151 results about "Designed equipment" patented technology

A method for reducing visceral body fat in humans involving the steps of a user utilizing a pulsed electromagnetic field generating device for a recommended period of time; the user then laying in an LED therapy bed with a light chamber having an LED array configured to emit multiple wavelengths of light at differing output percentages, the LED array of the LED therapy bed producing a chamber spectrum combination of at least three different light wavelengths for a preferred length of time; and the user then utilizing a vibration platform for a preferred length of time. The method may be achieved through the use of custom designed equipment and methods.

The invention provides a method for designing equipment removing oxide skin on a surface of a slab band. The method comprises design of a brush roll transmission device, design of an upper brush roll synchronous device, design of an auxiliary transportation device, design of an oxide skin sweeping device, design of a dust collecting device and design of a matched frame, wherein the design of the brush roll transmission device is used for removing the oxide skin on two surfaces of the slab band; the design of the upper brush roll synchronous device is used for leading the axial lead of the upper brush roll not to incline when the upper brush roll is adjusted and displaced; the design of the auxiliary transportation device is used for transportation of the slab band in and out the brush roll; the design of the oxide skin sweeping device is used for sweeping the oxide skin on the surface of the slab band; the design of the dust collecting device is used for collecting oxide skin dust which is brushed by the brush roll or raised by sweeping; and the design of the matched frame is used for installing and fixing the device design. The method can effectively remove the oxide skin attached on the surface of the slab band under high temperature state and sweep the oxide skin cleanly, and also has the function of dust collection.

A method includes steps of calculating, for each predetermined operation included in a program, an execution time required when the operation is executed by a predetermined processor, or calculating, for each predetermined operation included in the program, a circuit size required when the operation is realized in a form of hardware according to a predetermined technology; and calculating, for the entirety of the predetermined program or operations corresponding to a part the entirety of the predetermined program, a total execution time required when the entirety of the predetermined program is executed by the predetermined processor, as a result of applying in sequence the required execution time, or calculating, for the entirety of the predetermined program or operations corresponding to a part the entirety of the predetermined program, a total circuit size required when the entirety of the predetermined program or programs corresponding to a part of the entirety of the predetermined program, as a result of applying in sequence the required circuit size.

The invention relates to a manufacturing method of a full back electrode solar cell. According to the invention, after a damaged layer of a silicon chip is removed and a texturing process is carried out on a right side of the silicon chip, a phosphorus diffusion process is carried out on the silicon chip, and a right side filed and a back side field are formed. Oxide films are respectively formedon the right side and the back side of the silicon chip. And then, a part of the oxide film and a part of the back side field at the back of the silicon chip are removed, wherein the part of the oxide film and the part of the back side field are at a place where an electrode of an emitter electrode is needed to be formed; and meanwhile, another part of oxide film and another part of back side field are kept, wherein the another part of oxide film and the another part of back side field are at a place where a base electrode is needed to be formed. At last, by using the kept oxide film as a mask, a diffusion process is carried out on the back side of the silicon chip, wherein the processed area is where the oxide film and the back side field have been removed, so that the emitter electrode is formed. The full back electrode solar cell, which is produced by the method provided in the invention, has advantages of simple technology and high cell efficiency; besides, the assembly of the solar cell is easy to be welded. In addition, because the technology employed by the invention does not require especially-designed equipment, the cost is low, and produced production has good homogenization. Therefore, the manufacturing method of the full back electrode solar cell is suitable for large-scale industrialization production and application.

The invention discloses a non-destructive method for testing the content of formaldehyde in a textile. The method comprises the following steps: filling an absorption solution into equipment provided by the invention and fixing a textile to be detected on the equipment; then making the state of the absorption solution to be in a steam-liquid drop-steam ceaseless cycle from top to bottom by a condensing device and other outer equipment (such as a heating device) provided by the invention; eluting and absorbing released formaldehyde on the textile and determining an absorbance value by a spectrophotometer and through an acetylacetone developing process; and calculating the content of formaldehyde in the textile according to a standard formaldehyde working curve.

