62results about How to "Reduce installation volume" patented technology

The invention discloses a webpage loading device which is used for loading a webpage in a browser, wherein the browser comprises a first browser kernel and a second browser kernel loaded in a browser plug-in board form. The webpage loading device comprises a loading module, a receiving module, a judgment module and a render display module, wherein the plug-in board is used for receiving the information of a payment category button clicked by a user in a webpage, the judgment module is configured for obtaining a URL (Uniform Resource Locator) address of a webpage which is required to be loaded by the payment category button clicking action, and judging the adaptive relation of the button and the second browser kernel adaptive on basis of the URL address, and the render display module is configured for rendering and displaying the webpage required to be loaded on basis of the second browser kernel adaptive to the button in the plug-in board. According to the webpage loading device provided by the invention, the automatic opening of a compatible mode of a single-kernel browser can be realized. The invention further provides a webpage loading method.

A device to control and/or regulate the pressure level of at least one volume variable recipient (10, 12) of a pneumatic system, in particular a pneumatic system for a motor vehicle seat (14). Means (24, 26) make it possible to increase or reduce the pressure in the recipient (10, 12) in a reversible manner. In addition, a method to control and/or regulate the pressure level of at least one volume variable recipient (10, 12) of a pneumatic system, in particular a pneumatic system for a motor vehicle seat (14). The method varies the pressure level in the recipient (10, 12) by volume changes in a volume-adjusting element (24, 26) allocated to the recipient.

The invention belongs to the technical field of power transmission and provides an incoming and outgoing line module base. The incoming and outgoing line module base comprises a plurality of first conductors externally connected with a load. A plurality of main shells which are stacked vertically and fixedly connected are arranged so as to form a general frame of the base, an inner cavity of each main shell is provided with a line incoming socketing end, a line outgoing socketing end, an input adapter component and an output adapter, one end of the input adapter component is connected with an input circuit externally, the other end of the input adapter component is connected with the line incoming socketing end, one end of the output adapter is connected with the corresponding first conductor, and the other end of the output adapter is connected with the line outgoing socketing end, accordingly, the input adapter (like adapter copper bar) and an external part of an external input circuit (like T-shaped screen) are arranged in the base so as to form an integral structure. Power transmission between the base and a vertical busbar is directly realized, the base is exquisite and attractive in appearance, mounting workload is greatly reduced, and mounting space is reduced.

The invention relates to the technical field of vehicle communication, in particular to a vehicle-mounted positioning assembly, method, device and equipment based on an ultra wide band (UWB), the assembly comprises at least one UWB module and a plurality of anchor antennas, and the anchor antennas are arranged in preset installation areas of a vehicle body in a grouped mode. The signal areas of the plurality of anchor point antennas cover a preset area around the vehicle and/or in the vehicle, and the output end of the at least one ultra wide band (UWB) module is connected with two or more anchor point antennas which are located at different positions and/or have different directions in a time-sharing manner. According to the invention, on the basis of setting the same number of anchor antennas, the installation amount of the UWB module is reduced, the effective use time of the single UWB module is prolonged, and the production and use cost is reduced.

The invention discloses a feeding mechanism with a culturing cage and a feeding through in a separated mode. The feeding mechanism comprises a culturing cage which extends along a length direction and is provide with a plurality of feeding mouths for animals to feed, at least one food groove corresponding to the feeding mouths, at least one feeding hopper for adding feeding to the feeding groove, a bearing mechanism for bearing the feeding groove, a driving mechanism for driving the bearing mechanism to make reciprocating movement along with the length direction of the culturing cage, and at least one feeding groove can correspond to all the feeding mouths within one reciprocating cycle. The feeding mechanism has the advantages of being low in production cost, increasing animal feeding, avoiding uneven feeding and the like.

The invention relates to an integrated filter system. The integrated filter system comprises a first filter unit, a second filter unit, a first raw water pump, a Roots blower and an automatic control cabinet, wherein the automatic control cabinet is connected with the first raw water pump, the first filter unit and the second filter unit through gas circuits; the Roots blower is connected with the bottom of the first filter unit and that of the second filter unit through pipelines respectively; the first raw water pump is connected with the bottom of the first filter unit and that of the second filter unit through pipelines. The integrated filter system is automatically controlled by a PLC microcomputer, and is unattended during operation; moreover, the operation of the filter units is greatly changed, and the operation of the filter units is consistent with the water flow direction of backwashing; compared with the prior art, equipment does not need to produce water during backwashing, raw water is directly used for backwashing, and a backwashing water pump does not need to be prepared independently, so that the manpower is saved, and the energy consumption and water consumption are also reduced.

