119 results about "Mechanical room" patented technology

The invention provides a single electrified intelligent kitchen, belonging to the filed of home appliance. The main component and structure consist of a casing, a machine cover, a chamber liner, a working chamber, a mechanical room, a liner heat-insulating layer, a chamber door, a refrigerating unit, a heating component, a food box, a food box support, an air intake pipeline, an air outtake pipeline, a cooling fan, an exhaust fan, an electromagnetic air valve, a water supply unit, a temperature sensor, a humidity sensor, a control unit and a control panel. The invention is classified into a fundamental type and a comprehensive type; wherein, a comprehensive type can be formed by a plurality of fundamental types. The structures of the food box and the food box support cooperate with each other, and the food box is internally provided with a seasoning storing structure; the seasoning and / or water can be automatically added. The invention organically combines the refrigerator and the microwave oven, and realizes remote control; the food refrigeration storage and automatic cooking can be switched at the same physical space according to the preset parameters or the will of the user; furthermore, the invention can be configured as a general microwave oven or a general refrigerator. Besides, the comprehensive type can store and cook one meal or multiple meals at the same time.

A building includes a data center to house computing equipment including computers and servers. The data center stores data. The building also includes a multipurpose center that houses office spaces, conference rooms and meeting rooms. The data center and multipurpose center differ in function but share resources. The data center is expandable using a configuration of a control room, an electrical room and a mechanical room. Additional data center floors adjoin existing structures to increase available space in a linear manner.

The invention discloses a railway vehicle servicing work comprehensive intelligent detecting system and detecting method. The system comprises a portable detector, an intelligent tour inspection terminal, a servicing data analysis processing platform, a driving system state intelligent diagnostic device and a servicing detection management system. The railway vehicle servicing work comprehensive intelligent detecting method includes the steps that instruments and equipment needed for servicing work are prepared; the portable detector is utilized to detect key components and key checking and control items; the intelligent tour inspection terminal is utilized to conduct tour inspection and recording on components at the vehicle bottom, a cab and a mechanical room; a detecting device is utilized to comprehensively and systematically detect railway vehicles; the detecting device transmits data to a data server, and data butt and uploading of the servicing management system and a station track management system are achieved through the data server and servicing detection system software. By the adoption of the system and method, the problems that in the prior art, facilities are not well matched with one another, allocation standards are irregular, and the information management level is low can be solved, and safe running of the railway vehicles is guaranteed.

The invention provides a refrigerator, which is characterized in that, a side surface opening of a mechanical chamber is disposed such that deformation of a side surface plate and protruding of an air path will not influence appearance and ventilation with good effect is provided to the mechanical chamber, therefore improving heat dissipation performance of a compressor and a condenser, and realizing reduction of consumption electric quantity. The refrigerator is provided with a heat insulation box with heat insulation performance; a mechanical chamber disposed at the back surface lower part of the insulation box body; a compressor and a condenser disposed in the mechanical chamber; an opening disposed at the side wall of the mechanical chamber; an air blower disposed in the mechanical chamber and conveying air in a width direction of the heat insulation box body; a reinforcing member disposed from the lower part to the back part of the mechanical chamber; a first keep part keeping the lower part of the reinforcing member at the bottom of the mechanical chamber; and a second part keeping the back surface part of the reinforcing member to the upper part or the back part of the mechanical chamber, the side wall of the mechanical chamber clamps with the upper wall and the inner side all of the mechanical chamber, the two ends of the bottom of the mechanical chamber clamp with thelower part of the side wall or the reinforcing member located at the lower part of the side wall.

The invention discloses a wiring method for an electric locomotive, which comprises the steps of: dividing equipment to be wired in the electric locomotive into at least following modules in a modularized way: a locomotive roof high-voltage wiring module, a roof cover low-voltage wiring module, a mechanical room high-place low-voltage wiring module, a mechanical room floor lower main / subsidiary circuit wiring module, a cab wiring module, an operating table wiring module, a cabinet body wiring module, a cab front-end wiring module, a locomotive lower low-voltage wiring module and a bogie wiring module; and wiring the electric locomotive according to each divided module. After a wiring mode of the electric locomotive in the modularizing way is adopted, each divided module is higher in independence, so that the pre-wiring design of the electric locomotive can be maximally realized, and the wiring stability of the electric locomotive can be guaranteed; and after each module is respectively wired, the wiring reliability of the electric locomotive can be improved, so that the higher wiring stability and reliability of the electric locomotive can be realized.

