40results about How to "Eliminate occupancy" patented technology

The invention provides an intelligent camera device comprising a support, universal rotating devices, cameras and a control box. The support is provided with an annular or arc-shaped camera track. The universal rotating devices are arranged on the camera track. The control box controls the movement of the universal rotating devices on the camera track and the rotation of the universal rotating devices. The cameras are connected to the universal rotating devices and are electrically connected with the control box. By improving conventional cameras, images collected by the cameras can be pre-treated at the cameras; the monitoring range is enlarged, 360-degree non-blind angle monitoring for monitoring places is realized and the monitoring blind angle is prevented; the device provides clearer camera monitoring and can pre-treat monitoring images; the device can dynamically capture dynamic targets and thus monitor the dynamic targets, and saves monitoring resources; the device prevents repeated storage of information of monitored surroundings when no dynamic target is present, thereby saving storage resources.

The invention discloses a mobile terminal, which comprises a shell, a circuit board, a card support holding part, card seats, a card support and a shifting piece. The shell is provided with a card support mounting hole, the circuit board is arranged in the shell, the card support holding part is arranged in the shell and faces the circuit board, the card seats are arranged on the circuit board, the card support is movably arranged in the card support mounting hole and is movably matched with the card support holding part, at least one of the card support and the shell is provided with an ejection hole, the shifting piece is rotationally arranged on the card support holding part and located between the card support and the ejection hole, one end of the shifting piece is an ejector pin acting end, the other end of the shifting piece is a card support ejection end, and the card support ejection end is used for applying ejection force to the card support after the ejector pin acting end isstressed. According to the mobile terminal, a push rod adopted in a conventional mobile terminal is omitted, so that the occupation of a circuit board space by the push rod is eliminated. And meanwhile, the shifting piece does not additionally occupy the space on the circuit board. Therefore, the circuit board cannot be split due to the arrangement of the structure for assembling and disassembling the card support, and a more effective space is provided.

The invention provides a position-based wireless checking system and a position-based wireless checking method. The checking system comprises a checking database, a checking data service module and a checking mobile client, wherein the checking database is used for storing checking commodity data and checking tabulate data; the checking data comprises commodity codes, checking quantity and commodity position codes; each commodity position code consists of a commodity storage body code, a storage body row code and a storage sequence number code; the checking data service module is used for providing summarizing, storage and inquiring service of the checking data; the checking mobile client is used for providing acquisition, modification and inquiring service of the checking data for clients. By adopting the system provided by the invention, goods checking and management can be realized by combining the owned mobile terminals of staff with the mobile client, so that the operating cost is low; checking information can be transmitted in a real-time manner by using the mobile terminal and wireless communication, so that the work efficiency is improved.

The invention provides a page reusing method and a page reusing device. The page reusing method comprises the following steps of receiving a main page access request; sending out a common resource acquiring request to a resource library according to the main page access request; receiving and loading common resources; transmitting a query request to a main page configuration information library; receiving main page configuration information returned from the main page configuration information library; sending out an AJAX (asynchronous JavaScript and XML) request to the resource library according to the main page configuration information; asynchronously acquiring a definition of a fragment; establishing the fragment according to the definition of the fragment; transmitting the AJAX request to the fragment; analyzing request parameters in the AJAX request; sending out a private resource acquiring request to the resource library; receiving private resources returned from the resource library; loading the private resources; acquiring displaying data from the main page configuration information library; processing the displaying data; initializing the fragment; adding the initialized fragment on a main page DOM (document object model) tree; invoking an interface between the main page DOM tree and the fragment; performing information interaction between the main page DOM tree and the fragment; and responding user operation.

A linear compression latch includes a lever linked to a pawl. As the latch is opened the pawl is initially constrained to move vertically along with a carriage. After an intermediate position is achieved, the pawl is constrained to move horizontally within the carriage.

