baber/WOPTO huggingface dataset:
Patent AU-2019101616-A4 (AU)
Title: Omni-directional real-time wall thickness detection device applicable to bends with different pipe diameters
Inventor: TANG YANG
IPC: G01B5/08
Filed: 2019-12-16
Granted: 2020-01-23
Abstract: The invention discloses an omni-directional real-time wall thicknessdetection device applicable to bends with different pipe diameters. The device comprises a pipe clamp, an axial motion mechanism, a circumferential motion mechanism, and a wall thickness detection ring, 5 wherein the circumferential motion comprises a first U-shaped sliding block and an axial arc track, the axial motion mechanism comprises a second U-shaped sliding block and a circumferential track, the wall thickness detection ring comprises an electric push rod and a thickness measurement probe, and the U-shaped sliding block that matches with the axial arc track axially arranged along the bend and the circumferential track circumferentially arranged 0 along the bend drives the wall thickness detection ring to rotate around a detected bend at 360 with no dead angles circumferentially and axially; and the electric push rod drives the thickness measurement probe to move along a radial direction of the detected bend, and the pipe clamp is a variable diameter pipe clamp. The invention can realize the omni-directional real-time detection of a wall thickness state of the bend, thereby preventing the bend from perforating, leakage and 5 other high-risk failures, and ensuring the safe operation of the pipeline; and moreover, the device has characteristics of being applicable to the bends with different pipe diameters, compact in overall structure, and easy in installation and operation.
Patent AU-2020100261-A4 (AU)
Title: The quantum secret information direct communication method with mutual authentication
Inventor: YAN LILI
IPC: H04L9/32
Filed: 2020-02-24
Granted: 2020-03-26
Abstract: A b s t r a c t The invention discloses a quantum secret information direct communication method with mutual authentication. It relates to the field of quantum communication technology. This method can transmit secret message directly from one user to another in one step without the assistance of a third party. This method simplifies the transmission of secret information. If the sender Alice does not know IDB ( the identity of receiver Bob ), she cannot pass the eavesdropping detection. If the receiver Bob does not know IDA ( the identity of sender Alice ), he cannot pass the eavesdropping detection either. Then the receiver cannot recover the secret information. That is, the identity of both parties can be authenticated during communication, and the transmission of secret information is more secure. This method does not require the receiver to be equipped with quantum memory and quantum unitary operator. In the method, the sender only needs to be able to prepare single photon and Bell state, and the receiver only needs to be able to measure single photons and Bell state. This reduces the deployment cost and facilitates the application of quantum communication networks. Communication parties exchange identity. The sender sends the quantum sequence to the receiver, which consists of decoy photon and secret message photon. Upon receiving the quantum sequence, the receiver divided the quantum sequence into decoy photon sequence and secret message photon sequence. The receiver measures the decoy photons and gets the measurement results. The sender announces the initial state of decoy photons. s the measurement results of decoy No-0 terminate the protocol hotons equal to its 1mitial state? Yes The receiver measures the secret message photons and gets the measurement results. Then he can get the secret message based on the measurement results. Figure 1
Patent AU-2020101054-A4 (AU)
Title: A Multi-source Remote Sensing Data Classification Method Based On the Classification Sample Points Extracted By the UAV
Inventor: WANG ZHIWEI
IPC: G06T7/11
Filed: 2020-06-19
Granted: 2020-07-30
Abstract: of Descriptions 
The invention discloses a multi-source remote sensing data classification method based on the 
classification sample points extracted by the UAV, which comprises: extract the classification 
sample points uniformly from aerial photographs of the UAV, and prepare sample points for 
calibration; obtain the classification remote sensing data sets, perform image processing on the 
remote sensing data sets, and perform geospatial location on the classification sample points 
according to the classification remote sensing image data sets; the classification remote sensing data 
sets include: microwave data Sentinel-i data set, multispectral Sentinel-2 data set, vegetation index 
data set based on Sentinel-2 data set and digital elevation model data set; through the classification 
sample points located by geospatial information, and use the random forest classification model to 
obtain the classification results. The random forest classification method of multi-source remote 
sensing data based on the classification sample points extracted by the UAV in the invention can 
realize the surface type classification mapping process quickly, effectively and cheaply; after 
eliminating the effects of edge classification sample points, the classification accuracy is 
significantly improved, especially the accuracy of the Kappa coefficient is better.
