WO2019006526A1 - Cart or workstation built into a case and designed for use in a surgery unit and/or for teaching, with a computer, screens and infrared or other camera for reading and medical diagnosis - Google Patents

Cart or workstation built into a case and designed for use in a surgery unit and/or for teaching, with a computer, screens and infrared or other camera for reading and medical diagnosis Download PDF

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Publication number
WO2019006526A1
WO2019006526A1 PCT/BR2018/050069 BR2018050069W WO2019006526A1 WO 2019006526 A1 WO2019006526 A1 WO 2019006526A1 BR 2018050069 W BR2018050069 W BR 2018050069W WO 2019006526 A1 WO2019006526 A1 WO 2019006526A1
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camera
infrared
cart
computer
workstation
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PCT/BR2018/050069
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French (fr)
Portuguese (pt)
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Paula GEBE
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Gebe Paula
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/01—Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue
    • A61B5/015—By temperature mapping of body part
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
    • G16H50/20—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems

Definitions

  • This report refers to an invention patent consisting of a carton or workstation built into a suitcase for surgery or didactic activities with a computer, an infrared screen and camera, or another for reading and medical diagnosis, in order to obtain static thermographic images , multimodal and three-dimensional imaging, radiation-free imaging, to identify possible changes indicative of pathologies and / or to define the conduct in the surgical situations, to use the formation of a three- or four-dimensional thermographic image to detect hypo- or hyper-adhdatory images indicative of alterations in the tissue studied and to use thermographic imaging in three or four dimensions to observe the blood perfusion and behavior of the tissue studied.
  • thermography In order to see the infrared image, it is necessary to use special cameras called thermal imagers or infrared camera that generate a digital image for IR (infrared) capture emitted by the body.
  • thermography or telethermography allows us to "see” the invisible part of the electromagnetic spectrum, evaluating microcirculatory skin activity and its distribution on the surface of the skin, investigating the thermal nature produced by a particular disease.
  • the Autonomic Nervous System controls the temperature to an accuracy of 0.2 degrees Celsius (hypothalamic control) providing a symmetry in the normal body temperature pattern.
  • the temperature asymmetry under controlled conditions is indicative of disease, considering that all diseases evolve to a thermal change (cold or heat), and that have variations of 0.2 to 0.3 degrees Celsius, it is evident that these changes pass unnoticed.
  • the hand identifies a difference of only 2 degrees Celsius. While the high-infrared camera Sensitivity can measure temperature differences of less than 0.1 degree celsius between 2 points and 1 meter away.
  • the human body is a living, thermally regulated system that radiates infrared and can provide a range of complementary information.
  • the heat radiated by the human body will always be a sum of the vascular effects (microcirculation), neurological (vessel constriction or vessel dilatation) and metabolic (glycogen burning).
  • microcirculation microcirculation
  • neurological vessel constriction or vessel dilatation
  • metabolic gaogen burning
  • temperature difference pathology
  • the present invention patent is proposed by means of improvements introduced in cartons or workstations embedded in a closed suitcase provided with wheels, for surgical center or didactic activities with computer, screen and infrared camera or another for reading and medical diagnosis that can be stored inside the suitcase, making this solution safe and practical in its use.
  • Real-time infrared are received, processed, and returned to the surgeon's monitor so that he can evaluate circulatory activity in the open surgical field. It can verify if there are refluxes in the suture of vessels, placement of prostheses or if the region operated, transplanted or amputated is with its normal perfusion. Degrees of ischemia, necrosis or even viability of cutaneous grafts can be investigated by the method, such as the amputation zone, myocardial revascularization, kidney and liver transplants, among others.
  • the WORKSTATION provides a real-time assessment of the surgeon's actions by receiving, processing, and returning to the surgeon's monitor the infrared images necessary for actions during the surgical procedure that may prevent further intervention in the immediate postoperative period.
  • the CART is attached to a boom with camera movement for adjustment at a distance, allowing it to be positioned on the patient lying on the surgical or didactic stretcher, so the camera is inserted into a retractable boom in order to allow a range from one to three meters according to the imposed need and / or by the dimensional restrictions of the surgical center, which can conform under three different configurations, ie: it can be movable and thus has horizontal and vertical movement; can be fixed, without horizontal movement and with counterweight housed inside of CART and; can be still hydraulic with a hydraulic piston and without counterweight coupled to this boom, and thus aiming to standardize the performance of the exams (High sensitivity camera developed for medical use, emissivity, image pattern, distance, position, routines and integration via On the other hand, it allows a new form of image diagnosis, faster and safer, and that can visualize what no technique can express.
  • Cart or workstation embedded in a suitcase intended for use in a surgical center and / or didactic activities with computer, screens and infrared camera or other for reading and medical diagnosis establishes a new state of art in relation to current forms and models. known in the medical environment in a safe, non-invasive, transportable and available manner at the time of its use, thus being the object of the present invention, will be better described on the basis of the schematic drawings listed below:
  • FIG. 1 Represents a perspective view of said equipment in a transport position (closed suitcase).
  • FIGURE 2 Represents a perspective view of said equipment in operative position in the surgical center.
  • FIGURE 3 Represents a perspective view of the retractable boom in its movable configuration.
  • FIGURE 4 Represents a perspective view of the retractable boom in its fixed and movable mechanical configuration, with weight housed in the boom and inside the CART.
  • FIG. 5 Represents a perspective view of the retractable boom in its hydraulic configuration.
  • FIGURE 6 Represents a perspective view of the retractable boom in its movable hydraulic configuration, illustrating its components.
  • FIGURE 7 Represents a side view.
  • FIGURE 8 Represents a front view.
  • FIGURE 9 Represents a top view.
  • the carton or workstation embedded in a suitcase intended for use in a surgical center and / or didactic activities with computer, screens and infrared camera or other for reading and medical diagnosis, thus designed is formed from carton (1) provided with wheels and brake (2), internal compartments with door and ventilation (3), internal illumination (4) both for the closed parts of the carton and for openings to assist the work of the operator, (6), surgeon's monitor (7) on a movable pedestal (8) or near the mechanical or hydraulic retractable boom (9) with digital interface and peripherals (mouse, keyboard, printer) (10) with a preferential range between 1 and 3 meters, equipped with free movement of the counterweight (1 1) can also be in the form of rod arranged inside the card's infrared camera HD (12) with thermographic anemometer, hygrometer, thermometer for ambient temperature, which is positioned on the patient, lying on the surgical stretcher (13) and camera for visualization of the non-infrared surgical environment (14).

