217results about "Candle preparation apparatus" patented technology

A decorated luminary product includes either a candle or a candle holder containing the candle. A decorative web of a heat-shrinkable polymer web is heat shrunk to conform to a shape of the one of the candle and the candle holder. The web is decorated with a thermochromic ink or pigmentation to cooperate with heat emitted by burning the candle to provide a visible change in the ink or pigmentation, so as to provide a pleasing visual effect when the candle is burned.

A wax composition comprising a high molecular weight aliphatic alcohol, a low molecular weight ethylene vinyl acetate copolymer, at least one odorant, and a wax. The odorant is substantially retained in the wax composition when the wax composition is exposed to temperatures below a melting point of the wax composition. Furthermore, the odorant is emitted from the wax composition when the wax composition is exposed to temperatures at or above the melting point of the wax composition.

The invention relates to a method for recovering animal and plant oil for manufacturing candles of sacred vessels, comprising the following steps: pretreating and refining raw oil before obtaining refined raw oil; heating minor ingredients to 44-75 DEG C, stirring until the minor ingredients are completely melted; mixing the refined raw oil and the minor ingredients according to the parts by weight ratio of 40-95:5-60, stirring the mixture to obtain semisolid porridge-like substance with bubbles; pouring the semisolid porridge-like substance with bubbles into a container and then cooling and solidifying the substance to obtain the container candle; or heating the minor ingredients to 44-75 DEG C, stirring until the minor ingredients are completely melted; pouring the raw oil directly into the container and pouring the melted minor ingredients at the upper part of the raw oil in the container according to the party by weight ratio of 40-95:5-60 between the raw oil and the minor ingredients; finally cooling and crusting to obtain the container candle. In the invention, the step of 'hydrogenation' in the process of refining waste oil is omitted, the production technology is simplified and the cost is reduced; in addition, with the selection and processing of the minor ingredients and matching of the minor ingredients with the refined raw oil according to a certain proportion, the candles of sacred vessels of the invention can be on a par with hydrogenated candle products in terms of performance.

The integrated wax preparing and injecting machine as one kind of wax preparing and injecting apparatus includes a frame, and molten wax condensating and scraping unit, wax paste stirring unit and wax paste extruding unit connected successively on the frame. Molten wax is first condensated into paste and planed into wax flakes in the wax condensating and scraping unit, then stirred into homogeneous wax paste in the wax paste stirring unit, and finally injected into mold with the wax paste extruding unit. All the steps are completed automatically and continuously in the same machine in high production efficiency and stable product quality.

The candle uses wax beads produced using existing equipment. The wax beads are transported to a bead hopper and the bead hopper deposits a volume of wax beads into jars prepared with a wick. Concurrently the jars are vibrated using a continuous vibratory motor to settle the wax beads for increased wax bead density. The filled jars are then transported to an in-container wax bead compression system where an automated plunging device compresses the wax beads. Jars are then transported by in-line conveyor to a wide conveyor. The jars are then filled at a liquid wax depositing station where the wax has been heated to its melting point and deposited into the jar to fill the void left by the in-container wax bead Compression system. The filled candle is then cooled to solidification. The finished candle is then ready for packing, distribution, sale, and use.

The invention discloses a special wax for a candlelight and a preparation method thereof. The preparation method comprises the following steps: sequentially performing hydrofining and oil removal operations on a coal-based Fischer-Tropsch synthetic wax to obtain an oil-removal Fischer-Tropsch refined wax; then performing short-path distillation and fractional distillation to obtain a component with a narrow fraction; performing sweating oil removal on a target distillate fraction or narrow-fraction blended component; controlling a sweating temperature according to a requirement of a melting point of a product so as to obtain a candlelight wax product. According to the preparation method of the special wax for the candlelight disclosed by the invention, the process is simple, the operability is strong, a production line is rich, and raw materials are fully utilized. The product is stable in performance, and the special wax for the candlelight obtained by using the method is made into various kinds of candles and shapes, has good ductility and is good in applicability of a mould.

