Continuous weighing mechanism for fluids

Claim 2

A fluid flow indicating device for use with a conduit system wherein a fluid material is moved and is weighed by a continuous weighing mechanism, which contains a fluid receiver mounted upon a rocker shaft, said receiver and a portion of said rocker shaft contained within a housing which is supported by a frame, and comprising (a) a magnet which is detachably connected to said rocker shaft on that portion thereof which is outside said housing; (b) an electromechanical switch which is adapted to be mounted on said frame, said switch being in electromagnetic relationship with said magnet so that movement of said magnet can activate said switch; (c) a control module containing input an output circuits, disposed remotely from said switch and interconnected therewith by suitable electrically conductive means, and which control module consists of a solid state timing device which comprises (1) a flow monitoring circuit which comprises two flip-flop integrated circuits for counting an incoming electrical signal; (2) a reference timer integrated circuit which comprises a comparative timer which registers and compares the signals of said two flip-flop integrated circuits; (3) a control transistor which receives a signal from said flip-flop integrated circuits; (4) an optical coupler which receives a signal from said control transistor upon preset circuitry conditions and which is energized thereby; (5) a triac which is operative via a pilot voltage through the energized optical coupler and which triac in turn activates an electrical power supply through the output circuit and (6) an override section timer circuit which monitors the length of time between signals received in said flow monitoring circuit and upon preset circuitry conditions allows a greater lapse of time between said signals, and suitable electrically conductive means between items (1) and (6), said control module adapted to receive a signal from said switch through said input circuit and upon preset circuitry conditions, activate an outside electrical power supply through the said output circuit as described in item (5); and (d) a second housing which is adapted to detachably contain said control module.

Claim 3

The apparatus as set forth in claim 1 wherein said override section timer circuit comprises (a) a third flip-flop integrated circuit which also receives a signal from said switch and (b) a second control transistor which receives a signal from said third flip-flop integrated circuit and upon preset circuitry conditions also energizes said optical coupler and triac in the manner described in items (4) and (5) in claim 1.

Claim 4

A continuous weighing mechanism comprising (A) a housing and frame for support thereof (B) a fluid receiver mounted upon a rocker shaft, said fluid receiver and a portion of said rocker shaft adapted to be contained within said housing and (C) a fluid flow indicating device which comprises (i) a magnet which is detachably connected to said rocker shaft on that portion thereof which is outside said housing; (ii) an electromechanical switch which is adapted to be mounted on said frame, said switch being in electromagnetic relationship with said magnet so that movement of said magnet can activate said switch; (iii) a control module containing input and output circuits, disposed remotely from said switch and interconnected therewith by suitable electrically conductive means, and which control module consists of a solid state timing and monitoring device which comprises (1) a flow monitoring circuit which comprises two flip-flop integrated circuits for counting an incoming electrical signal; (2) a reference timer integrated circuit which comprises a comparative timer which registers and compares the signals of said two flip-flop integrated circuits; (3) a control transistor which receives a signal from said flip-flop integrated circuits; (4) an optical coupler which receives a signal from said control transistor upon preset circuitry conditions and which is energized thereby; (5) a triac which is operative via a pilot voltage through the energized optical coupler and which triac in turn activates an electrical power supply through the output circuit and (6) an override section timer circuit which monitors the length of time between signals received in said flow monitoring circuit and upon preset circuitry conditions allows a greater lapse of time between said signals, and suitable electrically conductive means between items (1) and (6), and said control module adapted to receive a signal from said switch through said input circuit and upon preset circuitry conditions, activate an outside electrical power supply through the said output circuit as described in item (5); and (iv) a second housing which is adapted to detachably contain said control module.

Claim 5

A continuous weighing mechanism comprising (A) a housing and frame for support thereof (B) a fluid receiver mounted upon a rocker shaft, said fluid receiver and a portion of said rocker shaft adapted to be contained within said housing and (C) a fluid flow indicating device which comprises (i) a magnet which is detachably connected to said rocker shaft on that portion thereof which is outside said housing; (ii) an electromechanical switch which is adapted to be mounted on said frame, said switch being in electromagnetic relationship with said magnet so that movement of said magnet can activate said switch; (iii) a control module containing input and output circuits, disposed remotely from said switch and interconnected therewith by suitable electrically conductive means, and which control module consists of a solid state timing and monitoring device which comprises (1) a flow monitoring circuit which comprises two flip-flop integrated circuits for counting an incoming electrical signal; (2) a reference timer integrated circuit which comprises a comparative timer which registers and compares the signals of said two flip-flop integrated circuits; (3) a control transistor which receives a signal from said flip-flop integrated circuits; (4) an optical coupler which receives a signal from said control transistor upon preset circuitry conditions and which is energized thereby; (5) a triac which is operative via a pilot voltage through the energized optical coupler and which triac in turn activates an electrical power supply through the output circuit and (6) an override section timer circuit which monitors the length of time between signals received in said flow monitoring circuit and upon preset circuitry conditions allows a greater lapse of time between said signals, and suitable electrically conductive means between items (1) and (6), and said control module adapted to receive a signal from said switch through said input circuit and upon preset circuitry conditions, activate an outside electrical power supply through the said output circuit as described in item (5); and (iv) a second housing which is adapted to detachably contain said control module.

