11 results about "Payload" patented technology

Apparatus, method, media and signals for controlling a wireless communication appliance are disclosed. A method implemented by the apparatus, media and signals involves producing a message signal comprising an address portion and a payload portion, in response to an action signal received at an adjunct apparatus, causing the adjunct apparatus to perform a function identified in the payload portion when the address portion satisfies a condition and transmitting the message signal to the wireless communication appliance when the address portion fails to satisfy the condition.

A social content distribution network (SCDN) allows content producers to search over content sponsors to learn about demand in content sponsor sub-networks. Audience tracking tools are provided for the content sponsor to learn about demand for content within different audiences (content consumers) in any of the content destinations and within different audiences in any of the content destinations. Content sponsors are also provided facilities to search over an index of content producers to find relevant content to push. Having discovered content the sponsor wishes to push into a particular audience, the sponsor may use the SCDN platform to create a payload that includes a link to the selected content and a creative that annotates the link, deliver this payload, and track its performance in the content destination.

The system and method of using at least one constellation of small satellites to provide collaborative, tactical intelligence in a space-based system. The low latency of the system provides for actions to be taken within an adversary's decision window. The multi-domain system provides for the use of various sensors and payloads to provide real-time, multi-INT information to users, whether commercial or military in nature.

The invention relates to composite material frames for spacecrafts such as satellites and the like. The problem to be solved is to provide a method for realizing a light-weight high-accuracy composite material frame, and the high-accuracy requirement on the installation of effective loads is met through processes. The device is characterized by mainly comprising rectangle cross section rod pieces[1], joints [2], joint spacers [3], joint bushing blocks [4] and rod built-in pieces [5] which are made of composite materials, wherein a frame main body consists of a certain number of rectangle cross section rod pieces [1] and joints [2] in the integral structure; the rod built-in pieces [5] are hinged in the rectangle cross section rod pieces [1]; the joint spacers [3] are hinged on the outer surfaces of the joints [2]; and the joint bushing blocks [4] are hinged inside the joints [2]. By the method, the problems of installation and supporting between the effective loads and bodies of the spacecrafts such as the satellites and the like are solved, the installation accuracy of the effective loads is effectively ensured, and the local rigidity requirement on the installation of the effective loads is met simultaneously; and the method has good effects of ensuring the machining stability of the integral structure and improving the applicability and the reliability of the structure.

The subject matter of the disclosed invention relates to systems a methods for applying a sensor to linear motor systems. In various embodiments, the disclosed method relates to providing closed loop control on a mover with or without a payload by detecting parameters of the mover, payload, or both.

A broadcasting transmission/reception apparatus and a broadcasting transmission/reception method are disclosed. The broadcasting transmission/reception apparatus comprises: a control unit for generating a transmission packet; and a communication unit for transmitting a broadcasting signal including the generated transmission packet, wherein the transmission packet includes a payload field including data, a stuffing indicator field indicating whether a stuffing byte is included or not, and a network protocol field indicating a network protocol type of the data included in the payload field.

The invention discloses a single-wing self-rotating landing device which can enable blades to generate lifting force through rotation in the falling process of a load thrown from the air, so that thefalling speed is decreased, and the load falls to the ground safely. The single-wing self-rotating landing device comprises a storage box, a leading edge balance weight and blades. According to actualengineering application conditions, an effective load needing to be decelerated can be placed in the storage box to be jointly regarded as a wing root balance weight, and the mass and the position ofthe front edge balance weight and the size and the shape of the blades are reasonably arranged respectively to achieve overall normal operation. The device is specially designed for air-drop objectsand air-drop loads with special requirements. The principle of the device is similar to that of maple seeds in the nature. The blades are pushed by air during falling, so that the whole device rotatesto generate lifting force and slow down the falling speed; and the device has the characteristics of simple structure, effectiveness and reliability.

In the present disclosure, a transmitting device transmits a first message comprising i) a first random access preamble with a first random access preamble identifier (RAPID) and ii) a first uplink payload; receives a random access response (RAR) medium access control (MAC) protocol data unit (PDU) including i) a first field set to represent presence of one or more RAPIDs and ii) the one or more RAPIDs; determines whether both of the first RAP and the first payload is successfully transmitted, based on whether the one or more RAPIDs include the first RAPID; and monitors a second message related to the first message based on determining that both of the first RAP and the first payload is successfully transmitted.

A system for detecting distribution of a weight of a payload in a dump body of a vehicle includes first sensors, second sensors, and a controller. The dump body is pivotable about pins to be selectively seated and titled to a frame of the vehicle. The first sensors are arranged between the dump body and the frame, and detect components of the weight of the payload exerted through the dump body when the dump body is seated relative to the frame. The second sensors are arranged correspondingly within the pins, and detect components of the weight of the payload exerted through the dump body. The controller determines a status of payload distribution in the dump body based on the component of the weight of the payload detected by the first sensors and second sensors, and generate a notification to indicate the status of payload distribution.

The invention relates to CRC methods based on an Iub FP frame extension field in a TD-SCDMA system and belongs to the technical field of wireless communication. A method is applied to an RNC (Radio Network Controller). The method comprises the following steps that S1, the RNC detects a block error rate of downlink data at an Iub interface; S2, the RNC judges whether to start or close CRC of an Iubinterface downlink FP frame according to the block error rate; and S3, the RNC establishes the downlink FP frame according to a judgment result of the S2 and sends the downlink FP frame to a Node B,and the Node B judges whether to carry out CRC analysis or not according to an extension field of the received downlink FP frame. The method applied to the Node B comprises the following steps that S1, the Node B receives the Iub interface downlink FP frame sent by the RNC; and S2, the Node B judges whether to carry out the CRC analysis or not according to the extension field of the Iub interfacedownlink FP frame. According to the methods, the problem that Iub interface transmission bandwidth and processing capacity for CRC16 computing are wasted due to the fact that payload CRC16 must be carried in the Iub interface downlink FP frame and dynamic configuration cannot be carried out is solved.