baber/WOPTO huggingface dataset:
Patent AU-2019101361-A4 (AU)
Title: a quantum secure multiparty function computation method based on Lagrangian unitary operator and Shamir (t,n) threshold
Inventor: SONG XIULI
IPC: H04L9/00
Filed: 2019-11-06
Granted: 2019-12-12
Abstract: Abstract Take the current quantum multiparty computing technology as the background, a quantum secure multiparty function computation (QSMFC) method based on Lagrangian unitary operator and Shamir (tn) threshold is proposed. In the proposed method, the server distributes the secret share for each of n participant, then he prepares an initial particle and sends it to the first participant. To complete collaborative computing tasks, each of t participants performs the Lagrangian operator embedding the private input data on the received particle. The server performs Lagrange operator with secret complex angle on the received particle, and then he measures the transformed particle to obtain the final result of the function computation of multiple participants. The proposed method protects the real input data by using the secret angle, while requiring only a small amount of computational operations and resource consumption cost. The server computes all Theserverpreparesan Initialization secret shares and distributes initial particle and ends itto stage each share to the the participant 1 corresponding participant First, the participant 1 computes his secret shadow to generate a secret angle, in addition, chooses randomly a Operator: new rotation angle. Then he performs participant 1 Lagrangian operator on the received particle with his secret angle and the random angle to obtain a new particle. Further he sends it to the participant 2. Privacy First, the participant 2 computes his secret shadow to generate a secret stage angle, in addition, chooses randomly a Operator: new rotation angle. Then he performs participant 2 Lagrangian operator on the received particle with his secret angle and the random angle to obtain a new particle. Further he sends it to the participant 3. First, the participant t computes his secret shadow to generate a secret angle, in addition, chooses randomly a Operator: new rotation angle. Then he performs participants Lagrangian operator on the received particle with his secret angle and the random angle to obtain a new particle. Further he sends it to the server. I------------------------------------ ----------- 1 First, the server computes a secret I complex angle, then he performs the I complex angle on received particle to obtain a new particle that contains the final result of the function computation. Result output , stage The server measures the particle to obtain the result of collaborative I computation of multiple participants, and then he sends it to all participants via a secure channel. I - - - - - - - - - - - - - - - - - - - -
Patent AU-2019101519-A4 (AU)
Title: System for providing verifiable and secure vehicle information
Inventor: VUCIC PETER
IPC: G06Q10/06
Filed: 2019-12-05
Granted: 2020-01-23
Abstract: A system for providing verifiable and secure information relating to vehicles is provided. The system includes: an electronic ledger, the electronic ledger including a plurality of events from a plurality of different entities and relating to a vehicle. The events are stored in a plurality of blocks forming the electronic ledger, wherein each block of the ledger is linked to an earlier block of the ledger to thereby provide an ordered and verifiable list of the plurality of events. -U Li, 0 1u uJ z) u <C LLD HO- LU 0i zU:) - 0 uJ u~
Patent AU-2019101670-A4 (AU)
Title: Masonry structure
Inventor: SILVESTRI ENNIO
IPC: E04F13/14
Filed: 2019-12-20
Granted: 2020-02-13
Abstract: A construction element for building a wall or similar structure made of a body having a front surface, rear surface and the front surface has a random pattern that can be representative of a rock face. the random pattern extending to all edges of the front surface and have a depth of around 50% of the thickness of the body. The body is formed from a moldable material, for example concrete The construction element may be stacked vertically on another construction element between a pair of supports to facilitate the vertical stacking of the elements into a wall. 13 _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ ~ 2 -t 106 126 U 11~1~I
Patent AU-2020101432-A4 (AU)
Title: Autonomous painting robot
Inventor: SOSA GONZÁLEZ CARMELO
IPC: B05B13/02
Filed: 2020-07-21
Granted: 2020-08-27
Abstract: The invention relates to an autonomous painting robot, comprising a mobile base (1) equipped 
with a paint tank and a pump or compressor. The base (1) comprises a series of detectors 
configured to locate the base (1) and to detect obstacles, a substantially vertical lifting column 
(4), at the end of which a robot arm (5) is articulated and positioned at the top of the head (6) 
that carries a paint gun (7) connected to the pump, one or more cameras( 9), and a proximity 
sensor(10).
