58 results about "Glass foot" patented technology

A glasses hinge structure includes a pivot and a pivot seat. The pivot seat and the pivot are integrally formed with a corner panel of a glasses frame and a glasses foot, respectively. The pivot has a vertical portion in a cylinder shape and a horizontal connecting portion. The vertical portion has a middle section connected with a front end of the horizontal connecting portion. The horizontal connecting portion has a rear end connected to the glasses foot. The pivot seat has a vertical trough and a recess. The vertical trough is adapted for insertion of the vertical portion of the pivot. The recess is interconnected with a middle section of the vertical trough to accommodate the horizontal connecting portion when the glasses foot is extended. The vertical trough has a C-shaped cross-section which has an opening. The opening is less than a diameter of the vertical portion and greater than a width of the horizontal connecting portion. One end of the vertical trough is formed with a notch for the vertical portion to be inserted therefrom.

The invention relates to intelligent glasses for eye recovery training and a glasses box. The intelligent glasses comprise a glasses main body, a lens assembly, glasses legs and glasses feet; a circuit board, a driving motor, a transmission mechanism, a laser induction type limit switch and a laser distance measuring sensor are arranged in the glasses main body; the glasses legs and the glasses feet are all of hollow structures; batteries are arranged in the glasses feet; and an interface used for charging and data transmission is arranged in the circuit board. The glasses box comprises a boxbody, a glasses bracket, a rechargeable battery and a glasses box circuit board; a box cover is arranged at the top of the box body; the circuit board is arranged in the box cover; the glasses bracketis arranged in the cavity of the box body; a clamping seat for accommodating the glasses is arranged on the glasses bracket; a magnetic attraction type interface seat is arranged on the clamping seat; a Bluetooth module is connected to the circuit board; and the glasses box can communicate with a mobile phone through the Bluetooth module. According to the intelligent glasses, the pressure of theglasses main body applied onto the nose bridge of a user can be reduced, so that use comfort is improved; control precision is improved; and sensitivity is improved.

The invention discloses novel explosion-proofing AR glasses. The AR glasses comprise an AR glasses body, the following parts, a glasses frame, glasses legs and glasses feet, of the AR glasses body aremade of copper alloy or stainless steel with explosion-proofing performance, a lens set is embedded in the lens frame, a PC explosion-proofing lens is arranged in the lens set; the glasses legs are fixedly and hermetically connected to the two ends of the glasses frame, the ends close to the glasses frame are provided with convenient pull rings, and the other ends far away from the glasses frameare provided with hold-down nuts, two binding belts are detachably connected to the hold-down nuts, and LED lamps are parallelly arranged on the middle outer sides of the glasses legs side by side, aclamping cavity used for containing a USB flash disk is formed in the middle inner sides of the glasses legs, and a USB interface used for connecting the USB flash disk is arranged in the clamping cavity, a control switch for controlling the LED is arranged on the upper portions of the glass legs, the lower part is provided with a control module and a power supply device which is used for supplying power for the AR glasses body, and the control module is electrically connected with the power supply device. The VR glasses can be used in a flammable and explosive dangerous environment, is convenient and safe, is comfortable to wear, and is wide in application range.

The invention relates to a glass foot basin and relative production, wherein said foot basin comprises basin made from reinforced glass while its bottom is plane and plated with high-temperature glaze layer, with wave-shape edge and square chamber. The inventive production comprises that: 1, positioning glass plate on the first mould, heating and softening in furnace to be blank; 2, putting blank into second mould, heating in furnace to be blank; 3, putting basin into thermal-insulated box to be cooled to room temperature; 4, holing the basin; 5, heating in annealing furnace; 6, cooling basin with wind.

An elastic glass foot includes a foot body, a case placed at the end of the foot body, a spring core, a hinge joint and a pile crown, in which the front end of the case is opened, the middle contains part of the spring core, the outside end of which is hinged with the hinged joint, the above foot body is linked with the case and the hinged chain is connected with the pile crown as core. At the same time, there is no riverting point or hole at the foot surface, in operation, riverting point is made on the projection of rough part then to be removed by saw, and milling cutting.

The invention discloses a manufacturing method for a glass hand basin or a glass foot basin. The manufacturing method comprises the following steps: raw materials for manufacturing glass basins are placed in a smelting furnace and heated to be in a molten state; the molten glass raw materials are poured into a die, cooled and cured into a glass basin blank; After die stripping, the glass basin blank is placed in an annealing furnace and annealed, and the glass basin blank is cooled; Holes are drilled in the glass basin blank and a glass basin finished product is finished. The manufacturing method has simple manufacturing processes, is suitable for large-scale production, has low requirements for control of temperature, and is beneficial to raising the production efficiency.

