25 results about "Rack unit" patented technology

The substrate processing apparatus of the present invention includes: a workbench module including a first region and a second region adjacent to the first region, wherein a rack unit having a length in a first direction is provided in the first region; an isolation unit disposed at the lower part of the workbench module; a frame unit disposed at the lower part of the isolation unit; and a foot unit disposed at the lower part of the frame unit, wherein the frame unit includes: a horizontal frame having a first frame provided parallel to the floor surface and along the first direction, and a second frame provided parallel to the floor surface and along a second direction perpendicular to the first direction; the foot unit includes: a plurality of first feet disposed on the second frame, adjacent to each other in the first region direction with respect to the first frame and eccentrically disposed in relation to the second region direction compared to the second region direction.

A fiber distribution unit and system and method for high-density cable routing are provided. The unit, system, and method include positioning a fiber distribution unit alongside a computing equipment at a rack including a plurality of fiber ports. The fiber distribution unit includes a plurality of fiber connection adapters. Positioning the fiber distribution unit includes forming a plurality of sections including fiber connection adapters of the pair of fiber distribution units aligned along a width direction with the fiber ports of the computing equipment. Each section extends along a single rack unit. The system includes a 1:1 ratio of fiber ports to fiber connection adapters at the plurality of sections.

This application discloses a data center cooling system, belonging to the field of data center cooling systems. The system includes rack units, each with interconnected rack units on its sides and back, housed within a sealed server room. A cooling airflow layer is located at the top of the sealed server room. This data center cooling system features a modular design for the rack units, but adjacent racks share a heat-conducting plate. Heat is transferred to the cooling airflow layer via heat pipe phase change principle and dissipated by variable frequency fans, forming an overall cooling capacity. Simultaneously, each rack unit has an independent cooling system with copper pipe cooling plates, a circulating pump, and a heat exchanger. Temperature changes are monitored online by temperature sensors within each rack to evaluate the effectiveness of the overall cooling architecture. Cooling compensation is then implemented through the independent cooling architecture, effectively saving energy and facilitating targeted maintenance without affecting overall operation.

An aerial storage system has an aerial transport vehicle and a storage rack. The aerial transport vehicle has a traveling portion that travels on a track configured in a lattice shape, and a main body portion that is suspended from the traveling portion and holds an article on a lower side of the track. The storage rack has a suspension member that is a plurality of suspension members extending in a vertical direction, a track support portion provided at a middle portion, and a unit support portion provided at a lower end portion, and a rack unit and a scaffold unit supported to the unit support portion of the suspension member. A corner portion of the rack unit and a corner portion of the scaffold unit are supported to the unit support portion.

A server rack including: rack units; servers, each server positioned within a respective rack unit of the rack units, each server including a first coupling mechanism, each server including a set of switches; a bus bar including, at each rack unit: a second coupling mechanism for coupling with the first coupling mechanism of the server located at the rack unit; a set of tabs, wherein a state of each of the tabs of the set of tabs indicates a location of the rack unit within the server rack, wherein, for each server, the server is positioned within the respective rack unit such that the set of tabs of the bus bar at the respective rack unit contact a subset of the switches of the set of switches of the server to generate a signal by the server that indicates the location of the server within the server rack.

An in-rack cooling unit for cooling electrical equipment within a rack can include a casing having an air inlet, an air outlet, a top panel, and a bottom panel defining a longitudinal plane. A distance between the top panel and the bottom panel can define a height of the casing that is less than 6 rack units. The casing can further include a fluid inlet and a fluid outlet. A heat exchanger can be fluidly connected between the fluid inlet and the fluid outlet. A fan can define a rotational axis that extends at a first oblique angle relative to the longitudinal plane, with the fan pulling air from the air inlet across the heat exchanger and discharging conditioned air through the air outlet in a direction different than the rotational axis.