1/3 
5 
6 
2 
FIG. 1
Patent AU-2020101612-A4 (AU)
Title: Automatic attribute differentiator and controller for iot applications
Inventor: G ROHINI
IPC: H04L69/14
Filed: 2020-08-02
Granted: 2020-09-10
Abstract: AUTOMATIC ATTRIBUTE DIFFERENTIATOR AND CONTROLLER 
FOR IOT APPLICATIONS 
ABSTRACT 
The advancement of the Internet of things has had a noteworthy effect on our every day and expert 
life. Home and office robotization are presently considerably more straightforward with the usage 
of IoT. Various sensors are associated with a screen the creation line, or to control an automated 
domain is presently a reality. IoT sensors are being available to clients with compact/mobile 
devices. These devices have enough computational force and make it hard to find who is utilizing 
information or assets. That is the reason this examination centers around proposing a robust access 
control framework for versatile gadgets in IoT conditions. The proposed invention assesses client 
setting data from mobile devices and ascertains trust esteem by coordinating with characterized 
approaches to alleviate IoT dangers. The objective of this invention is to offer access control and 
attribute differentiator framework that is dynamic, adaptable, and lightweight.  
11 P a g e
3.RA evaluate against focal 
REGISTRATION AUTHORITY FOiCiCs 
2.Get 
authorization DEVICE 1 
decision 4.Authorization 
decision 
____ 1.Access request 
DEVICE 2 
USER GATEWAY 
x--- 5.Access denied/ 
grantedDEIE 
DEVICE 3 
Fig 2: Key-based access control in IoT environment 
Access 
Respo~nse 
Fig 3: Outline of Proposed system 
21Page
Patent AU-2020102363-A4 (AU)
Title: Spatio-temporal modeling techniques for predicting covid-19 infection risk through wearable
Inventor: BHARGAVA CHERRY
IPC: G06Q10/06
Filed: 2020-09-22
Granted: 2020-11-05
Abstract: SPATIO-TEMPORAL MODELING TECHNIQUES FOR PREDICTING 
COVID-19 INFECTION RISK THROUGH WEARABLE DEVICE DATA 
ABSTRACT 
Significant general wellbeing occurrences, for example, COVID-19, ordinarily have attributes of 
being unexpected, dubious, and dangerous. On the off chance that an administration can 
successfully gather enormous information from different sources and utilize suitable explanatory 
strategies, it might rapidly react to accomplish ideal general wellbeing choices, subsequently 
improving adverse effects from a general wellbeing episode and all the more rapidly reestablishing 
ordinariness. Even though numerous reports and studies are analyzing how to utilize massive 
information for plague counteraction, there is as yet an absence of a robust audit and structure of 
the utilization of big data in the battle against significant general well being episodes, for example, 
COVID-19, which would be a useful reference for governments. This development gives away 
from on the attributes of COVID-19, as well as critical large information assets, enormous 
information for the representation of pandemic counteraction and control, close contact screening, 
online popular conclusion checking, infection have an examination, and pandemic gauge 
assessment. A system is given as a multidimensional reference to the successful utilization of 
enormous information examination innovation to forestall and control pandemics. The difficulties 
and proposals for applying considerable information for battling COVID-19 are likewise talked 
about.  
1| P a g e
SPATIO-TEMPORAL MODELING TECHNIQUES FOR PREDICTING 
COVID-19 INFECTION RISK THROUGH WEARABLE DEVICE DATA 
Diagram 
DEFINE AND 
MlAPAND EXAMIM MODEL SPATI 
STRUTURE 
SPATIO
TEMPORAL DATA 
ANALYSIS WORK
FLOW 
COLLECTAND 
PREPARE DATA 
FIG 1: SPATIO-TEMPORAL DATA ANALYSIS WORK FLOW 
1 P a g e
Patent AU-2020102369-A4 (AU)
Title: Post and associated components for fencing system
Inventor: BURKE CAMERON
IPC: E04H12/22
Filed: 2020-09-22
Granted: 2020-11-05
Abstract: A unitary fence post (10) comprises a ground engaging portion (12) defining a 
tip (22) and a helical thread (24) for insertion into a substrate surface such as ground 
and an integral post portion (16), typically having a generally square cross section. The 
post can be simply turned to insert it into ground, optionally with mechanical 
assistance. No concrete or digging tools are required. The post may include a cleat 
(46) at the base of the post portion and V shaped slots (30, 32) for attachment of a panel 
(80) between two spaced posts (10).
