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    • 2. 发明专利
    • Improvements in or relating to control means for valves for controlling the flow of fluids
    • GB955288A
    • 1964-04-15
    • GB3218461
    • 1961-09-07
    • ANTHONY WHITE WOOD
    • F16K17/36F23K5/14F23K5/16G05D9/04
    • 955,288. Valves. A. W. WOOD. Sept. 7, 1962 [Sept. 7, 1961; June 13, 1962; June 15, 1962; July 19, 1962], Nos. 32184/61, 22682/62, 23144/62 and 27822/62. Heading F2V. [Also in Divisions F4 and G3] A safety control means comprises a valve 8, fluid pressure means 9, 10 controlling the valve, an enclosed space 11, 12 surrounding a conduit 6 to be protected and connected to the fluid pressure means, and means 19 for establishing in the enclosed space a pressure different from that in the ambient atmosphere and in the conduit 6 to open the valve, the arrangement being such that on removal of the pressure differential the valve is automatically closed. In the preferred embodiment, the valve 8 consists of a rubber diaphragm normally held off the top of a pipe 5 by reduced pressure in a cylinder 9 and which is connected by the space 11, 12 and a chamber 15 to a suction bulb 19. When the chamber 15 is tilted to a predetermined angle a member 17 either topples off the chamber or falls about a hinge to allow air to enter an inlet 16 and the valve 8 to close. The member 17 may also be caused to uncover the inlet 16 by engagement of a pin 26 with a float arm 23 if liquid rises to an excessive level in a chamber 13 containing a second float-operated valve 21 controlling the outlet of the conduit 6. The latter and an outer conduit forming the space 12 may be of polyethylene or polypropylene to allow an oil burning appliance of the radiant or convector type on which the chamber 13 is mounted to be moved about. Closure of valve 8 also occurs if either conduit is fractured or the float arm 23 is operated manually by a lever 29. The valve 8 may be loaded by a spring or be replaced by a needle valve connected by a linkage to a barometric capsule.
    • 5. 发明专利
    • Means for recording telephone calls
    • GB175763A
    • 1922-02-24
    • GB3318820
    • 1920-11-24
    • ANTHONY WHITE WOOD
    • H04M1/57
    • 175,763. Wood, A. W. Nov. 24, 1920. Index type-wheel machines; hammer-compression arrangements; letter-spacing mechanism.- The vibration of the bell-hammer of a telephone calling-apparatus actuates mechanism which, if the telephone is unattended, may either simply record the fact that a call has been made, or may also print the caller's telephone number upon a paper strip. A full ringing-period of, say, three seconds is recorded by a printed zero; alternatively, the caller's number is registered by means of a series of rings of varying duration controlled either from the exchange or directly by the calling subscriber. As the bell-hammer c vibrates, a stop i thereon forces a piston-rod g horizontally over to the left, the piston-end m moving freely forward in a dash-pot or cylinder l. A one-way valve n retards the return of the rod g under the pull of a spring j. So long, therefore, as the bell continues to ring, the rod is maintained fully over to the left. This releases a driving-pawl b and holding-pawl f from the stop i and allows them to come into contact with a ratchet-wheel c , so that each subsequent stroke of the bell-hammer rotates this wheel, together with a concentric drum d carrying peripheral printing-numbers d , until the desired numeral is located above a printing-block r, which is then released by a cam 10 mounted on a pinion v to effect the printing. The paper strip is carried on a spool p mounted on a gear-wheel u. A weight t tensions the paper and tends to rotate the gea,rwheel u. This rotation is normally prevented by the engagement of the lower end of the rod x, Fig. 3, with a stop w on the axle of the pinion v. As the piston-rod g moves over to the left, a cam o passes over a pivoted arm y without raising the rod x; but on its backward movement, when the bell has stopped ringing, it lifts both the arm y and rod x bodily so as to release the stop w. This enables the pinion v to rotate and effect the printing-operation, and also feeds a fresh portion of the paper strip from the spool p. At the end of each ringing period, the stop o raises pawls b, f from contact with the wheel c , and the printing-drum swings back to zero under the influence of a spring e. The correct duration of each ringing-period required to print a given numeral is controlled by means of a similar recorder at the operating station, connected in parallel with the subscriber's instrument as shown in Fig. 4. The index is set to the required numeral and the bell is rung until a spring-controlled pin on the operator's dial automatically breaks contact. The subscriber's recorder being in synchronism thereupon prints the selected number. According to the first Provisional Specification, the bell-hammer may actuate a pencil or needle to make a visual record in Morse code upon a paper strip which may be unwound by means of clock-work controlled by Geneva-stop mechanism. According to the second Provisional Specification, the printing- drum may be rotated by clock-work, and the printing-block is brought into contact with the selected numeral by means of planet-gearing.
