916 results about "Fist" patented technology

A computer implemented method for emulating a mouse with a multi-touch sensitive display surface. Sensing a touching, movement or tapping by one or several fingers or fist emulates mechanical mouse functionality. Sensing a first touching by a first finger at a first location on a multi-touch sensitive display surface and sensing concurrently a second touching by a second finger at a second location on the multi-touch sensitive display surface displays a graphic object on the multi-touch display surface at a position dependent on the first location and the second location to emulate moving a mouse.

Described herein are methods, devices and systems for performing an interspinous fusion, in particular for performing an interspinous fusion unilaterally. In general an interspinous fusion system may include a first fixation plate configured to couple to a first lateral side of a spinous process, a rod extending from the first fixation plate at a joint such that the rod is pivotable with respect to the first fixation plate, and a second fixation plate configured to couple to a second lateral side of a spinous process opposite from the first fixation plate. In general, a method of performing an interspinous fusion unilaterally may include the steps of placing a first fixation plate, having a rod extending from the fixation plate, between two adjacent spinous processes from a fist lateral side of the spinous processes, pivoting the rod with respect to the first fixation plate such that the plate abuts the second, opposite, lateral side of at least one of the spinous processes, and placing a second fixation plate such that it abuts the fist lateral side of at least one of the spinous processes.

A mechanism controls a multi-thread processor so that when a fist thread encounters a latency event to a first predefined time interval temporary control is transferred to an alternate execution thread for duration of the first predefined time interval and then back to the original thread. The mechanism grants full control to the alternate execution thread when a latency event for a second predefined time interval is encountered. The first predefined time interval is termed short latency event whereas the second time interval is termed long latency event.

The invention relates to a single phase ac motor over current protector in the field of compression refrigerating machine motor protector. It comprises a casing, a cover, an electric-heat wire, a double mental sheet, a fist hook, a second hook, a moving contact, a static contact, a fixed base and a trigger mechanism, wherein the static contact is fixed on the first hook; the electric-heat wire is fixed positioned inside the electric-heat wire channel by a pair of first and second column; the second column is connected with the second hook; the double mental sheet is disk type and positioned on the double mental sheet base upper to the electric-heat wire; the trigger mechanism comprises a top rod and a spring sheet; the top rod is positioned in the top rod hole of the fixed base; the top end and the low end of the double mental sheet are corresponding with the spring sheet; the fixed end of the spring sheet is fixed on spring sheet fixed base which is the lower part of the fixed base; the free end extents to the contact space-limit which is the channel lower part of the fixed base; the moving contact is fixed on the free end and is corresponding with the static contact.

A touch sensitive device is provided. The device includes a substrate; a plurality of first electrodes formed on the substrate and arranged along a first direction without overlapping one another; a first insulating layer formed on the substrate and covering the plurality of first electrodes; and a plurality of second electrodes formed on the first insulating layer and arranged along a second direction without overlapping one another, wherein the fist direction is vertical to the second direction.

A method for efficiently producing injection molded toothbrush handles wherein two or more adjacent cavities in a mold are respectively configured to mold a first portion of a handle and a second portion of a handle, wherein upon injection molding of the first portion in a first cavity, the second portion is simultaneously injected into a second cavity into which a previously molded fist portion has been placed after its removal from the first cavity, thereby to immediately contact the previous first portion with the newly injected second portion. A third portion may also be injected into a third cavity into contact with a previously injection molded contacting first and second toothbrush handle portion. In this manner, seriatim transfer of the said portions between cavities enhances product output. The handle may include transparent or translucent portions.

A mounting device for mounting a data storage device to a receiving bracket of a computer enclosure includes a board body and at least one grounding clip. Two of the mounting devices are attached to opposite sides of the data storage device and engage with the receiving bracket. Each grounding clip includes a securing section, a first section and a second section. A bolt extends through a hole defined in the securing section of the grounding clip and a through hole defined in the board body for engaging with a screw hole defined in the data storage device thereby fixing the grounding clip and the board body to the data storage device. The fist and second sections of each grounding clip form a plurality of fingers for respectively contacting the data storage device and the computer enclosure thereby forming a grounding path therebetween while fixing the data storage device to the computer enclosure.

