A mounting device is provided including a bracket to be attached to the vehicle, and a locking pin for locking the high lift jack to the bracket. The bracket includes a front body portion formed, and from which the pin protrudes frontward. The bracket further includes a rear attachment body portion for securing the bracket to the vehicle. The bracket can include at least two nut and bolt sets for securing the high lift jack to the bracket. An upper nut and bolt set including a nut and a bolt can pass through an upper bolt hole of the front body portion, and a lower nut and bolt set including a nut and a bolt can pass through a lower bolt hole of the front body portion. The locking pin can pass through the high lift jack and allow a lock to be coupled to a lock hole in the locking pin that protrudes frontward from the high lift jack.

A portable electronic device mount apparatus includes a frame that includes a channel sized to receive a vehicle identifier, the frame further including at least one aperture to receive a fastener to secure the frame to a vehicle; and at least one tab that extends from an edge of the frame, the tab including a planar surface sized to receive an image capture device secured to the frame.

The present invention relates to a magnetic quick mounting unit for construction machines, particularly road pavers, having a positioning mark configured for permanent attachment to a construction machine, an attachment device which can be magnetically attached on the positioning mark, an alignment mark arranged on the attachment device and indicating the alignment of the attachment device, and an alignment aid arranged on the positioning mark, the alignment mark and the alignment aid being configured such that the alignment of the attachment device relative to the construction machine can be read from the relative position of the alignment mark to the alignment aid when the attachment device has been attached on the positioning mark. The present invention further relates to a method for magnetic quick-mounting of an attachment device, particularly a camera, to a construction machine, particularly a road paver, comprising the steps of: attaching a positioning mark with an alignment aid on the construction machine; attaching an alignment mark on the attachment device; magnetically attaching the attachment device on the positioning mark; and aligning the attachment device by means of the relative positions of the alignment aid and the alignment mark. Furthermore, the present invention relates to a construction machine having such a magnetic quick mounting unit.

A mounting device is provided including a bracket to be attached to the vehicle, and a locking pin for locking the high lift jack to the bracket. The bracket includes a front vertical body portion formed, and from which the pin protrudes frontward. The bracket further includes a rear attachment body portion for securing the bracket to the vehicle. The bracket can include at least two nut and bolt sets for securing the high lift jack to the bracket. An upper nut and bolt set including a nut and a bolt can pass through an upper bolt hole of the front vertical body portion, and a lower nut and bolt set including a nut and a bolt can pass through a lower bolt hole of the front vertical body portion. The locking pin can pass through the high lift jack and allow a lock to be coupled to a lock hole in the locking pin that protrudes frontward from the high lift jack.

A vehicle mirror and camera mounting system includes a camera mounting bracket that includes an injection molded bracket formed by injection molding a polymeric molding resin. A camera, when its camera module is attached at the camera mounting bracket at the vehicle windshield, has a field of view through the vehicle windshield. The camera mounting bracket includes a mirror attachment portion configured for attaching an interior rearview mirror assembly thereat. At least one cover element is attached at (i) the camera mounting bracket, (ii) the camera module and/or (iii) the mirror mount so that the camera module and the camera mounting bracket are not readily viewable to a person viewing the construction from inside the vehicle. The mirror mount includes an electrical connector for electrical connection to (i) a connector at the camera module or (ii) a wire harness of the vehicle, with the connection hidden from view.

An electronic device mounting system for a vehicle includes a mounting element configured to connect with a vehicle seat surface and a bracket supported by the mounting element. The bracket has a plurality of walls defining a hollow interior. A deformation assembly including a deformable element and a deformable member is arranged in the hollow interior. The deformable element is elastically and inelastically deformable based in impact forces passing into the bracket.

A vehicle seat includes a base, a buckle mounted on the base, a mounting member used to mount the buckle on the base, and an intermediate member provided between the base and the buckle. The manufacturing method includes providing an assembled body formed by integrating the buckle, the mounting member, and the intermediate member, and mounting the buckle on the base by combining the assembled body with the base.

An item fixture, a handle, a method of attaching a measuring apparatus to a vehicle, and a mobile measuring apparatus. The item fixture includes a fixation member to be attached to an attachment portion of a vehicle, and a handle attachment portion to which a handle used to attach the item fixture to the vehicle is to be detachably attached. The method of attaching a measuring apparatus to the vehicle includes attaching a pair of handles to an item fixture of the measuring apparatus, attaching the item fixture to an attachment portion of the vehicle, using the pair of handles as a handle of the item fixture, and detaching the pair of handles from the item fixture. The mobile measuring apparatus includes the vehicle, the item fixture attached to the vehicle, and a measuring device attached to the item fixture.

A pivotable display system having a traction spring tensioned to reversibly pivot the display around a pivot axis of a shaft connected to an upper portion of a display in a direction from a front side of the display toward the rear side of the display. In the event of an accident-related application of force below a threshold, the display is rotatable in a rearward direction toward an instrument panel, so that a steering column pushed in a direction towards the display avoids or at least reduces the risk of destruction of the display. In the event of accident-related application of force above the threshold, the traction spring may reversibly displace the display upwardly away from the steering column.

A removable equipment mount for a vehicle includes a frame and a mounting plate. The frame is to be disposed on a floor of the vehicle and includes a cross-member and a toggle clamp. The cross-member is configured to extend along a width of an interior of the vehicle. The toggle clamp is coupled to the main cross-member and includes a main draw arm that is positioned to engage with a first seat striker of the vehicle to selectively secure the frame to the floor. The mounting plate is coupled to the frame and includes one or more mounting features configured to secure an electronic equipment module to the mounting plate.