30 results about "Candle wick" patented technology

The invention relates to an indoor fireplace 10, comprising a housing 11 open at the front, a base plate 16, and a top plate 17 opposite it, with two side plates 18 connecting the base plate 16 and the top plate 17, and with a rear plate 19 connecting all four plates. At least one candle 14 is arranged on the base plate 16 and is held in at least one candle holder 13, which has retaining elements 25 for receiving the at least one candle 14. The candle 14 comprises a fuel body 26 and at least one plate-shaped wick 27, which is arranged in the fuel body 26, with an upper portion of the plate projecting from the fuel body 26. The plate-shaped wick 27 has a horizontal width B, a vertical height H, and a horizontal thickness D to form a horizontally linear flame.

This utility model relates to a burner used in the production of quartz ingots, belonging to the field of quartz product manufacturing equipment. The burner consists of five parts: a lamp cover, a lamp holder, an oxygen pipe, a hydrogen pipe, and feeding pipes. Four feeding pipes are arranged in a central configuration, with three externally distributed circumferentially penetrating the lamp holder and lamp cover, forming a feeding channel. Quartz powder can slide along the inner surface of the feeding channel to the molten pool, spreading evenly on the surface for easy melting. One oxygen pipe and two hydrogen pipes are connected to the outside of the lamp cover, with the lamp holder separating the hydrogen and oxygen to prevent them from mixing and exploding inside the quartz lamp. The lamp holder is internally divided by a sieve plate. The upper space is an oxygen chamber, and the lower space contains different levels of wick tubes arranged in a ring array, obliquely welded below the sieve plate. The number of levels needs to be designed according to the specifications of the quartz ingot. The focal points of different levels of wick tubes are the same point, guiding the flow of the mixed gas to ensure complete combustion, increasing the burner's operating temperature, and thus improving the quality of silica melting.

This invention discloses an electronic floating candle ambient light, including a second housing and a first housing covering the second housing. The first housing and the second housing are combined to form a floating component that can float on the water surface. A fixing frame is formed at the bottom of the interior of the second housing, and a battery pack is horizontally arranged inside the fixing frame. The battery pack is electrically connected to an LED light bead that can emit light inside the second housing. The light source of the LED light bead is projected upward to the bottom of the interior of the first housing. A first groove is formed on the upper exterior of the first housing, and a protrusion is vertically formed at the bottom of the first groove. A second groove that arches upward is formed at the lower end of the protrusion, so that the light source projected upward by the LED light bead will enter the second groove, making the protrusion emit light and simulating the state of a burning candle wick. At least one set of contact metal plates is provided at the lower exterior of the second housing, and the contact metal plates are electrically connected to the LED light bead and the battery pack respectively.

This utility model provides an embedded pool light, comprising a barrel-shaped pre-embedded component and a lamp body. The pre-embedded component is embedded in the pool wall, and its recess forms a mounting cavity for assembling the lamp body. The lamp body includes a lamp core, an annular cover, and a plastic bracket. The cover is fixedly installed on the left side of the plastic bracket, and the lamp core is detachably snapped into the left side of the inner wall of the plastic bracket. The left ends of both the lamp core and the cover are flush, and the side wall of the lamp core fits against the inner edge of the cover. A locking bolt is threaded into the side wall of the plastic bracket through a threaded hole, and the tail end of the locking bolt is located on the outside of the plastic bracket and abuts against the side wall of the mounting cavity. The detachable snap-fit ​​design of the lamp core and the plastic bracket makes lamp core replacement more convenient and meets the diverse lighting needs of pools. The plastic bracket is snapped into the pre-embedded component by the locking bolt, and after adjustment, it can be adapted to various sizes of pre-embedded components, simplifying the installation process and reducing costs.