A wind turbine utilizes a rotor assembly rotating about a substantially horizontal shaft, wherein said rotational motion is converted to a substantially vertical rotational motion through a shaft extending down from the nacelle located near the top of the tower structure to a mechanical room located at a lower altitude relative to the top of the tower. Said lower mechanical room houses some of the large heavy operational components of the turbine such that the turbine is not as top heavy as conventional turbines, and maintenance of the turbine is improved through ease of access to the lower altitude mechanical room.

Various apparatus are disclosed for controlling the combustion air vent of fuel-fired furnaces. For a first embodiment of the invention, a furnace-controlled air valve is placed in the combustion air duct. When the furnace begins a heating cycle, the valve is opened. When the heating cycle ends, the valve is closed and remains closed until the beginning of the next heating cycle. For a second embodiment of the invention, a positive-displacement air pump is placed in the combustion air duct. The air pump pumps air from the exterior into the mechanical room at a controlled rate during each heating cycle of the furnace. The air valve or the air pump is controlled directly or indirectly by the furnace thermostat.

A drive device (42), a traction sheave (41) and a weight-side stop portion (46) are arranged above one (21L) of a pair of left and right cage-side guide rails and a cage-side stop portion (44) and speed governor (47) are arranged above the other (21R) cage-side guide rail. Also a wide workspace can be guaranteed in the middle of the floor (31) of the machinery chamber (30), since the control panel (48) is arranged along the middle of the inside wall surface (37) of the front face of the machinery chamber (30). Furthermore, provision of an additional supporting beam mounted in the building is unnecessary, since the machine beam (53) can extend fully in the forwards / rearwards direction in the interior of the machinery chamber (30).

A fabric treating apparatus comprises: a casing that comprises: a treating chamber that is configured to receive clothes; and a machinery room that is located below the treating chamber; a base that is located at a bottom of the machinery room; a heat pump module that is configured to condition air supplied to the treating chamber; at least one supporter that is configured to support the heat pump module and that defines a space between the base and the heat pump module; a steam generating module that is located in the space and that is configured to generate steam and supply steam to the treating chamber; and a controller that is configured to control at least one of the heat pump module or the steam generating module, the controller being located in the space below the steam generating module.

The invention relates to a refrigerator. The refrigerator (1) comprises a mechanical room (2) of an accommodating compressor (5), and a box (3) positioned in the mechanical room (2), wherein the mechanical room (2) has a side wall (21); the box (3) accommodates at least one circuit board (34); according to the embodiment of the invention, the box (3) is detachably fixed to the side wall (21); one of the box (3) and the side wall (21) has a clamping hook structure (321) used for connecting with the other of the box (3) and the side wall (21); and the other of the box (3) and the side wall (21) has a snap ring and / or a bayonet (211) matched with the clamping hook structure (321). According to the refrigerator, through arranging the clamping hook structure and the snap ring and / or the bayonet matched with the clamping hook structure, the box is mounted and disassembled more conveniently and more quickly, and the maintenance of a control device is facilitated.

The invention relates to a shadowing structure for refrigerator wire box, comprising inner shell, in which storage room for food is formed and temperature adjusting device is set in it to adjust storing temperature of food; outer shell set at the outside of the inner shell, between which and said inner shell heat insulating material is filled foamingly; mechanical room set at the inside of outer shell lower part, in which the space for cycling device for cycling cool medium to storage room and compressor for compressing and transmitting cool medium is formed; control part set at one side of outer shell, which is connected with temperature adjusting device by wire so as to control the driving of said temperature adjusting device; wire box set in the mechanical room and for accommodating wire, which is used to connect the control part and temperature adjusting device. In the invention because the wire box is not buried in the heat insulating material when the heat insulating material is foaming, repairing or exchanging of production is simple and working efficiency is improved. In addition, because if said wire box is set is known easily badness ratio of production is prevented and production dependence is improved.

