44results about How to "Help to operate" patented technology

An abnormality diagnosis device used for a machine apparatus having a part rotating and sliding relative to a stationary member is provided with a detection section (31) and a signal processing section (81). The detection section (31) is fixed to the part rotating or sliding or to the stationary member and has a vibration sensor (32) and a temperature sensor (33). The signal processing section (81) determines the condition of the part based on a signal detected and outputted by the detection section (31). The signal processing section (81) determines whether there is an abnormality in the part, or whether there is an abnormality in the part and the degree of damage of the part.

The invention relates to a rotary brush for a floor cleaner and a base assembly of the floor cleaner using the rotary brush. Hairs or wire ends can be prevented from completely winding a rotary shaft of the rotary brush or winding brush hairs and from being removed difficultly.

A magnetic resonance coil includes parallel elongate conductive elements (32) arranged to define a cylinder, and end rings (34, 35) disposed at opposite ends of the parallel elongate conductive elements and oriented transverse to the parallel elongate conductive elements. The end rings are configured to support a sinusoidal 1H or other first species magnetic resonance at a magnetic field strength. The end rings and the parallel elongate conductive elements are configured to cooperatively support a second species birdcage magnetic resonance at the same magnetic field strength, the second species being different from 1H or other first species.

A non-logic gate and non-volatile memory has a plurality of memory cell rows; each memory cell row includes a source region and a drain region, a plurality of memory cells, a plurality of transmission grids, a first selection transistor and a second selection transistor; wherein, the source region and the drain region are arranged in a base board, a plurality of memory cells are positioned on the base board between the source region and the drain region, and each memory cell comprises a memory cell and a transistor, and the memory cell is connected with the transistor in parallel. Moreover, the transmission grids are respectively mounted on the base board between two neighboring memory cells and connect the memory cells in series, and the first selection transistor and the second selection transistor are respectively connected with two memory cells outside and are respectively next to the source region and the grain region.

The invention discloses an encephalic puncturing auxiliary guiding system which comprises a puncturing angle and depth calculating subsystem and a puncturing device subsystem. The puncturing angle and depth calculating subsystem comprises a plan puncturing angle and depth calculating module and a first communication module. The puncturing device subsystem comprises an angle measuring module, a depth measuring module, a second communication module and a puncturing monitoring module and is used for comparing a real-time angle with a plan puncturing angle of a puncturing device and comparing a current puncturing depth with a plan puncturing depth. The encephalic puncturing auxiliary guiding system is simple in structure, low in cost and easy to operate.

A thread winding housing (25) serves for inserting into a housing receptacle of a gripper body (22), rotatable about a vertical axis, of a gripper (21) of a sewing machine. The thread winding housing (25) has a housing pot (33) for accommodating a thread winding with a thread (27). Serving to cover the thread winding is a housing cover (34). The latter has a first, bottom cover layer (36) with a central guide eye for the thread to pass through. A second, top cover layer (41) at least partly covers the first cover layer (36) in the region of a thread guide. A thread brake (65) interacts with a thread guide section (64). The housing cover (34) is pivotably linked to the housing pot (33) and is connected to the latter. This results in a thread winding housing which simplifies the insertion of the thread winding with good operational reliability and availability of the sewing machine.

The invention discloses a water swelling forming machine for special-shaped pipes. The water swelling forming machine for special-shaped pipes comprises a machine frame, a forming liquid storage device, a booster injection device and a mold. A lateral cylinder guide groove with the guide axis perpendicular to the lifting axis of a movable cross beam is formed in the machine frame. The lateral cylinder guide groove is provided with at least two lateral pushing devices. Each lateral pushing device comprises a transverse adjusting base, a circumferential adjusting base and a lateral cylinder which are stacked in sequence, wherein the transverse adjusting base is located on the lateral cylinder guide groove, and internally provided with a guide adjusting block embedded in the lateral cylinder guide groove and a plurality of circumferential adjusting holes facing the circumferential adjusting base; the circumferential adjusting base is located on the transverse adjusting base, and internally provided with circumferential adjusting blocks rotationally connected to the interiors of the circumferential adjusting holes; and the lateral cylinder is arranged on the circumferential adjusting base, and provided with a piston rod capable of reciprocating to get close to the mold, the piston rod is provided with a pusher block, and the pusher block communicates with the booster injection device. The water swelling forming machine for special-shaped pipes has the advantages of being capable of machining special-shaped pipes, high in applicability, convenient to operate and the like.

