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1
US2021038876A1
IMPLANTABLE ULTRASOUND CONDUCTING AND DRUG DELIVERING APPARATUS
Publication/Patent Number: US2021038876A1 Publication Date: 2021-02-11 Application Number: 17/049,743 Filing Date: 2018-07-02 Inventor: Liu, Tse-ying   Chen ming hong   Assignee: LIU, Tse-Ying   IPC: A61M37/00 Abstract: An implantable ultrasound conducting and drug delivering apparatus includes a drug-accommodating member and a shell-shaped ultrasound-scattering member mounted on a bottom of the drug-accommodating member. The shell-shaped ultrasound-scattering member thereon has a plurality of scattering through-holes. The drug-accommodating member has at least one linking through-hole formed on the bottom thereof to communicate the bottom of the drug-accommodating member with the shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member is fitted to be disposed within a physical cavity of a patient. A drug is injected into an accommodating room of the drug-accommodating member. The drug passes through the scattering through-holes and delivers to the physical cavity. An ultrasound propagates to the scattering through-holes, and is scattered by the scattering through-holes to the tissue liquid in the physical cavity, all surfaces of an inner wall of the physical cavity and all tissues neighboring the inner wall of the physical cavity.
2
US10773098B2
Therapy for glioblastoma multiforme
Publication/Patent Number: US10773098B2 Publication Date: 2020-09-15 Application Number: 15/878,279 Filing Date: 2018-01-23 Inventor: Liu, Tse-ying   Chen ming hong   Assignee: National Yang-Ming University   IPC: A61N5/10 Abstract: The invention provides a therapy method for glioblastoma multiforme (GBM). The therapy method uses a low-dose radiation to realize GBM tumor cell-targeted radiotherapy via sequentially administration of radiation enhancer-incorporated nanocarriers, 5-aminolevulinic acid, therapeutic ultrasound and therapeutic radiation.
3
TWI655010B
Implantable ultrasound conducting and drug delivering apparatus
Publication/Patent Number: TWI655010B Publication Date: 2019-04-01 Application Number: 107102344 Filing Date: 2018-01-23 Inventor: Liu, Tse Ying   Chen, Ming Hong   Assignee: National Yang-Ming University   IPC: A61N7/00 Abstract: The invention discloses an implantable ultrasound conducting and drug delivering apparatus which includes a drug-accommodating member and a shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member is mounted on a bottom of the drug-accommodating member. The drug-accommodating member has a plurality of linking through-holes formed on the bottom thereof. The bottom of the drug-accommodating member via the linking through-holes communicates with the shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member thereon has a plurality of scattering through-holes. The shell-shaped ultrasound-scattering member is fitted to be disposed within a physical cave of a patient. A drug is injected into an accommodating room of the drug-accommodating member. The drug passes through a plurality of scattering through-holes of the shell-shaped ultrasound-scattering member and delivers to the physical cave. An ultrasound propagates to the plurality of scattering through-holes of the shell-shaped scattering member, and is scattered by the plurality of scattering through-holes of the shell-shaped ultrasound-scattering member to the tissue liquid in the physical cave, all surface of an inner wall of the physical cave and all tissues neighboring the inner wall of the physical cave.
4
WO2019205285A1
IMPLANTABLE ULTRASONIC CONDUCTION AND DRUG DELIVERY APPARATUS
Publication/Patent Number: WO2019205285A1 Publication Date: 2019-10-31 Application Number: 2018094082 Filing Date: 2018-07-02 Inventor: Liu, Tse-ying   Chen ming hong   Assignee: LIU, Tse-Ying   IPC: A61M37/00 Abstract: An implantable ultrasonic conduction and drug delivery apparatus (1, 4), comprising a drug containing component (10, 40) and a shell-shaped ultrasonic scattering component (12, 42). The shell-shaped ultrasonic scattering component (12, 42) is fixed onto the bottom of the drug containing component (10, 40). The drug containing component (10, 40) has multiple connected through holes (108, 408) formed on the bottom (106, 406). The multiple connected through holes (108, 408) communicate the bottom (106, 406) of the drug containing component (10, 40) with the shell-shaped ultrasonic scattering component (12, 42). The shell-shaped ultrasonic scattering component (12, 42) has multiple scattering through holes (122, 422). The shell-shaped ultrasonic scattering component (12, 42) is cooperatively placed in a body cavity (20) of a patient. A drug is injected into a containing space (104, 404) of the drug containing component (10, 40). The drug is conveyed to the body cavity (20) by means of the multiple scattering through holes (122, 422) of the shell-shaped scattering component (12, 42). Directional ultrasonic waves are transferred to the multiple scattering through holes (122, 422) of the shell-shaped ultrasonic scattering component (12, 42), and are then uniformly scattered to tissue fluid in the body cavity (20), all surfaces of the inner wall of the body cavity (20), and all tissues adjacent to the surfaces of the inner wall of the body cavity (20) by means of the multiple scattering through holes (122, 422). The apparatus can improve the drug administration efficiency.
