Cigarette Technology

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Methods used in the production of spices and related materials

Lennox tobacco companies patent application by R.J. “ a method for producing spices and related materials (application No.: CN201580013423.X), a method for the production of spices and related materials is introduced. It includes methods for producing or deriving from tobacco, or more generally, derived from or derived from any biomass of any species or species of tobacco genus (Nicotiana) or containing tobacco flavors. The invention provides parts of plants or plants from tobacco plants, such as spices derived or derived from one or more flowers of one or more tobacco species, and products containing one or more such spices.

Non combustible fragrance attractor and computer readable medium

The application by the tobacco companies of Japan Patent “ non combustion type fragrance suction device and computer readable medium (application No.: CN201580021918.7), the non combustion type fragrance suction device and computer readable medium, which comprises a first unit, containing aerosol source or flavor source second unit, control unit. The accumulative value of the electric energy supplied to the heat source in the single suction action series accumulated by the control unit is the first cumulative electric energy. When the first accumulating power reaches the required power, it can issue an instruction to stop the single suction action.

Canadian researchers have developed a new way to reduce nicotine

    according to reports, the company headquarters is located in high-tech radiation Edmonton Canada, using its innovative methods, the amount of nicotine in tobacco can be effectively reduced, and do not change the appearance and characteristics of tobacco, and the effects of nicotine from the tobacco extraction process on quality of tobacco is not too large. In this regard, one of the company’s researchers pointed out that, after a period of development, the technology can be applied to industrial production in a large scale.

    in fact, regulatory agencies including Canada and the United States and some other developed countries have clearly indicated that the nicotine content of tobacco products should be reduced to further reduce consumers’ dependence on tobacco products.

A cigarette holder for smoking products

R· J· Lennox tobacco companies’s patent “ for smoking cigarette holder products (application No.: CN201480072792.1), is introduced for smoking cigarette holder products, it contains around its cushioning materials and \/ or can be configured as a coating die, shrink sleeve, or other cover ground cover. In the presence, the packaging material can be configured to form one or several layers around the polymer shrinkage label, which can contain visual markers. If applied, the mounting cover and \/ or packaging material will provide a lower hardness and more flexible contact cigarette surface on the surface of the smoked mouthpiece, which can be incorporated into a part of smoking products.

Filter tip with improved hardness and filter efficiency

By Philip · Maurice tobacco companies’s patent “ filter has improved hardness and filtration efficiency (application No.: CN201480074628.4), with improved hardness and filtration efficiency of filter, the smoking article including aerosol generating matrix and attached to the substrate holder. The cigarette holder comprises a segment of a filter material comprising polylactic acid and an additive for reducing phenol. The cigarette holder further includes one or more packaging materials that surround the segment, which has a combined weight of at least 50 grams per square meter.

High yield tobacco with oriental tobacco characteristics

    by Altria group company &ldquo patent application sub; has characteristics of high yield of oriental tobacco tobacco (application No.: CN201480071597.7), the high yield of tobacco plants with oriental tobacco aroma and flavor characteristics, and through the development of these plant breeding. The present application also provides hybrid seeds that yield high yield tobacco plants with oriental tobacco aroma and flavor characteristics. The present invention provides methods for planting and harvesting high yield tobacco plants with oriental tobacco aroma and flavor characteristics. The present application further provides tobacco products made from high yield tobacco plants with oriental tobacco aroma and flavor characteristics, and methods of making such tobacco products.

Norway uses tobacco to produce biomass degrading enzymes

The researchers transformed tobacco plants from the genetic layer to produce an enzyme that breaks down organic matter in the forest. This will promote biofuel production to be more efficient, economical and sustainable.

The biorefinery industry produces fuel, energy, heat, and a wide range of chemicals, such as food waste, litter and other biomass. Today, still faces enormous difficulties for the biological processing litter from the forest, not only because of the cell wall of woody biomass is extremely difficult to decompose, but also because the industrial production process requires a large number of enzymes involved in the reaction. A research project in Norway is committed to the establishment of tobacco plants based on low cost to obtain industrial enzyme “ green plants, the enzyme can be used for biofuel preparation, is expected to yield biochemical products substitution of petroleum products. The sources of these biofuels are non food based biomass.

The first step in the production of biofuels is litter grottoes of biomass decomposition into sugars, the process requires the participation of enzymes. However, the high cost of preparing enzymes at this time is a major obstacle to the sustainable development of biological extraction. Normally, enzymes are obtained through fermenter systems, which are more common in the food industry, producing food and alcohol. But a fermentation tank system is usually expensive, requiring not only sterile conditions, but also a large amount of energy and water to control the pressure and temperature in the tank. The project will reduce carbon emissions from biological refining by using genetically modified tobacco plants, and the ultimate goal of the project is to replace the energy consuming fermenter system.