An elevator having an inner car suspended within an outer car, and which does not require the provision of mechanical room. A drive motor can be provided in one of rear side top, underside, and either side of the car. The invention has the following advantages. The vibration of inner car is reduced within an acceptable level for bringing a degree of comfort to passengers in the inner car while hoisting or lowering. The hoist ropes are prevented from slipping when a load of the car changes suddenly as in a case that many persons steps in or out of the car in a short period of time. An alignment of a bottom of the car with each of a plurality of levels is made possible when the elevator is stopped at each level. A manual escape device is provided for assisting passengers to escape in case of emergency.

The invention relates to a double-layer top layer of a shunting locomotive, belonging to the technical field of steel structures of shunting locomotives. The double-layer top layer of the shunting locomotive is of a frame structure characterized in that two basin type longitudinal beams and multiple slot type transverse beams are connected; longitudinal waterproof eaves are arranged in the lowermost positions of the two longitudinal sides of the frame structure, and the two transverse sides the frame structure are provided with transverse waterproof eaves; the outer side of the tilted part ofthe frame structure is provided with outer skin, and the inner side of the tilted part of the frame structure is provided with inner skin with an inner air inlet, thereby forming a hollow double-layer structure; a side air outlet is arranged in the lowermost position of the hollow double-layer structure; the top layer plate of the frame structure is provided with an upper air inlet; and an air ventilation unit is arranged at the upper part of the upper air inlet. The double-layer top layer provided by the invention has the effects of radiation prevention and heat insulation, thereby delivering the outside heat to each mechanical room as less as possible; and the top layer structure has the function of the heat dissipation of indoor equipment, thereby strengthening the rigidity of the top layer.

This air conditioner outdoor unit (100) is provided with: a partition plate (7) that partitions a blower compartment (5) from a machinery compartment (6) in which are situated a compressor (14), a refrigerant line (15), and an electrical component housing (16); an electrical component housing (16) situated straddling between the machinery compartment (6) side of the partition plate (7) and the blower compartment (5) side of the partition plate (7), for housing electrical components; an auxiliary board situated in the blower compartment (6), on which are installed electrical components other than those installed in the electrical component housing (16); and a board fastener (30) interposed between the electrical component housing (16) and the auxiliary board, and which are situated in the machinery compartment (6), for fastening the auxiliary board. Through this configuration, productivity and serviceability can be further improved.

A modularized railway signal machine room and a case structure thereof are disclosed. The machine room is provided with a case body and a door arranged on the case body; an air conditioning plant, a lightningproof cabinet, a jack box, a lighting device, a socket, a fire fighting apparatus, a condition monitor for monitoring the condition inside the case body, an alarm system used to receive the signal from the condition monitor inside the case body for wireless intelligent monitoring, alarming, giving anti-theft alarm, monitoring and capturing images are arranged inside the case body. The machine room is further provided with rooms for 6012 special equipment cabinets. An electrostatic prevention floor is arranged on the ground. The case body is composed of side plates, a top plate and a bottom plate; the side plates and the top plate are constituted by a fireproof plate at the internal side of the case body, metal armor plates at the external side of the case body and a heat preservation layer sandwiched between the fireproof plate and the metal armor plates. The case body is composed of one or more basic case body units. The invention satisfies the requirements on versatility and free combination and can realize industrialized construction and industrialized joint debugging, thus reducing professional port matching and shortening railway construction periods.

The invention relates to a refrigerator with bowl drying function, which comprises a cooler for avoiding the high-temperature heat generated on the compressor to be leaked into the mechanical room; and a bowl drying device through to the cooling device and the wind feeding device via connecting tube and cycle tube. The invention can utilize the heat generated on the compressor to dry the bowl, to purify the absorbed air and cycle air.

