Abstract:
According to a first embodiment of the present invention, a lighting fixture is provided with a housing space to receive a retractable sensor module. The housing space is provided with an internal holder with electrical circuitry to operate the lighting fixture. The internal holder is essentially cylindrical in shape, with one closed end. The closed end is provided with openings and slots for screw and wires. The internal holder allows for pan rotation of a retractable sensor module. The retractable sensor module includes a control module comprising a top cover, a lower cover and a printed circuit board sub-assembly inside, and a lens assembly. The printed circuit board sub-assembly comprises a power printed circuit board, a sensor printed circuit board, with a printed circuit board and a transmitter printed circuit board. The lens assembly constitutes dotted lenses.The lighting fixture is independently operable, after the sensor module has been detached and a dummy cover is employed to close off the housing space of the internal holder.In a second embodiment, the lighting fixture with a sensor module can be further fitted with a plug-in transmitter module. The transmitter module receives and re-directs a signal from the sensor module to activate a receiver product, including a chime or a lighting fixture, in a separate part of a building or an operation control room.
Abstract:
A bath brush including: an elastic mesh tube which is axially pushed and gathered so as to continuously crimp the periphery thereof into a waved pattern; a handle including a connecting member, a grip member freely detachably assembled with the connecting member and a pair of massaging members, the connecting member being positioned on upper side of the elastic mesh tube and formed with at least one first connecting section disposed on the upper face of the connecting member and several fixing sections passing through the upper and lower faces of the connecting member, the grip member including at least one second connecting section for correspondingly connecting with the first connecting section, the pair of massaging members having a certain length, an upper end of each massaging member outward extending from a lateral side of the connecting member, while a lower end thereof extending downward; and at least one binder with a predetermined length and flexibility, the binder being conducted through the fixing sections to fix the elastic mesh tube on lower side of the connecting member between the lower ends of the two massaging members.
Abstract:
According to a first embodiment of the present invention, a lighting fixture is provided with a housing space to receive a retractable sensor module. The housing space is provided with an internal holder with electrical circuitry to operate the lighting fixture. The internal holder is essentially cylindrical in shape, with one closed end. The closed end is provided with openings and slots for screw and wires. The internal holder allows for pan rotation of a retractable sensor module. The retractable sensor module includes a control module comprising a top cover, a lower cover and a printed circuit board sub-assembly inside, and a lens assembly. The printed circuit board sub-assembly comprises a power printed circuit board, a sensor printed circuit board, with a printed circuit board and a transmitter printed circuit board. The lens assembly constitutes dotted lenses.The lighting fixture is independently operable, after the sensor module has been detached and a dummy cover is employed to close off the housing space of the internal holder.In a second embodiment, the lighting fixture with a sensor module can be further fitted with a plug-in transmitter module. The transmitter module receives and re-directs a signal from the sensor module to activate a receiver product, including a chime or a lighting fixture, in a separate part of a building or an operation control room.
Abstract:
According to a first embodiment of the present invention, a lighting fixture is provided with a housing space to receive a retractable sensor module. The housing space is provided with an internal holder with electrical circuitry to operate the lighting fixture. The internal holder is essentially cylindrical in shape, with one closed end. The closed end is provided with openings and slots for screw and wires. The internal holder allows for pan rotation of a retractable sensor module. The retractable sensor module includes a control module comprising a top cover, a lower cover and a printed circuit board sub-assembly inside, and a lens assembly. The printed circuit board sub-assembly comprises a power printed circuit board, a sensor printed circuit board, with a printed circuit board and a transmitter printed circuit board. The lens assembly constitutes dotted lenses.The lighting fixture is independently operable, after the sensor module has been detached and a dummy cover is employed to close off the housing space of the internal holder. In a second embodiment, the lighting fixture with a sensor module can be further fitted with a plug-in transmitter module. The transmitter module receives and re-directs a signal from the sensor module to activate a receiver product, including a chime or a lighting fixture, in a separate part of a building or an operation control room.
