207 results about "Procedure time" patented technology

A method of deploying a prosthesis includes restraining the prosthesis within a distal end of a sheath. A slide ring of a handle is rotated to initiate retraction of the sheath. In this manner, the prosthesis is initially very gradually released. The slide ring is then slid to complete retraction of the sheath and to deploy the prosthesis. In this manner, the sheath is easily and quickly retracted thus rapidly completing deployment of the prosthesis. Rapid deployment of the prosthesis facilitates faster procedure times, thus minimizing the period of time during which blood flow is occluded.

An implantable therapy delivery system has a therapy delivery element that is inserted or implanted into a human body and anchored or fixed to tissue to delivery a therapy to a patient. In one embodiment an implantable neurostimulator uses an electrical stimulation lead to delivery a therapy such as sacral nerve stimulation, peripheral nerve stimulation, and the like. In another embodiment the implantable therapeutic substance delivery device, also known as a drug pump, is connected to a catheter to deliver a therapy to treat conditions such as spasticity, cancer, pain, and the like. The therapy delivery element is anchored to tissue using an adjustable anchor having a therapy grip element, at least two extension elements connected to the therapy grip element, and a tissue fixation element connected to the extension elements. The extensions project substantially perpendicular in relation to the therapy delivery element and are configured to actuate the therapy grip element to an opened position and a closed position. A tissue fixation element is connected to the extensions and configured for fixation to a tissue location from an axial direction to the therapy delivery element. The adjustable anchor facilitates minimally invasive procedures, facilitates securing the therapy delivery element in the same plane as the therapy delivery element was inserted, facilitates rapid placement to reduce procedure time, and provides a wide range of other benefits. The adjustable anchor and its methods of operation have many embodiments.

Coronary sinus cannulation apparatus and methods relating to tissue visualization catheters that can locate and/or cannulate a morphological feature within a body lumen, such as the coronary sinus, are described. Such devices can also perform a variety of therapeutic tissue treatments under direct in vivo visualization thereafter. Moreover, such apparatus and methods may also be utilized with guidewires to facilitate delivery into the coronary sinus to eliminate repositioning of the device and/or repeating an entire sequence of operations, consequently improving procedure effectiveness and reducing procedure time.

This invention relates to a non-invasive, safer alternative to current lipoplasty procedures. The preferred embodiment of the invention is a multi-channel system that focuses the low mega Hertz ultrasound at user selectable depths, where fat cells are to be emulsified. The system has independent user control of the main emulsifying property, cavitation, and thermal heating, which can independently be used for skin tightening. One part of the system is a handheld transducer, in shape similar to a typical small diagnostic ultrasound transducer. The other part of the system includes a transmitter with internal tracking of procedure time and with a disabling feature.

This invention relates to a non-invasive, safer alternative to current lipoplasty procedures. The preferred embodiment of the invention is a multi-channel system that focuses the low mega Hertz ultrasound at user selectable depths, where fat cells are to be emulsified. The system offers independent user control of the main emulsifying property, cavitation, and thermal heating, which can independently be used for skin tightening. One part of the system is a handheld transducer, in shape similar to a typical small diagnostic ultrasound transducer. The other part of the system includes a transmitter with, for example, internal tracking of procedure time and with a disabling feature.

The present invention is a guide wire imaging device for vascular or non-vascular imaging utilizing optic acoustical methods, which device has a profile of less than 1 mm in diameter. The ultrasound imaging device of the invention comprises a single mode optical fiber with at least one Bragg grating, and a piezoelectric or piezo-ceramic jacket, which device may achieve omnidirectional (360°) imaging. The imaging guide wire of the invention can function as a guide wire for vascular interventions, can enable real time imaging during balloon inflation, and stent deployment, thus will provide clinical information that is not available when catheter-based imaging systems are used. The device of the invention may enable shortened total procedure times, including the fluoroscopy time, will also reduce radiation exposure to the patient and to the operator.

