135 results about "Mechanical counter" patented technology

Apparatus and methods for delivering stents or stent segments to body lumens include one or more tubular prostheses carried at the distal end of a catheter shaft, a sheath slidably disposed over the prostheses, and a guidewire tube extending from within the sheath to the exterior of the sheath through an exit port in a sidewall thereof. A guidewire extends slidably through the guidewire tube. The sheath can be moved relative to the catheter shaft and the guidewire tube to expose the prostheses for deployment. Mechanisms are described for measuring the distance that the sheath is moved relative to the catheter shaft and / or the guidewire tube, or for counting the number of stents exposed and / or deployed by operation of the device. These mechanisms include optical counting mechanisms, inductive, resistive, and / or magnetic resonating counters, electrical contact counters, and mechanical counters.

This invention discloses a ultrasonic wave detector and detection method thereof, which contains ultrasonic wave probe and linkage device, transmitting / receiving circuit, control / process unit, display device and man-machine conversion interface, wherein the ultrasonic wave probe and linkage device having probe position equal displacement moving signal generator composed of mechanical counter or photoelectric mouse structure synchronous moved with probe, generating pulse displacement mark signal of horizontal scale and / or ordinate scale or grid mark signal, synchronous control transmission circuit generating high voltage excitation pulse to probe which generating ultrasonic wave and transmitting to tested object by coupling. Said invention overcomes the image distortion due to non uniform speed movement.

A tracking assembly and method for tracking the operation of a rotary gas meter that has a driven member includes a connecting member, a gear assembly and a mechanical counter. The connecting member is adapted to be coupled to the driven member. The gear assembly is adapted to be coupled between the connecting member and the mechanical counter. The mechanical counter is used to count a value that is directly proportional to the number of rotations of the driven member when the connecting member is coupled to the driven member. The value provided by the mechanical counter is multiplied by a conversion factor such that the associated volume of gas displaced by the gas meter can be determined.

The invention discloses an adjustable-assembly parameter endurance testing device for electromagnetic relays and relates to an endurance testing device for the electromagnetic relays. The invention solves the problem that it is impossible to research the influences of the traditional endurance testing device for the electromagnetic relays on the matching relationship between an electromagnetic attraction force and a mechanical counter force and on the electrical endurance by changing an assembly parameter. Adjusting blocks are arranged on a first screw by threaded connection; the lower end of a vertical adjusting device is fixedly arranged on upper end faces of two vertical plates and is positioned on the same side of the two vertical plates; two fixing blocks are symmetrically arranged on the front side wall of the vertical adjusting device; two sensor supports are symmetrically fixed on the front side wall of the vertical adjusting device and are positioned between the two fixing blocks; and two pressure sensors are positioned on the two sensor supports and are in sliding connection with the sensor supports respectively. The device makes it is possible to research the influences of the device on the matching relationship between the electromagnetic attraction force and the mechanical counter force by changing the assembly parameter and on the electrical endurance of the electromagnetic relays.

An apparatus for the strengthening and rebuilding of the muscles of the pelvic floor includes a center generally flat main resistance spring that includes a generally U-shape. The main resistance spring supplies a force which urges separation between a first end and an opposite second end of the main resistance spring. A surrounding case provides a stop mechanism to limit further separation of the first end with respect to the second end. A secondary resistance spring is attached to an interior of the main resistance spring and is used to supply an increase in overall resistance as well as to actuate an optional mechanical counter. An optional pair of auxiliary resistance bands are provided and are urged within a longitudinal channel to vary the magnitude of overall resistance. An optional handle is included to aid in transportation.