Abstract

Cart or workstation built into a case and designed for use in a surgery unit and/or for teaching, with a computer, screens and infrared or other camera for reading and medical diagnosis, <u>comprising</u> a workstation (5) built into a case (1) with wheels and a brake (2), door and ventilation (3), internal lighting (4), server and peripherals, operator monitor with articulated arm (6), surgeon's monitor (7) on a movable pedestal (8), free retractable boom (9), infrared camera (12) and ordinary camera (14).

Description

CART OU ESTAÇÃO DE TRABALHO EMBUTIDA EM MALA DESTINADO PARA USO EM CENTRO CIRÚRGICO E/OU ATIVIDADES DIDÁTICAS, COM COMPUTADOR, TELAS E CAMERA DE INFRAVERMELHO OU OUTRA PARA LEITURA E DIAGNÓSTICO MÉDICO.  CART OR WORKSTATION EMBEDDED IN MALA INTENDED FOR USE IN A SURGICAL CENTER AND / OR DIDACTIC ACTIVITIES, WITH COMPUTER, SCREENS AND INFRARED CAMERA OR OTHER FOR READING AND MEDICAL DIAGNOSIS.
[001 ] O presente relatório se refere a uma patente de invenção constituída por cart ou estação de trabalho embutida em mala para centro cirúrgico ou atividades didáticas com computador, tela e câmera de infravermelho ou outra para leitura e diagnóstico médico, objetivando obter imagens termográficas estáticas, dinâmicas (subtração da imagem), multi e hiperespectral, mapeamento textura térmica, multimodal, fusão de sensores e imagiamento tridimensional, livres de radiação, para identificar possíveis alterações indicativas de patologias e/ou definir a conduta nas situações cirúrgicas, usar a formação de imagem termográfica em três ou quatro dimensões para detectar imagens hipo ou hiperadiantes, indicativas de alterações do tecido estudado, e usar a formação de imagem termográfica em três ou quatro dimensões para observar a perfusão sanguínea e comportamento do tecido estudado. Para enxergar a imagem infravermelha é necessário utilizar câmeras especiais chamadas termovisores ou câmera de infravermelho que geram uma imagem digital para captação de IV (infravermelho) emitido pelo corpo. A tecnologia da termografia ou teletermografia nos permite "enxergar" a parte invisível do espectro eletromagnético, avaliando a atividade micro circulatória cutânea e sua distribuição na superfície da pele, investigando a natureza térmica produzida por uma determinada doença.  [001] This report refers to an invention patent consisting of a carton or workstation built into a suitcase for surgery or didactic activities with a computer, an infrared screen and camera, or another for reading and medical diagnosis, in order to obtain static thermographic images , multimodal and three-dimensional imaging, radiation-free imaging, to identify possible changes indicative of pathologies and / or to define the conduct in the surgical situations, to use the formation of a three- or four-dimensional thermographic image to detect hypo- or hyper-adhdatory images indicative of alterations in the tissue studied and to use thermographic imaging in three or four dimensions to observe the blood perfusion and behavior of the tissue studied. In order to see the infrared image, it is necessary to use special cameras called thermal imagers or infrared camera that generate a digital image for IR (infrared) capture emitted by the body. The technology of thermography or telethermography allows us to "see" the invisible part of the electromagnetic spectrum, evaluating microcirculatory skin activity and its distribution on the surface of the skin, investigating the thermal nature produced by a particular disease.
[002] O Sistema Nervoso Autónomo (SNA Simpático) controla a temperatura com uma precisão de 0,2 graus Celsius (controle hipotalâmico) proporcionando uma simetria no padrão temperatura corporal normal. A assimetria de temperatura em condições controladas é um indicativo de doença, considerando que todas as doenças evoluem para uma alteração térmica (frio ou calor), e que possuem variações de 0,2 a 0,3 graus Celsius, fica evidente que estas alterações passam despercebidas. A mão identifica uma diferença de apenas 2 graus Celsius. Enquanto a câmera de infravermelho de alta sensibilidade consegue medir diferenças de temperatura menores que 0,1 grau celsius entre 2 pontos a 1 metro de distância. [002] The Autonomic Nervous System (SNA Sympathetic) controls the temperature to an accuracy of 0.2 degrees Celsius (hypothalamic control) providing a symmetry in the normal body temperature pattern. The temperature asymmetry under controlled conditions is indicative of disease, considering that all diseases evolve to a thermal change (cold or heat), and that have variations of 0.2 to 0.3 degrees Celsius, it is evident that these changes pass unnoticed. The hand identifies a difference of only 2 degrees Celsius. While the high-infrared camera Sensitivity can measure temperature differences of less than 0.1 degree celsius between 2 points and 1 meter away.