5
TW201932214A
Method for reducing surface defects of Caster that comprises a preparation step, a temperature measurement step, a temperature data analysis and determination step, and an adjustment step
Publication/Patent Number: TW201932214A Publication Date: 2019-08-16 Application Number: 107103177 Filing Date: 2018-01-30 Inventor: Lin, Yi-jie   Chen ming hong   Wang, Zhao-yun   Chen, Guo-ben   Assignee: China Steel Corporation   IPC: G01N21/85 Abstract: A method for reducing surface defects of Caster is applicable to a fabrication process of making a Caster in a casting channel. It comprises a preparation step, a temperature measurement step, a temperature data analysis and determination step, and an adjustment step. The preparation step includes setting up an automatic temperature abnormality feed-back system and a casting channel to be separated from each other, and includes a non-contact temperature meter, an analysis and determination device, a control device, and a water-spraying cooling device. The temperature measurement step includes using the non-contact temperature meter to measure a widthwise temperature data set of Caster in the casting channel. The temperature data analysis and determination step includes dividing the widthwise temperature data set into multiple continuous temperature zones for transmission to the analysis and determination device. When one of the temperature zones is lower than a predetermined temperature or the absolute temperature difference between the adjacent temperature zones is greater than a characteristic temperature, an abnormality signal is generated to the control device. The adjustment step includes lowering down the amount of water spraying by the water-spraying cooling device to the Caster that have not been subjected to temperature measurement, or lowering down the amount of water spraying by the water-spraying cooling device to the temperature zone of the Caster that corresponds to the abnormality signal.
6
TWI645922B
Method for reducing surface defects of Caster that comprises a preparation step, a temperature measurement step, a temperature data analysis and determination step, and an adjustment step
Publication/Patent Number: TWI645922B Publication Date: 2019-01-01 Application Number: 107103177 Filing Date: 2018-01-30 Inventor: Lin, Yi-jie   Chen ming hong   Wang, Zhao-yun   Chen, Guo-ben   Assignee: China Steel Corporation   IPC: G01N21/85 Abstract: A method for reducing surface defects of Caster is applicable to a fabrication process of making a Caster in a casting channel. It comprises a preparation step, a temperature measurement step, a temperature data analysis and determination step, and an adjustment step. The preparation step includes setting up an automatic temperature abnormality feed-back system and a casting channel to be separated from each other, and includes a non-contact temperature meter, an analysis and determination device, a control device, and a water-spraying cooling device. The temperature measurement step includes using the non-contact temperature meter to measure a widthwise temperature data set of Caster in the casting channel. The temperature data analysis and determination step includes dividing the widthwise temperature data set into multiple continuous temperature zones for transmission to the analysis and determination device. When one of the temperature zones is lower than a predetermined temperature or the absolute temperature difference between the adjacent temperature zones is greater than a characteristic temperature, an abnormality signal is generated to the control device. The adjustment step includes lowering down the amount of water spraying by the water-spraying cooling device to the Caster that have not been subjected to temperature measurement, or lowering down the amount of water spraying by the water-spraying cooling device to the temperature zone of the Caster that corresponds to the abnormality signal.