For lighting equipment for illumination of theatre and show stages and platforms there is designed equipment for quick change of rotary gobos comprising a carrier disc supporting interchangeable segments with the gobos. The individual segments are attached at the carrier disc by springs which register the position of the segment on the gobo carrier while at the same time holding the segment in place.

The invention relates to a circular glass numerical control edging machine. The machine comprises a work bench and a grinding mechanism arranged on the work bench. The grinding mechanism comprises an edging wheel, a main rotating shaft, a ball screw, a workpiece revolving shaft, a servo motor and a power unit, wherein the main rotating shaft is used for driving the edging wheel to rotate; the ball screw is used for driving the edging wheel to perform horizontal feed; the workpiece revolving shaft is used for driving glass to be edged to revolve; the servo motor is used for driving the ball screw to perform the horizontal feed; and the power unit is used for driving each shaft to rotate. The invention designs equipment special for edging circular glass. The tool setting and the edging of the edging wheel are controlled by adopting a numerical control operating system, so that mechanized glass has the characteristics of high precision, uniform roundness, high speed and low cost.

The invention relates to a programming system for remote control devices (6) and a method for operating said system consisting in preparing and storing command code data and/or a command transmission protocol for controlling a remote electronic device on an information medium which is used for introducing said data into a device memory unit (6). The novelty of said invention lies in that the information medium is embodied in the form of the memory device of a telecommunication network server which is used for forming and storing database for different remotely controlled electronic equipments. The required data is obtainable from the memory device of said server (1) through the telecommunication network to a remote programmer (3) from which said data is introduces into the memory unit of the device (6), for example with the aid of a cable connection (4). The database can be created from a remote computer (2) through Internet network. Said invention makes it possible to increase a program generality since the server memory can simultaneously store data for controlling completely different electronic equipments in the form of different formats which are used by different producers and to reduce cost and simplify the structural design of reprogrammable general-purposed devices (6).

A method for removing particles or deposits from a surface having particles or deposits thereon. The method involves contacting a surface with a chemical composition sufficient to selectively dissolve and remove at least a portion of the particles or deposits from the surface. The chemical composition is compatible with the surface. This disclosure also relates to a system of specially designed equipment for removing particles or deposits from a surface having particles or deposits thereon. The disclosure is useful, for example, in cleaning porous surfaces, media for cartridge, pleated and membrane surfaces, and internal walls of tanks or filter housings.

The invention discloses an aircraft equipment durability design method and an aircraft equipment durability design system. The aircraft equipment durability design method comprises the following steps: 1) determining the durability index requirement of equipment to be designed; 2) determining the wear-out failure mechanisms of the equipment to be designed in a whole life cycle, and the synthetic stress of each wear-out failure mechanism; 3) judging the type of the wear-out failure mechanism of each component in the equipment to be designed; 4) independently calculating the theoretic service life of each component; and 5) judging whether the theoretic service life of each component meets the durability index requirement in the 1). The invention provides the aircraft equipment durability design method, which fills up the technical blank in engineering development and provides a powerful basis for subsequent models to develop the durability design analysis work of airborne equipment.

The invention discloses a Multi-SCD-oriented method for rapidly searching and optimizing target associated pairs of intelligent substations. The method comprises the following steps: respectively analyzing a plurality of existing SCD files layer by layer, and forming to-be-designed associated pair codes by utilizing each equipment code; aiming at a historical SCD database, filtering the same associated pairs which do not need to be processed and virtual connections thereof by adopting a filtering strategy; comparing input virtual terminal description of the current template virtual connection of the same associated pairs with the same type of input virtual description in to-be-designed equipment, checking the matching condition of each template virtual connection, and optimizing and rapidly searching the target associated pairs with the maximum matching number and the virtual connection thereof. According to the method disclosed in the invention, technical problem that the conventional virtual terminal design method is high in workload, low in efficiency and easy to cause errors and does not fully utilize the existing SCD design achievement is solved, the auxiliary automatic design of the virtual terminals of the intelligent substations is realized, the workload is greatly decreased, the intelligence, correctness and working efficiency are improved, and the reusability of the virtual terminal design achievement in the existing SCD is improved.