The invention concerns an arthroplasty implant for providing a joint between first and second members of the body, such as a metatarsophalangeal (MTP) joint, a metacarpophalangeal (MCP) joint or a proximal interphalangeal (PIP) joint. The implant of the invention includes a fist component (10) defining a concave surface (14), a second component (20) defining a convex surface (24) and an intermediate component (32) which is located between the first and second components. The intermediate component has a convex surface (36) which is slidable on the concave surface of the first component to allow articulation between the first component and the intermediate component and a concave surface slidable on the convex surface of the second component to allow articulation between the second component and the intermediate component. A means (16, 38; 50, 60) is provided to prevent the intermediate component from separating laterally from at least one of the first and second components.

A supporting structure of a sub-frame for a suspension system contains a body frame, a sub-frame, elastic bushings, each having an inner cylinder having a lower edge. And an outer cylinder and an elastic member are interposed between the inner and outer cylinders. The sub-frame is supported on the body frame via the elastic bushings, at least one of first stay extends along the body frame, and at least one second stay extends along the body frame in a different direction from the first stay. Both ends of each of the fist and second stays respectively are supported on the lower edge of the inner cylinder and the body frame.

A trusted agent for enabling the check of the access of a user operating a first computer system controlled by a first security system to software and / or data on a second computer system controlled by a second security system. The trusted agent includes several functions, including: (a) reception of a user-id for the second computer system and transmission of the user-id to the second security system; (b) retrieval of a shared secret, which is registered in the fist security system and in the second security system, from the second security system; and (3) transmission of the shared secret from the trusted agent to the second computer system.

A determining unit determines tangent vectors at one and the other end of one spline curve segment of each section such that a length of each tangent vector is proportional to that of a first straight line connecting one end and the other end of the one spline curve segment, and that the tangent vectors at one end and the other end of the one spline curve segment are directed to divide, by a predetermined ratio, a first angle and a second angle, respectively. The first angle is formed by the first straight line and an extension of a second straight line connecting one and the other ends of a previous spline curve segment. The second angle is formed by the fist straight line and an extension of a third straight line connecting one and the other ends of a next spline curve segment.

An apparatus for treating a heart includes a housing member having a plurality of elongate channels defined therein and is movable between a first collapsed position and a second expanded position. A tissue attachment member is positioned in each channel. In one aspect, the apparatus is adapted for performing an anastomosis and includes a housing member having a plurality of elongate channels defined therein and which is movable between a fist collapsed position and a second expanded position. A surgical clip is positioned in each channel. A clip deployment mechanism projects the clips from their respective housings and a registration member approximates and aligns the first and second tubular structures. In a further aspect, helical barbs are movably affixed within sleeves formed on a sheetg of biocompatible material adapted for placement within a heart ventricle. Methods for treating a heart and reducing the volume of a heart ventricle are also provided. In a still further aspect, helical barbs provide attachment for patches for closure of a wound site or for suturing of a site needing closure. In yet another aspect of the invention, the helical barbs provide an attachment regine for implantable devices, as a well as a means to deliver medically efficacious materials to chosen sites with secure means. The helical device of the present invention further serves as a stent.

The invention discloses a device for adjusting the posture of a welding gun, which is used for a welding robot. The device comprises a first guide device arranged on the welding robot and a first driving device arranged on the upper part of the welding gun (0), wherein the first driving device drives the upper part of the welding gun (0) to sway along the first guide device, and the guiding center of the first guide device coincides with the endpoint at the tail end of the welding gun (0). In the working process of the welding gun, the first driving device drives the upper part of the welding gun (0) to sway along the first guide device, and because the guiding center of the first guide device coincides with the endpoint at the tail end of the welding gun (0), when the upper part of the welding gun (0) sways along the fist guide device, the position of the endpoint at the tail end of the welding gun (0) is not changed, and the posture of the welding gun (0) in the welding process is changed, so the welding stability and the welding seam quality can be stably ensured for a long time.