[003] O corpo humano é um sistema vivo e termicamente regulado que irradia infravermelho podendo fornecer uma série de informações complementares. O calor irradiado pelo corpo humano será sempre uma somatória dos efeitos vasculares (micro circulação sanguínea), neurológico (vaso constrição ou vaso dilatação) e metabólico (queima de glicogênio). Assim, e dependendo de cada situação um aquecimento ou resfriamento de uma determinada área da pele pode ser indicativo de doença (diferença de temperatura = patologia). Como o corpo humano é um sistema dinâmico, e as variações de temperatura num ambiente controlado podem trazer informações importantes, pois muitas vezes não é possível relacionar a dor de seus pacientes com os achados do exame físico.  [003] The human body is a living, thermally regulated system that radiates infrared and can provide a range of complementary information. The heat radiated by the human body will always be a sum of the vascular effects (microcirculation), neurological (vessel constriction or vessel dilatation) and metabolic (glycogen burning). Thus, depending on each situation a heating or cooling of a certain area of the skin may be indicative of disease (temperature difference = pathology). Because the human body is a dynamic system, temperature variations in a controlled environment can bring important information, as it is often not possible to relate the pain of your patients to the findings of the physical examination.
[004] Em campo aberto cirúrgico, quando não temos a barreira da pele, o calor é gerado pelas mitocôndrias que são estruturas especializadas na produção de energia: A vísceras possuem mais mitocôndrias e consequentemente produzem mais calor. O sangue venoso (saída) de um órgão com alto índice metabólico é mais quente do que o arterial (de entrada). Assim o sangue tem um efeito de refrigeração nestes órgãos.  In open surgical field, when we do not have the skin barrier, heat is generated by the mitochondria which are structures specialized in energy production: The viscera have more mitochondria and consequently produce more heat. The venous blood (output) of an organ with a high metabolic rate is hotter than the arterial (input). So the blood has a cooling effect on these organs.
Na imagem infravermelha os gradientes de temperatura são muito precisos ao demonstrar através de cores a faixa de temperatura que guiará o procedimento.  In the infrared image the temperature gradients are very accurate when showing the temperature range that will guide the procedure through color.
[005] Não são conhecidos equipamentos específicos para utilização em ambiente cirúrgico, mas já são conhecidos equipamentos para uso na área de saúde, fora do ambiente hospitalar, com finalidade semelhante utilizando a formação de imagem termográfica com alguns inconvenientes técnicos como a diversidade de equipamentos sem a especificidade adequada e falta de padronização no ambiente do exame, tornando o exame e o laudo questionável. É uma tecnologia ainda militar ou industrial que foi usada em situações de epidemia, como nos aeroportos para identificar portadores do H1 N1 , mas por exigir uma parafernália de equipamentos e acessórios para sua utilização, acaba não sendo usado pela dificuldade de transporte, montagem e segurança, além da necessidade de um ambiente controlado, principalmente em ambiente cirúrgico para que sua presença não seja um risco ou inconveniente ao procedimento. [005] Specific equipment for use in a surgical environment is not known, but equipment for use in the health area, outside the hospital environment, is known for similar purposes using thermographic imaging with some technical drawbacks such as the diversity of equipment without the appropriate specificity and lack of standardization in the examination environment, making the examination and the report questionable. It is a technology still military or industrial that was used in epidemic situations, as in the airports to identify carriers of the H1 N1, but for requiring a paraphernalia of equipment and accessories for its use, ends up not being used by the difficulty of transport, assembly and security , in addition to the need for a controlled environment, especially in the environment so your presence is not a risk or inconvenience to the procedure.