The invention discloses an LED (Light Emitting Diode) color glittery candle cup and a production process thereof, wherein a traditional candle structure is modified, a light-triggered switch is taken as a switch of an electronic lightening component, the switching on and off of the electronic lightening component are controlled directly by candle lights, and the switching on and off of a lightening diode do not need to be manually operated, thus the use of the LED color glittery candle cup is convenient. An optical fiber of the LED color glittery candle cup is combusted along with the combustion of a combustion core, is not left on a combustion end surface of the candle cup and does not influence the ornamental and the decorative. A coating outside the optical fiber prevents the optical fiber from being corroded, can reduce the sensitivity of the optical fiber to lights and prevents other natural lights from triggering and switching on the electronic lightening component. A cotton pad below a circuit board is used for preventing a welding point from being broken due to puncture. Anti-flaming sleeves of the optical fiber and the lower part of the combustion core have a fixing function and also have an anti-flaming function so as to prevent the damage caused by combustion and explosion of the electronic lightening component because the electronic lightening component at the bottom of a candle body is combusted when the combustion core of the candle cup is combusted to the end.

The invention relates to a cheese candle and its preparation method. The cheese candle is prepared from the following raw materials by weight: 20-45 parts of plant wax, 20-40 parts of shortening, 10-30 parts of fully refined paraffin wax, and 1-8 parts of natural essence. The preparation method consists of: dissolving 52DEG C fully refined paraffin wax with steam, maintaining a constant temperature at 90-100DEG C, adding plant wax and Jinyan shortening to perform emulsification, stirring them uniformly, then adding natural essential oil, and after complete dissolution, pouring the emulsion into a well preheated constant temperature trough; and finally, by means of mechanical equipment and infrared control, filling liquid wax, and performing cooling as well as shaping, thus obtaining a finished candle product. Compared with traditional candles, the cheese candle provided in the invention employs plant wax and shortening as well as a small amount of paraffin wax as the main raw materials, has good intermiscibility with essential oil, and is renewable and cheap. During production, the energy consumption is low, and during actual use, the fragrance is lasting. With the advantages of clean and smokeless combustion, low wax pool temperature and good safety, the cheese candle can better improve the air environment effectively through combustion, thus being in line with the requirements of low carbon and environmental protection.

The invention provides a snowflake candle with an alpha-olefin polymer. The snowflake candle is prepared from the following materials in parts by weight: 100 parts of paraffin, 40-50 parts of alpha-olefin polymer, 3 parts of essence, 0.1-0.5 part of ultraviolet absorbent and 0.1-0.5 part of antioxidant. The invention also provides a preparation method of the snowflake candle. The snowflake candle has the advantages of large, fewer and sparse snowflakes and low oil-leakage amount.

The present invention relates to a full-automatic foaming candle filling device. The device comprises a foaming cylinder. A foaming motor is arranged on the upper end of the foaming cylinder. An output shaft of the foaming motor is connected with a stirring rod inserting into the foaming cylinder. The lower end of the stirring rod is provided with a foaming blade. The device is characterized in that: a filling port is arranged on a side wall of the foaming cylinder; a conveying belt for conveying a candle container is arranged below the filling port; the position of the filling port is provided with a pneumatic ball valve; an infrared probe is arranged on the conveying belt arranged below the filling port; a layer of cooling water housing is covered on a housing of the foaming cylinder; acooling water inlet is arranged on a lower part of the cooling water housing; a cooling water outlet is arranged on an upper part of the cooling water housing; the upper end of the foaming cylinder is provided with a gas inlet and a wax injecting port; the lower end of the foaming cylinder is provided with a wax placing port. With the full-automatic foaming candle filling device of the present invention, the automatic production is realized, the labor intensity is reduced, and the production efficiency is improved.

A modular wick holder comprises two holder assemblies and at least one adjusting member. Each holder assembly comprises a first side plate and a second side plate, one end, far from the second side plate, of the first side plate is provided with a first connecting portion, and one end, far from the first side plate, of the second side plate is provided with a second connecting portion. The second connecting portion of one holder assembly is connected to the first connecting portion of the other holder assembly. Each holder assembly also comprises a clamping plate, the clamping includes a clamping portion, a clamping space is formed between the two clamping portions, and the adjusting member is positioned between the two clamping plates. The speed of wick absorbing fuel is controlled by adjusting the size of the clamping space by means of the adjusting member, further flame burning scale is controlled, and excess temperature of a fuel groove is prevented. The holder assemblies are modularly produced, thereby effectively reducing cost.

