16 results about "Lateral projection" patented technology

The present invention relates to a device for the prevention and / or treatment of fecal and / or urinary incontinence. The device may fit into a vagina. The device may include a pressure sensor and electrodes. The device may include a lateral projection on the device and / or a skin of the device. In response to intra-abdominal pressure the device may apply electrostimulation with the electrodes, for example to a vaginal mucosa.

Embodiments of the present invention disclose a positioning scan method and apparatus, a dual-source CT apparatus, a medium and a product. A first tube and a second tube in the dual-source CT apparatus have automatically returned to initial positions before a positioning scan is performed, wherein initial positions of the first tube and the second tube are respectively located directly above / below a gantry, and at a left / right lateral position on the gantry; the positioning scan method comprises: receiving a positioning scan instruction; performing the following operations according to a type of the positioning scan instruction: if it is a front image scan instruction, controlling the first tube to perform exposure, to obtain first front projection data; if it is a lateral image scan instruction, controlling the second tube to perform exposure, to obtain first lateral projection data; if it is a dual positioning image scan instruction, controlling the first tube and the second tube to simultaneously perform exposure, to obtain second front projection data and second lateral projection data respectively. Embodiments of the present invention are intended to solve the problem of low working efficiency of existing positioning scan methods for dual-source CT apparatuses.

Systems and methods for a portable support (110) system for supporting a seated individual are disclosed. The portable support (110) system includes an elongated body (120) having an upper end and a lower end, the upper end being larger than the lower end, the upper end having a lateral projection extending in a direction away from the elongated body (120) to form a shoulder engagement lobe (125) that is configured to receive a human shoulder. The portable support (110) system includes a grommet tab portion (130) configured to attach to the elongated body (120), and the grommet tab portion (130) having an elongated grommet (135) with an elongated grommet opening. The portable support (110) system includes a strap (140) configured to pass through the elongated grommet (135) opening to form a first loop and a second loop. The first loop and the second loop are configured to be secured to a first headrest end and a second headrest end of a headrest (1025).

A connector is provided to stabilize the operation of the lever. [Solution] In the connector 1, the first housing 10 has a first pivot portion 13 and a second pivot portion 14 that are positioned symmetrically across the longitudinal center on each first side wall 11b and rotatably support the lever 30. The lever 30 has a lever support hole 33 that engages with one of the first pivot portion 13 and the second pivot portion 14 selected from the lever support hole 33, and a pivot portion housing groove 34 that accommodates the first pivot portion 13 or the second pivot portion 14 that is not engaged with the lever support hole 33. The first pivot portion 13 and the second pivot portion 14 each have a first lateral projection 13c or a second lateral projection 14c that protrudes along the longitudinal direction while being spaced apart from the first side wall 11b. The lever support hole 33 and the pivot point housing groove 34 each have a piece that enters between the first lateral projection 13c or the second lateral projection 14c and the first side wall 11b while the lever 30 is rotating and reaching the locking position.

A positioning scan method and apparatus for dual-source CT systems addresses the low working efficiency of existing positioning scan methods. The system may include first and second X-ray tubes that automatically return to predetermined initial positions before positioning scans: the first tube positioned directly above or below the gantry, and the second tube positioned at a lateral location on the gantry. The positioning scan method receives positioning scan instructions and executes operations based on instruction type. For front image scan instructions, the first tube may perform exposure and obtain front projection data. For lateral image scan instructions, the second tube may perform exposure and obtain lateral projection data. For dual-positioning image scan instructions, both tubes may perform exposure, obtaining both front and lateral projection data concurrently. This improves operational efficiency by eliminating tube repositioning delays and enabling simultaneous dual-plane imaging, thereby reducing overall scan time and enhancing workflow.

The invention belongs to the technical field of projection, and discloses a projection lens, which can better avoid side projection virtual focus on the basis of avoiding excessive loss of image elements and resolution by utilizing the vertical movement of the whole body or one part of a lens assembly II relative to an optical axis. The invention further discloses a projection interaction method.

Housing assembly for a measuring instrument for process and automation technology, comprising: a sealing element (DK); a container (B) with a lateral projection (V) and a shell surface (M), wherein the shell surface (M) is a radial support surface for the surrounding sealing element (DK); two housing parts (GT1, GT2) with flange-like projections (FV1, FV2) and sealing surfaces (DF1, DF2); wherein the first housing part (GT1) is connected to the second housing part (GT2) to form a housing chamber (GK) enclosing the container (B), wherein the sealing element (DK) is positioned by the lateral projection (V) between the first sealing surface (DF1) and the second sealing surface (DF2); wherein the housing chamber (GK) and the lateral projection (V) have a vertical principal axis (A1); wherein the lateral projection (V) extends radially away from the vertical principal axis (A1);wherein a compression of the housing parts (GT1, GT2) clamps the sealing element between the sealing surfaces (DF1, DF2) to form a sealing connection.