[006] Para solucionar tais situações, propõe-se a presente patente de invenção por meio de aprimoramentos introduzidos em cart ou estação de trabalho embutido em mala fechada provida de rodas, para centro cirúrgico ou atividades didáticas com computador, tela e câmera de infravermelho ou outra para leitura e diagnóstico médico que pode ser guardado dentro da mala, tornando esta solução segura e prática no seu uso.  In order to solve such situations, the present invention patent is proposed by means of improvements introduced in cartons or workstations embedded in a closed suitcase provided with wheels, for surgical center or didactic activities with computer, screen and infrared camera or another for reading and medical diagnosis that can be stored inside the suitcase, making this solution safe and practical in its use.
[007] Através da ESTAÇÃO de TRABALHO, as imagens [007] Through the WORKSTATION, the images
Infravermelhas em tempo real são recebidas, processadas e devolvidas ao monitor do cirurgião para que possa avaliar a atividade circulatória em campo aberto cirúrgico. Podendo verificar se existem refluxos na sutura de vasos, colocação de próteses ou se a região operada, transplantada ou amputada está com sua perfusão normal. Graus de isquemia, necrose ou mesmo a viabilidade de enxertos cutâneos podem ser investigados pelo método, como a zona de amputação, revascularização do miocárdio, transplantes de rins e fígado, entre outros. Real-time infrared are received, processed, and returned to the surgeon's monitor so that he can evaluate circulatory activity in the open surgical field. It can verify if there are refluxes in the suture of vessels, placement of prostheses or if the region operated, transplanted or amputated is with its normal perfusion. Degrees of ischemia, necrosis or even viability of cutaneous grafts can be investigated by the method, such as the amputation zone, myocardial revascularization, kidney and liver transplants, among others.
[008] É um exame dinâmico, não invasivo e sem radiação (não se usa nenhum tipo de contraste) e que pode ser usado durante o tempo cirúrgico sem risco para o paciente. A utilização da imagem por infravermelho tem sido estudada em procedimentos cirúrgicos, pela facilidade de avaliar a rede arterial, padrão anatómico e microcirculação de órgãos e tecidos.  [008] It is a dynamic, non-invasive and radiation-free examination (no contrast is used) and can be used during surgery without risk to the patient. The use of infrared imaging has been studied in surgical procedures, for the ease of evaluating the arterial network, anatomical pattern and microcirculation of organs and tissues.
[009] A ESTAÇÃO de TRABALHO fornece uma avaliação em tempo real das ações do cirurgião por receber, processar e devolver ao monitor do cirurgião as imagens infravermelhas necessárias para ações durante o ato cirúrgico que podem evitar novas intervenções no pós- operatório imediato. The WORKSTATION provides a real-time assessment of the surgeon's actions by receiving, processing, and returning to the surgeon's monitor the infrared images necessary for actions during the surgical procedure that may prevent further intervention in the immediate postoperative period.
[010] Através de ESTAÇÃO DE TRABALHO a imagem devolvida a tela do cirurgião, na forma de monitor postado sobre pedestal móvel e /ou acoplado ao CART, e retrátil permitindo assim ajustes de altura e postado frontal ou lateralmente para o cirurgião em relação à maca, permite uma avaliação dinâmica de alta sensibilidade com imagens de altíssima resolução, diminuindo significativamente os problemas no pós-operatório imediato como: Avaliação Intra-operatória da reperfusão cardíaca ou outro órgão em tempo real; Permite detectar oclusão do enxerto durante a cirurgia (precocemente); Ajuda o cirurgião a tomar decisões ainda durante a cirurgia e não interfere com o procedimento cirúrgico. [010] Through a WORK STATION the image returned to the surgeon's screen, in the form of a monitor placed on a movable pedestal and / or attached to the CART, and retractable thus allowing height adjustments and frontal or lateral positioning to the surgeon in relation to the stretcher , allows a dynamic evaluation of high sensitivity with images of high resolution, significantly reducing problems in the immediate postoperative period such as: Intraoperative evaluation of cardiac or other reperfusion in real time; It allows detecting graft occlusion during surgery (early); It helps the surgeon make decisions even during surgery and does not interfere with the surgical procedure.
