48results about How to "Increase or decrease in temperature" patented technology

The invention relates to an item of furniture, in particular for kitchens, comprising a body (1, 1') which has two opposite lateral walls (2) in which respectively at least one guide profile (3) is integrated, said guide profile having an groove (4) which is open towards the inner area of the body. A slide (5), which supports a storage element (6, 6') in a displaceble manner in the furniture body (1, 1'), is guided in each groove (4).

The invention relates to single-grip mixing faucet comprising a control unit with ceramic insertion piece, so-called cartridge, one side of the cartridge is connected to a footing, the other side to an operating arm, the cartridge comprising a fixed, stationary inlet disc one side of which is connected to one side of a movable control disc and the two discs forming together a plane sealing, and forming a mixing space at the same time the opposite side of the inlet disc is in connection with the footing, whereas at the opposite side of the control disc is in driving connection with a ceramic disc mover, which, in turn, is connected to the operating arm, further on the footing cold water inlet and hot water inlet and an outlet for water flowing out are arranged. The essence of the inventionis that at the internal surface of the ceramic disc mover (5) a throttling element (8) is placed intruding into the mixing space for adjusting the angle range of the comfort region.

The invention relates to a furniture wall, in particular for kitchen furniture, comprising at least two vertical profiles (11, 11') which are connected together by means of at least two horizontal profiles (4, 4', 9). Said horizontal profiles (4, 4', 9) are fixed either by means of end head pieces (5, 5') or directly to the vertical profiles (11, 11'), and at least one receiving element (24) is formed on each head piece (5, 5 ') or each horizontal profile (4, 4') for fixing a stop (20, 40).

The invention provides a system and method for intelligent temperature control oil saving control of an automobile engine. The system comprises a temperature sensor, an engine ECU module, a temperature control oil saving control module and an electromagnetic fan clutch. According to engine coolant temperature information monitored by the temperature sensor in real time and engine power variation trend information monitored by the engine ECU module in real time, the temperature control oil saving control module adjusts set values of engaging temperature and disengaging temperature of the electromagnetic fan clutch in a timely mode and outputs orders to control the electromagnetic fan clutch to be engaged or disengaged according to the current set values of the engaging temperature and the disengaging temperature of the electromagnetic fan clutch and the engine coolant temperature. The invention further provides the method for intelligent temperature control oil saving control of the automobile engine. The phenomenon that the engine coolant temperature is rapidly increased or reduced due to increase or reduction of engine power can be effectively avoided, an engine is in the optimal work temperature state all the time, and work efficiency of an engine cooling system is improved.

The invention relates to a furniture wall, in particular for kitchen furniture, comprising at least two vertical profiles (11, 11') which are connected together by means of at least two horizontal profiles (4, 4', 9). Said horizontal profiles (4, 4', 9) are fixed either by means of end head pieces (5, 5') or directly to the vertical profiles (11, 11'), and at least one receiving element (24) is formed on each head piece (5, 5 ') or each horizontal profile (4, 4') for fixing a stop (20, 40).

The invention discloses cold-chain logistics transportation compartment temperature and humidity real-time monitoring equipment which comprises a monitoring cavity arranged in a vehicle body, a compartment is fixedly arranged on the vehicle body, the monitoring cavity is fixedly arranged in the compartment, a water tank is fixedly arranged at the bottom of the monitoring cavity, a moisture control cavity is fixedly arranged in the monitoring cavity, the moisture control cavity is located on the water tank, a heat insulation plate is fixedly arranged in the moisture control cavity and divides the moisture control cavity into an air guide cavity and a temperature adjusting cavity, the lower side wall of the air guide cavity is fixedly connected with the upper side wall of a water tank through a guide pipe, and the guide pipe penetrates through the lower side wall of the air guide cavity and the upper side wall of the water tank. A regulator is fixedly arranged in the temperature adjusting cavity, and a moisture temperature sensing device and a moisture temperature control device are further fixedly arranged in the temperature adjusting cavity. By means of the special humidity and temperature adjusting device, humidity flowing into the storage cavity is kept consistent with the original temperature in the storage cavity, and the influence on transported objects is reduced.

The invention relates to a coal underground gasification method. The coal underground gasification method comprises the following sequential steps of (1) establishing a gas inlet passage, a gas outlet passage and a gasification passage which enables the gas inlet passage to be communicated with the gas outlet passage; (2) injecting a gasification agent through the gas inlet passage, wherein the gasification agent comprises water vapor and oxygen-enriched gas, and an initial volume ratio between the water vapor and the oxygen-enriched gas ranges from 0.5 : 1 to 4 : 1; (3) igniting a coal seam; (4) forming a new volume ratio by adjusting the ratio between the water vapor and the oxygen-enriched gas according to the characteristics of generated coal gas. According to the coal underground gasification method disclosed by the invention, a little water vapor is enabled to be carried in raw coal gas, the cost for recovering waste water in raw coal gas is reduced, the situation that the water vapor and the coal seam are in full reaction so as to generate hydrogen can be ensured, and thus the quality of coal gas can be increased; in addition, the temperature uniformity on a gasification working surface can be ensured due to reactions, i.e. exothermic reaction of oxygen and the coal seam and endothermic reaction of water and the coal seam, which are carried out in the same time, and the phenomenon that the continuous gasification of the coal seam is obstructed as gasification coal ash is melted and attached to a gasification coal wall due to over-high local temperature can be prevented from happening.