27 results about "Insertion point" patented technology

Disclosed examples include generating instrumented code by inserting profiling instructions at insertion points in code; outputting the instrumented code for execution by second programmable circuitry; and accessing profiling data generated by the second programmable circuitry based on the instrumented code.

The present disclosure relates to methods and systems, implemented by a device such as a client device, for seamlessly inserting a supplemental content item into a content item to negate the user's need for rewinding to a point prior to the interruption of the content item by the supplemental content item. The client device accesses the supplemental content insertion logic to identify a default supplemental content insertion point between two consecutive segments of the content item. The client device analyzes the two consecutive segments of the content item to identify a natural supplemental content insertion point within one of the two consecutive segments. The client device then decodes a first set of frames of the content item up to the natural supplemental content insertion point, a second set of frames of the supplemental content item and a third set of frames of the content item from the natural supplemental content insertion point. The client device places these three sets of frames in a buffer and plays the frames from the buffer.

A video is rendered. The video features a host and is viewed by one or more viewers. A video segment is accessed. The video segment is related to the video and is accessed by an operator. The video segment includes a performance by an individual. A synthesized video segment is created from the video segment that was accessed. The synthesized video segment includes the performance as accomplished by the host. At least one insertion point within the video is determined for the synthesized video segment. The synthesized video segment is inserted by the operator into the video at the at least one insertion point. The inserting is accomplished dynamically and appears seamless to a viewer. A remainder of the video is rendered after the at least one insertion point. The determining at least one insertion point includes a response to an interaction by the viewers of the video.

An intramedullary implant (1) for connection to a prosthetic device (E), comprising a main stem (2) having a proximal end (3) for insertion into a medullary cavity of a bone stump (B) and a distal end (4) for engagement with the prosthetic device (E). The main stem (2) comprises a medullar section (5) extending from the proximal end (3) in distal direction (D), and a coupling section (6) extending from the distal end (4) in proximal direction (P). The medullar section (5) and coupling section (6) meet at an insertion point (S) along the main stem (2) between the proximal end (3) and the distal end (4), wherein the insertion point (S) designates a maximum insertion depth (Di) into the medullar cavity. The coupling section (6) has a constant coupling diameter (d1) extending from the insertion point (S) to the distal end (4).

A device including a support (4) comprising a support base defining a spherical base contact surface, extending along a virtual sphere (S) and a circular rim extending in a rim plane; a first and a second needle mobile on the support between extracted and inserted positions in which the first and second needles are outside and maximally inserted in said virtual sphere, respectively, via first and second intermediate piercing positions in which, respectively, the first and second needles extend along first and second insertion axis and their tips are located on first and second insertion points belonging respectively to first and second hemispheres of the virtual sphere separated by a “median radial plane of the rim”, an angle (θ) between the median radial plane and any insertion axis being between 70° and 110°.

Receiving a first portion of a live stream of a content item being either prerecorded or being captured from a live event, the content item comprising or to comprise a set of stream-enabled video segments, the first portion of the live stream comprising a first subset of stream-enabled video segments. Identifying insertion point(s) within at least one stream-enabled video segment. Generating a first playlist based on the one or more identified insertion points, the first playlist associated with at least a first sub-subset stream-enabled video segments. Providing the first playlist to a consumer system. Receiving a second portion of the live stream comprising a second subset of stream-enabled video segments. Receiving a second playlist associated with the second portion of the live stream. Updating the first playlist based on the second playlist, and providing the updated first playlist to the consumer system.

This utility model relates to the technical field of tent erection auxiliary components, and in particular to a fixing pole for a stable tent, comprising a fixing block and a fixing mechanism: the fixing mechanism includes positioning pins, four of which are arranged in a ring at equal intervals around the bottom surface of the fixing block, which can increase the number of insertion points with the ground and improve the tightness of the connection between the fixing block and the ground; by setting four positioning pins, the fixing mechanism increases the number of insertion points with the ground, improves the tightness of the connection between the fixing block and the ground, makes the tent erection more stable, and the usage method is the same as a single ground peg, without increasing the difficulty of erection.

The application relates to a point resource processing method and device, computer equipment, a storage medium and a program product. The method comprises the following steps: when a resource processing request of inserting a video point resource into a video is received, first point resource configuration information associated with the video is acquired, second point resource configuration information of the video point resource is determined, first point resource attribute information of the inserted point resource is determined based on the first point resource configuration information, second point resource attribute information of the video point resource is determined based on the second point resource configuration information, the video point resource is subjected to resource insertion verification according to the first point resource attribute information and the second point resource attribute information, and when it is determined according to the resource insertion verification result that the video point resource is inserted into the video, the first point resource configuration information is updated based on the second point resource configuration information. The method can effectively and reasonably allocate the video point resource and improve the utilization rate of the video point resource.

