167results about How to "Easy to retrofit" patented technology

An engine-pressurized prestart oiler for an engine having pressure lubrication is provided, which rapidly lubricates critical engine bearing surfaces prior to the starting sequence. An accumulator for storing oil and pressurized air contains an air-oil separation float, which essentially fills the internal cross-sectional area and prevents absorption of the air. Discharge and recharge of the accumulator is preferably implemented by a normally closed solenoid valve. Discharge is controlled either manually by a switch or automatically by circuitry containing ignition-off time and accumulator pressure comparators, a starter interrupter, and a prestart oiling timer. Recharge is automatic, as the solenoid valve allows oil flow whenever the engine oil pressure sufficiently exceeds the accumulator pressure. A conduit connects the accumulator, solenoid valve, and engine, connecting to the engine either at the oil pressure sensor port or through an adaptor installed between the oil filter and the oil filter mount.

Systems and techniques to create and use a reversible format document. In general, in one implementation, the technique includes: obtaining an electronic document in a binary format, reforming the electronic document in a markup language format using information selected from the binary format document according to predefined extraction parameters, and inserting an encoded version of the electronic document in the binary format into the electronic document in the markup language format. A markup language document can include a first and second portions, the first portion including a subset of information, including rules governing how the electronic document is processed by a machine, from a binary format document corresponding to the second portion, and the second portion including an encoded version of the binary format document, where the electronic document is fully transformable to the binary format after a modification to the electronic document in the markup language format.

An apparatus for sensing a fluid level that, in one embodiment, is adapted to fit the threads of a fill pipe or vent cap in a storage tank. A first (or upper) part of the assembly is secured in an upper portion of the tank (such as is provided at a threaded vent opening) and includes components to permit sensing pressure at a first location. A second (lower) portion of the assembly sensing pressure at a second location is disposed in a weighted casing. The second portion is coupled to the first portion through a cable that carries a section of tubing. Circuitry disposed in the second portion receives a pressure indication from the upper portion through the tubing, and detects a fluid pressure at both the upper and lower portion of the tank. The difference between the two pressures is indicative of fluid level. This level is then sent back up to the electronics assembly in the first (upper) portion. The electronics assembly can contain a microprocessor and a radio transmitter, such as a cellular or other wireless data network transmitter, to report the fluid level to a remote station such as operated by a fuel supplier. In more particular aspects, the reports of fluid levels can be delayed until periods of significantly less change in fluid level or an indication that use of the tank as stopped, to save battery life.

The invention discloses a laser processing method and system assisted by a water jet and a gas jet. According to the laser processing method, a laser beam is focused on the surface of a workpiece; a gas jet beam of which the diameter is greater than that of the focus point of the laser beam is coaxial with the laser beam; after the gas jet beam enters a cut slot, a water jet beam behind the gas jet beam also enters the cut slot. The center line of the water jet beam is in a plane formed by the center line of the laser beam and the cut slot; the intersection point of the center line of the water jet beam and the surface of the workpiece is 1-2 mm from the focus point of the laser beam. The system comprises a laser generating mechanism, a gas jet nozzle and a workbench, wherein the longitudinal center line of the jet hole of a water jet nozzle behind the gas jet nozzle is in the plane formed by the center line of the laser beam and the cut slot; a gas pump and a water pump are respectively connected with the gas jet nozzle and the water jet nozzle; water circulates through the water pump, the water jet nozzle, a working cavity above the workbench and a water tank. According to the invention, the water jet beam restrains gas expansion, reduces the heat effect of laser, takes away deposits, and improves the efficiency and quality of laser ablation, so that the invention achieves remarkable effects particularly in processing plates with thicknesses above 15 mm.

An automated temperature control system for a barbecue grill or other structure comprises an automated damper assembly coupled to a vent of said grill, which damper assembly opens and closes selectively to adjust the flow passage area of the grill's vent. The system further comprises an operating area temperature probe for communicating the temperature of the operating area of the grill to the automated damper assembly, such that the automated damper assembly may maintain a user-specified target operating temperature by way of affecting combustion rates within the grill. A remote control may also be provided to allow the user to input a desired temperature for the system to obtain and / or to change temperature information for the grill or other structure.