Drawings of Descriptions 
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Patent AU-2020101231-A4 (AU)
Title: Modular and Portable Decking and Flooring Systems
Inventor: SPRIGGS JACOB
IPC: E04F15/024
Filed: 2020-07-02
Granted: 2020-08-06
Abstract: : 
An easy to assemble and disassemble portable decking and flooring system 
comprising: 
a plurality of decking panels configured to connect to each other, wherein no tools are 
required to assemble and disassemble the plurality of decking panels, each of the 
plurality of decking panels comprises a top frame and a base frame, wherein the base 
frame comprising: 
an interlocking module comprising at least two giving ends and at least two receiving 
ends configured to connect two or more decking panels of the plurality of decking 
panels, wherein each of the at least two giving ends comprises a slider including a 
base plate and a top plate, the slider comprises an interlocking sliding mechanism, 
further wherein each of the at least two receiving ends comprises a first hole 
configured to receive a giving end of another decking panel; and 
a plurality of adjustable legs for providing support to the decking panel, each of the 
plurality of adjustable legs is configured to be self-levelling, wherein each of the 
plurality of adjustable legs comprises a cross bar with a nut welded into a centre of the 
cross bar, the cross bar further comprises a plate connected to a threaded rod 
configured to go through the nut for adjusting a height of the decking panel.
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Patent AU-2020102296-A4 (AU)
Title: A distributed optical fiber sensing system based on heterodyne detection technology
Inventor: ZHONG ZHICHENG
IPC: G01H9/00
Filed: 2020-09-16
Granted: 2020-10-29
Abstract: Specification Abstract 
The invention discloses a distributed optical fiber sensing system based on 
heterodyne detection technology, and belongs to the field of optical fiber 
5 sensing. Comprising: Laser light source (1), first coupler (2), acousto-optic 
frequency shifter (3), second coupler (4), electro-optic modulator (5), optical 
isolator (6), optical fiber amplifier (7), circulator (8), fiber grating (9), sensing 
optical fiber (10), third coupler (11), 900 optical mixer (12), fourth coupler (13), 
fifth coupler (14), sixth coupler (15), first balanced photodetector (16), second 
0 balanced photodetector (17), first low-pass filter (18), a second low-pass filter 
(19), data acquisition card (20), signal processor (21) and pulse generator (22).  
Advantages are: Low cost, high reliability, strong real-time monitoring ability 
and long monitoring distance, ability to realize the restoration and positioning of 
vibration and sound signals, and broad application prospects.
1/1 
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Patent AU-2021100757-A4 (AU)
Title: Method for optimizing bus bunching based on the combinatorial scheduling of whole-zone bus and inter-zone bus
Inventor: LI XIANG
IPC: G06Q50/30
Filed: 2021-02-08
Granted: 2021-04-29
Abstract: The present disclosure relates to a method for optimizing bus bunching based on the 
combinatorial scheduling of the whole-zone bus and the inter-zone bus, comprising the 
5 following steps: without changing the existing number of bus runs, changing some of the 
whole-zone bus runs into inter-zone runs to reduce bunching by the combinatorial scheduling of 
the whole-zone bus and the inter-zone bus; analyzing the historical IC card data and GPS data 
of the bus route to determine the departure station and the number of runs for the inter-zone bus; 
creating a mathematical model for the departure station of the inter-zone bus which is intended 
10 to minimize the deviation between the departure time and the scheduled time of each bus run; 
and transforming the created model into an MILP (Mixed-Integer Linear Programming) for 
solution by the branch and bound algorithm, so as to acquire a combinatorial scheduling scheme 
for the whole-zone and inter-zone buses. In the context of an increasingly severe problem of bus 
bunching in urban areas, the distribution of transport capacity on different road segments is 
15 adjusted by adopting the method of combinatorial scheduling of the whole-zone bus and the 
inter-zone bus, so as to improve the service reliability and efficiency of bus routes. This method 
is advantageous in reducing the times of bus bunching.
