of at least 3 claim 1 , and the N magnets include at least one middle magnet disposed between the two end magnets of the N magnets and arranged such that opposite poles of the middle magnet ...

Coreless electric machine apparatus, moving body, robot and manufacturing method of the coreless electric machine apparatus

A coreless electric machine includes: a permanent magnet on a first member; N-phase (N≧2) air-core electromagnetic coils on a second member; and a coil back yoke on the second member, each electromagnetic coil including a conductor bundle in which a conductor is wound M times (M≧2), coil sub-aggregates are provided, each including the N electromagnetic coils of the respective N phases and in each of which a conductor bundle forming an effective coil area of a first-phase electromagnetic coil contacts a second conductor bundle forming an effective coil area of another phase electromagnetic coil, and the second conductor bundle is in an air-core portion of the first phase electromagnetic coil, and the coil sub-aggregates are arranged along the cylindrical area, in which the coil sub-aggregates do not overlap in a radiation direction of the cylindrical area, and adjacent coil sub-aggregates contact each other.

Liquid crystal display device and method of fabricating the same

When radiating light onto a liquid crystal composition containing a photosensitive material, the alignment of liquid crystal molecules is adjusted by applying a voltage to the liquid crystal composition layer, to achieve substantially orderly alignment of the liquid crystal molecules, or the alignment of the liquid crystal molecules is made uniform by adjusting the structure of the liquid crystal display device, or any display defect is driven out of the display area. When radiating light to the liquid crystal composition containing the photosensitive material, the alignment of the liquid crystal molecules can be adjusted so as to achieve substantially orderly alignment of the liquid crystal molecules, and the liquid crystal display device can thus be driven stably.

ELECTROMECHANICAL APPARATUS, ROBOT, AND MOVING BODY

An electromechanical apparatus includes: a rotor including a central shaft and permanent magnets disposed around a cylindrical surface along an outer circumference of the central shaft, and a stator including hollow electromagnetic coils disposed around a cylindrical surface along an outer circumference of the permanent magnets and a pipe member having a hollow cylindrical shape and disposed between the permanent magnets and the electromagnetic coils, wherein the pipe member is made of a carbon fiber reinforced plastic, and the carbon fiber reinforced plastic is formed by weaving carbon fiber bundles formed of bundled carbon fibers. 1. An electromechanical apparatus comprising:a rotor including a central shaft and permanent magnets disposed around a cylindrical surface along an outer circumference of the central shaft; anda stator including hollow electromagnetic coils disposed around a cylindrical surface along an outer circumference of the permanent magnets and a pipe member having a hollow cylindrical shape and disposed between the permanent magnets and the electromagnetic coils,wherein the pipe member is made of a carbon fiber reinforced plastic, andthe carbon fiber reinforced plastic is formed by weaving carbon fiber bundles formed of bundled carbon fibers.2. The electromechanical apparatus according to claim 1 ,wherein the pipe member is formed by weaving the carbon fiber bundles oriented at least in two directions.3. The electromechanical apparatus according to claim 1 ,wherein the pipe member has an electrically nonconductive layer on a surface thereof located on the side where the electromagnetic coils are present.4. A robot comprising the electromechanical apparatus according to .5. A robot comprising the electromechanical apparatus according to .6. A robot comprising the electromechanical apparatus according to .7. A moving body comprising the electromechanical apparatus according to .8. A moving body comprising the electromechanical apparatus according ...

ELECTROMECHANICAL DEVICE, AND MOVABLE BODY AND ROBOT USING ELECTROMECHANICAL DEVICE

An electromechanical device includes a rotor having a magnetic back yoke with a cylindrical shape, and at least one rotor magnet arranged along an outer periphery of the magnetic back yoke in a cylindrical manner, a stator having at least one air-core magnetic coil arranged along an outer periphery of the rotor in a cylindrical manner, and a coil back yoke with a cylindrical shape disposed on an outer periphery of the magnetic coil arranged in a cylindrical manner, and a casing adapted to cover the stator and the rotor, wherein at least a part of the casing is formed of carbon fiber reinforced plastic. 1. An electromechanical device comprising: a magnetic back yoke with a cylindrical shape, and', 'at least one rotor magnet arranged along an outer periphery of the magnetic back yoke in a cylindrical manner;, 'a rotor having'} at least one air-core magnetic coil arranged along an outer periphery of the rotor in a cylindrical manner, and', 'a coil back yoke with a cylindrical shape disposed on an outer periphery of the magnetic coil arranged in a cylindrical manner; and, 'a stator having'}a casing adapted to cover the stator and the rotor,wherein at least apart of the casing is formed of carbon fiber reinforced plastic.2. The electromechanical device according to claim 1 , whereinthe casing is formed of the carbon fiber reinforced plastic in apart covering an outer peripheral part of the coil back yoke.3. The electromechanical device according to claim 1 , whereinthe casing is entirely formed of the carbon fiber reinforced plastic.4. The electromechanical device according to claim 1 , whereina central part of the rotor is formed of the carbon fiber reinforced plastic.5. The electromechanical device according to claim 2 , further comprising:a rotating mechanism section housed inside the rotor, and coupled to the rotor.6. The electromechanical device according to claim 5 , whereinthe rotating mechanism section is formed of the carbon fiber reinforced plastic in an ...

PWM CONTROL CIRCUIT AND PWM CONTROL METHOD

The PWM control circuit includes a polarity determination unit, a full wave rectification unit, an adjustment unit that generates an adjusted waveform signal by adjusting waveform of the full wave rectification signal, and a carrier signal generating unit that generates a fixed frequency carrier signal. The PWM control circuit further includes a comparator that generates an original PWM signal by comparing the adjusted waveform signal and the carrier signal, and a PWM waveform shaping unit that generates a first PWM signal for the positive polarity section and a second PWM signal for the negative polarity section, by shaping the original PWM signal according to the polarity signal. 1. A PWM control circuit that generates PWM signals based on an analog sensor output from a sensor provided in a device to be controlled , comprising:a polarity determination unit that generates a polarity signal based on positive polarity sections and negative polarity sections of the analog sensor output;a full wave rectification unit that generates a full wave rectification signal by doing full rectification of the analog sensor output;an adjustment unit that generates an adjusted waveform signal based on waveform of the full wave rectification signal; anda PWM waveform shaping unit that generates a first PWM signal for the positive polarity section and a second PWM signal for the negative polarity section, based on the polarity signal and the adjusted waveform signal,wherein the adjusted waveform signal includes a part of the full wave rectification signal and excludes the other part of the full wave rectification signal.2. The PWM control circuit in accordance with claim 1 , whereinwhen a position at which the polarity of the analog sensor output is reversed is defined as a (n−1)π phase point where n is an integer of at least one, said part of the full wave rectification signal includes a (2n−1)π/2 phase point of the full wave rectification signal.3. The PWM control circuit in ...