A hydraulic dry power take-off clutch is adapted to be retrofit for prior manually actuated dry over-center power take-offs in compliance with certain SAE specifications. Both the resultant clutch and a retrofit kit for effecting the same are presented. According to the invention, an input hub is securedly received upon a shaft with an end plate secured to the input hub. A drive flange is adapted for securement to a flywheel or power source. A hydraulically actuated clutch disk assembly is received by the input hub and is in interconnection with the dry flange. Finally, a rotary union is received upon an end of the input hub opposite that of the clutch disk assembly, the rotary union providing a conduit for passing pressurized hydraulic fluid to the clutch disk assembly. The entire structure is adapted to be received within the same bell housing, and to employ the same drive ring as the prior art dry over-center power take-off units.

A traffic signal head having a signal lamp or signal ball with an embedded video monitoring system can be provided to perform vehicle detection to inform an intelligent traffic control system. Video monitoring of traffic lanes facing the signal head can be analyzed by such a system to emulate inductive loop signals that are input signals to traffic control systems.

The invention relates to a noninvasive intracranial pressure measuring method and a noninvasive intracranial pressure analyzer using the method. An initial sample database is built with sample data of a sample patient serving as a sample, data training is carried out, a plurality of sample models are built, noninvasive measurement, analysis and processing are carried out on intracranial pressure relevant data of the patient to be tested, the sample model with the largest similarity to the patient to be tested is selected, and the measured intracranial pressure relevant data of the patient to be tested are substituted into the selected sample model to obtain noninvasive ICP data of the patient to be tested. According to the method and the analyzer, the sample models are built in advance, and the sample model with the smallest error is selected to serve as the sample model of the sample to be tested so as to predict noninvasive intracranial pressure. The method and the analyzer are suitable for different individuals and patients of different groups, are good in backward compatibility, can achieve quick and accurate measurement through simple computation according to the database after data training, and remarkably improve measurement speed and accuracy.

The invention discloses a cooling water system and a control method thereof. The cooling water system comprises a refrigerator unit, a main water inlet pipe, a cooling water pump, secondary water inlet pipes, cooling towers, a cooling system balancing controller, a main pipe flow rate balancing valve which is arranged on the main water inlet pipe, and a secondary pipe flow rate balancing valve which is arranged on the secondary water inlet pipe. The control method comprises the following steps: detecting main water inlet flow rate parameters in the main water inlet pipe; determining the quantity of started cooling towers based on the minimum water inlet flow rate of each cooling tower; detecting the water inlet flow rate in each secondary water inlet pipe; adjusting the opening degree of the secondary pipe flow rate balancing valve based on the maximum water inlet flow rate of each cooling tower; controlling the actual flow rate of the secondary water inlet pipes to be not greater thanthe maximum water inlet flow rate of the cooling towers; detecting the total water inlet flow rate in the main water inlet pipes and the quantity of the cooling tower in a starting state; determiningthe average water inlet flow rate of each cooling tower in the starting state; and outputting the average water inlet flow rate as the actual set flow rate to each secondary pipe flow rate balancingvalve in order to adjust the opening degree of each secondary pipe flow rate balancing valve. The system realizes hydraulic balance, and is energy saving and stable in running.

The present invention relates to a sensor device in the edge of the optic detecting product for measuring the product width especially by confirming the light transmission affected by the product. According to the invention one row of point-shaped light sources which can be separately controlled and is provided with assured position lie at one side of the product and is used coordinately with at least one optical fiber unit, the optical fiber unit extends parallel with the row of light sources and is insulated with the latter in optics, and is optically coupled with the light which is emitted by the light source and is reflected by the product, and at least one photodetector is connected with the optical fiber unit. As the position of each optimized light source is known and the point-shaped light source is controlled successively or selectively, or is controlled with small group, the detecting of the edge can be executed with the following mode. In the control period of the n point-shaped light source the reflecting signal falls on the optical fiber and is transmitted to the photodetector, and the position of the edge of the product conveyor belt can be confirmed as the exclusive assigning of the just now controlled point-shaped light source relative to the respective position. The resolution of the information relative to the product width is confirmed by each smallest unit of the point-shaped light source, the distance between the units or the relationship of the hole.

A house garbage incinerator of two sections type with material layer being able to be adjusted consists of incinerator body, material feeder, fire grate with front section in positive pushing type and back section in negative pushing type, wind chamber, ash basin, slag releasing channel and slag releasing device. It is featured as setting device for adjusting height of material layer at position of incinerator body with tail end of fire grate in negative type, forming said adjusting device by baffle shaft in bearing base and baffle for adjusting height of material layer as well as driving mechanism for driving baffle shaft.