This utility model discloses a light bulb wick column shockproof structure, belonging to the field of light bulb wick column technology. The light bulb body includes a lamp holder, one end of which is provided with a transparent cover. A metal contact is fixedly connected to the bottom of the lamp holder, and the end face of the lamp holder is fixedly connected to the wick column body, which is located inside the transparent cover. A metal conductor is fixedly connected inside the lamp holder, including a first conductor and a second conductor. This light bulb wick column shockproof structure, through the outer column, inner column, and buffer block set in the wick column body, makes the wick column a composite wick column. The outer column bears the vertical load, and the inner column provides deformation capacity. The two work together to resist vibration, greatly improving the shockproof effect. Furthermore, the outer column and the hollow groove are hollow structures, which can not only greatly reduce the weight of the wick column and reduce the risk of falling and breaking, but also fill the hollow groove with insulating heat dissipation oil, which disperses vibration energy through thermal convection and improves the heat dissipation effect of the wick column.

This invention provides a retinoscope bulb filament imaging motion structure, including an observation film housing assembly, a dustproof lens housing assembly, a rotating lamp holder assembly, and a lamp wick assembly. The rotating lamp holder assembly includes a condenser lens mount, a head connector, a lamp holder clamping sleeve, a lamp holder clamping pin, an elastic slip ring, a focus adjustment limiting pin, a lamp cover, a light-shielding bearing, and a condenser lens. The lamp wick assembly includes a lamp holder, an insulating post, a core, and a bulb. The lamp holder has circumferentially distributed grooves, and the lamp holder clamping sleeve has matching bosses, with the grooves and bosses circumferentially positioned and engaged. The lamp holder clamping sleeve has a racetrack-shaped elongated groove, and the cylindrical end of the focus adjustment limiting pin passes through this racetrack-shaped elongated groove to form an axial guiding engagement. The outer surface of the elastic slip ring has elastic protrusions that elastically abut against the inner wall of the condenser lens mount. The lamp wick assembly of the retinoscope bulb filament imaging motion structure provided by this invention can be pulled out as a whole, facilitating bulb replacement.

This utility model discloses an LED bulb with an anti-silicone grease contamination protective cover, belonging to the field of LED bulb technology. It includes a support, a disc at the top of the support, side grooves evenly spaced around the disc, a U-shaped block fixedly connected within each side groove, a limiting rod fixedly connected within each groove, a slider movably connected to the limiting rod, a fixing block fixedly connected between the sliders, a spring fixedly connected to the inner wall of each fixing block, and a locking block fixedly connected to the side of the fixing block away from the spring. A first annular body is fixedly connected to the top of the disc, and locking grooves are evenly spaced on the inner wall of the first annular body. This LED bulb with an anti-silicone grease contamination protective cover, through the precise engagement of the locking block and locking grooves, combined with the elastic support of the spring and the slider limiting of the U-shaped block and the fixing block, forms a mechanical interlock between the disc and the first annular body, effectively resisting loosening caused by vibration and collision, preventing the lamp wick from detaching from the cover, and solving the problem of insufficient stability in existing installation structures.

The utility model discloses a lampwick positioning device of aromatherapy candle production relates to aromatherapy candle production technical field, it includes positioning mechanism and fixed installation control panel of workbench front edge outer wall, the top of workbench is equipped with candle mould, and the upper portion concentric of candle mould is equipped with lampwick body, the positioning mechanism includes mould positioning subassembly and lampwick positioning subassembly. The utility model is provided with lampwick positioning subassembly, and the output shaft synchronous elongation of two electric jars is controlled through control panel control to control two rubber clamping blocks and center to draw together and make lampwick body center positioning, can accurate guarantee that lampwick body and candle mould are in concentric state, then the output shaft synchronous contraction of two electric push rods is controlled through control panel control to control two lift lugs and move down, the lampwick body that is clamped down moves accurate insertion to the central region of candle mould gradually at this moment, thereby guarantee that lampwick is not easy to deviate, help to improve the combustion performance and appearance of aromatherapy candle.

This utility model discloses a continuous open flame device for an ignition pipeline, including a base. The lower end of the base has a bottomless oil cavity, and the upper end of the base has a wick hole communicating with the bottomless oil cavity. A hollow core column is provided above the wick hole on the base, and a lamp cover is provided around the hollow core column at the upper end of the base. Ventilation holes are provided on the lamp cover, and the upper end of the hollow core column is lower than the ventilation holes. This utility model can be used in conjunction with existing oil receiving pans and can maintain an open flame for at least three hours without extinguishing, ensuring safe drilling production.