A bubble interference restraining method of a photoelectric direct reading water meter sensor is suitable for a water meter which conducts electric signal encoding output on reading displayed by a mechanical counter through a photoelectric technology. The photoelectric direct reading water meter sensor comprises a sing-chip microcomputer, a communication interface component, a direct current power supply component, multiple sets of photoelectric sensor encoder components of a photoelectric sensor composed of photosensitive receiving tubes and photoemissive tube geminate transistors, and a photosensitive receiving tube sample resistance control circuit component. Induction single sampling resistors of the photosensitive receiving tubes comprise two controllable sampling resistors (R1, R2), the photosensitive receiving tube sampling resistance control circuit controls the sampling resistor of the photosensitive receiving tubes to be switched between a single sampling resistor (R2) and two resistors (R1+R2) connected in series, the sensing sensitivity of the photosensitive receiving tubes is adjusted by adjusting the sampling resistors of the photosensitive receiving tubes to achieve the function of restraining interference of the bubbles. The bubble interference restraining method of the photoelectric direct reading water meter sensor has the advantages of being strong in bubble interference resistance, low in cost and simple to implement.

A gravimetric measuring instrument that contains a weighing cell having a load-transmitting member. A load receiver can be coupled to the load-transmitting member through a releasable connection. A mechanical stop resides on the load-transmitting member, and a mechanical counter stop resides on the load receiver. By means of an eccentric bolt engaging the load receiver and the load-transmitting member, the mechanical stop can be pressed against the mechanical counter stop, whereby the stop can be clamped tight against the counter stop. With this arrangement, the load receiver can be rigidly but releasably secured to the load-transmitting member.

The invention discloses a transmitting device for a diaphragm gas meter. The transmitting device comprises a frame which is mounted on a diaphragm gas meter shell, wherein a rotating shaft and a mechanical counter are arranged on the frame; the rotating shaft is driven to rotate by gas flow; the mechanical counter is used for counting the flow of gas; a mechanical micro-switch is mounted on the frame; and a driving device is driven by the rotating shaft to drive a contact point of the micro-switch to transmit an on-off counting signal. The transmitting device for the diaphragm gas meter has a simple structure; the stable and reliable signal output of the gas meter can be realized by only additionally mounting the driving device and the micro-switch on the original rotating shaft, without changing an existing mechanical counter device of the gas meter; a cam and a shaft sleeve, as the driving device, are made of polytetrafluoroethylene plastics; the minimum resistance of the rotating shaft is brought by the special structure of the driving device; the usage count exceeds one million times; and after being tested, the transmitting device can meet the national standard of minimum measuring accuracy of the gas meter.

The invention relates to the technical field of liquid transfer. The invention relates to a pipettor, in particular to a pipettor. The pipettor comprises a ring pipe, a driving rod arranged in the ring pipe, an operation button fixedly connected with the driving rod and enabling the pipettor to suck or discharge liquid, an adjusting assembly capable of driving the driving rod to reciprocate alongthe axis of the adjusting assembly to adjust the measuring range, and a counter assembly used for displaying the measuring range of the pipettor. The counter assembly comprises a mechanical counter, wherein a first driven gear is arranged at the input end of the mechanical counter; the adjusting assembly comprises a linkage piece capable of driving the first driven gear to rotate and an adjustingknob. The adjusting knob is arranged on the operating button in a sleeving mode and rotationally connected with the operating button, the adjusting knob is arranged in the annular pipe and can reciprocate in the axis direction of the driving rod to be connected with or disconnected from the linkage piece, a limiting piece for fixing the position of the adjusting knob is arranged on the annular pipe, and the effect of improving the precision of the pipettor is achieved.

The invention provides a fully-mechanized semi-automatic carton stitching machine comprising a rack, a binding head drive portion, a carton board driving portion and a feeding and lifting platform portion. The carton board driving portion adopts chains to drive carton boards to be conveyed, transmission of the chains is controlled through a mechanical stepper to control binding positions of the carton boards, and the binding head is controlled by a mechanical counter cooperating with a clutch. An air compressor is not needed, an expensive servo motor and a control system thereof are not adopted, and manufacturing cost of the stitching machine is only equivalent to a quarter of that of a conventional stitching machine; due to fully-mechanical control, control does not depend on software program of a PLC (programmable logic controller) or industrial personal computer; the carton stitching machine is adaptable to various severe working environments, stable in complete machine control and operation, high in reliability and low in fault rate.