A straight squeeze latch including a lever hinged to a latch bar. When the latch is opened, the latch bar begins to be forced to move vertically with the bracket. When the intermediate position is reached, the latch bar is forced to move horizontally in the bracket.

The invention provides a mullock powder energy-saving hollow building brick and the making method thereof, uniformly mixing mullock powder 68-70wt%, cement 28-30wt%, LZ981-2 intensifier 1-2wt% and rare earth 0.1-0.2wt%, adding in water and blending uniformly, placing mixture in a mould, pressurizing for 3 seconds or vibrating for 4 minutes, and curing for 20 days to make the finished product which has high intensity, energy saving and thermal insulation properties. And the invention is beneficial to protect country resources.

The invention discloses a timber optimized truncate method and relative optimized truncate saw. First, inputting the saw data list which comprises target saw length and quality parameters into the computer; when the sawed timber that longitudinally supplied passes the position relative to the detecting device, the detecting device reads the information of sawed timber into the computer, and the computer according to the input saw data list and said information to select the optimized sawing method; the saw machine according to said method processes truncating on the timber. Two sides of said truncate machine individually have a feeding platform and a finished product classifying platform; wherein, said feeding platform has a detecting device; said finished product classifying platform has a finished product classifying device; and a waste removing device is arranged between them.

The invention discloses a sludge and sewage treatment system of drainage facility. The system comprises drainage facility, a dredging mechanism and moving sludge and sewage treatment equipment, wherein the moving sludge and sewage treatment equipment comprises a moving handcart and a moving carriage; a filtering component, a sludge and sewage treatment component, a silt temporary storage device, silt output equipment, a generating set and control equipment are arranged in the moving carriage; the filtering component, the sludge and sewage treatment component and the silt temporary storage device are all connected with the generating set and the control equipment; the sludge and sewage treatment component is communicated with the filtering component through a pipeline; the filtering component is provided with a filtered granular impurity outlet; the sludge and sewage treatment component is provided with a sludge and sewage granular impurity outlet; both the filtered granular impurity outlet and the sludge and sewage granular impurity outlet are arranged towards the interior of the silt temporary storage device; a sludge and sewage accessing pipe is connected with the filtering device; a drainage pipe is connected with the bottom of the sludge and sewage treatment component; the dredging mechanism is connected with the sludge and sewage accessing pipe of the moving sludge and sewage treatment equipment through a discharge pipe. The sludge and sewage treatment efficiency are improved through filtering, treatment and separation.

The invention discloses a mobile terminal, which comprises: a casing with a card holder mounting hole; a circuit board arranged inside the casing; a card holder holding part, arranged inside the casing, and the card holder holding part faces the circuit board; a card holder , which is arranged on the circuit board; the card holder, which is movably arranged in the card holder installation hole, and cooperates with the card holder holding part, and at least one of the card holder and the casing is provided with an ejection hole; the toggle piece is rotated and arranged on the card holder The support holding part is located between the card seat and the ejection hole. One end of the toggle piece is the action end of the ejector pin, and the other end is the ejection end of the ejector pin. The support exerts the ejection force. The mobile terminal eliminates the push rod used in the traditional mobile terminal, and also eliminates the space occupation of the circuit board by the push rod. At the same time, the toggles do not take up additional space on the circuit board. Therefore, the circuit board will not be split due to the structure for disassembling and assembling the card tray, so it has more effective space.

This invention is relative to a data package multiplex receiving controlled device and its method for receiving data. It comprises: the PHY process module, the receiving control module, the PROA response module, the CPU setting up module and the up stream buffer module. Design the data length counter in the PHY process module. The PHY process module identifies the packet header, the packet tail, and distinguishes if the AbortSequence coding is at the packet tail to decide if the abandoned messages are saved into up stream buffer. The data of each channel packet and the relevant messages are stored into the up stream module. The up stream module sends the state information about data storage to the PRPA response module, through thresholding , direct indication or address enquiry the state is reported to the master controller.