63 results about "Lateral positioned" patented technology

Load carrier foot (5) for connecting a load carrier bar (4) to an, at a vehicle connected, elongated rail profile (3), having in the longitudinal direction (L) of the rail an extended cavity (6), with an upwards turned opening (7), in which the width (B) of the cavity across the longitudinal direction of the rail exceeding the width (b) of the opening, whereby the cavity on each side of the opening having walls (10, 11), which are directed essentially downwards against the bottom (9) of the cavity, whereby the load carrier foot having a base part (13), which extends through the opening towards the bottom of the cavity. A fastening device (29), which by means of a clamping device (51) is moved upwards to clamping contact with the downwards directed walls (10, 11) when the base part being secured to the rail profile. A connection means (25,30) is firmly connected with the locking device (29) and turnable connected to the base part (13), and an elastic body (24) is located between the base part and the connection means, which turns the connection means and the locking device to a position in which the locking device being located transverse relative the longitudinal direction of the rail profile when the base part is mounted to the cavity, and in which position the locking device certainly will be in contact with the downwards directed walls (10, 11) when the locking device being clamped against the walls by the clamping device (51).

The wheeled structure includes two connected sub-assemblies articulated relative to each other, with conversion capability between three wheels in a single plane for ground running operations, two main wheels for conveyance like a hand truck, or two secondary wheels for transverse positioning when fitting panels vertically. The first sub-assembly accommodates main wheels and secondary wheels and the second sub-assembly accommodates a pole, telescopic column assembly and support frame for the plates. The two sub-assemblies are rigidly connected by an assembly unit having an arm ending in a caster. The sub-assemblies, depending on their relative angular position, fulfill various vertical and horizontal panel fitting functions. The pole is mobile vertically relative to the main wheels, to the rear thereof when running on the ground, and to the fore thereof when fitting the panels vertically by lifting action on the first sub-assembly.

A rim sealing strip comprising: a circumferentially elongated rim strip having a radially outwardly facing outboard surface, a radially inwardly facing inboard surface, a first lateral edge and a second lateral edge laterally spaced from the first lateral edge; where the rim strip includes an overall lateral width between the first lateral edge and the second lateral edge and a radial thickness between the outboard surface and the inboard surface; and where the radial thickness is variable across the lateral width to include a first lateral region having a first radial thickness and a second lateral region having a second radial thickness, where the first radial thickness is thicker than the second radial thickness. A rim sealing system comprising: a circumferentially elongated rim strip having a radially outwardly facing outboard surface, a radially inwardly facing inboard surface, a first lateral edge and a second lateral edge laterally spaced from the first lateral edge; a rim to receive the circumferentially elongated rim strip, where the rim includes a radially outwardly projecting first bead flange, a radially outwardly projecting second bead flange laterally spaced from the first bead flange, and a radially outwardly facing tire bed surface positioned laterally between the first bead flange and the second bead flange, and where the inboard surface of the rim strip circumscribes the tire bed surface; where the rim strip includes an overall lateral width between the first lateral edge and the second lateral edge and a radial thickness between the outboard surface and the inboard surface; and where the radial thickness is variable across the lateral width to include a first lateral region having a first radial thickness and a second lateral region having a second radial thickness, where the first radial thickness is thicker than the second radial thickness. A rim sealing strip comprising: a circumferentially elongated rim strip having a radially outwardly facing outboard surface, a radially inwardly facing inboard surface, a first lateral edge and a second lateral edge laterally spaced from the first lateral edge; where the rim strip includes an overall lateral width between the first lateral edge and the second lateral edge and a radial thickness between the outboard surface and the inboard surface; and where the rim strip includes a first lateral region and a second lateral region laterally adjoining the first lateral region; and where the material stiffness of the first lateral region has greater stiffness than the material stiffness of the second lateral region. A rim comprising: a rim, the rim comprising: a radially outwardly facing tire bed surface along a circumference of the rim; and channel laterally positioned generally in the center of the tire bed surface and along the entire circumference; where the tire bed surface includes an unsealed opening there through to communicate to the atmosphere; and where the channel has a lateral width that completely laterally overlaps the opening. A rim system comprising: a rim, the rim comprising: a tire bed surface along a circumference of the rim; a channel generally in the center of the inner surface and generally along the entire circumference; a rim strip configured to be removeably seated in the channel; and rim tape configured to adhere to the tire bed surface and the rim strip. An air barrier for a tubeless rim, the air barrier comprising: a rim strip configured to be removeably seated in a center channel located on a tire bed surface along a circumference of a tubeless rim; and rim tape configured to adhere to the inner surface and the rim strip. A rim sealing strip comprising: a circumferentially elongated rim strip having a radially outwardly facing outboard surface, a radially inwardly facing inboard surface, a first lateral edge and a second lateral edge laterally spaced from the first lateral edge; where the rim strip includes an overall lateral width between the first lateral edge and the second lateral edge and a radial thickness between the outboard surface and the inboard surface; and where the rim strip includes a first lateral region and a second lateral region laterally adjoining the first lateral region; and where at least one of: (i) the radial thickness is variable across the lateral width to include a first lateral region having a first radial thickness and a second lateral region having a second radial thickness, where the first radial thickness is thicker than the second radial thickness; and (ii) the material stiffness of the first lateral region is greater than the material stiffness of the second lateral region.