The invention relates to an automatic candle separating device which comprises a support, a candle groove and an automatic candle separator. The candle groove is formed in the support, a formed candle is placed in the candle groove, the upper end of the candle groove is provided with a first supporting plate, the automatic candle separator comprises guide columns, a supporting frame, a motor and a cutting device, the guide columns are arranged at the two ends of the first supporting plate respectively, the supporting frame is arranged on the guide columns in a sleeved mode, the motor is arranged on the supporting frame, the supporting plate moves up and down along the guide columns under the drive of the motor, the cutting device is arranged on the lower surface of the supporting plate, the cutting device penetrates through the first supporting plate to extend downwards, the upper portion of the candle groove is provided with a positioning plate, the positioning plate is uniformly provided with a plurality of positioning holes, the bottom of the candle groove is provided with a second supporting plate, the second supporting plate is uniformly provided with a plurality of through holes, and a waste collecting box is arranged below the second supporting plate. The automatic candle separating device has the advantages of being safe, reliable, high in automation degree and capable of recycling waste.

The invention relates to a production method of a foamed candle. The method is characterized by comprising the technological steps of: (1) melting paraffin so as to obtain a paraffin liquid at a temperature of 75-85DEG C, and filling the paraffin liquid into a foaming machine; (2) initiating a cooling water pump and the foaming machine which is maintained at a low speed running state, thus obtaining a paraffin liquid at a temperature of 65-75DEG C; (3) cooling the paraffin liquid to a temperature of 57-59DEG C; and initiating the foaming machine to run at a high speed, thus obtaining a foamed paraffin liquid; (4) injecting the foamed paraffin liquid obtained in step (3) into a die or container, the center of which is inserted with a cotton wick, cooling the foamed paraffin liquid for 12-15min so as to obtain a solid candle; covering the solid candle with a layer of paraffin liquid at a temperature of 75-85DEG C and with thickness of 1-2mm, and flattening the surface of the paraffin liquid; continuing to conducting cooling for 12-15min, then carrying out demoulding, thus obtaining the foamed candle. The method of the invention adopts mechanical foaming which is easy to operate and has no need for other substances as boosting agents.

The invention discloses a method for preparing a candle, which comprises the following steps: mixing a saturated hydrocarbon mixture, additives, pigment and essence according to the formula, and heating to 60-70 DEG C to soften the raw materials for 1.5 hours; pressing the softened raw materials into a mold of 25-35 DEG C by applying a pressure of 5 MPa, demolding after 0.5-1 hour, and cooling to form, thereby obtaining the product. The candle comprises the following components in percentage by mass: 2-3% of additive, 0.2-1% of pigment, 2-3% of essence and balance of saturated hydrocarbon mixture. The candle has the characteristics of low energy consumption, high production efficiency and wide adaptability.

The invention relates to a candle forming mold, and belongs to a candle processing device. The candle forming mold provided by the invention is characterized in that a thermal conductive layer sleeves a candle forming groove; the forming groove sleeved by the thermal conductive layer is disposed in a water cooling chamber; the bottom of the candle forming groove is provided with a concave slot; the outer wall of the forming groove is higher than the thermal conductive layer; and the top side wall of the forming groove is fixedly provided with clamping arms. The mold is provided with a cooling layer, so that liquid wax can be cooled rapidly after being injected into the mold, thereby reducing work forming time and increasing yield.

A composition includes a mixture of a hydrocarbon oil in a relation of about 75 to 88 in weight percent and at least one copolymer selected from the group of triblock and diblock polymers in a proportion from about 12 to 25 in weight percent, the hydrocarbon oil having a viscosity of at least 180 SUS@ at 37° C. (100° F.) and, when the viscosity is in CST@, the viscosity being greater than 32 CST@ at 40° C. (104° F.), and the flash point being greater than 220° C. (425° F.). Also a free standing candle is made with the composition, the candle maintaining a free standing condition even when lit by means of a flame produced as a consequence of the combustion of a wick that crosses the body of the candle projecting toward outside one of its ends.