““ plants can use carbon dioxide and energy from the sun,” says Clark &middot, head of project at the Norway Institute of agriculture and environment. “This makes the entire process of producing enzymes environmentally friendly.”. According to its introduction, tobacco plant leaves large and many, biomass rich, coupled with a short growth cycle, can be harvested three to four times a year, therefore, become ideal plants.

In the first phase of the project, researchers will look for candidate enzymes. “ our goal is to utilize tobacco to obtain low cost cell wall degrading enzymes and to detect and test valuable new enzymes. Clark · “ Liu said, we are committed to carry out the pilot and large-scale production of the selected enzyme, and then we will partner Borregaard to get enzyme test.

Borregaard is a production of environmentally friendly products of the Norway company, product range covers chemical products, biological materials and bio ethanol can replace petroleum products. The company has developed a process to convert biomass into chemicals and biofuels, and its demonstration workshop has been running for two and a half years.

“ enzymes are the most expensive products in the production process except raw materials. Technical director Borregaard Gul Bligh Ende · lafalce rood said. He explained that the enzyme manufacturer number has always maintained a high price, but it has been purchased Borregaard enzyme from these manufacturers. “ we are trying to find alternative solutions for a more efficient production process. If the team can achieve this goal, we will get a new and more economical preparation method. Only in this way can our products be more competitive than petroleum products.

The researchers will find a gene fragment that allows plants to produce multiple enzymes, genetically engineered to turn them into tobacco plants and produce them, thereby producing enzymes that can efficiently break down biomass.

“Clark, &middot,” Liu explains, “they’re adding gene fragments that produce proteins, and proteins are the agents.”. “ genes are only genetic information; only genes can be expressed in order to obtain corresponding functional products. We use tobacco plants to express genes that we need products. Because of this, she compares tobacco plants to mobile phones.

She said: “ many years ago, my mobile phone is just a phone almost half a catty. Today, mobile phones are almost versatile and can be used as cameras, networks and recorders. Its core function, however, remains a telephone. This, like plants, has not changed in essence, but has added several functions. Therefore, as we learn more about plants, our understanding of biotechnology is even more profound.

Clark &middot, Liu said, “there is no such thing as moral resistance, as far as gene modification technology is applied to tobacco.”.

She said: “&ldquo, first of all, we do not eat these modified tobacco; secondly, because of the cold weather in Norway, it is not possible to grow outdoors in Norway.”. The modified plant will be present in the greenhouse, with the permission of the Norway health bureau. Some people are skeptical about genetically modified organisms. In fact, we are just using tobacco plants to produce enzymes needed for biological refining. I believe we can benefit a lot from it because we can get enzymes in a more economical way, and we will use tobacco plants in a more environmentally friendly way.

The Nordic countries have announced their energy development plans, and plans to complete the energy system by 2050. This means that by 2050 biofuels will account for at least 50% of the energy used in transportation systems. In Norway, many country level policies have been put into action aimed at promoting the use of renewable energy sources.

The company produces 20 million litres of ethanol each year, of which about 5 million litres are used to produce biofuels. However, only a small amount of biofuel is sold in Norway. Lafalce Rudd explained that due to the sustainable and predictable lack of policy, the European bio fuel market as a whole in a wait state.

“ in Norway, the market is out of touch with decision making. The second generation biofuel production has been carried out in sarpsborg. This requires long-term and stable policy support. La Faas Ruud says. He pointed out that Switzerland is a success story in the establishment of bio fuel market. This is due to the Swiss law has been introduced to the mandatory second generations of bio fuels with fossil fuel common use.

Radial rigid smoking product filter tip

    by Philip · Maurice tobacco international patent application “ radial solid filter cigarette products (application No.: CN201480037284.X), a radial solid smoking article filter, comprising a tobacco rod, filter and attached the tobacco rod and filter assembly materials. The filter tip includes a filter material molded to define a downstream end section of a smoking article that is surrounded by one or more filter packing materials. The smoking product has a hardness of at least about 90% in the downstream end section, and a filter material extending to the downstream end of the filter tip.