Housing assembly for a measuring instrument for process and automation technology, comprising: a sealing element (DK); a container (B) with a lateral projection (V) and a shell surface (M), wherein the shell surface (M) is a radial support surface for the surrounding sealing element (DK); two housing parts (GT1, GT2) with flange-like projections (FV1, FV2) and sealing surfaces (DF1, DF2); wherein the first housing part (GT1) is connected to the second housing part (GT2) to form a housing chamber (GK) enclosing the container (B), wherein the sealing element (DK) is positioned by the lateral projection (V) between the first sealing surface (DF1) and the second sealing surface (DF2); wherein the housing chamber (GK) and the lateral projection (V) have a vertical principal axis (A1); wherein the lateral projection (V) extends radially away from the vertical principal axis (A1);wherein a compression of the housing parts (GT1, GT2) clamps the sealing element between the sealing surfaces (DF1, DF2) to form a sealing connection.

Systems and methods for a portable support system for supporting a seated individual are disclosed. The portable support system includes an elongated body having an upper end and a lower end, the upper end being larger than the lower end, the upper end having a lateral projection extending in a direction away from the elongated body to form a shoulder engagement lobe that is configured to receive a human shoulder. The portable support system includes a grommet tab portion configured to attach to the elongated body, and the grommet tab portion having an elongated grommet with an elongated grommet opening. The portable support system includes a strap configured to pass through the elongated grommet opening to form a first loop and a second loop. The first loop and the second loop are configured to be secured to a first headrest end and a second headrest end of a headrest.

The invention relates to a housing assembly for a measuring device for process and automation technology, comprising: a sealing body (DK); a container (B) having a lateral projection (V) and a lateral surface (M), wherein the lateral surface (M) is a radial support surface for the sealing body (DK) surrounding it; two housing parts (GT1, GT2) having flange-like projections (FV1, FV2) and sealing surfaces (DF1, DF2); wherein the first housing part (GT1) is connected to the second housing part (GT2) so as to form a housing chamber (GK) surrounding the container (B), wherein the sealing body (DK) is positioned between the first sealing surface (DF1) and the second sealing surface (DF2) by the lateral projection (V); wherein the housing chamber (GK) and the lateral projection (V) have a vertical main axis (A1); wherein the lateral projection (V) extends radially away from the vertical main axis (A1); wherein compression of the housing parts (GT1, GT2) clamps the sealing body between the sealing surfaces (DF1, DF2) so as to form a sealing connection.

The embodiment of the present application provides an ultrasonic endoscope and a head end thereof. The head end of the ultrasonic endoscope comprises a head end seat, a lifting forceps and an ultrasonic probe. The head end seat is internally formed with a receiving cavity, and the receiving cavity has an instrument outlet. The lifting forceps is accommodated in the receiving cavity and is used for supporting a treatment instrument and controlling the direction of the treatment instrument extending out of the instrument outlet. The treatment instrument comprises a first instrument with a larger diameter. The receiving cavity comprises a first side wall. In a lateral projection plane parallel to the axial direction of the head end seat and parallel to a first direction, a detection area of the ultrasonic probe overlaps the first side wall. The lifting forceps is configured such that when the first instrument extends out of the instrument outlet and the distal end of the first instrument protrudes out of the first side wall while the lifting forceps is in a laid position, at least part of the first instrument is located in the overlapping area, and the first direction is perpendicular to the axial direction. Thus, the situation that the first instrument is miscontacted or scratches the tissue in the patient's body due to invisibility during the extension process is effectively avoided.

Systems and methods for a portable support system for supporting a seated individual are disclosed. The portable support system includes an elongated body having an upper end and a lower end, the upper end being larger than the lower end, the upper end having a lateral projection extending in a direction away from the elongated body to form a shoulder engagement lobe that is configured to receive a human shoulder. The portable support system includes a grommet tab portion configured to attach to the elongated body, and the grommet tab portion having an elongated grommet with an elongated grommet opening. The portable support system includes a strap configured to pass through the elongated grommet opening to form a first loop and a second loop. The first loop and the second loop are configured to be secured to a first headrest end and a second headrest end of a headrest.