The present application provides a new and innovative device for aiding in screw installation through a distal end of a nail installed in a patient's bone (e.g., humerus). The nail's distal end is disposed away from an insertion point of the nail into the bone. The targeting device includes a targeting body having an outer frame, a flexible member connected to the outer frame, a targeting block having multiple holes and connected to the flexible member such that the flexibility of the flexible member enables the targeting block to translate towards sides of the outer frame, and an adjustment assembly that adjusts and maintains the targeting block's position relative to the sides of the outer frame. The targeting device further includes a base plate removably coupled to the targeting body. The targeting device may be coupled to the nail at the base plate.

In some embodiments, a method receives a request for playback of primary content. The request is associated with a distribution context. Decorations are determined for a set of insertion points. The method selects inclusion rules for the distribution context. The inclusion rules include a template describing references for supplemental content or default supplemental content for types in the set of types. Types are evaluated for the set of insertion points using the template to determine an experience timeline in which insertion points are associated with references for supplemental content or default supplemental content for types. The method determines playback materials for the set of insertion points in the primary content based on the references for supplemental content or default supplemental content for types in the set of types for the experience timeline. A set of instances of supplemental content is inserted in the insertion points.

A computer-implemented method of channel change detection and overlay detection for a broadcast output, the computer-implemented method comprises providing a broadcast stream for a display; dividing the display into one or more regions, and selecting at least one of the one or more regions; based on the selected one or more regions, determining a first content associated with the broadcast stream; at a time associated with an insertion point for a second content, determining whether the determined first content associated with the broadcast stream matches a target content associated with insertion of the second content in the broadcast stream at the insertion point; for the first content not matching the target content, blocking the insertion of the second content; and for the first content not matching the target content, performing the insertion of the second content.

The present disclosure provides a multi-task program compiling method and device, and a multi-core chip. The method comprises: determining an initial synchronization instruction insertion point of each task respectively; generating an initial program segment in each synchronization segment corresponding to each initial synchronization instruction insertion point respectively; calculating the required calculation amount of each initial program segment respectively; re-distributing all initial program segments in each calculation core of the calculation core group according to the required calculation amount of each initial program segment, so that each calculation core performs the same calculation amount; generating a new program segment and a final synchronization instruction insertion point of each calculation core based on the re-distribution result; and inserting a synchronization instruction in the corresponding new program segment according to each final synchronization instruction insertion point to generate a final program segment of the calculation core group. The present disclosure can save the number of chips in the multi-task system, reduce the cost, optimize the computing power resources, maximize the effective computing power of each calculation core, speed up the task completion, save the power consumption, and greatly reduce the programming difficulty.

The invention relates to the technical field of large language models, in particular to a retrieval enhancement generation anti-noise method and system based on dynamic reasoning intervention, and the method comprises the following steps: a paragraph injection step and an instruction injection step: selecting a node with an auto-reflection capability in a model reasoning chain as an insertion point, and after a model generates a node label, executing the step of instruction injection; triggering a dynamic insertion retrieval paragraph and a verification instruction thereof based on a predefined insertion rule; the method has the beneficial effects that a dynamic intervention mechanism is introduced into a model reasoning chain, so that the anti-noise capability of a retrieval enhancement generation system is remarkably improved, errors can be effectively recognized and corrected in a complex scene with misleading information, and the accuracy of output content is guaranteed. Meanwhile, according to the method, key facts and task instructions are verified in real time in the reasoning process, generation of redundant information is reduced, response efficiency is optimized, and output is more concise and reliable.

A computer implemented method for inserting advertisement content into a program content stream includes receiving, by a headend content server, the program content stream. The program content stream includes an advertisement insertion cue. The method further includes detecting the advertisement insertion cue in the program content stream, and the advertisement insertion cue indicates an insertion point in the program content stream for inserting an advertisement. The method further includes modifying the advertisement insertion cue to indicate an expiration date and time for playout of a first advertisement content to be inserted into the program content stream, and inserting the first advertisement content into the program content stream.

