25 results about "Treatment room" patented technology

The utility model discloses a kind of metal sodium treatment flue gas cooling device, it includes box;One end of U-shaped overflow pipe is communicated with the bottom of box, one end of back liquid pipe is sealed through the bottom surface of box, the other end of back liquid pipe extends to circulating liquid pool, the inlet of circulating liquid pump is communicated with circulating liquid pool by liquid inlet pipe, the outlet of circulating liquid pump is communicated with the spray pipe sealed into box, and spray pipe in box is connected with spray head on it. Advantage: the flue gas generated by metal sodium treatment room enters into box by import air pipe, the spray liquid extracted by circulating liquid pump is sent into spray pipe, then is sprayed into box by spray head, the flue gas entering into box from import air pipe is cooled and handled, and the flue gas after cooling is discharged to next process by export air pipe;Through the cooling device, not only the purpose of flue gas cooling can be effectively realized, but also the resistance of the device to flue gas passing through is smaller, which is beneficial to reduce the phenomenon of dust fouling and plugging.

To provide a method for treating a workpiece, wherein the method comprises the following:introducing at least one workpiece into a treatment chamber;providing a bath of a liquid treatment agent in the treatment chamber;cyclically changing the pressure in the treatment chamber while the treatment agent is in the treatment chamber;in which an enhanced treatment effect is achieved on the workpiece, it is proposed that the method further comprises the following:carrying out at least one pressure change operation in the treatment chamber, during the course of which the pressure in the treatment chamber is decreased at least once and increased at least once while at least one treatment region of at least one workpiece is outside the bath of liquid treatment agent; andcarrying out at least one pressure change operation in the treatment chamber, during the course of which the pressure in the treatment chamber is decreased at least once and increased at least once while the at least one treatment region of the at least one workpiece is within the bath of liquid treatment agent.

System and procedure for generating and verifying a radiotherapy plan. The patient is imaged on the carrier platform to obtain target tissue images, and the treatment plan fields, including the proposed treatment angles, are determined based on these target tissue images. A first collision detection simulation is applied to determine the feasibility of the proposed treatment angles, using an initial set of simulation fields, including the proposed treatment angles. The treatment plan is generated based on this first collision detection simulation. A second collision detection simulation is applied to verify that no collisions occur in the motion paths between treatment angles of successive treatment plan fields, using a second set of simulation fields, including the generated treatment plan.For each detected collision, fields in the treatment plan are updated to avoid collisions in the motion paths between the treatment angles, and an updated second collision detection simulation is applied using the updated second set of simulation fields, including updated fields in the treatment plan. The treatment plan is released if no collision is detected during the second collision detection simulation.

275768.1 Abstract: The present invention relates to a clothing treatment device. The clothing treatment device comprises a cabinet having an open part provided at the front thereof: a door assembly for opening and closing the open part; a first clothing treatment room, which is provided inside the cabinet so as to provide a space for accommodating clothing therein, and communicates with the outside of the cabinet through the open part; and a machinery room for circulating steam or air in the first clothing treatment room, wherein the door assembly comprises; an assembly housing which opens and closes the opened front surface of the cabinet and which has a space of a second clothing treatment room therein; and an assembly door for opening and closing, at the front of the cabinet, the second clothing treatment room formed in the assembly housing. Abstract: The present invention relates to a clothing treatment device. The clothing treatment device comprises a cabinet having an open part provided at the front thereof: a door assembly for opening and closing the open part; a first clothing treatment room, which is provided inside the cabinet SO as to provide a space for accommodating clothing therein, and communicates with the outside of the cabinet through the open part; and a machinery room for circulating steam or air in the first clothing treatment room, wherein the door assembly comprises; an assembly housing which opens and closes the opened front surface of the cabinet and which has a space of a second clothing treatment room therein; and an assembly door for opening and closing, at the front of the cabinet, the second clothing treatment room formed in the assembly housing. 275768.1 20 24 20 50 82 25 J ul 2 02 4 A b s t r a c t : 2 0 2 4 2 0 5 0 8 2 2 5 J u l 2 0 2 4 2 7 5 7 6 8 . 1

Embodiments disclosed herein include a source array. In an example, a source array includes a dielectric plate having a surface. A plurality of resonators is on the surface of the dielectric plate. The source array also includes a plurality of power amplifiers. Each one of the plurality of power amplifiers is coupled to a corresponding one of the plurality of resonators.