The invention discloses a method and system used for recognizing and controlling a gesture and based on a hand profile feature. The method is mainly formed by an initial setting step, an image pre-processing step, a gesture recognizing step, a command parsing step and a controlling step for an application program to be controlled. Gesture recognition is conducted by extracting an outer profile of a video frame, the gesture is recognized according to gesture feature area and gesture feature perimeter in a gesture recognition process, a fist and a palm are described by using the sum of convex hull flaw area, and accuracy and efficiency of palm recognition are effectively improved. In the gesture recognition process, only common computational discrimination such as perimeter and area are used instead of a complex image mode recognition sample comparison method, so that an extra sample base is not required to be added and can develop service for other applications such as a picture viewer, a music player, a webpage browner and a game application program which are based on gesture control.

A method of detecting fraudulent or erroneous data from a transaction data set is provided. A first transaction record having a plurality of key values is selected from a transaction record database. One of the key values is selected from the selected transaction record. The transaction record database is then queried for transaction records having the selected key value. A second database is compiled of transaction records that contain the selected key value. At least one other key value is then selected from the originally selected transaction record, and the transaction record database is again queried for transaction records also having the second key value. The results of the fist, second and any subsequent queries are added to a second or a suspect transaction database. Then, using the uncovered records, the transaction database is queried for the use of key values common to the uncovered set of transactions to see if additional records are suspect. A list of queried key values is maintained to prevent the unnecessary or redundant use of the same query of the transactions. Risk coefficients of levels of fraud or mistake are assigned to the transaction records which have one or more common key values to the records uncovered as a consequence of the database queries.

An input device includes: a light source; an image sensor (camera C) disposed on the same side of a hand as the light source; a controller; a shape recognizer for calculating coordinates of the center of gravity of a fist and the tip of a finger from a two-dimensional image; and a motion determinator for comparing distances between the center of gravity of the fist and the fingertip. When there is a decrease or an increase between the distances between the center of gravity of the fist and the fingertip before and after measurement, a determination is made that the motion is an upward or downward motion of the finger with respect to a virtual imaging plane of the camera. This provides a method for detecting motion of an input body, capable of detecting the motion of a hand from image analysis by using the single image sensor.

The invention discloses a page switching method and device as well as a mobile terminal, and belongs to the field of mobile communication. The page switching method includes the following steps: when receiving a page switching command, determining the type of a first page, wherein the fist page refers to the current display page; acquiring and playing switching animation corresponding to the type of the first page, wherein the switching animation is that the first page is switched to a second page in a preset manner; when the playing of the switching animation is finished, displaying the second page. The mobile terminal includes a receiving module, a determining module, a playing module and a displaying module. According to the embodiment of the invention, the page switching process is triggered by a page switching command, so that the defect in the prior art that a new window is required to be established or the original page is required to be searched in multiple tags during page switching can be overcome, the switching speed is increased, the switching efficiency is improved, and the common functions of convenient switching and operation can be realized in a visual and practical manner.

A catheter assembly comprises a catheter shaft having a proximal region a distal region and a rotational seal therebetween. The rotational seal comprises a first component fixedly engaged to the proximal region and a second component fixedly engaged to the distal region. The components engaged in an overlapping arrangement. The rotational seal is actuatable between a non-activated and activated states. In the non-activated state the first component and the second component are separated by a gap which provides for the distal region of the catheter shaft to be rotatable relative to the proximal region. In the activated state at least a portion of the fist component and the second component being sealingly engaged together such that distal region is made static relative to the proximal region.