9/9 
100 
tooo 
'20 
Figure 14
Patent AU-2021102003-A4 (AU)
Title: A simple sputum suction device
Inventor: Huang Cuimai
IPC: A61M1/00
Filed: 2021-04-19
Granted: 2021-06-03
Abstract: The present invention discloses a simple sputum attractor, including a box, a suction and 
sputum mechanism, a sputum mechanism and a cannula mechanism; a partition is fixedly 
connected inside the box, and the partition divides the box into a suction and sputum chamber, 
a waste liquid collection chamber and a power supply chamber, and the waste liquid collection 
chamber and the power supply chamber are both located below the suction and sputum 
chamber; the suction and sputum mechanisms are fixedly installed inside the suction and 
sputum chamber, and a connection is fixedly connected at the top of the suction and sputum 
chamber, and the suction and sputum mechanisms, the sputum mechanism, the sputum 
mechanism and the cannula mechanism are connected to the connection, and the suction and 
sputum chamber is connected to the waste liquid collection chamber through the suction and 
sputum mechanism, and a collection box is detachably connected inside the waste liquid 
collection chamber, and a battery is fixedly installed inside the power supply chamber. The 
present invention can carry out sputum chemistry at the same time of sputum aspiration to 
improve the efficiency of sputum aspiration and the effect of sputum aspiration, and the 
intubation mechanism can automatically carry out intubation to reduce the discomfort of the 
person to be aspirated.
1/3 
FIGURES 
19 A 20 
18 
17 
FIG.1 
2 21 
90 
26 
27 
FIG.2
Patent AU-2021103078-A4 (AU)
Title: A device for mini implant placement guiding
Inventor: MURARKA SHRIYA P
IPC: A61C7/02
Filed: 2021-06-03
Granted: 2022-05-05
Abstract: A DEVICE FOR MINI IMPLANT PLACEMENT GUIDING 
The present disclosure relates to a guiding device for accurately positioning mini implant 
between the adjacent roots of the teeth. A base wire is configured on two adjacent teeth, at least 
three sliding members are configured with the base wire to slide on the base wire between the 
teeth. A set of first wires are configured with the two or more rotatable members to facilitate 
rotation of the set of first wires. The set of first wires are oriented along the teeth to locate outer 
surfaces of roots of the corresponding teeth. A second wire is slidably configured with one of the 
at least three sliding members, and a plurality of third wires are positioned on the second wire at 
predefined positions. The plurality of third wires is adapted to enable locating a position between 
the teeth for placement of the dental implant.
1/2 
100 
106-1 
110-1 101 
110-2 106-2 
110-3 
11014 
110-5 
114-1 
112 
102-1 102-2 114-2 
104 
Figure 1 
120 
108 
106-2 
110-1 
110-21 
110-3-gu 
110-4 
106-1 
102-1 
112 
114-1 
104 
114-2 
102-2 
Figure 2
Patent AU-2021103847-A4 (AU)
Title: Bismuthino for biomedicinal application and its analytical synthesis thereof
Inventor: KANT RAVI
IPC: C07D215/46
Filed: 2021-07-03
Granted: 2021-09-09
Abstract: BISMUTHINO FOR BIOMEDICINAL 
APPLICATION AND ITS ANALYTICAL 
SYNTHESIS THEREOF 
ABSTRACT 
The present invention relates to bismuthino for biomedicinal application 
and its analytical synthesis thereof. The present invention concern with the design 
and synthesis of a novel heterocyclic bismuthino and characterized analytically by 
melting point, elemental analysis along with spectral techniques. The synthesized 
compound show prominent biomedicinal activity.  
15
Patent AU-2021105530-A4 (AU)
Title: Detecting Internal Cavity of Timber Structures Based on Machine Hearing
Inventor: CHEN LIN
IPC: G06N3/02
Filed: 2021-08-15
Granted: 2021-10-14
Abstract: The invention discloses a method for detecting internal cavity of timber structures based on 
machine hearing. The identification device used in the method includes: a timber column with 
internal cavity, a percussion hammer and a microphone; the method uses the percussion 
hammer to impact the timber structures to excite audio signals; the microphone is used to 
receive audio signals, and no coupling agent is required to connect or couple the sensor and the 
structure. The Mel cepstrum coefficients of the collected audio signals are used as the input of 
the deep neural network. The deep neural network uses a series of convolutional layers to 
realize the identification of internal cavity of timber structures. The invention shows great 
practicability and reliability to conduct non-destructive and rapid detection of the internal 
cavity of timber structures, and significantly improves the efficiency and the accuracy of 
detection.
