408results about How to "Expand the working area" patented technology

The present invention is concerned with a method and computer-based system for configuring, monitoring and/or operating a graphical user interface in two or three dimensions. In particular it is concerned with a graphical user interface used for controlling, monitoring and/or operating equipment in a control system of an industrial process or an installation for oil and gas or for an installation for electrical power generating, transmission and/or distribution.

An assembly structured to introduce a trocar or other medical instrumentation into a body cavity through an entry site formed in the cavity wall. The introducer assembly includes a base formed of a semi-rigid, flexible and/or a semi-flexible material having an instrument receiving passage extending there through, and further including an exterior sealing surface extending between proximal and distal portions of the base. The sealing surface has a predetermined configuration which is shaped to conform to the shape of the entry site as the base passes into the entry site. A fluid restricting seal is thereby established between the exterior of the base and the peripheral tissue surrounding the entry site, particularly when the entry site is formed by an incision commonly utilized an open laparoscopic procedure.

Health and environmental devices such as air purifiers are adapted with components for multifunctional capabilities that involve electronic devices and associated housings containing at least one processor adapted to operate at least one component selected from the group consisting of air purifiers, sensors, local area and wide area networked components, and entertainment and electronic components. Health and safety related containers, covers and information input, processing, and output devices include one or more coded data readers for use with bar code, radio frequency identification (RFID) and other coded data technologies and comprise components to support at least one of the following: communications; networked sensors; and monitoring applications. Increased efficiencies in the use of coded data reader systems that include such coded readers and the associated items being read are supported by alignment indicia adapted for being on said items being read and on said reading devices.

The invention relates to a soft rock four-line large-span tunnel compound double-side wall bracing cable conversion excavation construction method which has the characteristics of safety in construction, speediness and simpleness in operation, and is further applicable to large-scale machines for construction. The method comprises the following steps: (1) excavating pilot holes on side walls on two sides, firstly implementing corresponding forepoling before excavation, and immediately implementing corresponding preliminary bracing and temporary bracing after the excavation; (2) pouring pedestal foundations on the two sides; (3) excavating side pilot holes of arch parts on the two sides respectively, firstly implementing the corresponding forepoling before the excavation, immediately implementing the corresponding preliminary bracing and the temporary bracing after the excavation, and implementing a pre-stressed anchor cable connected with a surrounding rock anchor at the top of the corresponding preliminary bracing; (4) excavating core soil of the arch parts bench by bench, firstly implementing the corresponding forepoling before excavating an upper bench, immediately implementing the corresponding preliminary bracing after the excavation, and implementing the pre-stressed anchor cables connected with the surrounding rock anchor at two end parts of the preliminary bracing; (5) pouring secondary lining of the arch parts; (6) excavating the lower core coil bench by bench; and (7) pouring an inverted arch, and pouring the inverted arch to the design height.

The invention provides a power assembly for an electric automobile. The power assembly comprises a driving motor (2) and a power transmission system (1), wherein the driving motor is a permanent magnet synchronous motor; the power transmission system (1) comprises a gear transmission system, an automatic gear-shifting system and an automatic parking system; the gear transmission system comprises a differential assembly (13), an input shaft (16), a shifting fork, a synchronizer (17), a first-gear gear and a second-gear gear (18); the automatic gear-shifting system comprises a gear-shifting motor (4), a shifting fork (5), a shifting fork shaft (7), a gear-shifting shaft (6), a gear-shifting cover plate (8), a gear-shifting shaft angle sensor (9), a gear-shifting position detection rod (10),a gear-shifting motor cover plate (11) and a shift sensor (12); and the automatic parking system comprises a P-gear motor (3), a P-gear pawl (15), a P-gear pawl pressure plate (19), a spring pre-fastening mechanism (20), a P-gear shaft (21), a P-gear cover plate (22), a P-gear position detection rod (23) and a P-gear position sensor (24).

A work table includes a work surface having two generally parallel bars extending across and above the work surface. Two sleeves are slidably connected to the two generally parallel bars, each sleeve of the two sleeves positioned around each bar of the two generally parallel bars. A power tool, such as a tile saw is connected between the two sleeves and thereby slides along the two bars. A channel is preferably positioned across the work surface and includes water or similar coolant/lubricant for the power tool. Handles are additionally positioned in the side of the work surface and are moveable between a retracted position within the work surface and an extended position away from the work surface. In the extended position, the handle includes a top edge generally flush with the work surface.

