169results about How to "Improve articulation" patented technology

Methods and devices are provided for performing minimally invasive surgical procedures. In one embodiment, a surgical device is provided that includes an elongate shaft having an end effector at a distal end thereof. The end effector can be configured to be movable between a first configuration in which the end effector is longitudinally aligned with or linear relative to the shaft and a second configuration in which the end effector is articulated at an angle beyond 45 degrees relative to the shaft. With the end effector in the first configuration or in the second configuration, the device can be configured to allow selective actuation of the end effector.

The invention provides a glass fiber soakage agent. The glass fiber soakage agent is suitable for an extrusion and injection moulding process. The glass fiber soakage agent is prepared from, by mass,0.10-3.00% of a silane coupling agent, 2.00-25.00% of a film forming agent, 0-1.00% of a plasticizer, 0.01-2.00% of a lubricating agent, 0.01-2.00% of a pH regulating agent and 67.00-97.88% of water;the film forming agent is a mixture of a first film forming agent and a second film forming agent, and the mass ratio of the first film forming agent to the second film forming agent is 10:1-1:8. Produced glass fiber twistless roving coated with the soakage agent is suitable for production of glass fiber reinforcement thermoplastic plastic.

A package substrate and a method for fabricating the same are provided according to the present invention. The package substrate includes: a substrate body with a die attaching side and a ball implanting side lying opposite each other, having a plurality of wire bonding pads and a plurality of solder ball pads respectively, and having a first insulating passivation layer and a second insulating passivation layer respectively, wherein a plurality of first apertures and a plurality of second apertures are formed in the first insulating passivation layer and the second insulation passivation layer respectively to corresponding expose the wire bonding pads and the solder ball pads; a chemical plating metal layer formed on the wire bonding pads and solder ball pads respectively; and a wire bonding metal layer formed on a surface of the chemical plating metal layer of the wire bonding metal layer.

The pant of the present invention is specifically inspired and configured for use in the motor vehicle industry. The pant may be scratchless, meaning that the pant does not have any exposed features that are capable of scratching the finish on a motor vehicle. For example, the pant may comprise a concealed waistband closure mechanism. The pant may also comprise a scratchless security pocket, which is predisposed toward a closed position and thus does not require the use of buttons or the like. The pant may also be configured to provide enhanced mobility and comfort, allowing a wearer a range of movements without interference from his or her clothing. For example, the pant may be manufactured from a stretchable material and/or may comprise a waistband that is configured to stretch so as to provide increased mobility and comfort. The pant may also include an articulating, reinforcing knee feature, which provides additional strength to the knee portion of the pant while also providing for a more comfortable bend at the knee. Additionally, the pant may have reinforcement features, such as reinforced pockets or belt loops, which are particularly suitable for use by motor vehicle workers.

The invention discloses an alloy wire for connecting semiconductor components, which is characterized in that the alloy contains the following contents according to the weight percentage: 0.4 to 15% of gold, 0.2 to 5% of at least one of palladium and platinum, 0.0001 to 0.05% of at least one of Y, La, Ru, Ir, Eu, Yb, Gb and Be, and the rest of silver and inevitable impurities. The alloy wire can increase connectivity, peel strength and vibration fracture of a second side edge.

The present invention utilizes a series of uniquely timed gears and flywheel(s) to convert a linear motion into a rotary motion or a rotary motion into a linear motion. The movement of the drive component (linear or rotary) results in an exact mathematical movement of the driven component (rotary or linear), divided by or multiplied by its gear ratio and can be measured at any point of the stroke or angle of rotation. The present invention achieves and maintains the mathematically and mechanically optimum 90 degree relationship between the linear and rotary components through the entire linear stroke and rotary motion, thereby eliminating the inefficient geometric constraints of a variable vector, crankshaft based motion conversion mechanism.