The invention discloses a power equipment parameter setting system comprising a plurality of power devices, a plurality of clients, a server, an encryption dog and a network encryptor. Each client is connected with one power device; the server is in communication connection with every client; the server is inserted into the encryption dog and connected with the network encryptor. The clients are used for sending request commands to the server inserted into the encryption dog; the server inserted into the encryption dog processes the request commands and sends processed data to the network encryptor; the network encryptor is used for generating key commands according to the processed data and sending the key commands to the server inserted into the encryption dog; the power devices are used for receiving the key commands and executing the key commands. The invention further discloses a power equipment parameter setting method. The parameters of the power devices can be set just through the server in which the encryption dog is inserted and the network encryptor.

The invention discloses an integrated-installation energy-saving intelligent wall body based on a cavity liquid pressurized template. The integrated-installation energy-saving intelligent wall body based on the cavity liquid pressurized template comprises an S-shaped heat exchange PB pipe, a heat fusion joint, a surface roughened thick-wall stainless steel pipe, a stainless steel pipe joint, a surface roughened plastic-lined steel pipe, an plastic-lined steel pipe joint, an integrated side template, an integrated inner wall surface template, a medium-temperature phase-change energy storage filler, the cavity liquid pressures template, a cavity liquid pressured template upper opening, a phase-change energy storage template lower opening, a temperature sensor, a pressure sensor, an electricvalve, a high-heat capacity concrete material, steel bars, a phase-change heat storage material main tank, a pressurizing-filling dual-purpose pressure stabilizing pump, a feeding pipe, a maintenanceopening, a discharging opening, a material A feeding opening, a material B feeding opening, a heat recovery heating liquefaction module, an upper fluid supplement opening, a wire passing box, an assembled bottom box, a communication opening, a reserved maintenance opening, a fire controller and a fire-fighting refrigeration water supply interface. The integrated-installation energy-saving intelligent wall body based on the cavity liquid pressurized template has the beneficial effects of reducing concrete consumption, reducing transportation and construction difficulty and saving energy.

The invention relates to an efficient method for repairing a rolling mill rack online. The method comprises the steps that firstly, a U-shaped base is prefabricated; secondly, the rolling mill rack is dismounted and measured; thirdly, a machine tool is installed below the machine; fourthly, the machine tool is arranged in place; fifthly, fine adjustment of the machine tool is carried out; and sixthly, machining is carried out. According to the method, the installing method is advanced, simple, convenient and feasible, the machine tool can be adjusted in advance without shutdown, and the online adjustment time is saved. The machine tool in-place manner is unique, the installing reference is a roller exchanging track, and precision is high. The machine tool can be directly conveyed to a preset portion through a roller exchanging trolley, and repeated guide-in operation of a traditional roller lever and a chain block is not needed. Safety is high, the mechanical degree is high, and labor intensity is low. The field dismounting amount is small, the installing amount is small, time is saved, and the project labor intensity is lowered. Two planes are machined through one-time alignment, the machining precision is high, and the depth of parallelism is not larger than 0.03 mm; and 360-degree rotary cutting can be achieved, and flexibility and convenience are achieved.

An antenna comprises a ground pattern, and a planar element that is fed and equipped with a cut-out portion provided from the farthest edge portion formed from the feed position toward the ground pattern side, and the ground pattern and the planar element are juxtaposed with each other. The cut-out portion enables to further miniaturize the antenna and secure current paths to obtain radiation in a low-frequency range. Since the ground pattern and the planar element are juxtaposed with each other, the mount volume of the antenna can be reduced, and the antenna characteristic, particularly the impedance characteristic, can be easily controlled, and the bandwidth can be widened.

The invention discloses a grouped washing pressure testing method for a water cooling pipeline at the bottom of a blast furnace. The grouped washing pressure testing method includes the following technological steps: 1, delivering clean water to a pressure testing site by a water delivery vehicle; 2, starting pressurization; 3, checking a system; 4, performing pressure maintaining check during pressure testing; 5, discharging the water after pressure testing. A grouped washing pressure testing device for the water cooling pipeline at the bottom of the blast furnace comprises a water inlet pipeline and a water outlet pipeline. The grouped washing pressure testing method has the advantages that a pressurizing device and a water storage tank are produced on the site, and access to a temporary pressurizing pipeline from a place outside a factory is not needed; economy, practicability and reuse are achieved; installation of temporary pipelines and material cost are reduced, time is saved, and engineering construction cost is reduced; construction progress is guaranteed, and construction quality is improved.

The present application relates to a transmission method and device for different types of coexisting videos, equipment and a storage medium, the transmission method comprises: encoding original videodata to obtain first encoded data and second encoded data; transmitting the first encoded data and the second encoded data to the same network environment; obtaining a display instruction in the samenetwork environment; and decoding the first encoded data to obtain first video data and/or decoding the second encoded data to obtain second video data according to the display instruction, and displaying the first video data and/or the second video data. Through the method and the device, the problem that different types of videos exist in the same network environment at the same time is solved,and the technical effects of reducing the installation amount of encoding and decoding equipment, only needing to debug one set of system and being simple and convenient in later maintenance are achieved.

