| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | 多终端的任务分配方法、装置、电子设备及可读存储介质 | CN202110687628.3 | 2021-06-21 | CN113407322A | 2021-09-17 | 艾可德 |
| 本发明涉及运维技术领域，揭露一种定额多终端的任务分配方法，包括：根据多个终端的总任务清单，确定多个终端的历史任务执行时间；根据多个终端的总任务量确定多个终端的最低任务及多个终端的总需求任务；根据终端的总数和预设分配比例确定分配总需求任务的需求终端的数量；确定向需求终端迭代分配总需求任务时的迭代轮次和每轮迭代对应的待分配任务数量；根据多个终端的历史任务执行时间确定向所有需求终端分配的分配顺序；将最低任务分配至多个终端，以及根据分配顺序将每轮迭代对应的待分配任务数量迭代分配至需求终端。本发明还提出一种多终端的任务分配装置、电子设备以及存储介质。本发明可以提高任务处理的效率。 | ||||||
| 22 | 一种航空发动机FADEC系统安全性评估方法 | CN201710914936.9 | 2017-09-30 | CN107703914B | 2019-05-17 | 闫锋; 付尧明; 付金华; 付继龙; 尚永锋; 魏武国; 刘爱中; 左渝钰; 付为刚; 侯宽新; 侯甲栋; 赖安卿; 邱超; 姚星宇; 李超东 |
| 本发明属于航空发动机技术领域，公开了一种航空发动机FADEC系统安全性评估方法，将FADEC系统出现故障导致发动机LOTC事件作为系统的失效状态；然后分析FADEC系统导致LOTC事件的系统单元，建立FADEC系统单元之间的可靠性模型，求出系统失效状态的最小割集；然后在时域内模拟系统状态的随机游走；最后得到FADEC系统在任务时间内的瞬时LOTC率和平均LOTC故障频度。本发明不仅为改进设计、制造工艺，获取适航合格证指明方向和途径；还为FADEC系统的时间限制遣派研究和制定主最低设备清单(MMEL)提供基础依据。 | ||||||
| 23 | 一种航空发动机FADEC系统安全性评估方法 | CN201710914936.9 | 2017-09-30 | CN107703914A | 2018-02-16 | 闫锋; 付尧明; 付金华; 付继龙; 尚永锋; 魏武国; 刘爱中; 左渝钰; 付为刚; 侯宽新; 侯甲栋; 赖安卿; 邱超; 姚星宇; 李超东 |
| 本发明属于航空发动机技术领域，公开了一种航空发动机FADEC系统安全性评估方法，将FADEC系统出现故障导致发动机LOTC事件作为系统的失效状态；然后分析FADEC系统导致LOTC事件的系统单元，建立FADEC系统单元之间的可靠性模型，求出系统失效状态的最小割集；然后在时域内模拟系统状态的随机游走；最后得到FADEC系统在任务时间内的瞬时LOTC率和平均LOTC故障频度。本发明不仅为改进设计、制造工艺，获取适航合格证指明方向和途径；还为FADEC系统的时间限制遣派研究和制定主最低设备清单(MMEL)提供基础依据。 | ||||||
| 24 | 一种飞机翼尖频闪灯灯罩丢失后的易于拆装的放行装置 | CN202320229348.2 | 2023-02-16 | CN219545077U | 2023-08-18 | 曹法明; 聂昆峰; 蔡礼灿 |
| 本实用新型公开了一种飞机翼尖频闪灯灯罩丢失后的易于拆装的放行装置，包括弧形盖板和安装卡夹，所述弧形盖板用于盖合飞机翼尖上用于容置频闪灯的灯腔，以替代丢失后的灯罩，所述弧形盖板的内表面固定安装有多个卡装卡夹，卡装卡夹用于卡接灯腔的腔内壁，所述安装卡夹与所述的弧形盖板通过紧固螺丝相连接，紧固螺丝穿过弧形盖板与安装卡夹后旋紧固定在灯腔的腔内壁，以此来实现弧形盖板的安装定位。该放行装置结构简单、拆装方便，可在灯罩丢失时替代灯罩，安装在灯罩的位置，结合最低设备清单对飞机进行放行，以免耽误航班的正常运行。 | ||||||
| 25 | Integrated minimum equipment decision support system | US12484093 | 2009-06-12 | US08514104B1 | 2013-08-20 | Charles B. Dirks; Monica A. Dunbar; Michael J. Krenz; Robert F. Dancer; Tony B. Vander Velden |
| An integrated system for providing minimum equipment decision support for an aircraft including means for procuring onboard aircraft data and providing a cockpit message. Minimum equipment list (MEL) constraints and offboard flight plan related information are procured. The onboard aircraft flight data, minimum equipment list constraints, and offboard flight plan related information are synthesized to enable holistic flight dispatch determinations within the current fault condition of the aircraft. | ||||||
| 26 | 資源分配方法、基地台、資源請求方法及使用者設備 | TW103131329 | 2014-09-11 | TW201611642A | 2016-03-16 | 林盈達; LIN, YING DAR; 梁雲豪; LIANG, YUN HAO; 古佳育; KU, CHIA YU; 賴源正; LAI, YUAN CHENG |
| 一種資源分配方法、基地台、資源請求方法及使用者設備。所述資源分配方法包括：接收對應於至少一使用者設備的至少一目標清單，其中至少一目標清單中的第一目標清單包括對應於第一目標清單的第一使用者設備與多個特定基地台之間的多個通道品質以及所述多個特定基地台；從至少一使用者設備中找出具有最低通道資源需求的第二使用者設備；判斷基地台的負載狀態是否足以服務第二使用者設備；若是，依據最低通道資源需求對第二使用者設備分配第一通訊資源。 | ||||||
| 27 | Minimizing security holdings risk during portfolio trading | JP2010139579 | 2010-06-18 | JP2010198648A | 2010-09-09 | KROWAS JOHN; DOMOWITZ IAN |
| <P>PROBLEM TO BE SOLVED: To provide a method and device for minimizing short-term risk to a portfolio of securities holdings during implementation of executing an outstanding trade list of securities to be traded. <P>SOLUTION: The method and device for minimizing short-term risk to the portfolio of securities holdings during implementation of executing an outstanding trade list of securities to be traded, take into account covariances between securities in the outstanding trade list and between securities in the outstanding trade list and securities in the portfolio of holdings to minimize risk to the portfolio of holdings as well as to a residual trade list of unexecuted orders during the implementation. <P>COPYRIGHT: (C)2010,JPO&INPIT | ||||||
| 28 | ADAPTIVE VIDEO WHITE SPOT LEARNING AND USER BANDWIDTH DELIVERY CONTROL SYSTEM | PCT/IB2014/064781 | 2014-09-23 | WO2015044868A1 | 2015-04-02 | PHILLIPS, Chris; DASHER, Charles; HUBER, Michael; KÖLHI, Johan |