Este recurso não existe atualmente, sendo o ato cirúrgico um ato técnico sujeito a falhas e muitas vezes feito às cegas porque a visão e dedução do ser humano se limita ao seu espectro visual e dados fornecidos por equipamentos, sendo impossível enxergarmos o espectro infravermelho.  This feature does not exist at present, the surgical act being a technical act subject to failure and often done blindly because the vision and deduction of the human being is limited to its visual spectrum and data provided by equipment, being impossible to see the infrared spectrum.
[01 1 ] Além da utilização descrita também pode ser um método de busca em áreas de possíveis metástases de tumores, usando o princípio da simetria e diferença de temperatura entre 2 pontos, possibilitando biópsias preventivas. Desta forma, a tecnologia aplicada se apresenta na forma de um equipamento destinado a centro cirúrgico ou didático na forma de ESTAÇÃO de TRABALHO ou CART integrado estático ou dinâmico, e constando de computador e periféricos, câmera termográfica ou outra, anemómetro, higrómetro, termómetro para temperatura ambiente, compondo uma solução integrada que pode ser guardada dentro da mala fechada, tornando esta solução segura e prática no seu uso e, ainda podendo se movimentar se necessário. No interior desta mala há pontos de iluminação, dispostos tanto ,nos espaços fechados do CART como nos abertos, usados quando a mala estiver aberta e em trabalho a fim de facilitar o acesso e manuseio dos equipamentos pelo operador postado à frente desta ESTAÇÃO DE TRABALHO ou CART. [01 1] In addition to the described use, it may also be a search method in areas of possible tumor metastasis, using the principle of symmetry and temperature difference between 2 points, allowing for preventive biopsies. In this way, the applied technology is presented in the form of equipment intended for a surgical or didactic center in the form of a static or dynamic integrated work or CART STATION, consisting of computer and peripherals, thermographic or other camera, anemometer, hygrometer, thermometer for ambient temperature, composing an integrated solution that can be stored inside the closed suitcase, making this solution safe and practical in its use and still being able to move if necessary. Inside this suitcase there are lighting points, both in the CART and in the open spaces, used when the suitcase is open and at work in order to facilitate access and handling of the equipment by the operator posted in front of this WORK STATION or CART.
[012] O CART está acoplado a uma lança com movimentação da câmera para ajuste à distância, permitindo posicioná-la sobre o paciente deitado sobre a maca cirúrgica ou didática, para tanto a câmera está inserida a uma lança retrátil de forma a permitir um alcance de um a três metros conforme a necessidade imposta e/ou mediante as restrições dimensionais do centro cirúrgico, que pode se conformar sob três configurações distintas, ou seja: pode ser móvel e assim possui movimentação horizontal e vertical; pode ser fixa, sem movimentação horizontal e com contrapeso alojado no interior do CART e; pode ser ainda hidráulica dotada de pistão hidráulico e sem contrapeso acoplado a esta lança, e assim visando uma padronização na realização dos exames (Câmera de alta sensibilidade desenvolvida para o uso médico, emissividade, padrão de imagens, distância, posição, rotinas e integração via software com outros exames médicos. Por outro lado, permite uma nova forma de diagnóstico por imagem, mais rápida e segura, e que pode visualizar o que nenhuma técnica consegue expressar. [012] The CART is attached to a boom with camera movement for adjustment at a distance, allowing it to be positioned on the patient lying on the surgical or didactic stretcher, so the camera is inserted into a retractable boom in order to allow a range from one to three meters according to the imposed need and / or by the dimensional restrictions of the surgical center, which can conform under three different configurations, ie: it can be movable and thus has horizontal and vertical movement; can be fixed, without horizontal movement and with counterweight housed inside of CART and; can be still hydraulic with a hydraulic piston and without counterweight coupled to this boom, and thus aiming to standardize the performance of the exams (High sensitivity camera developed for medical use, emissivity, image pattern, distance, position, routines and integration via On the other hand, it allows a new form of image diagnosis, faster and safer, and that can visualize what no technique can express.