Abstract:
A bathing brush comprises an elongated bar, an elastic net and a massaging device. The bar has a base portion at an end thereof, a securing portion at an edge of the base portion and a handle having an end thereof fixed with the base portion. The elastic net is pressed into twisty condition and is fastened on a top surface of the base portion the massaging device made of a flexible material and molded into a single element has a base member, a sidewall on an edge of the base member, a second securing portion on an interior side of the sidewall and a plurality of grains on an exterior side of the base member wherein the second securing portion is connected with the first securing portion for securing the massaging device on a side of the base portion of the bar which is opposite from the elastic net such that a chamber will be formed between the base portion of the bar and the massaging device.
Abstract:
A bathing ball structure includes a soft rhombic-shaped synthetic open-mesh material woven into a tubular webbed band of predetermined length, of which the round opening of the webbed band is slipped vertically onto a U-shaped frame and continuously pulled over until a number of annular plies have accumulated, a binding cord is then wound around the outer extent of the webbed band, at which time a bathing ball or other three-dimensional animal or plant decoration is inserted between the numerous annular plies and the binding cord. Next, the binding cord is firmly tied to enable the two sides of the annular plies to be removed by first lifting the left and then the right extent of the U-shaped frame, thereby producing an irregular puff-like object of graduated loops, with the loops of the webbed band covering the bathing ball or other decoration formed, which enables the irregularities of the webbed band on the surface of the bathing ball to remain consistently saturated with a foam bathing solution while being utilized to scrub the body, with the structure also serving to massage the body at the same time. Furthermore, the invention herein also effectively allows for the structural enhancement of the appearance of the bathing ball.
Abstract:
A bath belt including: a main body having a first elastic mesh tube which is pushed and gathered so that a periphery of the first elastic mesh tube is axially successively crimped into a waved shape; a pair of first binders respectively disposed on two opposite sides of the main body; and several second binders spaced from each other and disposed on the first elastic mesh tube for binding the same. The portions of the first elastic mesh tube between the second binders are expanded to a series of ball-like bodies. The main body further includes at least one second elastic mesh tube positioned between one end of the first elastic mesh tube and one of the first binders. The second elastic mesh tube is wound into an annular shape. The second elastic mesh tube is passed through the hole of the first elastic mesh tube and partially extends outside of the first elastic mesh tube. The first binder is passed through the upper and lower ends of the second elastic mesh tube to bind the upper and lower ends of the second mesh tube together.
Abstract:
A bath scrubber comprises an elastic webbed tube, two first lashing members and one second lashing member. The webbed tube has a periphery which is pleated continuously in the direction of the longitudinal axis of the webbed tube. The first lashing members are secured respectively to both ends of a first radial direction of the webbed tube. The second lashing member is secured to the periphery of the webbed tube such that the second lashing member is perpendicular to the first radial direction of the webbed tube so as to enable the webbed tube to form two expanded integral parts of different sizes.
Abstract:
Bathing brush including an annular main body made of elastic and water-absorbent material and several bathing balls fixed on the main body at intervals. Each of the bathing balls includes at least one elastic mesh tube and at least one binding member. The circumference of the elastic mesh tube is crimped and waved. Then the elastic mesh tube is bound by the binding member. The bathing balls tightly abut against the circumference of the main body. In use of the bathing brush, the multiple bathing balls are able to maintain water therein. Moreover, the main body can also maintain a certain amount of water therein. The water contained in the main body can be gradually released to infiltrate into the adjacent bathing balls. Accordingly, the bathing balls can kept wet for a longer time.
Abstract:
A notebook with a multi-monitor includes a notebook and an external monitor. The device has an extra digital display interface port mounted on the notebook besides the original CRT port. The digital display interface port not only outputs video signals, but also applies a power supply for the external monitor. It also makes the above-mentioned notebook connect with another monitor by means of a cable between the digital display interface port and the external monitor. Therefore, the notebook possesses several monitors and keeps applications running simultaneously.