BRUSHLESS ELECTRIC MACHINE

The brushless electric machine includes a first drive member (U) having a plurality of permanent magnets (U); a second drive member () having a plurality of electromagnetic coils and capable of movement relative to the first drive member (U); and a third drive member (L) disposed at the opposite side from the first drive member (U) with the second drive member () therebetween. The second drive member () has magnetic sensors (A, B) for detecting the relative position of the first and second drive members. The third drive member (L) has at locations facing the permanent magnets of the first drive member (U) a plurality of magnetic field strengthening members (L) for strengthening the magnetic field at the location of the second drive member () in conjunction with the permanent magnets. 1. A brushless electric machine driven by a control circuit , comprising:a permanent magnet;a magnetic field strengthening member having a fixed relative positional relationship with the permanent magnet; anda first electromagnetic coil, disposed between the permanent magnet and the magnetic field strengthening member, and capable of movement relative to the permanent magnet, the first electromagnetic coil being driven by a first drive signal supplied from the control circuit; anda second electromagnetic coil, disposed between the permanent magnet and the magnetic field strengthening member, and capable of movement relative to the permanent magnet, the first electromagnetic coil being driven by a second drive signal supplied from the control circuit, the second drive signal having a phase difference of π/2 with the first drive signal.2. The brush less electric machine according to claim 1 , wherein the magnetic field strengthening member includes a permanent magnet.3. The brush less electric machine according to claim 1 , wherein the magnetic field strengthening member includes a ferromagnetic body.4. The brush less electric machine according to claim 1 , wherein the permanent magnet ...

ELECTROMAGNETIC COIL, CORELESS ELECTROMECHANICAL DEVICE, MOBILE BODY, ROBOT, AND MANUFACTURING METHOD FOR ELECTROMAGNETIC COIL

An α-wound coil is formed by winding ends on both sides of a predetermined intermediate position of a wire rod from air-core end edges of both the ends toward an outer circumferential side to form two coil portions and superimposing the formed two coil portions to be opposed to each other. When the electromagnetic coil is subjected to bending molding to be adapted to a shape along the cylindrical surface on which the electromagnetic coil is arranged, the circumferential length of a bent-molded shape along the circumferential direction of the cylindrical surface of a first coil portion arranged on the inner circumferential side is set to be smaller than the circumferential length of a bent-molded shape along the circumferential direction of the cylindrical surface of a second coil portion arranged on the outer circumferential side. 1. An air-core electromagnetic coil arranged along a cylindrical surface of a first member or a second member having a cylindrical shape in a coreless electromechanical device in which the first member and the second member relatively rotate ,the electromagnetic coil being an α-wound coil formed by winding ends on both sides of a predetermined intermediate position of a wire rod from air-core end edges of both the ends toward an outer circumferential side to form two coil portions and superimposing the formed two coil portions to be opposed to each other, whereinwhen the electromagnetic coil is subjected to bending molding to be adapted to a shape along the cylindrical surface on which the electromagnetic coil is arranged, circumferential length of a bent-molded shape along a circumferential direction of the cylindrical surface of a first coil portion arranged on an inner circumferential side is set to be smaller than circumferential length of a bent-molded shape along a circumferential direction of the cylindrical surface of a second coil portion arranged on an outer circumferential side.2. The electromagnetic coil according to claim 1 , ...

COIL BACK YOKE, CORELESS ELECTROMECHANICAL DEVICE, MOBILE BODY, ROBOT, AND MANUFACTURING METHOD FOR COIL BACK YOKE

A coil back yoke has laminated structure in which a plurality of annular components are stuck together along the axis direction of a cylinder, the annular component is formed of a soft magnetic body and has structure in which a plurality of divided annular components having a shape divided along the circumferential direction of an annular ring are stuck together in an annular shape, and, to prevent joint portions formed in the annular components by sticking together the divided annular components along the circumferential direction of the annular ring from lining up on a straight line parallel to the axis direction of the cylinder, the joint portions of at least a part of the plurality of annular components are stuck together while being shifted along the circumferential direction of the annular ring with respect to the joint portions of the other annular components. 1. A cylindrical coil back yoke arranged , in a coreless electromechanical device including a rotor and a stator , in an inner circumference or an outer circumference of air-core electromagnetic coils arranged along a cylindrical surface in the stator , whereinthe cylindrical coil back yoke has laminated structure in which a plurality of annular components are stuck together along an axis direction of a cylinder,the annular component is formed of a soft magnetic body and has structure in which a plurality of divided annular components having a shape divided along a circumferential direction of an annular ring are stuck together in an annular shape, andto prevent joint portions formed in the annular components by sticking together the divided annular components along the circumferential direction of the annular ring from lining up on a straight line parallel to the axis direction of the cylinder, the joint portions of at least a part of the plurality of annular components are stuck together while being shifted along the circumferential direction of the annular ring with respect to the joint portions of ...

CORELESS ELECTROMECHANICAL DEVICE, MOBILE UNIT, ROBOT, AND MANUFACTURING METHOD OF CORELESS ELECTROMECHANICAL DEVICE

A coreless electromechanical device includes permanent magnets provided in a first member, M (M is an integer number equal to or more than two) phases of α-wound air core electromagnetic coils provided in a second member, and a coil back yoke provided in the second member, wherein the electromagnetic coil has two effective coil regions that generate force for relative rotational transfer of the first member with respect to the second member and two coil end regions, and the coil end regions of at least the (M-1) phases of electromagnetic coils of the M phases of electromagnetic coils are bent toward an inner circumference side or an outer circumference side of a cylindrical surface containing the cylindrical region so as not to interfere with the coil end regions of the other phases of electromagnetic coils. 1. A coreless electromechanical device having first and second cylindrical members movable relative to each other , the device comprising:permanent magnets provided in the first member;M (M is an integer number equal to or more than two) phases of α-wound air core electromagnetic coils provided in the second member; anda coil back yoke provided in the second member,wherein the electromagnetic coil has two effective coil regions that generate force for relative rotational transfer of the first member with respect to the second member and two coil end regions,a total of the M electromagnetic coils respectively selected for each phase from the M phases of electromagnetic coils form a coil sub-assembly, shapes of the effective coil regions of the M phases of electromagnetic coils respectively have the same shape, the effective coil regions extend along a direction in parallel to an axis direction of the rotation in a cylindrical region between the permanent magnets and the coil back yoke, and the whole M phases of electromagnetic coils are arranged in a circumference direction of the cylindrical region,', 'a distance between the two effective coil regions of the ...