The present application belongs to the technical field of buckle hanging rack, especially relates to a buckle hanging rack, which comprises a hanging rack unit, a connecting lug, and a positioning pin, wherein one end of the mounting rack is fixedly provided with two symmetrically distributed connecting lugs, and the other end of the mounting rack is provided with a hinged shaft; a plurality of hanging rack units are connected and installed through the connecting lugs and the positioning pin; the designed hanging rack can be folded to complete three different modes of card mounting; the first mode is that the hanging rack is arranged in a linear type, and can be horizontally mounted on a floor cabinet and suspended on a hanging cabinet; the second mode is that the hanging rack is arranged in an L type, and the horizontally distributed hanging rack can be used for mounting a floor cabinet, and the vertically arranged hanging rack can be used for vertically suspending a plurality of hanging cabinets; the third mode is that the hanging rack is arranged in a Z type, and the two groups of hanging racks distributed in an up-down horizontal type can be used for mounting a floor cabinet and suspending a hanging cabinet; the card mounting modes are diversified, and a plurality of card mounting modes can be realized.

This utility model relates to the field of cultivation racks and discloses a mushroom cultivation rack, including support columns, which are arranged in multiple groups. An assembly component is fixed to one side of each adjacent group of support columns via a fixing component. The assembly component includes fixing rods, which are also arranged in multiple groups. A limiting plate is slidably connected to the inner wall of each fixing rod in a ring-shaped manner. A support rod is inserted into the inner wall of the fixing rod. The lower part of the outer wall of the limiting plate abuts against the upper part of the outer wall of the support rod. Stop bars are fixedly connected to both ends of the support rod. A protective box is fixedly connected to the side of the limiting plate closest to the support rod. In this utility model, when assembling the cultivation rack using the assembly component, the operator only needs to insert the support rod and stop bar portions into the inner wall of the fixing rod and pull the protective box to cover the limiting plate and the support rod to complete the fixing of a single rack unit. This eliminates the need to operate on each rod individually, saving the operator's installation time and simplifying the operation.

This utility model relates to the field of storage rack technology and discloses a warehouse goods storage rack, including multiple rack units that can be spliced ​​together. Each rack unit includes multiple opposing columns connected by connectors. A liftable storage plate is provided between the columns via mounting components. Each column has a mounting cavity with an opening at its lower end along its height direction. A mounting block is provided within the mounting cavity at the lower opening, and an insertion slot is provided on the lower side of the mounting block. An insertion block is provided at the upper end of the column. The insertion block is inserted into the corresponding insertion slot to achieve splicing between rack units. By aligning the insertion slots on the mounting blocks of one rack unit with the insertion block of another rack unit and inserting them, two rack units can be assembled vertically. At this point, rack units can be stacked sequentially according to the required rack height, allowing for flexible splicing based on the desired rack height.

The application discloses a kind of high-efficiency stripping and sorting recovery equipment of waste cable, it is related to waste cable processing equipment technical field, including rack unit, adaptive conveying unit, adjustable cutting unit, transmission synchronization unit, sorting export unit and control unit.The application is driven by lifting drive mechanism, lifting frame to adaptively adjust the clamping spacing of conveying gear, cooperate with the deflection blade driven by hydraulic rod, can be according to the actual thickness of waste cable outer skin flexible adjustment blade cutting depth and conveying clamping pressure, effectively overcome the fixed drawbacks of the radial spacing of existing equipment, both can guarantee thick outer skin cable to be completely cut through by blade, stripping thoroughly, avoid outer skin residue;It can also make conveying gear and thin outer skin cable fully contact, provide stable friction traction, eliminate skidding, jam, without manual auxiliary push, greatly improve the versatility and operating stability of equipment.

The application relates to the field of warehouse shelves, and discloses a warehouse shelf with multiple shelf units, which comprises multiple support columns, one side of each of the multiple support columns is provided with a warehouse goods placing plate, the left and right ends of the warehouse goods placing plate are respectively provided with positioning connecting mechanisms connected with the support columns, the top surface of the warehouse goods placing plate is provided with multiple L-shaped goods partition plates, the side surface of the warehouse goods placing plate is slidably connected with multiple special-shaped sliding plates corresponding to the L-shaped goods partition plates, and the bottom surface of one end of the special-shaped sliding plate is fixed with the top surface of the L-shaped goods partition plate. The device is matched with the movable rod, the spring and the pin hole, the position of the partition plate can be flexibly adjusted according to the quantity and size of goods, "looseness" and "tightness" can be avoided, balance limiting and goods protection are achieved, tools are not needed, different goods storage requirements can be quickly adapted, and the utilization rate of the warehouse space is improved.

