46results about How to "Adequate support" patented technology

A monument support system (90) for an aircraft (92) includes multiple aircraft frame elements (16″). An adapter bridge (93) is coupled to the aircraft frame elements (16″) and has multiple attachment points (20″). A coupling member (110) is coupled to the adapter bridge (93). A monument (96) is coupled to the frame elements (16″) via the adapter bridge (93) and the coupling member (110).

The present invention relates to a table saw having a stationary worktable having a work surface, a base for supporting the worktable, a motor-driven cutting device mounted between the worktable and base and at least one auxiliary support device disposed beside the worktable. The auxiliary support device is pivotal relative to the stationary table and the auxiliary support device can be converted between a extended position and a folded position. The auxiliary support device pivots upwardly when it converts from the extended position to the folded position and provides adequate support for making accurate cuts and is convenient to store or transport.

An improved travel trailer chassis that has a main section, which is connected to the axles of the wheels, a first elevated section that is connected to a forward end of the main section and is elevated above the main section and a second elevated section that is connected to a forward end of the first elevated section and is elevated above the first elevated section. The first elevated section is configured to receive a floor and fixtures to support a bathroom. A trunk space for storage is defined by a floor that extends forward from the main section of the chassis underneath the first elevated section of the chassis. One or more sewage tanks are mounted to the first elevated section of the chassis immediately beneath and substantially adjacent the floor of the bathroom supporting the fixtures. A drain assembly extends through the trunk space to an exhaust positioned outside of the trailer. The controls of the drain assembly are advantageously located within the trunk space at an elevated position above the ground.

The invention discloses a chamfered crystallizer with a taper continuous casting plate blank, and belongs to the technical field of steel-making-casting. The chamfered crystallizer comprises relatively wide copper plates and relatively narrow copper plates and is characterized in that the chamfered crystallizer is composed of two relative wide copper plates and two relative narrow copper plates; a chamfer surface transitioned from an inner surface of the narrow copper plate to the inner surface of the wide copper plate is a circular arc curved surface or plane, the chamber surface has a natural inverted taper from an upper opening to a lower opening of the crystallizer; an included angle of two ends of the narrow copper plate and the wide copper plate is 90 degrees, the platform width of the chamfer surfaces at two ends is 0-6 mm; and the chamfer surface has a taper. A multi-variety and multi-specification mature industrial application is realized, the transverse corner crack of the continuous casting plate blank is eliminated, and the longitudinal corner crack defect is avoided. The thickness specification range of the proper continuous casting plate blank is 130-420 mm, and the width specification ranges from 1000 to 3000 mm. The matched casting process is reliable and stable. The structure is relative simple and the popularization is strong.

The invention discloses a blood occlusion device for a hepatic operation. The device comprises a tube body capable of being planted into a blood vessel. A displacement prevention device is arranged on the outer surface of one end of the tube body. A cavity is arranged inside the tube body. A blood occlusion device body is arranged inside the cavity. The displacement prevention device comprises an expander. The expander comprises a plurality of step protrusions evenly arranged on the outer surface of one end of the tube body. The step protrusions are in a wedge shape. An adjusting groove is formed in the surface, matched with the outer surface of the tube body, of each step protrusion. A groove is formed in the position, matched with each adjusting groove, of the tube body. According to the technical scheme, the displacement prevention device and the blood occlusion device are indispensable; if the displacement prevention device is omitted, the fixed position cannot be ensured, and the operation progress is affected; if the blood occlusion device is omitted, the predetermined effect cannot be achieved. The displacement prevention device and the blood occlusion device are operated in the operation process, so that the operation time is greatly shortened, and the survival probability of a patient is increased.

A mattress assembly structured for comfortable support of an infant, such as a prematurely born or newborn infant. The mattress assembly includes a base and a compressible material border disposed on the base in at least partially retaining and surrounding relation to a cushioning assembly. The cushioning assembly comprises a plurality of compartments containing a viscous material, such as silicone, collectively underlying and disposed in alignment with the placement area. A smoothing section is disposed and structured to prevent excessive sinking of the infant into the plurality of compartments. Damage to the infant's skin is prevented or reduced by the provision of a particulate section comprising a casing at least partially filled with a plurality of silicone microbeads, and a contact section formed of shear resistant material collectively defining outer portions of the mattress assembly and extending throughout the placement area on which the infant is intended to be disposed.

The invention relates to a secondary power supply, and particularly relates to a box battery pack with an insulation safety structure. The box battery pack is structurally characterized by comprising a plurality of vertically and horizontally arranged battery modules distributed in a box, and each battery module comprises a plurality of single batteries, an insulating base and an insulating top cover; and the box battery pack also comprises a fixed L plate and a box, wherein the fixed L plate is used for fixedly installing and connecting the plurality of horizontally-arranged battery modules. The box battery pack disclosed by the invention has the advantages that through taking the battery modules as component units, carrying out overall insulated wrapping on the battery modules and carrying out insulated isolation among single batteries in the modules, the connection and disconnection operations between the single batteries in the modules and between the modules are effectively distinguished, so that the potential safety hazards in the aspect of operation are reduced, and a modularized operation can be performed both in the aspects of application and maintenance, therefore, the box battery pack is simple and convenient to operate. In addition, because a radiating channel is left due to incomplete isolation, the temperature difference between the single batteries is effectively reduced, thereby prolonging the service life of the batteries and ensuring the application performance of the batteries.