A system and method that utilize a learning system to maintain a set of geographical locations indicating an area where network data coverage is poor. When it is determined that a client device is moving towards such an area, the client is forced or instructed to switch to a lower delivery bitrate for video segments in order to force the client's Adaptive Bit Rate (ABR) playback buffer to fill itself with enough low-quality video segments to enable the client to cross the area without video playback interruption. Thus, the client mobile device may be preemptively forced to choose the lowest bitrate specified in a manifest file for the delivered video segments as the bitrate for downloading video segments when approaching the poor coverage area, Hence, the client, device can maintain a minimum level of Quality of Service (QoS) when moving through network areas with poor data coverage. |
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| 29 | 購物方法 | TW104106661 | 2015-03-03 | TW201633233A | 2016-09-16 | 周家祥; CHOU, JIA SHYANG |
| 一種購物方法，包含下列步驟：(a)行動裝置掃描物品的條碼而獲得對應條碼的物品識別資訊並傳送至雲端伺服器；(b)雲端伺服器根據物品識別資訊在多個購物平台伺服器上搜尋物品在購物平台伺服器上的售價並比較該等售價以獲得最低售價；(c)重複進行步驟(a)、(b)，並累加記錄物品識別資訊、最低售價，及其對應的購物平台資訊至購物清單；及(d)行動裝置登入該等購物平台伺服器的其中一者，並通知雲端伺服器將購物清單中對應於被登入的購物平台伺服器的物品識別資訊及其對應的最低售價傳送至被登入的購物平台伺服器。 | ||||||
| 30 | ADAPTIVE VIDEO WHITE SPOT LEARNING AND USER BANDWIDTH DELIVERY CONTROL SYSTEM | EP14846791 | 2014-09-23 | EP3050326A4 | 2017-04-26 | PHILLIPS CHRIS; DASHER CHARLES HAMMET; HUBER MICHAEL; KÖLHI JOHAN |
| A system and method that utilize a learning system to maintain a set of geographical locations indicating an area where network data coverage is poor. When it is determined that a client device is moving towards such an area, the client is forced or instructed to switch to a lower delivery bitrate for video segments in order to force the client's Adaptive Bit Rate (ABR) playback buffer to fill itself with enough low-quality video segments to enable the client to cross the area without video playback interruption. Thus, the client mobile device may be preemptively forced to choose the lowest bitrate specified in a manifest file for the delivered video segments as the bitrate for downloading video segments when approaching the poor coverage area. Hence, the client device can maintain a minimum level of Quality of Service (QoS) when moving through network areas with poor data coverage. | ||||||
| 31 | Estimate/result managing system by unit articles | JP12003693 | 1993-05-21 | JPH06332920A | 1994-12-02 | TAKEMURA HISASHI; HATTORI HIDEAKI; FUJITA MASAHARU; TAKECHI SHIRO; OURA MASAMICHI; KASAI YUKIKO; NAKANO EISAKU; NABESHIMA TAKAHIRO |
| PURPOSE: To make an estimate by shops, sections and unit articles based on results within minimum required time while reflecting the estimate with the will of a planner when making the estimate at a shop control section in the form of retail sale. CONSTITUTION: The sales results by shops, merchandise and sections are stored from POS terminal equipments 21 arranged by respective shops to a result master file 16, the sales plans by shops, merchandise and sections in the next month are prepared by referring to the result data of this result master file 16, the sales plans by shops, merchandise and sections are fixed by performing the correction of the planner to these prepared plans, further, the fixed sales plans by shops, merchandise and sections are distributed by respective shops, the sales plans by shops, merchandise and sections are prepared, these plans are outputted as a plan list, and the estimates and results are managed. COPYRIGHT: (C)1994,JPO | ||||||
| 32 | 使用內模式預示資料區塊編碼數位影像之方法及裝置 METHOD AND DEVICE FOR CODING DIGITAL IMAGES USING INTRA-MODE BLOCK PREDICTION | TW092115778 | 2003-06-11 | TWI239207B | 2005-09-01 | 馬泰卡西威滋 MARTA KARCZEWICZ |
| 一種使用內模式預示資料區塊編碼數位影像之方法及裝置，其中取得相鄰資料區塊之預示模式之各種組合之預模式之清單。將指定予各種預示模式組合之模式分成二組。第一組包括n個最高機率性之預示模式(其中 n係小於現存模式之總數)，而第二組包括其餘之模式。第一組之模式係根據其機率予以排序。此項順序可被指定為最高機率至最低機率模式之排序清單。屬於第二組之模式可以某預設方式予以排序，並根據現存於解碼器之資訊予以指明。 | ||||||
| 33 | 使用內模式預示資料群編寫數位影像之方法及裝置 SPATIAL PREDICTION BASED INTRA CODING | TW092115778 | 2003-06-11 | TW200407031A | 2004-05-01 | 馬泰卡西威滋 MARTA KARCZEWICZ |
| 一種使用內模式預示資料群編寫數位影像之方法及裝置，其中係取得相鄰資料群之預示模式之各種組合之預模式之清單。指定予各種預示模式組合之模式將被分成組。第一組包括n個最高機率性之預示模式(其中n係小現存模式之總數)，而第二組包括其餘之模式。第一組之式係根據其機率予以排序。此項順序可被指定為最高機至最低機率模式之排序清單。屬於第二組之模式可以某預設方式予以排序，可根據現存於解碼器之資訊予以指。 | ||||||