The utility model discloses a novel torch lamp, including lamp body subassembly and support subassembly, and lamp body subassembly includes windproof conical cover, lampwick connecting seat, fibre wick and conical oil drum, the outside of conical oil drum is equipped with conical lamp shade, and the lower extreme of conical oil drum is connected with support subassembly, the wick is connected with lampwick connecting seat, and one end of fibre wick extends to the above of lampwick connecting seat, and the other end extends to the inner chamber of conical oil drum after passing through the opening of conical oil drum, and lampwick connecting seat is connected with the upper end of conical oil drum, and conical lamp shade is pressed tightly and fixed in conical oil drum, the windproof conical cover is detachably equipped on lampwick connecting seat, and the lower extreme of conical lamp shade and the bottom surface of conical oil drum form the covering area, the support subassembly is located in the covering area, and the LED light source subassembly is arranged in support subassembly. The utility model gives consideration to oil lamp and LED lamp function, satisfies the user demand, and promotes the functionality and applicability, and can also quickly and conveniently dismount lamp body subassembly and lamp holder part, and the maintenance is quick and efficient.

The application belongs to the technical field of down lamp, and particularly relates to a hidden down lamp based on a film-coated plate material, which comprises a main body, the inner cavity of the main body is connected with an additional block, the inner cavity of the additional block is sleeved with a mounting ring, and the inner cavity of the mounting ring is fixedly installed with a lampwick; a rotating assembly is installed in the inner cavity of the additional block; a control assembly comprises a lifting rod, the lower end of the lifting rod is hingedly connected with a roller, the lower end of the roller is in contact connection with the upper end of the lampwick, and the upper end of the lifting rod is rotatably connected with a rotating sleeve; and a driving assembly comprises a screw rod, the lower end of the screw rod is movably sleeved in the rotating sleeve and is in threaded connection in the lifting rod. The application can control the irradiation angle and direction of the lampwick according to actual irradiation requirements, can release the limitation on the lampwick after adjusting the direction, can realize stable resetting of the lampwick after adjusting the direction and angle, and can avoid affecting subsequent use.

The utility model discloses a light source device, including the lamp string subassembly and a plurality of lamp shell subassembly, the lamp string subassembly includes a plurality of sequentially connected LED lamp wick unit, and the wire group is connected between two LED lamp wick units of adjacent, every lamp shell subassembly with LED lamp wick unit one -to -one corresponding setting, wherein, the lamp shell subassembly includes the base and the light guide shell, is provided with the installation cavity that has the light outlet in the base, and LED lamp wick unit sets up on the base and is located in the installation cavity, and the base is provided with the line outlet that communicates with the installation cavity, and the line outlet is used to pass through the wire group, and the light guide shell is detachably arranged in the base and the light guide shell cover is arranged in the light outlet, and the design is convenient and reliable to use, and the multifunction satisfies the user demand, and the maintenance cost is reduced.

This utility model discloses a waterproof and dustproof LED lamp post, belonging to the technical field of LED lamp posts. Its key technical features include a lamp holder with a lamp post structure on its top. A protective mechanism is threaded onto the surface of the lamp holder, and a sealing ring is adhered to the inner wall of the protective mechanism. The surface of the sealing ring engages with the inner wall of the lamp holder. Cooling fins are provided on the surface of the protective mechanism, and a protective sleeve is provided on the surface of the lamp holder. This invention solves the problem that existing LED lamp posts often suffer from difficulty in simultaneously achieving waterproofing, dustproofing, and heat dissipation. Either the protective components lack sufficient sealing, allowing water and dust to easily penetrate, or excessive sealing hinders heat dissipation, leading to excessively high operating temperatures and shortened lifespan. Furthermore, the connection stability between the protective structure and the lamp holder is poor, easily loosening due to installation deviations or external forces, affecting the durability of the protective effect and failing to meet the comprehensive usage requirements of LED lamp posts in complex environments.