7
TWM562829U
Multi-chamber bottle cap
Publication/Patent Number: TWM562829U Publication Date: 2018-07-01 Application Number: 106218301 Filing Date: 2017-12-08 Inventor: Chen ming hong   Assignee: ZENG, BO-YUAN   IPC: B65D43/00
8
TW201827094A
Implantable ultrasound conducting and drug delivering apparatus
Publication/Patent Number: TW201827094A Publication Date: 2018-08-01 Application Number: 107102344 Filing Date: 2018-01-23 Inventor: Liu, Tse Ying   Chen, Ming Hong   Assignee: National Yang-Ming University   IPC: A61N7/00 Abstract: The invention discloses an implantable ultrasound conducting and drug delivering apparatus which includes a drug-accommodating member and a shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member is mounted on a bottom of the drug-accommodating member. The drug-accommodating member has a plurality of linking through-holes formed on the bottom thereof. The bottom of the drug-accommodating member via the linking through-holes communicates with the shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member thereon has a plurality of scattering through-holes. The shell-shaped ultrasound-scattering member is fitted to be disposed within a physical cave of a patient. A drug is injected into an accommodating room of the drug-accommodating member. The drug passes through a plurality of scattering through-holes of the shell-shaped ultrasound-scattering member and delivers to the physical cave. An ultrasound propagates to the plurality of scattering through-holes of the shell-shaped scattering member, and is scattered by the plurality of scattering through-holes of the shell-shaped ultrasound-scattering member to the tissue liquid in the physical cave, all surface of an inner wall of the physical cave and all tissues neighboring the inner wall of the physical cave.
9
TWM558349U
Gas detection device
Publication/Patent Number: TWM558349U Publication Date: 2018-04-11 Application Number: 106213368 Filing Date: 2017-09-08 Inventor: Chen ming hong   Xiao, Yong-jing   Assignee: JI, LI-NA   TIAN, YI-NAN   TIAN, YI-LING   IPC: G01N1/22
10
TWM564456U
Implantable ultrasound conducting and drug delivering apparatus
Publication/Patent Number: TWM564456U Publication Date: 2018-08-01 Application Number: 107201096 Filing Date: 2018-01-23 Inventor: Chen ming hong   Liu, Tse-ying   Assignee: National Yang-Ming University   IPC: A61N7/00 Abstract: The invention discloses an implantable ultrasound conducting and drug delivering apparatus which includes a drug-accommodating member and a shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member is mounted on a bottom of the drug-accommodating member. The drug-accommodating member has a plurality of linking through-holes formed on the bottom thereof. The bottom of the drug-accommodating member via the linking through-holes communicates with the shell-shaped ultrasound-scattering member. The shell-shaped ultrasound-scattering member thereon has a plurality of scattering through-holes. The shell-shaped ultrasound-scattering member is fitted to be disposed within a physical cave of a patient. A drug is injected into an accommodating room of the drug-accommodating member. The drug passes through a plurality of scattering through-holes of the shell-shaped ultrasound-scattering member and delivers to the physical cave. An ultrasound propagates to the plurality of scattering through-holes of the shell-shaped scattering member, and is scattered by the plurality of scattering through-holes of the shell-shaped ultrasound-scattering member to the tissue liquid in the physical cave, all surface of an inner wall of the physical cave and all tissues neighboring the inner wall of the physical cave.
11
US2018207447A1
THERAPY FOR GLIOBLASTOMA MULTIFORME
Publication/Patent Number: US2018207447A1 Publication Date: 2018-07-26 Application Number: 15/878,279 Filing Date: 2018-01-23 Inventor: Chen ming hong   Liu, Tse-ying   Assignee: National Yang-Ming University   IPC: A61N7/00 Abstract: The invention provides a therapy method for glioblastoma multiforme (GBM). The therapy method uses a low-dose radiation to realize GBM tumor cell-targeted radiotherapy via sequentially administration of radiation enhancer-incorporated nanocarriers, 5-aminolevulinic acid, therapeutic ultrasound and therapeutic radiation.
12
TW201837825A
Server, claim processing server, and method for processing insurance claims
Publication/Patent Number: TW201837825A Publication Date: 2018-10-16 Application Number: 106112508 Filing Date: 2017-04-14 Inventor: Chen ming hong   Chu, Chi-fu   Wu, Yun-chiao   Lo, Tsung-lun   Assignee: NAN SHAN LIFE INSURANCE CO., LTD.   IPC: G06Q40/08 Abstract: The present disclosure provides a server. The server includes a processing module, before receiving a first information and a first value, the processing module is configured to determine a second value, and a communication module configured to transmit the second value and receive the first information, the first value and a third value, wherein the processing module is configured to determine a fourth value based on the first information and the first value.
