192 results about "Surgical positions" patented technology

To reduce medical mistakes, for instance, a surgical site is mistaken for another part. An operation support system includes a model image forming unit which applies a mark to a surgery site of a corresponding surgical position in accordance with inputted surgery information including an operative procedure, a surgery on right side or left side and the surgical position to form a human body model image and a display control unit which displays the human body model image formed by the model image forming unit on a display unit.

A surgical assistance system for operating on biological tissue using a surgical tool attached to an arm of an automatically-controlled surgical instrument so that an optimal feed rate of the tool is calculated and outputted to the surgical instrument, the system including: a device for storing and voxelizing medical image data obtained from a biological tissue subject to surgery; a device for setting an operative location based on the shape of the biological tissue; a device for calculating a tool path along which the tool travels to perform surgery at an operative location; a device for determining the region of interference between the tool and the voxels; a device for determining the hardness of the biological tissue in the interference region; a device for calculating an optimal tool feed rate corresponding to the hardness; and a device for outputting the feed rate obtained by the calculations to the surgical instrument.

A device for providing access to a surgical location within a patient comprises an elongate body having a proximal portion and a distal portion. The elongate body defines a first passage for accessing the surgical location with surgical instruments. The elongate body has a contracted configuration for insertion into the patient and an expanded configuration for providing access to the surgical location. The cross-sectional area of the first passage at a first location of the expanded configuration is greater than the cross-sectional area of the first passage at a second location of the expanded configuration. A second passage is separate from the first passage and is formed integrally with the elongate body. The second passage extends from the proximal portion toward the distal portion and is sized and configured to receive a viewing element for visualizing the surgical location.

A dressing for use with medical procedures is provided that permits application of the dressing prior to the commencement of a medical procedure and wherein the dressing remains on the site after the procedure has been completed. The dressing comprises an absorbent pad, a hinged door and an aperture through which the procedure site can be accessed or it comprises an adhesive bandage part, which is bent and secured in such a way that the bandage forms a door and a hinge, and an adhesive flap component which anchors the bandage to the skin. The bandage is positioned in such a way as to infer or define the location where the procedure is to be performed. In either embodiment, when it is deployed, the door or bandage is rotated around the hinge and can be set in place at a procedure location prior to the procedure. Importantly, the device can be deployed with one hand, to complete the bandaging of a procedure site simultaneous with or within a moment after the completion of the medical procedure. The device is not size-limited by the disclosure. The invention may be small enough to use to perform an injection or it may be large enough that a major surgical procedure can be performed through the aperture. Methods of using the dressing of the present invention are also provided.

An ophthalmic surgical microscope comprises: an observation optical system for observing a patient's eye during surgery; a corneal shape measuring unit for measuring a corneal shape of the patient's eye placed in a surgical position; and a controller configured to output guide information for guiding a surgery with an intraocular lens based on a measurement result obtained by the corneal shape measuring unit to an output device.

The present invention relates to a determination method for making it possible to determine the position of a body part subject to vital movement that is to be irradiated, by means of determining a region of an analytical image,

wherein the region represents a body part subject to vital movement, in particular a tumor in an anatomical body, and performs a change in position from one analytical image to the next that reflects the vital movement, wherein the body parts subject to vital movement are parts of the body that are to be irradiated or are not to be irradiated and that move as a result of vital functions such as respiration and/or heartbeat even when the anatomical body is otherwise kept deliberately at rest,

advance analytical image data, which includes the description of an advance analytical image having an advance region in which a first body part subject to vital movement is represented, is provided,

procedure analytical image data that includes the description of a procedure analytical image of the body structure is provided,

on the basis of the advance analytical image data and the procedure analytical image data, a procedure region, which corresponds to the advance region and occupies a procedure position in the procedure analytical image, is determined in the procedure analytical image,

wherein a) determination of the procedure position of the procedure region is based on movement data that includes information on the vital movements of the body parts that are caused by the vital functions, and/or b) determination of the position of a second body part subject to vital movement is based on the determined procedure position and information on the relative position between the first and the second body part subject to vital movement.

Balloon angioplasty catheters having cutting or scoring members that are moveable in at least one direction between a stowed position (away from the angioplasty balloon) and an operative position (on the angioplasty balloon). A balloon catheter of the present invention alternately useable to perform balloon dilation of a body lumen with and without concurrent cutting or scoring.