A recoil buffer system having a buffer element, wherein the buffer element extends from a first buffer element end to a second buffer element end; a shoulder extending from a portion of the buffer element; a spacer, wherein the spacer extends from a first spacer end to a second spacer end, wherein the spacer is slidable along at least a portion of the buffer element; a first recoil spring, wherein the first recoil spring extends from a first end of the first recoil spring to a second end of the first recoil spring; and a second recoil spring, wherein the second recoil spring is positioned between the shoulder and the first spacer end of the spacer, and wherein the first recoil spring is positioned such that a first end of the first recoil spring is abutted against and extends from the second spacer end of the spacer.

A magneto-electric dialysis process for desalinating seawater, preparing salt from seawater and desalting industrial water is characterized by that on the basis is existing electric dialysis equipment, a static magnetic field is additionally used to directionally shift the cations and anions in flowing solution. Its apparatus is composed of a casing with different water inlets and outlets and electrodes, a group of cationic exchange membranes and anionic exchange membranes, which are alternatively arranged between anode and cathode, and a permanent magnet attached to each wall of the casing. Its advantages are high throughput, less electric consumption and not scaling.

The invention provides a method for measuring heat consuming user heating load of a vertical single tube cocurrent type system and a heating metering distributing system of the vertical single tube cocurrent type system, and relates to a heating metering distributing system. The method for measuring heat consuming user heating load of the vertical single tube cocurrent type system and the heating metering distributing system of the vertical single tube cocurrent type system solve the problem that an existing vertical single tube cocurrent type system in buildings is difficult to remould. A flow controller locking balanced flow is placed on each stand pipe of each apartment, each stand pipe is provided with a water supply temperature sensor and a water returning temperature sensor, each user family is provided with a room temperature sensor, and a calorimeter is placed in a total building heating entry well. Heat dissipating capacity of each stand pipe and radiators at each floor and equivalent heat consumed by each heat consuming user are measured according to the measured water supply temperature and water returning temperature of each stand pipe and the measured room temperature in each user. The method for measuring the heat consuming user heating load of the vertical single tube cocurrent type system and the heating metering distributing system of the vertical single tube cocurrent type system are suitable for heat metering reformations of a vertical single tube cocurrent type system connected on the single side, a vertical single tube cocurrent type system connected on two sides without a crossing tube and a vertical single tube cocurrent type system connected on two sides with a crossing tube and radiators at the same user.

The water treating magnetoelectric dialysis process may be used in sea water desalting, salted water desalting, sea water concentration to produce salt, desalting industrial water, etc. Ion exchange membrane with selective penetration is utilized in establishing a water processing electric dialysis space, where electrolyte ion is made to migrate directionally in the DC electric field. The present invention features that in the electric dialysis space, one static magnetic field is applied, which has magnetic force line direction perpendicular to the water flow direction and the current direction to strengthen the directional migration of anion and cation in the flowing solution. The present invention is superior to available electric dialyser with small water processing amount, great power consumption, easy scaling and other demerits. The present invention is realized simply through applying two permanent magnets onto two opposite walls of the electric dialyser casing.

‘Underground Thermal Battery Storage System’ using a battery structure of one or more underground thermally insulated cells, where each cell comprised of a waterproof thermal insulation shell, one or more fluid storage tanks and earth matrix. The thermal storage cell's fluid storage tanks are interconnected using a thermal fluid transport system with control valves, circulating pumps, and managed by a programmable controller. The programmable controller uses the cell sensors to determine cell status, control cell interconnections, and to manage the thermal charging and discharging by exterior heating or cooling devices. A moisture injection system is provided to control the thermal conductivity within the cell's earth matrix.

The invention discloses a power-driven motion device with a casing which is internally provided with at least one vibrator capable of vibrating the casing and forming a vibration wave layer outside the casing. The motion device is similar to a power-driven underwater motion device (comprising a water surface motion and an underwater motion device), such as ship, submarine, underwater missile, torpedo, etc.; the motion device can also be land transportation means, such as train, car, etc. or aerial transportation means, such as aircraft, airship, etc.. The vibration wave layer, generated by means of the vibration of the vibrator along with the casing, surrounds the casing of the motion device so that huge fluid resistance avoids the motion device naturally after the collision with the vibration wave layer, as a result, the motion device travels in an ideal state, namely under quite small fluid resistance, thereby greatly enhancing the motion speed of the motion device and saving energy.

