213 results about "Interface position" patented technology

A system for ablating tissue includes a catheter having an elongate body, with at least one ablation element (e.g., RF electrode) and at least one acoustic transducer located within the body's tip region. The transducer receives acoustic signals from proximate the tip region. The system also includes a monitoring unit coupled to the transducer to interpret the received acoustic signals as data regarding at least one therapeutic parameter (e.g., pre-pop detection, lesion making progress, tissue interface detection, tissue contact force, tissue contact establishment, bubble spatial distribution, bubble depth, bubble size, bubble size distribution, tissue interface distance, tissue interface position, tissue attenuation, tissue thickness, lesion spectral fingerprint). The monitoring unit is operable to provide feedback to a practitioner, such as graphical, audible, and/or haptic output of sensed data, and may also be operable to control operation of the at least one ablation element in response thereto.

A modular system comprises an appliance having a visible surface, a first service interface positioned on the visible surface, a cover detachably coupled to the visible surface and disposed to overlie the first service interface, a controller configured to selectively provide operational instructions to the appliance and/or the cover, and an antenna provided within the cover and operably connected to the controller.

A shelf arrangement is provided which includes a support surface, a frame, and an electrical control interface positioned and accessible at a front of the shelf arrangement, the control interface arranged to transmit a control signal to a location remote from the shelf arrangement. The frame may include a pair of laterally spaced apart front-to-rear brackets supporting the support surface. The support surface may be a part of a shelf member. A pair of rods may extend laterally between the brackets. The frame may be at least partially overmolded with plastic.

An apparatus and method for handling pipe sections, preferably for use with a drilling head. The apparatus includes a storage bin defining a substantially fixed bin dispensing position, a transfer device for individually transferring a pipe section between the bin dispensing position and a pipe transfer position, and a handling device for individually moving the pipe section between the pipe transfer position and a drilling head interface position. The method includes presenting a pipe section to the bin dispensing position, moving the transfer device to the bin dispensing position to engage the pipe section at the bin dispensing position, transferring the pipe section with the transfer device from the bin dispensing position to the pipe transfer position, engaging the pipe section with the handling device at the pipe transfer position, and moving the pipe section with the handling device from the pipe transfer position to the drilling head interface position.

The present invention provides a method to realize dynamic interface element allocation comprising that as for a target control element, an allocation parameter set of a target control element is prearranged towards its parent control element. Wherein, the allocation parameter set is composed of a fixed distance mode and/or a uniform zoom mode, of which the fixed distance mode indicates each edge or a central point of the target control element is provided with a fixed distance towards a corresponding edge or a central point of the parent control element. In addition, the uniform zoom mode refers to that a distance between each edge of the target control element and a corresponding edge of the parent control element is uniformly zoomed according to actual situations. Interface position information of the parent control element for the target control element is obtained respectively during design and operation. Besides, the interface position information of the target control element is acquired. Based the said allocation parameter set and the interface position information, actual interface position information of the target control element during design and operation is obtained through calculation.

A teleprompter system and method include use of a touch-screen interface positioned intermediate to the user and a camera such that the camera captures the user's image through a transparency of the touch-screen interface. The touch screen interface is coupled to a computer and is operably connected so as to enable user control and manipulation of interactive media content generated by the computer. A video mixing component integrates images captured by the camera with interactive media content generated by the computer, as may be manipulated by the user via the touch-screen interface, to generate a coordinated presentation. The coordinated presentation can be received by one or more remote devices. The remote devices can further interact with at least the interactive media content.

A latch apparatus and method to facilitate leveraged insertion of a component into a component bay to an interfaced position, securing of the component in the component bay when the component interfaces with a host computer, leveraged dislodgement of the component from its interfaced position for removal of the component from the component bay, and proper positioning of the latch apparatus upon insertion of the component housing to ensure proper engagement of the latch apparatus with the component bay for leveraged insertion and removal. One latch apparatus comprises a frame adapted to be secured to a proximal end of a component housing, a handle pivotally secured to the frame, and an extendable arm slidably secured to a distal end of the handle and biased toward an extended position, wherein the distal end of the extendable arm has a distally extending latch key for engaging a slot in the component bay.

