143results about How to "Reliable insertion" patented technology

An endoscopic treatment system is designed to suture or resect a lesion while ensuring the ease of insertion into a deep region in the large intestine. The endoscopic treatment system comprises an endoscope and a therapeutic instruments insertion aid into which the endoscope is inserted. The endoscopic treatment system further comprises: a pair of clamp forceps that clamps and lifts a living-body tissue; a lateral hole formed in the therapeutic instruments insertion aid and used to control the position of the living-body tissue clamped and lifted by the pair of clamp forceps or to control the lifting thereof; a ligature used to ligate the living-body tissue whose position or lifting is controlled by the lateral hole; and a cutter used to resect the living-body tissue at a position between a region ligated with the ligature and a region clamped and lifted with the pair of clamp forceps.

A hybrid stent that is defined as having a central section that is balloon expandable and end sections that are self-expanding. The entire stent is mounted on a balloon of a balloon angioplasty catheter. One way to retain the self-expanding portion of the stent onto a balloon onto which it has been nested is to place a cylindrical elastomer tube around each of the self-expanding end sections of the stent. Another way to retain the hybrid stent onto a stent delivery system is to use a conventional sheath that is pulled back to initiate stent deployment

An intraocular lens insertion device for inserting an intraocular lens capable of securely and safely pushing out the lens by a simple structure. An intraocular lens insertion device (1) comprises: a main body (3) having a lens placement portion (8) on which the lens (2) with a pair of loop parts (2b) at its optic part (2a) is placed, a transition portion (12) deforming the lens (2), and a nozzle portion (11) discharging the lens (2); and a lens push-out mechanism (4) pushing out the lens (2) placed on the lens placement portion (8). The lens push-out mechanism (4) comprises a plunger (16) pushing out the lens (2) and a slider (15) having a lens contact part (20) larger than the plunger (16). The slider (15) comprises an operating part (23) projected to the outside of the body (3).

The present invention relates to an aneurysm stent for implantation into a living body, in particular for treatment of aneurysms, in order to implant the stent in the compressed state in a vessel and expand the stent after positioning it in the vessel, having a grid or mesh structure and at least one membrane (2) or a plurality of membranes (2) for covering at least one or more stent cells (1; 3) in the grid or mesh structure, thereby matching the permeation characteristics of the stent structure to the particular characteristics of the aneurysm.

An intraocular-lens insertion device is adapted to deform a deformable intraocular lens into a smaller size and insert the intraocular lens into an eye via an insertion tube. An intraocular-lens guide is provided on the inner surface of the insertion tube. The guide may be a rail-shaped projection or a groove, which extends parallel to a direction along which the intraocular lens is pushed out. A stress release structure is provided on the insertion tube in order to release stress of the intraocular lens produced due to deformation thereof. Moreover, a frictional-resistance increasing structure is provided on the inner surface of the insertion tube to be located in the vicinity of the stress release structure. The frictional-resistance increasing structure increases frictional resistance between the inner surface of the insertion tube and the intraocular lens. The frictional-resistance increasing structure may be a roughened surface which completely or partially covers the inner surface of the insertion tube.

Devices and methods for clamping a beverage extraction device to a beverage container, such as a wine bottle. One or more clamp arms may be arranged to clamp the extraction device to a wine bottle as well as allow the device to be supported upright on a table top. Clamp arms may include tab and ridge features that operate to properly engage and position a wide variety of different bottle neck shapes relative to the device. The one or more clamp arms may move the bottle neck distally, e.g., toward a resilient pad, so that the neck is suitably positioned relative to the device. Proper positioning and engagement of the neck may allow for desired piercing of a cork or other closure of the bottle by the device.

A system, apparatus, and method for local insertion of analog or digital material into a television broadcast signal. A central insertion control unit controls the insertion of additional material while a remote insertion control unit locally controls the insertion of the additional material. The central insertion control unit contains a processor, storage media, and an encoder for encoding control and information signals into a broadcast signal. The control signal contains a cue signal for information about play lists, and an action signal for triggering insertion of the additional material. The control signal is encoded into a line of the vertical blanking interval. Once the control is detected by the remote insertion control unit the additional material is played and broadcast.