Devices, systems and methods for treating pain or other conditions while minimizing possible complications and side effects. Treatment typically includes electrical stimulation and/or delivery of pharmacological or other agents with the use of a lead or catheter. The devices, systems and methods provide improved anchoring which reduces migration of the lead yet allows for easy repositioning or removal of the lead if desired. The devices, systems and methods also provide for simultaneous treatment of multiple targeted anatomies. This shortens procedure time and allows for less access points, such as needle sticks to the epidural space, which in turn reduces complications, such as cerebral spinal fluid leaks, patient soreness and recovery time. Other possible complications related to the placement of multiple devices are also reduced.

A time-partitioned system for accounting for processor time consumed by operating system services provided on behalf of an application runs in a real-time environment. The time utilized by the operating system is treated as application processing time, rather than viewing the resultant processor time consumed as an operating system overhead. Each application consists of one or more threads. A time budget is assigned to each thread and to each interrupt. The processor time consumed by the operating system when executing on behalf of a thread or interrupt is charged back to the application or interrupt as part of the application's time budget. Operating system overheads and processor interrupts are thus accounted for accurately enough to determine a schedule for the applications that is enforceable by the operating system at run time.

Apparatus, methods and articles of manufacture for collecting performance data in a debugger environment. In one embodiment, performance data is collected and associated with a breakpoint. The performance data may then be displayed to a user in a meaningful way. In one embodiment, a user is provided with performance data for the last execution path resulting in terminating at a breakpoint, regardless of an origination point of the execution path. In another embodiment, a user is provided with the collective performance data for any execution path terminating at a breakpoint. In still another embodiment, a user is provided with a historical account for a particular execution path using cumulative data for that path. Still another embodiment provides a debugger configured to track performance data based on variable values.

Methods are provided for treating prostate glands or other targeted soft tissue using a solid-state laser. The laser can be operated to generate a pulsed output beam having pulse durations of between 0.1 and 500 milliseconds. The output beam is delivered to the targeted tissue through an optical fiber, preferably terminating in a side-firing probe or diffusing tip. By operating the laser in a long-duration pulse mode, charring of the targeted tissue is initiated quickly, thereby increasing ablation rates and reducing overall procedure time.

A technique for producing flux-cored wires by using disc round steel wire bars is characterized by comprising following steps: using disc round steel wire bars as raw materials; producing accurate steel bands used for flux-cored wires exclusively; producing semi-finished products which are flux-cored wire blank tubes by using accurate steel bands; producing termination products by drafting to reduce the diameter thereof with a high speed; packaging the termination products by winding with a high speed. The advantages of the invention are: the invented technique uses high-speed hot-rolling disc round steel wire bars to replace broad cold-rolled steel strip, so that the raw material cost is reduced greatly; the continuous overlong endless accurate steel bands are used to save assistant procedure time for welding steel band joints, reduce end breakage rate during rolling and drafting procedures, improve continuous operation rate, and further reduce production cost; the invented technique uses high-speed accurate cold tandem rolling machine group to solve the problem that the sheet iron rolling precision is difficult to be controlled when rolling flux-cored wires by using disc round steel wire bars directly, and the filling precision is improved greatly since size accuracy of the flux-cored wire exclusive use accurate steel bands is high.

The invention relates to a fluid encapsulation forming device and a method thereof. An upper thin film and a lower thin film are respectively placed on a middle die seat and a lower die seat, fluid is infused into the lower die seat, through sealing a vacuum cavity body where the middle die seat and the lower die seat are positioned through a valve, the gas in the vacuum cavity body can be extracted by using a vacuum pump unit to form a state close to the vacuum state, and by performing hot pressure sealing to the vertically butted sealing seats formed by the middle die seat and the lower die seat, one-time sealing is performed to the circumferences of the upper thin film and the lower thin film under the state close to the vacuum state to cause the fluid to be clad, and no bubbles remain in the fluid. The fluid encapsulation forming device and the method thereof have the advantages of avoiding pollution, enhancing stability of the finished product, reducing working procedure time and reducing manufacturing cost.