A constant velocity counter track joint (11) having an outer joint part with first outer ball tracks (18) and second outer ball tracks (20), an inner joint part with first inner ball tracks (19) and second inner ball tracks (21). A ball cage (16) is positioned between the outer joint part and the inner joint part with cage windows which each accommodate at least one of the balls. When the joint is in the aligned condition, the aperture angle (δ₁) of the pairs of first tracks opens in the central joint plane (E) from the aperture end to the attaching end of the outer joint part (12), and the aperture angle (δ₂) of the pairs of second tracks opens in the opposite direction. The central track lines (L₁₈, L₁₉) of the first pairs of tracks each have a turning point (T_1-2), and the center angle (β) from the joint center to the turning point (T_1-2), is greater than 4°.

The invention relates to a stress inductor and an assembly method thereof. The stress inductor comprises a circuit substrate, a pointing actuating part and a metal back plate, wherein the circuit substrate has a stress induction structure, and the stress induction structure comprises a stress deformation area and a plurality of stress induction resistors; the pointing actuating part is arranged on the top surface of the circuit substrate and connected with the stress induction structure; and the metal back plate is provided with at least one jointing material coating area, and a plurality of fixedly connected edges of the circuit substrate are fixedly connected in the jointing material coating area. The assembly method for the stress inductor is applied to the stress inductor and comprises the following steps of: combining the pointing actuating part to the top surface of the circuit substrate; and fixedly connecting the fixedly connected edges of the circuit substrate to the at least one jointing material coating area of the metal back plate. The stress inductor has a few elements, and has the advantages of small size and low cost; and because the circuit substrate is directly fixedly connected on the metal back plate, the assembly method for the stress inductor simplifies the assembly step and promotes the assembly efficiency.

The invention discloses an underground structure of a municipal pipeline group spanning tunnel and a construction method for the underground structure. The construction method is characterized in that the municipal pipeline group underground structure is excavated by adopting a construction method of strip-divided and block-divided pouring in a spacing manner, and a pipe section, which is assembled by a U-shaped slot prefabricated by reinforced concrete or a bottom plate and a cover plate, of a box-type structure is quickly hoisted, and bagged sand is piled up on the pipe section structure to compensate unloading caused by earth excavation, so that zero unloading during a pipeline mounting group construction period is realized, and heave deformation of an inferior subway tunnel is controlled. The specific construction of the construction method comprises the steps such as bracing of a foundation pit, earth excavation, pipeline mounting and the like. Compared with the prior art, the construction method controls the heave deformation of the pit bottom and the subway tunnel, has small influence on a surrounding environment, has high working efficiency and has low engineering risk, and is especially suitable for a soft soil area, so that environmental adverse effect caused by excavation of the foundation pit is reduced to be lowest, and the tunnel heave deformation caused by soil unloading is effectively controlled.

The invention provides a packaging structure and a packaging method. The packaging structure comprises a circuit substrate, at least one wafer, a plurality of pins and a packaging colloid. The circuit substrate is provided with a first surface and a second surface which are opposite, wherein the circuit substrate is provided with a plurality of contacts on the first surface. The wafer is arranged on the second surface of the circuit substrate and electrically connected with the circuit substrate. The plurality of pins are arranged on the periphery of the second surface of the circuit substrate to encircle the wafer. Each pin is provided with an inner pin part and an outer pin part, and each pin is electrically connected with the circuit substrate through the inner pin part thereof. The packaging colloid wraps the circuit substrate, the wafer and the inner pin part of each pin and exposes the first surface of the circuit substrate and the outer pin part of each pin, wherein the upper surface of the packaging colloid is coplanar with the first surface of the circuit substrate.

A heat-resistant hose capable of exhibiting excellent interlaminar adhesion in a high-temperature environment. The heat-resistant hose has a laminar structure of an inner layer formed by fluorine-containing rubber (a fluorine-containing rubber layer 1) and an acrylic rubber layer 2 formed on an outer peripheral surface of the fluorine-containing rubber layer 1, wherein the acrylic rubber layer 2 is formed by a rubber composition comprising the following (A) to (D): (A) an acrylic elastomer; (B) a peroxide crosslinking agent; (C) phenothiazine; and (D) an acid receiver.

