46results about How to "Achieve the effect of integration" patented technology

The invention discloses a Pod scheduling method and device, and the method comprises the steps: determining a first Node node set, searching an arranged Node node meeting a first preset condition in the first Node node set according to the resource surplus of Node nodes in the first Node node set; determining a second Node set, wherein the second Node set at least does not comprise the arranged Node; selecting a Pod on the arranged Node, and searching the migrated Node meeting a second preset condition in the second Node set according to the resource quantity required for creating the Pod; andif so, scheduling the Pod on the arranged Node node to the migrated Node node. According to the method and the device, the problem of resource fragmentation in the prior art is solved, and cluster resources are saved.

The invention provides an all-fiber transmission reflection integrated terahertz time-domain spectroscopy system. At present, most of the terahertz time-domain spectroscopy systems refer to free-space systems and have the defects of complex structure, low stability and the like. Aiming at the problem, femtosecond laser pulse is transmitted by virtue of optical fibers, so that the usage amount of optical devices in the light path is reduced, and the light path is simple and stable in structure. Meanwhile, because the femtosecond laser pulse comes into a terahertz emitter and a terahertz receiver by virtue of optical fibers, the light path structure of the system is not influenced by the movement and rotation of the positions of the terahertz emitter and the terahertz receiver, the terahertz receiver and the terahertz emitter can be respectively arranged on two rotatable optical guide rails, and flexible switch between terahertz transmission and reflection time-domain spectroscopy systems can be further realized. Therefore, the problem that the terahertz spectroscopy system is complex in structure and large in size in the prior art is solved.

The present invention discloses a maintenance platform of a motor loose core. The maintenance platform of the motor loose core comprises a front-end double guide rail and a back-end double guide rail which are in inlaid connection, a forward moving car and a carriage car are arranged at two ends of the front-end double guide rail, and a backward moving car is arranged at the back end of the back-end double guide rail; lift beams are disposed at the forward moving car and the backward moving car through door-shaped frames and are driven by lifting mechanisms, and lockable hook-type hoops and dual-rectangular-shaped frames are respectively arranged at the middle parts of the lift beams for support the load side shaft end of a rotor and a false axis; the carriage car is located between the forward moving car and the backward moving car and is provided with an X-shaped scissor jack through a lower platform and an upper slide, and support rollers are arranged at the top of the X-shaped scissor jack and are configured to support the non-load side shaft end of the rotor. The maintenance platform of a motor loose core is able to realize the fast and convenient motor rotor loose core work, and realize the maintenance of a rotor turning through the support structure of the platform itself, so that the effect of integrating a loose core tool and a turning towing bracket is achieved, therefore the maintenance efficiency is improved and the maintenance cost is reduced.

The invention provides a display panel, a preparation method thereof, and a display device, which relate to the field of display technology, can reduce the electrode resistance of a light-emitting device, and help realize ultra-thin ITD display panels. The display panel includes: a base substrate; a light-emitting device layer arranged above the base substrate; a touch control structure layer arranged on the side of the light-emitting device layer away from the base substrate; the light-emitting device layer includes multiple A light-emitting device, the light-emitting device includes: a first electrode, a light-emitting functional layer, and a second electrode arranged away from the base substrate in sequence; the touch structure layer includes: a plurality of third electrodes; a plurality of the first electrodes At least one of the third electrodes among the three electrodes is in contact with the second electrode.

A touch control display panel. A common electrode layer is shared by a touch detection electrode and a fingerprint identification electrode; a pixel electrode serving as a driving electrode layer conducts capacitive coupling on the fingerprint identification electrode; on this basis, a time-sharing operation for displaying, touch detection and fingerprint identification is conducted. The fingerprint identification device and the touch control display panel do not need to be separately prepared for integration, and fingerprint identification and detection can be realized by utilizing the existing layer structure of the touch control display panel, so that the production cost of a touch control display device can be effectively saved, and the effect of integration of the fingerprint identification device and the touch control display panel is achieved. The touch control display device, comprising the touch control display panel.

A micro feedback-chamber sensor comprises: a semiconductor base having a sensing circuit; a bonding structure layer disposed on the semiconductor base; and a sensing member chip having a low-resistance semiconductor body, a first end portion and a second end portion. The semiconductor body has free-standing Si posts, the first end portion is formed with a sensing member structure, the second end portion is connected to the semiconductor base through the bonding structure layer, and a micro feedback-chamber structure is formed between the sensing member structure, the semiconductor base and the semiconductor body. The sensing member structure is electrically connected to the sensing circuit through the free-standing Si posts. The sensing member structure and the micro feedback-chamber structure collaboratively react to an externally inputted physical signal to generate a sensing signal outputted to the sensing circuit. A method of manufacturing the micro feedback-chamber sensor is also provided.

The invention discloses multifunctional drawing compasses. The multifunctional drawing compasses comprise a compasses rod. The compasses rod comprises a fixed support rod and a rotation support rod. A fixed support rod pencil lead is arranged at the lower end of the fixed support rod. A fixing block is arranged on the fixed support rod, and fixedly provided with a magnetic connecting plate. The magnetic connecting plate is provided with a magnetic spliced ruler set. A rotation head rotationally connected is arranged at the lower end of the rotation support rod. The middle part of the rotation head is rotationally connected to the rotation support rod. A centre is arranged at one end of the rotation head, and a rotation head pencil lead is arranged at the other end of the rotation head. When the rotation head rotates till the rotation head pencil lead faces downwards, the rotation head pencil lead and the fixed rod pencil lead are attached. The multifunctional drawing compasses are simple in structure and novel in design, comprehensive usage that three functions of a heavy line pencil, a fine line pencil and compasses can be switched can be achieved, the magnetic spliced ruler set is carried as well, a designer can conveniently conduct free splicing for a straight ruler or a set square for drawing assisting, and the effect of drawing tool integration is achieved; and storage is simple, carrying is convenient, and wide market prospects are achieved.