74results about How to "High operating freedom" patented technology

The invention provides an input method based on a touch screen, which is convenient to use. The method comprises the following steps of: receiving a first type touch operation of user on a touch screen; during the maintenance of the first type touch operation, receiving a second type touch operation of the user on the touch screen; and trigging a corresponding input signal according to the position relationship between the first type touch operation and the second type touch operation. The input method based on the touch screen allows the user to input signals in any area of the touch screen, without identifying a specific area of a corresponding input signal on the touch screen, and therefore, the degree of freedom of operation is high. Moreover, the input method based on the touch screen can associate various position relationships between the first type touch operation and the second type touch operation as traditional bottom-layer menu input, so as to avoid complex menu operation and improve the operation efficiency.

The invention discloses an imaging magnetic field measurement and correction system for a magnetic resonance device. The system comprises a magnetic assembly, an acquisition unit, a processing unit, a correction unit and a control unit, wherein the magnetic assembly is used for scanning an object to be scanned; the acquisition unit is used for acquiring signals corresponding to an imaging magnetic field; the processing unit is used for processing the signals to obtain actual magnetic field intensity; the correction unit is used for correcting according to the deviation between the actual magnetic field intensity and the target magnetic field intensity; and the control unit is connected with the magnetic assembly, the acquisition unit, the processing unit and the correction unit, and is used for controlling the magnetic assembly to provide the imaging magnetic field, controlling the acquisition unit to acquire signals, controlling the processing unit to process the signals and controlling the correction unit to correct. The system can provide high-quality magnetic resonance images.

The present invention includes a plurality of carrier arms provided close to each other, each of the carrier arms for supporting a substrate and carrying the substrate in the horizontal direction. The plurality of carrier arms are arranged such that carriage paths thereof overlap one on the other in plan view, each of the paths for carrying-in / out the substrate to / from a processing unit or a substrate housing cassette, and each of the plurality of carrier arms is independently movable in the vertical direction and is capable of passing the other in the vertical direction without interfering with each other. According to the present invention, in the carrier including the plurality of carrier arms, the degrees of freedom of the carrier arms are increased to improve the substrate carriage efficiency.

A toothbrush including a brush main body of a synthetic resin and having a bristle base and bristles of a thermoplastic resin which have been fusion-bonded to the bristle base to constitute a bristled part, the bristles constituting the bristled part at least partly comprise: tapered bristles which are bristles having split free ends, the split free ends having been tapered beforehand; tapered bristles which have a sectional shape having a core-sheath structure or islands in a sea structure; or tapered bristles in each of which a core bristle comprising a core or island part has been formed beforehand so as to be exposed at the free end. The toothbrush has excellent suitability for bristle insertion into narrow parts. It is highly effective in removing dental plaque and cleaning the teeth. It is highly easy to use in the oral cavity. It further has a highly attractive appearance.

[Problem] Whereas a conventional retaining tool of a portable electronic terminal has a falling prevention function, increasing the operability of thumb input has not been considered, and it is also practically impossible to expand the actual operation range of the thumb. [Solution] By using a portable electronic terminal retaining tool wherein, while pinching, between fingers other than the thumb, a rod which is attached to the portable electronic terminal and which protrudes in a lateral face direction of the portable electronic terminal, the fingers other than the thumb are applied to the rear face of the portable electronic terminal, retaining same, it is possible, while reliably retaining the portable electronic terminal, to improve thumb input operability.

The invention provides a microscopic particle rotator of bidirectional conical optical fibers, comprising two conical optical fibers and two-body microscopic particles, wherein the conical optical fibers are formed by fused biconical taper; the two conical optical fibers are arranged horizontally; the conical ends are staggeredly arranged at intervals oppositely; the opposite ends of the two conical optical fibers are connected with an optical source respectively; the two-body microscopic particles comprise a driving layer, a stirring layer ad a connecting post respectively; the driving layeris integrated with the stirring layer into a whole by the connecting post; the two-body microscopic particles are arranged in the gap which is formed by staggering the two conical ends of the two conical optical fibers; the conical optical fibers cause transmission lights in fiber cores to transmit a cladding layer and form an evanescent field on the cladding layer; the generated optical radiation forces act the driving layers of the two-body microscopic particles, so that the driving layers of the two-body microscopic particles rotate to drive the stirring layers of the two-body microscopic particles. The rotator is small in volume, light in weight, simple in structure, low in price, easy to operate, large in operating range and high in stirring efficiency; by using the rotator, the solvent activity can be avoided being damaged due to direct contact; and the rotator can be applied to biology and chemistry microflow systems.

The invention relates to a seat track mechanism for a vehicle seat. The mechanism mounted beneath a vehicle seat in order to move the vehicle seat in the forward and backward directions includes a mono-track mechanism, to which a monopost structure and a single rail structure are applied, installed at the bottom of the seat. Upper and lower rails of the mono-track mechanism hook-engage with each other by hook guides. Accordingly, the seat track mechanism can secure sufficient strength upon head-on or rear-end collision.