447 results about "Bedding support" patented technology

A bed is provided which orients a user in a multi-angled, prone position. The bed supports a downward positioning of a user's face to maintain an open airway to reduce or eliminate sleeping problems associated with gravity aggravated apnea. By positioning the user's head downward, gravity operates to maintain the user's airway open as opposed to forcing it closed. The bed is provided with a moisture absorbent covering which may be changed and laundered as desired.

A unitary external counterpulsation apparatus includes a curvilinear bed supported by a frame housing and fluid distribution assembly and control module. The bed includes a concave upper portion, a convex lower portion, and a saddle point therebetween. The fluid distribution assembly interconnects a plurality of inflatable devices adapted to be received about the lower extremities of a patient and a compressed fluid source. The control module controls distribution of compressed fluid from the source to the inflatable devices. Variable flow-rate valves optimize distribution of the compressed fluid.

A hybrid test bed mixes simulated and actual wireless communication network entities in a real-time packet data simulation. In at least one embodiment, the test bed supports end-to-end simulation for a packet data application running on a mobile station simulator. The test bed provides a realistic assessment of that application's real-time performance by constraining packet data transmissions from a radio base station simulator to the mobile station simulator according to peak data throughput estimates and mobility event processing determined from a detailed wireless communication network simulation. Additionally, the test bed includes or is associated with a graphical display system providing real-time performance information.

A slidable truck bed-supported cargo carrier assembly for facilitating the loading and unloading of items and objects from truck boxes. The slidable truck bed-supported cargo carrier assembly includes a base support assembly including a base support frame being adapted to rest upon a floor of a truck box, and also including roller assemblies being attached to base support frame; and also includes a deck support frame being slidably disposed upon the base support assembly; and further includes a deck being mounted upon the deck support frame; and also includes a locking assembly for securing the deck support frame to the base support frame.

A pickup bed support structure that includes longitudinally extending frame rails to which transversely extending beams used to support the truck bed box are assembled. The beams are received below a top surface of the frame rails by forming notches or holes in the frame rails into which the beams are inserted. Alternatively, notches or holes may be provided in the transversely extending beams that receive the longitudinal extending frame rails. One method of manufacturing a pickup truck bed support structure is disclosed in which holes are provided in the longitudinally extending frame rail that receive the transversely extending beam that support the pickup truck bed. An alternative method is also disclosed in which notches are formed in the frame rails that receive the beams that are welded to the frame rails prior to assembling the pickup truck bed to the beams.

A bed apparatus has a table-top movable at least in a longitudinal direction, a bed supporting unit located below the table-top, an intermediate unit located at a position between the table-top and the bed supporting unit and not overlapping with a center in a width direction of the table-top, and movable in the same direction as the table-top, and a changing unit configured to change a relative positional relationship of the table-top and the intermediate unit while the intermediate unit moves with respect to the bed supporting unit.

The present invention relates to an improved system for efficiently and accurately performing immunoassays, such as ELISAs. The invention provides an immunoassay assembly which includes a flow-through unit and an aspiration pump. The immunoassay flow-through unit includes an outer seal; at least one bed support; an inner seal; and a packed non-porous bed. The unit is releasably attached to an aspiration pump which enables the controlled flow rate of liquid passing through the packed bed of the flow-through unit. The invention also provides a method of using the immunoassay assembly to identify analytical targets of interest.

The invention relates to a multifunctional anti-bedsore bed, which comprises a bed support, lifting plates, a stern lifter and a turnover device, wherein, the support is mounted with two lifting plates separated distributed; the stern lifter is mounted under one lifting plate; the turnover device is mounted at two sides of support. The invention uses the alternative motion of lifting plates, to move the back of patient, to prevent bedsore. And the invention can lift up the stern of patient to discharge dirt, without drawing out the plate, to reduce the friction on the stern. And the invention can draw the flexible cloth to turnover the body. The invention has simple structure and the anti-bedsore function.

Laser-scribing systems and translation stages operable to support a workpiece during laser scribing are provided. A laser-scribing system includes a base section, a bed supported by the base section, a laser, a first driving mechanism operable to move a workpiece longitudinally along the bed, and a second driving mechanism. The bed comprises a movable section configured to translate with respect to the base section. The movable section comprises a gap to allow a laser beam to pass through. The laser is positioned to direct the laser beam through the gap. The second driving mechanism is operable to laterally translate the laser and the movable section in order to scribe a pattern on the workpiece.