The invention relates to the technical field of indoor design equipment, in particular to a decoration waste treatment device for indoor design. A servo motor is adopted for driving a first gear to rotate, on one hand, a first connecting rod acts on the right end of an L rocker arm, the L rocker arm does swing with the bending end hinge point as the circle center, the left end of the L rocker armswings up and down, a third connecting rod acts on a first lifting rod, in cooperation with a first kind of spring, the first lifting rod drives a breaking end on the bottom end to move up and down, the plastic waste in a smashing box can be crushed, on the other hand, a second gear is driven to rotate, a second connecting rod drives the smashing box to do left and right reciprocating moving, theaction area of the breaking end can be changed, the left end of the L rocker arm swings up and down, meanwhile, a fourth connecting rod drives a first piston plate to move up and down, a second pistonplate moves in a following manner, a second lifting rod is driven to lift, and the breaking end on the bottom end can crush the plastic waste in the smashing box.

The invention discloses a super-large-size carbon/carbon composite material sheet and equipment for preparing the same. The invention discloses a super-large-size carbon/carbon composite material sheet. A preparation method of the super-large-size carbon/carbon composite material sheet comprises the following steps: (1) designing and constructing a reactor; (2) clamping and loading a carbon fiberpreform; (3) performing carbon source component regulation and flow field control setting; (4) performing chemical vapor deposition densification; and (5) discharging and dismounting the tool. The invention further designs equipment matched with the process, the super-large-size carbon/carbon composite sheet with high straightness, uniform densification and small deformation can be obtained through cooperation of the equipment and the process, and a feasible method is provided for near-net forming preparation of the super-large-size carbon/carbon composite sheet.

The invention discloses a method for separating lignin from bagasse, and special equipment thereof. The method mainly comprises: (1) bagasse pretreatment; (2) steam explosion; (3) ultrasonic separation; 4) alkali extraction; (5) acid precipitation; and (6) drying refining. The present invention further provides the special equipment used by the method. According to the present invention, by adopting the synergetic treatment method of steam explosion and ultrasonic separation, the effective wall breaking on the bagasse is ensured, and the separation efficiency of the lignin is significantly improved so as to substantially improve the separation purity of the lignin in the bagasse; and the organic solvent is not used, and the designed equipment can ensure the smooth recovery of the waste liquid generated in the preparation process, such that the method is environmentally friendly.

The invention designs equipment that can be used for early detection and early warning of the occurrence of stroke in non-medical environments such as home. The equipment comprises a main control module 11, a physiological data module 12, a walking habit module 14, a detection start button 9, a display module and touch screen 1, a camera 15, and a communication module 6, wherein the main control module 11 comprises a storage module, an activation module, a detection module and a data analysis module, the detection module of the equipment can be triggered by a user through the detection start button 9 to start the detection; or the detection is started after the comparison operation of data fed back to the activation module by the walking habit module 14 and the physiological data module 12, and corresponding data in the storage module. The equipment can also be provided with a pressure deformation band 2 and a pressure sensor 3 below the display module and the touch screen 1, and if there is no response and a pressure is not released after a certain period of time, the communication module 6 is triggered to contact an emergency contact or medical institution stored in the communication module.

The present invention provides an improved process for the preparation of biodiesel from crude vegetable oils especially Jatropha (Jatropha curcas) and Karanja (Pongamia pinnata). In the preset invention the bio-active constituents, fatty acids and polar materials are selectively removed from the crude oils by liquid-liquid extraction with a polar solvent into the solvent phase in a non-destructive manner in specially designed equipment either in a batch mode or continuous mode and the oil left as residue is amenable for direct transesterification. After transesterification, the glycerol phase is separated and the crude biodiesel is neutralized, purified by adsorption of undesirable constituents like the residual glycerol, gums, soap, salts etc over a bed of adsorbent like Celite thereby circumventing the conventional water washing step. An alternative to the adsorbent method, the crude ester obtained after transesterification is purified using partition with aqueous solvent to biodiesel which meets the International specifications.

