35results about How to "Intuitive connection" patented technology

The embodiment of the invention discloses a control box applied to an electrocardiogram garment. The control box comprises a processing module, a light effect module, an upper cover and a corresponding bottom cover; the processing module and the light effect module are arranged in an accommodating space formed by the upper cover and the bottom cover; the processing module processes electrocardiogram data collected by the electrocardiogram garment to obtain a processing result; the light effect module displays a light effect on the basis of the processing result. According to the control box, complex electrocardiogram information is displayed through the light effect, the dynamic visualization of the electrocardiogram data is achieved, and a user can very directly and conveniently know theelectrocardiogram information; moreover, the situation is avoided that electrocardiogram information is known only after processed by other equipment such as mobile phones and cloud diagnosis platforms.

The invention provides a method and system for splitting a cyclic structure in a network topology. The method comprises the steps of acquiring node information and recording node group numbers in groups, then setting weights, and respectively calculating node cluster weights and the sum of the node cluster weights that correspond to each node in two groups; and selecting a to-be-moved point for movement, recalculating node cluster weights and the sum of the node cluster weights that correspond to each node in the two groups after the movement, determining whether the sums of the node cluster weights corresponding to the nodes in the two groups are all negative, if so, moving the point, otherwise, determining whether the sums after the movement decrease, if so, continuing the selection of a moving point to move, recalculating the sums, otherwise, determining whether the number of the nodes in each group is less than an expected value, if so, ending the splitting, otherwise, resuming the splitting. The invention enables the cyclic structure to be connected closely and arranged regularly and intuitively, does not take too much time or occupy too many CPU resources, and saves the computer capacity.

The invention relates to a Schottky chip and a processing technology thereof, particularly relates to a Schottky chip applicable to metal wire bonding and a processing technology thereof, and provides a trench Schottky chip applicable to metal wire bonding which is additionally provided with a plane bonding region in a chip area so as to avoid trench damages and a processing technology thereof. The trench region is further provided with a plane bonding region, wherein the plane bonding region is a smooth plane, and the plane bonding region is laid with surface metal. The edge of the trench region and the edge of the plane bonding region are respectively provided with protection rings. The inner wall of the trench is subjected to oxidation treatment so as to form a silicon dioxide layer. The trench Schottky chip applicable to metal wire bonding and the processing technology thereof are convenient for a user to use, and also facilitate a producer to differentiate the bonding line trend, thereby enabling chip connection to be more visual, and being convenient for locating a fault point.

The invention provides a remote experiment access device and a method. The device comprises that a topology connector is connected with experimental facilities through a topology port and the experimental facilities are connected mutually; a central control module maintains information of the experimental facilities and connection relations between the experimental facilities and the topology port, maps the connection relations between the maintained experimental facilities and the topology port into connection relations among the experimental facilities, and provides the information of the maintained experimental facilities and the connection relations among the experimental facilities for a facility display module according to the display demands sent by the facility display module; and the facility display module receives display commands, sends the display commands to the central control module and displays the experimental facilities and the connection relations among the experimental facilities according to information provided by the central control module. According to the remote experiment access device and the method, the connection relations among the experimental facilities can be displayed directly, experimenters are helped to learn the connection relations among the experimental facilities, and the experiment efficiency is further improved.

The invention discloses an efficient disc type separator. The structure of the efficient disc type separator comprises a clear liquid conveying pump, a clear liquid storage groove, a turbid liquid storage groove, an interface position meter 2, a static mixer, a sedimentation separation groove, a liquid ammonia spraying port, anticorrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperature detector, a material inlet, a heating pipe, a temperature alarm device, an interface position meter 1, a heat exchanger, a bidirectional suspension separator, a membrane filter,a turbid liquid conveying pump, a precipitation pool and control valves, wherein the clear liquid conveying pump is connected to the clear liquid storage groove through the anticorrosion conveying pipeline, the static mixer is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the bidirectional suspension separator is connected to the turbid liquid storagegroove through the anticorrosion conveying pipeline, the precipitation pool is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, and the heat exchanger is connected to the reaction kettle. According to the present invention, the efficient disc type separator has anticorrosion function, can prolong the service life of the equipment, and can intuitively understand the internal reaction condition.