The household laundry dryer (WG) has at least one filter container (1; 1a; 1b; 1c), wherein the at least one filter container (1; 1a; 1b; 1c) has at least: a chamber (5) with an inlet (2) for condensate water (K) to be cleaned, and also with a first outlet (3), a second outlet (4) and a filter element (6) which is arranged between the inlet (2) and the first outlet (3) and which divides the chamber (5) into an inlet-side first chamber part (5a) and a second chamber part (5b), wherein the filter container (1; 1a; 1b; 1c) can be aligned such that the inlet (2) is arranged below the filter element (6) and the filter element (6) is arranged below the first outlet (3), and wherein the second outlet (4) opens out into the first chamber part (5a).

Blank (1) of corrosion-resistant steel is coated with coating (2) of water glass with thickness of 20 to 150 microns, cured at 15 to 60 DEG C, and heated in an induction furnace to the temperature of1180 DEG C to 1260 DEG C. The heated up blank (1) is without cooling by water descaling transferred into an extrusion press and extruded here, while the coating (2) is broken to pieces and largely removed. Then drawing in a horizontal drawing press and necking are performed. After forming to the final shape of the cylinder, leftovers of coating (2) are removed by pressure blasting. A corrosion-resistant thin-walled seamless high-pressure cylinder with volume of 5 to 260 litres is manufactured.

The invention belongs to the technical field of network communication, and particularly relates to a cloud robot communication method, which comprises the following steps of: collecting communicationaddresses and authentication information of a plurality of robots in a cloud network; determining the collected communication addresses and authentication information and correspondingly configuring communication strategies, wherein the plurality of communication strategies communicate with a plurality of corresponding different communication networks by using different communication protocols; and selecting an optimal communication network from the plurality of different communication networks, and performing network communication by using the selected communication network. The method has the advantages that the optimal communication network can be selected from a plurality of different communication networks according to the data traffic of each network adapter device in the set time period, and then the selected communication network is used for network communication, so that the communication rate is improved, and the subsequent operation is facilitated.

The invention provides an apparatus and method for deploying an object to a sea floor. A deployment apparatus (2) for deploying an object to a sea floor is disclosed. The deployment apparatus comprises a body (4) and an attachment part (14) mounted to the body for releasably attaching an object to the apparatus. Thrusters (18, 20) provide thrust to transport the apparatus having an object attached thereto, and inflatable tanks 10, 12) mounted to the body have adjustable buoyancy.

An abnormality diagnosis device used for a machine apparatus having a part rotating and sliding relative to a stationary member is provided with a detection section (31) and a signal processing section (81). The detection section (31) is fixed to the part rotating or sliding or to the stationary member and has a vibration sensor (32) and a temperature sensor (33). The signal processing section (81) determines the condition of the part based on a signal detected and outputted by the detection section (31). The signal processing section (81) determines whether there is an abnormality in the part, or whether there is an abnormality in the part and the degree of damage of the part.

The invention discloses a visual puncture outfit capable of preventing lens pollution. The visual puncture outfit comprises a sleeve, a clamping block and a sliding block, wherein a protection tube isarranged in the sleeve in a penetrating mode, a camera is arranged in the protection tube, the camera is electrically connected with a connecting circuit, a sealing film is arranged in a connecting shell, a first arc-shaped notch is formed in the side face of the connecting shell, a second arc-shaped notch is formed in the side face of the shell, a first clamping groove is formed in the outer side of a first through opening in the right side, the first clamping groove is formed in the right side face of the shell, a second clamping groove is formed in the outer side of the first arc-shaped notch, a clamping foot is arranged in the second clamping groove, meanwhile, the clamping foot is arranged on the left side of the shell, the second through seam is formed in the sealing film, and the sliding block is arranged on the outer side face of the protection tube. According to the visual puncture outfit capable of preventing lens pollution, the protection tube is made of a transparent highpolymer material and is arranged to separate the camera from liquid in a body, so that the camera is prevented from being influenced by the liquid in the body.