The application provides a coating device for artificial leather production, and relates to a coating device, which comprises an arc-shaped processing tank, a track shaft arranged coaxially, and a rack unit group movable along the track shaft, the rack unit group is integrated with a pay-off roller, a winding roller, a rotary motor and an arc segment cover plate, during operation, the rack unit group moves to above the processing tank, the winding roller drags an end of the artificial leather along the arc-shaped tank under the drive of the rotary motor to complete dipping and drying, and the head and tail ends are ensured to be processed, drive motors capable of automatic docking are arranged at both ends of the device, the pay-off and winding are driven during main coating, after coating is completed, the empty pay-off roller can pass through the processing tank again with the leather tail to complete tail end processing, through integrated automatic circulation design, the application realizes full-process automation from pay-off, coating, drying to winding, especially ensures uniform coating of the artificial leather in the full length range, and realizes automatic roll changing, and the production efficiency and product quality stability are significantly improved.

A system configured to distribute power within a rack is disclosed. The system may include a rack junction box configured to receive power. The system may include a power rail coupled to the rack junction box and configured to receive power from the rack junction box. The system may include one or more power couplers coupled to the power rail and configured to receive power from the power rail and distribute power to a plurality of rack unit loads.

The utility model relates to a kind of top straightening device, including rack unit, first abutment unit, second abutment unit, third abutment unit and drive unit.Its advantage is in, compared with traditional hoisting correction, without complex hoisting mechanism transmission workpiece, using ordinary transmission structure can complete the input and output of workpiece, improve efficiency;Simple and fast operation can be applicable to different specifications of workpiece, meet the production requirement on site.

This invention discloses a shuttle-type multifunctional intelligent storage rack, relating to the field of storage rack technology. It includes a base, with rack units arranged in a right-angled trapezoidal pattern (wider at the bottom and narrower at the top) and featuring an inclined track design on the top surface of the base. Picking units are located on the sides of the rack units, allowing them to shuttle between different storage areas and retrieve target goods. Each rack unit includes a rack support fixedly installed on the top surface of the base. This invention establishes a reliable lifting drive force via a gear and rack system using an adjusting rod, while simultaneously switching the path using a adjusting baffle and opening only the transverse track entrance for the target layer. When the picking base climbs along the inclined track, a movable plate unfolds to form an auxiliary support torque to counteract the overturning tendency and maintain stability. Upon arrival, it switches to the transverse track and moves to the designated column. The movable picking seat then precisely aligns with the bottom surface of the target tray, and the tray is picked up and unlocked from the rack through a lifting and locking mechanism. Finally, the tray is carried back along the original path to the entrance / exit to complete the retrieval.

The application discloses a kind of intelligent file rack management control systems applied to library, it is related to library management technical field, comprising: signal acquisition module, according to detection period reads each grid number corresponding grid detection signal and grid association state signal, according to the grid association state signal in the preset reference period quantity forms reference grid state, and the grid detection signal loses effective value after grid association state signal and reference grid state are compared, form grid detection failure record;Rack positioning module reads the grid number in grid detection failure record, carries out position inclusion comparison with rack unit installation range record to grid installation position record.The application can avoid directly identifying the situation as abnormal file after grid detection signal loses effective value, so that grid detection link failure and abnormal file state have more clear judgment boundary.

A transport system has a transport vehicle comprising a load area having a load surface on which a plurality of rack units of the transport system can be arranged one behind the other in a vehicle longitudinal direction and can be either locked in position or displaced in the vehicle longitudinal direction, whereby an accessible intermediate space can be produced between two adjacent rack units. In order to enhance improve the effective usability of a load space of a commercial vehicle, the transport vehicle is configured such that the intermediate space can be accessed regardless of the position thereof from an access side arranged laterally in the vehicle transverse direction.

The present invention relates to integrated modular busway rack power distribution systems. Systems configured to distribute power within a rack are disclosed. The system can include a rack junction box configured to receive power. The system can include a power rail coupled to the rack junction box and configured to receive power from the rack junction box. The system can include one or more power couplers coupled to the power rail and configured to receive power from the power rail and distribute power to a plurality of rack unit loads.