Provided is a temperature sensor that: is not susceptible to an increase in resistance in an electrode structure with respect to a TiAlN thermistor material layer, even in a high-temperature environment; can be directly formed on a film, or the like, without baking; and is highly reliable due to having high heat resistance. Further provided is a method for producing the temperature sensor. The temperature sensor is provided with: an insulating substrate (2); a thin-film thermistor part (3) formed on top of the insulating substrate (2); and a pair of pattern electrodes(4) that has a pair of counter electrode parts (4a), which face each other, disposed on the thin-film thermistor part, and that is formed on the insulating substrate. The thin-film thermistor part is formed by a TiAlN thermistor material, and the pattern electrodes comprise a TiN joining layer (5) formed on the thin-film thermistor, and an electrode layer (6) formed by a precious metal on the joining layer.

The invention discloses a capacitor measuring system and a measuring method thereof. The system comprises a charging current source which charges a capacitor to be measured, a comparator group whose input end is connected to a first end of the capacitor to be measured, the capacitor to be measured which provides an initial comparison voltage value which is a voltage value Vcap of the capacitor tobe measured to the comparator group, a latch whose input end is electrically connected to an output end of the comparator group, and a counter group which is connected to the output end of the latch and is used for counting a period of a level signal outputted by the latch, wherein a first output end of the latch is correspondingly connected to a first control switch, a second output end of the latch is connected to a second control switch. The system and the method have the advantages of a simple circuit structure, a simple and convenient measurement method, low measurement cost and high measurement precision.

The invention discloses a method and system of closed loop assessment for pipe body defects of a long-distance oil and gas pipeline, and relates to the technical field of pipeline systems. The assessment method comprises the following steps: 1) beginning; 2) recognizing and assessing the pipe body defects; 3) examining and verifying; 4) if the examination and verification are not pass, returning to recognize and assess the pipe body defects, and if the examination and verification pass, moving to a database firstly and then conducting defect repairing; 5) examining and verifying; 6) if the examination and verification are not pass, returning to defect repairing, and if the examination and verification pass, moving to the database firstly and conducting item-removing assessment; 7) finishing. According to the invention, a closed loop monitoring of defect recognizing and assessing, defect repairing and defect item-removing assessment for a pipe body can be achieved, the operation process of the defect closed loop assessment is simplified, related service information is integrated, accurate and reliable data support is provided for service management and decision, and defect item removing effect is effectively assessed.

A bristle device (8) for delivery into a body lumen comprises a longitudinally extending stem and a plurality of bristles extending generally outwardly from the stem for anchoring the device in a body lumen. There may beat least two bristle segments (96) and there are flexible sections (95) between the segments (96). The flexible sections (95) articulate to enable the device to pass through a catheter placed in a tortuous anatomy or to be deployed in a curved vessel, or across a bifurcation. In some cases at least some of the bristle segments (96) are spaced-apart to accommodate bending of the bristles.

The invention relates to a semiconductor element, a semiconductor package structure and a manufacturing method thereof. The semiconductor device includes a semiconductor crystal, a back side metal coating, a thermal interface material and a first intermetallic compound. The back side metal coating is arranged on one surface of the semiconductor crystal. The thermal interface material is arranged on the back side metal coating and contains indium zinc alloy. The first intermetallic compound is arranged between the back side metal coating and the thermal interface material, contains indium and does not contain zinc. Therefore, during the reflow process, the bonding effect and heat radiating effect are increased.

The invention provides a glass fiber soakage agent for reinforcing ABS plastic and AS plastic and a preparation method of the glass fiber soakage agent. The soakage agent is prepared from a coupling agent, a lubricating agent, an antistatic agent, a pH value adjusting agent, a film-forming agent and deionized water, wherein the film-foaming agent is prepared from a styrene-butadiene rubber latex, a styrene-acrylic emulsion and a nonionic polyurethane emulsion, and the film-forming agent accounts for 2.0%-20.0% by mass of the soakage agent. The preparation method of the soakage agent comprises the steps of pre-dispersing the coupling agent, pre-dissolving the lubricating agent, pre-diluting the film-forming agent, preparing the soakage agent and the like. By means of the soakage agent, the physical and chemical properties of the surfaces of glass fibers can be changed, the glass fibers are good in bundling, the compatibility of the glass fibers with the ABS and AS plastic can be effectively improved, and produced AS and ABS plastic products have the advantages of being high in impact strength, good in product appearance, long in service life and the like.