32results about How to "Avoid supply" patented technology

The invention discloses a method for a redundant transmission system PRP and temporary storage of data packets. The invention relates to a method for operating a transmission system (1) that comprisesa first network (2) and at least one additional network (3), in which data are exchanged between said at least two networks (2, 3) by means of data of the first network (2) being fed to duplication means (4) in the form of data packets, these fed data packets being wirelessly transmitted to separator means (5) via at least two transmission paths (6, 7) using PRP, and being forwarded from said separator means (5) to the connected additional network (3) in the form of a data stream. The invention is characterized in that the data packets are temporarily stored in a memory once they have been transmitted via the at least two transmission paths (6, 7).

A steam power station is provided having a steam boiler which can be fired by a combustion device in a combustion chamber and has an air preheater which is suitable for removing thermal energy from the flue gas of the combustion chamber in order to transfer the thermal energy to a first air flow, the first air flow being fed back to the combustion chamber at least partly as combustion air. The steam power station also has a high-temperature battery which can likewise be supplied with air from the first air flow.

A coating film 2 of an uncured resin composition which is curable in response to irradiation with an energy beam is formed on the surface of a molding. A desirable portion of the coating film 2 is irradiated with the energy beam. Thus, the portion of the coating film 2 irradiated with the energy beam is cured to form a surface decorative layer 3.

A circuit that can avoid drops in power supply and heat generation and save on manufacturing costs with no need of external controls are configured such that: a switching transformer has a terminal that produces an output of 22V at power-on and an output of 8V during standby and a terminal that produces an output of 10V at power-on and an output of 3V during standby; the output of 22V or 8V is lowered to 5V by a regulator IC1 and applied (input) to a regulator IC2; an input of 10V or 3V is produced at the regulator IC2; at power-on, the regulator IC2 lowers 10V to 3.3V and supplies the lowered 3.3V to the inverter circuit 10f; and during standby, a regulator IC lowers 8V to 3.3V and supplies the lowered 3.3V to the inverter circuit 10f.

A steam reforming process for producing synthesis gas from hydrocarbons, comprising: a first steam reforming step in which a gas stream of a hydrocarbon feedstock is supplied to a first reforming section (51) comprising at least a first gas-heated reformer in which a steam reforming reaction takes place, forming a partially reformed effluent; a second steam reforming effluent, in which the partially reformed effluent exiting the first reforming section (51) is supplied to a second steam reforming section (52) comprising at least one second reformer, in which air combustion takes place in the radiant chamber outside the tube; the second reformer is a gas heated reformer.

The invention discloses a dust bucket feeding device and a plastering robot. The ash hopper feeding device includes: a bracket; an ash hopper containing mortar, which is rotatably set on the bracket; a linear drive is set on the bracket, and the output end of the linear drive is connected to the ash hopper; two U-shaped spring pieces The ends are respectively connected to the bracket and the ash hopper, and the output end of the linear drive can move telescopically to drive the ash hopper to rotate relative to the bracket with the U-shaped spring piece as the center. The ash hopper feeding device of the present invention is designed to connect the two ends of the U-shaped spring piece to the bracket and the ash hopper respectively, and when the output end of the linear drive member telescopically moves, the ash hopper can be driven to rotate relative to the support with the U-shaped spring piece as the center. Controlling the expansion and contraction of the output end of the linear drive can realize the control of the turning angle of the ash hopper and the automatic retraction of the ash hopper, so that the mortar supply can be controlled, avoiding excessive mortar supply, and saving costs; at the same time, the U-shaped spring makes the ash hopper turn over At the same time, it can swing to a certain extent to reduce the splash of mortar in the ash hopper.

The invention discloses a cooling control system of underground continuous wall cutting equipment. The cooling control system comprises a work oil path with a cooling device, a first drive oil path, asecond drive oil path, a first protection oil path, a second protection oil path and a reversing valve; the first drive oil path and the second drive oil path are used for driving the cooling device,the first protection oil path and the second protection oil path are used for correspondingly protecting the first drive oil path and the second drive oil path, an inlet of the reversing valve is connected with an inlet of the first protection oil path and an inlet of the second protection oil path, and an outlet of the reversing valve is connected with the work oil path. The first drive oil pathand the second drive oil path can select the proper work flow according to the temperature of the work oil path, resource waste caused by the fact that the cooling device excessively supplies high-pressure oil can be avoided, the reversing valve can effectively avoid overspeeding of the cooling device, the drive oil paths are increased, the failure rate of the cooling device is reduced, and therefore the cooling control system of the underground continuous wall cutting equipment is low in energy consumption and high in reliability. The invention further provides the cutting equipment including the cooling control system.

Embodiments may relate to a home appliance, more specifically, to a washing apparatus having a steam generator and a controlling method of the same and embodiments may relate to a home appliance including a steam generator. According to one embodiment of the present invention, a home appliance includes a steam generator (100) configured to generate steam to supply the generated steam to an object accommodation part where an object is accommodated, wherein the steam generator (100) includes a housing (120) configured to accommodate water supplied thereto; a heater (130) configured to heat the water accommodated in the housing (120) by heating the housing (120) to generate steam; and a control unit (140) configured to cut off or apply an electric power of the heater (130) based on the temperature of the housing (120).

Provided is a pneumatic tire with a durability improved by preventing the oxidation degradation of a belt layer. The pneumatic tire includes: an air permeation preventive layer disposed in the inner surface of the tire; a belt layer buried in a tread part; and a cord layer formed by arranging a plurality of cords. The cord layer is disposed between the air permeation preventive layer and the beltlayer, and extends to a bead part side further from a tire maximum width position. In addition, at least a part of the cord layer is located close to the outer surface of the tire, at a position closer to the bead part side than the tire maximum width position, so that the distance between the cords and the outer surface of the tire is not more than 2 mm. The following configuration may alternatively be possible. A cord layer is formed by arranging cords in parallel. The inner part of the cord layer is disposed between a carcass layer and the belt layer, while the outer part of the cord layeris disposed on the outer circumferential side of the belt layer, along the belt layer. Moreover, the cords of the cord layer are continuously extended, in a straddling manner, between the inner and outer parts.

Embodiments may relate to a washing apparatus, more specifically, to a washing apparatus having a steam generator and a controlling method of the same and embodiments may relate to a home appliance including a steam generator (100). According to one embodiment of the present invention, a controlling method of a washing machine configured to perform a steam washing course having a steam cycle and a refresh course having a steam cycle, wherein water supply to a steam generator for performing the steam cycle initially and an initial steam generator control pattern for applying the power to a heater of the steam generator are controlled different in the steam washing course and the refresh course.