It is intended to provide a laryngeal mask comprising: an inflation cuff having an inflatable hollow tubular part, a back plate which is air-tightly bonded to the hollow tubular part so as to cover one end of the inside diameter side space, and a cuff inside space which is surrounded by the inside diameter curved face and the inside face of the back plate and has an opening in the side opposite to the back plate; an airway tube which has one end opening toward the cuff inside space and the other end opening toward the space outside the oral cavity; and a gastric tube insertion guide wherein a guide face, which aims at inserting a gastric tube from the mouth until its front edge reaches the stomach or esophagus region in the state of inserting the inflation cuff into the pharyngeal region, is continuously or intermittently provided from the inflation cuff to the outside of the oral cavity.

A web burster / inserter assembly receives a continuous supply of coupons in the form of a web where the forwardmost coupon is attached to the following coupon. The web burster / inserter separates individual coupons from the web and directs the coupons to a desired location. A ram may be used to effectuate the separation. The web burster / inserter is capable of being used with coupons of varying thickness such as plastic prizes and game pieces.

An insertion system for electrical conductors is provided that can widen the gap between insulating paper. An insertion system (1) includes: a first moving part (4) that causes a leg of the coil element (10) to move in an insertion direction of a slot (16); a guide part (3) that guides the leg into the slot (16); and a pair of first spreader plates (7A) and a pair of second spreader plates (7B) that can spread at a leading end side thereof, in which these pairs of spreader plates are formed so as to extend inclined relative to the insertion direction so as to approach each other towards a leading end side, and a gap therebetween is narrower than a width of insulating paper (17) at the leading end side, and is wider than a width of the leg of the coil element (10) at a base end side.

Devices and methods for clamping a beverage extraction device to a beverage container, such as a wine bottle. One or more clamp arms may be arranged to clamp the extraction device to a wine bottle as well as allow the device to be supported upright on a table top. Clamp arms may include tab and ridge features that operate to properly engage and position a wide variety of different bottle neck shapes relative to the device. The one or more clamp arms may move the bottle neck distally, e.g., toward a resilient pad, so that the neck is suitably positioned relative to the device. Proper positioning and engagement of the neck may allow for desired piercing of a cork or other closure of the bottle by the device.

A filament cutterhead is provided for mounting on the drive shaft of a brushcutter. The filament cutterhead includes a housing with a circumferential wall wherein a first wall opening for a cutting filament is formed. A filament spool arranged in the housing is rotatable relative to the housing. A filament channel with a filament inlet segment is provided in a partition wall of the filament spool. The filament channel extends from the filament inlet segment past the hub to a filament outlet segment which is assigned a second wall opening in the circumferential wall. The filament outlet segment is at an offset (v) with respect to the filament inlet segment in the circumferential direction of the hub. The mouth of the filament inlet segment and the mouth of the filament outlet segment lie within an outside diameter (A) of the partition wall and open into a pass-through space.

A system, apparatus, and method for local insertion of analog or digital material into a television broadcast signal. A central insertion control unit controls the insertion of additional material while a remote insertion control unit locally controls the insertion of the additional material. The central insertion control unit contains a processor, storage media, and an encoder for encoding control and information signals into a broadcast signal. The control signal contains a cue signal for information about play lists, and an action signal for triggering insertion of the additional material. The control signal is encoded into a line of the vertical blanking interval. Once the control is detected by the remote insertion control unit the additional material is played and broadcast.

The check valve according to the invention significantly reduces the generation of noise by producing an asymmetrical circulation around the closing body causing a force resulting from the flow and acting on the closing body to have a transverse component in relation to the opening direction, as a result of which increased friction and damping are generated in the closing body guide. The closing body may be asymmetrically embodied, or the housing wall encompassing the closing body may be provided with a conduit extending in the opening direction over at least a part of the travel path of the closing body.

Disclosed is a catheter tool for fistula with excellent operability including a catheter and a sealing device. The catheter has a flexible tube and an indwelling part in the body. The flexible tube extends along the wall of the fistula hole. A nutrition passage is provided inside the fistula hole to introduce nutrition or medicinal liquid into the stomach. The indwelling part in the body is attached to the soft tube. The protruding shape of the front end of the tube is a non-balloon indwelling part in the stomach in the body buried state while shrinking from the protruding state due to the external force caused by the sealing device. The sealing device is pulled out A sealing device that may be matched to the aforementioned catheter, which has a guide wire passage and an operation part, the guide wire passage is used to insert the guide wire attached from the front end to the middle of the guide wire, and the operation part is used to insert the guide wire attached to the rear end of the guide wire passage. The indwelling part in the body transmits the external force, and the rear end part of the guide wire channel and the operation part are arranged in a separated state.