The utility model relates to composite furnace core technical field provides an environmental protection biological oil contains metal plate composite furnace core, including lampwick, the lampwick includes fibre bundle subassembly, metal spiral silk and energy -gathering board material, the metal spiral silk is fixed in fibre bundle subassembly top through spiral winding mode, through fibre bundle subassembly inserts fuel oil lamp inside, and the capillary action makes alcohol oil rise, makes it can quick ignition, improves its convenience greatly, through fibre bundle subassembly is the vertical directional beam structure that multiaxial fibre forms through dense weaving technology, makes fibre bundle subassembly natural moisture absorption rate 3%, alcohol oil because its hygroscopicity, after using 24h, it is difficult to ignite again, this material and structure can reduce its moisture absorption rate, help to reduce the cold ignition phenomenon, through setting up metal spiral silk in fibre bundle subassembly presents spiral arrangement, makes the top directional combustion end reduce carbonization loss when burning, therefore burns fully, can maintain fixed flame height and length simultaneously, and lampwick service life is long.

This invention belongs to the field of smart lighting equipment technology, specifically an energy-saving smart lighting device for scenic areas. It addresses the problem that the dried bodies of dead mosquitoes can easily clog mesh, obstructing airflow and reducing mosquito-trapping efficiency. Furthermore, long-term accumulation of dead insects in humid environments can easily lead to mold, bacterial growth, and secondary pest infestations. The proposed solution includes: a lighting pole with a lamp wick and a diffuser, the lamp wick located inside the diffuser. This energy-saving smart lighting device for scenic areas improves the mosquito-trapping effect of lighting systems. During illumination-based trapping, the device can shake and remove dead, dried insects from the inner wall and mesh of the net bag, preventing clogging and ensuring airflow during trapping, thus guaranteeing the trapping effect. Simultaneously, cleaning up accumulated insect bodies prevents secondary pest infestations.

This utility model relates to a through-hole LED lamp bead, comprising a bracket with a light-transmitting colloid disposed on the bracket. The bracket is composed of a non-polar first pin and a second pin. A reflector is provided at the end of the first pin extending into the light-transmitting colloid, and a first light-emitting chip is connected inside the reflector. The ends of the first pin and the second pin are respectively provided with one or more sets of relatively distributed first connecting parts and second connecting parts. A second light-emitting chip is connected between each set of first connecting parts and second connecting parts. The inner sides of the first connecting parts and the second connecting parts are respectively formed by bending to form a first protective part and a second protective part. A black coating layer is formed at the end of the light-transmitting colloid. In this utility model, the first light-emitting chip and the second light-emitting chip are controlled by an IC to alternately flash at different times and frequencies in a scanning manner to simulate the jumping and flashing characteristics of a real candle flame. The black coating layer simulates a black lamp wick, improving the simulation effect and user experience.

This invention provides a replaceable electronic scented candle with a light-emitting cavity and a control method thereof. It includes a ignition base and a replaceable, light-transmitting housing detachably attached to the ignition base. The replaceable housing contains a light-transmitting candle cup. The candle cup contains a candle body, and the replaceable housing has a light-emitting cavity. A wooden wick and a first conductive part are replaceably provided at the bottom of the candle cup. A second conductive part is provided within the ignition base. This invention enables the scented candle to be ignited with a single button press through electronic ignition, reducing the need for traditional ignition tools. The light-emitting cavity surrounding the candle cup serves as a material carrier suitable for various scented candle usage scenarios, increasing adaptability. Furthermore, the light-emitting cavity also acts as an airflow channel for automatic extinguishing, enhancing automation. The wooden wick descends as the candle body burns, improving the integrity of the candle's combustion.

The application provides a lighting device with the function of promoting calcium absorption of human body, which is provided with a lamp body, the lamp body comprises a lamp tube and a lamp head assembly, a limiting support assembly and a lampwick assembly are arranged in the lamp tube, the limiting support assembly and the lampwick assembly are fixedly connected, the inside of the lampwick assembly is a sealed structure, the inside of the lampwick assembly is filled with a mixed medium of solid metal halide, liquid metal, inert gas and ignition gas, when the lighting device operates, arc discharge is formed between the positive electrode guide rod and the negative electrode guide rod, the mixed medium filled in the inside of the lampwick assembly is ionized and broken down, thereby continuously releasing UVB full-waveband light of 280nm-315nm, finally, the lighting device can meet daily lighting demand and solve the technical problem of vitamin D deficiency of human body due to insufficient sunlight and influence on calcium absorption, and the application can be widely applied to indoor lighting and promoting calcium absorption of human body.