A tracking assembly and method for tracking the operation of a rotary gas meter that has a driven member includes a connecting member, a gear assembly and a mechanical counter. The connecting member is adapted to be coupled to the driven member. The gear assembly is adapted to be coupled between the connecting member and the mechanical counter. The mechanical counter is used to count a value that is directly proportional to the number of rotations of the driven member when the connecting member is coupled to the driven member. The value provided by the mechanical counter is multiplied by a conversion factor such that the associated volume of gas displaced by the gas meter can be determined.

A hydraulic pumping unit is composed of mechanical facilities, detecting controller and hydraulic controller. It features that the voltage conversion and frequency conversion are used to control the speed of motor and in turn the speed of pumping unit, and a mechanical counter weight is used to reduce the power needed by pumping unit itself and effectively use the potential energy of downward stroke. Its advantages include optimal speed curve and efficiency, stepless speed and stroke regulation, and overload, off-load, overcurrent and instantaneous stall protections.

The invention discloses a mechanical counter. Three-level transmission of the mechanical counter adopts the acceleration transmission ratio of 5:6. The invention further discloses a method for measuring electro-mechanical transformation durability of a gas meter by the mechanical counter. The method mainly comprises the following steps: the mechanical counter with the acceleration transmission ratio of 5:6 is installed an intelligent gas meter so that the durability test time of the intelligent gas meter is shortened, the beneficial effect of the mechanical counter is that the intelligent gas meter adopts the mechanical counter which is improved in structure, so that the durability test time is greatly shortened; the gas meter with the improved mechanical counter is utilized in the measuring method, operability of electro-mechanical transformation error measurement and real use conditions of measurement and reduction are improved.

Structure and method for counting a predetermined number of counts is provided. A count end value is identified which is greater than or equal to (not less than) the predetermined number of counts. The count end value is chosen such that it is representable by n symbols (designated n-1, n-2, . . . , m, m-1, . . . , 1, 0) where the most significant n-1 through m symbols are a first binary symbol and the least significant m-1 through 0 symbols are a different second binary symbol, for example "1"0 and "0". An n-symbol current count value (also representable by n-1, n-2, . . . , m, m-1, . . . , 1, 0 symbols) is initialized to a count start value which is equal to the count end value minus the predetermined number of counts, then as the counter counts, the current count value is incremented by one (or some other count increment) for each count or cycle of the counter. After each iteration (or before the next iteration of the counter cycle) each of the n-1, . . . , m symbols are compared with the first binary symbol. If the n-1, . . . , m symbols match, a count completed indicator is generated signifying that the desired count has been reached. Due to the manner in which the count values are chosen, it is not necessary to examine or compare the other m-1, . . . , 0 symbols. A counter structure, including an electronic counter, a mechanical counter, and a method for designing a counter are also provided.

An oxygen flowmeter consists of a meter shell, oxygen inlet adapter and outlet adapter on the meter shell as well as rotor detector built by wing wheels. The rotor detector is set in between the two adapters and is connected to a mechanical counter set on the meter shell through a magnetic transmission mechanism and gear down mechanism, furthermore it is series-connected with a magnetic constant-pressure compensation mechanism at front of oxygen entering in the rotor detector and series-connected with a displacement airflow detector at oxygen releasing end.

