34results about How to "Same capacity" patented technology

A filter apparatus including: a casing including, in a sealed space provided therein, a fluid inflow chamber, a filtration chamber and a drain chamber; a filter element provided inside the filtration chamber to let a fluid pass therethrough from inside to outside to perform filtration; a backwash slide member movably provided inside the filter element and removing trapped matter adhering to an inner circumferential surface of the filter element by an inward flow generated by a difference in pressure inside and outside the filter element at the time of backwashing; a backwash pipe that lets the inward flow flow toward the drain chamber; an actuation cylinder that lets the fluid from the backwash pipe flow toward the drain chamber; and a fluid flowing unit allowing a fluid to flow, enabling a piston member to move inside the actuation cylinder.

A method for the treatment of wood or wood products, in which method moist wood or wood products (1) are dried by first pressing and further by heating so that a desired degree of dryness is reached. In a first stage, the wood or wood products (1) arranged between treating elements (2) are pressed between the treating elements (2) so that a considerable amount of water is removed from the wood being treated, next the treating elements (2) are locked so that the wood or wood products (1) remain compressed between the treating elements (2), and the combination of treating elements (2) and wood or wood products (1) between them thus formed is moved into a drying chamber (D), where the wood or wood products are dried further by applying heat. The invention also relates to an apparatus.

A folding and stacking machine of a web of paper has first and second feed lines. The machine also has a folding section with folding rollers having a linear folding speed, VP. The folding rollers are adapted to receive a plurality of sheets of length L that can overlap each other for a fraction Y of their length L and to fold them into a plurality of panels P. The machine also has rollers adapted to feed at the folding speed V_P the series of cut sheets but not yet folded towards the folding rollers. The rollers are located at the confluence of the two sheet feeding lines. Upstream of the first and feed lines a single cutting section is provided to cut a web of paper that proceeds along a direction of movement at a speed V(1).

Disclosed is a high-output lithium secondary battery including: a cathode that includes, as cathode active materials, a first cathode active material represented by Formula 1 below and having a layered structure and a second cathode active material represented by Formula 2 below and having a spinel structure, wherein the amount of the second cathode active material is between 40 and 100 wt % based on the total weight of the cathode active materials; an anode including crystalline graphite having a specific surface area (with respect to capacity) of 0.005 to 0.013 m²/mAh as an anode active material; and a separator.

The invention relates to the technical field of electric power control, in particular to a through-type in-phase traction power supply system, a traction substation and a power supply control method thereof, aiming at solving the technical problem of how to reliably supply power to an electric locomotive. To this end, the present invention provides a traction substation comprising a plurality of electrical energy conversion devices. In particular, the electric energy conversion device comprises a single-phase transformer and an electric energy converter, The high-voltage winding of each single-phase transformer is respectively connected with two different phase wires in a preset power network, the low-voltage winding of each single-phase transformer is connected with an input side port ofa corresponding electric energy converter, and the output side port of each electric energy converter is respectively connected with a preset contact line and a preset rail. Based on the structure, the traction substation can also rely on other electric energy conversion devices to continuously supply a continuous supply voltage to the catenary with a constant voltage amplitude and phase when partof the electric energy conversion device fails. The power supply system of the present invention comprises the traction substation.

The present invention provides to a wearable smart device having electrical wiring comprising a stretchable conductive composition having excellent in durability such as repeated bending properties and repeated twisting properties, a material for realizing the wearable smart device, and a method for producing the wearable start device.

An electrical wiring including a fine line having an electrical line interval of 1 mm or less, preferably the line width of less than 1 mm, is formed by printing a paste for forming a stretchable conductor containing metal-based conductive particles and a non-crosslinked elastomer, and further dried and cured at a low temperature condition of 120° C. for 30 minutes. As a result, the wearable smart device having electrical wiring constituted by fine lines without sagging of the edge is obtained.

The invention relates to a full-automatic continuous processing device for a tubular battery plate. The full-automatic continuous processing device comprises a stander and a rotating disc mounted on the stander, wherein a loading mechanism, a plaster filling mechanism, a cover sealing mechanism and a welding mechanism are sequentially arranged on the stander, clamps which are used for clamping sleeves internally inserted with grids and are arranged in up-down correspondence with the loading mechanism, the plaster filling mechanism, the cover sealing mechanism and the welding mechanism are uniformly distributed on the rotating disc; and the sleeves are driven by the rotation of the rotating disc to be sorted and fixed by the loading mechanism, the insides of the sleeves are automatically filled with lead plaster by the plaster filling mechanism, an upper sealing cover matched with the sleeves is automatically pressed and sealed with openings of the sleeves by the cover sealing mechanism, and the upper sealing cover is fixedly connected with the sleeves by the welding mechanism, thus realizing the continuous assembling and processing of the battery plates. According to the full-automatic continuous processing device, four stations are uniformly arranged around the rotating disc, the clamp for clamping the sleeves inserted with the grids is correspondingly arranged on each station, and the sleeves are sequentially conveyed among the four stations by virtue of the 360-degree rotation of the rotating disc, thereby realizing the full-automatic continuous assembling and processing of the battery plates.