| 34 | Paten managing system | JP36110192 | 1992-12-30 | JPH06203045A | 1994-07-22 | TSUKUI MASAAKI; MACHIDA TOMOHIDE |
| PURPOSE: To suppress patent information management of paper level to a minimum and to easily retrieve a filing form and a filing history classified by every country, etc. CONSTITUTION: The present time T is inputted from terminal equipment, and a target country is designated, and a table 1 classified by every country is retrieved, and a check content stored in the table 1 classified by every country is displayed(101-104). Term data x i, y i in a time managing table 3 are read by designating the check content(105-106). A range of T 0 can be decided from the present time T and the term data x i, y i by equation T-y i<T 0<T-x i, and filing information within the range of To is retrieved from a data file 5, and it is displayed as a filing list (107-109). COPYRIGHT: (C)1994,JPO&Japio | ||||||
| 35 | ADAPTIVE VIDEO WHITE SPOT LEARNING AND USER BANDWIDTH DELIVERY CONTROL SYSTEM | US14036841 | 2013-09-25 | US20150085875A1 | 2015-03-26 | Chris Phillips; Charles Hammett Dasher; Michael Huber; Johan Kölhi |
| A system and method that utilize a learning system to maintain a set of geographical locations indicating an area where network data coverage is poor. When it is determined that a client device is moving towards such an area, the client is forced or instructed to switch to a lower delivery bitrate for video segments in order to force the client's Adaptive Bit Rate (ABR) playback buffer to fill itself with enough low-quality video segments to enable the client to cross the area without video playback interruption. Thus, the client mobile device may be preemptively forced to choose the lowest bitrate specified in a manifest file for the delivered video segments as the bitrate for downloading video segments when approaching the poor coverage area. Hence, the client device can maintain a minimum level of Quality of Service (QoS) when moving through network areas with poor data coverage. | ||||||
| 36 | Adaptive video white spot learning and user bandwidth delivery control system | US14036841 | 2013-09-25 | US09444870B2 | 2016-09-13 | Chris Phillips; Charles Hammett Dasher; Michael Huber; Johan Kölhi |
| A system and method that utilize a learning system to maintain a set of geographical locations indicating an area where network data coverage is poor. When it is determined that a client device is moving towards such an area, the client is forced or instructed to switch to a lower delivery bitrate for video segments in order to force the client's Adaptive Bit Rate (ABR) playback buffer to fill itself with enough low-quality video segments to enable the client to cross the area without video playback interruption. Thus, the client mobile device may be preemptively forced to choose the lowest bitrate specified in a manifest file for the delivered video segments as the bitrate for downloading video segments when approaching the poor coverage area. Hence, the client device can maintain a minimum level of Quality of Service (QoS) when moving through network areas with poor data coverage. | ||||||
| 37 | Inventory management device, inventory management system, image processor, inventory management method, and inventory management program | JP2010275861 | 2010-12-10 | JP2012123311A | 2012-06-28 | KAWAI ATSUSHI |
| PROBLEM TO BE SOLVED: To solve the problem that it is difficult for a user having a very limited inventory space to select which consumables should be stocked as minimum required inventory.SOLUTION: An inventory management device is connected to groups of image processors via a network and performs inventory management of consumables such as toner cartridges for use in the image processors per device group. The inventory management device includes: inventory information storage means where inventory quantity information, image processor information, device group information, upper limit quantities of inventory, and predictive replacement timing set to the device group are associated with one another with respect to each kind of consumables and are stored as inventory information per device group; and inventory supplement consumables selection means which selects consumables to be supplemented as inventory. When consumables are replaced, the inventory supplement consumables selection means refers to inventory information about a device group to which an image processor where the consumables have been replaced belongs, to select consumables to be supplemented as inventory among consumables being not in stock in order from the earliest predictive replacement timing within ranges of upper limit quantities of inventory. | ||||||