    • 6. 发明专利
    • Waste disposal control system
    • NZ594120A
    • 2015-06-26
    • NZ59412011
    • 2011-07-18
    • ANTHONY WHITE
    • WHITE ANTHONY
    • B02C18/00E03C1/266G05B11/01
    • A Waste Disposal Control System (WDCS) that independently controls the water entering the waste disposal unit and the unit motor is disclosed. The WDCS (0), housed in a single box (1) has a low AC or DC voltage Solenoid (2) that switches the water supply. The power supply is via two standard 240v or 110 v three pin IPC plugs mounted on the adjacent face of the box (1) to the Solenoid. The male electrical socket (6) connects to the mains power supply (11), which the waste disposal (WD) (12) was previously connected to, and the female electrical socket (7) connects to the WD. The output of the solenoid is connected with a flexible hose to the existing inlet (10) of the WD by removing the “knock out” disc, designated as the “Dishwasher Drain” connection at the mouth of the WD (12). In use, when disposal of items in the sink (13) is desired, the WD switch (11) is turned on and the solenoid is activated sending water to the WD blades. After a delay of zero or greater seconds the motor of the WD is turned on. This control prevents blockages and miss-operation caused by the activation of the WD without water flowing. Various delays to the operation of the solenoid and WD are disclosed.
    • 7. 发明专利
    • Improvements in or relating to apparatus for display or advertising purposes
    • GB461060A
    • 1937-02-03
    • GB1567536
    • 1935-08-03
    • ANTHONY WHITE WOOD
    • G09F11/23
    • 461,060. Mechanical toys. WOOD, A. W. Aug. 3, 1935, Nos. 15675/36 and 15676/36. Divided out of 451,413. [Class 132 (iii)] [Also in Group XVIII] In advertising, display, or amusement apparatus in which objects or articles are carried by a reciprocating support, the movement of which in one direction is effected by springs and differs in speed from its movement in the other direction, the movement against the spring action is produced by electromagnetic means operated by alternating current in which one part of the wave is eliminated. The elimination of part of the wave may be effected by a rectifier E of the metallic oxide type. Fig. 1 shows two strips A, A of fabric &c. arranged side-byside and each attached at one end by a bar B to springs C and at the other end to an armature E controlled by electromagnets D. The strips rest on a flat surface F of glass &c., and deflectors H are provided to divert the objects G from one strip to the other. A sponge rubber or like pad J is disposed between the armature E and a fixed or adjustable abutment K to dampen the armature movement. A fixed abutment O, which may also be adjustable, may be provided to limit the swing of the armature E, and an adjustable abutment P may be added to adjust the resilience of the armature, and a spring Q, adjustable or otherwise, to counterbalance to some extent the springs C. In a modification, the armature is hinged longitudinally, and swings between two pads, and in another form the armature forms, or is part of, the core of a solenoid. Automatic electric or mechanical means may be provided for controlling the amplitude of swing of the armature with changing load. The objects may rotate during their travel,-and may move in front of and behind a screen separating two strips A, A . The objects may be unequally loaded, or provided with teeth to engage the strip, to improve their rate of motion, and they may take the form of platforms supporting dresses &c. Specification 451,413, [Group XVIII], is referred to.
    • 10. 发明专利
    • Machine for mincing or reducing bones and other solid substances
    • GB1067101A
    • 1967-05-03
    • GB30566
    • 1966-01-04
    • ANTHONY WHITE
    • B02C18/28
    • 1,067,101. Mincing bones. A. WHITE. Jan. 4, 1966 [Jan. 11, 1965], No. 305/66. Heading A4C. A machine for mincing or reducing bones and other solids comprises a substantially horizontal working cylinder 9 having a top feed opening and a bottom discharge opening in which rotates, with a small clearance, a cyclindrical toothed cutter 10, the arrangement being such that the reduction of material takes place by means of a shearing or mincing action between the rotating teeth of the cutter and an inner edge of the feed opening into the working cylinder. The teeth around the periphery of the cutter are preferably of elongated form running longitudinally of the cutter and in profile resemble the teeth of the usual barrel cutter used for slab-milling. The teeth may run parallel with the axis of the cutter or obliquely thereto. They may be of serrated form. The machine may be symmetrical about a plane through the cutter axis so that it may be used either way up.