Other

Hewlett-packard Development Company, L.P.

Cargotec Finland Oy

Raritan America, Inc.

M. E. T. Technology Co., Ltd.

David Hsieh

Chung-Chun Chen

Ming-Shien Tsai

Yk Hsieh

Leo Joseph Gerten

Han-Kuang Chang

Alan Chen

Hans Bohman

Mark Feng

Tomy Kan

Ming-shien Tsai

Hans Boman

The present subject matter relates to wireless VR devices. In an example implementation of the present subject matter, wireless VR devices are described. In an example, a wireless VR device includes a first array antenna disposed on a headband of the wireless VR device to communicate wirelessly. The wireless VR device also includes a second array antenna disposed on a display unit of the wireless VR device to wirelessly communicate with the docking station. In an example implementation, the first array antenna and the second array antenna have an omni-directional radiation pattern.

Wireless virtual reality (VR) devices

The present subject matter relates to a wireless virtual reality (VR) docking station. In an example implementation of the present subject matter, the wireless VR docking station includes a first array antenna and a second array antenna disposed on a bezel of the wireless VR docking station. Each of the first array antenna and the second array antenna has an omnidirectional radiation pattern and is folded into two parts such that a first part transmits signals on one side of the bezel and a second part transmits signals on another side of the bezel.

Virtual reality docking station

Examples of wireless charging of a computing system are described herein. In an example, a charging notification from a power transmit unit (PTU) in a power transfer field of the computing system may be received. In response to receiving the charging notification, it may be ascertained whether a near field communication (NFC) component of the computing system is in an active state for data communication. When the NFC component is in the active state, an input may be provided to switch the active state of the NFC component to an inactive state for disabling data communication through the NFC component.

Wireless charging

An electric umbrella having roller sets contains: a first stick section, a second stick section, a third stick section, and a transmission mechanism. The second stick section is fitted in the third stick section, and the third stick section is fitted in the first stick section, a lower portion of the second stick section is in connection with a handle. The first stick section includes an upper runner disposed on a top including a first roller set disposed therein, and two ends of the driving rope are fixed on two sides of the lower runner, the driving rope rolls across the first roller set and slides between a top of the third stick section and the first roller set, and the transmission mechanism in the second stick section and drives the third stick section through a driving source in the handle drives the umbrella skeleton to expand or retract.

Electric umbrella having roller sets

A threaded driving structure for an automatic umbrella contains: a first stick section and a second stick section fitted on and sliding relative to the first stick section. The first stick section includes a first fixing sleeve disposed on a top end thereof, and first fixing sleeve has a first orifice defined thereon. The second stick section includes a second fixing sleeve mounted on a top end thereof. The first stick section also includes a first support member with inner threads, and the second stick section includes a screw rod with outer threads, wherein an upper end of the screw rod is connected with the second fixing sleeve, and a lower end of the screw rod is screwed with the inner threads of the first support member via the first orifice, a lower end of the first support member is joined with a power apparatus.

Threaded driving structure for automatic umbrella

A telescopic stick mechanism for an automatic umbrella at least contains: a first stick section and a second stick section. The second stick section is fitted with and slides on the first stick section. The first stick section includes a first plug, and the second stick section includes a second plug. The first plug has a first through orifice defined therein, the second stick section also includes a first support member, and an upper end of the first support member is connected with the second plug, a lower end of the first support member is inserted into the first through orifice. The first stick section also includes a first pull rope fitted therein and coupling with the lower end of the first support member via a first fixing tab on the first plug, and a lower end of the first pull rope is rolled on the rolling mechanism.

Telescopic stick mechanism for automatic umbrella

A lashing device includes a stretching device which is to be fastened between two fixing points that are to be secured to one another, the stretching device including stretching device parts which are each connectible to one of the fixing points. At least a first stretching device part has a stretching rod extending in the longitudinal direction of the stretching device and has a threaded portion. A second stretching device part supports a nut part which is to be screwed onto the thread of the first stretching device part. Between the first and the second stretching device part, a coupling part is arranged which, by snap action, allows mutual rotation of the two stretching device parts in at least a direction of rotation which corresponds to tightening of the stretching device and counteracts rotation in the opposite direction.