13
TWI583462B
Sprue photographic apparatus for continuous casting system
Publication/Patent Number: TWI583462B Publication Date: 2017-05-21 Application Number: 104116046 Filing Date: 2015-05-20 Inventor: Chen ming hong   Assignee: China Steel Corporation   IPC: B22D2/00 Abstract: This invention discloses a sprue photographic apparatus for continuous casting system. The continuous casting system comprises a plurality of rollers which are correspondingly disposed and define a sprue. The sprue photographic apparatus comprises a dummy bar
14
TWM537073U
Sealing structure specific for tea bag cap
Publication/Patent Number: TWM537073U Publication Date: 2017-02-21 Application Number: 105214578 Filing Date: 2016-09-23 Inventor: Chen ming hong   Zhang, Jin-zhou   Assignee: Chen ming hong   ZHANG, JIN-ZHOU   IPC: B65D51/18
15
TWI577120B
High-power power supply apparatus capable of reducing volume of output inductor
Publication/Patent Number: TWI577120B Publication Date: 2017-04-01 Application Number: 104107130 Filing Date: 2015-03-06 Inventor: Chen, Jia-bin   Chen ming hong   Zhang, Shun-de   Ye, Jia-an   Assignee: Acbel Polytech Inc.   IPC: H02M1/44 Abstract: Provided is a high-power power supply apparatus capable of reducing the volume of an output inductor
16
TWM548855U
Server and claim processing server
Publication/Patent Number: TWM548855U Publication Date: 2017-09-11 Application Number: 106205271 Filing Date: 2017-04-14 Inventor: Chen ming hong   Chu, Chi-fu   Wu, Yun-chiao   Lo, Tsung-lun   Assignee: NAN SHAN LIFE INSURANCE CO., LTD.   IPC: G06Q40/08 Abstract: The present disclosure provides a server. The server includes a processing module
17
TWI571337B
Spray nozzle detection apparatus
Publication/Patent Number: TWI571337B Publication Date: 2017-02-21 Application Number: 104116245 Filing Date: 2015-05-21 Inventor: Chen ming hong   Wu, Zong-han   Liao, Yong-zhi   Huang, He-gui   Chen, Shi-jiang   Assignee: China Steel Corporation   IPC: B22D2/00 Abstract: A spray nozzle detection apparatus comprises a support unit and a positioning unit disposed on the support unit. The support unit comprises two upright stands and a transverse frame disposed laterally between the stands. The positioning unit comprises a first longitudinal sliding rail disposed in a vertical direction on the transverse frame; a transverse sliding rail disposed in a horizontal direction on the transverse frame; a second longitudinal sliding rail disposed in a vertical direction on the transverse sliding rail and spaced apart from the first longitudinal sliding rail; two sliding tables respectively disposed on the first longitudinal sliding rail and the second longitudinal sliding rail; two clamping mechanisms respectively pivoted on the sliding tables for clamping a tubing of a nozzle; and two adjusting mechanisms respectively disposed on the clamping mechanisms
18
TW201716589A
An electron-beam vacuum refining furnace which can reduce the problem of crucible splash resulted from feeding actions of the material or scattering of the material out of the crucible
Publication/Patent Number: TW201716589A Publication Date: 2017-05-16 Application Number: 104137463 Filing Date: 2015-11-13 Inventor: Wang, Shea-jue   Bor, Hui-yun   Chen ming hong   Tsai, Yueh-hsuan   Chen, Shih-fan   Hong, Rong-hong   Wei, Chiao-nien   Assignee: NATIONAL CHUNG-SHAN INSTITUTE OF SCIENCE AND TECHNOLOGY   IPC: C22B9/04 Abstract: An electron-beam vacuum refining furnace includes: a refining furnace main body; an electron-beam unit
19
TW201641185A
Sprue photographic apparatus for continuous casting system
Publication/Patent Number: TW201641185A Publication Date: 2016-12-01 Application Number: 104116046 Filing Date: 2015-05-20 Inventor: Chen ming hong   Assignee: China Steel Corporation   IPC: B22D2/00 Abstract: This invention discloses a sprue photographic apparatus for continuous casting system. The continuous casting system comprises a plurality of rollers which are correspondingly disposed and define a sprue. The sprue photographic apparatus comprises a dummy bar
20
TWM524636U
Carrot ice cream
Publication/Patent Number: TWM524636U Publication Date: 2016-07-01 Application Number: 105205282 Filing Date: 2016-04-15 Inventor: Chen ming hong   Jiang, Bo-yuan   Zheng, Qing-qing   Assignee: JIANG, BO-YUAN   IPC: A23G9/44
Total 5 pages