The invention relates to the technical field of graphene materials and particularly relates to a transparent conductive composite film comprising a graphene film and a poly-p-xylylene film, wherein the poly-p-xylylene film is arranged on one surface of the graphene film. The transparent conductive composite film has the beneficial effects that the transparent conductive composite film is provided; the graphene film is supported by the poly-p-xylylene film, so that the tight molecular contact between the poly-p-xylylene film and graphene can be realized; and an effective mechanical supporting effect on graphene is taken under pi-pi coupling action, so that the thermal vibration of graphene can be remarkably inhibited, furthermore, the electrical property of graphene is stabilized, and the service performance of graphene is greatly improved.

Various methods for implanting a stent into an ostium or a proximal portion of a body vessel utilizing a guide catheter, rather than a convention balloon angioplasty balloon catheter, as the primary delivery device are disclosed. The guide catheter can be used as the primary stent delivery catheter for the ostium region of the body vessel and can be anchored to the vessel to allow secondary treatment devices to be advanced to distal locations in the body vessel.

The invention relates to the field of petroleum downhole construction, and particularly relates to a deformable assembly for a downhole tool and the downhole tool. The deformable assembly comprises adeformable assembly body, wherein the deformable assembly body is provided with a deformable piece outer surface and a deformable piece inner surface; the deformable piece inner surface is used for being matched with a mandrel deformable surface for installation; at least one circle of complete spiral groove structure is arranged in the circumferential direction of the deformable piece outer surface of the deformable assembly body; the depth direction of the spiral groove structure is that the spiral groove structure extends from the deformable piece outer surface to the deformable piece innersurface; and a sealing material is arranged in the spiral groove structure. At least one circle of complete spiral groove structure is arranged in the circumferential direction of the deformable assembly body, so that the surface area of the deformable assembly body is increased, and the expansion rate of the deformable assembly body is increased; and due to the fact that the sealing material isarranged in the spiral groove structure, the sealing material achieves sealing with the inner wall of a shaft.

The invention discloses a three-section front end structure with a function of flexible leg type collision. The structure comprises an upper framework, a middle energy absorption structure and a guideplate, the upper framework is arranged on the upper portion of the middle energy absorption structure, the guide plate is arranged on the lower portion of the middle energy absorption structure, theupper framework comprises an energy absorption structure A, and the guide plate comprises an energy absorption structure B. The provided three-section front end structure with the function of flexibleleg type collision has the advantages that a three-section pedestrian protection structure can protect pedestrian legs to the maximum extent under existing space, the invasion to vehicles during thelow-speed collision can be reduced, and the pedestrian protection and the low-speed collision are balanced.

The invention relates to the field of expanding mills, in particular to an expanding mill component installing device and method. The installing device comprises a transport cart and a tool installed on the transport cart, wherein the tool is used for assisting in the installation of expanding mill components, the transport cart comprises wheels and a cart frame arranged on the wheels and connected with the wheels, a first positioning pin used for fixing the tool is arranged on the upper end face of the cart frame, and a first positioning hole is formed in the bottom of the tool. According to the expanding mill component installing device, the transport cart is used for driving the tool to install the expanding mill components, the components to be installed are well supported by the tool and the transport cart, the tool is positioned by the first positioning pin on the transport cart, installation accuracy is ensured, the cantilever phenomenon is avoided for the expanding mill components such as an expanding head, and safety and reliability are achieved; meanwhile, the transport cart is used for transportation, a large amount of high-intensity physical labor is avoided, and installation efficiency is improved.

The invention relates to a telescopic explosion-proof switch handle. The switch handle comprises a handle hub, a handle and a handle bar, wherein a threaded hole connected with the handle is formed in the middle of the handle hub; a plurality of grooves are formed in one side, close to the handle, of the inner wall of the threaded hole; the outer wall of the handle is thread-shaped and is in threaded fit with the threaded hole; a plurality of cavities are annularly distributed in one end part, arranged in the threaded hole, of the handle along a side wall; the bottom ends of the cavities are connected with compression springs; the other ends of the compression springs are connected with tungsten steel bumps; the tungsten steel bumps are matched with the grooves in an insertion manner and are arranged in a direction perpendicular to a long axis of the handle; and the handle is vertically fixed to the end part of one side, far away from the handle hub, of the handle by utilizing a bolt. The telescopic explosion-proof switch handle has the advantages that the telescopic motion is realized through the handle with a knob connected with the handle hub; when the switch handle extends to the outermost side, the compression springs enable the tungsten steel bumps to be bounced in the grooves, the handle is fixed, and at the moment, the handle bar is rotated to operate a switch; and meanwhile, tungsten steel is good in anti-torque effect and long in structure life.

