baber/WOPTO huggingface dataset:
Patent AU-2017101184-A4 (AU)
Title: Virtual trade show and artificial intelligence
Inventor: AZIMI ALI
IPC: G06T15/00
Filed: 2017-08-30
Granted: 2017-10-05
Abstract: Abstract This innovation is all about the combination of virtual trade show, artificial intelligence, machine learning, data mining and marketing. With this innovation, interaction and interconnection of users and companies in virtual trade shows will increase and enhanced. The technology of virtual reality is interdepend part of this system. In other words, with this innovation the experience of using VR technology for trade show would be very unique and specific for each user. This application works with all electronic devices like smart phone, tablet , and computers. The advantage of this application is being fully interactive with users and enhance the procedure of collecting data for the company. This application works with all devices that could attach to the VR system. The ability to work with simulators is just part of the feature of this system. The innovation may be better understood with the following example and illustrations in figures. The following diagram shows the application in the simplest way just for one company and the users have the ability to jump into the other exhibitions or combine them. This combination could be automatic by Al or by the user. Figure 1, represents the simplest interaction of the application and connectivity between visitors and the Company. Target market apVirt aIn Company Collect data virtual t trade show Promotion application (A I+ Ma chine le arn ing and data mining) - Event s Social media Cloud Public relation. langu age Voice comm ander Oth er virtu al shows from other com pan ies
Patent AU-2018100169-A4 (AU)
Title: System and method for joining and hanging ducts
Inventor: FISCHER HERBERT J
IPC: F16L23/00
Filed: 2018-02-06
Granted: 2018-03-08
Abstract: A system and method of assembling flanged duct sections, using large sheet metal screws through opposing inserted corner plates. The large screws are threadedly inserted fully through the corner plates of a first duct section and hold perpendicular thereto for guiding alignment with the mating duct section. The screws hold the duct sections apart to allow aligning them without fluid sealant or tape gasket material on one of the duct sections contacting the other. The screws are then threadedly engaged with the corner plates of the mating duct section, bringing the duct sections together with a leak resistant seal therebetween. Optional hanger brackets can be placed between the corner plates before assembly, and additional screws used to deform the flanges and corner plates about the brackets to compress the sealant or gasket thereabout. WO 2014/116820 PCT/US2014/012738
Patent AU-2019100908-A4 (AU)
Title: Argan oil based implementation in high performance nonwoven fabrics
Inventor: YEDVAB ARIEL
IPC: D04H3/00
Filed: 2019-08-15
Granted: 2019-09-19
Abstract: ARGAN OIL BASED IMPLEMENTATION IN HIGH PERFORMANCE NONWOVEN FABRICS The present invention is directed to nonwoven fabric material comprising an Argan oil element which exhibits useful aesthetic and physical performance during the time of utilization in a consumer product. Antimicrobial Antimicrobial Bulk Agent(s) Bulk Inactivating Polymer Polymer Agent(s) Storage Storage First Intermediate Second Pre Component Component Component Treatment Surface Layer Surface (optional) Layer Formation Layer Consolidation Formation Formation (optional) Application Bulk Polymer of Hydraulic Polymer Modification Energy Storage Chemistry (optional) Storage (optional) Post Treatment (optional) Collection (winder)
Patent AU-2020101018-A4 (AU)
Title: A Ferroelectric/TiO2 Nanocrystalline Composite Film, Its Preparation Method And Application In Sensitized Solar Cells
Inventor: LIU XIAOYAN
IPC: B82Y40/00
Filed: 2020-06-16
Granted: 2020-07-23
Abstract: This invention discloses a ferroelectric/TiO2nanocrystalline composite film, its preparation 
method and application in sensitized solar cells. The preparation method disclosed by this 
invention is simple and has a low cost. It takes the prepared ferroelectric/TiO2nanocrystalline 
composite films as the photoanodes, and introduces the electric field generated by the 
ferroelectric dipoles into the photoanode film, which can effectively separate the photogenerated 
electron-hole pairs, reduce the interface charge recombination effect, enhance the activity and 
lifetime of electrons, and thus improve the photoelectric conversion efficiency of sensitized solar 
cells.