The invention discloses a door frame type multi-functional support trolley for a tunnel. The door frame type multi-functional support trolley for the tunnel comprises a door frame and a working platform. The top end of the door frame is provided with a sliding groove track and an arch centering mounting device. The arch centering mounting device comprises a traveling bogie and a lifting device, wherein the traveling bogie is capable of moving backward and forward on the sliding groove track. The lower side of the lifting deviceis fixed to the traveling bogie. The left side and the right side of the lifting device are provided with left-right moving mechanisms and left-right moving tracks for the left-right moving mechanisms to move correspondingly. The left-right moving mechanisms are provided with transportation supports. The sliding groove track comprises a fixed sliding groove track and a movable sliding groove track with the same gauge. The fixed sliding groove track is fixed to the rear of the top end of the door frame and the tail end of the fixed sliding groove track is beyond the tail end of the door frame. The movable sliding groove track is fixed to a sliding platform in the middle of the front of the top end of the door frame. The rear end of the sliding platform is hinged to one end of a sliding cylinder, and the other end of the sliding cylinder is hinged to the door frame. According to the door frame type multi-functional support trolley for the tunnel, the arch centering mounting requirements of a micro-step excavation and support construction method of very weak surrounding rock can be met, and the working procedure time occupied by the arch centering mounting is shortened.

The invention belongs to the technical field of battery manufacturing equipment and in particular relates to lithium ion battery hot and cold-press formation equipment. The lithium ion battery hot and cold-press formation equipment comprises a stander, a material loading tray, a hot-press formation clamp, a cold-press clamp, a material unloading tray, a manipulator and a formation cabinet, wherein the material loading tray, the hot-press formation clamp, the cold-press clamp, the material unloading tray and the manipulator are arranged on the stander; the formation cabinet is electrically connected with the hot-press formation clamp; the cold-press clamp and the hot-press formation clamp comprise laminated plates; the laminated plates are in contact with a battery, and included angles formed between the contact surfaces of the laminated plates and the horizontal plane are 90+/-0.5 degrees; the manipulator can catch the battery at a time and move among the material loading tray, the hot-press formation clamp, the cold press clamp and the material unloading tray. The equipment integrates three working procedures, namely formation, hot press and cold press, on the battery, so that the time of all the working procedures is shortened; meanwhile, the formation and hot press working procedures on the battery are integrated into the same hot-press formation clamp, so that the working procedure is simplified, and the unnecessary working procedure time is shortened; furthermore, the usability of the battery cannot be affected.

Methods are disclosed for delivering energy to a body of a human or animal during a treatment procedure using an electrosurgical generator, a pre-set overall procedure time being defined for the treatment procedure, a ramp time being defined for a parameter to reach a pre-set threshold during the treatment procedure, the method comprising: measuring the parameter over time; and if the parameter has not substantially reached the pre-set threshold by the ramp time, setting a procedure extension time responsive to the time difference between the ramp time and the time at which the pre-set threshold was reached, and extending the overall procedure time by the procedure extension time.

The invention relates to a fan drying device of a dish washing machine. The fan drying device comprises a casing assembly arranged on an inner liner, wherein an air passage communicating with the outside and an inner cavity of the inner liner is arranged in the casing assembly; a fan and a heating assembly are arranged on the fan; a blocking sheet used for automatically starting and closing the air passage is also arranged on the air passage; the blocking sheet closes the air passage at least under the gravity effect, and opens the air passage at least under the wind force effect. Through the matched work of the fan and the heating assembly, hot air can be blown into the inner cavity of the inner liner; the effect of heating tableware and air in the inner cavity of the inner liner is achieved, so that the drying temperature is raised; the drying time is reduced; the drying efficiency is improved; in addition, through the arrangement of the blocking sheet, the automatic starting and closing function is realized on the air passage; when the fan does not work, the external leakage of steam can be prevented. The fan drying device has the following beneficial effects that 1, at the same installing temperature, a better drying effect is provided; 2, due to the setting of the how air blowing function, the drying work can be completed in short time; the procedure time is shortened; the drying efficiency is improved.