[013] Cart ou estação de trabalho embutida em mala destinado para uso em centro cirúrgico e/ou atividades didáticas com computador, telas e câmera de infravermelho ou outra para leitura e diagnóstico médico estabelece novo estado da arte em relação às formas e modelos atuais ora conhecidos em ambiente médico de forma segura, não invasiva, transportável e disponível no momento da sua utilização, sendo desta maneira o objeto da presente patente de invenção, será mais bem descrito com base nos desenhos esquemáticos abaixo listados: [013] Cart or workstation embedded in a suitcase intended for use in a surgical center and / or didactic activities with computer, screens and infrared camera or other for reading and medical diagnosis establishes a new state of art in relation to current forms and models. known in the medical environment in a safe, non-invasive, transportable and available manner at the time of its use, thus being the object of the present invention, will be better described on the basis of the schematic drawings listed below:
[014] FIGURA 1 : Representa uma vista em perspectiva do referido equipamento em posição de transporte (mala fechada).  [014] FIG. 1: Represents a perspective view of said equipment in a transport position (closed suitcase).
[015] FIGURA 2: Representa uma vista em perspectiva do referido equipamento em posição operacional no centro cirúrgico.  [015] FIGURE 2: Represents a perspective view of said equipment in operative position in the surgical center.
[016] FIGURA 3: Representa uma vista em perspectiva da lança retrátil na sua configuração móvel. [016] FIGURE 3: Represents a perspective view of the retractable boom in its movable configuration.
[017] FIGURA 4: Representa uma vista em perspectiva da lança retrátil na sua configuração mecânica móvel e fixa, com peso alojado na lança e no interior do CART.  [017] FIGURE 4: Represents a perspective view of the retractable boom in its fixed and movable mechanical configuration, with weight housed in the boom and inside the CART.
[018] FIGURA 5: Representa uma vista em perspectiva da lança retrátil na sua configuração hidráulica.  [018] FIG. 5: Represents a perspective view of the retractable boom in its hydraulic configuration.
[019] FIGURA 6: Representa uma vista em perspectiva da lança retrátil na sua configuração hidráulica móvel, ilustrando seus componentes.  [019] FIGURE 6: Represents a perspective view of the retractable boom in its movable hydraulic configuration, illustrating its components.
[020] FIGURA 7: Representa uma vista lateral. [020] FIGURE 7: Represents a side view.
[021 ] FIGURA 8: Representa uma vista frontal.  [021] FIGURE 8: Represents a front view.
[022] FIGURA 9: Representa uma vista superior. [023] O cart ou estação de trabalho embutida em mala destinado para uso em centro cirúrgico e/ou atividades didáticas com computador, telas e câmera de infravermelho ou outra para leitura e diagnóstico médico, assim concebido é formado a partir de cart embutida em mala (1 ) provida de rodas e freio (2), compartimentos internos com porta e ventilação (3), iluminação interna (4) tanto para as partes fechadas do cart como para abertas para auxiliar trabalho do operador, estação de trabalho (5) provida de servidor com interface digital e periféricos (mouse, teclado, impressora), monitor do operador com braço articulado (6), monitor do cirurgião (7) sobre pedestal móvel (8) ou junto do cart, lança (9) retrátil mecânica ou hidráulica (10) com alcance preferencial entre 1 e 3 metros, com movimentação livre dotada de contrapeso (1 1 ) que pode ser também na forma de haste disposta no interior do carts câmera de infravermelho de alta definição (12) termográfica com anemómetro, higrómetro, termómetro para temperatura ambiente, a qual se posiciona sobre o paciente, deitado sobre a maca cirúrgica (13) e câmera para visualização do ambiente cirúrgico não infravermelha (14). [022] FIGURE 9: Represents a top view. [023] The carton or workstation embedded in a suitcase intended for use in a surgical center and / or didactic activities with computer, screens and infrared camera or other for reading and medical diagnosis, thus designed is formed from carton (1) provided with wheels and brake (2), internal compartments with door and ventilation (3), internal illumination (4) both for the closed parts of the carton and for openings to assist the work of the operator, (6), surgeon's monitor (7) on a movable pedestal (8) or near the mechanical or hydraulic retractable boom (9) with digital interface and peripherals (mouse, keyboard, printer) (10) with a preferential range between 1 and 3 meters, equipped with free movement of the counterweight (1 1) can also be in the form of rod arranged inside the card's infrared camera HD (12) with thermographic anemometer, hygrometer, thermometer for ambient temperature, which is positioned on the patient, lying on the surgical stretcher (13) and camera for visualization of the non-infrared surgical environment (14).

