MULTILAYER CIRCUIT BOARD IN WHICH SIGNAL POWER SOURCE SEPARATION CIRCUIT IS FORMED

Provided is a multilayer circuit board in which a signal power source separation circuit is formed, and which can inhibit capacitive coupling with the ground layer under a chip inductor and which can inhibit a change in characteristic impedance at a mount pad portion of a microstrip line. Parts of an inner layer ground 1b that are provided under both a mount pad 5a1 formed on the microstrip line 2 and chip inductors 5a, 5b connected to the mount pad 5a1 are removed in a manner so as to be divided into a signal transmission characteristic compensation removal portion 5a2 formed by removing a predetermined area of the part immediately below the mount pad 5a1 and an inductor characteristic compensation removal portion formed by removing a predetermined area of the part immediately below the plane on which the chip inductors 5a, 5b are mounted. The signal transmission characteristic compensation removal portion 5a2 and the inductor characteristic compensation removal portion are electrically ...

Electronic component and manufacturing method thereof

A stack is configured by stacking magnetic layers and non-magnetic layers, and has a rectangular-parallelepiped shape. A coil is provided in the stack, and has a coil axis that is substantially parallel to a stacking direction of the stack. The stacking direction and the coil axis are not parallel to sides that configure the stack.

LAMINATED ELECTRONIC COMPONENT AND METHOD OF MANUFACTURING LAMINATED ELECTRONIC COMPONENT

A laminated electronic component includes a first magnetic material portion, a low-magnetic-permeability portion laminated on the first magnetic material portion, a second magnetic material portion laminated on the low-magnetic-permeability portion, at least one annular or spiral coil disposed within the low-magnetic-permeability portion, and a plurality of columnar magnetic material portions disposed within the low-magnetic-permeability portion so as to extend through inside of the coil and connecting the first magnetic material portion to the second magnetic material portion. 1. A laminated electronic component comprising:a first magnetic material portion;a low-magnetic-permeability portion laminated on the first magnetic material portion;a second magnetic material portion laminated on the low-magnetic-permeability portion;at least one annular or spiral coil disposed within the low-magnetic-permeability portion; anda plurality of columnar magnetic material portions disposed within the low-magnetic-permeability portion so as to extend through inside of the coil and connect the first magnetic material portion to the second magnetic material portion.2. The laminated electronic component according to claim 1 , wherein the coil includes a pair of coils which are electromagnetically coupled to each other to constitute a common mode choke coil.3. The laminated electronic component according to claim 1 , wherein each of the columnar magnetic material portions has a circular transverse section.4. The laminated electronic component according to claim 2 , wherein each of the columnar magnetic material portions has a circular transverse section.5. A method of manufacturing a laminated electronic component claim 2 , the method comprising the steps of:preparing a plurality of magnetic material sheets;preparing a plurality of low-magnetic-permeability sheets;forming, in the low-magnetic-permeability sheets, a plurality of holes extending through the low-magnetic-permeability ...

INFILTRATION INTAKE SYSTEM

In this infiltration intake system, a structural body integrally includes a waster discharge direction control portion controlling a discharge direction for wastewater discharged from a filter toward a raw water side at a backwash time with a backwash mechanism portion in a prescribed wastewater discharge direction. 1. An infiltration intake system comprising:a structural body, set on a water bottom surface of raw water, including a filter storage portion;a filter stored in the filter storage portion;a water guide portion for guiding treated water passing through the filter toward the side of a treatment equipment; anda backwash mechanism portion for washing the filter by refluxing water or air from a treated water side of the filter toward a raw water side, whereinthe structural body integrally includes a wastewater discharge direction control portion for controlling a discharge direction for wastewater discharged from the filter toward the raw water side to a prescribed wastewater discharge direction at a backwash time with the backwash mechanism portion.2. The infiltration intake system according to claim 1 , whereinthe wastewater discharge direction control portion includes a guide portion for guiding wastewater discharged upward from the filter toward the raw water side to discharge the wastewater sidewise from the structural body at the backwash time.3. The infiltration intake system according to claim 2 , whereinthe guide portion has a ceiling surface formed above the filter storage portion in the structural body to be opposed to the filter storage portion and inclined obliquely upward toward the prescribed wastewater discharge direction previously set sidewise.4. The infiltration intake system according to claim 2 , whereinthe structural body includes a first opening and a second opening so provided as to open on side portions of the structural body, andthe second opening is provided on the side of the prescribed wastewater discharge direction at the ...