Camera apparatus with magnified playback features

An embodiment of a camera apparatus includes transferring a compressed playback streaming signal output from a recording medium to a map defined in a memory circuit, decoding the transferred playback streaming signal by a decoder, converting the decoded signal to a YUV signal in an image processing unit, transferring the converted signal to the map as a YUV signal, generating a magnified or reduced image from the YUV signal in the image processing unit, and storing the image on the map, overlaying a magnified or reduced image prepared on the map according to a magnified playback request, and outputting the overlaid image for seeking an output position.

Substrate for display and liquid crystal display utilizing the same

The invention provides a substrate for a display which can be easily repaired even when there are problems such as inter-layer shorting attributable to invasion of static electricity. The substrate has a first wiring section disposed in a display area thereof and formed so as to outwardly extend from the inside of the display area. The substrate also has a second wiring section formed such that it intersects the first wiring section outside the display area on the substrate with an insulation film interposed between them. The substrate further has an opening formed in the second wiring section at least in a region thereof overlapping the first wiring section intersecting the same. Further, the substrate has overlapping portions formed at two ends of the opening where the first and second wiring sections overlap each other with the insulation film interposed between them.

Electromechanical device, rotor used for electromechanical device, and mobile unit and robot with electromechanical device

An electromechanical device has a rotor and a stator provided on an outer circumference of the rotor. The rotor includes a rotation shaft, a plurality of rotor magnets cylindrically fixed and arranged along an outer circumference of the rotation shaft, and two magnet side yokes fixed and arranged in contact with side surfaces at both sides of the rotor magnets in a shaft direction of the rotation shaft. Overhang parts that suppress the rotor magnets with respect to radiation directions from a center of the rotation shaft toward the outer circumference and limit movements of the rotor magnets in the radiation directions are provided on surfaces of the magnet side yokes in contact with the rotor magnets.

Package for power storage device and power storage device

A package for a power storage device includes a metal foil layer, an insulation layer laminated on at least center portion of one surface of the metal foil layer, and a heat-sealable resin layer arranged one surface of the metal foil layer or a region corresponding to a periphery of the one surface of the metal foil layer. With this, thinning, weight saving, and shortening of the production time can be attained.

Accessory

An interchangeable lens is removably attached to a camera body including a body-side mount, an image sensor, a plurality of body-side claws disposed outside of the image sensor and a plurality of elastic members respectively disposed on image sides of the body-side claws. The interchangeable lens includes the lens-side mount, first and third lens-side claws engaged with the plurality of body-side claws upon attachment to the camera body. The first and third lens-side claws project from the cylindrical portion in the outer periphery direction of the lens-side mount and extend in the circumferential direction around the optical axis. The first and third lens-side claws are in contact with the two elastic members opposite to each other across an optical axis in once upon attachment to the camera body.

Contactless power transmission system capable of controlling power transmitter apparatus to stably supply load device with required power

A control circuit controls a power supply circuit to generate transmitting power having a frequency varying within a frequency range. The control circuit determines a stably transmitting frequency based on a detected output voltage of a power receiver apparatus, the stably transmitting frequency indicating a frequency of the transmitting power at which dependency of the output voltage on a load value of the power receiver apparatus is at least locally minimized within the frequency range. The control circuit determines a transmitting voltage based on the detected output voltage, the transmitting voltage indicating a voltage of the transmitting power at which the output voltage reaches a target voltage when generating transmitting power having the stably transmitting frequency. The control circuit controls the power supply circuit to generate transmitting power having the stably transmitting frequency and the transmitting voltage.

Power transmitter

A power transmitter is a device for wirelessly supplying power to a power receiver, including: a power converter configured to convert power supplied from a power source into direct current (DC) power; a DC/alternating current (AC) converter configured to convert the DC power into AC power; a capacitor configured to be provided at an input of the DC/AC converter; and a controller configured to perform a discharge control of the capacitor after the power converter stops, wherein the controller performs the discharge control by changing at least one of a driving frequency and a phase shift amount of the DC/AC converter so that power supplied to the DC/AC converter by the capacitor is equal to or lower than withstand power of the DC/AC converter.

Multilayer ceramic capacitor

A multilayer ceramic capacitor includes: a ceramic multilayer structure having a structure in which each of a plurality of ceramic dielectric layers and each of a plurality of internal electrode layers are alternately stacked and are alternately exposed to two edge faces of the ceramic multilayer structure; and a pair of external electrodes that are formed on the two edge faces, wherein when an average value of insulation resistances of each pair of the internal electrode adjacent to each other in a stacking direction is IR ave and a minimum value of the insulation resistances is IR min , (IR ave −IR min )/IR ave <0.50 is satisfied.

Image capture device and vehicle

An image capture device is mounted in a vehicle. The image capture device includes: an image capture unit; and a setting unit that sets an image capture condition for each region of the image capture unit each having a plurality of pixels, or for each pixel, based upon at least one of a state exterior to the vehicle and a state of the vehicle.

Processing apparatus for elongated structure and manufacturing method for elongated structure

An apparatus for processing an elongated structure includes a mold within which an uncross-linked rubber material is placed, at least one heating unit configured to heat the mold, and a pressure device configured to press the rubber material using the mold heated by the heating unit to promote shaping the rubber material by the mold while proceeding the cross-linking of the rubber material. The heating unit includes a central heating device configured to heat a longitudinal central portion of the mold, multiple cooling devices configured to cool two longitudinal end portions of the mold, multiple intermediate heating devices configured to heat two intermediate portions between the longitudinal central portion and the longitudinal end portions of the mold, heat shield plates disposed between the central heating device and the intermediate heating devices, and heat shield plates disposed between the cooling devices and the intermediate heating devices.