The embodiment of the invention discloses a control box applied to an electrocardiogram garment. The control box comprises a processing module, a light effect module, an upper cover and a corresponding bottom cover; the processing module and the light effect module are arranged in an accommodating space formed by the upper cover and the bottom cover; the processing module processes electrocardiogram data collected by the electrocardiogram garment to obtain a processing result; the light effect module displays a light effect on the basis of the processing result. According to the control box, complex electrocardiogram information is displayed through the light effect, the dynamic visualization of the electrocardiogram data is achieved, and a user can very directly and conveniently know theelectrocardiogram information; moreover, the situation is avoided that electrocardiogram information is known only after processed by other equipment such as mobile phones and cloud diagnosis platforms.

The invention discloses an efficient oil-mist separation filtering core. The structure of the efficient oil-mist separation filtering core comprises a clear liquid conveying pump, a clear liquid storage groove, a turbid liquid storage groove, an interface position meter 2, a static mixer, a sedimentation separation groove, a liquid ammonia spraying port, anticorrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperature detector, a material inlet, a heating pipe, a temperature alarm device, an interface position meter 1, a heat exchanger, a bidirectional suspensionseparator, a membrane filter, a turbid liquid conveying pump, a precipitation pool and control valves, wherein the clear liquid conveying pump is connected to the clear liquid storage groove through the anticorrosion conveying pipeline, the static mixer is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the bidirectional suspension separator is connectedto the turbid liquid storage groove through the anticorrosion conveying pipeline, the precipitation pool is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline,and the heat exchanger is connected to the reaction kettle. According to the present invention, the efficient oil-mist separation filtering core has anticorrosion function, can prolong the service life of the equipment, and can intuitively understand the internal reaction condition.

The invention discloses a telescoping-type detection device, and belongs to the technical field of detection equipment. The interior of the handle is provided with a control circuit and a battery. The handle is provided with a switch key. One end of the connecting rod is connected with the handle, and the other end of the connecting rod is connected with a sleeve. The connecting rod is in sleeving connection with a fixed ring, and a cellphone claw is movably connected with the fixed ring through a pin shaft. A telescoping rod is movably inset in the sleeve, and the front end of the telescoping rod is a soft rod. The detection is movably connected with the outer end of the soft rod through a rotating rod. The device is reasonable in structure design, is convenient to operate, is portable, can obtain the specific information of a connected product quickly and visually, and is wide in application range. A chip employing the technology of bar code recognition and reading enables the decoding speed and recognition and reading performance of a bar code to be improved to the level of a civil product, and a user may be able to enable a smartphone to achieve a function of professional two-dimensional code recognition and reading through one simple device in the size similar to a USB flash disk.

The present invention is applicable to the communication field, and provides a method and system for wireless user terminal pairing, the method comprising: first establishing a pairing connection between any short-distance wireless communication module between a source wireless user terminal and a target wireless user terminal; The key information required for pairing of the unpaired short-range wireless communication modules is transmitted through the paired channel; and the key information is used to establish a pairing connection between the corresponding short-range wireless communication modules. When any pairing between short-range wireless communication modules is established, the key information required for pairing of unpaired short-range wireless communication modules is transmitted through the paired channel, and the corresponding short-range wireless communication modules are established. Pair connection. In this way, as long as any short-range wireless communication module establishes a connection, other short-range wireless communication modules can automatically and safely complete the connection establishment, which avoids complicated operations in the pairing process and provides users with a good experience.

The invention discloses frequency conversion type oil-water separation equipment. The structure of the equipment comprises a clear liquid conveying pump, a clear liquid storage groove, a turbid liquidstorage groove, an interface position meter 2, a static mixer, a sedimentation separation groove, a liquid ammonia spraying port, anticorrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperature detector, a material inlet, a heating pipe, a temperature alarm device, an interface position meter 1, a heat exchanger, a bidirectional suspension separator, a membrane filter, a turbid liquid conveying pump, a precipitation pool and control valves, wherein the clear liquid conveying pump is connected to the clear liquid storage groove through the anticorrosion conveyingpipeline, the static mixer is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the bidirectional suspension separator is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the precipitation pool is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, and the heat exchanger isconnected to the reaction kettle. According to the present invention, the frequency conversion type oil-water separation equipment has anticorrosion function, can prolong the service life of the equipment, and can intuitively understand the internal reaction condition.