Infiltration intake system for revetment wall

This infiltration intake system for a revetment wall includes a structural body, set on an outer wall surface of a revetment wall, including a filter storage portion, a filter stored in the filter storage portion of the structural body, and a water guide portion guiding treated water passing through the filter toward the side of an inner wall surface of the revetment wall.

FLOATING FLAP GATE

The object of the present invention is to prevent an overflow of water into living spaces and underground spaces, to prevent difficulties in lower the door body when the water level has dropped, and to prevent the door body from suddenly falling. This is achieved by a floating flap gate which is disposed at an opening or at an access way, so as to block the opening or the access way when water w flows in, and comprises a door body with a forward end which is able to swing upwards, within in a plane in a height direction in a direction in which the water flows in around a base end thereof serving as a fulcrum. A rod is attached to the forward end of the door body One end of a wire rope is attached to the rod and the other end is attached to a counterweight via fixed pulleys The fixed pulley is arranged so that the counterweight is at its lowest point when the angle of inclination of the door body with respect to a horizontal plane reaches within a range from 10° to 80° during raising or lowering of the door body 1. A floating flap gate which is disposed at an opening or at an access way , so as to block the opening or the access way when water flows in , and comprises a door body with a forward end which is able to swing upwards , within a plane in a height direction in a direction in which the water flows in around a base end thereof serving as a fulcrum , whereinone end of a rope is attached to a forward end of the door body, and the other end of the rope is attached to a counterweight via at least a fixed pulley, so that the counterweight is at its lowest point when the angle of inclination of the door body with respect to a horizontal plane reaches within a range from 10° to 80° during raising or lowering of the door body.2. The floating flap gate according to claim 1 , wherein claim 1 , instead of the counterweight claim 1 , a spring is attached to the other end of the rope claim 1 , and the fixed pulley is disposed so that when the angle of inclination reaches ...

IMAGE FORMING APPARATUS, A NON-TRANSITORY COMPUTER-READABLE RECORDING MEDIUM STORING CONTROL PROGRAM, AND CONTROL METHOD

An image forming apparatus includes a main CPU. The main CPU detects whether or not a commercial power supply has been shut off while operating in a warning mode which, in response to detecting an intruder, alerts a surrounding person and/or a specified person that the intruder was detected. If the commercial power supply has been shut off, the surroundings are alerted in the form of audio that the commercial power supply has been shut off, and the alert is also issued by transmission of an email addressed to an administrator. 1. An image forming apparatus provided with a warning mode that , in response to detecting an intruder , alerts a surrounding person and/or a specified person that the intruder has been detected , the image forming apparatus includinga power supply determination device that determines whether or not a main power supply has been shut off when the mode is set, anda first alert device that alerts the surrounding person and/or the specified person with a message indicating that the main power supply has been shut off, in response to the power supply determination device determining that the main power supply has been shut off.2. The image forming apparatus according to claim 1 , further includinga network determination device that determines whether or not a network has been shut off when the warming mode is set, anda second alert device that alerts the surrounding person with a message indicating that the network has been shut off, in response to the network determination device determining that the network has been shut off.3. The image forming apparatus according to claim 2 , further includinga reservation execution device that transmits, while in the warning mode, a reservation command and to a mail server for reserving transmission of an email that includes a message indicating that the network has been shut off,a reservation releasing device that transmits a release command to the mail server for releasing the reservation of the email ...

COMMON MODE CHOKE COIL

A common mode choke coil includes a laminated-type coil that has high breakdown voltage reliability. Coil conductors and a coil conductor for a secondary coil are laminated so as to be respectively interposed between, coil conductors for a primary coil, two coil conductors connected to each other by an inner circumferential side via hole conductor and two coil conductors connected by an inner circumferential side via hole conductor. Meanwhile, in the primary coil, an outer circumferential side via hole conductor is provided so as to pass through only one insulation layer, and accordingly, a length of the outer circumferential side via hole conductor in an axis line direction thereof is reduced. As a result, an amount of conductive material used for the outer circumferential side via hole conductor that diffuses during firing can be reduced, and a drop in a thickness of the insulation layers can be suppressed. 1. A common mode choke coil comprising:a multilayer body having a laminated structure provided with a plurality of laminated insulation layers;first and second coils provided within the multilayer body; andfirst to fourth outer terminal electrodes provided on an outer surface of the multilayer body,wherein the first and second outer terminal electrodes are electrically connected to one end and another end, respectively, of the first coil;the third and fourth outer terminal electrodes are electrically connected to one end and another end, respectively, of the second coil;the first and second coils each include a plurality of spiral-shaped coil conductors that extend along a plurality of boundary surfaces between the insulation layers and that have an inner circumferential side end portion located relatively near a central area of each of the insulation layers and an outer circumferential side end portion located relatively near an outer edge area of each of the insulation layers, and an inner circumferential side via hole conductor that connects the respective ...

