baber/WOPTO huggingface dataset:
Patent AU-2014100534-A4 (AU)
Title: Anchor-chain counter based on sound and vibration analysis
Inventor: BRINKMANN BERND
IPC: B63B21/24
Filed: 2014-05-21
Granted: 2014-06-19
Abstract: Abstract The present invention relates to a method or device to measure the amount of deployed anchor-chain while anchoring, particularly for sailboats and motor boats. Sailboats and motor boats use an anchor attached to a chain often referred to as ground tackle 5 to hold the boat in one place. It is important to deploy the right amount of chain depending on the circumstances such as water depth, prevailing currents and wind speed in order to prevent the boat from dragging away. Currently the length of the deployed chain is measured by reading custom made markings on the chain with for instance paint. If the boat is equipped with an anchor winch it it possible to 10 attach a sensor to most winches which measures the anchor winch rotations and therefore the amount of chain that has been deployed. Both methods have major drawbacks since the markings don't last long, have to be renewed frequently, and are tedious to read. The anchor winch sensor is expensive and cables have to be run from the bow to the cockpit where the display is usually mounted. Most sensors are specific to certain winches and are not 15 compatible across boats and winch systems. To overcome these limitations a novel anchor chain length measuring method has been developed based on sound or vibration analysis. This method utilizes the fact that anchor chains are made of links which are interconnected at a 90 degree angle to each other. When an anchor-chain is deployed, it slides over the bow roller and produces a characteristic sound and 20 vibration pattern which can be used to calculate the number of chain links that have gone over the bow roller. By multiplying the number of links with their individual length the anchor chain length can be calculated. Either a vibration sensor attached to the boat hull or a microphone positioned close to the bow roller can be used to collect the data necessary for this novel method. Drawings 1 Start User provides 2 chain link length and moving direction 3 " _ _ a read raw data H 4 apply filter to eliminate noise No Anchor chain movement detected? Yes determine 6 dominant frequency Calculate and display deployed anchor-chain length Fig. 1
Patent AU-2016101611-A4 (AU)
Title: Hedge trimmer
Inventor: LI LI
IPC: A01G3/053
Filed: 2016-09-14
Granted: 2016-10-06
Abstract: A hedge trimmer includes a first housing with a first handle, a second housing with a second handle, a transmission mechanism combined to the first housing, a trimming blade for being driven by the transmission mechanism to carry out a shearing motion, an electric motor combined to the first housing and for driving the transmission mechanism, and a battery pack combined to the second housing and for supplying power to the electric motor. The first and second housings respectively include first and second rotation connection parts for making them be connected and rotatable around a rotation axis. The second housing has first and second rotation positions when being rotated with respect to the first housing. A plane perpendicular to the rotation axis is obliquely intersected with a plane perpendicular to a longitudinal axis of the trimming blade. 52o
Patent AU-2016101698-A4 (AU)
Title: An online software platform for Australian customers to receive, review and select new vehicle price quotes from licensed dealerships and indicative finance/loan quotes from qualified financial service providers. The platform will provide consumers with full transparency over all costs involved with this transaction. It will involve new vehicle tender quotes, financial services quotes (car related), insurance offers and existing vehicle trade-in offers
Inventor: FERNANDEZ DANIEL JAMES
IPC: G06Q30/06
Filed: 2016-09-20
Granted: 2016-10-20
Abstract: This online platform is established to provide a complete transparent online solution for Australian consumers on their new car purchase. It will connect consumers with suppliers (dealerships, financial services providers and car buying agents) to provide detailed new car quotes, indicative loan options, independent trade-in offers and discount insurance options. Consumers will provide details online as to their requirements and enter into a contest style environment whereby local providers can bid for their business. The essence of competition will provide transparency in both options and cost. Consumers will be provided with 4 local car quotes and 4 finance quotes to review (side-by-side) and select the subsequent winner. The consumers contact details are not provided to any supplier until a winner is selected, allowing the consumer to be in complete control of the transaction to maximise the chance of the best result. The consumers is clearly explained that this online platform is simply that -to connect them to qualified and licensed suppliers. Biddly does not take any referral or commission fees from any supplier -again to keep the transaction 100% transparent.
Patent AU-2016102371-A4 (AU)
Title: Configuring display structures with electrically powered functionality
Inventor: WADDINGTON ROSS
IPC: H02B1/20
Filed: 2016-05-03
Granted: 2019-05-02
Abstract: A method of configuring an item display structure with electrically powered functionality, the item display structure comprising a first support and at least one second support which is mountable to the first support at any one of selectable positions so as to be able to hold at least one item such that the item is displayed, the method comprising: applying to the first support electrical contacts ("first support contacts") which are electrically coupled to a power source or able to be so coupled; and configuring the or each second support with a powered utility, including applying to that second support electrical contacts ("second support contacts") such that, when that second support is mounted to the first support, each second support contact engages a respective one of the first support contacts, irrespective of the position at which that second support is so mounted, whereby the powered utility is operable the power source.
Patent AU-2016102395-A4 (AU)
Title: Organic waste treatment system
Inventor: MANCUSO NOEL
IPC: B65F3/02
Filed: 2016-11-07
Granted: 2019-05-16
Abstract: Abstract A mobile organic waste treatment system is provided. The system includes a vehicle which carries a power supply and a comminution unit for receiving organic waste from an organic waste receptacle and reducing the volume of the organic waste by comminuting the organic waste with water from a water reservoir to form a liquid slurry, the comminution unit being connected to and supplied with power from the power supply. The vehicle also carries a holding tank in fluid communication with the comminution unit to receive the liquid slurry therefrom, and a washing assembly for washing the organic waste receptacle with water from the water reservoir.