| 38 | Apparatuses, methods and systems for a risk-adjusted return maximizing investment structure | US13192940 | 2011-07-28 | US08386357B1 | 2013-02-26 | Joe Aiken |
| The APPARATUSES, METHODS AND SYSTEMS FOR A RISK-ADJUSTED RETURN MAXIMIZING INVESTMENT STRUCTURE (“RAR-MAX”) transform market data, client's investment request inputs, and/or the like via RAR-MAX components into transaction record, investment return outputs, and/or the like). A method is disclosed, comprising: retrieving information of an investment portfolio of financial instruments; receiving market data of a list of eligible financial instrument positions; determining the instant trading time is within an initial time period of a trading period; calculating implied roll costs associated with each of the one or more eligible financial instrument positions; determining a financial instrument position with the lowest implied roll cost based on the calculation; and generating a transaction order purchasing a portion of the financial instrument with the lowest implied roll cost. | ||||||
| 39 | INTERACTIVE ALGORITHM FOR DETERMINING NEGOTIATED HEALTHCARE PRICE RATES | US14634166 | 2015-02-27 | US20150248729A1 | 2015-09-03 | George O. ANGHELOIU; Nicoleta A. ANGHELOIU; Narayana SUBRAMANY; Viorel ANGHELOIU; Ovidiu HAIDUC |
| The present invention describes a system of automatic interaction between three groups of participants: a multitude of health care provider units, pharmacies or pharmaceutical or medical device manufacturers, a central organization system and a multitude of potential health care users or payers such as potential patients or groups of patients, employers or insurance companies. The purpose of the automatic interaction executed by the central organization system is to determine the best or lowest acceptable negotiated price for healthcare services or medications/devices by interested parties such as individual patients or groups of patients, employers or health insurance companies and resulting into a contract that will apply over a comprehensive all-inclusive list of health services or medications or devices, and that will result into health services rendered or medications or devices being sold from the all inclusive comprehensive list of services, medications or devices at any time during the time period indicated in contract. | ||||||
| 40 | MANAGING PATIENT CARE THROUGH AN EMERGENCY ROOM OF A HOSPITAL USING A COMPUTER | US13968155 | 2013-08-15 | US20130332188A1 | 2013-12-12 | Nathan Goldfein |
| Computer implemented methods of, and apparatuses for, managing patient care through an emergency department of a hospital. Healthcare practitioners are prompted through a computer for a medical diagnosis from a list of diagnoses, for patient conditions pertinent to the diagnosis, and for treatment orders, which can include a medical or medication prescription. The system determines whether sufficient patient conditions have been evaluated to support third party payment for admitting the patient to the hospital if so ordered, automatically contacts an in-patient care practitioner at the hospital, and initiates a process to find a bed for the patient. The practitioner is prompted to issue treatment orders and medication dosages can be automatically checked. Data entered by different practitioners can be compared and shared. Faster and more consistent patient care can be achieved and healthcare costs that are not reimbursed can be minimized. | ||||||
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