FLAP GATE-TYPE WATERPROOF PANEL FOR WALL INSTALLATION

The present invention utilizes a vertically upward force of a water when a tsunami smashes into a building to close openings that exist in an elevated location such as air supply and exhaust ducts, powerlessly and without a manual operation. The present invention serves as a disaster prevention panel which closes an opening disposed in a wall of a building . A door bumper is disposed on an outer peripheral wall of the opening , and side door bumpers are disposed on both sides of the door bumper . A door body , which closes the opening and which has a specific gravity lower than a seawater, is attached between the side door bumpers on both sides so as to freely swing upwards, with a lower portion of the door bumper serving as a fulcrum. 1. A flap gate-type waterproof panel for wall installation , serving as a disaster prevention panel which closes an opening located in a wall of a building , the panel comprising:a door bumper disposed on an outer peripheral wall of the opening, and side door bumpers located on both sides of the door bumper, anda door body which closes the opening and which has a specific gravity lower than a seawater, and which is attached between the side door bumpers on both sides so as to freely swing upwards, with a lower portion of the door bumper serving as a fulcrum.2. A flap gate-type waterproof panel for wall installation according to claim 1 , further comprisinga wire rope having one end attached to the door body and the other end wound on a wire drum,a counterweight being attached coaxially to the wire drum and operating in a direction which raises the door body, anda unidirectional clutch being attached coaxially to the wire drum to allow rotation of thedoor body only in the rising direction.3. A flap gate-type waterproof panel for wall installation according to claim 1 , wherein the door body is in a stand-by state claim 1 , inclining in an upward direction at 5-80° from a horizontal plane.4. A flap gate-type waterproof panel for wall ...

FLOATING FLAP GATE

The present invention provides a floating flap gap which has a door body with a forward end which is able to swing upwards, in a direction in which the water flows into an opening or at an access way, around a base end thereof serving as a fulcrum. The door body is attached to one end of a wire rope, and an auxiliary force generating means is attached to the other end thereof. This structure makes it possible to prevent an overflow during the initial influx of water and to enhance the ability of the door body to follow the water level when the door body begins to lower. This structure additionally makes it possible to mitigate a shock which occurs when raising of the door body is completed and when lowering of the door body is completed. 1. A floating flap gate which is disposed at an opening or at an access way , so as to block the opening or the access way when water flows in , the floating flap gate comprising:a door body with a forward end which is able to swing upwards, in a direction in which the water flows in and within a plane in a height direction, around a base end thereof serving as a fulcrum; andan auxiliary force generating means attached to one end of a rope, the other end of which is attached to the door body, the auxiliary force generating means comprising:a counterweight inside which is formed a space,an elastic member disposed in the space within the counterweight, so that when a compressive force operates, the elastic member reacts to the compressive force, and tries to return to its original state, anda presser plate connected to the one end of the rope passing through a central portion of the elastic member disposed within the space via a hole formed in a ceiling of the counterweight, the presser plate being brought into contact with a lower surface of the elastic member to cause the compressive force to operate on the elastic member.2. The floating flap gate according to claim 1 , wherein the elastic member is a compression spring.3. The ...