A rapidly assembled emergency energy supply facility includes multiple modules detachably mounted on a base. These modules include a pretreatment room, a water treatment room, a pyrolysis room, a flue gas treatment room, an energy supply equipment room, a management room, and a power storage room. The pretreatment room crushes, drains, dries, and stores materials. The water treatment room filters, deoxygenates, and removes acids and alkalis from boiler water. The pyrolysis room pyrolyzes materials in the pyrolysis pot. The flue gas treatment room reduces pollutant emissions. The energy supply equipment room generates electricity using steam. The management room serves as a management / workspace. The power storage room stores and outputs electricity. Each module includes a housing, equipment inside the housing, and pipelines connecting the various devices. The housing includes columns, steel beams, wall panels, and a base plate. All columns are assembled using a socket-and-mortise method. This emergency energy supply facility, in the event of a disaster, harmlessly pyrolyzes, burns, and generates electricity from surrounding organic matter, providing heat and electricity while simultaneously addressing sanitation issues.

The present invention relates to a treatment plant (100) for treating workpieces, in particular a drying plant (102) for drying vehicle bodies, comprising: at least one treatment chamber (104), which comprises one or more treatment chamber sections (105), wherein the at least one treatment chamber (104) and / or the one or more treatment chamber sections (105) are each assigned to one of a plurality of separate air circulation modules (106), and wherein each air circulation module (106) is arranged to carry a separate cyclical gas flow; and a heat carrier system (120) for indirectly heating the gas flows, which comprises a heating device (124), wherein a) at least one air circulation module (106) has a heat exchanger (144), by means of which the respective air circulation module (106) is coupled to the heat carrier system (120); and / or b) a plurality of air circulation modules (106) is incorporated into one or more heating circuits (160), in particular heating gas circuits, which are coupled to the heat carrier system (120) via a central heat exchanger (158). The present invention further relates to a method for treating workpieces.

Various concepts relate to treatment system including a treatment assembly and an introducer assembly. The treatment assembly may include a treatment chamber having a first end and a second end and defining a chamber lumen therebetween, a valve coupled at the first end of the treatment chamber operable to seal the chamber lumen at the first end, and a coupling projection at the second end of the treatment chamber. The introducer assembly may include an introducer valve having an inner tubular member and the coupling projection is receivable in the inner tubular member such that the coupling projection is both sealed to the inner tubular member and the inner tubular member remains operable to be transitioned between a sealed state and an unsealed state.

This utility model discloses a simulated treatment device for radiotherapy, relating to the field of radiotherapy technology. It includes a bed, a rotating and moving mechanism, a lifting mechanism, and a telescopic mechanism. The rotating and moving mechanism is located in front of the head of the bed and rotates around the bed. The lifting mechanism is mounted on the rotating and moving mechanism, with its lower end fixedly connected to the rotating and moving mechanism and its upper end mounted on the telescopic mechanism, which has a treatment head mounted on it. This utility model overcomes the technical problem of existing simulated treatment devices having a fixed position and being unable to be adjusted, providing a simulated treatment device that can operate at multiple angles and directions and is applicable to multiple treatment rooms simultaneously.

To provide a method and apparatus for producing dried persimmons that can be easily dried indoors, even in low-lying areas prone to fog. [Solution] A ventilated drying area 3 is provided on the third floor of the building, and a heat source drying treatment room 12, a frame member 10, a straw mat member 11, and a mesh frame member 18 for stacking and drying persimmons are arranged in the drying room 6 on the second floor. After the persimmons 4 that are being roughly dried are treated to sterilize and prevent mold, the frame member 10, which stores the persimmons 4 being dried by hanging it horizontally, is stacked in combination with the straw mat member 11 and the mesh frame member 18 to dry and mature the persimmons 4 being dried. While observing the drying status of the persimmons 4 being dried and the moisture status of the straw mat member 11, the frame member 10, which stores the persimmons 4 being dried by hanging it horizontally, is turned on its side, the straw mat member 11 is placed above and below the frame member 10 and stacked in combination with the mesh frame member 18, or it is hung in the drying room 6 to dry and mature the persimmons 4 being dried, so that dried persimmons with a soft surface and good taste can be produced.

This invention discloses a matching method and related equipment for achieving beam dosimetric equivalence between multiple treatment chamber units, belonging to the field of proton and heavy ion radiotherapy technology. The method includes: acquiring beam physical characteristic parameters of each treatment chamber unit under multiple single-energy beam conditions covering the clinical treatment energy range; defining a reference benchmark; and determining a matching parameter set for the treatment unit to be matched, using the beam physical characteristic parameters of the reference benchmark as the target, so that its beam characteristics are adjusted to be overall equivalent to the reference benchmark in the multi-dimensional characteristic space; the matching parameter set includes physical additional module parameters and dose correction parameters. Through a hierarchical method of matching single-energy beams one by one, multi-energy comprehensive iterative optimization, and unified matching parameter output, dosimetrically equivalent treatment can be performed between multiple treatment chamber units without re-planning the treatment. This improves the cross-device versatility, treatment efficiency, and safety of multi-source multi-chamber proton radiotherapy systems, making proton therapy readily accessible.