The invention provides a railway traction current unbalance monitoring method and system. The method includes the following steps that S1, the current of a railway circuit is collected in real time, and the 25HZ current and the 50HZ current are obtained through analysis of a current spectrum; S2, when the situation that the 25HZ current breaks at a moment is monitored, the 50HZ current in the broken current is detected, and if the 50HZ current at the moment is higher than a threshold value, interference current data is generated; and S3, the 25HZ current, the 50HZ current and the interference current data are monitored in real time and sent to a terminal. According to the railway traction current unbalance monitoring method, in a signal mechanical room, traction unbalanced current generated on the railway circuit in the running process of an electric locomotive is collected at a high speed by adopting the non-electric contract sensing technology, the digital signal processing technology and the computer and internet technology, the sampling positions and the sampling chances are selected reasonably, and the problems of difficult transmission, dispersed detecting positions and inconvenient management and maintenance usually caused by in-situ signal collecting and testing are solved.

A mechanical room-free elevator is provided. At least an elevator car (1), a balance weight (2), a sling (6), a drive sheave (4), and a motor (3) for driving the drive sheave (4) are provided inside the lift passage. and a diverting pulley (5), wherein a plurality of motors (3A, 3B) for driving the drive sheave (4) are arranged on both sides of the drive sheave (4), and the drive sheave (4) and The diverting pulley (5) adopts a 1-to-1 winding method, and one end of the sling (6) is wound on the elevator car (1), and the other end is wound on the balance weight (2) on. In this way, the elevator without a mechanical room can not only save the space at the top of the elevator car in the height direction of the hoistway, but also achieve high speed at the same time.

The invention discloses a drag type narrow tube wind gathering power generation system which relates to a major core technology of a comprehensive discipline of narrow tube wind gathering, a solid phase rotational structure, a foundation base station, architectural molding, aerodynamics, stack effects, wake flow recovery, structural mechanics and the like and belongs to the technical field of a wind power generation system. The drag type narrow tube wind gathering power generation system comprises a suck window, a principal column, a periphery beam, a platform, a direction adjusting device, an arc column, an intersection permanent seat, an arrester, a safety wall, a regulating plate shell, a shell, a wind motor, an air duct, a protective screen, a beacon light, a hub support, a tower body, a tower seat, an on-off cover, a support frame, a base station, a generator, an attached column, a globular body, a narrow tube body, a mechanical room, and a narrow tube base station. The open position of the upper part of the narrow tube body is arranged upwards at the open position in the center of the platform, and the narrow section of the lower part is butt jointed with one end of the regulating plate shell. The other end of the air duct is fixedly connected at the radial open position of the tower seat. The wind motor is arranged in the shell. The generator is arranged on foundation inside the mechanical room.

The invention provides elevator equipment without any mechanical room, but with a novel position exceeding prevention mechanism. The equipment at least prevents the elevating and lowering movements of an elevator car from exceeding specified positions when no position limiting switch is provided. The elevator car is provided with at least three unit stopping detectors each having a light emitting part and a light receiving part. Pairs of unit stopping detectors in different combinations are selected from the three unit stopping detectors for the lowermost floor, the common floors, and the uppermost floor respectively, and stopping detecting plates which block light between the light emitting parts and the light receiving parts of each selected pair of unit stopping detectors are arranged in elevating and lowering passages of elevator lobbies of the lowermost floor, the common floors, and the uppermost floor. In such a way, the lowermost floor, the common floors, and the uppermost floor can be determined according to the combinations of the unit stopping detectors. Therefore, the position limiting switch is not needed and the manufacture cost is lowered.

In this outdoor unit of an air conditioning device, a fan chamber and a machine chamber are formed, and a partitioning plate and an electric component unit are provided. The partitioning plate is provided with a planar receiving surface section for receiving a holder, said receiving surface section being at an upper portion of the partitioning plate, the holder is provided with an alignment protrusion that is protruding downward, a cutout, into which the alignment protrusion is to be inserted, is formed in the receiving surface section, and an end portion of the receiving surface section, saidend portion extending to the cutout, is provided with a tilted surface section for guiding the alignment protrusion to the cutout by tilting downward from the receiving surface section.