Load security device including a coupling part with snap action

A fastener for securing a cargo container includes: a first fastener component including a pair of rails; amounting seat mounted slidably on the rails; a second fastener component including a toothed part extending into the a central through-hole in the mounting seat and formed with teeth, each of which has a contact surface; and an engagement unit including an engaging element that is mounted in a retaining recess in the mounting seat and that has a free end portion extendable into the central through-hole in the mounting seat. The free end portion of the engaging element has a flat contact surface that extends into the central through-hole to abut against the contact surface of an adjacent one of the teeth in such a manner to arrest rotation of the mounting seat relative to the second fastener component in a direction.

Fastener for securing a cargo container

Disclosed is a remote computer or server management system for coupling a series of remote computers to one or more user workstations allowing for efficient location, error detection and/or general status indication of the remote computers or servers. In particular, computer interface modules connected to the remote computers or servers include a signaling circuit to emit an audible or visual signal upon detection of a problem or upon receipt of a signal command from a user trying to locate a particular remote computer. Alternatively, the signaling circuit may transmit a message to the user workstation to inform the user of a problem, general status (e.g., of firmware upgrade), etc., which may be displayed on the user's video monitor.

Intelligent modular server management system for selectively operating and locating a plurality of computers

A fastener for securing a cargo container includes a first fastener component, a second fastener component, and a lock assembly. The first fastener includes a pair of rods which bridge a first and a second fixed body. The lock assembly is disposed between and slidable along the pair of rods. A rotary member is disposed in the lock assembly and rotatable relative to the lock assembly within a limited angular distance, the rotary member having a non-circular locking hole. The second fastener component extends between the pair of rods through a screw hole formed in the first fixed body, and has a locking portion of non-circular cross section extending into and engaging the locking hole of the rotary member.

A fastener for securing a cargo container includes a first fastener component and a second fastener component. The first fastener includes a pair of rails which bridge a first and a second fixed body. A lock body is slidably mounted on the rails, and has two opposite ends abutting respectively against the rails and a locking hole between the opposite ends. The second fastener component includes a threaded stem which extends between the pair of rails through a screw hole formed in the first fixed body, and a locking portion extending into the locking hole. An engagement unit provides engagement of the locking portion in the locking hole such that relative rotation of the stem and the lock body is permitted only in one single direction that causes the stem to move toward the second fixed body.

A fastener for securing a cargo container includes a first fastener component having two rails connected and bridged by a fixed body, and a lock body mounted slidably on the two rails, the lock body having a locking hole consisting of an engaging section and a non-engaging section. A second fastener component includes a threaded stem passed threadedly through a screw hole formed in the fixed body to extend between the two rails, and a locking portion and a slide portion both slidably received in the locking hole, the slide portion being rotatable in the locking hole, the locking portion being engageable with the engaging section, and the lock body being movable from the locking portion to the slide portion and vice versa. A mechanism is provided for restraining movements of the locking portion and the slide portion relative to the lock body.

Fastener for securing cargo containers having a restraining mechanism

A fastener includes first and second fastener components. The first fastener component includes two rails and a fixed body with two ends respectively connected to the rails, and a female screw hole between the two ends. A lock body is mounted on the rails for sliding along the rails so as to move away or toward the fixed body, and has two opposite ends abutting respectively against the rails, and a noncircular locking hole between the ends of the lock body. The second fastener component includes a stem formed with a male thread portion for engaging the female screw hole, and a locking portion for extending into and engaging the locking hole so as to prevent the stem from rotation. An engagement unit provides engagement between surfaces of the lock body and the locking portion so as to prevent the lock body from undesirably disengaging from the locking portion.

Fastener for securing a container on a vehicle

A retractable rod assembly includes outer and inner tubes, and a positioning device. An outer tube wall of the outer tube has two outer radial holes formed therein. An inner tube wall of the inner tube has two inner radial holes formed therein. The positioning device includes a mounting block and two spring-loaded retainers. The mounting block is disposed in the inner tube, and is formed with a pair of retainer passages respectively aligned with the inner radial holes. Each of the spring-loaded retainers, which are disposed respectively in the retainer passages, includes a retaining pin and a biasing member for biasing the retaining pin to extend out of aligned ones of the inner and outer radial holes to releasably secure the outer and inner tubes in an extended state.

Retractable rod assembly

A positioning assembly includes a first connecting rod with a threaded end section, a second connecting rod with a threaded end section, an adjusting member having two opposite threaded ends that threadedly engage the threaded end sections of the first and second connecting rods, and a third connecting rod that is pivoted to the second connecting rod so as to pivot relative to the second connecting rod between used and folded states.

Growing community of inventors

Taichung, Taiwan

David Hsieh