361 results about "Rack unit" patented technology

A chiller assembly shaped for use in a standard electronics rack. The chiller has a low profile, and is capable of being made to occupy less than 5 rack units. The chiller is modular, with subassemblies positioned to allow easy removal for maintenance. The fan and power supply are made as replaceable subassemblies that can be inserted or removed from the front of the unit without any special tools. The pump is made with a magnetically coupled motor, allowing the motor to be easily removed for service or replacement. The motor is also accessible from the front panel of the assembly.

A method for operating a rack system preferably in a dispatch unit (1), with a rack (2) and an associated rack serving device for the storage and retrieval of containers (3), trays or the like to or from the rack. A rack region of the rack (2) has a plurality of rack planes (13) arranged one above the other and is served by a dedicated, mechanically coupled, height and length-adjustable rack serving device (4). In each track region embodied as an independent, closed rack unit (A, B, C), containers (3), trays or the like undergo interim storage in a buffer zone (P1, P2, P3) on the same level, are transferred for storage or retrieval and transported by an elevator (5; 6a, 6b) and/or a preferably horizontal transport connection (F1, F2) arranged in the region of the rack unit (A, B, C) at the same level, from or to a transport system or workplace outside the rack system.

Provided is a plant cultivation device that improves cultivation efficiency and usability. A plant cultivation device comprises: a rack unit provided with cultivation racks on which cultivation units accommodating plants are stored as culture medium units; and a conveying device which moves along a horizontal movement path defined by a guide rail, and performs transport of the culture medium units and loading/unloading of the culture medium units to/from the cultivation racks. Multiple cultivation racks constitute a cultivation rack row, in which the cultivation racks are arranged at multiple levels in an up-down direction. The rack unit comprises: a cultivation storage constituted of multiple cultivation rack rows; and a loading/unloading station having a stock rack row, in which the holding frames of cultivation units not accommodating plants are stored as empty units. The transport device performs loading/unloading of the holding frames to/from the stock rack row.

The invention discloses a system and a method for quickly replacing electric bus batteries. The batteries are arranged above battery replacing robots instead of being arranged at an original position, so that the robots can acquire the charged batteries from above without turning around, and then the batteries can be replaced by the battery replacing robot on the sides as same as those of the battery replacing robot, so that occupied space of the batteries is saved, a turning mechanism of the battery replacing robot is omitted, equipment structure is simplified, and reliability and replacing efficiency of equipment are further improved. The system comprises charging storage rack units with the charged batteries thereon, at least one lifting battery replacing robot on the side as same as that of the corresponding charging storage rack unit is arranged and matched with the corresponding charging storage rack unit, each lifting battery replacing robot moves along the length direction of the corresponding charging storage rack unit, and is used for taking the batteries needing to be replaced down from an electric bus, lifting the batteries needing to be replaced to a battery storage position on the corresponding charging storage rack, taking the charged batteries and descending to a battery replacing position to complete battery replacement of the electric bus.

An outlet that includes first and second substrates, and a plurality of electrical contacts. The first substrate includes an electrical circuit adjacent to and spaced apart from a first ground plane. Each of the electrical contacts is connected to the circuit. The second substrate includes a second ground plane electrically connected to the first ground plane. The circuit is spaced apart from the second ground plane. The electrical contacts are positioned adjacent to the first and second substrates. Together the first and second ground planes may form a localized, electrically floating, isolated ground plane. The outlet may be connected to a cable and/or configured to be mounted to a panel for use with a rack. The outlet may be implemented as a Category 7A and/or Next Generation type outlet having an overall height that allows two rows of twenty-four like outlets to be mounted within one rack unit (“1RU”).

A rack-based information handling system (IHS) includes a rack containing at least one chassis having a plurality of bays open to laterally receive sleds that contain a plurality of information technology (IT) components that, when operational, enable the rack to function as an IHS. A storage sled including a stationary tray received in the chassis and a moveable trace received in the stationary tray. One or more hot swap bays that are horizontally arrayed in the storage sled in less than one (1) Server System Infrastructure (SSI) rack unit of height, wherein the moveable tray is extendable from the rack to a service position to expose all of its hot swap bays. Storage devices are insertable into a respective one of the hot swap bays of the storage sled. Each storage device may include a latching handle to lift and downward position the storage device in the corresponding hot swap bay.

A plant develop rack includes a base, plural soil packages, a water supply device, and a water collecting tank. Plural rack units are disposed on the base and are arranged vertically. Each soil package encloses growth medium and plant and forms plural openings for the plant to extend outward. The water supply device is located above the rack units. Thereby, when the water supply provides water to the most upper rack unit, water may enter the soil package on that rack unit to nourish the plant. Thereafter, excess water may flow downward via draining holes of the rack unit to reach lower rack units. Thus, the soil packages on all rack units can acquire sufficient water for growing the plant.

The present invention provides an automated system for asset tracking and management and utilizes near field Radio Frequency IDentification (RFID) technology. RFID tags are attached to the assets, and RFID antennas (and corresponding readers) are strategically located in close proximity to read the tags. As applied to a rack or cabinet, near-field antennas are mounted along one of the mounting posts at each rack unit location such that when a piece of equipment (rack mounted or rail mounted) is installed at a particular rack unit space, the tag will be read and registered in an RFID management system. A magnetic field shaping arrangement ensures that crosstalk between adjacent rack positions is prevented. Ferrite elements are used to control the magnetic field.