The invention discloses a climate chamber for measuring the VOC release amount through a multi-chamber method. The climate chamber comprises a case and a clean gas generation device, the case is provided with a front case body and a rear case body, six experiment cabins and a jacket temperature control system are arranged in the front case body, a pressure regulating valve is arranged on the frontsurface of the front case body, a sampling pipe is arranged on a cabin door of each experiment cabin, and a dry and wet gas mixing humidity regulating system and a numerical control acquisition system are arranged in the rear case body on the rear side of each experiment cabin; an electric control mechanical chamber is arranged on one side of the case, and a logic control system, a refrigeratingsystem and a man-machine interaction system are arranged in the electric control mechanical chamber; the clean gas generating device is connected with the dry-wet gas mixing humidity adjusting systemand the electromagnetic valve flow adjusting control system, the dry-wet gas mixing humidity adjusting system is connected with the experiment cabin, and the experiment cabin is connected with the numerical control collecting system. Compared with the prior art, the climate chamber has the advantages that the background concentration requirement specified in the national standard is completely met; the energy consumption is low; the desorption time is reduced; and the use efficiency of equipment is improved.

The invention relates to a grape wine cabinet, which comprises main body, door, compressor, condenser, several expand valves and several evaporators, wherein the main body comprises external box and inner box with thermal insulation material between them; the inner box has storage space; the door can switch the storage space; the compressor is in the mechanical room under main body; the condenser condenses the coolant compressed by compressor; the expand valve expands the condensed coolant; the evaporator is in the back wall of main body to evaporate the expanded coolant to be fed to cabinet. The invention is irrelative to the outer temperature, and its temperature can be controlled best.

The invention relates to a mechanical room and pillar mining method for a gentle dip and medium thickness orebody. The mechanical room and pillar mining method comprises the following several steps ofdividing the gentle dip and medium thickness orebody into a plurality of panels in the strike, arranging four layered mining roadways from top to bottom in each panel, enabling a heading machine to enter the bottom of each panel through a trackless equipment linking taxiway from a slope gradient outside the panels, developing a slope gradient inside each panel along the trackless equipment linking taxiway, and enabling the slope gradients in the panels to communicate with the layered mining roadways; enabling the heading machine to perform mining from the intersection of the slope gradients of the panels and the layered mining roadways to the direction of isolated ore pillars along the uppermost layered mining roadway in a manner of being from top to bottom, and firstly mining ore rooms and then mining ore pillars; remaining one ore room or ore pillar while mining one ore room or ore pillar, and repeating the operation until the ore rooms and the ore pillars are arranged in a fishboneshape; and after the heading machine completes mining, inspecting top boards, and performing top board supporting in a supporting manner of prestressed resin anchor rods and slotted screens. According to the mechanical room and pillar mining method disclosed by the invention, the heading machine is used as orebody mining equipment for the first time, so that the carrying problem during ore exploitation by a room and pillar mining method is solved, and the problems of top board management and operation safety for a tall and large open stope are solved.

The embodiment of the invention relates to a passenger conveyor. In the inspection mode, the passenger conveyor is not operated when maintenance personnel are in the machine room. The passenger conveyor is provided with: a machine room (14) provided at the end of a truss (12); a driving device 18 which is provided in the machine room 14 and moves the step 30, and a first socket 78 which is provided at the opening and which is detachably mounted with a human detection sensor 72 for detecting a person ; a second socket 86 provided in the machine room 14 and to which a human detection sensor 72 is detachably attached and a control part 50 for controlling the driving device 18. When the human detection sensor (72) is attached to the second socket (86) and a maintenance person is detected in the machine chamber (14), the control unit (50) does not operate the driving device (18).