The invention is directed to a method of forming a moulded item said method comprising the steps of (a) providing a mould former comprising an indentation having an inner surface and a bottom face and made of plastics and manufactured by a 3-dimensional printing process, said mould former being shaped to form a mould having (i) an indentation corresponding to the desired shape of said moulded item; and (ii) a series of holes extending between the inner surface and the bottom face of the mould former, (b) forming a mould in said mould former from a plastics material; (c) positioning an elongate member in said mould; (d) introducing a volume of liquid into said indentation; (e) positioning a cover over said mould and sealing it thereto; (f) causing said liquid to solidify.

A candle made with a wax base and a synthetic thermoplastic rubber copolymer. The wax base may be prepared from a plurality of two or more different fuel sources including petroleum sources, animal sources, vegetable sources, synthetic sources and blends thereof. The synthetic thermoplastic rubber copolymer may be a diblock, triblock, radial block, multiblock copolymers, and blends thereof. In addition to the wax base and the synthetic thermoplastic rubber copolymer, candles made according to the invention can also include stabilizers, fragrances, dyes as well as other standard candle additives. The addition of the synthetic thermoplastic rubber copolymer allows for the production of high quality candles with improved shipping stability, controllable burn rates, less dripping and higher fragrance loading capabilities. Additionally, disclosed candles decrease processing times and percent defects as part of an improved manufacturing process.

A candle made with a wax base and a synthetic thermoplastic rubber copolymer. The wax base may be prepared from a variety of sources including petroleum sources, animal sources, vegetable sources, synthetic sources, and blends thereof. The synthetic thermoplastic rubber copolymer may be a diblock, triblock, radial block, multiblock copolymers, and blends thereof. In addition to the wax base and the synthetic thermoplastic rubber copolymer, candles made according to the invention can also include stabilizers, fragrances, dyes as well as other standard candle additives. Moreover, candles produced according to the invention have several cost saving advantages. The addition of the synthetic thermoplastic rubber copolymer allows for the production of high quality candles while utilizing less expensive wax bases. Additionally, disclosed candles decrease processing times and percent defects.

A method of using a novel candle apparatus at least includes: candle housing; candle fuel deposited in the candle housing, the candle fuel at least including non-toxic solidified therapeutic skin substance; and a candle fuel liquefier; wherein the candle fuel is adapted to, upon application of the fuel liquefier, liquefy into a therapeutic substance adapted for human skin. In one refinement, the therapeutic skin substance is massage oil. In another refinement, the therapeutic skin substance is a soap agent for cleansing skin, and the like. A therapeutic skin treatment method at least includes: a) providing a candle that at least includes, candle housing, candle fuel deposited in the candle housing, the candle fuel at least including non-toxic solidified therapeutic oil, and a candle fuel liquefier; b) liquefying the candle fuel into therapeutic oil for human skin; and c) applying to the skin, therapeutic oil produced in element b).

The invention discloses automatic candle carving equipment. The automatic candle carving equipment comprises a main frame; a lower end panel of the main frame is mounted on the ground; a motor is mounted on the inner side of a right panel of the main frame, and is connected with a small belt wheel through a key; the small belt wheel is connected with a belt; the left side of the belt is connected with a large belt wheel; the large belt wheel is connected with a rotating shaft through a key; the rotating shaft is slidingly connected with a middle panel of the main frame; a guide plate is mounted above the middle panel of the main frame; a lower clamping plate is mounted above the rotating shaft; a candle is connected to the upper portion of the lower clamping plate; an upper clamping plate is connected to the upper portion of the candle; and a clamping cylinder is mounted on the upper end surface of the upper clamping plate, and is mounted in the center of a center wheel. The automatic candle carving equipment is novel in structure, scientific in design, simple in structure, convenient for installation and low in cost, can replace cutter teeth, needs no manual polishing, reduces the labor intensity of users, improves the working efficiency, and is high in automation degree.