Urine specimen analysis device and urine specimen analysis method

A urine specimen analysis device includes a specimen drawing portion, a sample preparing portion, a measurement portion, and an information processing portion. The specimen drawing portion draws a first aliquot and a second aliquot from a urine specimen. The sample preparing portion prepares a first measurement sample by mixing the first aliquot and a first staining dye that stains red blood cells, and a second measurement sample by mixing the second aliquot and a second staining dye that stains nucleic acids. The measurement portion measures fluorescence emitted from the first measurement sample prepared by the sample preparing portion, and fluorescence emitted from the second measurement sample prepared by the sample preparing portion. The information processing portion detects at least red blood cells contained in the first measurement sample based on the fluorescence of the first measurement sample measured by the measurement portion, and at least white blood cells contained in the second measurement sample based on the fluorescence of the second measurement sample measured by the measurement portion.

CORELESS ELECTRIC MACHINE, AND METHOD OF MANUFACTURING CORELESS ELECTRIC MACHINE

A coil assembly of a stator is configured in such a manner that an air core region of each magnet coil houses effective coil parts of different magnet coils. The outer shape of each magnet coil in a section perpendicular to a center axis of a rotor is a divided ring-like shape defined by dividing a circular ring into equal N parts. Two sides of the divided ring-like shape form an angle set to be 360°/N or less. Each magnet coil is made of a coil conductive wire including a conductive wire bundle as a bundle of multiple non-insulated conductive wires each being a non-insulated wire, and an insulating coating layer covering the periphery of the conductive wire bundle. 1. (canceled)2. A coreless electric machine comprising:a rotor including a permanent magnet and rotating about a center axis; anda stator with a coil assembly including a combination of 2N magnet coils where N is an integer of two or more, the stator being arranged concentrically with the rotor via a gap from the rotor, whereineach of the magnet coils is configured as a concentrated winding coil including an effective coil part, a first coil end part and a second coil end part provided on opposite sides of the effective coil part, and an air core region surrounded by the effective coil part, the first coil end part, and the second coil end part,the 2N magnet coils include N first shape coils each having a shape in which the first coil end part is bent inwardly from the effective coil part in a radial direction of the stator, and N second shape coils each having a shape in which the second coil end part is bent outwardly from the effective coil part in the radial direction,outer side surfaces of the effective coil parts of adjacent ones of the first shape coils contact each other,outer side surfaces of the effective coil parts of adjacent ones of the second shape coils contact each other,the coil assembly has a structure in which (i) the effective coil part of the second shape coil is housed in the air ...

CORELESS ELECTRIC MACHINE AND COIL ASSEMBLY

Each of the magnet coils is configured as a concentrated winding coil with an air core including an upper base part, a lower base part, and two leg parts. The upper base part of one of the magnet coils is housed in the air core region of a different one of the magnet coils which is adjacent to the one magnet coil at the side of the miner base part, and the upper base part and the leg parts of one of the magnet coils are aligned in a circular direction with corresponding ones of the upper base part and the leg parts of another different one of the magnet coils which is adjacent to the one magnet coil at the side of the lower base part, without overlapping corresponding ones of the upper base part and the leg parts of the another different magnet coil in a radial direction. 1. A two-phase coreless electric machine comprising:a rotor including a permanent magnet and rotating about a center axis; anda stator including a coil assembly with a combination of multiple magnet coils and arranged concentrically with the rotor via a gap from the rotor, whereineach of the magnet coils is configured as a concentrated winding coil comprising an upper base part parallel to the center axis, a lower base part facing the upper base part, two leg parts connecting the upper base part and the lower base part, and an air core region surrounded by the upper base part, the lower base part, and the two leg parts,each of the magnet coils has a trapezoidal shape in a plan view.,each of the upper base part. the lower base part, and the two leg parts has a linear shape,{'b': '90', 'the two leg parts are formed so as to set an angle of less than degrees between the lower base part and each of the leg parts,'}the upper base part and the lower base part are arranged on two circumferences respectively at different distances from the center axis and each of the two leg parts has a level difference portion for connecting the upper base part and the lower base part, andthe coil assembly has a structure ...

Gap adjusting system for crusher and method

A system and method for adjusting a gap between rotary striking blades or hammers and an operating plate in a crusher without interrupting the operation thereof are disclosed. In one embodiment, the system includes a sensing bar provided on a slider, a shifting device for the slider, a moving device for the operating plate and a controlling device electrically connected to motors of the slider and the moving device. In operation, the sensing bar is brought into contact with the rotating striking blades or hammers by shifting the slider, whereby detecting the extent of wear of the striking blades or hammers from the total shifting distance of the slider, and the operating plate is then moved to the extent commensurate with the detected wear.

Water treatment device

A water treatment device capable of filtering out iron and manganese in raw water by oxidizing them and making them insoluble in water includes a raw water supply tube ( 4 ), one or more jet nozzles ( 5 ), each being at one end portion thereof in communication with the raw water supply tube ( 4 ) and having at the other end thereof a raw water jetting outlet for blowing out the raw water in a jet stream, one or more air introducing tubes ( 6 ) provided in correspondence to the jet nozzle or jet nozzles ( 5 ), each being at one end portion thereof opened to the atmosphere and being at the other end portion thereof opened to the inside of a corresponding one of the jet nozzles ( 5 ) upstream of the raw water jetting outlet and a filter container ( 3 ) containing a filter layer ( 2 ).

Method and apparatus of crush clearance regulation

SYSTEM FOR ADJUSTING THE GAP BETWEEN THE FLAKING WINGS AND THE CRUSHING PLATE IN A CRUSHING MACHINE

METHOD AND DEVICE FOR AUTOMATIC ADJUSTMENT OF A CRUSHER

Process for forming composite coated film

A process for forming a composite coated film, which comprises coating a cationically electrodepositing paint composed mainly of a cationic resin having a functional group capable of reacting with isocyanate groups on the surface of a substrate, then coating an organic solvent-base paint containing a polyisocyanate compound and capable of forming a coated film having a static glass transition temperature of 0° to -75° C. on the surface of the electrodeposited paint film, and then coating a top coat paint.

