Abstract:
A structurally improved flashlight includes a handle coupled to a main body at a bottom of the main body. The handle has a trigger assembled between a pair of housing parts. The trigger is formed with a zigzag room that is communicated with openings formed at two laterals of the trigger for accommodating a safety mechanism. A magnet provided at an upper surface of the trigger is to removably engage a reed switch installed on the flashlight main body. A spring is deposited between the trigger and the two housing parts, so as to enable the trigger to resiliently move to and fro. The trigger is for conveniently switching the flashlight among different illumination phases, such as light intensity, blinking and on/off status. The structurally improved flashlight is also designed to be held in a certain illumination phase temporarily, so as to prevent unintentional change of the set illumination phase.
Abstract:
Provided is an improved flashlight structure applicable to a flashlight for use at special sites. The flashlight structure includes a press switch whose protruding end is constantly received in a recessed area. Therefore, should the flashlight be dropped, with the press switch facing down, the press switch will not be pressed inward (and hence turned on or off) by accident. Also, the flashlight structure includes a partition plate for separating batteries in the flashlight and preventing the batteries from overheating due to close contact. A lighting unit connected to the open end of the flashlight structure is peripherally provided with ribs of different widths for engaging with the corresponding slots and thus positioning the lighting unit properly. An annular isolation portion in the middle section of the press switch is tightly engaged with the inner periphery of an end hole of the flashlight structure to prevent entry of external moisture.
Abstract:
A flashlight ventilation structure includes a ventilation lid screwed at a terminal of a handle portion of a flashlight. The handle portion is formed with a vent so that a rear cap formed with a vent facing the vent is allowed to fittingly cover the terminal of the handle portion The rear cap has a depressed combining region and a cavity circling the vent of the rear cap, so that a barrier whose backside is combined with a breathable fabric is allowed to be set in the cavity. The combining region is fitting covered by a ventilation mask, whereby the ventilation lid attached to the handle portion of the flashlight allows heat generated by batteries inside the flashlight for lighting the flashlight to be dissipated outward through the ventilation lid, while the breathable fabric in the ventilation lid prevents external liquid from permeating into the flashlight.
Abstract:
A protective goggle assembly comprises an integrally formed lens, a front rigid frame, a rear resilient frame and a strap having a buckle attached to each of two ends; the rigid frame comprises a middle section having an upper end and a lower end provided with a vertical flange formed with a first hole and a horizontal rim formed with a second hole communicating with the first hole, in which the first and second holes are penetrated by and engaged with bent protrusions formed on the lens; and the rigid frame comprises with a thinner frame portion having notches formed on an outward side, so that grooves formed on the resilient frame can receive the thinner frame portions, while engaging tabs raised inside the grooves of the resilient frame can be engaged in the notches on the thinner frame portions. During assembly, the lens, the rigid frame and the resilient frame can be rapidly engaged, and stably positioned, with one another.
Abstract:
A band-type dispenser for wrap film includes a base, an endless band device, and a cutter unit. The base has a chamber in its interior, and a positioning bracket is respectively fixed at two sides of the chamber for supporting a roll of wrap film. The endless band device is disposed in the base and has at least one endless band for moving the wrap film. The cutter unit is positioned in front of the endless band device for cutting wrap film. The dispenser is automatically operated, with a cut piece of the wrap film kept flat and smooth, so a user can use it with safety and convenience.
Abstract:
A positioning structure for auxiliary eyeglasses comprises an auxiliary eyeglass frame of auxiliary eyeglasses with an additional function, having a bridge provided with a receiving space and a through hole formed on a back wall of the receiving space. A protective strip combined to the auxiliary eyeglass frame is provided with an inserting portion extending downwardly from a central portion and having a first projection projected rearward so that the inserting portion can be inserted into the receiving space with the first projection being engaged with the through hole. A pair of second projections are provided on each end of the protective strip for being inserting into a recess formed on each end of a main eyeglass frame. Hereby the auxiliary eyeglass frame with the protective strip can be stably and speedily attached/detached to/from the main eyeglass frame.
Abstract:
An oven with two optional ranges of temperature includes an outer body, an inner body, a baking pan and a cover. The outer body has a temperature controller and a switch that are mutually connected by a switch line. The switch has a high-temperature line and a low-temperature line at the other side. The inner body fixed in the outer body has an electro thermal pad wrapped around its exterior wall, connected with the electro thermal pad line, the high-temperature line and the low-temperature line. The baking pan is put in the inner body and covered by the cover. Therefore, via handling properly the temperature controller and the switch, the present invention can be used to bake or stew foods.
Abstract:
A rotary button device comprises a panel having a receiving room; the receiving room having a flange; the flange being installed with a stop; a rotary shaft protruding from a center portion of the receiving room; a positioning rod transversally passing through the rotary shaft; a button installed in the receiving room; a post protruding from the button; the post having an insertion hole for receiving the rotary shaft and the positioning rod of the panel; a lower side of the button being installed with a block; and a metal ring being installed on the post of the button. The metal ring has a shape identical to that of the post.
Abstract:
A steaming structure for a steam oven includes a housing having an accommodating groove and a draining hole communicating with each other. The accommodating groove has a connecting pipe connected with a water-pumping motor connected with a duct, which is connected with a water-feeding pipe positioned in the housing. An electric heating tray with a center hollow is installed below the water-feeding pipe. A regulating device is connected with an exhaust passageway of the housing having an exhaust hole. A holding tray with two accommodating chambers is placed in the accommodating groove of the housing. A water tank is received in one of the accommodating chambers. A cover plate is covered on the holding tray, having an insert hole aligned to the draining hole of the housing and located on the accommodating chamber.
Abstract:
A steam cleaner comprises a water reservoir; a heater including a supply pipeline, a first steam pipeline spaced from the supply pipeline, and a sediment catching space between the supply pipeline and the first steam pipeline; a steam chamber with a portion of the first steam pipeline disposed therein; and a nozzle including a second steam pipeline partially disposed in the steam chamber and spaced from the first steam pipeline. Water is drawn out of the water reservoir to the heater for heating, steam is generated in the heater and flows out of the supply pipeline into the first steam pipeline through the sediment catching space with solid particles therein being deposited in the sediment catching space to form sediment and remaining steam flowing into the second steam pipeline through the steam chamber, and the steam is shot out from the nozzle. The invention prevents sediment from blocking the nozzle.