Abstract: A data-transmitting method for wireless sensor network includes: constructing a wireless sensor network having a plurality of nodes for information sensing and a sink for quest raising and data collecting; clustering the nodes to form a plurality of groups, with one of the nodes in each group being identified as a kernel; identifying one of all the nodes as a summit dissemination node and the kernels in all the groups as first level dissemination nodes; and transmitting data between the quest-raising sink and one of the first level dissemination nodes or summit dissemination node to collect information sensed by a source that is one of the nodes.

Abstract: A safety fence includes a door unit, a locking unit mounted on the door unit, a switching mechanism mounted on the door unit and connected with the locking unit, and a positioning and restoring unit mounted on the door unit. The door unit includes a first rail, a second rail and a door. Thus, when the door unit is not opened to reach the predetermined angle, the door is driven by the positioning and restoring unit and is returned and moved backward relative to the first rail to abut the second rail so that the door is locked onto the second rail by the locking unit so as to close the door unit automatically.

Abstract: An unlocking device includes a casing mounted to a side of a lock having a keyhole. A movable body is rotatably received in the casing about an axis. The movable body has a closed end having a through-hole. A key receiving seat is received in the movable body and has a passage. The keyhole is normally blocked by the closed end of the movable body. The movable body can be rotated to align the through-hole with the keyhole and the passage. A manually rotatable linking rod extends through the passage and has an engaging portion for coupling a key received in the passage. The key can be moved into the keyhole by moving the linking rod along the axis and can be rotated for a locking or unlocking operation.

Abstract: A separation apparatus for separating mud from water has an input tank device, a pipe device and a first separating assembly. The input tank device has an input tank. The pipe device has a first pipe having a first end and a second end. The first end of the first pipe is connected securely to the input tank. The first separating assembly has a main structure having a hydrocyclone. The hydrocyclone is connected to the second end of the first pipe. Accordingly, the hydrocyclone can efficiently and quickly separate mud from liquid of the raw water in the input tank.

Abstract: A storage box includes a support assembly having a plurality of supports, connectors, and lower posts. The support assembly is placed to support an outer part member, and the outer part member includes outer and inner sheets covering a bottom end thereof to wrap the bottom supports of the support assembly and casing a flat body. The inner sheet includes a jointing medium defined thereon. The outer part member further includes a covering section extending from the upper end thereof to cover an opening of the body. A plurality of sub supports are used to expand the covering section flatly so that the covering section covers the opening of the body completely.

Abstract: A ratchet wrench includes a head having a compartment rotatably receiving a drive member. Two gaps are defined between the head and the drive member. The drive member includes a dust groove intermediate the gaps along an axis. The dust groove includes first and second faces spaced along the axis and a third face extending between the first and second faces. A dustproof seal is compressed and received in the dust groove to block communication between the gaps. The seal includes a ring having first and second surfaces spaced along the axis. An outer periphery of the seal presses against a peripheral wall of the compartment. A wing extends from one of the first and second surfaces of the ring, presses against one of the first and second faces of the dust groove, and is not in contact with the third face of the dust groove.

Abstract: A pipe connection includes a main body, an inner sleeve, a water inlet connector, a water outlet connector, a circuit board, a control panel, at least one battery, a magnetically activated detector, an impeller, and a magnetic member. In operation, when the water flows through the impeller, the impeller is rotated, and the magnetic member is moved to pass by the detector intermittently so that the detector can transmit a detected signal to the circuit board which can calculate the rotation speed of the magnetic member so as to obtain the water flow rate. Thus, the pipe connection can calculate and indicate the water flow rate in the pipe so that when the flow rate of the output water from the pipe reaches a preset value, the user can shut the water flow to regulate and save the water flow.

Abstract: A hub assembly includes a shaft, a hub mounted on the shaft and having a plurality of locking grooves, a driven ring mounted in the hub and having a plurality of oneway ratchet teeth, a drive seat rotatably mounted on the shaft, a drive ring mounted on the drive seat and received in the driven ring, a plurality of pawl members mounted on the drive ring and meshing with the oneway ratchet teeth, a sprocket secured on the drive seat, and a control ring slidably mounted on the drive seat and having a plurality of locking blocks releasably locked in the locking grooves. Thus, a user only needs to move the control ring to switch the operation modes of the bicycle between a normal riding and an acrobatic performance so that the user can change the two operation modes easily and quickly.

Abstract: An adjustment structure of a chair armrest is provided. The armrest is attached to a chair back through a fastening seat. A releasable fastener provided between the armrest and the fastening seat allows the armrest to be slide vertically and get positioned with respect to the fastening seat. The fastening seat has a guiding groove facing the armrest and the guiding groove is formed with toothed portions. The releasable fastener includes an engaging member for bilaterally engaging with the toothed portions, mutually engageable slanting tooth portions formed on a lever and a driven member assembled to the armrest, respectively, and a screw passing through the engaging member and the guiding groove to be screwingly fixed to the driven member. By pulling the lever upward or downward, the armrest is released to be repositioned or is positioned so that the armrest attached to the chair back can be adjusted in altitude.

Abstract: A method of managing memory storage space and a computer system using the same uses a computer including a storage device and an expansion slot. The method has the steps of: detecting whether there is a memory card in the expansion slot; combining the storage space of the storage device and the memory card to form a combined storage space; and using application software to manage the combined storage space. At least one file stored in the combined storage space may be selected to move between the storage device and the memory card via the application software.