Drawings of Descriptions 
F TO-coated Glass 
Figure 1 
12
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4
2 
0 
0.0 0.2 0.4 0.6 0.8 
Voltage(V) 
Figure 2 
1/2
Patent AU-2020102633-A4 (AU)
Title: Oxidation resistant red fluorescent proteins and use thereof
Inventor: YE QIZHUANG
IPC: C07K14/435
Filed: 2020-10-07
Granted: 2020-11-26
Abstract: We disclosed a red fluorescent protein R3, which is oxidation resistant and 
oligomer-formation resistant, constructed by removing its cysteine residues. The R3 protein 
5 is highly soluble and displays intense red color and fluorescence. We also disclosed a fusion 
protein of the R3 protein joined by a nanobody as an example of coloring a bioactive protein.  
The stable red fluorescent protein, as a tracer molecule, will be a valuable tool in location 
and quantitation of bioactive proteins.
Patent AU-2020103016-A4 (AU)
Title: Sasha Dog Waste Bag Holder
Inventor: INFANTINO ANGELA
IPC: A01K27/00
Filed: 2020-10-26
Granted: 2020-12-24
Abstract: A pouch that can be attached around a dog leash. The pouch holds plastic bags and is dispensed 
through a hole in the pouch. The Pouch can hold keys too.
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Patent AU-2020103902-A4 (AU)
Title: An aeration sample preparation equipment and its preparation method
Inventor: WU QI
IPC: G01N1/28
Filed: 2020-12-04
Granted: 2021-02-11
Abstract: The aeration sample preparation equipment and its preparation method, which includes 
the sample top cap of the triaxial instrument, the triple valves with ventilated internal pattern 
and the sample base, triple valves with ventilated inner lines and sample base. A latex film is 
arranged on the inner wall of the triple valves with ventilation inner lines, and a layer of 
preservative film is attached to the outer wall of the triple valves with ventilation inner lines.  
The ventilation inner lines of the pressure chamber cylinder are detachably connected to a 
vacuum pump, after vacuumizing, the latex film and the inner wall of the triple valves with 
ventilation inner lines are completely attached to form a sample preparation chamber; Filter 
paper and permeable stone are sequentially placed between the sample top cap and the sample 
base and the sample, and the upper and lower ends of the latex film are respectively fixed on 
the sample top cap and the sample base; The sample top cap is provided with a plurality of pore 
channels, which are all connected to the side channel of a communicable sealing plug; There 
are two L-shaped pore channels in the sample base, and the outlet of the pore channel on the 
side wall is connected with the communicable sealing plug and the ball valve respectively. The 
method can be well applied in preparing sand soil remolded samples with specified size and 
relative density, and it has obvious advantages especially for preparing sandy soil samples in 
loose state.
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Figure1I
Patent AU-2021100354-A4 (AU)
Title: Method and system for determining failure mode risk of marine electric propulsion system
Inventor: SONG WEIWEI
IPC: H02P25/22
Filed: 2021-01-21
Granted: 2021-04-15
Abstract: Disclosed are a method and system for determining a failure mode risk of a marine electric 
propulsion system, relating to the field of failure mode and effects analysis. The method includes: 
determining failure modes and risk factors by using a functional analysis method, a hierarchical 
model of the marine electric propulsion system, and failure mode and effects analysis (FMEA); 
performing calculation on the risk factors and weights of the risk factors by using expert knowledge 
and experience, a fuzzy linguistic term set, and a fuzzy number theory, to obtain a fuzzy risk priority 
number; and after defuzzifying the fuzzy risk priority number, performing risk prioritization on the 
failure modes, to obtain a failure mode risk ranking table. By introducing the weights of the risk 
factors and a fuzzy risk priority number, this method can effectively avoid the evaluation defect of 
the same fuzzy risk priority number values, reduce the impact of risk factor changes on failure 
mode risk rankings, reduce the dependence on and the subjectivity of the expert knowledge and 
experience, improve the accuracy of the failure mode risk rankings of the marine electric propulsion 
system, and also facilitate the subsequent maintenance of key equipment.  