The invention discloses a multifunctional test bed for simulating condition by a one-quarter suspension of a vehicle, comprising a T-shaped groove base, a test bed support frame, an actuating bench assembly and a vehicle suspension assembly. The test bed support frame is arranged on one side of the T-shaped groove base; and the actuating bench assembly is arranged on the other side of the T-shaped groove base. The vehicle suspension assembly is arranged on a working disk of the actuating bench assembly; and the vibration response of a vehicle body and unsprung mass can be obtained by simulating the road surface vibration through the output of an actuating bench. The multifunctional test bed has multiple functions, can meet simulation condition tests of transverse arm type, multi-link type and Macphersan type suspension systems in the suspension forms, meet simulation condition tests of passive, semi-active and active suspension systems in the types and meet actual condition tests and pseudo-dynamic tests in the simulation modes. According to the test results, the invention not only can analyze the performance of single vibration absorber, but also can analyze the overall performance of the suspension and can verify control effects of magnetorheological semi-active suspension under different control strategies.

The present invention relates to a chromatography column 1 in which the net 129 and/or bed support 131 is integrally joined to a net retaining means, preferably a sleeve 135 that protrudes through the column end plate 5, and/or to a net retaining circumferential ring. Different net retaining means are also presented.

A transformable, aerodynamic cover assembly for pickup trucks which is user switchable between a closed aerodynamic configuration and a fully deployed truck cap configuration. The aerodynamic configuration reduces vehicle wind resistance and drag, thus increasing fuel efficiency. The cover assembly, constructed of rigid materials, comprises a fiberglass shell mounted within the truck bed supporting a rigid, fiberglass cover. Flexible fabric windows suspended from the cover are supported between sidewall hangers and pivoted sleeve tubes. A flexible rear hatch is supported by a transverse hanger. Internal stanchions pivoted to the cover underside foldably switch between deployed, cover-elevating positions an stowage positions. The cover sidewalls and hatch provide a space for human habitation and increased cargo hauling capacity. The cover is detachable from the body of the assembly for hauling oversized cargo.

This invention relates generally to conveyors, particularly to a sanitary conveyor adapted for use in production applications requiring usually frequent, periodic cleaning procedures in strict compliance with sanitary standards. The conveyor comprises a frame which comprises a conveyor bed supported by a plurality of legs or a suspension system, and at least one rotatable roller supported by the frame. At least one endless belt is in contact with the at least one roller of the conveyor, the at least one belt defining both an upper portion (conveying run) and lower portion (return run), with the upper portion (conveying run) supported by the conveyor bed. At least one longitudinal shield is movably attached to the frame and is movable between at least opened and closed positions, with the at least one longitudinal shield located laterally of at least the conveyor bed when the shield is in the closed position. At least one catch pan may be removably supported by the frame of the conveyor below the lower portion or return run of the at least one endless belt to catch any wayward particulate matter and/or residual drips that may fall from the lower portion or return run of the belt. At least one shelf may be defined on the at least one movable shield for removably supporting removable conveyor bed components during cleaning operations.

The invention discloses a sleep monitoring method and device. The method comprises the steps as follows: collection: a pressure change signal of a bedding supporting part is collected; calculation: the movement times, the extent and the duration of a monitored sleeper are calculated by means of the collected pressure change signal; and storage: the calculated movement times, the extent and the duration of the monitored sleeper are stored. According to the sleep monitoring method and device, and the movement condition of the sleeper is monitored by monitoring the pressure change of the bedding supporting part, so that the sleeping condition of the sleeper can be analyzed, and the condition that a monitored object is required to be contacted with, and the sleeping monitoring can be realized in the previous is changed.

The invention discloses a solar aeration-plant bed supported device with a biological membrane. The device is characterized in that a solar cell, a supporting connecting device, an air pump, an aeration pipe and an air distribution pipe are combined to form an aeration system, a strong buoyancy carrier and an emergent aquatic plant form an ecological floating bed system; a filler system provides a place for lots of microbial floras, phytoplanktons, protozoa and micro-metazoons to attach and live; all the systems are co-built to form a biological membrane capable of effectively and quickly purifying contaminants. The solar aeration-plant bed supported device with the biological membrane is capable of effectively removing organic matters and other pollutants such as COD (Chemical Oxygen Demand), nitrogen and phosphorus in water, purifying water, improving the ecological system of the river, helping recovering the self-cleaning ability of water and also achieving certain environment beautifying effect.