Fastening element (1) for two facade panels (40, 40') with lateral projection (45.2; 45.2') or lateral recess (46; 46'), comprising a front (2) and a back (3), a first mounting surface (4) facing the front (2) for mounting a first facade panel (40), a second mounting surface (5) facing the front (2) for mounting a second facade panel (40'), a hook structure with at least two hooks (7, 8) having a base section (7.1, 8.1) and a transverse section (7.2, 8.2) extending along the first mounting surface (4) and / or second mounting surface (5) in the direction of a spatial axis (R; R') away from the base section (7.1, 8.1), wherein one of the hooks (7, 8) projects from a first mounting surface having the first mounting surface (4) in the direction of the front (2) and is configured with its transverse section (7.2) to engage in a lateral recess (46) of the first facade panel (40) or to engage a lateral projection (45.2) of the first facade panel (40), and the other hook (8) projects from a second mounting surface having the second mounting surface (5) in the direction of the front (2) and is configured with its transverse section (8.2) to engage in a lateral recess (46') of the second facade panel (40') or to overlap a lateral projection (45.2') of the second facade panel (40'), . at least one projection (9) which is assigned to the first mounting surface (4) and projects out from the first mounting plane in the direction of the front (2), wherein the projection (9) is designed to serve as a stop for the first facade panel (40), and is arranged in front of the foot section (7.1) in relation to the hook (7) belonging to the first mounting surface (4) in the direction of the spatial axis (R) towards its base section (7.1), a fastening structure (10) for fastening the fastening element (1) to a substructure (100) for a building wall or directly to a building wall.

The embodiment of the invention discloses a positioning scanning method and device, double-source CT equipment, a medium and a product. A first bulb tube and a second bulb tube in the double-source CT equipment are automatically reset to initial positions before executing positioning scanning, and the initial positions of the first bulb tube and the second bulb tube are located right above / below a rack and located on the left side / right side of the rack respectively; the positioning scanning method comprises the following steps: receiving a positioning scanning instruction; according to the type of the positioning scanning instruction, executing the following operations: if the positioning scanning instruction is a normal position image scanning instruction, controlling a first bulb tube to perform exposure to obtain first normal position projection data; if the instruction is a lateral image scanning instruction, controlling a second bulb tube to perform exposure to obtain first lateral projection data; and if the instruction is a double-positioning image scanning instruction, controlling the first bulb tube and the second bulb tube to perform exposure at the same time to respectively obtain second orthographic projection data and second lateral projection data. The positioning scanning method is used for solving the problem that an existing positioning scanning method of the double-source CT equipment is low in working efficiency.

The secondary fixing device comprises a cheek fixing base, a nasogastric tube locking clamp and an elastic connecting band, the cheek fixing base is made of medical-grade PU foam or hydrocolloid dressing, the orthographic projection of the cheek fixing base is oval, the lateral projection of the cheek fixing base is arc, a buckle connector is fixed to the middle of the outer side of the cheek fixing base, and a bonding layer is arranged on the inner side of the cheek fixing base; the two ends of the elastic connecting band are connected with the buckle connector and the nasogastric tube locking clamp respectively, a plurality of positioning holes are formed in the end, close to the cheek fixing base, of the elastic connecting band at equal intervals, and the elastic connecting band is fixed to the buckle connector through the positioning holes. The cheek fixing base is used for dispersing pressure, the traction feeling is eliminated through the elastic connecting band, when accidental traction is carried out, the elastic band can be stretched by 2-4 cm, an effective buffering stroke is provided, instant impact force is converted into mild resilience force, safety and reliability are achieved, the length of the elastic connecting band can be adjusted, the device is suitable for most patients, operation is visual, easy and convenient, and the device is suitable for popularization and application. The nasal cavity is easy to observe and clean, and sensing control requirements are met.

Housing assembly for a measuring instrument for process and automation technology, comprising: a sealing element (DK); a container (B) with a lateral projection (V) and a shell surface (M), wherein the shell surface (M) is a radial support surface for the surrounding sealing element (DK); two housing parts (GT1, GT2) with flange-like projections (FV1, FV2) and sealing surfaces (DF1, DF2); wherein the first housing part (GT1) is connected to the second housing part (GT2) to form a housing chamber (GK) enclosing the container (B), wherein the sealing element (DK) is positioned by the lateral projection (V) between the first sealing surface (DF1) and the second sealing surface (DF2); wherein the housing chamber (GK) and the lateral projection (V) have a vertical principal axis (A1); wherein the lateral projection (V) extends radially away from the vertical principal axis (A1);wherein a compression of the housing parts (GT1, GT2) clamps the sealing element between the sealing surfaces (DF1, DF2) to form a sealing connection.