CLEANING SYSTEM FOR SAND FILTRATION LAYER

To reduce the size, scale of construction, and running cost of an apparatus for cleaning a sand filtration layer. A cleaning system which removes clogging sediments from a sand filtration layer used with an apparatus for an infiltration intake of seawater which performs a seawater intake, by means of a water intake pipe buried in the supporting gravel layer after the seawater has been infiltrated through the sand filtration layer and a supporting gravel layer on an ocean floor. This cleaning system is provided with a diffuser pipe having blow holes and which is buried in the supporting gravel layer as well as a compressed air delivery device for feeding an air into the diffuser pipe The system operates by blowing the air from the blow holes to agitate the filtration sand of the sand filtration layer to remove the sediments which have become trapped in or accumulated on the sand filtration layer The system can achieve a smaller size, a smaller scale of construction, and a lower running cost than a conventional system which injects fresh water or seawater into the sand filtration layer. 1. A cleaning system used with an apparatus for an infiltration intake of seawater which performs a seawater intake , by means of a water intake pipe buried in a supporting gravel layer , after the seawater has been infiltrated through the sand filtration layer and the supporting gravel layer on an ocean floor , the cleaning system being configured to remove clogging sediments from the sand filtration layer and clean the sand filtration layer , the cleaning system comprising:a diffuser pipe buried in the supporting gravel layer, the diffuser pipe having blow holes; anda compressed air delivery device configured to feed an air into the diffuser pipe,wherein the air is blown from the blow holes to agitate the filtration sand of the sand filtration layer, to remove the sediments which have become trapped in or accumulated on the sand filtration layer.2. The cleaning system according to ...

手動変速機におけるリバ−スギヤ鳴り防止装置

(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。

Speed varying device of manual transmission

(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。

Speed change operating device for manual speed changer

(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。

Cleaning system for sand filtration layer

[Problem] To provide a more compact cleaning apparatus for a sand filtration layer, and reduce the scale of operations and the running costs. [Solution] The cleaning system (1) is designed for use in a seawater permeation intake apparatus (5) for intake of seawater having permeated through a sand filtration layer (2) and a supporting gravel layer (3) on the seabed through intake pipes (4) buried in the supporting gravel layer (3), in order to remove from the sand filtration layer (2) suspended matter that could cause clogging. The system is provided with: diffuser tubes (7) buried in the sand filtration layer (2) and having air holes (6); and a compressed air delivery means (8) for feeding air into the diffuser tubes (7). The filtration sand of the sand filtration layer (2) is agitated by jetting air from the air holes (6), removing suspended matter that has become admixed or deposited in the sand filtration layer (2). [Effect] As compared with conventional systems that inject water or seawater into a sand filtration layer, the cleaning equipment can be more compact, and the scale of operations and running costs can be reduced.

Infiltration intake system

In this infiltration intake system, a structural body integrally includes a waster discharge direction control portion controlling a discharge direction for wastewater discharged from a filter toward a raw water side at a backwash time with a backwash mechanism portion in a prescribed wastewater discharge direction.

Apparatus for absorbing torque variation

An apparatus for absorbing torque vibration comprises inertial bodies comprising first and second flywheels, and a damper mechanism, torque limiting mechanism and hysteresis mechanism interposed between the first and second flywheels. The rotation is transmitted between both flywheels via damper mechanism, torque limiting mechanism and hysteresis mechanism. Resilient members are secured to spring seats, which are engaged with both ends of a spring of the damper mechanism, at an inner-half portion of the spring seat closer to the axis of said flywheels than an axial line of the spring. Excess compression of the resilient members is prevented.

Coupling structure for a rotating member and a shaft

ABSTRACT OF THE DISCLOSURE A rotating member such as a sprocket to be coupled with a shaft is formed with a fitting bore which extends on the center axis and opens at at least one of its axial end portions. The rotating member is arranged in and rotatably held by a case such that its fitting bore opens toward the outside of the case. The shaft is inserted into and coupled with the fitting bore held in the case such that it can rotate integrally with the rotating member. This rotating member is formed with an air communication portion for providing communication between the inside and outside of the fitting bore and equipped with a valve for opening or closing the air communication portion. The valve may be opened in response to the rise or drop in the internal pressure of the fitting bore, by the pressure of the shaft or by a centrifugal force. With the valve being closed, lubrication oil in the case is prevented from leaking. When the valve is opened, on the other hand, the air in the fitting bore is released, or the atmospheric air is introduced into the fitting bore. As a result, the insertion or extraction of the shaft is prevented from being obstructed even with fluctuations in the internal pressure of the fitting bore.

Power transmission clutch.

CONTROL CLUTCH FOR TORQUE TRANSMISSION.

Reverse shift mechanism for automotive manual transmission

Abstract of the Disclosure: A reverse shift mechanism for a manual automotive transmission of the type having a reverse idler gear which is movable such as to selectively form a reverse gear train. The reverse shift mechanism includes a reverse shift arm carrying a shoe which engages with a circumferential groove in the reverse idler gear such as to push the same gear. An end of the reverse shift arm adjacent the reverse idler gear is formed with a hole, while the shoe has an end which is shaped to fit in the hole. In the assembly, the end of the shoe fits in the hole formed in the reverse shift arm so that the shoe is prevented from coming off. After the assembly, the shoe is clamped between the groove formed in the reverse idler gear and the hole in the reverse shift arm so that it is held in place.