Localized plasmon resonance sensor and examining device

The metal fine particles 33 are sparsely fixed on the surface of the transparent substrate 32 , and the acceptor 35 for attaching the specific ligand is immobilized on the transparent substrate 32 or the metal fine particles 33 . The prism 36 is closely attached to the lower surface of the transparent substrate 32 , and the excitation light enters the transparent substrate 32 through the prism 36 . The incident light is totally reflected at the surface of the transparent substrate 32 , and the evanescent light generated at the surface and the metal fine particles 33 locally plasmon resonate. As the evanescent light and the metal fine particles locally plasmon resonate, a strong electric field is enclosed in the vicinity of the metal fine particles. When the surface arranged with the metal fine particles 33 and the acceptor 35 is contacted to the analysis sample solution containing ligand modified with light emitting molecules, only the light emitting molecule modifying a specific ligand attached to the acceptor emits light.

Condensed pyrrolo derivatives, process for their preparation and pharmaceutical compositions containing them

A heterocyclic compound of the formula (I): and a pharmacologically acceptable salt thereof which have platelet activating factor (PAF) antagonizing activity are disclosed.

WIRELESS MOBILITY DEVICE, CONTROL SYSTEM, METHOD AND PROGRAM

A wireless mobile object includes: a response unit that responds to a call received through a voice channel over a mobile communication network; and a control unit that controls an action of the wireless mobile object, based on maneuver information received through the voice channel.

Vakuumpumpe.

ポリエチレン系樹脂組成物

(57)【要約】 【課題】 剛性、衝撃強度、ＥＳＣＲ、耐ドローダウン 性、肉厚均一性等に優れ、流動性が良好で、高速成形性 に優れたポリエチレン系樹脂組成物を提供する。 【解決手段】 （ア）ハイロードメルトフローレート （ＨＬＭＦＲ）が５０〜２００ｇ／１０分、（イ）キャ ピログラフ１９０℃でのストランドの押出時間が２４秒 以上、（ウ）ＨＬＭＦＲ測定時のダイスウェルが９０％ 以上、（エ）ＨＬＭＦＲ、密度（ｄ）およびボトルにし た時の定圧法での耐ストレスクラッキング性（ＥＳＣ Ｒ）が式（１）の関係を満たし、（オ）２０μｍ厚フィ ルムで、0.5ｍｍφ以上のフィッシュアイが認められ ず、0.1ｍｍ以上0.5ｍｍφ以下のフィッシュアイが１０ ０個／0.1ｍ 2 以下であるポリエチレン系樹脂組成物。 【数１】

室温硬化性組成物

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

ゴミ容器の反転装置及び該反転装置に用いるゴミ容器

(57)【要約】 【課題】投入口端縁からの突出量を減少させて、反転装 置を用いない場合の手動で塵芥収集作業を行う際の作業 性を良好なものとしたゴミ容器の反転装置及び該反転装 置に用いるゴミ容器を提供する。 【解決手段】上側係合フック３４を有する第１スライド 部材３３と、水平方向の位置を上側係合フック３４に対 して、所定距離離間した位置とする下側係合フック３６ を有し、構造体３２に鉛直方向に沿ってスライド自在に 配設される第２スライド部材３５と、構造体３２に回動 自在に配設されるシリンダ本体４１から略鉛直方向に沿 ってシリンダロッド３８を伸縮させて、シリンダロッド 先端に第２スライド部材３５を連結するシリンダ装置３ ７と、第１スライド部材３３及び第２スライド部材３５ 間の相対スライド位置を、被係合部３０に、上側係合フ ック３４及び下側係合フック３６が係合する位置に規制 するスライド規制部４２とを有している。

Fusion welding method of screen and other metal

短繊維不織布およびその製造方法

(57)【要約】 【課題】 溶融紡糸時の冷却性が良好であるのみなら ず、吸水性や熱安定性が良好で、しかも割繊度合いが高 く、さらに機械的特性や柔軟性にすぐれて、ワイパー分 野やフィルター分野などに広範囲に利用できる不織布を 提供する。 【解決手段】 第１および第２の繊維形成性重合体から なる第１および第２の割繊短繊維と、吸水性を有する短 繊維とによって構成された短繊維不織布である。第１お よび第２の割繊短繊維は、いずれも単糸繊度が０．５デ ニール以下である。第１の繊維形成性重合体と第２の繊 維形成性重合体とは、互いに非相溶性を呈するアミド系 重合体とエステル系重合体とエチレン系重合体とのいず れかどうしによって構成される。第１の割繊短繊維と第 ２の割繊短繊維との割繊率は８５％以上である。構成繊 維どうしが三次元的に交絡している。

表示装置およびこれを含む超音波式流量計

(57)【要約】 【課題】 設置姿勢の自由度が高く、読み取りの視認性 に優れると共に、小型化を実現する。 【解決手段】 計測値などを表示する表示部７と、この 表示部７に表示される文字、数字、記号などの情報デー タの表示する姿勢を任意に可変する表示姿勢設定部８を 備えている。

画信号処理方法

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

ポリエチレン繊維とその製造法

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

ポリエチレンとポリプロピレンのブレンド構造体からなる繊維及びその繊維を用いた不織布

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Polyolefin-type nonwoven fabric and method of producing the same

A nonwoven fabric formed of highly spinnable heat bonded continuous filaments which is strong and soft and is superior in hand. The nonwoven fabric is formed by heat-bonding filaments of linear low density polyethylene so that the number of defects is not more than 0.01/kg, the weight is 10-100 g/m 2 , the percentage bond area is 7-20% and the total hand value is 4-300 g. The nonwoven fabric is produced by melt-extruding the above-mentioned linear low density polyethylene to form filaments which are drawn by air guns at a high speed so that they are deposited on a moving collection belt to form a web which is then heat treated at a temperature 15°-30° l C. lower than the melting point of the filaments. The nonwoven fabric an be formed of filaments of hollow or flat cross section. It is also possible to utilize bicomponent filaments having a sheath component made of linear low density polyethylene and a core component made of polyethylene terephalate.