An outer needle of a bone cement injection puncture needle has first side holes near the tip, and second side holes near the base. When an inner needle is removed from the outer needle and an inner tube is inserted into the outer needle in place thereof, a reduced-pressure passage is formed between the outer needle and the inner tube. When bone cement is injected into a bone, gas and liquid in the bone pass through the reduced-pressure passage and are discharged from the body, thereby preventing increased pressure in the bone. As a result, the bone cement can be prevented from leaking to outside of the bone.

In a stator mounting method in which a coil unit is inserted into a stator core and a lead wire protruding from the coil unit is inserted into and mounted on a terminal portion of the stator core, the lead wire is passed through a lead wire pullout portion located at a predetermined position of a coil frame body, a height from an inner peripheral upper face of the coil frame body to the lead wire pullout portion is equalized with a distance from a core upper face of the stator core to a lead wire insertion position inner peripheral lower face of the terminal portion, and the core upper face of the stator core is held in contact with an inner peripheral upper face of the coil frame body after the lead wire is inserted into the terminal portion.

A fixing structure includes: a shield electric wire; a shield shell having a small diameter part having a hollow tubular-shape through which the exposed part passes, and an outer periphery being covered with an end of a peeled braided part of the shield electric wire, and a main body part having a hollow shape extended from the small diameter part and through which the shield electric wire passes; a shield ring clamped to the small diameter part under a state that the end of the peeled braided part is located between the shield ring and the small diameter part; and an inner holder that is inserted into and fixed to an inner part of the main body part under a state that the shield electric wire passes through the inner holder.

A brachytherapy apparatus is composed of a tubular needle with forwardly protruding cutting edges at its tip, a holder supporting the needle and a driver for electromechanically causing the needle to undergo a continuous or oscillatory rotary motion around its axis and / or a reciprocating linear motion in the longitudinal direction such that its front opening at its tip can reliably reach a specified position inside a patient's tissue without being deflected or bowing when it encounters an obstruction such as a calcification or a small bone. Such motions may be provided by a piezoelectric hammer and a piezoelectric tamper. After the needle is thus correctly positioned, a brachytherapy device such as a radioactive seed or a reflector may be pushed through and out of the needle by means of a pusher as the needle is retracted to leave a track inside the tissue. A quickly hardening liquid may be thereafter injected through the needle to immobilize the deposited brachytherapy device. Another brachytherapy device may be deposited similarly after the needle is retracted by a specified distance. A plurality of brachytherapy devices may be preliminarily prepared as a unit having them linearly arranged inside a hardened liquid and mutually separated by specified distances such that they can be pushed together through the needle, or they may be injected together with a quickly hardening liquid.

An automatic refrigerating compressor motor protector assembling device with a plug-in sheet pressing and fixing function comprises a workbench, a rotary disc, a rotary disc driving mechanism, a retained workpiece detecting and sensing mechanism, a rivet installing mechanism, a protector base fetching and releasing mechanism, a workpiece omission detecting and sensing mechanism, a static contact installing mechanism, a rivet spinning and riveting mechanism, a movable contact fetching and releasing mechanism, a movable contact prepressing mechanism, a movable contact hold-down mechanism, a plug-in sheet fetching and releasing mechanism and a protector removing mechanism. The automatic refrigerating compressor motor protector assembling device is characterized by further comprising a plug-in sheet pressing and fixing mechanism which is located between the plug-in sheet fetching and releasing mechanism and the protector removing mechanism, the plug-in sheet pressing and fixing mechanism comprises a plug-in sheet pressure foot air cylinder, a plug-in sheet pressure foot air cylinder seat, plug-in sheet pressure foot air cylinder seat supporting stand columns, a plug-in sheet pressure foot air cylinder seat bearing plate, a plug-in sheet pressure foot air cylinder and column connecting seat, a plug-in sheet pressure foot air cylinder and column connecting seat sliding block, plug-in sheet pressure foot seats and plug-in pressure feet. By the adoption of the automatic refrigerating compressor motor protector assembling device, the situation that plug-in sheets are loose and even are disengaged from a protector base in the using process is avoided.

The invention relates to a joint for a corrugated pipe, which can reliably insert the corrugated pipe into a stated position. The joint (1) for the corrugated pipe comprises: a joint body (10) provided with a through hole (16) for inserting the corrugated pipe (T), a press nut (20) which can slide in the inside direction of the through hole (16) and one end of which is inserted with the through hole (16), an annular stoppage component (50) one end of which forms a plurality of partition parts (53), a restraining component (30) forming a projecting part (31) inserted on the partition parts (53), a sealing component (40) on the outer peripheral face of the sealed corrugated pipe (T), an elastic component (70) kept in a compressed state, and a movable component (80) pressed by the front end of the corrugated pipe (T) and sliding in the inside direction of the through hole (16). When the movable component (80) pressed by the corrugated pipe (T) can slide in the inside direction of the through hole (16), the compressed state of the elastic component (70) is opened, so that the projecting part (31) inserted with the partition parts (53) is released.