The invention relates to a jack inserting method and device based on spatial indexing, a storage medium and equipment, and the method comprises the steps: obtaining a layout, and determining an inner hole and an outer hole of a to-be-inserted hole in the layout; the inner and outer holes comprise an outer hole and a plurality of inner holes, the outer hole is polygonal, and the inner holes are polygonal inside the outer hole; determining insertion points of the inner holes, and establishing a plurality of insertion point indexes of the inner holes based on the coordinates of the insertion points of the inner holes; establishing an edge index based on the positions of the edges in the inner and outer holes; establishing a topological relation between the inner and outer holes based on the insertion point index and the edge index; and traversing the inner holes and the outer holes according to the topological relation, connecting the inner holes and the outer holes by using the insertion points of the inner holes, and completing insertion, so that the problem of low efficiency during insertion of multiple inner holes is solved, all the inner holes are inserted into the outer holes through one-time traversing, the total time complexity is reduced, and the insertion efficiency is improved.

A fastener includes a fitted portion having an elastic piece that is disposed on a side of a base portion configured to allow insertion of the fitted portion into a through hole by elastic deformation in a direction of approaching a base portion and to engage the through hole at an insertion point of the insertion by elastic return in an end position of the insertion, and that is configured to, if force in a direction of pulling out the fitted portion from the through hole is applied, cause the elastic deformation in the approaching direction. The base portion includes an abutting portion abutting on the elastic piece if the force in the pulling-out direction is applied, and, if the force in the pulling-out direction is equal to or greater than a predetermined magnitude, the elastic piece bends in a direction toward a central axis of the fitted portion.

DEPCT67 The oil feeding components as disclosed herein include the main plate section, which contains... Creating holes in the area and more than one insertion point, each protruding. Exit from the main plate at a position near the outer perimeter of the plate. The principle is related to the passage hole, where more than one insertion site is inserted into the hole. Apply oil to the compressor's rotating shaft at each insertion point, including the base end. Which is connected to the main plate and the protruding end area on the terminal side. The area where insertion occurs in the case where an imaginary straight line passes through the passage hole and is perpendicular to the main plate section. Let there be a hypothetical straight line at the first point in the region where each connection is inserted, which is the location of the joint. The area where the base and the insertion point are connected is positioned away from... The first imaginary straight line is the maximum;

The embodiment of the invention provides a register allocation method, which is characterized in that when a weight is set for an edge in a target network, the weight is positively correlated with the distance between the edge and a key point, and the weight between nodes and the distance between a target position and the key point are simultaneously activated through explicit constraint of an energy function in iterative optimization. The target network can automatically arrange an overflow or reloading instruction at a code position closer to a key operation during iterative convergence, so that after the lifetime is segmented, the byreg interval is as short as possible, a physical register can be used by more variables, and the pressure of the physical register and the overflow instruction are reduced. In general, the register allocation method ensures that the finally determined target position not only can relieve physical register conflicts, but also can effectively reduce invalid register occupation time caused by the fact that an instruction insertion point is too far away from a key point, so that memory access overhead is reduced on the whole, and the utilization rate and execution performance of the register are improved.

This invention relates to a UVM-based register verification method, platform, and storage medium, belonging to the field of signal processing technology. The method includes the following steps: 1. Creating a register table in a unified format; 2. Creating a program instance and defining various events, starting the program's event loop, and responding to user operations; 3. Reading and checking the format of the register table and calling execution events; 4. When a register check event is triggered, replacing the declared insertion point with the corresponding register in the register table to generate SystemVerilog; 5. When a register model generation event is triggered, extracting register attributes from the register table to generate SystemVerilog; 6. Clearing the user interface through a function; 7. Importing the generated test cases into the corresponding verification environment for compilation and execution. This invention achieves one-click automated generation of various test cases for register checks, without the need for traditional manual intervention.

A system and method for identifying insertion points for inserting live content into a continuous content stream is disclosed. A live content item to include in a content stream presented to a user of a client device is identified. The live content item is identified based on a user preference of the user of the user. The live content item is determined to be presented based on a start time of the live content item. An indicator of the live content item is caused to be presented on a user interface at the start time of the live content item during playback of the content stream.

The application discloses a tunnel surface subsidence based step-by-step construction device and construction method. The application belongs to the technical field of tunnel construction. The device comprises a plurality of top support molds, a plurality of insertion point type insertion units are arranged between two adjacent top support molds, each top support mold and each insertion point type insertion unit are installed on an assembly beam, a driving type transmission mechanism for driving the top support mold to move along the length direction of the assembly beam is installed on the assembly beam, and a plurality of vertical hydraulic cylinders are installed on the lower end of the assembly beam along the length direction of the assembly beam. The method is to apply the above device to step-by-step reinforcement of the tunnel. The core design of active support, multi-point reinforcement and step-by-step advancement is adopted in the application, so that the whole process of surface subsidence in tunnel construction is realized, and fine control is achieved. The application has stability, high efficiency, safety and economy, and is especially suitable for tunnel construction under complex geological conditions such as karst, and can effectively guarantee the engineering quality and the safety of the surrounding environment.