Polyolefin-type nonwoven fabric and method of producing the same

A nonwoven fabric formed of highly spinnable heat bonded continuous filaments which is strong and soft and is superior in hand. The nonwoven fabric is formed by heat-bonding filaments of linear low density polyethylene so that the number of defects is not more than 0.01/kg, the weight is 10-100 g/m 2 , the percentage bond area is 7-20% and the total hand value is 4-300 g. The nonwoven fabric is produced by melt-extruding the above-mentioned linear low density polyethylene to form filaments which are drawn by air guns at a high speed so that they are deposited on a moving collection belt to form a web which is then heat treated at a temperature 15°-30° C. lower than the melting point of the filaments. The nonwoven fabric an be formed of filaments of hollow or flat cross section. It is also possible to utilize bicomponent filaments having a sheath component made of linear low density polyethylene and a core component made of polyethylene terephthalate.

Screen

A screen particularly suitable for use in deep well comprises a reinforcing member (2) of a generally cylindrical configuration, a plurality of support rods (3) arranged on the outside of the reinforcing member (2) in the axial direction thereof and a wire (4) wound helically on the outside of the support rods (3). A multitude of slits (2b) continuous in substantially the circumferential direction of the reinforcing member (2) are formed at a predetermined pitch in the reinforcing member (2). The screen made according to the invention has a much larger opening space and therefore has a greater fluid collecting efficiency than conventional screens while maintaining a sufficient strength against an external pressure.

Double cylinder screen

A double cylinder screen comprises an inner reinforcing cylinder which performs a pressure-resisting function against an external pressure and an outer screen cylinder which performs a screen function. The inner reinforcing screen comprises inner rods disposed cylindrically at a predetermined interval in the axial direction of the screen and a spiral reinforcing member wound on the outside of the inner rods and welded to the inner rods. The outer screen cylinder comprises screen rods disposed at a predetermined interval in the axial direction on the outer periphery of the inner reinforcing member and a wire wound spirally about the outside of the screen rods and welded to the screen rods. The width of a slit of the reinforcing member is larger than the width of a slit of the wire. The double screen cylinder is improved in its stength and can be manufactured without requiring a costly jig.

Method of manufacturing a selective isolation screen

A method of manufacturing a selective isolation screen includes steps of preparing for a tubular screen provided with spacer members and a wire on a base member, and supplying sealing material from a sealing material supply device which supplies sealing material at a location where sealing is required on the tubular screen while rotating the sealing material supply device relative to the tubular screen thereby filling the annulus between the spacer members which are adjacent to each other in the circumferential direction to form seal means. Difficulty in welding can thereby be avoided and location and state of mounting of sleeves can be visually checked.

Method of manufacturing a selective isolation screen

A method of manufacturing a selective isolation screen includes steps of fitting a plurality of screen jackets one by one on a base member, each of the screen jackets including a plurality of spacer members extending in the longitudinal direction to be disposed, circumferentially spaced, on the base member and a wire wound about the periphery of the spacer members with a predetermined gap, and welding the end portions of each screen jacket to the base member thereby fixing the screen jacket to the base member and also forming seal means and thus constituting a single unit screen. Difficulty in welding can thereby be avoided and location and state of mounting of sleeves can be visually checked.

Well screen having a protective frame for a horizontal or high-angle well

A well screen for a horizontal or high-angle well includes a screen main body and a protective frame. The screen main body has screen rods arranged in the circumferential direction of the well screen and a screen wire wound on the screen rods. The protective frame includes protective rods provided on the outside of the screen wire in the circumferential direction and extending in the axial direction of the well screen, annular rod holding members provided with interval in the axial direction for holding the protective rods, and a protective wire wound about the protective rods. When the well screen forced into the well passes through a bent section of the well, the protective frame slides in contact with the wall surface of the bent section thereby protecting the screen wire. A gap of a predetermined value is formed between the protective rods and the outer surface of the screen wire of the screen main body so that, by adjusting this gap suitably, the screen wire will pass through a bent section of the well without contacting the protective rods or, even if the screen wire contacts the protective rods, the screen wire will not receive a damaging force from the protective rods.

Well liner with dual concentric half screens

A well liner having dual concentric half screens for filtering sand and undesirables from fluids, gases, and toxic extractions. The well liner provides concentric half bodied screens of opposite orientation to provide a tortuous flow of path for the production fluids. The screens are manufactured by techniques well known in the art in the preferred embodiment. Two screen members are provided each comprising two annular portions: a screen portion and a solid pipe portion. The inner screen member is inserted in the outer screen member and both members are welded at each end. Additionally, an apertured base pipe may be provided. In the alternate embodiment, an apertured base pipe is surrounded by two full screen tubular members. A tortuous flow path is created in the alternative embodiment by the placement of shield members along a portion of the inner and outer screens. Additionally, the shields may be varied depending upon the placement of the apertures along the base pipe. These well liners are particularly suited for horizontal or high angle wells requiring a tortuous flow path where formation sand is likely to clog the well liners. The well bores may further be gravel packed to prevent or limit formation sand movement.

Well screen having a slurry flow path

A well screen (1) having slurry flow paths (6) enclosed therein includes support rods (3) extending in the axial direction of the screen disposed cylindrically at a predetermined interval in the circumferential direction of the screen, a wire (5) wound on the outer periphery of said support rods so as to form slits (4) of a predetermined width, one or more flow paths (6) for gravel-containing slurry provided inside of the wire and extending in the axial direction of the screen, and openings (7) for communicating the flow paths with the outside of the screen. Lowering and lifting of the screen through a wellbore can be made smoothly without interfering of the slurry flow paths with the wellbore and installation of the screen can thereby be faciliated.

Well screen having slurry flow paths

A well screen having slurry flow paths enclosed therein includes support rods extending in the axial direction of the screen disposed cylindrically at a predetermined interval in the circumferential direction of the screen, a wire wound on the outer periphery of said support rods so as to form slits of a predetermined width, one or more flow paths for gravel-containing slurry provided inside of the wire and extending in the axial direction of the screen, and openings for communicating the flow paths with the outside of the screen. Lowering and lifting of the screen through a wellbore can be made smoothly without interfering of the slurry flow paths with the wellbore and installation of the screen can thereby be facilitated.

Well screen having a uniform outer diameter

A well screen is composed of a plurality of screen units connected in series. Each of said screen units has a cylindrical connecting section at least at one end thereof and includes a plurality of support rods extending in the axial direction of the screen disposed cylindrically about a section of the screen other than the connecting section at a predetermined interval in the circumferential direction of the screen, and a wire wound on the outer periphery of said support rods so as to form slits of a predetermined width. The well screen further includes outer diameter equalizing means provided about adjacent ones of the connecting sections of two of the screen units connected to each other for substantially equalizing the outer diameter of said connecting sections to the outer diameter of sections other than the connecting sections.