Abstract: A transmission assembly for an electric vehicle includes a transmission having an input shaft, an output shaft, and a gear train coupled between the input shaft and the output shaft. A motor includes an output coupled to the input shaft of the transmission. A motor controller is electrically connected to the motor and controls a rotating speed of the motor. A gear controller is electrically connected to the motor controller. The gear controller outputs a speed request signal to the motor controller, and the motor controller controls the rotating speed of the motor based on the speed request signal, allowing smooth engagement between the gear train and the output shaft.

Abstract: A flashlight mount includes a clamp-type positioning element and an elongate clamping element pivotally connected to an upper section of the clamp-type positioning element. To fasten a flashlight to the mount, an engaging section on a lateral side of the flashlight is inserted into a C-shaped groove on a lateral side of a fastening extension of the elongate clamping element. Once the engaging section is inserted in the C-shaped groove to the greatest extent possible, a limiting recess at one end of the flashlight is engaged with a projection at the corresponding end of the fastening extension to fix the flashlight in position to the elongate clamping element. Then, an object to be clamped is inserted into an insertion space extending laterally into the clamp-type positioning element, before a lower screw rod is rotated upward to secure the clamp-type positioning element to the object in a clamping manner.

Abstract: An underground generating device includes a housing, a coil assembly mounted in the housing, and a core assembly movably mounted in the housing. The coil assembly includes a coil seat, a plurality of mounting tubes mounted in the coil seat and a plurality of induction coil sets mounted on each of the mounting tubes. The core assembly includes a plurality of cores movably mounted in the mounting tubes, a plurality of magnetic disks mounted on each of the cores, and a driven piece located outside of the housing and connected with the cores. Thus, when the driven piece is pressed intermittently, the magnetic disks are moved to pass through the induction coil sets reciprocally to change the magnetic field between the magnetic disks and the induction coil sets so that the induction coil sets produce an induction current to provide a generating effect.

Abstract: A lamp has a light tube, an illuminant module mounted in the light tube and two end caps mounted respectively on two opposite ends of the light tube. A slot, being substantially inverted T-shaped in cross-section, is formed in and axially along the light tube and the end caps. A guide rail or a pair of resilient plates is disposed at a presupposed position and is mounted through the slot of the lamp to hold the lamp. An amount of lamps held on the guide rail or the pair of resilient plates is changeable according to needful brightness. Therefore, disposing the lamp is easy, quick and convenient, and a total cost for disposing the lamp is low.

Abstract: A method for treating swine feces/urine includes breeding and growing imagoes of Musca Domestica in an environment having a temperature of 18-35° C. and having a humidity of 50-80%. The imagoes of Musca Domestica lay eggs in the environment. The eggs of Musca Domestic are transferred into a cultivating material including at least one product of soybean and/or milk. The eggs of Musca Domestica are bred at a temperature of 20-35° C. until hatching into larvae. The larvae of Musca Domestica are placed on swine feces/urine of a thickness of 4-10 cm at a temperature of 20-35° C. for 2-3 days. The larvae feed on and decompose the swine feces/urine. The swine feces/urine can be decomposed in 5-7 days without causing pollution to the air, water sources, and environment.

Abstract: A method for producing a nutrient from larvae of Musca Domestica includes breeding and growing imagoes of Musca Domestica in an environment having a temperature of 18-35° C. and having a humidity of 50-80%. The imagoes of Musca Domestica lay eggs in the environment. The eggs of Musca Domestica are transferred into a cultivating material including at least one product of soybean and/or milk. The eggs of Musca Domestica are bred at a temperature of 20-35° C. until hatching into larvae. The larvae of Musca Domestica are placed on swine feces/urine of a thickness of 4-10 cm at a temperature of 20-35° C. for 2-3 days. The larvae feed on and decompose the swine feces/urine. The larvae of Musca Domestica are collected and treated by hot water and dehydrated to obtain a nutrient.

Abstract: A method for making fertilizer from swine feces/urine by using Musca Domestica includes breeding and growing imagoes of Musca Domestica in an environment having a temperature of 18-35° C. and having a humidity of 50-80%. The imagoes of Musca Domestica lay eggs in the environment. The eggs of Musca Domestic are transferred into a cultivating material including at least one product of soybean and/or milk. The eggs of Musca Domestica are bred at a temperature of 20-35° C. until hatching into larvae. The larvae of Musca Domestica are placed on swine feces/urine of a thickness of 4-10 cm at a temperature of 20-35° C. for 2-3 days. The larvae feed on and decompose the swine feces/urine. The swine feces/urine decomposed by the larvae of Musca Domestica are collected and used as fertilizer.

Abstract: A high illumination LED bulb includes a transparent lamp holder and a transparent reflective envelope having an inner face coated with a reflective membrane having light transmittance characteristic. A chamber is defined between the transparent lamp holder and the transparent reflective envelope and receives an actuator, a radiator and a light emitting module electrically connected to the actuator. The light emitting module includes a substrate disposed on the radiator and at least one LED disposed on the substrate. Light radiated from the LED is transmitted to produce superior projection beam by the transparent reflective envelope and reflected to produce inferior projection beam by the reflective membrane. Reflected halo formed by projection of the superior projection beam and the inferior projection beam on the transparent lamp holder and the transparent reflective envelope can form side projected halo, thereby radiating light with a full emission angle.