First, a traditional lithium-thioyl chloride cell is fabricated. Then, a super capacitor able to supply larger current impulse is so prepared that a case body is as positive pole and center of bottom is as negative pole. Positive pole of lithium-thioyl chloride cell is connected to positive pole of the super capacitor through wire, and negative pole of lithium-thioyl chloride cell is connected to negative pole of the super capacitor through wire. The super capacitor is placed above the lithium-thioyl chloride cell and lined up, and resin glue is filled to connection part so as to form an integral body. Positive pole of the super capacitor and negative pole of lithium-thioyl chloride cell are utilized as positive pole and negative pole of the integral body for connecting to outside. Obtaining same power, capability of large pulse current and same safety with performances of capacity type cell, the disclosed cell has no hysteresis of voltage.

An embodiment of the invention discloses a method and a device for processing data, and relates to the field of information technologies. By the aid of the method and the device, the problem that data can be lost easily when a thin pool is fully written can be solved. The particular scheme includes that the method comprises judging whether a data area of a thin pool is fully written or not; storing data in a cache into a page reservation area in a page form if the data area is fully written. The method and the device are used for processing the data.

The invention discloses a reinforced high holding power anchor shaft which is of a symmetrical frame structure with the vertical axis as the symmetric axis. The reinforced high holding power anchor shaft comprises a left side plate, a right side plate and transverse ribs, wherein the left side plate and the right side plate are connected through the transverse ribs, the lower end of the left side plate and the lower end of the right side plate are respectively provided with a notch facing outwards, pin holes are formed above the notches, three positioning holes which are formed below each notch are distributed in an arc with the corresponding pin hole as the center, and the transverse ribs are parallel to the connection lines between the centers of the pin holes above the notches in the left side plate and the right side plate and the centers of the leftmost positioning holes below the notches; transverse ribs in another direction are further arranged on the left side plate and the right side plate, and the transverse ribs are parallel to the connection lines between the centers of the pin holes above the notches in the left side plate and the right side plate and the centers of the rightmost positioning holes below the notches. According to the reinforced high holding power anchor shaft, due to the fact that the transverse ribs in the two directions are arranged, the bearing capacities of the high holding power anchor shaft when the high holding power anchor shaft works at three different angles are almost the same, the strength of the high holding power anchor shaft is improved, and positioning requirements of different geological sea floors are met.

A valve device has a valve housing and a main piston (4) arranged in an axially slidable manner in a piston bore of the valve housing (2). A first consumer connection (A) and a second consumer connection (B) can be alternately connected to a pressure connection (P) and a tank connection (T1, T2) by the action of a first magnetic actuating system (6) and a second magnetic actuating system (8) with two pilot pistons (14, 16). In an actuated state of the respective pilot piston (14, 16), the main piston (4) follows the movement of the pilot piston (14, 16) due to the force ratio adjusting itself to actuate the fluid-carrying connection between the pilot chamber (10, 12) of the pilot piston (14,16) and the assignable tank connection (T1, T2) such that pilot oil flows.

The invention discloses an electric energy power system for a full electric propulsion ship. The system comprises two single-machine energy power systems and a direct-current contact box (C), wherein the two single-machine electric energy power systems share one energy storage battery (A); the energy storage battery (A) is connected with a first direct-current confluence busbar (B1) of the first single-machine energy power system in parallel; the positive pole of the first direct-current confluence busbar (B1) is connected with the input end of a direct-current contactor (C); the output end of the direct-current contactor (C) is connected with the positive pole of a second direct-current confluence busbar (B2) of the second single-machine energy power system; and the negative pole of the first direct-current confluence busbar (B1) is connected with the negative pole of the second direct-current confluence busbar (B2) to form a double-machine parallel system.

The invention relates to a machining process for a thrust pad base of a shielding motor, which comprises the following steps of: positioning and clamping the thrust pad base by adopting a positioning tool, machining a plane on one side, adjusting the position of the thrust pad base after machining the plane on one side, re-positioning the position of the clamping tool, and machining the plane on the other side. Thrust pad base space angle size machining is completed on the same clamping mould. The thrust pad base can be machined on the same positioning fixture, the angle size and tolerance required by a drawing are guaranteed, the subsequent assembly problem caused by the fact that the space size cannot be measured is avoided, and meanwhile the problem that alignment cannot be achieved after clamping is solved.

According to the metering method of the balance metering container. The balance metering container comprises a first capacity part and a second capacity part, openings of the first capacity part and the second capacity part are oppositely arranged up and down, and a rotating transverse sweeping component is arranged on a handle on the periphery of the capacity parts. The metering method comprisesthe steps that: a transverse sweeping component is positioned at openings of two capacity parts; a rotating transverse sweeping part is arranged on the handle, the transverse sweeping component is rotationally connected with the transverse axis of the handle, the transverse sweeping component switches the positions of the two capacity part openings back and forth, and the capacity part capacity consistency step is generated, specifically, the transverse sweeping component sweeps upward capacity part opening accumulated objects to be flat, so that the volumes of the capacity part accumulated objects are consistent each time, wherein the capacities of the first capacity part and the second capacity part are different, the openings of the first capacity part and the second capacity part are used in two directions with different capacities upwards or downwards, the two different capacity parts are additionally arranged to achieve the effect of respective use, and the working efficiency ofthe product is improved.