Abstract:
A dispensing method for ice makers to determine dispensing of different materials through varying fetched locations of a container includes steps: defining a fetched zone for holding one container; generating a judgment signal varying according to different fetched locations of the container positioned in the fetched zone; and determining to dispense the materials from a cluster of multiple dispensing units or one of them to the container according to the judgment signal. Thus multiple materials can be obtained in one fetched space through different positioning locations of the container. Material dispensing process is simplified and users can get diversified materials quickly and easily in a limited space.
Abstract:
An illuminated keyboard includes a keyset portion and at least one light source substrate. The keyset portion includes a plurality of keys and a baseboard to hold the keys and allow the keys to respectively generate a trigger displacement. The keys are arranged in parallel rows to form a plurality of key clusters. The light source substrate is located between any two neighboring key clusters and includes a light transmission channel with an electrode electrically connected to at least one light emitting diode (LED) and is covered by a light transmission element. The LED receives electric power provided by the light source substrate to generate light transmitted via the light transmission channel and projected uniformly to the key clusters via the light transmission element. Hence the illuminated keyboard of the invention can be made thinner and assembled simpler.
Abstract:
A dispensing control device for an icemaker includes a dispensing structure and a control structure assembled with the dispensing structure. The dispensing structure includes at least a first dispensing portion and a second dispensing portion for dispensing at least two kinds of materials, wherein the first and the second dispensing portion and the dispensing structure form a dispensing area in which a first position and a second position are defined respectively. The control structure includes a first trigger unit and a second trigger unit, for respectively triggering the corresponding first and second dispensing portion to dispense materials respectively thereof, wherein the first and the second trigger units respectively include a first and a second actuating element mounted at the first position and the second position in the dispensing area, and a first and a second trigger components which are respectively triggered by the first and the second actuating elements to control the material dispensing of the first and second dispensing portion. Therefore, the user can obtain different desired materials by operating at different positions in the dispensing area.
Abstract:
A self-luminous keyboard with brightness-enhanced keycaps of the present invention comprises a baseplate, a substrate arranged above the baseplate, a plurality of keycaps coupled to the substrate and able to move up and down, a circuit board triggered by the contact of the keycap to output a signal, and a light emitting element. The substrate has a plurality of via-holes each corresponding to one keycap. There is a light transmission path from the light emitting element through the via-hole to the keycap. In each light transmission path, there is a light concentration member, and the light emitted by the light emitting element is concentrated by the light concentration member and then transmitted to the keycap. Thereby, the brightness of the keycaps is enhanced to be higher than the brightness of the gap between the adjacent keycaps, and the recognizability thereof is promoted.
Abstract:
The present invention discloses a slim backlighted keyboard comprising a plurality of press members; and a support plate arranged below the press members. The support plate includes a first plane and a second plane interconnecting to each other optically. The first plane has at least one elastic support element corresponding to the press members. The second plane is on the opposite side of the first plane and has at least one light conduction groove. The light propagating inside the light conduction grooves penetrates the support plate and reaches the first plane to illuminate the press members. Thereby, the present invention can reduce the thickness of a backlighted keyboard and facilitate fabricating a slim backlighted keyboard.
Abstract:
A slim self-luminous keyboard structure comprises a keyboard unit and luminous units. The keyboard unit has a press plane containing a plurality of press members, and a baseplate is arranged below the press plane and supporting the press members. The luminous units generate light, and the light is conducted to a luminous space defined by the press plane and the baseplate to make the luminous space have brightness sufficient to enable users to recognize the press members. The slim self-luminous keyboard structure does not use a backlight plate. Therefore, the present invention can reduce the thickness of a self-luminous keyboard and facilitate fabricating a slim self-luminous keyboard.
Abstract:
An index wheel having notations adopted on an electronic device to be freely rotated to generate signal command output includes at least an inner axis layer and an operation layer encasing the inner axis layer in a coaxial manner and movable together at the same time. The operation layer is made from a ceramic material and formed integrally by molding and sintering. The operation layer also has a graphic notation zone on the surface that contains desired graphics or texts. Thus the profile of the index wheel is more versatile and provides a greater appeal to users.
Abstract:
An illuminated keyboard providing high and uniform luminosity includes a keyboard portion and at least one light guide element. The keyboard portion includes a plurality of key units and a substrate to hold the key units. The key units are arranged in parallel rows each having multiple key units to form a key unit assembly. The key unit assembly is spaced from the substrate to form a vertical projection space, and any two neighboring key unit assemblies form a horizontal mounting space. The light guide element includes a light guide portion located in the horizontal mounting space and two light projecting portions located in the vertical projection space. Each light projecting portion has at least one transparent zone to project light transmitted by the light guide portion into the vertical projection space to provide uniform luminosity for the key unit assembly.
Abstract:
A multi-color illuminated keyboard at least includes a plurality of keys, an array circuit board, a signal processing unit and a lighting control processor. The array circuit board is located beneath the keys and triggered by depressing one key to generate a corresponding array signal or a mode switching signal. The signal processing unit receives the array signal and converts the array signal into a character signal to be output. The signal processing also can receive the mode switching signal and transmit the mode switching signal to the lighting control processor. The lighting control processor presets multiple driving modes and is electrically connected to the lighting element sets in the illuminated keyboard. The lighting control processor can be triggered by the mode switching signal to change the driving modes of the lighting element sets in the illuminated keyboard.
Abstract:
The present invention discloses a scroll wheel module, which comprises: a scroll wheel; a displacement seat accommodating the scroll wheel; and a carry seat arranged outside the displacement seat. The displacement seat has a receiving member, which receives the scroll wheel and implements the displacement seat to move in the same direction as the scroll wheel moves. The displacement seat has at least one actuation member, and the carry seat has at least one instruction switch corresponding to the actuation member. At least one support member is arranged in between the displacement seat and the carry seat. The support member implements the displacement seat to move horizontally inside the carry seat, which makes the actuation member trigger the instruction switch to generate and output an instruction signal. Thereby, the assembling process of the scroll wheel module is simplified, and the volume of the scroll wheel module is reduced.