Fig 1 
35
FIG. 1 
Obtain a hierarchical model of a marine electric 101 
propulsion system 
Determine a malfunctioning device in the marine 
electric propulsion system by using a functional 102 
analysis method and the hierarchical model 
Determine failure motes of the marine electric 
propulsion system and risk factors of the failure modes 103 
by using the malfunctioning device and failure mode 
and effaet analysis 
Perform calculation on the risk factors and weights of 
the risk factors by using expert knowledge and 104 
experience, a fuzzy linguistic term set, and a fuzzy 
number theory, to obtain a fuzzy risk priority number of 
the failure modes 
Defuzzify the fuzzy risk priority number by using a 
centroid method and an a-cut-set theory, to obtain 105 
defuzzified value of the fuzzy risk priority number 
Perform risk prioritization on the failure modes by 106 
using a decision making trial and evaluation laboratory 
method according to the defuzzified value, to obtain a 
failure mode risk ranking table 
1/3
Patent AU-2021101622-A4 (AU)
Title: Material sorting device used for artificial board production
Inventor: ZHANG ZHONGFENG
IPC: B03C1/32
Filed: 2021-03-29
Granted: 2021-05-27
Abstract: A material sorting device used for artificial board production comprises a first 
barrel body, a circular hole is formed in the middle of the ground of the first barrel 
5 body, an annular gear ring is installed in the circular hole through a bearing, teeth of 
the annular gear ring face inwards, a feed port is formed in the middle of the top of the 
first barrel body, a square box body is arranged in the first barrel body, the upper end 
of the box body is open, the lower end of the box body is fixedly connected with the 
top of the annular gear ring, elastic belts are symmetrically arranged on the front side 
10 wall and the rear side wall in the upper end of the box body, the left ends and the right 
ends of the elastic belts are fixedly connected with the corresponding side walls of the 
box body, the middles of the two elastic belts are fixedly connected through a 
transverse connecting rod, and elastic mesh cloth is fixedly installed between the two 
elastic belts. The material sorting device is simple and ingenious in structure and high 
15 in screening efficiency, can adapt to screening of materials with different diameters 
under the condition that a screen does not need to be replaced, and is efficient and 
convenient to use; and multiple actions such as jolting and discharging of the 
materials can be completed only through driving of one motor, the structural 
complexity is reduced, and the manufacturing cost of the device is reduced.  
20
1/4 
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5
Patent AU-2021104283-A4 (AU)
Title: Internet of things enabled smart shoes
Inventor: SHASHVAT KUMAR
IPC: A61B5/00
Filed: 2021-07-18
Granted: 2022-04-14
Abstract: Disclosed is a method for providing a gait training to a patient, the method 
comprising steps of receiving a monitored ground contact force exerted by a foot of the 
patient from sensors inserted into a shoe of the patient, and a monitored rotation of 
joints of the patient from a joint angle tracker, determining gait phases and 
abnormalities in a walking pattern of the patient through a contact force measurement, 
determining walking parameters based on the monitored rotation of the joints of the 
patient, and transmitting the determined gait phases, the determined abnormalities, and 
the determined walking parameters to a user device of one, of the patient, an 
administrator, a medical practitioner, a caretaker, or a combination thereof.
1/3 
100 
Cloud Sorage 
104 
Shoe 102 User evice105 
Insole 112 User Interface 
Network 122 
Sensors 114 Pcs 
Processor 
Joint angle 124 
tracker 116 
Air Tube 118 
ProcesirgUnit] 
Figr120e 
Figure 1
Patent AU-2021104588-A4 (AU)
Title: A method to suppress Vibration in a Civil Engineering Structure using a 3-Dimensional Isolator.
Inventor: BAMANE RAHUL RAJARAM
IPC: F16F7/01
Filed: 2021-07-27
Granted: 2022-05-26
Abstract: : 
A method to suppress Vibration in a Civil Engineering Structure using a 3
Dimensional Isolator.  
The inventions describe a 3-Dimensional vibration isolator that can be used with 
civil engineering structures for vibration suppression, to control unwanted 
vibration, such that its adverse effects are kept within acceptable limits. It can be 
used to reduce the vibration generated due to the dynamic operating nature of 
machines. The isolator is assembled by considering the 6 degrees of freedom. It 
can withstand varied vibrations created on the foundations by machines, wherein 
the machine can be rotary type machines, impact type machines, forging type 
machine, which produces high vibration. It consists of a mechanism to transfer a 
low amount of vibration of high operating machines to the machine foundations 
and the mechanism will transfer the dynamic response uniformly without the 
occurrence of resonance in civil structure.  