The invention relates to a drainage system (10), in particular for a water trap of a fuel or oil filter comprising a filter housing element (12) with a drain hole (14) for fluidly connecting an inside(18) of the housing element (12) with an outside (20) of the housing element, a drain plug (26), and a sealing ring (28) seated on the drain plug (26) for a fluid-tight closure of the drain hole. Thedrain plug is provided with a drain channel (46) and a ventilation channel (56). The sealing ring sealingly abuts against the housing element (12) in an axial and a radial direction when the drain plug (26) is positioned in its closing position; upon an axial movement of the drain plug (26) from the said closing position into a drainage position, a radially inward edge portion (70) of the sealingring (28) is dislodged from its axially sealing abutment against the filter housing (12) by the drain plug (26) while a sealing abutment of an outer edge portion (66) of the sealing ring (28) againstthe housing element (12) and a sealing abutment of a radially inward edge portion (70) of the sealing ring (28) against the drain plug (26) is maintained such that the drain hole is fluidly connectedboth to the inlet opening (48) of the drain channel (46) and the second orifice (60) of the ventilation channel (56).

The invention provides a document copying method and a document copying system. The method comprises the following steps of: displaying a display picture by using a touch screen in a computer device, and starting a target window in the display picture; locking a cursor in the display picture to the target window according to the pressed touch position of the touch screen; causing a portable memory device to transmit identification information back by utilizing an electromagnetic signal transmitted by the computer device, and starting a first wireless transceiver in the portable memory device;judging whether to start a second wireless transceiver in the computer device or not according to the identification information; and copying target documents of the portable memory device to the target window by connecting the first and second wireless transceivers.

The invention provides a test tube placement and cleaning mechanism for the biotechnology. Through rotation of an annular sleeve on an annular groove, rotation of a second transverse supporting rod isdriven, and the positions of test tubes can be adjusted. When the test tubes need to be cleaned, through a first rotating mechanism, cleaning brushes are located above the test tubes; through controlover forward and reverse motion of a motor, forward and reverse rotation of a nut is driven, and therefore a lead screw does reciprocating lifting motion, and the cleaning brushes scrub the test tubes in a reciprocating manner. According to the test tube placement and cleaning mechanism for the biotechnology, rotating mechanisms are arranged on a cleaning device and a test tube placement device,the positions of the test tubes can be changed conveniently, and operation of experimenters is facilitated; meanwhile, after being used, the test tubes can be directly cleaned on a large scale, and the process is convenient and effective; and through the arrangement of a heating bar, a sample can keep certain temperature, and the precision of biological detection is improved.

The invention provides a reference voltage generator and a corresponding integrated circuit. The reference voltage generator comprises a current mirror, a resistive element and a voltage-stabilizing element, wherein the current mirror is connected between an input voltage and the ground and comprises a source current branch circuit and a mirror image current branch circuit; the resistive element is connected into the source current branch circuit in series; the voltage-stabilizing element is connected into the mirror image current branch circuit in series, mirror image current generated in the mirror image current branch circuit can be operated so as to meet the requirement on working current of the voltage-stabilizing element, and one end of the voltage-stabilizing element is used as a reference voltage output end. According to an implementation mode of the invention, current in a smaller change range and lower power consumption are provided for the application of the input voltage in a larger change range, thus the operating of a high-voltage lower-power-consumption integrated circuit can be facilitated, and the reference voltage generator particularly has the advantage in the application needing smaller current during standby.

The invention discloses an encephalic puncturing auxiliary guiding system which comprises a puncturing angle and depth calculating subsystem and a puncturing device subsystem. The puncturing angle and depth calculating subsystem comprises a plan puncturing angle and depth calculating module and a first communication module. The puncturing device subsystem comprises an angle measuring module, a depth measuring module, a second communication module and a puncturing monitoring module and is used for comparing a real-time angle with a plan puncturing angle of a puncturing device and comparing a current puncturing depth with a plan puncturing depth. The encephalic puncturing auxiliary guiding system is simple in structure, low in cost and easy to operate.