The invention relates to a secondary electric power supply and especially relates to an insulating safe battery module. The insulating safe battery module is characterized in that the insulating safe battery module comprises an insulating base and an insulating top cover; longitudinal grooves of which the number is the same as the number of unit batteries are arranged at an upper part of the insulating base side by side; the insulating top cover comprises an insulating frame and an insulating cover plate; the insulating frame is provided with longitudinal caulking grooves side by side so that the insulating frame can be sleeved on the unit batteries and electrodes are shown upward; and the insulating cover plate covers the insulating frame and is connected to the insulating frame. The insulating safe battery module has the advantages that 1, the insulating base and the insulating top cover in the insulating safe battery module form an integral body so that use and maintenance is convenient and operation is simple; 2, an insulating division plate is arranged between each adjacent two of the grooves or the caulking grooves so that safety is high; and 3, in the insulating safe battery module, a ventilated gap is arranged between each adjacent two of unit batteries so that battery heat dissipation is promoted; a temperature difference between unit batteries is reduced; a battery service life is prolonged; and use performances are guaranteed.

The invention discloses an anti-collision robot for geological exploration. The anti-collision robot comprises a protective baffle, a cushioning base and a pressure-bearing panel; collision baffles are arranged at the front and rear ends of the protective baffle correspondingly, and fixing screws are mounted in the collision baffles; a connecting base is connected to the upper portions of the collision baffles; power shafts are arranged in the front and rear ends of the connecting base correspondingly, and power transmission devices are connected to the left and right ends of the power shaftscorrespondingly; and an outer enclosing part is arranged on the upper portion of the pressure-bearing panel, and a distance sensor is arranged on the front portion of the outer enclosing part. According to the anti-collision robot for geological exploration, compared with an existing ordinary robot, the using performance of the whole anti-collision robot is greatly improved while the structure isadditionally arranged, through additional arrangement of the power transmission devices, the whole anti-collision robot can better adapt to uneven mountain pavement, thus the accurate degree of geological exploration in the using process of the anti-collision robot is indirectly increased, and using needs of people are effectively met.

The invention discloses deformed steel used for an SMW construction method. The cross section of one end of the deformed steel is in an X shape; and the point of intersection of the X shape of the deformed steel is provided with a through hole used for grouting and pulling out of the deformed steel. The invention further correspondingly discloses the construction method using the deformed steel. According to the deformed steel used for the SMW construction method and the construction method using the deformed steel, the deformed steel is easy to pull out and convenient to recycle, a pore reserved in a pile body when the deformed steel is pulled out can be subjected to grouting and backfilling, and the supporting intensity of the structure is ensured.

The invention discloses a high-hardness support sealing ring rubber material, which comprises the following raw materials in parts by weight: 40-60 parts of natural rubber, 40-60 parts of butadiene-styrene rubber, 1.5-3.5 parts of sulfur, 2-4 parts of an accelerant, 3-5 parts of zinc oxide, 1-4 parts of stearic acid, 7-13 parts of tackifying resin, 120-170 parts of general carbon black, 4-8 partsof an anti-aging agent. 1-3 parts of paraffin, 1-3 parts of a dispersing agent, 0.5-2.5 parts of an anti-scorching agent and 2-5 of pine tar; wherein the accelerant comprises an accelerant CZ and an accelerant DM. The rubber material has the advantages of high hardness, favorable sealing performance, high support strength, excellent water resistance, excellent wear resistance and long service life, and can satisfy the requirements for long-term use.

The invention relates to the technical field of automotive bodies, and discloses a through type side body outer plate supporting plate structure. The through type side body outer plate supporting plate structure comprises a side body outer plate supporting plate, a side body outer plate fixing plate is movably installed on the left side of the side body outer plate supporting plate, a door lock pin nut plate fixing plate is movably installed in the side body outer plate supporting plate, a door lock pin nut plate is movably installed in the door lock pin nut plate fixing plate, a side body outer plate supporting plate base plate is fixedly installed on the bottom part of the side body outer plate supporting plate, a door lock pin nut plate handle is fixedly installed on the right side of the side body outer plate supporting plate base plate, a rear door lock buckle reinforcing plate is fixedly installed on the right side of the side body outer plate supporting plate base plate and located on the bottom part of the door lock pin nut plate handle, and a rear door lock buckle reinforcing plate fixing hole is formed in the rear door lock buckle reinforcing plate. According to the through type side body outer plate supporting plate structure, lightweight of a car body is achieved, cost control is low, and sunken deformation is avoided.

The invention discloses a disposable degradable soilless culture substrate body and a preparation method thereof. The substrate of the disposable degradable soilless culture substrate body comprises artificial turf, wherein the artificial turf is prepared from fermented decomposed plant straw containing lignin. By means of an industrial production mode, the disposable degradable soilless culture substrate bodies are rapidly produced in a large scale, and unmanned, automatic and informationized modern soilless culture modes are facilitated.