A retractor having an elongate body that provides access to a surgical location within a patient. The elongate body is generally ovoid in cross section and includes a plurality of segments that are connected to one another through a plurality of ratcheting mechanisms. The ratcheting mechanisms permit relative movement of the segments with respect to one another when expander dilators are inserted within the retractor. The segments are surrounded and retained by a resilient elastomeric sleeve. The distal end surfaces of the segments include edges that are configured to mobilize, dissect, split and retract the terminal tissues in the surgical area. The retractor is used in conjunction with a resilient elastomeric pad that is affixed to the patient and firmly engages the outer surface of the elongate body to thereby anchor the retractor to the patient.

A device for positioning a patient on a surgical table for a surgical procedure includes a main body with a footprint-receiving portion configured to accept and permanently maintain a footprint of at least a portion of a contact tissue of a patient's body. The footprint imposes a desired position of the contact tissue for the surgical procedure.

The invention discloses a covered stent conveyor, which comprises a conveyor head, a catheter, an axle tube and a sheath, wherein the catheter, the axle tube and the sheath are sheathed in sequence from inside to outside; a ring cavity used for accommodating a covered stent is formed between the sheath and the axle tube; a support fixed head externally sheathed with the catheter is additionally arranged between the conveyor head and the axle tube; the support fixed head is a column body; the front end face of the support fixed head is provided with at least two positioning columns sheathed into a coil at the front end of the covered stent; the end face of the tail end of the conveyor head is provided with positioning holes which correspond to the positioning columns; the positioning holes and the positioning columns sheathed in the coil are in close fit; the rear end face of the support fixed head is connected with the front end of the axle tube; the sheath is removed to enable the rear end of the covered stent to be released first; and the conveyor head is pushed to enable the positioning holes to be separated from the positioning columns, so as to enable the front end of the covered stent to be released last. The invention also discloses a conveying method of the covered stent conveyor. According to the covered stent conveyor and the conveying method thereof disclosed by the invention, the reverse release of the covered stent can be realized; and the covered stent is fixed at a preoperative preset operation position, so that the achievement ratio of operation is greatly improved.

The operating light (1) has a lighting fixture (2) with an optical axis, which has two light sources (5,6), where a control device (9) is accommodated during a subsequent change of the selected distance between the lighting fixture and the operation area. The luminosities of the individual light sources are individually controlled such that the diameter on the operation area remains unchanged. An independent claim is also included for a method for operating an operating light.

Among other things, apparatus and methods for reattaching soft tissue to bone are disclosed. In one embodiment, a monolithic anchor having a head flexibly attached to a stem including ridges or grooves is provided. A locking member may be placed over the stem, which has one or more pawls to engage the ridges or grooves to inhibit the locking member from coming off of the stem. A tube may be provided for access to the surgical location. With the tube placed through soft tissue and cortical bone or other access, the anchor with the head pivoted to be parallel with or along the stem may be placed through holes in the soft tissue and cortical bone. The head is turned transverse to the stem, preventing the head from passing back through the cortical bone. The locking member is placed over the stem to hold the soft tissue to the bone.

A no-touch surgical navigation method for guiding a surgical instrument corresponding to a part of a patient's anatomy is provided. An image registration step is for matching the preoperative implant device planning image and the part of the patient's anatomy via a spatial coordinate transformation relationship. An instrument checking step is for identifying the surgical instrument, and then calibrating a size of the surgical instrument to display an instrument tip mark on the displaying device. An implant device placement selecting step is for moving the surgical instrument by a user, and then the instrument tip mark is synchronously moved with the surgical instrument to select a virtual surgical instrument pattern. A skin incision and trajectory guiding step is for moving the surgical instrument according to a skin incision and trajectory guiding picture so as to move the instrument tip mark close to a planned surgical position.

The invention discloses a caesarean auxiliary medical instrument. The medical instrument comprises a base, a rotating rod part, an operation part and a fixing part, and is characterized in that firstly, when the instrument is used, the direction is adjusted through a first steering engine of the base, and the instrument is driven by the first stepping motor to move to a proper operation position;then the instrument is rotated and unfolded through the rotating rod part, a lying-in woman can lie on a bed board, and the hands and feet of the lying-in woman are well fixed through the fixing part;the instrument is rotated and folded through the rotating rod part, and the operation part is driven to rotate by a first rotating joint so as to determine whether transverse cutting or vertical cutting is conducted. All parts of the operation part cooperatively work for operating on the lying-in woman and fixing a cut of the lying-in woman, doctors can conveniently deliver the lying-in woman, transverse cutting or vertical cutting can be adjusted according to conditions of the lying-in woman, the risk of cesarean of the lying-in woman is reduced, the operation time is saved, and the life safety of the lying-in woman and a baby is greatly guaranteed under emergency conditions.

