57results about How to "Eliminate storage" patented technology

A method and system for eliminating storage and transportation of products within a product distribution system is disclosed saving money and time since businesses do not need to have products shipped and stored. The method and system includes an online store through which designers can upload electronic files of printable products and consumers can view the printable products for purchase, download and printing on a 3D printer. The method and system also allows for implementation of protection systems for designers with the option of insuring the final design is not tampered with by anyone other than the designer.

A system and method schedules downloading of content files from a content server to a client through a cache server. A user can request a content file for future delivery at a certain service time at a certain location such as a hotspot. A cache server receives these requests and sorts them in an order which depends on the relative service times, and eliminates redundancies by only downloading content files not already stored in the cache server. A scheduling algorithm minimizes the instances of tardiness under the constraint of cache storage capacity.

An ID tag describing control data on a stopped position for each station 10, movement required for a transfer, and the like is installed in front of the station 10. An overhead vehicle 8 reads the control data and uses it for stoppage and transfer. The overhead vehicle 8 need not store the stoppage or transfer control data for each station 10. Further, the control data can be changed without updating the storage in the overhead vehicle 8.

A process and associated apparatus to reduce both ferrous (Fe⁺⁺) iron and ferric (Fe⁺⁺⁺) iron from an aqueous solution. A pH swing process is described in which a phosphoric acid solution is first added and then a base chemical is added. The combination results in generation and precipitation of iron phosphate. The method and apparatus affords flocculent enhanced settling and removal of the iron precipitates and process suitable buffering of the resulting reduced iron aqueous solution.

A tandem configuration of automated washing machines is disclosed. A microprocessor controls solenoid valves to direct effluent of each selected cycle of one machine, into another machine for reuse. Both the machines operate in tandem applying pre-set microprocessor logic, which is further programmable for various options, keeping interlocking features Intact. By placing the washing apparatus on rooftops, further recycling is achieved.

An apparatus including an initialization circuit and a hash computation circuit. The initialization circuit may be configured to present a number of initialization values. The hash computation circuit may be configured to generate hash values for the message in response to the padded message blocks and the initialization values. The hash computation circuit generally performs a diagonal cut technique that simultaneously uses values from a plurality of different cycle rounds in a single cycle round analog.

The present invention provides a method for generating an Enhanced Electrolyzed Alkaline Water solution or hydrogel formulation containing a pH of approximately 12.5 and a Sodium Hydroxide concentration between 150 and 200 ppm having excellent sanitizing and disinfecting properties. The invention further provides methods to apply the Sodium Hydroxide solution as hard surface sanitizer and as a fogging medium for sanitizing stables, barns including poultry incubators as replacement of nowadays used chemical cleaning agents or in case of fumigation replacement of formaldehyde. Finally, the invention discloses usage of modified Enhanced Electrolyzed Water formulations for use as topical treatment in veterinary applications for livestock and wherein gelling-agents, dyes, fragrances, foaming agents, biocides, biopesticides may be blended into the Enhanced Alkaline Water to address specific bactericidal or fungal diseases.

The Present invention provides a hot water supply device in which the temperature of hot water stored at high temperature in a hot water storage tank or the like can be lowered to a temperature for use at which the risk of scalding is prevented, when supplied to a hot water usage part, without need for cold water to be mixed with the high-temperature hot water. A hot water supply device comprising a hot water storage tank, a cold water supply line for supplying cold water to the hot water storage tank, a hot water supply line for supplying hot water from a hot water storage tank to a hot water usage part, and high-temperature hot water discharge prevention means provided, along a hot water supply channel of these lines, for preventing high-temperature hot water discharge to the hot water usage part. The high-temperature hot water discharge prevention means is configured from a heat exchanger means provided to effect heat exchange between hot water of the hot water supply line and cold water of the cold water supply line and a flow rate control means for controlling the flow rates of the hot water in the hot water supply line and cold water of the cold water supply line. The control of this flow rate control means is executed in response to the temperature of the hot water and the cold water.

