| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | Apparatus for controlling dispensing of articles | US745771 | 1976-11-29 | US4071998A | 1978-02-07 | Floyd G. Meadows |
| Apparatus and a method are disclosed for dispensing a plurality of articles, one at a time, at a filling zone into a plurality of containers so that when one of a series of containers is filled, the filling operation is automatically interrupted, the filled container is automatically moved from the filling zone, and an empty container positioned in the filling zone to be filled. The present invention employs a controllable gate for interrupting the dispensing of articles from a dispensing machine, a counter mechanism for counting the articles dispensed, a rotary table for carrying a plurality of containers past a dispensing chute on the dispensing machine, an apparatus for indexing the rotary table in response to the counting mechanism, and a second counting mechanism for counting the number of containers filled. | ||||||
| 82 | Apparatus for high-speed accurate counting and handling of discrete objects such as tablets | US623527 | 1975-10-16 | US4067449A | 1978-01-10 | Jim Mills Adams; Edward Francis DEZabala |
| There is disclosed a highly accurate counting and handling arrangement particularly adaptable to large-volume, high-speed multiple-output apparatus producing discrete, solid particular objects, such as tablets. Sensing means, preferably retroreflective optical sensors, fluidic sensors or strain-gauge sensing arrangements, are employed in associated with existing apparatus to detect each object at the point where the objects are substantially completely formed. The signals generated by the individual sensors are received by a control counter arrangement which provides a continuous separate displayed counting for each sensor employed. The control counter arrangement has provision for separately presetting the maximum desired count of sensed objects for each sensor employed. A gated dispensing assembly is additionally provided in association with each sensor employed which is adapted to predeterminably control the procession of the objects from their point of virtual completion to a pre-established distination under the supervision of the respective separate maximum preset facility of the control counter arrangement. | ||||||
| 83 | Apparatus for the automatic counting of passengers | US614865 | 1975-09-19 | US4009389A | 1977-02-22 | Ulf Lindholm |
| There is provided apparatus for determining the number of passengers entering and/or leaving a collective passenger vehicle. The apparatus comprises means for projecting a pair of light-beams of invisible light across the passageway of said passengers and means for receiving said light-beams. Detecting means which operate in conjunction with the light-beam receiving means are adapted to detect the energized or unenergized state of the receiving means and in response thereto to feed information to a data registering or recording means, said information being indicative of the number of passengers passing through the light-beams. | ||||||
| 84 | Reversible measuring means | US504322 | 1974-09-09 | US3982107A | 1976-09-21 | Michael Butler |
| A reversible measuring means for measuring material moving past a station in a forward direction while taking into account movement in a reverse direction comprising a main counter for counting in the forward direction and a reversible counter for counting up from a fixed count and counting down to said fixed count, detector means delivering output signals indicative of the forward and reverse directions of movement and quantity of material moving past a station, and control means receiving signals from said detector means and activating said main counter for counting material moving past said station in the forward direction when the reversible counter has said fixed count and activating said reversible counter for counting up when material moves past said station in the reverse direction and counting down to said fixed count when said material moves in the forward direction. | ||||||
| 85 | Control system for battery plate stacking apparatus | US603398 | 1975-08-11 | US3967358A | 1976-07-06 | Daniel Orlando |
| An electrical system for controlling the number of positive and negative battery plates contained in a battery element produced by a conventional stacking apparatus. The system includes a detector coupled to a first counter for determining the number of cycles of the apparatus and for activating a dispensing apparatus to provide an additional negative battery plate on the battery element. A second counter is provided for activating a transfer mechanism to transfer a completed battery element having a preselected number of positive and negative plates. The system may be adapted to control the manufacture of battery elements containing an odd number of positive and negative battery plates or an even number of positive and negative plates. | ||||||
| 86 | US45323874 | 1974-03-21 | USB453238I5 | 1976-03-02 | ||
| 87 | Apparatus for counting and separating nested articles of manufacture | US3756371D | 1972-04-07 | US3756371A | 1973-09-04 | NEIL P |
| Disclosed is apparatus for counting and separating nested articles moving along a predetermined path. It includes a shaft which rotates and is adapted to be moved laterally along its longitudinal axis between a counting position and a separating position. A counting wheel is secured to the shaft and it has teeth about the rim. All the teeth have about equal height, but some are of longer breadth than others. With the shaft in the counting position, individual teeth engage individual article lips to count the moving articles. This rotates the wheel and shaft. Means monitor the rotation of the wheel and shaft and, when a given number of articles have been counted and when an adjacent ''''short'''' tooth and ''''long'''' tooth each engage article lips, these means move the shaft to the separating position. This disengages the ''''short'''' tooth from the article lip but maintains engagement between the ''''long'''' tooth and other article lips. Thus a predetermined number of articles have passed the wheel and have been counted. Means then separate the counted articles from the remainder of the nested articles while the shaft and wheel are in the separating position.