Gear transmission

Gear synchronizer for power transmission

ABSTRACT OF THE DISCLOSURE In a gear synchronizer, a clutch sleeve has internal splines in continual engagement with external splines of a hub member fixed to a shaft and is axially shiftable to be engaged at its internal splines with external splines of a spline piece mounted on a hub portion of a gear member rotatable on the shaft. The gear synchronizer includes a support ring encircling a conical portion integral with the spline piece and having external spines engageable with the internal splines of the clutch sleeve, a synchronizer ring coupled with the support ring and having an internal conical surface for frictional engagement with the conical portion of the spline piece, an operation ring coupled with the support and synchronizer rings in such a manner as to be axially displaced in response to relative rotation thereof to the synchronizer ring, a connecting ring rotatably mounted on one side of the hub member and connected to the synchronizer ring, the connecting ring having an external conical surface for frictional engagement with an internal conical surface of the operation ring, and an annular waved spring disposed between the support and operation rings. In shifting operation, the operation ring is brought into frictional engagement with the connecting ring against the waved spring after frictional engagement of the synchronizer ring with the spline piece.

Patent DE3228790C2

Variator control system

Manual transmission for motor vehicle

A manual transmission includes an input shaft (11) having first and second drive gears (21a, 22a) fixed thereon respectively for low speed drive and high speed drive, an output shaft (12) arranged in parallel with the input shaft and having at least a pair of axially spaced change-speed driven gears (24a, 24d) fixed thereon, a first countershaft (13) arranged in parallel with the input and output shafts at one side thereof and having a first driven gear (21b) fixed thereon and in mesh with the first drive gear, a pair of axially spaced low speed drive gears (23a, 23b) rotatably mounted thereon and in mesh with the change-speed driven gears, and a first synchronizer coupling (31) adapted to selectively connect the low speed drive gears to the first countershaft, and a second countershaft (14) arranged in parallel with the input and output shafts at the other side thereof and having a second driven gear (22b) fixed thereon and in mesh with the second drive gear, a pair of axially spaced high speed drive gears (23c, 23d) rotatably mounted thereon and in mesh with the change-speed driven gears, and a second synchronizer coupling (32) adapted to selectively connect the high speed drive gears to the second countershaft, wherein the input shaft has a reverse drive gear (23f) fixed thereon and the output shaft has a reverse driven gear (24d) axially slidably mounted thereon to be brought into engagement with the reverse drive gear.

Structure of interlock of speed varying device of manual transmission

(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。

Infiltration intake system for revetment wall

This infiltration water intake system (100) for a revetment wall is provided with: a structure (2) that is arranged on the outer wall surface (1a) of a revetment wall (1) and that comprises a filter material accommodation section (21); a filter material (23) that is accommodated within the filter material accommodation section of the structure; and a water guide section (4) for guiding treated water that has passed through the filter material toward the inner wall surface (1b) side of the revetment wall.

Electronic component and method of manufacturing same

An electronic component capable of obtaining a large inductance value and a high Q value and a method of manufacturing the electronic component are provided. A coil includes a plurality of coil conductors incorporated in a multilayer structure, a plurality of lands provided at the plurality of coil conductors, and a via-hole conductor connecting the plurality of lands. Lead-out conductors are incorporated in the multilayer structure and connect the coil and external electrodes. The plurality of coil conductors form a substantially rectangular loop path in plan view from the z-axis direction by overlapping each other. The plurality of lands protrude toward outside the path at a short side of the path and do not overlap the lead-out conductors in plan view from the z-axis direction.

Patent JPH029220B2

Building-up method of transmission gear

(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。

CONTROL SYSTEM FOR A CONTINUOUSLY GEARBOX

Transmission mechanism in a manual transmission

Disclosed herein is a transmission mechanism in a manual transmission which may eliminate unsmooth movement of the shift fork along the fork shaft during a shift operation so as to improve the feeling of shift-and-select operation. According to the present invention, the shift fork which is selected by the axial movement of the shift-and-select lever shaft is effective to move together with the fork shaft at substantially same speed by the rotation of the lever shaft. For this purpose, the fork shaft is axially movably mounted on the transmission casing and is connected to the lever shaft.