The utility model relates to alcohol lamp technical field especially relates to a novel alcohol lamp. Its technical scheme includes lamp bottle, oil cylinder, close lid, bottle mouth, plug stick and connecting rope, the lamp bottle inside is provided with lampwick, the lamp bottle upper end is provided with support, the support inside rotation has installed pivot, the pivot center place is provided with center piece, the center piece one end is provided with close lid, the pivot outside is sleeved with torsional spring, the lamp bottle one end is provided with oil cylinder, the oil cylinder upper end opening place inserts and installs sealing washer, the oil cylinder inside sliding installation has the piston, be provided with spring no.

The utility model relates to a novel lamp automatic assembly machine, include: organism, including frame and the carousel that sets up a plurality of feeding position along the circumference, the carousel is installed in the frame, first feeding device, including the lamp head feeding assembly, double copper sheet feeding assembly and single copper sheet feeding assembly, the lamp head feeding assembly feeds the lamp head to the feeding position of carousel, double copper sheet feeding assembly is located the rear side feeding position of lamp head feeding assembly and inserts the copper sheet to the lamp head of both sides, single copper sheet feeding assembly is used for inserting the copper sheet to the lamp head of middle part, second feeding device sets up in the rear side feeding position of first feeding device, and the second feeding device is used for feeding and inserts the wick to the lamp head, integrated device is used for carrying the lamp head to the assembly position, and the integrated device synchronously installs the cable and the top cover to the lamp head. The utility model lies in the low artificial production efficiency, the problem that the good product rate is lower in the existing lamp string head production.

This invention provides a method for controlling scented candles and an intelligently controlled scented candle. The method includes: a button circuit sending a button operation signal to a microcontroller based on a received button operation; the microcontroller determining a corresponding extinguishing command based on the button operation signal, and sending an extinguishing control command to an extinguishing device based on the extinguishing command; the extinguishing device performing a single extinguishing action to extinguish the candle wick based on the extinguishing control command. During this extinguishing action, the airflow output component of the extinguishing device opens and outputs extinguishing airflow to the wick for a set duration. This embodiment eliminates the need for manual extinguishing by using a microcontroller to control the extinguishing device to extinguish the candle wick once, making operation simple and convenient. The successful extinguishing rate is improved by using the airflow output component of the extinguishing device to output extinguishing airflow to the wick for a set duration.

The utility model discloses a kind of double wick bulb structures, belong to double wick bulb technical field, bulb body includes lamp holder, one end of lamp holder is fixedly connected with metal contact, the other end of lamp holder is fixedly installed with bulb shell, the central position of lamp holder is fixedly connected with support assembly, support assembly includes center pole.The surface of center pole is threadedly connected with upper adjusting sleeve and lower adjusting sleeve, the side of upper adjusting sleeve and lower adjusting sleeve is provided with clamping assembly, the double wick bulb structure, by the threaded portion of center pole and upper adjusting sleeve and lower adjusting sleeve, the axial two mounting plates can be adjusted spacing, to fix the wick of different length in turn, and mounting plate has the effect of buffering and shock absorption, and by setting limit rod, plug rod, anti-drop plate and jack, so that wick and mounting plate are fixed by clamping, not only improve assembly efficiency, and the replacement of bad wick is facilitated.

The utility model provides a kind of stable adjustable oil stove, it is related to cooking equipment technical field.The oil stove includes oil box (2) and lampwick sleeve (3);The oil box (2) is used to hold burning oil;The lampwick sleeve (3) is used to support lampwick, make lampwick insert into oil box (2) from the top of oil box (2), one end of lampwick is located above oil box (2), the other end of lampwick is immersed in the burning oil in oil box (2), it is characterized by: it further includes lifting cover (4);The lifting cover (4) is sleeved in the outside of lampwick sleeve (3), can adjust the height of lifting cover (4) by crowbar (8), adjust the exposed length of lampwick (3), to adjust the firepower of oil stove.The utility model is suitable for outdoor, can avoid the influence of thermal expansion and cold shrink on mechanical structure, realize stable firepower control.