The invention provides a 10kV flexible cable intermediate joint with a counting function, which comprises a sleeve, a clamping head and a straight plug, wherein the sleeve comprises a left sleeve and a right sleeve which are arranged at two sides of the clamping head respectively; and the straight plug is fixedly arranged in the sleeve and the clamping head. The 10kV flexible cable intermediate joint is structurally characterized by further comprising a touch rod and a mechanical counter, wherein the touch rod is composed of a contact portion and a conduction portion; the mechanical counter is a PROGRESSIVE mechanical counter with the model being CVPL-18; the mechanical counter is provided with a body, a linkage shaft and a digital display portion; the contact portion of the touch rod is arranged in a combination portion of the right sleeve and the clamping head in a mode of being capable of moving in the left and right directions; and the lower end of the conduction portion of the touch rod is fixedly connected with the right end of the linkage shaft of the mechanical counter. The 10kV flexible cable intermediate joint with the counting function is simple in structure, low in cost and convenient to implement. The current number of plugging times of the flexible cable intermediate joint can be displayed in real time when the 10kV flexible cable intermediate joint is used, thereby effectively preventing potential safety hazards brought about by quality defects caused by plugging abrasion of the flexible cable intermediate joint.

A ternary non-clobber character wheel dial sensor includes a mechanical counter frame, a mechanical character wheel arranged on a shaft in the frame, flexile printed circuits inserted in the character wheel and a connecting bottom plate. The sensor is characterized in that the radial plane of the character wheel is zoned and coded according a ternary coding method. The left flexible printed circuit of the character wheel is equipped with three light emitting diodes for lighting. The relative position of the right flexible printed circuit is equipped with three receiving triodes for reading. The flexible printed circuit is electrically connected with a microprocessor through the connecting bottom plate bus. The beneficial effects of the invention are that binary code discs are substituted by ternary code discs. No clobber is on any position of a code disc. Compared with a present five bits binary code disc, the quantity of the photodiodes and photo triodes is reduced by two fifths. And the aims of simple structure, convenience, practicality and lowered cost are achieved. The invention can be applied various metering instruments using mechanical counter and absolute code angle displacement sensors.

A damping system for damping torsion vibrations of shafts in machines is provided. A torque sensor detects torsion vibrations. A magnetostrictive actuator device creates a mechanical counter-vibration and a control device registers a measurement signal of the torque sensor in a time-resolved manner and creates a phase-shifted signal for a counter-vibration and drives the actuator device. Further, a method for eliminating torsion vibration of shafts in machines with such a damping system is provided. The torsion vibration of the torque of the shaft is registered in a time-resolved manner, a phase-shifted signal is created for a counter-vibration, and a mechanical counter-vibration is created using at a magnetostrictive actuator device.

The invention relate to a full-automatic step counting device based on upper arm swinging, and belongs to the technical field of human body motion information detection. The full-automatic step counting device comprises a casing, a swinging hammer, a fixing shaft, a limit post, an upper pawl, a lower pawl, a ratchet wheel, a transmission shaft, a drive gear, a mechanical counter and the like, wherein the casing is worn in the position of a wrist through a wrist strap; the swinging hammer is fixed on the casing through the fixing shaft; when an arm swings back and forth, the swinging hammer generates swinging opposite to an arm swinging direction under the action of inertia; bi-directional swinging of the swinging hammer is converted to unidirectional marching type rotation of the ratchet wheel by a ratchet-and-pawl mechanism; the rotation of the ratchet wheel is transmitted to the drive gear through the transmission shaft; the drive gear is meshed with last character wheel shifting teeth of the mechanical counter; and the mechanical counter counts and displays according to times of marching type rotation. The counting device provided by the invention can provide accurate fitness information for a user, has stronger interference resistance capacity, requires no power source and has unique advantages of energy conservation and environment protection.

The invention discloses a circuit breaker closing and opening indication mechanism, which comprises an ejector rod driving portion, an indication portion and a counting portion, wherein the ejector rod driving portion includes a first driving rod, a second driving rod and a third driving rod; the third driving rod is movably sleeved with a shell groove; the indication portion includes a bent plate, a firing pin, an indication plate, a second return spring, a third pin, a fourth pin, a roller and a torsion spring; the counting portion includes a bent plate, a bent rod, a counter, a baffle plateand a square sleeve; the ejector rod driving portion and the indication portion are abutted and installed through the shell groove, and the ejector rod driving portion and the counting portion are connected together. The structure is greatly simplified through the modular design; the parts of each portion of the mechanism are simple, the adjustment range is large, the adjustment is simple and convenient, the problems of high requirements of mechanism abutment for parts processing and difficult assembly are avoided; the design and production cost is reduced, and the adaptability of batch production is improved; and the adoption of the mechanical counter further greatly improves the counting accuracy.