Apparatus for preventing gear buzzing in shifting to reverse

ABSTRACT OF THE DISCLOSURE An apparatus for preventing gear buzzing in shifting to reverse which is applied to a manual tarnsmission having a plurality of forward gear means provided with synchronous meshing mechanisms and a reverse gear means provided with a selective sliding-gear meshing mechanism driven through a reverse idler gear. An inclined guide surface is formed on a forward shift head, and a projection is formed on a shift-and-select lever. The projection is brought into contact with and slides on the inclined guide surface. A clearance is provided between the forward shift head and the interlocking mechanism so as to permit slight shifting movement of the shift head.

Infiltration intake system

Provided is an infiltration water intake system (100) in which a structure (1) integrally comprises water discharge direction control sections (10b, 12a) for controlling during backwashing by a backwashing mechanism (2) so that the water discharge direction of water discharge on a raw water side from a filter material (13) becomes a predetermined water discharge direction.

差動制限装置

(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。

壁面設置用翻轉門式防水面板

一種壁面設置用翻轉門式防水面板，其利用海嘯衝撞建築物時的鉛垂朝上的水的勢頭，以無動力且無人為操作的方式堵塞像排氣管那樣的的存在於高處的開口部。是一種防災面板，其堵塞建築物2的壁面上所設的開口部2a。在開口部2a的外周壁面設置門擋3，在該門擋3的兩側設置側部門擋4。在兩側的側部門擋4之間，以門擋3的下部為支點而豎立擺動自如地安裝門體1，該門體1用於堵塞開口部2a且比重小於海水。

画像処理システムおよび画像処理装置

【課題】画像データを一括して保存しないようにして、データ漏洩に対するセキュリティを高める。 【解決手段】画像データを保存するために提携する外部装置を設定する設定部２０と、提携した外部装置との間でデータの送受信が可能かを確認する確認部２１と、画像データを分割する画像データ処理部２２とを備える。画像処理装置１では、複数の外部装置を保存先として設定する。外部装置では、自装置に画像データを保存することを許容する画像処理装置１を設定する。画像処理装置１と外部装置とが相互に設定することにより、両者は提携する。確認部２１が保存先の外部装置と通信できることを確認すると、画像処理装置１は、分割した画像データを外部装置にそれぞれ送信する。各外部装置は、画像データをそれぞれ保存する。 【選択図】図１

ガイドシステムおよびガイド制御方法

【課題】ユーザーが行うべき作業を拡張現実を用いて支援し、安全及び操作性に配慮したガイド機能を提供する。【解決手段】主装置（複合機）１００と、ガイド提供装置２００と、を備えるガイドシステムであって、主装置は、作業が必要な箇所を特定する作業箇所認識部と、ガイド提供装置と通信する主装置通信部と、を備える。ガイド提供装置は、逐次撮影を行って撮影画像を生成する撮影部と、作業の手順に係るガイド情報をユーザーに提供するガイド情報提供部２２８と、主装置と通信する端末通信部とを備える。主装置又はガイド提供装置は、ユーザーに提供する、位置関係又は状態関係に応じたガイド情報を決定するガイド情報決定部と、撮影画像に主装置が含まれる場合、撮影された主装置の箇所と作業を必要とする作業対象箇所との位置関係又は作業対象箇所の状態と作業の手順との状態関係を認識し、ガイド情報の内容及び態様を決定するガイド制御部と、を備える。【選択図】図３

浮體式翻板閘門

同期装置

(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。

画像処理システムおよび画像処理装置

【課題】画像データを他の画像処理装置に保存して、データの存在場所をわかりにくくし、データ漏洩に対するセキュリティを高める。 【解決手段】画像データを保存するために提携する他の画像処理装置１を設定する設定部２０と、提携した画像処理装置１との間でデータの送受信が可能かを確認する確認部２１とを備える。画像処理装置１では、他の画像処理装置１を保存先として設定する。他の画像処理装置１では、自装置に画像データを保存することを許容する画像処理装置１を設定する。２つの画像処理装置１が相互に設定することにより、２つの画像処理装置１は提携する。確認部２１が保存先の画像処理装置１と通信できることを確認すると、画像処理装置１は、画像データを他の画像処理装置１に送信する。他の画像処理装置１は、画像データを保存する。 【選択図】図１