Claim 6

The apparatus as set forth in claim 3 wherein said override section timer circuit comprises (a) a third flip-flop integrated circuit which also receives a signal from said switch and (b) a second control transistor which receives a signal from said third flip-flop integrated circuit and upon preset circuitry conditions also energizes said optical coupler and triac in the manner described in items (4) and (5) in claim 3.

Claim 7

In a continuous weighing mechanism for fluids moving through a conduit, comprising a housing, supported by a frame, providing a chamber having aligned cylindrical bearings carried by opposite walls thereof and formed at its top and bottom, respectively, with an inlet and an outlet, a receiver rockable through a fixed circular path and adapted in one predetermined position to receive fluid from the inlet and, when in a second predetermined position, to discharge the fluid by gravity for drainage through the outlet, a rotatable shaft whereon the receiver is mounted fast for said rocking movement with the turning of the shaft, the shaft and receiver being formed cooperatively effecting said fast mounting while permitting the receiver to be freely separable from the shaft by a radial movement relative thereto, the shaft having end portions lying in the bearings outwardly rounded from and closely journaled in and engaging in annular line contact with the bearings for free rotation therein under conditions of varying distortion and relative movement of the areas of the housing walls having the bearings therein, and a counter device connected with the shaft for operation thereby with each rotary movement thereof, the improvement which consists in a fluid flow indicating device comprising (a) a magnet which is detachably connected to the end of the shaft which is connected with the counter device; (b) an electromechanical switch which is adapted to be mounted on said frame, said switch being in electromagnetic relationship with said magnet so that movement of said magnet can activate said switch; (c) a control module containing input and output circuits, disposed remotely from said switch and interconnected therewith by suitable electrically conductive means and which control module consists of a solid state timing and monitoring device which comprises (1) a flow monitoring circuit which comprises two flip-flop integrated circuits for counting an incoming electrical signal; (2) a reference timer integrated circuit which comprises a comparative timer which registers and compares the signals of said two flip-flop integrated circuits; (3) a control transistor which receives a signal from said flip-flop integrated circuits; (4) an optical coupler which receives a signal from said control transistor upon preset circuitry conditions and which is energized thereby; (5) a triac which is operative via a pilot voltage through the energized optical coupler and which triac in turn activates an electrical power supply through the output circuit and (6) an override section timer circuit which monitors the length of time between signals received in said flow monitoring circuit and upon preset circuitry conditions allows a greater lapse of time between said signals, and suitable electrically conductive means between items (1) and (6), and said control module adapted to receive a signal from said switch through said input circuit and upon preset circuitry conditions, activate an outside electrical power supply through the said output circuit as described in item (5); and (d) a second housing which is adapted to detachably contain said control module.

Claim 8

In a continuous weighing mechanism for fluids moving through a conduit, comprising a housing, supported by a frame, providing a chamber having aligned cylindrical bearings carried by opposite walls thereof and formed at its top and bottom, respectively, with an inlet and an outlet, a receiver rockable through a fixed circular path and adapted in one predetermined position to receive fluid from the inlet and, when in a second predetermined position, to discharge the fluid by gravity for drainage through the outlet, a rotatable shaft whereon the receiver is mounted fast for said rocking movement with the turning of the shaft, the shaft and receiver being formed cooperatively effecting said fast mounting while permitting the receiver to be freely separable from the shaft by a radial movement relative thereto, the shaft having end portions lying in the bearings outwardly rounded from and closely journaled in and engaging in annular line contact with the bearings for free rotation therein under conditions of varying distortion and relative movement of the areas of the housing walls having the bearings therein, and a counter device connected with the shaft for operation thereby with each rotary movement thereof, the improvement which consists in a fluid flow indicating device comprising (a) a magnet which is detachably connected to the end of the shaft which is connected with the counter device; (b) an electromechanical switch which is adapted to be mounted on said frame, said switch being in electromagnetic relationship with said magnet so that movement of said magnet can activate said switch; (c) a control module containing input and output circuits, disposed remotely from said switch and interconnected therewith by suitable electrically conductive means and which control module consists of a solid state timing and monitoring device which comprises (1) a flow monitoring circuit which comprises two flip-flop integrated circuits for counting an incoming electrical signal; (2) a reference timer integrated circuit which comprises a comparative timer which registers and compares the signals of said two flip-flop integrated circuits; (3) a control transistor which receives a signal from said flip-flop integrated circuits; (4) an optical coupler which receives a signal from said control transistor upon preset circuitry conditions and which is energized thereby; (5) a triac which is operative via a pilot voltage through the energized optical coupler and which triac in turn activates an electrical power supply through the output circuit and (6) an override section timer circuit which monitors the length of time between signals received in said flow monitoring circuit and upon preset circuitry conditions allows a greater lapse of time between said signals, and suitable electrically conductive means between items (1) and (6), and said control module adapted to receive a signal from said switch through said input circuit and upon preset circuitry conditions, activate an outside electrical power supply through the said output circuit as described in item (5); and (d) a second housing which is adapted to detachably contain said control module.

Claim 9

The apparatus as set forth in claim 5 wherein said override section timer circuit comprises (a) a third flip-flop integrated circuit which also receives a signal from said switch and (b) a second control transistor which receives a signal from said third flip-flop integrated circuit and upon preset circuitry conditions also energizes said optical coupler and triac in the manner described in items (4) and (5) in claim 5.