The invention discloses a main control panel box structure for a refrigerator mechanical room and an assembly method thereof, and relates to the technical field of refrigerators. In the invention, a wire outlet port is formed in one end surface of the main control panel box; claws are arranged on the two sides of the wire outlet port; a screw fixing seat is arranged the other end surface of the main control panel box; a rectangular plate is arranged on one end of a box cover; the box cover is fixed on the main control panel box through a tapping screw; a main control panel is installed in themain control panel box; the main control panel is fixed in the main control panel box through self-tapping screws; wire harnesses are inserted into the main control panel; the wire harnesses pass through the wire outlet port; and the main control panel box is fixed to the refrigerator through a foaming leg bracket. The invention adjusts a locking position of the wire harness by adjusting the tapping distance of the self-tapping screw, and avoids the cumbersome and unstable processes; the assembly is simple, and the manufacturing efficiency is improved; during assembly of the main control panelbox, one side of the main control panel box is inserted into the foaming leg bracket through the claws, and the other side of the main control panel box is fixed by screws; and noise caused by vibration of product and vibration of a compressor can be prevented.

The invention provides a full-automatic residue-free efficient dish washing machine. The dish washing machine comprises a machine body, a washing chamber, a mechanical chamber, a drainage mechanism, a washing mechanism, a hydrothermal mechanism, a drying mechanism and a dish washing block storage mechanism are arranged on the machine body, the mechanical chamber is located outside the washing chamber, a door is arranged on one side of the machine body and corresponds to the washing chamber, a plurality of storage baskets are arranged in the washing chamber, and the dish washing block storage mechanism is arranged on the door. The dish washing machine provided by the invention has the advantages that the cleaning effect is better, water vapor is easy to discharge after drying, dish washing blocks can be automatically supplemented, and the dish washing machine is more convenient to use.

The invention relates to a transverse-moving-type stern anchor for a main cable of a cable crane. The transverse-moving-type stern anchor comprises a stern anchorage, a main cable force-bearing frame,an anchorage mechanical room and transverse-moving slideways. The anchorage mechanical room is arranged on the top face of the stern anchorage. The transverse-moving slideways are formed between thestern anchorage and the anchorage mechanical room. The stern anchorage is provided with the four rows of transverse-moving slideways, and the three rows of transverse-moving slideways are arranged onthe top face of the stern anchorage, and the other row of transverse-moving slideways is arranged on the bottom face of the outer edge of the stern anchorage. The anchorage mechanical room is welded and fixed to the transverse-moving slideways on the top face of the stern anchorage. The main cable force-bearing frame and the anchorage mechanical room are fixed in a welded mode. The transverse-moving-type stern anchor for the main cable of the cable crane is less limited by geology and terrain and is suitable for the large-tonnage and long-span cable crane, limitation of the stern anchorage tothe geology and terrain conditions is reduced, the transverse-moving-type stern anchor is especially suitable for mountainous areas with the steep slope, the anchorage mechanical room moves transversely to simultaneously drive a cable crane load-bearing cable, a traction cable and a hoisting cable to move transversely, and operation of an anchorage transverse-moving system is simplified.

The invention discloses an automatic flattening device for a carding machine of an electro-mechanical room. The automatic flattening device comprises an airflow detection mechanism, a feeding mechanism and a flattening device. The feeding mechanism comprises a first horn seat, a second horn seat and two compaction rollers. The first horn seat and the second horn seat are in the same structure. A feeding port is arranged between the first horn seat and the second horn seat. One end of the first horn base and one end of the second horn base are connected with a feeding groove. The airflow detection mechanism is composed of two compression seats. The surfaces of the compaction rollers are connected to arc seats. The arc seats annularly rotate on the surfaces of the compact seats through groove structures. One end of each arc seat is connected with a universal seat. The flattening device comprises transfer rollers, cotton rolls, and a discharge groove. The transfer rollers are arranged at bottom ends of sliding grooves. The cotton rolls and the transfer rollers are all arranged at the upper end of the discharge groove. The airflow detection mechanism is used for detecting the number of cotton sliver so that the size of a feeding opening is reasonably selected. The automatic flattening device is simple in overall structure and high in flattening efficiency and not easily damaged, which is worth promoting.