32 results about "Controlling attachment" patented technology

A fan device includes a connector, a fan, and an attachment assembly. The fan is configured to provide cooling to circuitry when the fan receives a power signal through the connector. The attachment assembly is configured to control attachment of the fan device to a chassis within an air duct defined by the chassis. The fan defines (i) a near side which faces the circuitry, (ii) a far side which faces away from the circuitry, (iii) an airflow axis which extends from the near side to the far side along an airflow direction, and (iv) a fan profile which is substantially perpendicular to the airflow axis. The fan is disposed substantially between the electronic circuitry and the attachment assembly when the fan device attaches to the chassis within the air duct. The attachment assembly has a width which closely mirrors that of the fan profile.

A method is provided for operating a proximity sensing unit for controlling an accessory device of a vehicle. A plurality of proximity sensors is disposed in a sequential pattern within a sensing unit whereby the proximity sensors are responsive to a manual activation. At least two activation signals are received from at least two proximity sensors in response to the manual activation. An activation sequence of at least two activation signals is determined. One of a plurality of control actions associated with the activation sequence is selected. A control action is initiated for controlling an operation of the accessory device.

A universal fleet electrical system includes a central power distribution panel, which includes a fuse panel and a lighting selector junction box, together with a universal wiring harness. A dash mounted console is provided for operator control of accessory devices. The console may include a keyed switch interconnected with a security power control relay for enabling a user to connect and disconnect power to the universal wiring harness. Power may be connected and disconnected to the universal wiring harness through the use of a master switch with a circuit breaker. The lighting selector junction box permits various lighting accessories to be connected to different light level circuits. The universal wiring harness may include a plurality of plug and play connectors to facilitate rapid attachment / removal of external accessories. A serial interface may interconnect the wiring harness with the fuse panel.

An axle beam suspension system for a mobile vehicle, the system includes a main vehicle body, an axle attached to the main vehicle body, a control bar, and a track bar. The track bar includes a controlling connection portion. A first end of the track bar is attached at a lateral attachment to a lateral joint connection portion of the main vehicle body. A second end of the track bar is attached at a pivot attachment to a pivot joint portion on the axle. The control bar has a first end attached at a control attachment to a control joint connection portion of the main vehicle body and a second end attached at a fourth attachment to the controlling connection portion of the track bar. A lateral portion of an axle-pivoting-movement is transferred into lateral movement of the axle beam suspension system.

Systems, methods and techniques for vehicle accessories leveraging sensor(s) of a portable electronic device. The method of leveraging sensor(s) of a portable electronic device to enhance capabilities of an accessory comprising sensing parameters of a vehicle or its surrounding environment by one or more sensor(s) of the portable electronic device, determining a change in condition of the vehicle or its surrounding environment, generating a command or signal depending on the detected condition change, transmitting the generated command or signal to the accessory, and controlling the accessory to change its behavior or perform a predetermined process in accordance with the received signal or command.

A system and method is provided related to additive manufacturing, where a welding system is used to build a work piece on a substrate where the work piece has discrete attachment points to the substrate to allow residual stresses in the finished work piece to aid in the removal of the work piece from the substrate. The work piece has one or more discrete attachment points which penetrate into the substrate to secure the work piece during manufacture, but which allow the residual stress in the completed work piece to aid in the removal of the work piece from the substrate.

The present disclosure relates to a vehicle impact mitigation system. The impact mitigation system can be configured to mitigate front impact situations. A main rail and an extendable rail-configured to move with respect to the main rail-are provided. A front module is attached to the extendable rail and attachable to the main rail. A spring is positioned between the front module and main rail, the spring is configured to apply a force to the front module when the front module is detached from the main rail. An actuator is configured to control attachment of the front module to the main rail.

Systems and methods that designate a control attachment point(s) during transmission of data in a Coordinated Multipoint (CoMP) system. The control attachment point is represented by an anchor cell to address control signaling and represent a User Equipment's (UE) interaction with the wireless communication system from a perspective of control (e.g., supplying / sending grants to the UE, transmitting / receiving ACKS on the downlink / uplink to the UE, control information (CQI), and the like.) The cells can further engage in backhaul transfer of information therebetween, and dynamic switching / change of anchor point based on criteria such as control loading, channel quality, and the like can further be implemented.