A change in the distribution of bacteria in tobacco before aging method

    R.J. Lennox patent application by tobacco companies “ bacterial distribution changes of tobacco (application number: CN201480031208.8, which is a change in the distribution of the bacteria before tobacco alcoholization method), introduces the change of tobacco bacterial distribution method, it provides some bacteria content of a tobacco material change of uncured. And the method comprises: tobacco materials and processing solution aging contact, the treatment solution is selected from the group consisting of the following: salt, sugar containing solution or a combination thereof; a solution comprising one or more enzymes; containing solution, one or more of the probiotics which contact provide the treated tobacco material, the processed tobacco material with total bacterial content decreased after the harvest. In some embodiments, the treated tobacco material is then aging, and can optionally be alcoholize. Also provided are tobacco products and smokeless tobacco products containing such treated tobacco material.

Tobacco derived protein composition

    R.J. Lennox patent application by tobacco companies “ protein composition of tobacco derived (application No.: CN201480035824.0), is used to extract purified protein which concentrates and isolates and used these materials into products and methods are described. The purification method is suitable for the removal of one or more ash, metal salts, alkaloids, particles, heavy metals, and other impurities and \/ or pollutants from the extract, the sensory characteristics in order to extract the change (such as smell, color and \/ or taste characteristics). The methods generally include percolation, use of functionalized resins, and supercritical extraction. Provides a composition with protein concentrate or isolate form, the protein composition from Nicotiana species (Nicotiana) extracted from RuBisCO, F2 fractions of protein or its combination, the characteristics of the protein composition is consistent with one or more of the following conditions, namely: ash content less than about 15%; less than about 10μ the nicotine content of g\/g; and less than about 60μ the content of heavy metals g\/g.

Induction heating device and system for producing aerosol

    by Philip · Maurice international tobacco company’s patent application for “ induction heating device and system for generating aerosol (application No.: CN201580000916.X), an induction heating device for system and produce an aerosol is introduced, including device shell, shell for accommodating device includes a substrate and the formation of aerosol sensor the aerosol form insert at least a portion of the inner surface of the cavity. The device housing also includes an induction coil having a magnetic field axis that is arranged so as to surround at least a portion of the cavity. The device also includes a power source connected to the induction coil and configured to provide high frequency current to the induction coil. Here, the wire material to form an induction coil with cross section including the main part of the main part has a longitudinally extending portion along the magnetic axis direction and perpendicular to the field axis lateral extension, longitudinally extending portion than the main part of the lateral extension of the minister.

Smoke forming system comprising a network receptor

    by Philip · Maurice tobacco international patent application “ including smoke system into mesh receptors (application No.: CN201580000665.5), was introduced into tobacco system includes a network of sensors, it is provided for a smoke tube system, the system includes a smoke smoke device. Used together with the device configuration of the cylinder, including device shell; located within the casing or inductor coil; and the power supply, the power supply is connected to the inductor coil and configured to provide a high frequency current to the sensor coil; the cartridge includes a cartridge housing and comprises a positioning matrix into the heating of the smoke a ferrite matrix of the sensor element mesh smoke.

A tobacco product that can be heated

    by Philip · Maurice tobacco international patent application “ inductively heatable tobacco products (application No.: CN201580001022.2) can be used to generate aerosol induction heating products are disclosed, including a plurality of sensors in the form of particles of aerosol formation matrix. The aerosol formation matrix is a coiled tobacco sheet, which includes tobacco material, fibers, adhesive agents, aerosol forming agents, and a plurality of particles in the form of sensilla.

Method for producing tobacco raw material

    application by Japan Tobacco International Patent “ manufacturing method of tobacco material (application No.: CN201380077609.2), introduces the manufacturing method of a tobacco material, which can enhance the flavor and a manufacturing method of taste components of tobacco raw materials. Comprises a manufacturing method of tobacco raw materials: dried tobacco leaves were smoked, adding alcohol in the process of drying tobacco leaves were smoked in the process and storage of added alcohol tobacco process.

A method of manufacturing a filter element

    by the Anglo-American Tobacco Corp’s patent “ manufacturing method of the filter element (application No.: CN201480035388.7), this paper presents a method for manufacturing the filter element, including the surrounding corrugated laminate material having an elongated shape and arranged in the longitudinal axis of a part of the filter material, extending the groove layer complex webs in the longitudinal axis and the filter materials of the same direction. A method of manufacturing a smoking article comprising the same method is also provided.

Material contained in smoking products

    by the Anglo-American Tobacco Corp’s patent “ included in the smoking products in the material (application No.: CN201480039725.X), introduces a kind of products included in the smoking material, it can be used to contain material in smoking articles in suction. The material comprises particles or fragments containing Arabia gum, wherein the particles or fragments do not contain diluent, perfume or aerosol generating material; and are mainly made of Arabia gum or composed of Arabia gum.