A storage device (1) for storing wires, ropes, chains, solid sheets or elongated materials, comprising a body (3) comprising at least one elongated strut (4) interconnected therewith At least one elongated tine (5) connected to the strut (4) is spaced at a specified distance from the tine (5) to form a wire, rope, chain, solid sheet or elongated Slot (6) of material; support means (9) and locking means (8); said slot (6) is dimensioned to allow only one length of wire, rope or chain to enter between strut (4) and tine (5) to prevent tangling of wires, ropes or chains. The storage unit (1) can also be mounted on a wheeled stand or frame for easy transport.

The invention discloses a preparation method of acrylic fiber conductive filament. The preparation method comprises the following steps: (1) placing twistless acrylic fiber filaments on a setting machine to carry out setting and twisting; (2) processing the set and twisted acrylic fiber filament yarn by a winding machine to convert the yarn into a loose yarn; (3) placing the loose yarn in an enclosed container to carry out deoiling and dehydrating through two-dimensional extrusion washing; (4) placing the deoiled and dehydrated loose yarn in an enclosed container, dipping and depositing aniline monomers on the fiber surface through pressured dipping; (5) placing the loose yarn dipped by the aniline in an enclosed container, carrying out two-dimensional pressured dipping on the loose yarn to oxidize and polymerize the aniline monomers on the fiber surface; (6) finally subjecting the loose yarn to pressure washing, dehydrating, drying, and oiling, and processing the loose yarn by a winding machine to convert the loose yarn into a finished product of acrylic fiber conductive filament. Through the steps mentioned above, the conductive treatment on acrylic fiber filament is well achieved, and the technology stability is good.

The invention discloses a power system automation control box for conveniently sorting cables. The limit groove runs through the movable limit block, and the inner end of the limit groove and the limit block limit and fix the protruding part of the mounting plate, the protruding part of the mounting plate is slidably connected in the limit groove, and the mounting plate The upper part is fixedly connected with a support plate, the first slide groove is preset on the support plate, and a fixed frame is slidably connected between the first slide grooves. The electric power system automation control box that is convenient for sorting the cables can facilitate the fixing of cables of different thicknesses, and can facilitate the sorting and rearranging of the cables installed in the box, so as to facilitate the rational layout of the lines in the box, and can It is convenient to take out and install the installation plate, so that it is convenient for the staff to install the circuit, which helps to improve the installation efficiency and reduce the installation difficulty of the staff.

The invention relates to a flow characteristic testing device of a nozzle of a gas fire-extinguishing system. The flow characteristic testing device comprises three parts of a weighing device, a pressure measuring device and a data acquisition device. The flow characteristic testing device is characterized in that the weighing device mainly comprises a weighing bench, a balancing bench, a base, alever and a load sensor; the weighing device is designed through a lever principle method; and the weighing device is designed into a lever with unequal arms. Therefore, an extinguishant storing steel cylinder with large mass can be balanced with a weight with small mass; processes are convenient; measured values are visible; operation is convenient; errors are relatively small; and flow characteristic calculation of a nozzle of a gas fire-extinguishing system is realized according to gas extinguishant mass parameters obtained through mass measurement of a gas extinguishant storing steel cylinder in a spraying process. The flow characteristic testing device is suitable for flow characteristic tests of nozzles of a single-phase gaseous fluidized gas fire-extinguishing system and a gas-liquid two-phase fluidized gas fire-extinguishing system.

The invention provides a document copying method and a document copying system. The method comprises the following steps of: displaying a display picture by using a touch screen in a computer device, and starting a target window in the display picture; locking a cursor in the display picture to the target window according to the pressed touch position of the touch screen; causing a portable memory device to transmit identification information back by utilizing an electromagnetic signal transmitted by the computer device, and starting a first wireless transceiver in the portable memory device;judging whether to start a second wireless transceiver in the computer device or not according to the identification information; and copying target documents of the portable memory device to the target window by connecting the first and second wireless transceivers.