The utility model belongs to the conveying chain production technical field, concretely relates to a heat treatment furnace for conveying chain production, including processing furnace, the outside fixed connection of processing furnace has the protective cover, the processing furnace is opened the heat treatment room, the front side of processing furnace is provided with the door mechanism, the right side of protective cover is provided with the pollution control mechanism. The utility model discloses through the sliding connection of slide and slide bush, the location of the door is carried out, and the door is connected to the front side of processing furnace, then through telescopic link drives the up and down of door, and the automatic lifting door is convenient, and the front side of processing furnace is automatically closed and opened, avoids the drawback that manual adjustment brings.

This invention relates to a compact, multi-chamber, multi-angle ion therapy device, comprising a dual-rotating gantry beam distribution system, including a coaxially arranged front rotating gantry and a rear rotating gantry. A front rotating beamline is mounted on the front rotating gantry, and a rear rotating beamline is mounted on the rear rotating gantry. The rear rotating beamline includes two integrated but independently distributed L-shaped and U-shaped rotating beamlines, with the U-shaped beamline forming a spatial confocal relationship with the front rotating beamline. A first row of treatment chambers includes several treatment chambers evenly arranged along the circumferential direction of the front rotating beamline, each treatment chamber having an X-ray aperture. A second row of treatment chambers also includes several treatment chambers evenly arranged along the circumferential direction of the L-shaped rotating beamline, each treatment chamber having an X-ray aperture. Several treatment heads are also included, each corresponding to a treatment chamber in the first row and a treatment chamber in the second row.

The application discloses a kind of vital sign data monitoring system and method.The vital sign data monitoring system includes data acquisition terminal, mobile terminal device, receiving device and multiple wireless relay units;Data acquisition terminal is arranged in radiotherapy room and is wirelessly connected with mobile terminal device, for acquiring the vital sign data of user and sending vital sign data to mobile terminal device;Mobile terminal device is used to process vital sign data to obtain broadcast data packet and broadcast broadcast data packet to surrounding;Multiple wireless relay units are respectively arranged at the physical corner of radiotherapy room and protection corridor, for forwarding received broadcast data packet in the form of flooding routing;Receiving device is arranged in outdoor control area, for receiving and processing broadcast data packet, to output vital sign data.In the present application, vital sign data can be effectively transmitted from treatment room to outdoor control area, reducing the occurrence of packet loss and the like.

The invention relates to a device for evaluating an area of ​​interest on the surface of a patient's body to be monitored during irradiation treatment, wherein the device comprises an evaluation unit, wherein the area of ​​interest is stored in the evaluation unit in the form of area data processable by the evaluation unit, furthermore irradiation position data relating to the position of irradiation components arranged in an irradiation room for the planned irradiation treatment and monitoring position data relating to the position of monitoring components arranged in the irradiation room for monitoring the area of ​​interest are stored in the evaluation unit, and the evaluation unit is configured to, based on the area data,The invention relates to the use of irradiation position data and monitoring position data to determine the visibility of the area of ​​interest by the monitoring components during the planned irradiation treatment and to evaluate the area of ​​interest depending on the determined visibility. The invention also relates to a corresponding system and method.

The present disclosure relates to a calibration device and a position calibration method for an image-guided system, and a calibration method for a treatment room positioning system. The calibration device includes at least two optical path channels, wherein the at least two optical path channels intersect with each other; and at least two imaging assemblies, wherein the two imaging surfaces are disposed at two ends of a same optical channel among the at least two optical path channels; each of the two imaging surfaces is provided with a marking portion, the marking portion is provided with a central marking point, and the central marking point is located in an extending direction of the same one of the at least two optical path channels.

This invention relates to the field of textile wastewater treatment technology and discloses a wastewater recycling and treatment device for fabric antibacterial treatment. It includes a wastewater recycling and treatment room, which is internally divided into a reaction zone, a flotation contact zone, and a separation zone by partitions. Filter screens are installed on the partitions. A stirring mechanism is installed inside the reaction zone, comprising a motor fixed to the top of the wastewater recycling and treatment room. The output end of the motor is connected to a rotating shaft, and a stirring rod is fixedly connected to the rotating shaft. By setting up a three-stage treatment structure of reaction zone, flotation contact zone, and separation zone, graded treatment of antibacterial wastewater is achieved. The stirring mechanism in the reaction zone ensures thorough mixing of the antibacterial agent and wastewater, promoting particulate matter adhesion. In the flotation contact zone, electrode plates electrolyze to generate microbubbles, carrying suspended solids to the surface. In the separation zone, a circulating belt and a baffle plate separate scum from the clean water, resulting in high treatment efficiency and good effluent quality.