The invention discloses super span steel skew arch construction method. Its feature is that it adopts molding bed support sectionalizing installation method which includes the following steps: dividing the super span steel skew arch into twenty one construction units; assembling each of them by horizontal type assembling method; laying off and locating supporting molding bed by total stations instrument; installing supporting molding bed; orderly installing the 1-4, 18-21 sections steel skew arch in roof covering, the 5-10, 12-17 sections out roof covering, the eleventh healing section in roof covering; removing the supporting molding bed. The invention can eliminate installing accumulative error, increase insurance coefficient for whole project to ensure steel skew arch healing successful at a time. The method can be used in large scale hall super span steel skew arch construction.

Methods and systems are provided for radioactive imaging of a test subject. At least one detector is operative to detect a radiation type associated with the subject. A test bed supports the test subject. A collimator assembly is positioned between the test bed and the at least one detector. The collimator assembly is not mechanically coupled to the at least one detector.

A filtration bed support for biolytic filtration wherein the filtration bed comprises a bed of solids in various stages of decomposition ranging from raw unprocessed organic material on the surface of the bed to fully decomposed humus which forms the bulk of the bed. The bed is kept from blocking by living organisms. The support comprises a three dimensional humus matrix lattice.

A magnetic resonance imaging apparatus includes a gantry having an imaging space therein, a receiving circuit that receives a magnetic resonance signal emitted from a subject arranged in the imaging space, and a bed device on which the subjected is mounted, wherein the bed device includes a top panel on which the subject is mounted, a bed support section which supports the top panel to enable moving the top panel in such a manner that the subject mounted on the top panel is positioned in the imaging space, connection ports provided on the top panel to connect signal transmission cables of RF coils which convert the magnetic resonance signal into an electric signal, and connecting unit which electrically connects the signal transmission cables with the receiving circuit through the inside of the bed support section.

The invention discloses a novel universal moulding bed for a ship. The novel universal moulding bed comprises two cross rails arranged back and forth; the two cross rails are parallel to each other; each of the two cross rails is matched and provided with a plurality of uniformly distributed slide blocks; the two corresponding slide blocks located on the different cross rails are fixedly connectedby a strip-shaped base; the length direction of the base is vertical to the cross rails; a strip-shaped first transverse plate is arranged in the middle of the upper part of the base; the first transverse plate is parallel to the base; the upper part of the first transverse plate is provided with a second transverse plate; the second transverse plate is same as the first transverse plate in sizeand is parallel to the first transverse plate; the first transverse plate is fixedly connected with the corresponding second transverse plate by a vertical plate; and the vertical plate is parallel tothe length direction of the base. According to the novel universal moulding bed, a traditional supporting column fillister head is replaced with a platy electromagnetic pressure head, and point contact is changed into surface contact, so that the stress of a contact point is halved; and a sectional outer plate is fixed by virtue of the suction of the electromagnetic pressure head, so that the problems of sectional deformation and slippage in a moulding bed supporting process are solved.

The invention provides a multifunctional performance test bed for an electric vehicle. The multifunctional performance test bed comprises a test system, a tested system, a test bed supporting structure, a control system, a data collection system and an electric system. The test system comprises a power-measuring motor, a speed increasing device, a first flange plate, a torque sensor, a second flange plate, a bearing base, a third flange plate and an intrusiveness coupling which are sequentially connected. A tested gear shift executing mechanism is integrally arranged on the speed increasing device. The tested system comprises a gearbox and a tested motor which are connected with each other. A tested gear shift executing mechanism is integrally arranged on the gearbox. The test bed supporting structure comprises a base, a test system supporting part and a tested system supporting part. The control system comprises a power-measuring motor controller, a power-measuring control unit, a tested motor controller and a tested vehicle controller. By means of the multifunctional performance test bed, all the tests for testing the electric vehicle can be finished, the test system and the tested system are arranged on the test bed supporting structure through sliding blocks, and installation and movement are facilitated.

A sanitizer for bedding has an irradiation chamber with a light support mounted for reciprocation within the chamber. A light for radiating into the chamber is supported by said light support. A bedding support is mounted so as to be at least partially withdrawable from the chamber. The light support may be mounted medially within said chamber and the bedding support may extend on either side of the light support.

A bed having a purpose of transferring a care-requiring person lying in bed from the bed, the bed having a structure in which there are provided arranged a main bed and a position adjustment bed supported collectively movably up and down, and a suspending equipment below the main bed, and at a further lower position with an auxiliary bed which makes a swing movement, the main bed having a function of moving-away swing movement, the main bed and the position adjustment bed adjacent thereto each having a sheet with its one end fixed to the adjoining sides of the beds and the other end mounted to a sheet-fixing bar of a swing arm at the main bed side and the position adjustment bed side, the swing arms having a rotation axis near the adjoining parts of the beds.