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Applicant 
Rahul Rajaram Bamane 
Dr Sachin Balasaheb Kadam 
Dr Priyadarshi Haridas Sawant 
Dr Shrirang N Tande 
Vijay Pandurang Mohale 
Suhas Dhondiram Jagtap 
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Patent AU-2021106278-A4 (AU)
Title: Automated Anterior Cruciate Ligament (ACL) Tear Detection System
Inventor: A VEENA
IPC: A61B5/00
Filed: 2021-08-21
Granted: 2021-12-02
Abstract: An automated Anterior Cruciate Ligament (ACL) tear detection system, the system 
comprising: a user device configured to upload Magnetic Resonance Images of the 
patient; an ACL detection model deployed over a cloud server trained using deep 
learning algorithm, wherein the controller is configured to: receive Magnetic Resonance 
Images (MRI) of the knee of a patient from a user device of a user, wherein the user is a 
physician, a doctor, a lab technician, a radiologist, a patient, or a combination thereof; 
determine the ACL tear as well as the type of ACL tear using a deep learning algorithm; 
generate an alert signal when the deep learning algorithm determines the ACL tear, 
wherein a notification mail is transmitted to the user device of the user; and activate 
speakers based on the generated alert signal.
2/3 
114 
image normalizing module 200 
image sharpening module 202 
grayscale conversion module 204 
feature extraction module206 
class iflcation module 208 
displaymodule210 
notificationmodule212 
Figure 2
Patent AU-2022100060-A4 (AU)
Title: A multi stage approach for risk assessment of renewable energy projects
Inventor: KARAMOOZIAN AMIRHOSSEIN
IPC: G06Q50/08
Filed: 2022-04-18
Granted: 2022-09-22
Abstract: The majority of countries attempting to switch from conventional energy sources to renewable energy 
sources have decided to make significant investments in these projects. Considering renewable energy 
is an industry with a high level of investment expenses, assessing investment risks is critical to making 
efficient investment strategies. Howbeit, since risk assessment is dependent on expert opinions, 
uncertainty and bias in the judgment of the consultants should be avoided. Herein, a modified failure 
mode and effect analysis (FMEA) approach based on a novel combined Fuzzy Decision-Making Trial 
and Evaluation Laboratory (FDEMATEL) with the modified Fuzzy Multi-Attribute Ideal Real 
Comparative Analysis (modified FMAIRCA) is proposed to assess the investment risks of renewable 
energy (RE) projects.
1/1 
DRAWINGS 
Expert opinions and 
StartLiterature review 
Identify risk assessment objectives and Step 1. Define the linguistic 
matrix 
define FMEA team members 
ZN I i Ste 2.Dfn heageae 
List potential FMs and definerisk Step2.Definetheaggregated 
fuzzy matrix 
factors 
Evaluate FMs using lingual terms and Step 3. Define the alternative 
Steppreferences matrix 
Step 4.Define the theoretical 
Step. Select the expert panel ponder fuzzy matrix 
Step 2. Define the assessment Step5.Normalizinginitial 
criteria and establish fuzzy 8 aggregated fuzzy matrix 
linguistic scales 
o Step 3. Establish the initial direct Step 6. Define the actual 
oo relation matrix ponder fuzzy matrix 
Step 4. Normalizing the fuzzy Stp77eieth hoeia 
matrix of direct relation pnereadatalpne 
fuzzy matrix distance 
Step 5. Compute the total 
8 relation fuzzy matrix 
Step 8. Define gap value 
summation and define 
Step 6. Establishing th casual Iweights of priorities for FMs 
diagram 
I I 
7. Obtain theweights of the 
Step F Ms 
Combining the weights of FMs 
obtained from Fuzzy FMEA & 
FDEMATEL - modified FMAIRCA 
Determine the risk 
priorities of FMs 
Finish 
Fig.1. The framework of the proposed approach for risk assessment of renewable energy projects
Patent WO-2008152103-A4 (WO)
Title: Procédé pour produire des sections de cellules du fuselage d'un avion avec des matériaux fibreux composites, et dispositif associé
Inventor: VAN VUEGT CARSTEN
IPC: B29C70/44
Filed: 2008-06-12
Abstract: L'invention porte sur un procédé de production de composants cylindriques, essentiellement creux, en une seule pièce et sans soudure (5), en particulier des sections de fuselage d'avion. Le procédé comporte les étapes suivantes : a) l'application d'un premier film sous vide (3) sur un noyau d'enroulement stable (2) et l'évacuation du premier film sous vide (3), b) le dépôt de la section de fuselage (5) d'une manière stratifiée sur le noyau d'enroulement (2) par enroulement de celui-ci, c) l'aération du premier film sous vide (3), d) l'application d'un moule externe (6), qui est instable en comparaison avec le noyau d'enroulement stable, sur la section de fuselage (5), le noyau d'enroulement (2) stabilisant le moule externe (6), e) l'application d'un second film sous vide (7) sur le moule externe (6) et l'évacuation du second film sous vide (7) afin de rapprocher par traction la section de fuselage (5) du moule externe (6) et de la détacher du noyau d'enroulement (2) au moins dans certaines régions, f) le durcissement de tout l'agencement dans un autoclave pour produire la section de fuselage finie. Ceci confère une haute qualité de surface au composant (5). De plus, on obtient une stabilité extrêmement élevée, en particulier en termes de géométrie de section transversale du composant (5) à laquelle on doit se conformer. De plus, l'invention porte sur un dispositif pour mettre en œuvre le procédé.
