132results about How to "Optimize footprint" patented technology

The invention discloses a rotary lifting-type three-dimensional garage which comprises a parking frame, a carrier and vehicle carrying plates. The carrier is provided with a rotary driving device used for driving a carrier upright to rotate, a lifting seat is arranged on the carrier upright, a lifting driving device can drive the lifting seat to ascend and descend along the carrier upright, a lifting block is fixed on the lifting seat, each vehicle carrying plate comprises a vehicle carrying plate body and a sleeve platform, and the lifting block is coincident with each sleeve platform in shape and can be inserted into the same. The invention further discloses a vehicle carrying plate docking and lifting device for the three-dimensional garage. The vehicle carrying plate docking and lifting device comprises the lifting block and the vehicle carrying plates, and by applying the vehicle carrying plate docking and lifting device in the three-dimensional garage, one carrier can be matched with multiple vehicle carrying plates. The invention further discloses a method for parking vehicles in and getting the vehicles from the rotary lifting-type three-dimensional garage. By the structure of the rotary lifting-type three-dimensional garage, parking and getting the vehicles can be completed only through two actions including lifting and rotating.

The invention discloses a bipolar complementary metal oxide semiconductor (BiCMOS) current-type reference circuit. The BiCMOS current-type reference circuit comprises a reference nuclear circuit, a starting circuit and a reference current output circuit, wherein the reference nuclear circuit consists of three parts, namely a current mirror circuit, a positive temperature coefficient current generating circuit and a negative temperature coefficient current generating circuit; the current mirror circuit is used for generating a matched branch circuit, and a reference current which is obtained by adding a positive temperature coefficient current to a negative temperature coefficient current according to a certain proportion and has the temperature coefficient of zero at the normal temperature; the starting circuit is used for starting the reference nuclear circuit when the power is turned on; and the reference current output circuit is used for outputting the reference current generated by the reference nuclear circuit according to a proportion. Compared with the conventional voltage-type reference circuit, the BiCMOS current-type reference circuit has the advantages that the BiCMOS current-type reference circuit is not influenced by power supply network direct-current voltage drop, the transmission loss is low, the matching performance is high, the temperature stability is high, the occupied area of a chip is small, the circuit is self-started when the power is turned on and the like because of the adoption of a current transmission method, and is particularly suitable for the places with very stringent requirement of an analogue-to-digital / digital-to-analogue converter on reference signals.

The present invention provides an apparatus for use in a container forming machine that alters the path of a partially-formed container in a particular direction while independently rotating the partially-formed container itself to a selected angle or position. The apparatus may be incorporated into any container forming machine as an alternative to the traditional unidirectional conveying means. In one embodiment, the apparatus of the present invention allows the path of container formation inside the machine to double back against itself in a U-turn (180 degrees), thereby reducing the overall footprint of the machine, while at the same time positioning the partially-formed container for further formation activity by rotating the container itself only 90 degrees. In another embodiment, an apparatus is provided that raises or opens the partially-formed container as it travels along the altered path.

The invention discloses a glycyrrhiza extracting solution clarification and concentration membrane system. The glycyrrhiza extracting solution clarification and concentrated membrane system comprises a ceramic membrane clarification system and an RO (reverse osmosis) membrane concentrating system which are connected by a conveying pipeline; a glycyrrhiza crude extracting solution is pumped into the ceramic membrane clarification system for membrane system internal circulation to obtain a glycyrrhiza clarification solution; the obtained glycyrrhiza clarification solution is pumped into the RO membrane concentrating system by the conveying pipeline for concentration processing of the membrane system internal circulation to obtain dialysate; the dialysate enters a dialysate storage tank, and returns to the previous glycyrrhiza extracting working procedure for recycling; a concentration solution enters a concentration solution tank for subsequent processing treatment. The glycyrrhiza extracting solution clarification and concentration membrane system provided by the invention removes residual impurities in the glycyrrhiza extracting solution by utilizing the ceramic membrane clarification system so as to enrich effective ingredients; the RO membrane concentration system further purify and concentrate the clarification solution to obtain the high-quality glycyrrhiza concentration solution; the system operates at the normal temperature, has little loss of effective ingredients, and has no chemical change, and a product is not polluted because of the physical separation process.

The invention discloses a hydraulic power automation water treatment aeration cycle system, comprising a water pump communicated with one side of a reservoir; the water outlet of the water pump is successively communicated with a high-speed composite filter material filter, an aeration tank, a gravity-type drug dissolving device and a sterilizer inlet tee joint via a pipeline, wherein one outlet of the sterilizer inlet tee joint is communicated and provided with a water return pipeline, and the other outlet of the sterilizer inlet tee joint is communicated and provided with a photocatalyst biocide device of which the outlet is communicated and provided with a sterilizer outlet tee joint; the sterilizer outlet tee joint is connected on the water return pipeline in series by other two ports; the water return pipeline between the sterilizer inlet tee joint and the sterilizer outlet tee joint is provided with a valve; the valve is respectively connected in series between the photocatalyst biocide device and the sterilizer inlet tee joint as well as between the photocatalyst biocide device and the sterilizer outlet tee joint; and the water return pipeline is communicated with the reservoir. The invention has simple structure, small floor area, high degree of automation and small later-stage maintenance workload and is suitable for circulating water treatment of water works, swimming pools, bathing beaches, lakes, waterscape, ornamental fish ponds and the like.

The invention belongs to multiple-stage treatment methods of waste water and treatment systems thereof, and particularly discloses treatment methods of landfill leachate and treatment systems thereof. One of the treatment methods comprises the following steps of: firstly, mixing the landfill leachate and anaerobic sludge to perform complete reaction; secondly, performing electrochemical reaction to obtain flocs and initially depositing effluent water; finally, adjusting the pH value, adding Fenton reagents and mixing the effluent water and aerobic sludge after the complete reaction between the Fenton reagents and the leachate in a later phase. In the other method of the invention, the mixing and reaction between the leachate in the initial phase and the aerobic sludge are performed beforethe electrochemical reaction and other steps are the same. The invention also provides two different treatment systems for the two different treatment methods. The systems are formed by optimally combining a pre-treatment tank, an anaerobi reaction tank, an electrochemical reaction tank, a deposition tank, an oxidation tank, a regulating tank, a biochemical reaction tank and a sludge concentration tank. The treatment methods have the advantages of wide application range, small influence of environment, low operation cost, good treatment effect and the like.