An embodiment of the invention provides a procedure self-starting management method and a procedure self-starting management device. The procedure self-starting management method comprises the following steps of analyzing broadcast messages of a registered sensitive event in a procedure in an operation system; receiving a self-starting management behavior which is clicked by a user on a preset first interface position; confirming a self-starting management state, which comprises a forbidding state, of the procedure corresponding to the self-starting management behavior; and stopping the procedure corresponding to the forbidding state from receiving the broadcast messages of the registered sensitive event. By the embodiment, the running speed of the operation system can be improved, and the power consumption of electronic equipment is saved.

The invention relates to a piezoelectric jacquard installation component with conductive contacts. The piezoelectric jacquard installation component with the conductive contacts comprises a piezoelectric jacquard and a guide bar connected with the piezoelectric jacquard, and a circuit board is arranged on the piezoelectric jacquard. The piezoelectric jacquard installation component is characterized in that a plurality of conductive contacts are connected at inputting points of the lower side of the circuit board, a bottom board of the circuit board is fixed onto one side of the guide bar facing the lower side of the circuit board, a plurality of contacts corresponding to the conductive contacts are arranged on the bottom board of the circuit board, the conductive contacts penetrate a plurality of corresponding holes formed in a clamping seat of the jacquard and are electrically connected with the corresponding contacts, and the corresponding contacts are connected to an inputting interface positioned at one end of the bottom board of the circuit board. According to the installation component, space of a machine structure can be remarkably saved, the installation component can omita mode that signal input and power input are provided by an external cable in the prior art, the installation component is elegant, and the piezoelectric jacquard is conveniently assembled and disassembled.

A hard disk drive carrier having a latch apparatus to facilitate leveraged insertion of a hard disk drive into a receiving drive bay to an interfaced position, securing of the hard disk drive carrier in the drive bay when the hard disk drive secured to the carrier interfaces with a host computer, leveraged dislodgement of the hard disk drive from its interfaced position for removal of the hard disk drive from the drive bay, and proper positioning of the latch apparatus upon insertion of the hard disk drive carrier to ensure proper engagement of the latch apparatus with the drive bay for leveraged insertion and removal.

An electrical switch includes a tubular housing that includes an interface positioned intermediate the conductor receiving end and the operating end. An operating rod extends through the housing. A fixed contact is electrically coupled to the operating end. A moveable contact is electrically coupled to the interface and the operating rod, wherein the moveable contact is moveable between a first position contacting the fixed contact and a second position separated from the fixed contact. A diaphragm is positioned in the tubular housing between the interface and the operating end and includes a first tubular portion and a second tubular portion. Movement of the operating rod from the first position to the second position causes the second tubular portion to move relative to the first tubular portion, thus deforming the shoulder portion.

The invention aims to provide a manual lifting self-shooting bar of a compact camera, which has the characteristics of small volume, simple structure, convenient use, and the like. When people need to shoot, the compact camera can be clamped on a camera clamping tripod head of the manual lifting self-shooting bar, and after a shutter release interface positioned on the lower part of the camera clamping tripod head is connected with a shutter release, people can stretch a telescopic link to a needed length to be locked, regulate the angle of the compact camera again and well set the compact camera so as to independently shoot.

The invention provides an electromechanical-electromagnetic hybrid simulation method and system. The method includes the steps that a bus with the electromagnetic transient network side connected with a power transmission line meeting a preset condition is determined as a hybrid simulation interface position, wherein the electromagnetic wave propagation delay tau on the power transmission line is larger than the electromagnetic transient simulation step size deltat; the k side of the power transmission line is connected with an electromechanical transient network, and the j side of the power transmission line is connected with the rest of networks of the electromagnetic transient network; the rest of networks of the electromagnetic transient network, the power transmission line and the electromechanical transient network are equivalent to three parts, namely, a part including the j side of the power transmission line and the rest of networks of the electromagnetic transient network, a part including the k side of the power transmission line and an equivalent circuit of the electromechanical transient network and a part including an equivalent circuit of the electromagnetic transient network and the electromechanical transient network; the three parts are solved respectively to obtain the power grid state of the electromagnetic transient network and the electromechanical transient network. By means of the technical scheme, the interface calculation amount is greatly reduced, and the calculation efficiency is improved.