1/3 
FIGURES 
Establish an identification 
system of timber internal 
cavity 
4 
Use percussion ammer to impact 
the timber column 
Use microphone to receive audio 
Extract frequency spectrum 
features of audio signals 
Split signal features the training 
set and the validation set 
Build a deep neural network 
Rain deep neural, noIs trammin accuracy 
network model of de ep neural 
and optimize network met or not' 
parameters 
Using trained deep neural network 
model to identify the validation set 
Figure 1 
emd1osise- Framing Windo 
Logarithrn Mel-frequency. FFT 
DCT H-operation -H Filter Bank 
Figure 2
Patent AU-2021106629-A4 (AU)
Title: A device and a method for generating one-way secure hash algorithm (osha)
Inventor: PATGIRI RIPON
IPC: G06F21/60
Filed: 2021-08-23
Granted: 2021-12-23
Abstract: A device for generating one-way secure hash algorithm (OSHA), 
wherein the device comprises of: an input module (102) for acquiring 
at least two inputs in form of a message and a value, wherein the 
message includes a secret key and the value includes a seed value; a 
number generator (104) associated with the input value for generating 
a pseudo random number from the at least two inputs by performing 
at least one iteration for replacing the seed value; and a hash value 
generator (106) associated with the number generator (104) for 
generating a hash value based on the pseudo random number, 
wherein the seed value and the secret key is changed after generation 
of an initial bit, discarding the two inputs received from the input 
module (102).  
13
102 
INPUT MODULE 
104 
NUMBER GENERATOR 
106 
HASH VALUE GENERATOR 
FIGURE 1 
acquiring at least two inputs in form of a message and a value from an input module (102), wherein 
the message includes a secret key and the value includes a seed value 
202 
generating a pseudo random number from the at least two inputs using a number generator (104) by 
performing at least one iteration for replacing the seed value 
204 
rotating the pseudo random number, a plurality of times circularly during each of the iteration 204 
wherein the rotation is performed either left side or right side, wherein the rotation produces a 
ciphertext 206 
generating a hash value based on the pseudo random number using a hash value generator (106), 208 
wherein changing the seed value and the secret key after generation of an initial bit, discarding the 
two inputs received from the input module (102), wherein the ciphertext is XORed with the changed 
value 
generating a single lowest significant bit (LSB) from the generated hash value, wherein the single LSB 
is extracted from a 10-digit integer, discarding other integers to generate the hash value 210 
FIGURE 2 
Hash function Times in milliseconds 
OSHA (64 bits) 2 
MD5 (64 bits) 2 
BLAKE3 (256 bits) 2 
OSHA (256 bits) 5 
FIGURE 3
Patent WO-2008142032-A4 (WO)
Title: Procédé et dispositif de sélection et de transmission de formats de trames variables
Inventor: JACKSON TIMOTHY
IPC: H04B7/26
Filed: 2008-05-16
Abstract: Dans un mode réalisation, les données sont transmises de la première station émettrice-réceptrice à la deuxième station émettrice-réceptrice conformément à une structure de trame comprenant une partie données utiles pour transmettre des données utiles et une partie synchronisation pour transmettre des données de synchronisation. La structure de trame est choisie parmi des structures de trame candidates, les structures de trame candidates ayant différentes durées de la partie synchronisation, conformément à un facteur de charge de données, le facteur de charge de données dépendant de la quantité de données qui doit être transmise. Ainsi, dans des modes de réalisation de l'invention, la capacité utile peut être optimisée pour réduire la durée de la partie de synchronisation lorsqu'une grande quantité de données doit être transmise.
Patent WO-2009043775-A4 (WO)
Inventor: FRAHM LARS
IPC: H01M8/04
Filed: 2008-09-24
Abstract: A fuel cell system for an aircraft is specified which has a fuel cell unit and a suction module. The suction module is used for the intake of oxygen and/or of oxygen-containing air through the fuel cell unit. Vacuum generators are not needed in cruising flight.