The invention discloses a telescoping-type detection device, and belongs to the technical field of detection equipment. The interior of the handle is provided with a control circuit and a battery. The handle is provided with a switch key. One end of the connecting rod is connected with the handle, and the other end of the connecting rod is connected with a sleeve. The connecting rod is in sleeving connection with a fixed ring, and a cellphone claw is movably connected with the fixed ring through a pin shaft. A telescoping rod is movably inset in the sleeve, and the front end of the telescoping rod is a soft rod. The detection is movably connected with the outer end of the soft rod through a rotating rod. The device is reasonable in structure design, is convenient to operate, is portable, can obtain the specific information of a connected product quickly and visually, and is wide in application range. A chip employing the technology of bar code recognition and reading enables the decoding speed and recognition and reading performance of a bar code to be improved to the level of a civil product, and a user may be able to enable a smartphone to achieve a function of professional two-dimensional code recognition and reading through one simple device in the size similar to a USB flash disk.

The invention provides a remote experiment access device and a method. The device comprises that a topology connector is connected with experimental facilities through a topology port and the experimental facilities are connected mutually; a central control module maintains information of the experimental facilities and connection relations between the experimental facilities and the topology port, maps the connection relations between the maintained experimental facilities and the topology port into connection relations among the experimental facilities, and provides the information of the maintained experimental facilities and the connection relations among the experimental facilities for a facility display module according to the display demands sent by the facility display module; and the facility display module receives display commands, sends the display commands to the central control module and displays the experimental facilities and the connection relations among the experimental facilities according to information provided by the central control module. According to the remote experiment access device and the method, the connection relations among the experimental facilities can be displayed directly, experimenters are helped to learn the connection relations among the experimental facilities, and the experiment efficiency is further improved.

The invention discloses a coal-fired boiler flue gas denitration catalyst separation apparatus. The structure of the coal-fired boiler flue gas denitration catalyst separation apparatus comprises a comprises a clear liquid conveying pump, a clear liquid storage groove, a turbid liquid storage groove, an interface position meter 2, a static mixer, a sedimentation separation groove, a liquid ammoniaspraying port, anticorrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperature detector, a material inlet, a heating pipe, a temperature alarm device, an interface position meter 1, a heat exchanger, a bidirectional suspension separator, a membrane filter, a turbid liquid conveying pump, a precipitation pool and control valves, wherein the clear liquid conveying pump is connected to the clear liquid storage groove through the anticorrosion conveying pipeline, the static mixer is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the bidirectional suspension separator is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the precipitation pool is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, and the heat exchanger is connected to the reaction kettle. According to the present invention, the coal-fired boiler flue gas denitration catalyst separation apparatus has anticorrosion function, can prolong the service life of the equipment, and can intuitively understand the internal reaction condition.

The invention discloses a device provided with a rotor and outlets formed in the periphery of the rotor and periodically discharging separated products. The device structurally comprises a clear liquid delivery pump, a clear liquid storage tank, a turbid liquid storage tank, a liquid indicator II, a static mixer, a settling separation tank, a liquid ammonia jet orifice, anti-corrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperature detector, a feeding port, heating pipes, a temperature alarm, a liquid indicator I, a heat exchanger, a two-way suspension separator, a membrane filter, a turbid liquid delivery pump, a settling pond and control valves, wherein the clear liquid delivery pump is connected with the clear liquid storage tank through one anti-corrosion conveying pipeline; the static mixer is connected with the turbid liquid storage tank through one anti-corrosion conveying pipeline; the two-way suspension separator is connected with the turbid liquid storage tank through one anti-corrosion conveying pipeline; the settling pond is connected with the turbid liquid storage tank through one anti-corrosion conveying pipeline; the heat exchanger isconnected with the reaction kettle. The device has an anti-corrosion function, so that the service life of the equipment can be prolonged, and the internal reaction condition can be directly known.

The invention discloses an efficient oil mist separation filtering core. The structure comprises a clear liquid conveying pump, a clear liquid storage groove, a turbid liquid storage groove, an interface position meter 2, a static mixer, a sedimentation separation groove, a liquid ammonia spraying port, anticorrosion conveying pipelines, a reaction kettle, a high-temperature-resistant temperaturedetector, a material inlet, a heating pipe, a temperature alarm device, an interface position meter 1, a heat exchanger, a bidirectional suspension separator, a membrane filter, a turbid liquid conveying pump, a precipitation pool and control valves, wherein the clear liquid conveying pump is connected to the clear liquid storage groove through the anticorrosion conveying pipeline, the static mixer is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the bidirectional suspension separator is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, the precipitation pool is connected to the turbid liquid storage groove through the anticorrosion conveying pipeline, and the heat exchanger is connected to the reactionkettle. According to the present invention, the efficient oil mist separation filtering core has anticorrosion function, can prolong the service life of the equipment, and can intuitively understandthe internal reaction condition.