The invention discloses a blood collection tube automatic scanning device and a method thereof, and a test tube holder. The blood collection tube automatic scanning device comprises a blood collection tube transmission mechanism and a blood collection tube code-scanning mechanism. The blood collection tube transmission mechanism is capable of transmitting the test tube holder with inserted blood collection tubes to the blood collection tube code-scanning mechanism. The blood collection tube code-scanning mechanism is capable of scanning the bar codes on the blood collection tubes. After the blood collection tube code-scanning mechanism completes code scanning, the blood collection tube transmission mechanism is capable of transmitting the test tube holder with the inserted blood collection tubes to a next station. The device can realize automatic scanning of the blood collection tubes, the code scanning progress can be effectively controlled by a rotating disc, any adjacent blood collection tubes can be scanned according to the same time interval, interference can be avoided, and the device has the advantages of simple structure and small volume occupation.

Provided is a hose joint by which an insertion position of a front end of a hose is stabilized to thereby enhance the sealing efficiency and a disconnecting strength between the outer surface of a nipple and the hose. When the hose (H) is inserted, the inner diameter of an inlet portion (3a) of an expandable and contractible sleeve (3) opposed to a decreasing diameter portion (1a2) is set to be larger than the outer diameter of the hose (H) which is inserted along the decreasing diameter portion (1a2) of a bulged portion (1a), whereby the front end of the hose (H) is smoothly introduced between the expandable and contractible sleeve (3) and the decreasing diameter portion (1a2) without causing the front end of the hose to butt against the inlet portion (3a) of the expandable and contractible sleeve (3) and can be inserted to a predetermined position. Thereafter, when pressed by a pressing surface portion (2b) in accordance with the axial movement of a fastening tool (2), the inner diameter of the inlet portion (3a) of the expandable and contractible sleeve (3) is set to be smaller than the outer diameter of the hose (H) inserted along the decreasing diameter portion (1a2) of the bulged portion (1a), whereby the hose (H) is held between the inlet portion (3a) of the expandable and contractible sleeve (3) and the decreasing diameter portion (1a2) of the nipple (1).

In a stator mounting method in which a coil unit is inserted into a stator core and a lead wire protruding from the coil unit is inserted into and mounted on a terminal portion of the stator core, the lead wire is passed through a lead wire pullout portion located at a predetermined position of a coil frame body, a height from an inner peripheral upper face of the coil frame body to the lead wire pullout portion is equalized with a distance from a core upper face of the stator core to a lead wire insertion position inner peripheral lower face of the terminal portion, and the core upper face of the stator core is held in contact with an inner peripheral upper face of the coil frame body after the lead wire is inserted into the terminal portion.

The invention relates to an apparatus (1) for assembling a composite arrangement, consisting of a plurality of functional elements (4) on a shaft (3), said elements having an aperture (2) for the shaft (3), wherein the apparatus (1) has a plurality of retaining devices (5) each intended for accommodating a functional element (4). It is pertinent to the invention here that the retaining devices (5) are arranged vertically one above the other, that a vertically displaceable guide carriage (8) is provided for the shaft (3), in which case the shaft (3) is joined to the functional elements (4) in the vertical direction, that there is a separately arranged heating device (9) provided, it being possible for at least two functional elements (4) to be heated simultaneously thereby, and that a gripping device (10) is provided, it being possible for the latter to remove preferably all the functional elements (4) together from the heating device (9) and introduce them into the retaining devices (5) of the apparatus (1). This makes it possible to dispense with high-outlay guidance of the shaft (3), which has been necessary hitherto, during the joining operation.

A reactor coil includes first and second coil elements each formed by edgewise and rectangular winding of one piece of rectangular wire rod in a manner in which the wound rectangular wire rod is stacked rectangularly and cylindrically and, at a winding terminating end point of the first coil element, the rectangular wire rod is bent approximately 90 degrees in a direction opposite to the winding direction of the first coil element so that the rectangular wire rod is stacked in a direction opposite to the stacking direction of the first coil element and is wound edgewisely and rectangularly in a direction opposite to the winding direction of the first coil element to form the second coil element and, as a result, the first coil element and second coil element are aligned in parallel to each other in a continuous state.