The invention discloses a broadside glasses frame capable of alleviating the pressure on a nose bridge. The broadside glasses frame comprises glasses frames, glass feet, glasses foot elbows and glasses lenses, wherein a cavity surrounding the whole glasses frames is formed inside the glasses frames; balance rods are arranged at the bent parts of the glasses feet and the glasses foot elbows; balance blocks are arranged on the outer surfaces of the balance rods; inflation holes are formed in the lower parts of the glasses frames; the cavity is filled with hydrogen. When the glasses are worn, when the glasses foot elbows of the glasses feet are hooked on ears, under the action of gravity, the balance blocks drop down, upward force can be generated from the glasses frames, then the pressure of the glasses frames on the nose bridge can be alleviated, as the hydrogen is charged into the cavity of the glasses frames through the inflation holes, and the inflation holes can be sealed in a hot ironing manner or a one-way inflation structure is arranged in each inflation hole, the charged hydrogen can be prevented from escaping out, and the pressure of the glasses frames to the nose bridge can be greatly alleviated due to the pressure of the hydrogen.

The invention discloses a glasses foot machining shaping mold. The mold is provided with an upper mold, a lower mold and a rubber tube. The upper mold and the lower mold are combined together to forma glasses foot cavity for containing a metal supporting rod. The front end of the glasses foot cavity is provided with a supporting groove for containing a glasses foot hinge base of the metal supporting rod, a slot running through the mold is formed in the rear end of the glasses foot cavity for insertion of the rubber tube, the glasses foot cavity is communicated to the exterior of the mold through the slot, according to the thickness of the rubber tube, the rubber tube can sleeve the tail end of the metal supporting rod, during glasses foot machining, the rubber tube stretches into the glasses foot cavity and sleeves the tail end of the metal supporting rod, an injection molding opening and an injection molding channel are formed on the mold, and the injection molding opening is communicated with the front end of the glasses foot cavity through the injection molding channel. The invention further discloses a corresponding machining shaping method. In the glasses foot shaping process, positioning is easy, eccentricity is not caused after shaping, machining is easy, material consumption is low, waste is avoided, the machining cost is low, and the yield is high.

The invention relates to a method for producing spring core used in flexible earpiece, belonging to the glasses technique, which can solve the problems as low accuracy and inability for batch production. Wherein, said method comprises following steps that: a, preparing blank; b, drilling and chamfering; c, milling the belly edge and chamfering; d, milling guide rod and rounding the guide rod; e, milling R and roughly rolling; f, machining the outer circle of guide rod; g, installing and punching the tail part to flat or round. The inventive spring core has high angle size accuracy, to control the space between the spring core and the frame of earpiece, while it has simple process, lower cost and the application for batch production.

The invention relates to the technical field of glasses and discloses glasses having a conversation function. The glasses comprise glasses feet. A containing groove is disposed in each glasses foot and is provided with an opening which is communicated with a side edge of each glasses foot. A swinging block is disposed in the containing groove, is movably connected to the containing groove and can move to exterior of the opening of the containing groove. A sound component is disposed in the swinging block and is used for a conversation. When the glasses of the invention is compared with the prior art, when the conversation function is needed, the swinging block in the glasses can be moved to the exterior of the containing groove for being exposed out from the glasses feet so that a conversation can be carried out by employing the sound component in the swinging block. When the conversation function is not needed, the swinging block can be arranged in the containing groove, so that problems of large size and large weight of the glasses can be avoided. The glasses are comfortable to use since any components is not needed to be placed in ears of users. Influence of radiation during the conversation on human health is significantly reduced. The glasses, which are useful for users that often drive, can significantly improve driving safety when the glasses are worn.

The invention discloses an automatic production line for spectacle temples, which comprises a spectacle temple plate material loading station, a spectacle temple plate milling station, a spectacle temple blank material planing station, a spectacle temple blank material inserting station, and a spectacle temple cover gluer position; the spectacle temple plate material loading station includes a material discharging space for placing the spectacle temple plate material and a plate material pushing device for pushing the spectacle temple plate material from the discharging space to the spectacle temple plate milling station; the spectacle temple plate milling station and A first material receiving and transferring mechanism is set between the planing stations of the spectacle base material; a second material receiving and transferring mechanism is arranged between the planing station of the spectacle base material and the pin insertion station of the spectacle base material, and the spectacle base material There is a third material receiving and transferring mechanism between the material inserting pin station and the temple cover rubber station. The staff only need to place the temple plate material in the discharge space and pick up the finished temple, which reduces the production process. The demand for staff ensures the rational use of resources and effectively improves work efficiency.

The invention provides a power-saving structure for three-dimensional (3D) glasses, comprising a glasses bracket, two nose pads, two glasses legs and a power device. The glasses bracket comprises two glasses frames which are respectively externally coupled with the glasses feet and the nose pads are arranged at the inner side of the glasses bracket. The power device comprises a battery supply and a touch switch. A button is arranged at the inner side surface of the touch switch which is corresponding to the nose pads. The button protrudes from the inner side surfaces of the nose pads and is elastic. According to the power-saving structure, the use of power electricity is automatically controlled after the glasses are worn, so that the glasses power can be effectively utilized and unnecessary waste is saved.