An invention for migrating managed application state for a Java based application is disclosed. A first Java module is executed on a first server. The first Java module includes a first entity bean and a first state object in communication with the first entity bean. The first state object stores a state of the first entity bean. The first state object is replicated to a state server or stored in-memory and made capable of migration by replicated state manager. Then, a second Java module is started on a second server as part of the module migration by a control module. The second Java module includes a second state object that is populated with state by either recovering from replica of fist state object stored on the state server or by getting transferred state of an in-memory copy of first state object managed on first server.

The invention relates to a method for manufacturing microbridge of uncooled infrared focal plane detector and a structure thereof.The method comprises the following steps: preparing a reflecting layer on a readout circuit-based wafer;an insulated medium layer,a first sacrificial layer and a first supporting layer;etching the first supporting layer and preparing a first through hole above the reflecting layer;preparing a fist electrode,a first medium layer,a first passivation layer, a second sacrificial layer,a second supporting layer,a thermal layer and a protective layer;etching the second supporting layer and preparing a second through hole above the first electrode;etching the protective layer and preparing a contact hole above the thermal layer;preparing a second electrode, a second medium layer, a second passivation layer,a third sacrificial layer,a third supporting layer and a third passivation layer successively;releasing respective sacrificial layers to get the detector structure.With the three-layer microbridge structure,the method for manufacturing microbridge of uncooled infrared focal plane detector increases effective filling factors and makes infrared absorption more efficient.

A method and apparatus for controlling power management state transitions between two devices, e.g., a processor and a bus bridge, that are connected through a clock forwarded interface bus in a computer system. The bus bridge is configured to coordinate disconnection of the processor from the interface. Particularly, the bus bridge may use a fist signal to indicate whether or not the processor is to be disconnected from the interface (e.g. a CONNECT signal) and the processor may use a second signal to indicate whether or not the processor is to be disconnected from the interface (e.g. a PROCREADY signal). The processor is disconnected from the interface responsive to both the first signal and the second signal indicating that the processor is to be disconnected. The signals may also be used to reconnect the processor to the interface.

An electrochromic device is provided comprising: at least one electrochromic element comprising (i) at least one material that is electrically conducting in at least one oxidation state and (ii) at least one electrochromic material, wherein said materials (i) and (ii) can be the same or different; at least one layer of a solidified electrolyte which is in direct electrical contact with said electrochromic element; and at least two electrodes comprising PEDOT-PSS, arranged side by side in a common plane and adapted for application of a voltage therebetween, one of said electrodes being in direct electrical contact with a component selected from said electrochromic element(s) and the other electrode(s) being in direct electrical contact with a component selected from said electrolyte layer(s) and said electrochromic element(s). Furthermore an electrochemically active element is provided comprising: a first layer comprising PEDOT-PSS mixed with an adhesion promoter, and a second layer comprising PANI, the second layer being deposited on top of and in direct electrical contact with 25 the fist layer.

The invention relates to a preparation process of convenient rice, which comprises the following operational steps: A, washing rice; B, soaking the rice for the fist time; C, stewing the rice for the first time; D, soaking the rice the second time; E, stewing the rice for the second time; F, dispersing the rice; G, drying the rice to obtain finished products; and H, packaging the finished products, wherein soaking liquid contains 0.2 to 0.6 percent of citric acid, 0.1 to 0.3 percent of beta-cyclodextrin and 0.1 to 0.3 percent of sucrose fatty acid ester. The soaking liquid improves the edible quality of the convenient rice and strengthens the anti-retrogradation performance of the convenient rice while shortening the rehydration time of the convenient rice, so that the edible quality of the convenient rice is the same as that of fresh rice; and the gelatinization degree of the rice is improved by adopting the process of the two-time soaking and two-time stewing, so that the rehydration time of the convenient rice is shortened to 8 minutes. The preparation process has the advantages of reasonable process design, low equipment requirement, conveniently-eaten product, long quality guarantee period and good edible quality, and has the high popularization and use values.