Patent WO-2010007142-A4 (WO)
Title: Dispositif de coulée et procédé de coulée pour la fabrication d'objets creux au moyen d'un projectile formé au cours de la coulée
Inventor: RESCH EGON
IPC: B29C45/17
Filed: 2009-07-16
Abstract: Un dispositif de coulée (10) servant à la fabrication d'un objet coulé creux comprend une cavité (14), un dispositif de remplissage (16) permettant d'introduire une masse de coulée fluide (18) dans la cavité (14) ainsi qu'un dispositif déplaceur (32) conçu pour pousser un projectile (34) afin qu'il se déplace dans un sens (B) à l'intérieur de la masse de coulée (18) introduite dans la cavité (14), ladite cavité (14) présentant une partie objet (20), associée à l'objet coulé (66) à fabriquer et dans laquelle ce dernier est formé, ainsi qu'une partie projectile (22), associée au projectile (34) et dans laquelle ce dernier est formé. Selon l'invention, la partie objet (20) suit la partie projectile (22) dans le sens de déplacement (B).
Patent WO-2010149916-A4 (WO)
Title: Boucle de retour pour reseau sip
Inventor: DOREE JOSE
IPC: H04M3/22
Filed: 2010-06-21
Abstract: Dans un réseau de transmission par paquet comprenant un dispositif de contrôle et au moins une entité de contrôle et une entité de transfert associée, au niveau du dispositif de contrôle, on émet (21) un message de commande à destination de l'entité de contrôle selon un protocole de type SIP indiquant une option SIP requérant une boucle de retour vers le dispositif de contrôle. Puis, on émet (22) un premier flux de paquets à destination de l'entité de transfert associée et on reçoit au moins un second flux de paquets via la boucle de retour depuis l'entité de transfert associée. Enfin, on peut contrôler (23) le réseau de transmission entre l'entité de transfert et le dispositif de contrôle sur la base d'une comparaison entre les premier et second flux de paquets.
Patent WO-2019193326-A4 (WO)
Title: Drainage device and methods
Inventor: BOUREMEL YANN
IPC: A61F9/007
Filed: 2019-04-02
Abstract: A drainage device (7) for use in an eye to drain aqueous humour so as to reduce intraocular pressure or for treating glaucoma. The device has a multi-lumen tube having a first end (11), a second end (12) opposite the first end, and a plurality of lumen (13,14,15) extending between the first end and the second end. At least one of the lumen is sealed at the first end. A flow through the multi-lumen tube is adjusted by forming at least one aperture (20) open in one of the lumen through a wall of the tube and/or sealing at least one aperture open in one of the lumen. The tube has a longitudinal axis through the first end and the second end, and an outer surface extending between the first end and the second end. A cross-section perpendicular to the longitudinal axis has a non-circular shape at the outer surface with an aspect ratio of at least 3:1.
Patent WO-2012176106-A4 (WO)
Title: Méthode et appareil d'inspection de dispositifs semi-conducteurs électroluminescents par l'imagerie de photoluminescence
Inventor: BOEYKENS STEVEN
IPC: H01L33/00
Filed: 2012-06-18
Abstract: L'invention concerne un procédé et un appareil d'inspection de dispositifs semi-conducteurs électroluminescents. Le dispositif semi-conducteur est illuminé avec une source de lumière, au moins une zone du semiconducteur électroluminescent étant illuminée avec une bande d'onde de lumière. La bande d'onde de lumière λ A  + λ B  peut générer des paires électron-trou dans le semi-conducteur électroluminescent à inspecter. Au moins une partie de la lumière λ C  émise par le semi-conducteur électroluminescent est détectée à travers un objectif . La lumière émise est capturée par un capteur de caméra qui est sensible aux longueurs d'onde de la lumière émise, la longueur d'onde de la lumière émise étant supérieure à la largeur de la bande d'onde. Les données de la lumière émise, capturées avec le capteur, sont transmises à un système informatique pour le calcul des résultats de l'inspection du semi-conducteur électroluminescent.