The invention relates to a mounting structure and discloses a mounting structure of a photovoltaic power generation system. Mounting bases are respectively arranged at four legs of a photovoltaic module; each mounting base comprises two front seats and two rear seats, which are located at the front end and the rear end of the photovoltaic module; a transverse connection of the photovoltaic module is achieved by two connected mounting bases in the same row through mounting members in the transverse connection; a longitudinal connection of the photovoltaic module is achieved by two connected mounting bases in the same column through the mounting members in the longitudinal connection; and meanwhile, an electric connection member is also arranged between the two connected mounting bases. The mounting structure of the photovoltaic power generation system provided by the invention is simple in structure, convenient to mount, good in connection firmness after components are spliced to one another, and high in reliability, and can achieve transverse and longitudinal two-way connections according to the size of a site; and the technical problems that a connector in the prior art is complicated in structure and low in reliability and only can achieve a one-way connection are solved.

The invention relates to a coal mine technology, in particular to a rock cross-cut coal uncovering method based on controllable shock wave permeability improvement. The rock cross-cut coal uncovering method based on controllable shock wave permeability improvement solves the problems that in existing rock cross-cut coal uncovering, the number of outburst elimination drilling construction is too large, the cost is high, or the outburst elimination effect is not ideal, and potential safety hazards exist. The method comprises the following steps of 1), constructing a plurality of permeability improvement drill holes from a roadway to a coal seam to be exposed; 2), curing hole openings; 3), setting parameters; 4), mounting hole opening devices; 5), sending controllable shock wave generation equipment to an permeability improvement range; 6), closing the holes and injecting water; 7), starting operation; 8), after each operation point is completed, opening the hole and pumping back to the next operation point, closing the hole, and injecting water for continuous operation; 9), repeating the step (8), ending the operation after all operation points are treated, and connecting pipes to extract gas; and 10), repeating the steps (4) to (9), completing all drilling operations, and continuously tunneling the roadway until a coal seam is exposed after extraction reaches the standard.

The invention provides an uninstalling method, device and system. The method includes the steps that an uninstalling instruction is received; if it is judged that the uninstalling instruction is a partial uninstalling instruction, a first uninstalling program corresponding to a functional module is obtained; a first control instruction carrying uninstalling parameters is sent to the first uninstalling program; the first uninstalling program uninstalls the functional module according to the first control instruction. Only the functional module is uninstalled while an intranet module is reserved, uninstalling amount and installing amount are reduced, and then the uninstalling and installing efficiency is improved.

Disclosed is an internal planetary reduction gear. The internal planetary reduction gear according to an embodiment of the present invention comprises: an internal-gear integrated main body that has an internal gear integrally formed on the inner wall thereof and is provided with a plurality of components for speed reduction; an input shaft module formed as a single body by coupling at least two separated parts with each other, wherein the input shaft module has an input gear formed on an end portion thereof and is connected to the internal-gear integrated main body to receive rotary power from a motor that is connected to the exterior of the internal-gear integrated main body; and an output shaft module that is connected to the input shaft module to interact therewith and reduces the speed of the rotary power of the motor, which is input from the input shaft module, to output the same.

The invention discloses an LED lamp control system, which comprises a plurality of switch control units, a plurality of LED lamp control units and a control service unit, and each of the plurality of switch control units includes a S3C6410 microprocessor and a touch display connected with the S3C6410 microprocessor Module, voice prompt module, real-time clock module, data storage module, CC2530 chip, multiple LED light control units include AT89S52 microcontroller and LED light drive control module connected with AT89S52 microcontroller, brightness detection module, CC2530 chip, The control service unit includes a S3C6410 microprocessor, a CC2530 chip connected with the S3C6410 microprocessor, a real-time clock module, and a data storage module. The invention realizes single-point wireless control of a plurality of LED lamps, simplifies control buttons, and saves lighting switches and circuit installations.

The invention relates to the technical field of automatic control, and discloses an AI image recognition sensor probe-based edge compensation control system, which comprises an AI image recognition sensor probe, a motor driver and an edge compensation controller, and is characterized in that the AI image recognition sensor probe comprises an image acquisition element, an RGB three-color background light source and an RISC-V kernel 64-bit MCU; and the motor driver comprises an electric push rod and a drive board. The drive board comprises a power conversion module, an ARM cortex-M4 kernel 32-bit MCU, a magnetic angle position sensor, a high-speed ADC and a three-phase drive axle composed of six power MOS tubes. The edge compensation controller comprises a man-machine interaction panel, a high-precision A/D converter, an ARM CotexM3 kernel 32-bit MCU, a PWM pulse amplification power device, a remote IO and a remote serial communication interface. The system is suitable for real-time detection of materials of various specifications and appearances, the positioning precision is greatly improved while signal interference is solved, and a friendly man-machine interaction effect is further provided.