Patent JPS5832275B2

超音波計測装置およびこれを含む流れ計測装置

(57)【要約】 【課題】 低消費電力で計測を行う。 【解決手段】 超音波信号を送受信する振動子１４と、 振動子１４の交流受信信号を複数周期にわたってしきい 値と比較する比較手段１９と、振動子１４の送信から比 較手段１４による検出ごとの複数の伝搬時間を計測する 計時手段２１と、計時手段２１の計測値の平均値より伝 搬時間を算出する時間演算手段２２とを備えたものであ る。これによって１回の超音波の送受信によって何度も 比較手段で比較を行なった計測値が得られるので、その 平均値を求めることによって高精度な伝搬時間の測定値 が短時間で得られ、低消費電力で計測を行うことができ る。

コンクリ−ト構造物の施工方法及び型枠板

(57)【要約】 【課題】 本発明は、動物の移動及び動植物の生育に適 し、しかも景観を向上させることができる、コンクリ− ト構造物の施工方法及び型枠板を提供することを課題と する。 【解決手段】 上記課題を解決するため本発明は、多数 の開口部を有する板体と、この板体の外表面に一端を開 口して取り付けた筒体とよりなる型枠板内に、コンクリ −トを打設して、前記筒体で包囲された穴を有するコン クリ−ト構造物を構築することを特徴とした、コンクリ −ト構造物の施工方法及び型枠板を提供する。

円筒状スクリーンの壁間距離測定装置

(57)【要約】 【課題】 検出ビームを利用する測定原理に由来する測 定エラーを生じない同軸の円筒状スクリーンの壁間距離 測定装置を提供する。 【解決手段】 モータ２６，２６′の回転をねじ棒３ ０，３０′に伝達し、この回転をゲージ棒２６，２６′ の直進運動に変換し、後退位置から対向壁面との当接位 置までのゲージ棒２６，２６′の突出長さに対応するね じ棒３０，３０′の回転数をロータリーエンコーダ４ １，４１′により計測することにより壁間距離を測定す る。本体２は突出したゲージ棒２３と１対の本体固定用 板１８とにより壁間に固定する。

発光素子ドライブ回路

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Acrylamide compositions

画信号処理装置

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Polyolefinic biconstituent fiber and nonwove fabric produced therefrom

A biconstituent fiber having good spinnability, a binder fiber made thereof, and a nonwoven fabric produced therefrom and which has high tensile strength and comfortable soft touch are provided. The biconstituent fiber is composed of linear low-density polyethylene and crystalline polypropylene and may be hollow or flat in cross section. A binder fiber may be produced from a bicomponent structure in which the biconstituent fiber serves as a sheath component and polyethylene terephthalate as a core component.

Colored olefinic resin composition

Bottle or can collecting container

(57)【要約】 【課題】片開き戸を開けなくとも、瓶もしくは缶の収集 状態を外部から視認することが出来る瓶もしくは缶の収 集用容器を提供する。 【解決手段】前面上部に投入口11が開口された略直方体 状の容器本体１の内部に籠状内容器３が格納され、前面 下方に片開き戸２が取着され、片開き戸２及び／又は側 壁に容器本体１の内部が透視可能な透孔21、12が穿設さ れている。

Patent JPS5921455B2

Preparation of novel azo type substituted aminoquanyl compound

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Gas controller

Deciding system for cause of plant fault

Stacked rotor

Biodegradable filament nonwoven fabric and method of producing the same

A biodegradable filament nonwoven fabric is provided which is composed of filaments of a polylactic acid based polymer. The polylactic acid based polymer is selected from the group consisting of poly-D-lactic acid, poly-L-lactic acid, copolymers of D-lactic acid and L-lactic acid, copolymers of D-lactic acid and a hydroxycarboxylic acid, copolymers of L-lactic acid and a hydroxycarboxylic acid, and copolymers of D-lactic acid, L-lactic acid and a hydroxycarboxylic acid, which have melting points of not lower than 100° C., and blends of any of these polymers which have melting points of not lower than 100° C. The filaments of the polylactic acid based polymer have a birefringence of 10×10 −3 to 25×10 −3 , a degree of crystallinity of 12 to 30 wt %, and a crystal size of not greater than 80 Å as measured axially of the filaments. The nonwoven fabric has a boiling water shrinkage percentage of not higher than 15%.

Biodegradable formable filament nonwoven fabric and method of producing the same

A formable biodegradable filament nonwoven fabric and a production method therefor are provided. A biodegradable polymer comprising a thermoplastic aliphatic polyester as its principal component is melted and extruded through a spinneret into filaments. While being quenched with quench air blow, the extruded filaments are drafted at a drafting speed of 1,000 to 2,500 m/min by means of a suction device disposed below the spinneret. The drafted filaments are spread and accumulated on a movable collector surface thereby to be formed into a web, which is then treated for formation of a nonwoven fabric. The constituent filaments of the nonwoven fabric has a polymer supercool index of 0.3 to 0.6.

Hot-water supply temperature controller

基材表面の汚染防止方法

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Obliquely oriented polypropylene cross film and fastening tape for paper diaper comprising said cross film

A composition comprising polypropylene and a small amount of polyethylene can be shaped into an obliquely oriented film, and if obliquely oriented films shaped from this composition are laminated so that the molecular orientation directions cross one another, an obliquely oriented cross film having excellent heat resistance and mechanical strength is obtained. This cross film is suitably used as a base of a fastening tape for a paper diaper.

Picture signal processor

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Ultrasonic flowmeter

(57)【要約】 【課題】 超音波流量計における対流による誤計測の影 響を排除する。 【解決手段】 矩形断面を有し、断面の長辺が水平にな るように配置された流量測定部４と、流量測定部４をは さんで水平方向に対向配置された一対の超音波振動子 ６、７と、これら振動子からの信号を基に流量を算出す る流量演算部８とから構成されている。

Adhesive and retroreflective article comprising the adhesive

An adhesive which is a reaction product of polymerizing, and curing or crosslinking a monomer component containing 80-85 wt % of an alkyl (meth)acrylate ester monomer with an alkyl group of 1-18 carbon atoms and 15-20 wt % of an unsaturated monomer with at least one polar functional group, and which has a gel percentage of 50-85% after curing or crosslinking.