The invention discloses a terminal and a system used for detecting and controlling an attachment, and the attachment, wherein each of the terminal and the attachment comprises at least six contacts, the terminal is used for being connected with the attachment, and the system comprises the terminal and the attachment. When the attachment is accessed to the terminal, a third contact inputs a triggering level to a second interrupted port for triggering interruption so as to enable the terminal to enter an interrupted service program so as to be informed that the attachment is connected with the terminal, a second contact reads a voltage value between the second contact and a six contact through an analog-digital conversion port so as to enable the terminal to judge the type of the attachment accessed to the terminal according to the voltage value, and the terminal controls the attachment according to the type of the attachment. When the attachment is removed from the terminal, the terminal recovers a signal channel to a default state. After the above scheme is adopted, the terminal is used for detecting and controlling different attachments through six contacts, so that a user is enabled to replace different attachments for expanding the functions of the terminal according to needs.

A rowing boat footrest assembly is provided with a base, a foot-rudder control member, a footrest member, a first pivot structure and a second pivot structure. The foot-rudder control member includes a rudder control attachment. The footrest member includes a shoe attachment. The first pivot structure pivotally supports the foot-rudder control member on the base. The first pivot structure defines a first pivot axis of pivotal movement between the foot-rudder control member and the base. The second pivot structure pivotally supports the footrest member on the foot-rudder control member to change a shoe inclination of the footrest member with respect to the foot-rudder control member. The second pivot structure defines a second pivot axis of pivotal movement between the footrest member and the foot-rudder control member. The second pivot axis is not parallel to the first pivot axis.

The invention discloses a controlled attachment method in the mobile communication network. The invention comprises: the application node initiates attachment request to the main node, and the main node performs the local authentication for the application node, to decide whether the application node can be allowed to be attached as the slave node; when the main node allows the application node to be attached, an attachment conformation is returned back to the application node; after the application node receives the attachment conformation, the application node is controlled by the main node as the slave node through the main node relay. After the mobile node is taken as the main node of other nodes through the invention, the main node perform information exchange between the attached node and the base station, therefore to reduce the management burden of the base station to the slave node, the network capacity is enlarged, and the occurrence of the jamming phenomenon is reduced.

Embodiments relate to detector imaging arrays with highly robust mounting of scintillators (e.g., scintillating phosphor screens) to imaging arrays. For example, the detector arrays comprise spacers to define a space between or separate the scintillator from the imaging array. Embodiments according to present teachings can provide projection radiographic imaging apparatuses, including a scintillator, an imaging array including a plurality of pixels formed over a substrate, and a plurality of spacers disposed between an active surface of the imaging array and the scintillator. The spacers can reduce or prevent contact between a surface of the scintillator and the active surface of the imaging array, strengthen or control attachment therebetween, or adjust light transmittance therebetween.

The invention provides a shock resisting under-voltage release device. The shock resisting under-voltage release device is mainly composed of an accelerated speed detecting circuit, a voltage sample collecting circuit, a central processing unit (CPU), a pulse-width modulation (PWM) circuit, an electromagnet and a working power supply circuit. The CPU obtains power supply voltages through the voltage collecting circuit and an accelerated speed through the accelerated speed detecting circuit and controls attachment of the electromagnet or keeps the electromagnet in the state of attachment through PWM currents of different impulse widths generated by the PWM circuit. The invention further provides a shock resisting method of the under-voltage release device. The under-voltage release device has the advantages of being small in size, simple in structure, little in generated heat, impact and vibration resistant and the like. With the shock resisting method of the under-voltage release device, the under-voltage release device can effectively resist impact and vibration on a frame-type low-voltage breaker of a boat.

A wing assembly, a wing applique and an associated method for controlling the flow of air over a wing are provided. A wing assembly may include a wing having leading and trailing edges. The wing assembly also includes a flow control structure, such as an applique, carried by the surface of the wing so as to extend from a first end to a second end. The flow control structure defines an inlet proximate to the first end, an outlet proximate to the second end and the internal passage extending from the inlet to the outlet. The wing assembly may also include a control surface, such as a wedge, positioned downstream of the outlet. The flow control structure is configured to control the flow of air exiting from the outlet in order to correspondingly control attachment of the air with the control surface.

The invention provides a shock resisting under-voltage release device. The shock resisting under-voltage release device is mainly composed of an accelerated speed detecting circuit, a voltage sample collecting circuit, a central processing unit (CPU), a pulse-width modulation (PWM) circuit, an electromagnet and a working power supply circuit. The CPU obtains power supply voltages through the voltage collecting circuit and an accelerated speed through the accelerated speed detecting circuit and controls attachment of the electromagnet or keeps the electromagnet in the state of attachment through PWM currents of different impulse widths generated by the PWM circuit. The invention further provides a shock resisting method of the under-voltage release device. The under-voltage release device has the advantages of being small in size, simple in structure, little in generated heat, impact and vibration resistant and the like. With the shock resisting method of the under-voltage release device, the under-voltage release device can effectively resist impact and vibration on a frame-type low-voltage breaker of a boat.