Claims

REIVINDICAÇÃO CLAIM
1. CART OU ESTAÇÃO DE TRABALHO EMBUTIDA EM MALA DESTINADO PARA USO EM CENTRO CIRÚRGICO E/OU ATIVIDADES DIDÁTICAS, COM COMPUTADOR, TELAS E CAMERA DE INFRAVERMELHO OU OUTRA PARA LEITURA E DIAGNÓSTICO MÉDICO, caracterizado por cart ou estação de trabalho embutida em mala (1 ) provida de rodas e freio (2), compartimentos internos com porta e ventilação (3), iluminação interna (4) tanto para as partes fechadas do cart como para abertas, estação de trabalho (5) provida de servidor com interface digital e periféricos (mouse, teclado, impressora), monitor do operador com braço articulado (6), monitor do cirurgião (7) sobre pedestal móvel (8) ou junto do cart, lança (9) retrátil mecânica ou hidráulica (10) com alcance preferencial entre 1 e 3 metros e com movimentação livre dotada de contrapeso (1 1 ) disponível também na forma de haste disposta no interior do cart, câmera de infravermelho de alta definição (12), maca cirúrgica (13) e câmera para visualização do ambiente cirúrgico não infravermelha (14).  A computer or workstation embedded in a suitcase intended for use in a surgical center and / or computerized activities, with a computer, a screen and an infrared camera, or for reading and medical diagnostics. (2), internal compartments with door and ventilation (3), internal illumination (4) for both the closed and open parts of the cart, a workstation (5) provided with server with digital interface and peripherals (6), surgeon's monitor (7) on a movable pedestal (8) or adjacent to the mechanical or hydraulic retractable cart (9) with a preferred range between 1 and 3 meters and with free movement provided with counterweight (11) also available in the shape of a rod arranged inside the carton, high definition infrared camera (12), surgical stretcher (13) and camera for visualization of the non-infrared surgical environment (14).
PCT/BR2018/050069 2017-07-04 2018-03-14 Cart or workstation built into a case and designed for use in a surgery unit and/or for teaching, with a computer, screens and infrared or other camera for reading and medical diagnosis WO2019006526A1 (en)

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BRBR1020170144593 2017-07-04

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CN111641816A (en) * 2020-06-15 2020-09-08 河南牧业经济学院 Multifunctional visual transmission design platform

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CN111641816A (en) * 2020-06-15 2020-09-08 河南牧业经济学院 Multifunctional visual transmission design platform

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