A system and a method for forming the system. The system includes a cooling conduit and rack containers stacked in a first direction parallel to a floor. Each rack unit includes at least one heat generating device configured to generate heat while in operation. Each rack container is equipped with wheels positioned on a supporting structure to enable the wheels to move along the supporting structure in a second direction which enables adjacent rack containers to move closer to or further from each other. The second direction is parallel to the floor and perpendicular to the first direction. The supporting structure is on the floor and oriented in the second direction. The cooling conduit is secured on a top surface of each rack container to allow a cooling fluid to flow into each rack container and be heated by absorbing heat from the at least one heat generating device.

Described herein is an indoor greenhouse that includes a rack unit, an outer layer that surrounds the rack unit and defines a greenhouse interior, at least one light surrounded by a light enclosure, a cooling system, and a ventilation system all disposed in the greenhouse interior. The ventilation system includes a fan, a filter and at least one duct that cooperate to exhaust air out of the exhaust vent opening. The rack unit includes a top, a bottom, and an intermediate portion extending therebetween. The outer layer includes a top, a bottom, and an intermediate portion extending therebetween that correspond to the similar portions of the rack unit. The outer layer also has intake and exhaust vent and light cooling openings defined therein. The cooling system includes at least one duct that cooperates with the light enclosure to define an air path between the intake and exhaust light cooling openings.

A multi-function supporting rack includes a rack unit, a holding unit and a coupling unit. The rack unit has a fastening member at the top end and a hollow housing portion at the bottom end thereof. The holding unit is located on the fastening member to hold an article. The coupling unit has a latch member located in the housing portion and a connection member to couple the latch member and an equipment together. Such a design forms a greater supporting contact area between the latch member and the housing portion to provide an improved supporting effect. Moreover, once the latch member and the connection member are fastened to the equipment, the housing portion is coupled on the latch member. The finished assembly of the invention takes less space and installation is easier.

The invention discloses a conveying mechanism used for storage picking and an automatic circulation system for storage. The conveying mechanism comprises a first conveying station, a third conveying station and a travelling channel. On the first conveying station, the conveying mechanism and driving units are in butt joint, and goods rack units are conveyed to the third conveying station. On the third conveying station, the conveying mechanism and the driving units are in butt joint, and the goods rack units break away from the conveying mechanism; the driving units move to the third conveying station from the first conveying station along the travelling channel. The automatic circulation system for storage comprises the conveying mechanism, a plurality of driving units and a plurality of goods rack units. The goods rack units and the driving units are in butt joint so that a target goods rack unit can be carried by the corresponding driving unit to move to the first conveying station of the conveying mechanism. The conveying mechanism is used for assistant queuing and can be in seamless butt joint with robot carrying, the whole queuing process is simplified, a robot only needs to pay attention to the carrying process where value is most shown, and therefore running efficiency of the system can be substantially improved, and cost of an overall scheme can be substantially reduced.

In order to permit a temporary storage with a simultaneously high number of storage places and high throughput capacity, a rack (1) which may include mutually opposite rack units (1a, 1b), in the rack aisle of which a vertically movable lifting bar (7) is arranged. Two load suspension means (6a, 6b) may be provided for removing the load carriers (2) and are movable horizontally at the lifting bar (7). Removed load carriers (2) are deposited in the respectively desired sequence on a conveyor (8), which is connected fixedly to the lifting bar (7) and the conveying direction of which can be reversed, and may then be delivered batchwise onto a removal device (5) for further transportation. The rack levels (3) of the rack (1) may be accumulating conveyors, with it being possible for the load carriers (2) to be placed into the store from the end side of the rack (1) via a lifting device (9a, 9b) without using the load suspension means (6a, 6b). The method and apparatus may be used, by way of example, to facilitate the packing of goods order picked on load carriers (2), the load carriers (2) belonging to an order are first of all collected in a temporary store and are then conveyed for dispatch in a predetermined sequence favorable for packing.

A computer system may include N rack unit switches and 6N processing rack units, where N is a positive integer. Each rack unit switch may include four switching units and each switching unit may include at least M²/2 ports. Each processing rack unit may include at least 27*4N ports originating from a plurality of processing modules of each respective processing rack unit. The ports of the N rack unit switches may be coupled to the ports of the 6N processing rack systems to create a network architecture.

A novel midplane is shaped with voids through which a dataplane connection is made between components on one side of the midplane and components on the opposite side of the midplane. The voids in the novel midplane offer numerous advantages in the design of network devices, including improved cooling performance, minimizing rack unit space and maximizing interface density, improved signal integrity allowing greater bandwidth through elimination of midplane signaling connections, improved upgradability of orthogonal direct connectors with little or no impact on the midplane or chassis, and proper alignment between the components of the dataplane.

Selecting an installation rack for a device in a data center including obtaining physical size and power of the device; judging, according to the physical size and power of the device, whether rack space, rack total power, and rack unit power density of a rack in the data center satisfy predetermined requirement after the device is added into the rack; and selecting a rack that satisfies the predetermined requirement as an installation rack.

The invention discloses a cold press for a glue-laminated bamboo member, comprising longitudinal pressurizing assemblies, a cold press integral set composed of more than one rack unit which is sequentially arrayed, as well as a lateral pressurizing element and a vertical pressurizing assembly which are arranged on the rack unit, wherein the longitudinal pressurizing assemblies are installed on the rack units which are located on the two end parts in the cold press integral set, and the force-applying ends of the longitudinal pressurizing assemblies generate a pressure along the longitudinal direction of the glue-laminated bamboo member. The cold press disclosed by the invention has the advantages of being simple and convenient in operation, wide in application range, capable of applying multidirectional pressures, capable of improving machining capacity and machining efficiency, and the like.