A radiotherapy facility (9001) is provided with a treatment room group (4) comprising N treatment rooms (41), a preparation room group (9005) comprising M preparation rooms (9051 to 9055), and L patient transport devices (61) capable of transporting patients. The preparation room group includes a positioning area m2 for positioning a patient during treatment. The patient transport device can transport a patient between one or more treatment rooms and one or more positioning areas, and functions as a treatment table capable of adjusting the position of the patient in the one or more treatment rooms. N is at least 1, M is at least 1, and L is at least 2.

This utility model relates to a rapid positive and negative pressure switching system for hospital operating rooms, comprising a positive pressure exhaust unit and a negative pressure exhaust unit. Its innovation lies in the inclusion of a positive and negative pressure switching control unit. The positive pressure exhaust unit includes a positive pressure exhaust fan and multiple first duct manual regulating valves. The air inlet of the positive pressure exhaust fan is simultaneously connected to the positive pressure exhaust outlet of the operating room, the exhaust outlet of the negative pressure anteroom, and the exhaust outlet of the treatment room. Each of these outlets is equipped with a first duct manual regulating valve for adjusting the airflow. The negative pressure exhaust unit includes an EC fan, the air inlet of which is connected to the negative pressure exhaust outlet of the operating room. The positive pressure exhaust fan and the EC fan are electrically connected to their respective terminals in the positive and negative pressure switching control unit. This utility model solves the problems of high switching energy consumption, low efficiency, poor compatibility and stability, and insufficient safety in existing technologies.

The application relates to the technical field of pre-hospital emergency treatment, and discloses a pre-hospital emergency treatment auxiliary system based on wearable ultrasonic equipment, which comprises a wearing body and an ultrasonic phased array, the ultrasonic phased array is coupled to the wearing body, and the ultrasonic phased array is electrically connected with an edge computing platform; original ultrasonic echo radio frequency data emitted in the ultrasonic phased array is transferred to the edge computing platform, a deep learning ultrasonic imaging algorithm is arranged in the edge computing platform, the input is the original ultrasonic echo radio frequency data, and the output is an image of a monitored organ generated via a DNN. The edge computing platform is connected with a hospital ultrasonic diagnosis and treatment room through 5G, and the edge computing platform is used for transmitting the image of the monitored organ to the hospital ultrasonic diagnosis and treatment room; the application has the effects of monitoring the physical condition of a patient, generating an image, remotely transmitting the image to a nearby hospital or emergency diagnosis room, accurately judging a disease in a short time by a professional doctor, and taking corresponding measures.

This invention proposes a quality control system and method for external beam radiotherapy based on a virtual intelligent medical platform. The system includes: a mixed reality device for acquiring spatial information and patient images within the treatment room, and overlaying a virtual image interface providing instructional information onto the real scene; and a server, communicatively connected to the mixed reality device, sending instructional information to the mixed reality device, receiving images of the implementation process acquired by the mixed reality device, determining whether the implementation process meets quality requirements, and sending the determination result back to the mixed reality device. This invention achieves intelligent, end-to-end quality control of radiotherapy positioning and treatment without altering existing workflows. Intelligent guidance, inspection, and recording are implemented throughout the radiotherapy positioning process, enabling paperless operation and full traceability; intelligent patient monitoring is achieved throughout the treatment process, avoiding oversights caused by human intervention.

The utility model relates to biological separation operation platform technical field especially microorganism separation operation platform for microbiological examination, including the main body that has operation room and gas treatment room in the inside, and operation room and gas treatment room are divided and communicate through mesh plate, the inside of gas treatment room still is provided with the filter element for removing the impurity in air, this microorganism separation operation platform still is provided with controller and is used for detecting the monitoring device of filter element performance, and monitoring device is connected with controller, is used for providing the signal of the filter element performance that can reflect to controller, the output of controller is used for sending control signal, and control signal is used for controlling the operation of siren, and it can realize the performance detection of filter element through setting the monitoring device of the filter element performance, controller and siren on the existing microorganism separation operation platform, and when the performance is poor, can through siren in time the alarm prompt of warning.