The invention supplies a manufacture method for glass feet using spring core identity and the product. It includes the following steps: making roughcast, drilling head, lathing tail, and polishing surface. The identity includes body that is made up of head, middle part, and tail. Convex hook and hinge hole are set on the head, and the tail is cylindrical. The middle part of identity is multi-prism. The advantages of the invention are simple technology, low cost, high producing efficiency, long useful life, etc.

The invention relates to an illuminating device which can be worn on eyes just like glasses. The device is made up of bracket, wearing structure and lamp house; the bracket is formed by a glasses frame matching to the eyes or two connected glasses frames; the bracket has the slots for assembling lamp, there has power socket in the slot, the lamp house is assembled in the slot and is connected to the power socket electrically; the lamp house is white diode or cold negative fluorescence lamp; the wearing structure is the one like glasses feet or the ties connected to the left and right sides of the bracket. The device is light, safe and convenient.

The invention provides a pair of floating glasses, and a method for manufacturing the floating glasses comprises the following steps: firstly, baking a TPX (ploymethylpentene) nylon material 2 hours at high temperature; then, preparing a glasses frame and glasses feet through injection molding implemented by using an injection molding machine and a forming die; carrying out spraying on the formed products of the glasses frame and glasses feet above, wherein a coating material adopted for spraying comprises the compositions such as PP (polypropylene) treating agent and nylon gold oil, and the proportion of the PP treating agent to the nylon gold oil is 1:1; and finally, after the coating is dried, installing superlight and ultrathin Polaroid polarized lenses, thereby obtaining the floating glasses. According to the invention, because the adopted materials are light and small in specific gravity, and can be completely floated on water, the defects existing in traditional glasses products can be overcome, so that glasses wearers can enjoy the aesthetic and practical senses of glasses wearing, and the face burdens of glasses wearers can be minimized; meanwhile, the adopted materials are safe and non-toxic, therefore, the floating glasses do not have other side effects to the human body.

The invention relates to a detachable multifunctional wine glass, which belongs to the technical field of daily utensils and comprises a funnel-shaped cup body, a cup foot and a base. The lower end of the cup body has a threaded hole, and the end of the cup foot away from the base is provided with a thread The connecting end is threadedly connected with the threaded hole. This technical solution expands the single-function wine glass into an independent cup structure that can be used as a funnel after being disassembled through the detachable cup body and cup foot structure. The funnel-shaped cup body meets the daily use of the funnel in the kitchen. It has beneficial technical effect and remarkable practical value.

The invention discloses head glasses, which comprise glasses and glasses foot stands, and are characterized in that: the foot stands are provided with connecting rods which are connected with a head support by positioning screws. The foot stands of the glasses are hung on the elbows of the connecting rods; the head support are worn by a user on head; the elbows of the foot stands are hung on the ears of the user; and the relative positions of the connecting rods and the ends of the head support are adjusted by the positioning screws so as to transfer a major part of weight of the glasses onto the head of the user to greatly reduce the pressure applied by the support on the nasal splints of the user. The head glasses of the invention have simple structure and convenient use, can effectively reduce the harm caused by the glasses support to the eyes of the user to protect the health of the eyes of the user and has a promotion value.

The invention discloses a glasses with a function of cleaning so as to effectively perfect the function of glasses, and quickly and conveniently clean the glasses. Two sides of each original glasses foot are provided with storage devices internally provided with a piece of cleaning cloth and cleaning liquid, so that the glasses can carry with the pieces of cleaning cloth and the cleaning liquid; and therefore, the problem that the use of the glasses is influenced since classmates easily forget carrying glasses cleaning articles can be solved.

The invention provides a 3D glasses structure which comprises a glasses bracket, two lenses and a control device. The glasses bracket includes a front cover, a rear cover and two glasses feet, wherein the front cover and the rear cover are respectively provided with two glasses frames, the glasses frames are mutually abutted for arranging the lenses, an outer-side end of the glasses bracket is connected with the glasses feet through shafts, a joint seat is arranged between the glasses frames, the joint seat is provided with an accommodating space in which the control device is arranged, the control device includes a circuit board, a battery and an infrared device, the infrared device and the battery are arranged on the circuit board, and left and right sides of the circuit board are electrically connected with the lenses. The lenses of the 3D glasses structure are electrically connected through the control device located in the center of the glasses bracket, and electronic installation spaces and circuit connecting wires at both sides of the glasses bracket can be omitted, which is conducive to weight reduction and shape design.

The invention discloses a pair of inward vision type three-dimensional display glasses based on a cloud technique. The inward vision type three-dimensional display glasses comprise glasses feet and a display device with a surrounding type inward vision glasses frame. The inward vision type three-dimensional display glasses are characterized in that a left liquid crystal display screen, a right liquid crystal display screen and a controller for connecting the two liquid crystal display screens are arranged in the display device; the controller is provided with a communication unit which is in transmission connection with a cloud server, and is used for downloading a three-dimensional video on the cloud server and used for displaying the three-dimensional video on the liquid display screens. The invention aims to change the tediousness of a conventional eye training instrument, the eye muscle is trained and relaxed together with the multimedia video, and the eye muscle fatigue is relieved.