The invention provides a method for changing the hole positions of a drill jig. The method includes the steps that a deviation value of the position of a drill bushing hole is calculated; a transverse deviation value and a longitudinal deviation value between the position of a new drill bushing hole and the position of an old drill bushing hole are calculated; a positioning hole of a hole position transferring device is connected with the position of the old drill bushing hole through a positioning pin (4), and the directions of a transverse positioning base level and a longitudinal positioning base level of the hole position transferring device are determined according to the deviation value and the direction, determined in the step one, of the position of the drill bushing hole; and a cross-shaped groove is formed at the portion of a base plate of the hole position transferring device, 45-degree angles or 90-degree angles are formed between two through grooves of the cross-shaped groove and the transverse positioning base level and the longitudinal positioning base level of the hole position transferring device, a cross-shaped line is marked in the cross-shaped groove, an intersection point of the cross-shaped line is determined, and the positioning pin (4) is taken out from the positioning hole.

A ridge vent for ventilating a roof of a building via a hole along a roof ridge to atmosphere, the ridge vent comprising a first ridge vent panel: a flange portion for resting on the roof, the flangeportion having an opening for overlapping with the hole, the flange portion having a first flange portion positioned to one side of the opening and a second flange portion positioned to another side of the opening, such that the first flange portion and the second flange portion are at an acute angle with respect to one another; a frame portion coupled to the flange portion and having sides extending upwardly from the flange portion about the opening, the frame portion for maintaining a cap portion in a spaced apart relationship with the flange portion; the cap portion connected to the frame portion and covering over the opening; a first corrugated filter plate extending between the cap portion and the flange portion and positioned transversely between the opening and the atmosphere, the first corrugated filter plate positioned to said one side of the opening; and a second corrugated filter plate extending between the cap and the flange portion and positioned transversely between the opening and the atmosphere, the second corrugated filter plate positioned to said another side of the opening; wherein the corrugated filter plates providing for a passage of air between the atmosphereand the opening, the corrugated filter plates having a pore size sufficient for facilitating the air passage of air through the corrugated filter plates while blocking passage of atmospheric particles through the corrugated filter plates.