The intelligent water meter control panels, composed of MCU micro-power processors, of conventional intelligent water meters are additionally provided with NB-IOT communication modules, so the conventional intelligent water meters have the problems of high cost, complicated structure, large power consumption and the like; and ARM cores are arranged in NB-IOT modems so as to realize metering and communication control to the intelligent water meters. However, the invention provides an integrated special NB module for a water meter. The integrated special NB module provided by the invention is composed of a water meter mechanical counter, a direct reading program, a pulse counting module and program, an expandable interface and program, a valve control module, a stepped water price billing module, a tap water thief-proof and water-leakage detection safety intelligent module, a tap water alarm received information processing module and a counter-current alarming module, and integrates thefunctions of a data communication protocol module, a data encryption module and program and an NB-IOT communication module into a chip. The integrated special NB module provided by the invention has the advantages of clear principle, convenient use, low power consumption, small size, high reliability, etc., and improves the problems of high cost, large power consumption and the like of conventional Internet-of-Things intelligent water meters composed of NB modules.

The invention discloses an electronic counting method for mechanical counters and a counter therefore, wherein one character wheel of a mechanical counter is provided with an encoding structure to be a sampling character wheel; an electronic system reads codes via a sensor and an arc region corresponding to the codes, utilizes at least one arc region as counting characteristic position, compares the arc region sampled in this time with an arc region sampled in last time, judges if the sampling character wheel passes the characteristic position in rotation, if passes, counts and stores. The technical scheme is that: the electronic system realizes electronic counting and stores number via timely sampling, reading codes, judging counting and electronically storing, thus completely replacing prior pulse mechanical counters. The counter has the advantages of strong interference resistance, low measurement error, high reliability, low power consumption and long service life. Compared with direct read mechanical counters, the invention reduces manufacture cost significantly and obtains high performance price ratio.

A Bubble interference restraining method of a photoelectric direct reading water meter sensor is suitable for a water meter which conducts electric signal encoding output on reading displayed by a mechanical counter through a photoelectric technology. The photoelectric direct reading water meter sensor comprises a sing-chip microcomputer, a communication interface component, a direct current power supply component and multiple sets of photoelectric sensor encoder components of a photoelectric sensor composed of photosensitive receiving tubes and photoemissive tube geminate transistors, single-chip microcomputer I / O ports connected with the photosensitive receiving tubes have the programmable output function and the pull-up input function, and switching of the output function and the pull-up input function of the ports is conducted so as to finish different power supply connection of the photosensitive receiving tubes, so that the sampling resistor of each photosensitive receiving tube is switched between a single external connection sampling resistor (Rn-1), and a pull-up resistor (R) of the internal single-chip microcomputer I / O port connected with the external connection sampling resistor (Rn-1) in series, the sensing sensitivity of the photosensitive receiving tubes is adjusted by adjusting the sampling resistors of the photosensitive receiving tubes to achieve the function of restraining interference of the bubbles. The bubble interference restraining method of the photoelectric direct reading water meter sensor has the advantages of being strong in bubble interference resistance, low in cost and simple to implement.

The invention discloses a watch step-counting accuracy detection device capable of automatically leveling. The device comprises a driving motor, a mechanical counter, a vibration-reducing bottom column, a power indicator, a liquid crystal display, a speed control button, an emergency stop button, a device switching button, a control panel, non-slip supporting legs, a power connector, a detection device main body, a watch swing arm and a swing arm braking apparatus. The watch step-counting accuracy detection device disclosed by the invention is provided with the swing arm braking apparatus, during use of the watch step-counting accuracy detection device, after the driving motor is powered off to stop working, the watch swing arm simultaneously stops swinging, and the condition that the detection result is different from the accuracy value because the watch swing arm continuously swings due to inertia is avoided. According to the vibration-reducing bottom column arranged below the detection device main body, the device can be automatically adjusted to enable the detection device main body to be located in a horizontal state, and the detection result accuracy of the watch step-counting accuracy detection device is effectively improved.