DRAWINGS 
F-Actual bus interval : Actual bus interval 
Scheduled bus interval Scheduled bus interval 
~Bus route 
Road congestion 
FIG.1 
Whole-zone bus 
Inter-zone bus 
Stop at first and Stop at Non-stop at first and Non-stop at 
terminal stations intermediate station terminal stations intermediate station 
FIG. 2
Patent AU-2021101245-A4 (AU)
Title: A rehabilitation device
Inventor: LOOPSTRA CODY M
IPC: A61F5/01
Filed: 2021-03-10
Granted: 2021-05-06
Abstract: A rehabilitation device for biasing a user's foot relative to their leg, the 
rehabilitation device having a leg attachment portion, a foot portion, and a biasing 
5 member operatively attached between the leg attachment portion and the foot 
portion, the biasing member adjustable between a first extended condition and a 
second contracted condition.
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Patent AU-2021104055-A4 (AU)
Title: Organic Fertilizer for Improving Remediation Effect of Acidified Soil and Preparation Method Thereof
Inventor: WANG JIDONG
IPC: C05F3/00
Filed: 2021-07-12
Granted: 2021-09-09
Abstract: The invention relates to an organic fertilizer for improving the remediation effect of acidified 
soil. The fertilizer is prepared from the following raw materials in parts by weight: 5-10 parts 
of biochar, 40-60 parts of mushroom residue of edible fungi, 10-20 parts of livestock manure, 
5-10 parts of clay and 0.5-1 part of nitrification inhibitor dicyandiamide. The preparation 
method is as follows. Evenly mix biochar, mushroom residue of edible fungi and livestock 
manure according to the metering ratio. Adding water until the water content of the material 
reaches 50-60%, continuously mixing evenly. Then fermenting with a film covering for 20-25 
days to obtain a mixture. Adding clay and dicyandiamide into the mixture, mixing evenly, 
crushing and granulating. According to the invention, mushroom residue is rich in organic 
matter. Biochar is alkaline and rich in bases, so that acidity can be neutralized. Dicyandiamide 
inhibits nitration of nitrogen in mushroom residue and livestock manure to control the 
generation of acid. The fertilizer has a wide preparation source, low and controllable cost. It 
can improve the soil fertility, repair acidity in acidified soil and promote crop root growth.
Patent AU-2021105374-A4 (AU)
Title: A sorted string table based data recovery technique for cassandra
Inventor: CHOPADE RUPALI
IPC: G06F11/14
Filed: 2021-08-12
Granted: 2021-12-09
Abstract: A SORTED STRING TABLE BASED DATA RECOVERY TECHNIQUE FOR 
CASSANDRA 
The present invention relates to a sorted string table based data recovery technique for 
Cassandra. In the present invention SSTable is one of the storage components used in 
Cassandra database. The SSTable is available on the disk in the form of data file.  
Whenever write operation is executing the data get store in memtable and simultaneously 
in the commit log. During read operation, data is first checked in the memtable and if it is 
not available in memtable then it will search in the sorted string table. Whenever data in 
memtable is full, it will flush to sorted string table which is available on disk. The 
SSTable is an immutable data file format for persistent storage on the disk. The sorted 
string tables are creating by memtable flush and during compaction the old SS Tables are 
deleting after being merged into new sorted string table. For each sorted string table one 
index file and several data files are created
4/4 
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Cassandra Data 
Folder 
Extract user defined 
Keyspace and 
respective Table 
names 
Apply "nodetool flush" 
command on KePpace 
and Table names 
Which 
operation? 
For each table sort Check contents 
generated *-big-Data-db" of snapshots 
files folder 
Apply "sstabledump" 
command on sorted fies to Which folder? 