A fixing structure applicable to multiple sizes of storage device includes an enclosure, which has an interior forming an accommodation space that receives a storage device of one of the multiple sizes to be inserted into the enclosure. The enclosure includes, in an upper portion of the interior thereof, at least one spring-biasing section, which applies a spring force to an upper surface of the storage device opposite thereto for positioning in a longitudinal direction. The enclosure includes therein positioning sections and retention sections respectively set on opposite lateral sides thereof for cooperating with lateral sides of the storage device for positioning in a lateral direction. A lid has an inside surface on which a supporting section is formed so that when the lid is mounted to and closing a front side of the enclosure, the supporting section is in engagement with the storage device to secure the storage device.

The invention provides a high-stability machining clamp. The high-stability machining clamp comprises a bottom plate, transverse positioning blocks, longitudinal positioning blocks, a clamping and fixing assembly and a driving part. The transverse positioning blocks and the longitudinal positioning blocks are fixed to the bottom plate, the transverse positioning blocks and the longitudinal positioning blocks are arranged on the outer sides of the two third wall plates, and the clamping and fixing assembly is connected with the bottom plate, located between the transverse positioning blocks, penetrates into the open groove and extends to the inner side of a workpiece. The clamping and fixing assembly comprises a vertical clamping and fixing assembly for clamping and fixing a second wall plate and a transverse clamping and fixing assembly for extruding and supporting the third wall plate; and the driving part is arranged on the side, away from the clamping and fixing assembly, of the bottom plate, penetrates through the bottom plate to be connected with the clamping and fixing assembly and is used for driving the clamping and fixing assembly to clamp or loosen the workpiece. According to the high-stability machining clamp, the driving part is used for controlling the clamping and fixing assembly to support a workpiece in the vertical direction and the transverse direction from the inner side, so that the stability is high during machining, driving is efficient, and the machining precision can be improved.

The invention provides a positioner, a conveyor, a thread hooking rod, a tunnel type thread passing system and an operation method of the tunnel type thread passing system. The positioner comprises a transverse positioning rod and a conveyor containing part. The far end of the transverse positioning rod is used for abutting against a preset object, the transverse positioning rod is provided with a transverse channel penetrating in the axial direction of the transverse positioning rod, and the transverse channel is used for a thread hooking rod to penetrate in; the conveyor containing part is connected with the transverse positioning rod and is used for accommodating a conveyor; the extending direction of the far end of the transverse channel is used for intersecting with the extending direction of the far end of a longitudinal positioning rod, contained in the conveyor containing part, of the conveyor, so that the thread hooking rod can hook a coil or an implant contained at the far end of the longitudinal positioning rod of the conveyor after penetrating into the transverse channel. By means of the configuration, the problem that due to the fact that the transverse tunnel and the longitudinal tunnel are not crossed, thread hooking cannot be achieved is solved. The thread can penetrate through a tunnel of a predetermined object, and risks caused by falling of an anchor and the like are avoided.

The invention provides a tunnel type thread passing device, a tunnel type thread passing system and an operation method of the tunnel type thread passing device. The tunnel type thread passing device comprises a transverse positioning rod and a longitudinal positioning rod. One part of the transverse positioning rod is used for penetrating into a transverse tunnel of a predetermined object; the transverse positioning rod is provided with a wire outlet and a transverse channel arranged in the axial direction of the transverse positioning rod. The part, located outside the transverse tunnel, of the transverse channel is used for being communicated with the positive pressure end or the outside. The thread outlet is formed in the part, penetrating into the transverse tunnel, of the transverse positioning rod, is communicated with the transverse channel and is used for allowing a thread or an implant to penetrate out of the transverse channel; the longitudinal positioning rod is provided with a longitudinal channel penetrating in the axial direction of the longitudinal positioning rod, and a part of the longitudinal positioning rod is used for penetrating into a longitudinal tunnel, intersecting with the transverse tunnel, of a preset object. The part, located outside the longitudinal tunnel, of the longitudinal channel is used for being connected with the negative pressure end, so that the far end of the longitudinal positioning rod sucks a thread or an implant penetrating out of the thread outlet through the longitudinal tunnel.