The invention relates to a lithium ion battery core and a preparation method thereof, and a lithium ion battery. The preparation method comprises: assembling a positive electrode sheet, a negative electrode sheet and a separation membrane, and carrying out hot pressing at least twice to prepare the battery core, wherein the separation membrane comprises a base membrane and a polymer bonding substance coated on the base membrane. According to the present invention, the lithium ion battery core is prepared through the multiple hot pressing, wherein the first hot pressing provides the pre-pressing effect so as to achieve the primary bonding of the separation membrane and the electrode sheet and expose the gap at the bonding interface position, and the second hot pressing provides the supplementing effect, such that the polymer bonding substance can fully fill the gap generated by the pre-pressing, and the bonding effect of the bonding interface can be enhanced; and with the at least two hot pressing, the bonding effect at the bonding interface can be improved in a targeted manner, and the clogging of the separation membrane due to the infiltrating of the molten polymer bonding substance into the pores of the separation membrane can be avoided.

The invention relates to a judgment method for oil mixture interface positions in sequential pipelining by a product oil pipeline. A segmented pipeline model of the dynamic equivalent pipeline length theory is used, and variation of density values measured by a density instrument is used for correcting a judgment process. The method includes steps: firstly, segmented calculating and judgment, namely using a main line flow meter of a pipeline station to change calculation of pipeline oil mixture interface positions into calculation of a plurality of pipe segment oil mixture interfaces with filling and sub-delivery measurement values; secondly, density numerical value correction, namely using a main line density detection instrument of the pipeline station to correct the intermediate judgment result according to the known oil mixture interface positions on the pipeline during judgment of the oil mixture interface positions; and thirdly, equivalent pipeline length, namely deducing the pipeline length according to the known oil mixture interface positions on the pipeline as the judgment result; and continuously correcting the equivalent pipeline length during judgment to enable the next judgment result to be higher in precision. The judgment method is high in interface calculation precision and high in destination alarming precision.

The invention discloses an on-orbit fault detection and maintenance method based on an inspection robot. First of all, the inspection robot is sent to a target satellite through a rescue satellite and is absorbed at an absorption surface at the surface of the target satellite, then, the inspection robot is enabled to arrive at a satellite surface test interface position of the target satellite, a control center computer is connected with the target satellite, finally, through the control center computer of the inspection robot, handshake signals are sent to the target satellite, return signals of each device of a satellite system are received, the work state of each subsystem of the target satellite is determined, and faults are eliminated through initializing or taking over the target satellite. Compared to the prior art, the method provided by the invention has the following advantages: the robot is used for inspection and detection maintenance on the surface of the satellite, the disadvantage in the prior art is overcome that when the satellite faults are determined through analyzing remote measuring information transmitted back by the satellite, if a measuring and control system generates faults, the remote measuring information cannot be obtained for fault analysis, and physical fault restoration of the target satellite can be realized.

The invention discloses a non-contact virtual human-computer interaction method based on a smart television set; the method comprises the steps: step 1, connecting to the smart television set to image sensing equipment, establishing a gesture identification system and a gesture information database in the smart television set, and storing a plurality of appointed gestures as well as smart television set executing programs in one-to-one correspondence association with the appointed gestures in the gesture information database; step 2, setting two operational models; step 3, directly operating a two-dimensional menu interface and a three-dimensional control interface switched by the gestures in the smart television set when the operational model A is carried out; and step 4, when the operational model B is carried out, keeping the present interface of the smart television set unchanged and calling the smart television set executing programs correspondingly associated with the gestures. The non-contact virtual human-computer interaction method based on the smart television set has the beneficial effects of exploring users' interaction purposes in the combination of virtual interface location awareness and users' behavior models and providing a new way for solving the 'Midas Touch Problem' which is difficult to be solved on the basis of a gesture interaction human-computer system.