Hot water supply control device

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Hot water supply device

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Method for manufacturing viscoelastic urethane foam

【課題】 寝具用粘弾性ポリウレタンフォームの製造方法を提供する。 【解決手段】 ポリイソシアネート（Ａ）、ポリオール（Ｂ）、及びモノオール（Ｃ）を、触媒（Ｄ）、発泡剤（Ｅ）、整泡剤（Ｆ）の存在下で発泡硬化させて得られる、復元時間が１〜３０秒であるである粘弾性ポリウレタンフォームの製造方法であって、ポリイソシアネート（Ａ）が、ＭＤＩ（Ａ１）、ＭＤＩ系多核縮合体（Ａ２）、及びＭＤＩ（Ａ３−１）と特定のＮＣＯ末端プレポリマー（Ａ３）の混合物であり、ポリオール（Ｂ）が、数平均分子量・平均官能基数等の異なる３種類のポリオール（Ｂ１〜Ｂ３）の混合物であり、モノオール（Ｃ）が、特定のポリエーテルであり、触媒（Ｄ）が、炭素数５〜１０の水酸基含有三級アミンであることを特徴とする前記製造方法により解決する。 【選択図】 なし

Image input device

(57)【要約】 【課題】 画像表示部と読取部が一体化された画像入力 装置において、画像表示部よりも長い原稿の読取を可能 とする。 【解決手段】 画像表示部１１に沿って移動して画像表 示部の上に置いた原稿を読み取るラインイメージセンサ ー１２ａを備えた読取部１２を、画像表示部の領域外の 待機位置Ｐに停止するようにし、待機位置Ｐに停止して いる読取部１２の上方に、読取ガラス２２を設けると共 にその上をシート状原稿２３がＵ字状に走行するように 給紙ローラ２５を設け、給紙ローラ２５でシート状原稿 ２３を送りながら読取部１２で読取を行う構成とする。

Automatic focus display device

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Exhaust emission control system

【課題】排気インジェクタの指示噴射量と実噴射量との誤差を効果的に低減する。 【解決手段】内燃機関１０の排気通路１３に設けられて排気を浄化する触媒を含む排気後処理装置３０と、排気後処理装置３０よりも上流側の排気通路１３に設けられた排気インジェクタ３４と、排気インジェクタ３４よりも下流側の排気通路１３に設けられて排気の実測値を取得する排気センサ４５と、排気インジェクタ３４が燃料噴射を実施している期間に、内燃機関１０の運転状態から推定される排気の推定値と、排気センサ４５で取得される実測値との差に基づいて排気インジェクタ３４に出力する指示噴射量の補正量を学習する学習補正量演算部９５と、学習補正量演算部９５によって学習された補正量に基づいて排気インジェクタ３４に出力する指示噴射量を補正する噴射量補正部９６とを備える。 【選択図】図１

Method of analyzing change in primary structure of nucleic acid

本発明は、定量性があり、感度および再現性が高く、迅速に且つ低コストで行うことができる核酸の一次構造変化の解析方法を提供することをもく亭としている。本発明の核酸の一次構造変化の解析方法は、基準核酸および解析対象核酸中の標準配列と標的配列に、核酸の種類ごとに異なる第一のリガンド、および第二のリガンドを結合させた構造の核酸を得る工程と、担体上に担持された受容体に第一のリガンドを特異的に結合させて標準配列および標的配列を担体に固定化する工程と、固定化された前記核酸中の第二のリガンドに、標識化された受容体を特異的に結合させる工程と、標識を検出して標準配列および標的配列を検出する工程と、基準核酸および解析対象核酸中の標準配列の比を求めて標的配列の検出値を補正する係数を算出し補正する工程と、基準核酸中の標的配列に対する解析対象核酸中の標的配列の量の増減を確認する工程と、を有することを特徴とする。

Top sheet material for absorptive article

(57)【要約】 【解決手段】本発明の吸収性物品用トッフ゜シート材は、特定 のMFR(MFR A )を有するフ゜ロヒ゜レン系重合体(A)からなる芯部 と、MFR(MFR B )がMFR A /MFR B ≧1.2またはMFR A /MFR B ≦0.8 の関係を満足するフ゜ロヒ゜レン系重合体(B)からなる鞘部とか ら構成される偏芯芯鞘型複合長繊維、またはフ゜ロヒ゜レン系 重合体(C)からなる芯部と、エチレン系重合体(D)からなる鞘 部とから構成される偏芯もしくは同芯の芯鞘型複合長繊 維が、ウェフ゛の状態で交絡処理されたスハ゜ンホ゛ント゛不織布の 親水処理物からなる。これらの繊維は、平均繊維径が10 〜50μmであり、平均繊維長が50mm以上であり、かつ、 該不織布の空隙率が85〜99容積%である。 【効果】上記トッフ゜シート材は、強度特性および経済性に優 れるとともに、柔軟性、嵩高性および体液吸収性に優 れ、肌触り感に優れている。

Direction controller of control object

Left and right rear wheels (16B) are controlled independently and the traveling direction of a vehicle (10) is altered (turned) by the speed difference. A steering wheel is normally provided and steered constantly by a crew; but since the vehicle (10) can be turned automatically with an optimal curvature by simply tilting an operating stick (92) previously to the left or right thereby designating the turning direction, troublesome steering operation of the crew can be eliminated. Since the left and right rear wheels are controlled independently through PLL control, the vehicle can be turned accurately with good response.

Connector contact connecting device

(57)【要約】 【課題】 相手コネクタが無く、かつプローブピンで接 触不可能なコネクタ端子台によって配線されている装置 の導通チェック等を実施する際、このＵの字接点１個毎 ブザーチェック等で実施しなければならず作業工数がか かる。 【解決手段】 検査対象であるコネクタ端子台１０は、 Ｕの字形状の接点１１，１２を有する。接続装置のハウ ジング１は絶縁体でつくられ、接点ピン２が挿入され る。接点ピン２の先端はナイフ状刃形に形成され、接点 １１，１２に差し込まれる。接点ピン２はピン３でまわ り止めが形成され、クッション４の弾性力により接点１ １，１２に向けて付勢される。接点ピン２に連結される リード線８は、試験機等に接続される。