store the data in JSON files 
TruncatedDrpe 
Numher of JSON V 
No data to recover NO 
Apply "sstabledump" Apply sstabledump" 
command on command on 
* hig Datadb* file to "*-big-Data.db" file to 
recover truncated data recover data from dropped 
table 
Compare the oldest JSON 
file with remaining JSON 
files tot cover deleted data 
--- End lo
Figure 5: Flowchart for Proposed Technique
Patent AU-2021105621-A4 (AU)
Title: A system of basel 5 accord for risk management in banks
Inventor: KAPOOR UCHIT
IPC: G06Q10/06
Filed: 2021-08-16
Granted: 2021-11-18
Abstract: A SYSTEM OF BASEL 5 ACCORD FOR RISK MANAGEMENT IN BANKS 
A group of eleven counties namely Belgium, Canada, Italy, Japan, UK, US, Sweden, 
Switzerland, Germany, France and Netherlands formed an association in the year 1964 by the 
5 name of GAB, i.e. Global Association to Borrow for assisting International Monetary Fund, 
IMF, in borrowing funds from the member countries for world facilitation. By the year 1988, due 
to large scale borrowings taking place between member's countries there arose a need to create a 
committee to regulate and supervise this business. Hence, the Basel Committee or Accord was 
formed. The rules framed by the Basel Accord on Banking Supervision and Regulation are 
10 followed uniformly by the banking industry of all the members listed above and also serve as a 
directive principle for other country banks. With the passage of time, The Basel Accord also got 
improvised and got framed and upgraded into pillars i.e. pillars 1, 2, 3 and 4 with the 
introduction of some important aspects in every pillar.  
Figure 1
1/5 
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Patent AU-2021105968-A4 (AU)
Title: A system and method for conglomerate crop recommendation using ensemble multilabel learning
Inventor: JANRAO SUREKHA RAVINDRA
IPC: G06Q50/02
Filed: 2021-08-19
Granted: 2021-11-18
Abstract: The present invention generally relates to a conglomerate crop 
recommendation system. The system comprises a plurality of sensors 
such as a humidity sensor, a moisture sensor and a pH sensor for 
measuring humidity, moisture content and pH value of a soil; an input 
module (505) for providing manual input about different soil parameters 
such as soil types and Nutrients (506),Soil fertility index (507),area and 
rainfall (508);a controller (503) associated with the plurality of sensors 
for analyzing input data acquired from the input module and the plurality 
of sensors to recommend the conglomerate crop (514);a recommendation 
module(200) associated with the controller (503) as a feature selector 
(102) to extract relevant attributes (104)from the input data using a 
reduction algorithm (203) for classification of crop data set (101), 
wherein a plurality of clusters (202) is validated using clustering 
technique (201), wherein predicting the conglomerate crop by using a 
Back propagation learning algorithm for multi-label classification (205) to 
provide conglomerate cropping pattern recommendation (206); and a 
return on investment (ROI) (400) module associated with the 
recommendation module (200) for predicting an accurate crop-based 
investment by considering expenses from initial cropping to final 
harvesting by undergoing data collection (404) from a plurality of 
sources(405).  
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Patent WO-2018197647-A4 (WO)
Inventor: REY FARÍAS FERNANDO
IPC: E04C1/39
Filed: 2018-04-26
Abstract: An interlocking construction block having a predefined finish, suitable for the construction of buildings and featuring elements that allow the passage of pipes, ducts or iron rods inside it, enabling construction to be carried out more efficiently, with the consequent reduction in labor and material requirements.
Patent WO-2016087886-A4 (WO)
Title: Collection d'éléments pour structures de bâtiment composites
Inventor: SZOMBATHELYI IMRE
IPC: E04B5/26
Filed: 2015-12-02
Abstract: L'invention concerne une collection d'éléments pour structures de bâtiment composites, qui comprend une collection d'éléments de construction préfabriqués à durcissement postérieur formés de préférence en tant que corps moulés et, de préférence, à base de silicate, et contenant des inserts de renfort, de préférence en aciérie, augmentant leur capacité à supporter des charges, en ce que l'ensemble d'éléments préfabriqués de la collection d'éléments contient au moins un ensemble d'éléments de paroi (1), un ensemble d'éléments d'angle de paroi (2), un ensemble d'éléments de colonne de paroi (3), un ensemble d'éléments de poutre annulaire (4), un ensemble d'éléments de linteau (5), un ensemble d'éléments de plancher (6), un ensemble d'éléments d'extrémité de paroi (7), un ensemble d'éléments de connexion de paroi (8), et un ensemble d'éléments de colonne d'extrémité de paroi (9). Tous les types des ensembles d'éléments forment une série combinée d'éléments, chaque type d'élément dans la série est construit pour la même taille de module. Les éléments individuels des ensembles d'éléments comprennent au moins un élément de coque (k) et au moins un élément d'espacement (t), des espaces étant prévus entre les éléments d'espacement (t) pour former des moules pour le cadre monolithique de support de charge. Parmi les ensembles d'éléments, les éléments individuels de l'ensemble d'éléments de paroi (1), de l'ensemble d'éléments d'angle de paroi (2), de l'ensemble d'éléments de colonne de paroi (3) et de l'ensemble d'éléments de plancher (6) sont constitués d'au moins un élément d'espacement (t) unique ou d'une série d'éléments d'espacement (t) positionnés au moins dans une couche et au moins dans une rangée à distance les uns des autres et d'éléments de coque (k) positionnés sur au moins un côté de ceux-ci, la métallerie appartenant aux ensembles d'éléments préfabriqués qui peuvent être insérés dans les moules en tant qu'inserts de renfort est constituée de tiges de renfort (p), de supports de grille planes constitués d'acier de renfort (r) et/ou d'une combinaison de ceux-ci.