The present invention provides a mechatronics counter for a line arrester. The mechatronics counter for the line arrester comprises a mechanical counter; a counting circuit connected with the line arrester is installed in the mechanical counter and includes a rectifier, and the rectifier is connected with a relay; the counting circuit is also connected with an electronic counter, and the electronic counter arranged in the mechanical counter includes a lightning stroke signal acquisition module, a data storage module, a data transmission module, a counting power supply module, a clock module and a counting single chip microcomputer system; the lightning stroke signal acquisition module is configured to record the action times of the relay after being connected with the rectifier; and the data transmission module is configured to send data and is in wireless connection with a data receiving device. According to the mechatronics counter for a line arrester, the action times of lightning stroke may be accurately recorded through a mechanical counter, and corresponding action times and actuation time may be accurately recorded through an electronic counter and may be transferred for a long distance to a receiving device.

The invention relates to an IC card intelligent gas meter capable of using a gas alarm switch valve, which comprises a gas base meter (1), wherein a control circuit board (4) is arranged in the gas base meter (1), the control circuit board is respectively connected with a signal detector (2), a mechanical counter (3) and a gas alarm input interface (6), an IC card base (7) is arranged in the gas base meter (1), and a battery holder (8) is arranged on the gas base meter. The intelligent gas meter can be connected with a gas alarm.

The invention relates to an oil surface thermograph for a transformer, which is used for detecting and controlling oil temperature of the transformer and comprises a casing 1, a thermograph control module 2, terminals 3, a mechanical counter 4, a temperature sensor 5 and a synchronous pulley component 6, wherein the thermograph control module 2, the terminals 3, the mechanical counter 4, the temperature sensor 5 and the synchronous pulley component 6 are arranged in the casing 1. The thermograph control module 2 is arranged in a shell 7 and connected with the temperature sensor 5 and the synchronous pulley component 6 and comprises a temperature signal regulation and acquisition circuit, a single-chip microcomputer, a data transmission circuit, a temperature signal conversion circuit, a motor module, a relay and a watchdog. Complex temperature sensors and elastic transmission parts thereof are omitted, no complex fan control mechanism is adopted, and precision measuring, displaying and signal transferring of the oil surface temperature of the transformer and intelligent interaction with a secondary instrument or computer are realized by means of the simple and reliable structure and the mechatronic sensing and control technique. Further, since all control circuits are mounted in the closed casing of an electromagnetic interference resistant design, the oil surface thermograph is high in electromagnetic interference resistance and simple in maintenance, reliability is greatly improved while the service life is greatly prolonged, and manufacturing cost is greatly reduced.

The invention provides a miniature counter, which comprises a housing, a digital wheel, a gear set, a stepper motor and a circuit board, wherein a digital wheel arranging hole is arranged at the front face of the housing; the digital wheel is the digital wheel of a conventional mechanical counter and is arranged on the back face of a front panel of the housing, the front end face of the digital wheel is positioned in the digital wheel arranging hole on the housing, connected with an output shaft of the gear set and used for recording data and displaying the counting result; the gear set is the gear set for the conventional counter and is arranged in the housing, an input shaft of the gear set is connected with a main shaft of the stepper motor, and the output shaft of the gear set is connected with the digital wheel; the stepper motor is arranged in the housing, the main shaft of the stepper motor is connected with the digital wheel through the gear set; and the circuit board is the circuit part of the counter. On the premise of accurately recording the number of the pulse signals, the miniature counter provided by the invention can achieve low energy consumption, low self-heating effect and good anti-shocking performance.