The invention discloses a multipurpose type drying device comprising heat pumps, an air inlet passageway, a heat exchanger unit, an air feeding passageway and material drying bins. The heat exchanger unit comprises heat exchangers. Fresh air inlets of the heat exchangers communicate with the air inlet passageway. Heat source inlets of the heat exchangers communicate with the heat pumps. Heating outlets of the heat exchangers communicate with the air feeding passageway. An outlet of the air feeding passageway is connected with the material drying bins. By means of the multipurpose type drying device, the traditional coal combustion heat supply manner is converted into the heat pump heat supply manner, pollution to the environment is effectively reduced, the multipurpose type drying device is energy-saving and environment-friendly, the traditional heat supply manner is replaced with the multipurpose type drying device, transformation is easy and convenient, and large-scale application and popularization are facilitated. The multipurpose type drying device is suitable for various agricultural products, the utilization rate of the whole device is quite high, the drying effect is good, and compared with traditional multiple drying devices, the overall device cost and the land occupation are reduced.

Perforated pipe system for cleaning pavement dust on urban road is used for environment protection technology field. The invention comprises: a valve which can be open and closed automatically, pressure source, perforated pipe which is parallel to the ground and is set under the city road bed. One end of the perforated pipe connects to the pressure source through the valve and the other end is sealed. The invention disposes the perforated pipe parallel to the ground in a proper distance from the city road bed to the ground. The water of the pressure source shoots up to clean the dust on the ground which can be controllable and saves the manpower and material resources.

The invention discloses a method for extracting and recovering amide from an aqueous solution. An amide aqueous solution is added into the bottom of an extraction tower at a normal temperature, a main extraction agent is added into the top of the extraction tower, a composite solvent consisting of a main extraction agent and an auxiliary extraction agent is added into a part at the height, 0.1-0.4 times away from the top of the tower, of the extraction tower, extraction and separation are finished through countercurrent contact of liquid-liquid phases, and a raffinate phase mainly containing water and an extraction phase containing amide are obtained from the top and bottom of the tower respectively. The extraction phase containing amide passes through a main extraction agent recovery tower, an auxiliary extraction agent recovery tower and a product recovery tower in sequence to obtain the main extraction agent, the auxiliary extraction agent and an amide product from the top of the tower respectively, and the main extraction agent and the auxiliary extraction agent are recirculated for extraction of the amide aqueous solution. The method increases the distribution coefficient of amide in the extraction agent under the action of the auxiliary extraction agent, and can remarkably reduce the consumption of the extraction agent, reduce the energy consumption of subsequent rectification separation, so as to achieve remarkable economic benefits.

The invention discloses a single handle control method and a system for an excavator. According to the single handle control method for the excavator, extending and retracting movement of a boom cylinder is controlled through forward and backward movement of a single handle; hydraulic motor rotation towards the left and the right is controlled through single handle movement towards the left and the right; the single handle which is provided with a handle sleeve can slide and rotate axially; extension and retraction of a bucket rod are controlled through upward and downward movement of the handle sleeve. The single handle control method for the excavator has the advantages of enabling all excavating actions to be operated through one hand, confirming to the human engineering principle, being convenient for an operator to rapidly master skills due to single hand operation, enabling operation to be simple and confirming to human psychological and physical rules. The single handle control system for the excavator has the advantages of being simple in structure, low in cost, easy to produce and transform and convenient to popularize and implement.

The invention discloses an embedded compound spinning frame. Two layers of unwinding brackets and four parallel unwinding rollers are arranged on an upright post of a creel; the unwinding rollers positioned on the same side of the unwinding brackets mutually drive and are connected by a vertical driving pair of the unwinding rollers; and at least one unwinding roller in the unwinding rollers on the same side of the unwinding brackets is in driving connection with a front roller of a drawing mechanism through an unwinding roller driving device. When in spinning, two rovings hung on the creel respectively enter a drawing area of the drawing mechanism in parallel through roving horn mouths for drawing; two unwound filaments roll from different unwinding rollers and respectively enter the rear side of a tong port of the front roller of the drawing mechanism through a filament guider; and the two filaments and two drawn rovings are combined on the rear side of the tong port of the same front roller, output and twisted from the front side of the tong port of the front roller and wound on a spinning tube of a spindle. The invention not only can conveniently spin short fibers and other low-grade raw materials, but also has the advantages of abundant yarn type structures, dry resultant slivers and superior filoplume indexes.