The embodiment of the invention provides an optical logistics choosing guide method and system. The method comprises the steps that choosing tasks are allocated to choosing workers in a choosing inlet, and the choosing tasks and the serial numbers of the choosing workers are bound; route planning is carried out according to the serial numbers of the choosing workers and all cargos in the choosing tasks; optical equipment above a storage bin is arranged to move along a track, and light is utilized for guiding the choosing workers to carry out choosing; after target cargoes are chosen by the choosing workers, the step of guiding the choosing workers to carry out choosing through light is executed again according to the route planning, and choosing of next cargos in the choosing tasks is started until the choosing tasks are finished. The optical logistics choosing guide method and system can guide the choosing workers to choose target cargos step by step, are suitable for the condition of various varieties and the large choosing workload, wide in working face, and capable of being applied in the environment of many goods shelves.

An oscillation device includes: a piezoelectric vibrator (110) in which electrode layers (112, 113) are formed over top and bottom surfaces of a piezoelectric layer (111); a vibrating member (120) having at least atop surface to which the piezoelectric vibrator (110) is bonded; and a resin member (130) formed continuously in a circumferential direction over at least the outer side surface of the piezoelectric vibrator (110). Therefore, since it is possible to increase the working area of the piezoelectric vibrator, it is possible to realize both an increase in the sound pressure level of the output and miniaturization of the apparatus.

The invention discloses a fully-automatic water sampler used for layered collection of a water sample. The fully-automatic water sampler mainly comprises a sampled water barrel mechanism, a cam group mechanism, a rope system mechanism, a support mechanism and a control system part. The sampled water barrel mechanism is uniformly distributed on a small support circular ring, and is used for collecting the water sample; the cam mechanism controls movement of a small chuck under the driving of a moor in order to control closure of a water barrel sealing cover; the rope system mechanism plays a role in transmission of the force of the small chuck and amplification of the stroke; the supporting mechanism plays a role in fixed connection of the whole mechanism and hoisting in the working process; and the control system part plays a role in water depth identification and control of the running of the motor. The water sampler can realize control of the movement of a plurality of cams through one motor in order to realize collection of the water sample in different water layers, so the water sampler has the advantages of realization of whole-course fully-automatic working process, no artificial release of a hammer, realization of unattended operation, wide working area, reduction of interference of artificial factors, and realization of water collection of more water layers through conveniently developing the quantity of water collecting barrels and cams.

A work table including a water tray defining a reservoir, and forming a ridge at least partially positioned within the reservoir and extending along a length of the water tray. A planar member having a work surface is positionable with respect to the water tray, and forms a channel extending through the work surface. The channel is aligned with the ridge and in fluid communication with the reservoir with the planar member positioned on the water tray.

The invention relates to a magneto-rheological damper, in particular to a multistage extrusion-type magneto-rheological damper. The multistage extrusion-type magneto-rheological damper is suitable for the vibration isolation of an engine or other equipment. The damper comprises an upper end cover, an outer cylinder body, a piston rod, a sealing ring, a sealing bolt, a working cavity, a lower end cover and a piston head, and is characterized in that the damper also comprises a magnetic-isolation sleeve, a coil, an upper spacing spring, an auxiliary piston head, an inner cylinder body and a lower spacing spring, wherein the working cavity is divided into an inner working cavity and an outer working cavity by the inner cylinder body; the working cavity is filled with magneto-rheological liquid; the auxiliary piston head and the piston head connected to the piston rod respectively extrude the magneto-rheological liquid back and forth in the two working cavities to generate radial flowing so as to generate damping force; and the coil is arranged between the outer cylinder body and the magnetic-isolation sleeve to provide a magnetic field so as to regulate the magnitude of the damping force in real time. The output force of the multistage extrusion-type magneto-rheological damper is much more than that of a common magneto-rheological damper, and especially, the impact generated when the equipment is greatly and intensively vibrated under the severe environment can be avoided. The multistage extrusion-type magneto-rheological damper has the advantages of reasonability in design, simple construction, high efficiency, high response speed, high working reliability, good vibration damping effect and long service life.

The present invention relates to a communication system and method in a ship area network. In a network of a structure including a plurality of shielded regions, communication is performed between terminals provided in the shielded region by using wireless communication, and communication is performed between terminals provided in different shielded regions by further using power line communication, optical communication, or the power line communication and the optical communication in addition to the wireless communication. Therefore, it is possible to obtain advantages of minimizing inconvenience, which is caused by using only wire communication in the related art, and enlarging a working area.