A system for performing a minimally invasive surgical procedure comprises a cannula, a bone filler material delivery nozzle for performing the procedure through the cannula, and a retainer for securing the delivery nozzle relative to the cannula. The retainer eliminates the need to manually stabilize and position the delivery nozzle during the procedure, thereby allowing the physician to perform the procedure outside of the fluoroscopic radiation field used to visualize the procedure location. The retainer can be attached to the cannula, and can provide either selective or constant clamping force onto the delivery nozzle.

In a medical system including a medical imaging device and a robotic bed, the table may be movable between a first position where a maximum dimension of the robot arm not hidden under the table is less than one fourth of a longitudinal dimension of the table when the table is viewed from vertically above, and a second position where a maximum dimension of the robot arm not hidden under the table is one fourth of a longitudinal dimension of the table or more when the table is viewed from vertically above. The second position may be an imaging position or an imaging preparation position where an image is taken by the medical imaging device. The first position may be surgery position where a shortest distance between the robotic bed and a location of the medical imaging device is at least a predetermined distance.

The invention discloses a head, shoulder and neck integrated pad adjusting device for patient operation supine position and specifically relates to the technical field of body position pad adjustment.The device of the invention includes an operating bed body; a neck pad is fixedly arranged at the top of one end of the operating bed body; shoulder pads are fixedly arranged on the two sides of thetop of one end of the operating bed body; an equipment mounting frame is fixedly arranged at the bottom of one end of the operating bed body; a head pad adjusting mechanism is arranged on one side ofthe equipment mounting frame; the head pad adjusting mechanism comprises an adjusting block, which is arranged on one side of the equipment mounting frame; telescopic sleeves are fixedly arranged on the two sides of the adjusting block; and telescopic threads are movably arranged at the bottom of the adjusting block. By adjusting the three positions of the mounting seat plate, the head pad is driven to adapt to the operation position adjustment, and the operation position is conveniently positioned. In addition, the head pad is used for supporting the head of a patient, the operation positionis more accurate, and the operation risk is reduced as much as possible.

The invention relates to a punching device, and especially relates to an orthopedic surgery positioning punching device. The technical problem of the present invention is to provide an orthopaedic surgical positioning and punching device which can stably punch a drill bit, stably adjust a drilling angle, and has a support device capable of alleviating pain. A technical scheme: an orthopedic surgical position punching device comprise a base, a tail, a first bearing seat, an upper L-shaped cylindrical rod, a first limit block, a compression spring, a sleeve, a plug, a second bearing seat, a first pinion, etc. A tail seat is arrange on that right side of the base, a first bearing seat is arrange on the upper part of the tail seat, and an upper L-shaped cylindrical rod is arranged in the firstbearing seat. As that plug block is arrange, the plug block contacts with the first pinion gear when people do not use the equipment, so that the first pinion gear can be prevented from move at willon the semi-ring gear, and as the toggle bar is arranged, the sleeve can be driven to move by rotating the toggle bar, so that the equipment can carry out subsequent work and is convenient for peopleto operate.

The invention discloses a neurosurgery department back cranial opening drainage device. The neurosurgery department back cranial opening drainage device includes a base; the base is a [-shaped plate;fixing plates are fixedly on upper surfaces of two ends of the base and opposite to each other; rotation shafts are arranged in shaft holes formed in the fixing plates; the neurosurgery department back cranial opening drainage device has a simple structure, can be fixedly through the base, can open a skull at an operation position through opposite motion of two pulling plates, can lead intracranial leaked blood to a negative pressure barrel through a drainage catheter and a negative pressure pump; a high position of a liquid outlet of the drainage catheter can effectively prevent liquid in thenegative pressure barrel from flowing down; an angle of deflection of an arm plate can be adjusted, and a position of a sliding seat on the arm plate can be adjusted; the heights of the pulling plates and the drainage catheter can be correspondingly adjusted, the drainage catheter can safely enter a cranium and reaches a designated depth position, the successful rate of the operation can be improved, the risk of complications can be lowered, and the working difficulty of medical workers can be lowered.