The invention relates to a preparation method of an aluminum alloy bionic anti-icing surface. By means of enlightening of the surface hydrophobic self-cleaning characteristic of natural organisms, a laser processing and anodic oxidizing method is adopted, and the super hydrophobic surface with a bionic micro cylindrical array structure is prepared. According to the method, firstly a laser ablationprocessing process is adopted, the purpose is to design and change the morphology of the aluminum alloy surface, and the regular micro cylindrical array structure is prepared; and the aluminum alloysurface of the micro cylindrical array structure is dipped into electrolyte to be subjected to anodic oxidizing treatment, the aluminum alloy surface is made to form an oxidization layer with low surface energy, and therefore the super hydrophobic characteristic is acquired. The preparation method of the bionic and super hydrophobic aluminum alloy anti-icing surface is easy to operate, controllable in experiment parameter and low in cost, the method can be used for manufacturing surfaces with the super hydrophobic performance in batches, and the prepared surface has good anti-icing performanceand good mechanical stability.

The invention belongs to the technical field of municipal administration and in particular relates to an assembled road structure and a construction process thereof. The assembled road structure comprises a roadbed, a reinforced concrete plate and an asphalt pavement; through holes are formed in four corners of the reinforced concrete plate; linking rod grooves are formed in the side edge of the reinforced concrete plate; two ends of conducting linking rods are inserted into the linking rod grooves to be connected with the adjacent reinforced concrete plates; steel plates are placed on the adjacent reinforced concrete plates; riveting rods penetrate through the steel plates and the through holes to fix the reinforced concrete plates on the roadbed; and the asphalt pavement is laid on the surfaces of the reinforced concrete plates and bonded with the reinforced concrete plates by using tack coats. According to the assembled road structure and the construction process thereof, the construction process is simple, convenient and fast; the influence from weathers in the construction process can be effectively reduced; the structural strength of the pavement structure is enhanced and theservice life of the pavement structure is prolonged while the construction period is effectively saved; later reconstruction and maintenance are simple and convenient; and meanwhile, as a base coursematerial used in the construction process is an assembled prefabricated reinforced concrete plate, the reusability is realized, and the cost can be effectively saved.

A windowed ejection port cover having an ejection port cover body; a window aperture formed through the body; a window element, wherein the window element is formed so as to be at least partially received within the window aperture; and a window coupling element utilized to attach or couple at least a portion of the window element within at least a portion of the window aperture.

A vehicle hybrid system, vehicle and control method, including ISG motors, bidirectional inverter, bidirectional DC / DC converter, super capacitor module / lithium capacitor module and Vehicle Controller, the ISG motor is connected with the engine shaft, the vehicle controller and the ISG motor, the bidirectional inverter, The bi-directional DC / DC converter is connected with the super capacitor module / lithium capacitor module, the bi-directional inverter is connected with the ISG motor and the super capacitor module / lithium capacitor module, and the bi-directional DC / DC converter is connected with the super capacitor module / lithium capacitor module and the battery. As that super capacitor module / lithium capacitor module of the invention has high power correspond speed, fast storage and discharge of electric energy can be realized, and the storage battery is only used as storage of electric energy and does not carry out high-power charge and discharge, thereby prolonging the life of the storage battery.

The invention provides a door lock structure of a push-pull type ring main unit. The door lock structure comprises two lock rods which are matched with insertion holes in a ring main unit body in useand are arranged up and down. The door lock structure is structurally characterized by further comprising a lock body which is fixedly arranged on a door of the ring main unit and serves as a mountingbase of the door lock structure, a push-pull driving mechanism which is arranged on the lock body and is used for driving the two lock rods to vertically move up and down through forward and backwardpush-pull movement to realize locking and unlocking of the door of the ring main unit, and a padlock which is used for locking the lock body; the push-pull driving mechanism comprises a push-pull handle, an inner connecting piece, an outer connecting piece and two steel wire pipes; the push-pull handle is sleeved with the inner connecting piece and can rotate relative to the inner connecting piece, the inner connecting piece is in threaded connection with the outer connecting piece, and one ends of the two steel wire pipes are fixedly connected with the outer connecting piece; and the other ends of the two steel wire pipes are fixedly connected with the ends, close to the lock body, of the two lock rods correspondingly. The door lock structure is relatively simple in structure, relativelylow in cost and capable of realizing locking and unlocking conveniently in a labor-saving mode in use.