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| 88 | Vibratory quantifying apparatus | US3746211D | 1971-12-06 | US3746211A | 1973-07-17 | BURGESS W |
| There is provided a vibratory quantifying or counting apparatus which includes a vibratable receptacle for parts or individual items of common geometrical configuration and a discharge opening leading from the receptacle to a chute system composed of a pair of chutes. Counting means are provided for coaction with one of the chutes. Gate means operative in response to the counter means are provided for diverting any excess over a predetermined quantity to the other of said chutes.
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| 89 | Conveying vials in a straight path | US3701410D | 1972-09-01 | US3701410A | 1972-10-31 | SHIELDS WALTER A |
| A predetermined number of vials are supported by a carrier and the carriers are delivered to a path of conveyance and while in the path of conveyance, the vials are removed from the carrier by removing the carrier from the path of conveyance while retaining the vials against vertical movement. After the removal of the vials from the carrier the vials are advanced by the retaining means to a walking beam mechanism including a member actuated in a delayed or omitted sequence to advance the vials in predetermined numbers less than the number originally on the carrier.
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| 90 | Counter for variable size and shape objects | US3692980D | 1971-02-25 | US3692980A | 1972-09-19 | GETKER JAMES A; WEEKS HORACE W |
| A counter for counting objects (like parcels) passing over a conveyor belt. A plurality of belt-type conveyors is used to spread the parcels and to deliver them to a sampling line which includes a plurality of photoelectric cells over which the parcels are moved by a conveyor belt. As the parcels pass over the cells, light directed at the cells is blocked by the parcels to provide a sampling pattern of blocked and unblocked cells. Logic circuits successively compare each periodic sampling pattern with prior sampling pattern according to a predetermined set of logic equations so as to detect the ''''lead edges'''' of the parcels and their ''''trail edges'''' as they pass over the sampling line. Each periodic sampling pattern is loaded into a Present Shift Register, from which it is transferred to a Past Shift Register to become the ''''prior sampling pattern'''', which is compared with the ''''current'''' sampling pattern present in the Present Shift Register. Counters are used to count the ''''Lead Edge Events'''' and the ''''Trail Edge Events'''' defined by the logic equations, and the larger of the two counts (if the counts are not equal) is selected as the more accurate count of the parcels on the conveyor. A parcel may cross the sampling line at any position thereon to be counted, and parcels in contacting juxtaposition may also be counted.
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| 91 | Apparatus and method for filling boxes with a preselected quantity of discrete articles | US3633732D | 1969-07-07 | US3633732A | 1972-01-11 | RUSSELL KENNETH F |
| An apparatus and method for filling a box with a preselected aggregate number of articles or a preselected aggregate weight of articles utilizing a vertical feed conveyor having a bottom article release end received within a box being filled to minimize the distance a released article falls to the bottom of the box or to a layer of articles already deposited in the box. The box is raised to enclose the release end of the vertical feed conveyor and as each article is deposited in the box, it is counted. At a preselected intermediate count of articles the box is incrementally lowered a selected vertical interval to provide space for additional articles. In a second example of the invention, the weight of each article as it is placed in the box is sensed and upon reaching a preselected intermediate weight, the box is incrementally lowered a selected vertical interval. Means are provided for shaking the box during the filling operation to settle and closely arrange the articles in the box.
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| 92 | Counting apparatus and method | US3598310D | 1969-09-18 | US3598310A | 1971-08-10 | BINGHAM JOSEPH P; NISH TERRY E |
| Spaced fluidic sensors serially sense relatively moving containers, the first sensor being actuated to direct fluid pressure to a counter and the second sensor being actuated to divert fluid pressure away from the counter. The counter registers one-half count in response to the fluid pressure and another one-half count when the pressure is removed.
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| 93 | Monitor means and counter mechanism for use with seed planters and the like | US3422776D | 1967-01-04 | US3422776A | 1969-01-21 | GREGORY LESTER JR |
| 94 | Apparatus for photo-electrically scanning and counting physical inventory | US42028364 | 1964-12-22 | US3348030A | 1967-10-17 | KRAUSE STEPHEN R |
| 95 | Apparatus for separating and counting bars or other rolled products | US41276164 | 1964-11-20 | US3244365A | 1966-04-05 | JEAN ELINEAU HUBERT |
| 96 | Conveyor for incremental counter and loading means therefor | US35038864 | 1964-03-09 | US3237749A | 1966-03-01 | RUDOLF DUDAS |
| 97 | Thread counting device | US81812959 | 1959-06-04 | US3074631A | 1963-01-22 | HEINRICH BUYSCH |
| 98 | Bi-directional electric counting system | US68945757 | 1957-10-10 | US2893633A | 1959-07-07 | HAAGEN RICHARD H VAN |
| 99 | Electrical counting and computing system for lengths of material | US28732352 | 1952-05-12 | US2691486A | 1954-10-12 | WORK JR THOMAS A |
| 100 | Hen-cage register | US5222348 | 1948-10-01 | US2474965A | 1949-07-05 | WILSON RONALD V |
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