There is provided a structure for mounting an attachment for vehicle capable of absorbing the marginal difference of a front spoiler and reducing the procedures for controlling the dimension of the front spoiler. The structure for mounting a front spoiler on a front bumper includes: a male clip provided on the front spoiler; an insertion hole provided on the front bumper for inserting the male clip therethrough; and a female clip engaged with the male clip and allowing the front spoiler to be held by the front bumper. The male clip is loosely inserted through the insertion hole and engaged with the female clip around the insertion hole via an abutting brim, thereby producing a gap between the insertion hole and the male clip, thus increasing the degree of freedom of positional adjustment, reducing the steps for mounting and controlling the accuracy of the attachment, reducing the overall cost.

Disclosed herein is a device that may be attached to image capturing equipment. It will act upon the existing manual shutter release means, allowing images to be captured by radio remote control. It will not permanently change the form, fit, or function of said equipment. Normal manual operation of the equipment will still be possible with the invention attached as disclosed. Using remote control, the device will apply programmable forces to existing shutter release means such that the equipment can set photo-metric data and capture images.Its primary purpose is to effectively perform the functions of the finger of the operator such that an operator wishing to capture an image can be distant from the photographic equipment whilst doing so.

A rowing boat footrest assembly is provided with a base, a foot-rudder control member, a footrest member, a first pivot structure and a second pivot structure. The foot-rudder control member includes a rudder control attachment. The footrest member includes a shoe attachment. The first pivot structure pivotally supports the foot-rudder control member on the base. The first pivot structure defines a first pivot axis of pivotal movement between the foot-rudder control member and the base. The second pivot structure pivotally supports the footrest member on the foot-rudder control member to change a shoe inclination of the footrest member with respect to the foot-rudder control member. The second pivot structure defines a second pivot axis of pivotal movement between the footrest member and the foot-rudder control member. The second pivot axis is not parallel to the first pivot axis.

Systems and methods that designate a control attachment point(s) during transmission of data in a Coordinated Multipoint (CoMP) system. The control attachment point is represented by an anchor cell to address control signaling and represent a User Equipment's (UE) interaction with the wireless communication system from a perspective of control (e.g., supplying / sending grants to the UE, transmitting / receiving ACKS on the downlink / uplink to the UE, control information (CQI), and the like.) The cells can further engage in backhaul transfer of information therebetween, and dynamic switching / change of anchor point based on criteria such as control loading, channel quality, and the like can further be implemented.

The invention discloses a special liquid feeding driving device for an infusion pump. According to the technical scheme, the special liquid feeding driving device for the infusion pump comprises a shell, wherein a liquid inlet channel and a liquid outlet channel are separately formed in two ends of the shell; a first lug which is close to the liquid inlet channel and a second lug which is close tothe liquid outlet channel are arranged on the shell; a silicon valve element is fixed on the shell and is provided with a first sheet and a second sheet; the first sheet is arranged at the end, whichis away from the liquid inlet channel, of the first lug; the second sheet is arranged at the end, which is close to the liquid outlet channel, of the second lug; a liquid storage space is formed by the shell and the silicon valve element and positioned between the first lug and the second lug; when the first sheet is attached to the first lug, the liquid inlet channel is isolated from the liquidstorage space; and when the second sheet is attached to the second lug, the liquid storage space is isolated from the liquid outlet channel. The special liquid feeding driving device for the infusionpump is further provided with a switch for controlling attachment between the second sheet and the second lug, and the surface, which is away from the liquid storage space, of the silicon valve element faces a push rod of the infusion pump. The special liquid feeding driving device for the infusion pump has the advantages that the infusion quantity can become stable, and stability of intravenous infusion is improved.

The invention provides a hydraulic loop used for controlling an accessory head and a C shaft and a machine tool. The hydraulic loop comprises a first selector valve, a second selector valve and a hydraulic cylinder. The first selector valve comprises a first oil inlet, a first oil return opening and first working oil ports; the second selector valve consists of a second oil inlet, a second oil return opening and second working oil ports; the hydraulic cylinder can be located at a first position, a second position or a third position, at least three of the first working oil ports and the second working oil ports are connected with the hydraulic cylinder, and the hydraulic cylinder pushes and pulls the accessory head and the C shaft; when the hydraulic cylinder is located at the first position, the accessory head and the C shaft are fastened; when the hydraulic cylinder is located at the second position, the accessory is fastened, and the C shaft is released; and when the hydraulic cylinder is located at the third position, the accessory head is released, and the C shaft is also released. The hydraulic cylinder is used for pushing and pulling the accessory head and the C shaft, and the hydraulic loop and the machine tool have the advantages of small occupied space, compact structure, easiness in control, high reliability and the like.