The invention discloses a method for quickly returning to a list home page and a mobile terminal. The method comprises a step one, namely a detecting module is provided, when the mobile terminal is on a list interface, a detecting program is started; a step two, namely whether swinging exists in the mobile terminal is detected, if the swinging exists in the mobile terminal, the next step is carried out, otherwise, the current detecting state is kept; a step three, namely whether the current list interface of the mobile terminal is placed on the list home page is judged, if the current list interface of the mobile terminal is placed on the list home page, the list interface position is kept still, and otherwise, quick returning to the list home page is carried out. According to the mobile terminal, when a plurality of pages exist on the lift interface and a user wants to return to the list home page quickly, the user does not need to push a button and only needs to swing the mobile terminal, quick returning to the list home page can be carried out, user operation can be simplified, and good operation experience is brought to the user.

The present invention relates to a projection display optical system, including a light source, an optical circuit switching device and a prism group. the prism group is placed between the optical circuit switching device and a projection device; andon the optical circuit switching device a microreflector array formed from several microreflectors is inclued; at least two gaps are formed by said prism group, so that the light entered into the prism group can produce total reflection at the interface position of first prism and gap, then is entered into the optical circuit switching device. Said invention also provides the working principle of said optical system and projection method of said projection device.

The invention discloses an information processing method which is used for solving the technical problem of poor voice recognition effect of a voice input mode. The method includes the steps: acquiring input information acquired by a second acquisition mode when electronic equipment is in a voice acquisition state; determining a logical interface position corresponding to first voice information acquired in the voice acquisition state according to the input information, so that input information acquisition time serves as first voice information acquisition starting time or first voice information acquisition finishing time. The invention further discloses the corresponding electronic equipment.

Disclosed is an ultrasonic diagnostic device provided with: an ultrasonic wave signal processing unit which performs a transmission processing for transmitting ultrasonic waves to the blood vessel of a subject by driving a probe, and performs a reception processing for generating a reception signal from the ultrasonic wave which reflected from the blood vessel of the subject and which was received by the probe; a tomographic image processing unit which creates a tomographic image from the reception signal; an interface detection unit which detects the lumen-intima interface and media-adventitia interface of the blood vessel from the reception signal or the tomographic image; a blood vessel wall thickness calculating unit which calculates the distance between the lumen-intima interface and the media-adventitia interface, which were detected by means of the interface detection unit, as the blood vessel wall thickness value; a reliability determination unit which determines the reliability of the blood vessel wall thickness value on the basis of the features on an image information or on a signal at the lumen-intima interface and media-adventitia interface positions, which were detected by means of the reception signal or the tomographic image; and a control unit which determines, on the basis of the determination results from the reliability determination unit, that the blood vessel wall thickness value is the intima-media complex thickness.

The invention discloses a 3D printing digital model sectioning and interface designing method. The method comprises the following steps: sectioning a 3D printing digital model based on designated tangent planes, and repeating the step if the sectioning needs to be carried out for multiple times; designating interface positions on sections, obtaining boundary curves near interfaces through fitting,and calculating interface base points; iteratively calculating interface heights and selecting interface directions; calculating gap widths, and adding semi-circular structures at interface bulges and interface grooves; and splicing the interfaces on the model. The method provided by the invention has the advantages that through the sectioning of the 3D printing digital model, the problem that a3D printer cannot print internal information of the model is solved, and components obtained after disassembly can be spliced to recover an original appearance through the addition of the interfaces to the model; manual information interaction is utilized, so that sectioning positions and the interface positions can better meet user requirements; and furthermore, the maximum printable volume of the printer is increased, the weight of a finished product is reduced, and the model printing time is shortened.

The invention discloses an automobile charging robot. The automobile charging robot comprises a charging connector, a displacement platform for bearing the charging connector and carrying the charging connector to move, a sensing device for sensing a charging interface position matched with the charging connector on an automobile and a control system connected with the displacement platform and the sensing device respectively to control the displacement platform to carry the charging connector for movement and butt joint with the charging interface based on a sensing signal of the sensing device. Therefore, the automobile can be automatically charged without artificial participation, the time can be saved, the efficiency can be improved, and the manufacturing cost is relatively cheap.