A system includes identification of a plurality of computing jobs associated with a same execution priority, determination of an insertion point for each one of a second plurality of queues of a second skiplist based on the execution priority, each of the second plurality of queues including a queue entry for at least one of a second plurality of computing jobs, generation of a first skiplist including a first plurality of queues, the first skiplist including one or more queue entries for each of the plurality of computing jobs, and insertion of each of the first plurality of queues of the first skiplist into a respective one of the second plurality of queues at a respective one of the determined insertion points.

The invention discloses a line element adding method and device, equipment, a medium and a product, and the method comprises the steps: respectively determining a to-be-inserted point and a to-be-inserted line of a to-be-inserted line element in response to the operation of adding the to-be-inserted line element to a current topological structure; if the topological point which is the same as the point to be inserted does not exist in the current topological structure, inserting the point to be inserted into the current topological structure; and after the insertion operation of the to-be-inserted point is completed, inserting the to-be-inserted line into the current topological structure. According to the technical scheme, the calculation amount of line element adding is reduced, and the processing efficiency is improved.

The present disclosure relates to methods and systems, implemented by a device such as a client device, for seamlessly inserting a supplemental content item into a content item to negate the user's need for rewinding to a point prior to the interruption of the content item by the supplemental content item. The client device accesses the supplemental content insertion logic to identify a default supplemental content insertion point between two consecutive segments of the content item. The client device analyzes the two consecutive segments of the content item to identify a natural supplemental content insertion point within one of the two consecutive segments. The client device then decodes a first set of frames of the content item up to the natural supplemental content insertion point, a second set of frames of the supplemental content item and a third set of frames of the content item from the natural supplemental content insertion point. The client device places these three sets of frames in a buffer and plays the frames from the buffer.

This invention provides a nozzle insertion point adjustment device for adjusting the position of an insertion nozzle in a nozzle module relative to a reference nozzle. The device includes: an adjustment bracket with an adjustment space for accommodating the nozzle module to be adjusted; two helical adjustment members assembled on the adjustment bracket, the axes of the two helical adjustment members being perpendicular to each other and their ends extending into the adjustment space and correspondingly abutting against the insertion nozzle; and two elastic counter-pushing members, one of which abuts against the insertion nozzle from opposite sides of its corresponding helical adjustment member, and the other of which abuts against the insertion nozzle from opposite ends of its corresponding helical adjustment member. This invention, by providing helical adjustment members and elastic counter-pushing members on the adjustment bracket, allows for fine-tuning of the insertion nozzle's position in the horizontal plane by rotating the helical adjustment members to push against the insertion nozzle and applying a reverse elastic counter-pushing force to the elastic counter-pushing members, resulting in high adjustment accuracy.

The invention provides a fan-out wiring structure and a design method thereof, and a semiconductor packaging structure, and the fan-out wiring structure and the design method thereof are characterized in that a pad array is divided into four regions in a rotational symmetry manner, a specific number of insertion points are inserted between each line of pads, and a line-by-line connection manner is adopted; efficient fan-out of a super-large-scale bonding pad array in a limited metal wiring layer is achieved. Besides, by adopting the design method of the fan-out wiring structure in the 2.5 D packaged interposer, efficient fan-out of a super-large-scale bonding pad array in a limited metal wiring layer is achieved, and the problems that fan-out is difficult, wiring spacing is small, crossing is prone to occurring, the number of metal wiring layers is too large or the area of the interposer is too large in a traditional method are effectively solved. The packaging cost is obviously reduced; and the signal transmission performance is improved.

An automatic cable insertion device, comprising: an insertion station, where a product to be tested is placed; a material picking unit, which is used for acquiring a component to be inserted, moving said component to a material picking position, and adjusting the distance between insertion points of said component, such that the distance matches the distance between insertion points of said product; an insertion unit, which is used for gripping said component and inserting same into said product; and a control module, which is used for controlling and coordinating the operations of the material picking unit and the insertion unit. Before performing material picking, the material picking unit can precisely adjust the position of said component and the distance between the insertion points, so as to ensure precise matching with the insertion points of said product. The position of said component and the distance between the insertion points are adjusted by means of the material picking unit, such that the workflow of the insertion unit is simplified, thereby shortening the time consumed in terms of adjustment and alignment for the insertion unit.