The invention discloses a power grid material declaration method. The method comprises the following steps: (1) creating an asset management system; (2) enabling the material application module to acquire required engineering information and create a material plan album; (3) enabling the material application module to acquire resource data online and compile the resource data into a material plan and technical information; (4) transmitting the material plan and the technical information to a technical specification book compiling module to generate a technical specification book; (5) forming a material plan album according to the technical specification; and (6) carrying out identity verification on the material plan album online and then exporting the material plan album, or directly exporting the material plan album offline, and taking the exported material plan album as the basis of the material demand plan. According to the invention, the power grid material declaration speed is accelerated, and the material declaration work is completed in a material inventory import mode; the problem of inconsistency of material data sources in a material list and a material list of design equipment is solved, the design list is rapidly converted into the material list, and the generation efficiency of the material list is improved.

The invention provides a method for measuring physical and mechanical parameters and stress states of coal and rock masses under a coal mine while drilling, which comprises the following steps of: acquiring parameters such as stress, drilling thrust, torque, rotating speed, acoustic emission, gas flow and the like in real time; a mathematical model is used for analyzing the parameters to obtain the three-dimensional stress state of the coal and rock mass in front of the drill hole, the cohesive force and the internal friction angle of the coal and rock mass and the hardness degree of the coal body, and therefore the purpose of rapidly and accurately obtaining the physical and mechanical properties and the stress state of the coal and rock mass in front of the drill hole in the drilling process is achieved. The invention further designs equipment capable of monitoring, transmitting and analyzing multiple parameters obtained in the drilling process in real time, and by means of the equipment, the coal rock mass property and the coal seam gas pressure in front of drilling can be rapidly and accurately obtained and transmitted to a ground early warning system in real time, so that a basis is provided for outburst prediction and early warning.

The invention belongs to the technical field of Internet of Things, discloses a mass Internet of Things equipment access and management method, and designs a unified equipment abstract model. The equipment abstract model is used for describing the capability characteristics of the equipment, and the abstract model is used for describing the capability of the equipment and the provided service; and the equipment model is described in the forms of JSON and XML, and the model is uploaded to a cloud system and an equipment end after the equipment model is developed. And the capability characteristics of the equipment are equipment model identification attributes: equipment type, manufacturer, model, protocol type, service supported by the equipment, attribute and control command. According to the method, the steps are simple and clear, the massive heterogeneous equipment is subjected to standardization processing by designing the equipment unified description model, and a very good effect can be achieved. Compared with the existing Internet of Things access technology, the mass Internet of Things equipment access and management method provided by the invention fundamentally solves the problems of difficulty in Internet of Things equipment access, high cost, poor safety and difficulty in interaction.

The invention relates to the technical field of graphic design equipment, and discloses a heightening frame with an adjustable height, for graphic design. The heightening frame with the adjustable height, for graphic design comprises a fixed base, wherein the middle part of the upper surface of the fixed base is fixedly connected with the bottom ends of support legs; a fixed lantern ring fixedly sleeves outside the top end of each support leg; an electric push rod is fixedly installed in an inner cavity in the top end of each support leg; the bottom of a housing of each electric push rod is fixedly connected with the bottom of the inner cavity in the top end of the corresponding support leg; and a push shaft of each electric push rod is fixedly connected with the bottom end of a push rod.According to the heightening frame with the adjustable height, for graphic design, efficient adjustment is carried out on the height of the heightening frame through the action of the electric push rods and according to the need of the height in graphic design working; and meanwhile, efficient stabilization working is carried out on the heightening frame after the height adjustment through the action of a limit device, so that the stability of the heightening frame is greatly improved while the heightening frame is enabled to have an efficient height adjustment function.

The invention discloses a portable nondestructive testing system for flashlight excitation heat waves. The system comprises a high-power flashlight, an infrared imager, a data processing and displaying system, a touch screen displayer, a flashlight control unit and a flashlight power source. The portable nondestructive testing system has the advantages that the designed equipment structure is compact and portable, the infrared imager, the high-power flashlight, a data processing unit and the touch screen displayer are integrated in a portable detection module, the flashlight control unit and a power source supply unit are integrated in a power source control system module, and other external power sources are not needed during use; operators can hold a detection unit by one hand to generate heat waves on sample surfaces through high-energy pulse thermal excitation and test the heat waves; the equipment is operated and controlled by a touch screen, and a man-machine interface is simple and convenient.