The invention relates to the field of clutch device packaging, and more specifically a packaging device for a clutch device comprising a main assembly (41) and a secondary assembly (42). The packaging device (2, 3, 5, 21, 22, 23, 24), for a clutch device, comprises a housing (380) arranged so as to house the secondary assembly (42) separately from the main assembly (41) of the clutch device.

The invention belongs to the technical field of medical instruments, and particularly relates to a stomatoscope. The stomatoscope comprises a mirror surface, a mirror base, a handle, a U-shaped flexible brush, a buckle and a spring piece, wherein a groove is formed in one end of the handle, the other end of the handle is connected with the mirror base, the buckle is fixedly arranged at a connector, the mirror surface is fixed to the mirror base, a fixing groove formed in the position, hooping the edge of the mirror surface in the circumferential direction, of the mirror base, and the U-shapedflexible brush is fixed to the fixing groove through connecting rods at the two ends. The spring piece is composed of an elastic cambered piece body and a rigid short piece body, one end of the elastic cambered piece body abuts against the inside of the groove, the other end of the elastic cambered piece body is connected with the rigid short piece body, and the rigid short piece body, penetratesthrough the buckle and is connected to the axis of symmetry of the flexible brush. In the stomatoscope, the structure for making the spring piece connected with the flexible brush is adopted so that the operation of cleaning the mirror surface can be conducted in the surgical process; the buckle is used for being fixed to the connector, the moving direction of the spring piece can be stabilized, and the operation of the spring piece is facilitated.

The invention provides a degradation type glyphosate-resistant gene, a plant expression vector, and a cultivation method and the application of degradation type glyphosate-resistant transgenic rice, and belongs to the technical field of plant genetic engineering. The nucleotide sequence of the degradation type glyphosate-resistant gene is as shown in SEQ ID No.1. The flanking sequence of the insertion site of the exogenous gene of the degraded glyphosate-resistant rice obtained by cultivation is shown as SEQ ID No.2. The degradation type glyphosate-resistant gene provided by the invention has the effect of degrading glyphosate. The degradation type glyphosate-resistant gene provided by the invention has an amino acid sequence which is completely the same as that coded by an original gene BceGO-B3S1 (SEQ ID No.6); the optimal codon use frequency of amino acids such as leucine and glutamic acid is improved.

The invention discloses an electric power system automation control cabinet convenient for sorting cables. The cabinet comprises a box body, and the side edge of the box body is movably connected witha box door through a hinge; a limiting groove is formed in the inner side of the box body; a movable limiting block penetrates through the limiting groove, the inner end of the limiting groove and the limiting block limit and fix the protruding part of the mounting plate, the protruding part of the mounting plate is slidably connected into the limiting groove, a supporting plate is fixedly connected to the mounting plate, first sliding grooves are formed in the supporting plate in advance, and a fixed frame is slidably connected between the first sliding grooves. According to the invention, the cables with different thicknesses can be conveniently fixed; the cables installed in the box body can be conveniently sorted and resorted, so that circuits in the box body can be reasonably arranged; an installation plate can be conveniently taken out and installed, so workers can conveniently install the circuits, the installation efficiency can be improved, and the installation difficulty ofthe workers can be reduced.

The invention discloses a powdered-coating processing device in the preparation process of a helical fluorescent lamp tube, which comprises a powdered-coating device and a drying device. The powdered-coating processing device is characterized in that the drying device comprises a first working platform provided with an oven, a cylindrical frame and a first divider for driving the frame to performintermittent rotation around a shaft; one part of the frame is surrounded by the oven, and the outer surface of the frame is provided with multiple groups of tube holding devices along the circumference; each tube holding device comprises three tube holding seats which are distributed along the axial direction and outwards extend along the horizontal radial direction; the head of each tube holding seat is provided with a tube holding clamp; each group of tube holding devices is provided with a drive mechanism for driving the tube holding seat to rotate around the shaft; a first detecting device and a positioning device are arranged on the first working platform; blowing mechanisms are arranged on the oven, and vacuum suction mechanisms are fixed on and surround the first working platform in the oven and correspond to helical lamp tubes to be processed on the tube holding clamps when the frame temporarily stops moving. The invention has higher automation degree and can effectively savefluorescent powder and greatly reduce the processing cost.