Patent WO-2011104407-A4 (WO)
Title: Système de capteur capacitif destiné à des dispositifs de protection de périmètre
Inventor: CORTINA BLANCO DANIEL
IPC: G01R27/26
Filed: 2011-02-23
Abstract: Le système de l'invention est facilement intégrable à des murs et à d'autres dispositifs de protection de périmètre qui sont discrets et isolés des mauvaises conditions météorologiques. C'est pourquoi le système préconisé est constitué de deux éléments fondamentaux, un capteur (1), consistant en un condensateur souple d'épaisseur réduite mais de longueur élevée, destiné à être intégré de manière camouflée à la surface de la haie rigide, et un module électronique de commande, qui mesure les variations de capacité du capteur à travers un intégrateur (13) relié à cet élément et associé à un microcontrôleur (12) qui enregistre ces éventuelles variations. Le dispositif de l'invention permet de surveiller différents niveaux de pression pour le capteur, ce qui permet d'éviter le déclenchement de fausses alarmes.
Patent WO-2013030503-A4 (WO)
Inventor: PERILLON JEAN-LUC
IPC: B05D5/08
Filed: 2012-08-27
Abstract: One subject of the present invention is a utensil (1) comprising a support (2) having a contact surface (21) that is at least partially metallic and that is covered by a non-stick coating (3) based on a fluorocarbon resin. The contact surface (21) comprises an interface layer (210) that is chemically activated by plasma. Another subject of the present invention is a process for manufacturing such a utensil (1).
Patent WO-2015140462-A4 (WO)
Title: Procede de production d'explosif par melange avec un reactif de gazeification
Inventor: JAUFFRET GILLES
IPC: F42D1/10
Filed: 2015-03-17
Abstract: La présente invention concerne un procédé de production in situ de produit explosif (10) comprenant les étapes dans lesquels : 1) on transfère séparément jusqu'à un premier mélangeur (7), une matrice, comprenant une émulsion et un réactif de gazéification, depuis des réservoirs (1-1, 1-2) en contenant, et 2) on les mélange dans un premier mélangeur (7), et 3) on transfère et dépose ledit produit explosif obtenu en sortie du dit premier mélangeur, dans un trou pour explosion (11), caractérisé en ce que : - à l'étape 1), on commande et contrôle les quantités et/ou débits de dite matrice et de dit réactif de gazéification entrant dans ledit premier mélangeur de manière à produire un dit produit explosif présentant une densité de valeur déterminée en sortie de premier mélangeur à l'étape 2), et - à l'étape 3), on fait varier la densité du produit explosif obtenu en cours de remplissage d'un même trou selon la quantité de produit explosif déposée et/ou selon la profondeur à laquelle on dépose le produit explosif dans ledit trou ou d'un trou à l'autre dans différents trous.
Patent WO-2014199225-A4 (WO)
Title: Procédé pour améliorer la résolution d'une image sismique
Inventor: HARDY PIERRE
IPC: G01V1/30
Filed: 2014-06-06
Abstract: L'invention concerne un procédé pour améliorer une carte de paramètres physiques dans une zone d'une image sismique. L'inclinaison des points de l'image est obtenue. Pour l'un de ces points, appelé second point, un facteur de correction d'un paramètre physique est obtenu au moyen d'un algorithme de mouvement résiduel provenant d'un dispositif de collecte d'image commun. Un premier point est choisi sur une ligne sensiblement perpendiculaire à l'inclinaison du second point. La sélection comporte au moins un paramètre dans lequel la différence entre l'inclinaison du second point et l'inclinaison du premier point est inférieure à une première valeur préétablie; et l'espacement entre les premier et second points est inférieur à une seconde valeur préétablie. Un algorithme d'inversion donne une valeur d'intervalle corrigée du paramètre physique pour mettre à jour la carte de paramètres physiques.
Patent WO-2022144867-A4 (WO)
Title: Composés antimicrobiens à base d'acides glucoheptoniques et de leurs sels
Inventor: RADFORD PETER
IPC: A61L2/16
Filed: 2022-02-03
Abstract: L'invention concerne également des procédés de désinfection ou d'assainissement. L'invention concerne également des procédés de préparation de certains composés utiles en tant que désinfectant ou produit d'assainissement, tels que l'acide glucoheptonique, le diglucoheptonate de chlorhexidine, le glucoheptonate de benzalkonium, et des combinaisons de ceux-ci. L'invention concerne en outre des procédés d'évaluation d'un composé en termes de performance dans la désinfection microbienne ou l'assainissement.