画像処理装置

(57)【要約】 【課題】画像データのページ間に、圧縮／展開部による 他の画像データの圧縮処理または展開処理を可能とす る。 【解決手段】入力した画像データを一定量のブロック単 位で転送する画像入力部１０１と、ブロック単位で転送 されてくる画像データを随時圧縮処理する圧縮／展開部 １０１０３ａと、圧縮処理されたブロック単位の画像デ ータを随時蓄積するストレージ１０５と、ストレージ１ ０５よりブロック単位で転送されてくる画像データを随 時展開処理する圧縮／展開部１０３ａと、これら各部を 制御する制御手段とを備え、制御手段は、画像入力部１ ０１より圧縮／展開部１０３ａに転送されてくる画像デ ータのページ間に、他の画像入力部よりブロック単位で 転送されてくる画像データの圧縮処理、またはストレー ジ１０５よりブロック単位で転送されてくる画像データ の展開処理を圧縮／展開部１０３ａに行わせる。

Transmission system

A transmission system capable of improving transmission characteristics in a low frequency range and having reduced size. A transmission system for superimposing power on a signal transmission path between a first circuit module and a second circuit module includes a first capacitor between the transmission path and a first interface IC in the first circuit module, a second capacitor between the transmission path and a second interface IC in the second circuit module, a first inductor between a first power supply circuit in the first circuit module and the transmission path, and a second inductor between a second power supply circuit in the second circuit module and the transmission path. A capacitance value of the first capacitor and a capacitance value of the second capacitor differ from each other. Inductance values of each of the first and second inductors are in a range from 20 [μH] to 50 [μH].

画像形成装置及び画像形成装置の画像データ記憶方法

【課題】カラー画像を示す各色の画像データを記憶するに際し、各色の画像データ全てをブロック単位で記憶しながらも、メモリの記憶容量の利用効率の低下を抑えることが可能な画像形成装置を提供する。 【解決手段】最後の３つのブロックＢＲ３、ＢＧ３、ＢＢ３のうちから、最小の空白容量を有する最後のブロックＢＲ３が選択され、選択されなかった他の最後の２つのブロックＢＧ３、ＢＢ３の画像データ部分が選択された最後のブロックＢＲ３の最小の空白容量に移動されて記憶され、選択された最後のブロックＢＲ３だけがＨＤＤ１５に残されて記憶され、選択されなかった他の最後のブロックＢＧ３、ＢＢ３がＨＤＤ１５から消去される。 【選択図】図２

Inductor component

An inductor component includes an element body; a coil provided in the element body and having a spiral shape along an axis; and first and second outer electrodes on or in the element body and electrically connected to the coil. The element body includes first and second end surfaces opposed to each other, first and second side surfaces opposed to each other, a bottom surface connected between the first and second end surfaces and between the first and second side surfaces, and a top surface opposed to the bottom surface. The element body is composed of an insulator. The axis is parallel to the bottom surface and intersects the first side surface and the second side surface. The thickness of each of first through fourth outer coil wiring layers is smaller than the thickness of each of the inner coil wiring layers.

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画像処理システムおよび画像処理装置

【課題】分割された画像データが分散して複数の画像処理装置に保存されているとき、各画像処理装置が協働して効率よく出力処理する。 【解決手段】第１の画像処理装置１ａは、第２の画像処理装置１ｂにアクセスする。第１の画像処理装置１ａは、第２の画像処理装置１ｂにより認証されると、第２の画像処理装置１ｂから画像ログ情報を読み出す。第１の画像処理装置１ａは、画像データを指定して、第２の画像処理装置１ｂに出力処理を依頼する。第２の画像処理装置１ｂは、画像ログ情報に基づいて、他の画像処理装置１から分割された画像データを収集し、合成する。第２の画像処理装置１ｂは、合成した画像データを第３の画像処理装置１ｃに出力する。第３の画像処理装置１ｃは、画像データを印刷して出力する。 【選択図】図１

画像処理装置

【課題】更新されていく原稿の履歴を管理して、更新毎の履歴を容易にたどることができるようにする。 【解決手段】入力された原稿の画像から画像特徴を抽出する画像特徴認識部２１１と、新たに入力された入力画像の画像特徴と先に入力され保存されている記録画像の画像特徴とを比較して、入力画像と記録画像との関連性を調べる履歴判定部２１２と、関連性を有する原稿の履歴を管理する制御部２１３とを備える。制御部２１３は、入力画像と記録画像とが関連性を有するとき、入力画像の画像特徴に基づいて履歴情報を作成して記録部に記録する。そして、文字認識部２１４は、記録画像の画像特徴に対する入力画像の画像特徴の差異部分を文字情報に変換し、制御部２１３は、文字情報を履歴情報として記録部に記録する。 【選択図】図３