An air conditioner which can appropriately determine the amount of refrigerant without requiring much time even if there is a liquid refrigerant accumulated in an accumulator when the determination is performed. An air conditioner (1) has a refrigerant circuit (10) having an accumulator, a shutoff mechanism (38), a refrigerant detecting mechanism (39), an operation controlling means, a refrigerant amount determining means, a means for determining liquid refrigerant accumulation, and a liquid refrigerant releasing means. In a cooling operation condition, the refrigerant detecting mechanism detects the quantity of state of the amount of refrigerant present upstream of the shutoff mechanism. The operation controlling means performs liquid refrigerant containing control. The refrigerant amount determining means determines whether or not the amount of refrigerant in the refrigerant circuit is appropriate based on the quantity of state of the amount of the refrigerant detected by the refrigerant detecting mechanism in the liquid refrigerant containing control. The means for determining liquid refrigerant accumulation determines whether or not liquid refrigerant is accumulated in the accumulator. When it is determined that liquid refrigerant is accumulated in the accumulator, the liquid refrigerant releasing means releases the liquid refrigerant from the accumulator.

The present invention relates to a method for the determination of chromatography conditions for the separation of a biomolecule from a liquid sample, which method comprises selecting a number of experiments using design of experiments (DoE); performing said experiments with in-line conditioning of orthogonal quality measures; and based on the results from the experiments, determining efficient chromatography conditions for said biomolecule.

The invention also relates to a system for performing the method as well as a computer program and an instrument comprising such a computer program.

Disclosed are a processing method and related device for a host route in a virtual sub-network, and a communication system. The processing method for a host route in a virtual sub-network comprises: receiving, by a first operator edge device, a packet used for address parsing, wherein at least one second operator edge device is also included in a virtual sub-network station where the first operator edge device is located; determining, by the first operator edge device, whether a source MAC address carried in the packet is a virtual MAC address; and if it is determined that the source MAC address is a virtual MAC address, not executing at least one of the following operations: saving a table entry of a local customer edge (CE) host route corresponding to a source IP address carried in the packet, and distributing the local CE host route corresponding to the IP address in a virtual sub-network based on a routing protocol of a layer 3 VPN. The solution in the embodiments of the present invention is beneficial to avoid forming CE host route loops as far as possible, thus improving the efficiency of data packet transmission between CE hosts.

Disclosed is an water soluble vitamin freeze-drying preparation containing no bacteria inhibitor, wherein each bottle of the preparation comprises constituents of aneurine mononitrate 2.79-3.41mg, riboflavin sodium phosphate 4.41-5.39mg, nicotinamide 36-44mg, chlorhydric pyridoxine 4.41-5.39mg, sodium pantothenate 14.85-18.15mg, vitamin C sodium 101.7-124.3mg, biotin 54-66mug, folic acid 0.36-0.44mg, vitamin B12 4.5-5.5mug, glycine 270-330mg, and dium ethylenediamine tetraacetate 0.45-0.55mg.

The invention provides a numerical operation implementation method for Huffman coding, which comprises the following steps of: counting the occurrence probability of each character in data to obtain acharacter set and a corresponding probability set; calculating the coding length of each character in the character set of the data, abbreviating the coding length sequence of each character as a code length set, and calculating the code length sequence according to the probability set and the code length set; according to the code length sequence, Huffman codes are output in a numerical operation mode, the code length sequence of a character set to be coded is calculated in a particularly simple and convenient mode, then the code length sequence is sorted, and codes of the character set aredirectly generated; under the condition that the Huffman tree is prevented from being constructed, the coding effect the same as that of classic Huffman normal form coding is obtained, redundant calculation and storage in construction of the Huffman tree are eliminated, and the coding efficiency is improved. The invention further provides a numerical operation implementation circuit for Huffman coding, and the implementation circuit is simple, easy to implement and low in energy consumption.

Plant for producing tyres of different types simultaneously, comprising a plurality of operating units operating in succession, comprising a central processing unit capable of causing the sequential execution of a plurality of operating steps at work stations, each of which comprises at least one of the said operating units, according to one or more predetermined sequences of types of tyres. The plant also comprises a local processing unit associated with each work station and capable of identifying the type of tyre corresponding to a drum supplied to each of the said operating units, and of selecting, from a predetermined group of operating procedures for each of the said operating units, a specific procedure for the type of tyre corresponding to the drum being worked on.

In a method for producing paints by means of mixing fluid products, there is provided a group of fluid products comprising at least one white paint, containing a predetermined percentage quantity of titanium dioxide, and at least one neutral paint which does not have colorants. There is then provided an empty container which is filled with a predetermined quantity of paint which is obtained by mixing the white paint and the neutral paint at variable proportions between 0% and 100%. There is obtained a resultant paint which has a content of titanium dioxide which is selected between a maximum, corresponding to the content of titanium of the white paint, and 0%, corresponding to the content of titanium of the neutral paint.