A kung fu training device of the present invention includes a positioning portion, a body pole, a shoulder portion, two joint portions, two arm portions and several pins. Polygonal holes and corresponding polygonal poles are disposed on pivoting ends of the shoulder, the first and second joints of the joint portions, and the arm connectors of the arm portions respectively. Thereby, the fist pads disposed on the distal ends of the arm portions are height-adjustable and angle-adjustable about the body pole, and the heights of the shoulder portion and the head portion are also adjustable. As a result, the training device of the present invention is suitable for the trainees with different body sizes to simulate fighting with simulating enemies with different body sizes, so as meet the trainees' need.

A method for detecting leak from a fuel vapor treating apparatus defining a first area including a fuel tank and a second area including an adsorbent canister has hermetically closing the fist area, measuring internal pressure of the first area comparing an absolute value of differential pressure between the internal pressure of the first area and the atmospheric pressure with a predetermined value, measuring the internal pressure of the first area in a case that the absolute value is equal to or higher than the predetermined value in order to check for leaks from the first area based on changes in the internal pressure of the first area, fluidly communicating the first area with the second area in order to equilibrate internal pressures of the first area and the second area, hermetically closing the second area, and measuring the internal pressure of the second area in order to check for leaks from the second area based on changes in the internal pressure of the second area.

A gasket includes a fist sealing portion, a second sealing portion, and an elastic arm sealingly connecting between the two. The first sealing portion sealingly engages a first member and the second sealing portion sealingly engages a second member. The elastic arm is not highly compressed between the members, allowing the gasket to vibrationally decouple the first member from the second member.

There is provided a radio apparatus having a built-in type antenna of a broad frequency range in a thin case. The radio apparatus comprises a fist case containing a first printed circuit board (PCB) and a second case containing a second PCB. The two cases are joined by a hinge part. A radio circuit is contained in the first or the second case or the hinge part, and is connected to a first end of a feeder line including a signal line and a return line. A first antenna element formed as a printed pattern of the first PCB is connected, by a first conductor, to the signal line at a feeding point, i.e., a second end of the feeder line. A second antenna element formed as a printed pattern of the second PCB is connected, by a second conductor, to the return line at the feeding point.

A motor cooling and eddy current suppression structure (100), which is attached to the surface of the motor winding (201), includes a first cooling plate (101), a second cooling plate (103,104), and a cooling water circuit located between the first cooling plate and the second cooling plate. The cooling water circuit is configured to allow the cooling fluid to pass through. The first and the second cooling plates are both non-magnetic metallic materials. The first cooling plate is divided into a plurality of individual first regions (301,303) which are corresponding to each pole of the motor by one or more first slits (305) provided on the first cooling plate in the position where the motor poles are combined. Each of the first regions is further divided into an even number of first sub-areas by at least one fist sub-slit (306) where induced electromotive force is generated. Two adjacent first sub-areas in respective first regions are grouped together, and the ends of each first sub-area that has the same polarity are connected in series. The second cooling plate is divided into a plurality of individual second regions which are corresponding to each pole of the motor by one or more second slits provided on the second cooling plate in the position where the motor poles are combined. Each of the second regions is further divided into an even number of second sub-areas by at least one second sub-slit where induced electromotive force is generated. Two adjacent second sub-areas in respective second regions are grouped together, and the ends of each second sub-area that has the same polarity are connected in series. This structure can efficiently reduce the temperature of the motor winding and reduce the induced eddy current.

The invention relates to a payment data processing method and apparatus, a storage medium, and a computer device. The method comprises: a payment request carrying a merchant identifier and transactioninformation is received; when a designated payment channel corresponding to the merchant identifier does not exist, current channel information and channel screening factor priority information corresponding to the merchant identifier are obtained based on the merchant identifier; according to the current channel information and channel screening factor priority information, a payment channel with the highest priority is screened out as a current target payment channel; and a fist deduction request is generated based on the transaction information, and the first deduction request is sent to abank system corresponding to the current target payment channel, so that the bank system corresponding to the current target payment channel carries out deduction processing. Therefore, the payment success rate is increased.