Patent WO-2012090089-A4 (WO)
Title: Produit de tissu crêpé avec capacité de rétention améliorée
Inventor: SOERENS DAVE ALLEN
IPC: D21H17/03
Filed: 2011-11-17
Abstract: La présente invention concerne un matériau composite absorbant qui peut être fabriqué par application d'un polymère liant absorbant flexible (FAB), également appelé présentement superabsorbant flexible, pendant l'étape de crêpage de fabrication de tissu conventionnel. En tant que tel, le procédé coûteux d'application de FAB sur un substrat par pulvérisation ou impression suivie par séchage peut être éliminé. L'étape de crêpage présente l'avantage additionnel d'amélioration de la flexibilité et de la souplesse de la bande fibreuse traitée avec FAB.
Patent WO-2008147717-A4 (WO)
Title: Compositions utilisables en tant que phases stationnaires pour chromatographie
Inventor: LIU XIAODONG
IPC: B01J20/289
Filed: 2008-05-15
Abstract: La présente invention concerne des compositions utilisables en tant que phases stationnaires pour diverses applications chromatographiques, comme la chromatographie liquide haute performance (CLHP). Ces compositions comprennent un substrat (par exemple du gel de silice), lié par liaison covalente à un composé, comprenant à la fois une fraction hydrophobe et une fraction hydrophile, qui est, de préférence, un groupe 1,2-diol. La fraction hydrophobe est suffisamment hydrophobe pour que les compositions présentent les caractéristiques d'une phase inverse et comprend généralement au moins 5 atomes de carbone à la suite. Comme elles possèdent à la fois des fonctionnalités hydrophobes et hydrophiles, ces phases stationnaires inédites présentent des propriétés chromatographiques exceptionnelles. Par exemple, ces milieux peuvent être utilisés soit en mode hydrophile (HILIC), quand la phase mobile comprend un pourcentage élevé d'un solvant organique, soit en mode phase inverse, quand la phase mobile contient un pourcentage plus important d'un solvant aqueux. La présente invention concerne également des procédés de fabrication et d'utilisation des composés et compositions de l'invention.
Patent WO-2009102526-A4 (WO)
Title: Procédés pour identifier une pression de point de bulle
Inventor: LI BAOYAN
IPC: E21B49/08
Filed: 2009-01-15
Abstract: L’invention concerne un procédé incluant une acquisition d’informations d’échantillon de fluide de formation incluant pression, volume et température. Les informations de fluide de formation monotones sont extraites des informations d’échantillon de fluide de formation et un jeu d’informations de pression, volume et température est construit. Une séquence de courbure est estimée à l’aide d’une première dérivée partielle et d’une seconde dérivée partielle de pression par rapport au volume. Un premier maximum est estimé à partir de la séquence de courbure, et la propriété du fluide de formation est estimée à l’aide du premier maximum estimé. Un procédé peut inclure une séquence d’accélération de volume estimée à l’aide d’une première dérivée partielle et d’une seconde dérivée partielle du volume par rapport à la pression. Un premier maximum est estimé à partir de la séquence d’accélération de volume, et la propriété du fluide de formation est estimée au moins en partie à l’aide du premier maximum estimé. Un procédé peut inclure l’établissement d’un premier modèle de régression linéaire et la prédiction d’un intervalle de confiance.