The invention relates to a novel bridge inspection vehicle, which is a travelling crane applied to inspection of the inner side or bottom of a truss bridge in a manner of a rotary folding vehicle body. The inspection vehicle body is composed of a middle vehicle body and additional vehicle bodies on cantilevers at two sides together, wherein the vehicle body and the additional vehicle bodies are mutually connected through a rotating hinge and a fixing pin, and a wheel mechanism is arranged above the vehicle body. The inspection vehicle walks and works under the track on which the bridge is vertically arranged in an unfolding manner in general; a hand shank is rotationally opened and closed when the inspection vehicle comes across a lateral coupling system member in a truss or a pier support; and the additional vehicle bodies on the cantilevers at two sides horizontally rotate oppositely, and are overlapped on the front and back parts of the vehicle body, and the vehicle body is folded and shortened into 1/3 of original length and then traverses an obstacle. According to the invention, an inspection work surface is expanded and the inspection vehicle can extend to the outer side of the truss to work. The distance between the tracks is wide, and the vehicle body and the tracks are directly connected by the wheels, so the inspection vehicle is stable in structure when walking and working. The novel bridge inspection vehicle has the advantages of being simple in structure, convenient to use, economic and practical, and has been successfully applied to engineering practice.

An electric-motored floor-surface polisher includes a pair of pads juxtaposed in the front and rear or lateral direction of an apparatus frame, each pad being slidably supported to the apparatus frame. A drive pulley coupled to an output shaft of an electric motor to be rotated therewith. The polisher includes a pair of pad driving members, each pad driving member having an input pulley portion operably coupled with the drive pulley via a toothed belt and having also an output portion provided at a portion of the driving member offset from a rotational axis of the input pulley portion to be rotatable therewith and a pair of pad operating rods, one of the pair of pad operating rods having one end thereof pivotally coupled with the output portion of one of the pair of pad driving members and the other end thereof pivotally coupled with the one of the pair of pads and the other pad operating rod having one end thereof pivotally coupled with the output portion of the other pad driving member and the other end thereof pivotally coupled with the other pad. With this, the pair of pad operating rods slidably reciprocate the pair of pads along the juxtaposing direction thereof and in directions opposite to each other.

The invention discloses an SCARA robot special for screw assembly. The SCARA robot comprises a tail end actuating mechanism, a wrist part, an elbow part, a shoulder part, a shoulder part lifting mechanism and a machine base. The tail end actuating mechanism comprises a screw retreating groove nozzle, a screwdriver, an end cover, a bottom cover and an electric drill tail end actuating mechanism lifting frame. The wrist part comprises a wrist part auxiliary plate, a wrist part composite bearing, a wrist part connecting cover, a wrist part main plate and wrist part reinforcing ribs. The elbow part comprises a first motor, a first motor connecting cover, an elbow part main plate, an elbow part composite bearing and an elbow part connecting cover. The shoulder part comprises a second motor connecting cover, a second motor, a shoulder part main plate, shoulder part reinforcing ribs, a shoulder part auxiliary plate, a shoulder part sliding plate, shoulder part sliding grooves and a threaded cover. The shoulder part lifting mechanism comprises a third motor, a third motor connecting cover, a third motor coupler, a lead screw, a shoulder part lifting mechanism main plate, sliding groove fixing rods, sliding grooves and the like. The machine base comprises a fourth motor, a machine base composite bearing, a machine base cylinder and a machine base bottom plate. The SCARA robot is novel in design, safe and reliable.

A spindle head for a universal milling machine having a housing rotatably mounted on a machine part and a work spindle mounted axially parallel in the housing. A second spindle unit adjustable about two axes is disposed on the rear side of the housing.

A non contact power supply unit of a self-propelled trolley belongs to a power supply unit of a self-propelled trolley. The unit comprises a power transformation cabinet (1), a primary side cable (2) and an electricity picking up part (3).The power transformation cabinet (1) comprises a rectifier module (5), a filtering module (6), a high frequency inversion module (7), a frequency selection module (8), a resonant transformation module (9), an isolating module (10) and a compensation module (11); the electricity picking up part (3) includes an induction power-receiving module (12), a resonance capacitor bank (13), a resonance compensation module (14), a rectifier module (15), a filtering module (16) and a current limiting protection module (17).The power supply unit has the advantages of safe and reliable running, high reliability, and low cost and is suitable for the power supply of the self-propelled trolley in the field of automation.