画像処理システムおよび画像処理装置

【課題】分割された画像データが分散して複数の画像処理装置に保存されているとき、各画像処理装置が協働して効率よく出力処理する。 【解決手段】第１の画像処理装置１ａは、第３の画像処理装置１ｃにアクセスして認証されると、第３の画像処理装置１ｃから画像ログ情報を読み出す。第１の画像処理装置１ａは、画像データを指定し、画像ログ情報に基づいて、他の画像処理装置１から分割された画像データを収集する。第１の画像処理装置１ａが画像データを収集できないとき、第３の画像処理装置１ｃが画像データの収集を代行する。第１の画像処理装置１ａは、収集した画像データを合成し、この画像データを第２の画像処理装置１ｂに出力する。第２の画像処理装置１ｂは、画像データを印刷して出力する。 【選択図】図１

Multilayer circuit board having signal and power isolation circuit

A multilayer circuit board having a signal and power isolation circuit, which can suppress the capacitive coupling between a chip inductor and a ground layer below the chip inductor and also suppress the characteristic impedance change occurring in a mounting pad on a microstrip line. Portions of the inner-layer ground below both the mounting pad on the microstrip line and the chip inductors connected to the mounting pad are separately removed respectively as the signal transmission characteristic compensation removal portion, which is formed by removing a portion having a predetermined area and situated immediately below the mounting pad, and the inductor characteristic compensation removal portion, which is formed by removing a mounting-surface-below portion having a predetermined area and situated immediately below the chip inductors. The signal transmission characteristic compensation removal portion and the inductor characteristic compensation removal portion are electrically isolated from each other with the predetermined distance therebetween.

画像形成装置、制御プログラムおよび制御方法

【課題】 報知用のバッテリを設けずに、警戒モード中に商用電源が遮断されたことを報知することができる。【解決手段】 画像形成装置１２は、メインＣＰＵ（２２）を含み、メインＣＰＵは、侵入者を検出したことに応じて、当該侵入者を検出したことを、周囲または／および特定の人物に報知する警戒モード中である場合に、商用電源（９０）が遮断されたかどうかを検出する。商用電源が遮断された場合には、商用電源が遮断されたことを、音声で周囲に報知するとともに、管理者宛てに電子メールを送信することにより報知する。【選択図】 図１

Electronic component and manufacturing method thereof

A stack is configured by stacking magnetic layers and non-magnetic layers, and has a rectangular-parallelepiped shape. A coil is provided in the stack, and has a coil axis that is substantially parallel to a stacking direction of the stack. The stacking direction and the coil axis are not parallel to sides that configure the stack.

同期装置

(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。

Information processing apparatus and control method thereof

An information processing apparatus includes a controller that, upon reception of job information accompanied by authentication information capable of specifying a user, determines whether the job information is infected with a virus or not, wherein the controller: causes use restriction information capable of specifying restriction of use by the user in association with the authentication information to be stored in a storage, when it is determined that the job information is infected with the virus; and restricts use of the information processing apparatus by the user specified by the authentication information associated with the use restriction information, when the use restriction information is stored in the storage.

Inductor component

An inductor component includes an element including insulating layers that are laminated, and a coil in the element and helically wound about an axis. The coil includes a first outer coil wiring layer outermost on a first side in a direction of the axis, a second outer coil wiring layer outermost on a second side in the direction of the axis, and at least one inner coil wiring layer between the first and second outer coil wiring layers. The first outer coil wiring layer, the at least one inner coil wiring layer, and the second outer coil wiring layer are laminated while alternating with the insulating layers. The insulating layer between the first outer coil wiring layer and the inner coil wiring layer adjacent to the first outer coil wiring layer in the direction of the axis has a thickness smaller than or equal to 6.5 μm.

Floating flap gate

A floating flap gate to prevent water from overflowing into underground spaces, with ease in raising or lowering the door body when water level changes. The floating flap gate comprises a door body with a forward end which swings upwards or downwards in a same direction following a rise or a drop in water level, wherein an opposite end serves as a fulcrum. A rod is attached to the forward end of the door body. One end of a wire rope is attached to the rod, and the other end is attached to a counterweight via fixed pulleys. The fixed pulleys are arranged so that the counterweight is at its lowest point when the angle of inclination of the door body with respect to a horizontal plane reaches within a range from 10° to 80° during raising or lowering of the door body.