Patent AU-2019101474-A4 (AU)
Title: On-site detection method and device for three-dimensional deformation of glass curtain wall
Inventor: SHI CHUNLE
IPC: G01N3/02
Filed: 2019-11-28
Granted: 2020-01-16
Abstract: Abstract The invention discloses an on-site test method and device for three-dimensional deformation of glass curtain walls, the device comprising a main steel I-beam, a vertically moving motor, a vertical speed reducer, a laterally moving motor, a lateral speed reducer, an 5 in-plane/out-out-plane moving motor, an in-plane/out-out-plane speed reducer, an electric control cabinet, a wireless receiver, L-shaped connectors, steel I-beam supports, curtain wall columns and a laptop; the laterally moving motor, the lateral speed reducer, the vertically moving motor and the vertical speed reducer are respectively installed at the two ends of the main steel I-beam, and the in-plane/out-out-plane moving motor and the 10 in-plane/out-out-plane speed reducer are installed in the middle of the main steel I-beam; all the above mentioned motors and speed reducers are connected with the wireless receiver in the electric control cabinet, and the wireless receiver is also connected with the laptop via a network. The invention can be used for not only on-site structural safety appraisal of three-dimensional deformation of existing glass curtain walls, but also construction quality 15 inspection of under-construction glass curtain walls. 10 ------ -------------10-- -10 Fig. 1
Patent AU-2020100048-A4 (AU)
Title: Method of object detection for vehicle on-board video based on RetinaNet
Inventor: LIU ZHIXU
IPC: G06N3/04
Filed: 2020-01-10
Granted: 2020-02-13
Abstract: This invention lies in the field of digital signal processing. It is an image recognition system of obstacles and road signs around automated driving vehicles based on deep learning. The invention consists of the following steps: Firstly, we collected images from cameras on several cars. Secondly, after selecting and preprocessing the images, they were divided into two data sets: one for training, the other for testing. We then put the training data set into the convolutional neural network. In order to reach the best performance, we adjusted some parameters of the network, and finally, we put the test data set into the network and the accuracy of recognition reached. In conclusion, this system can recognise different types of obstacles and road signs with high accuracy without human intervention. Download the RetinaNet training model and Pascal VOC 2007 data set Divide the Pascal VOC 2007 set into training and testing data sets Initialize the neural network Adjust parameters to train the network Do the test using the testing data set Figure 1 I subnet class--box WxH W Wx sobress x256 x5 K subnet Wo * I ubnet ) c ResNet (b) feature pyramid net (c) cass subnet (top) (d) box subnet (bottom) Figure 2
Patent AU-2020100292-A4 (AU)
Title: A nanogold detection kit for early diagnosis of trichina infection
Inventor: YANG YIMEI
IPC: G01N33/569
Filed: 2020-02-27
Granted: 2020-04-02
Abstract: A method of preparing Trichina antigen-labelled gold nanorods, which includes the following steps: reducing a solution of HAuCl4 with a reductant to prepare spherical gold nanoparticle seeds; adding the spherical gold nanoparticle seeds into a growth medium, so that the spherical gold nanoparticle seeds grow to rod-like gold nanorods in the rod micelle solution; labelling the gold nanorods with the excretory-secretory antigens of Trichina muscle larvae to obtain the Trichina antigen-labelled gold nanorods. The disclosure further provides Trichina antigen-labelled gold nanorods prepared by the above method. A "seed-mediated growth process" is selected in the disclosure to synthesize gold nanorods, the length-width ratio of which is obviously superior to that of spherical ones; gold nanorod labelling technology may be used for serolgoical detections of Trichina, with higher antibody dilutions, earlier time, and lower degrees of infection compared to detection with the mice serum antibody ELISA detection kit, being capable of providing a new technology for detecting early and low infection degree of Trichinellosis infection.
Patent AU-2020100307-A4 (AU)
Title: Pop Out Controllers for Gaming on Smartphone
Inventor: VITALE DAVID SAMUAL
IPC: H04M1/02
Filed: 2020-03-02
Granted: 2020-04-09
Abstract: The invention proposes a pop out controllers which can be sprung or retracted out from a smartphone/a smartphone case for use when playing the game. POP OUT SMARTPHONE CONTROLLER -DESIGNCONCEPTPLANS - David Wake baof su-rphone frotof art phoe ootofosatphon Attacheooodapop out cotoetototeooapoeorosmartphooonecs. Inwhc rectable 1 pop outonollscanbe sng r raedoouewhe g or o d. Then to bepopped oretrd bak in fo ey y Top ad bottom of te smrtpoe -to be s yin t pho s y David Vit
Patent AU-2020103603-A4 (AU)
Title: An influenza virosome-coated biomimetic nanovaccine and the preparation method
Inventor: CHEN GANG
IPC: A61K39/145
Filed: 2020-11-23
Granted: 2021-02-04
Abstract: The invention discloses an influenza virosome (VI)-coated biomimetic nanovaccine and 
the preparation method. The biomimetic nanovaccine, which is a core-shell nanosystem, 
comprises the VIs, the small-size fluorinated particles and a DNA vaccine, wherein the VI is a 
lipid vesicle containing influenza virus envelope protein, and the core of the nanosystem is a 
small-size fluorinated particle for loading the DNA vaccine, with the surface coated with VIs.  
The VI has the receptor binding activity, lysosomal membrane fusion activity and antigentic 
activity of influenza viruses; the small-size fluorinated core can deliver DNA into the nucleus 
and promote the protein expression. The nanosystem can simultaneously load protein vaccine 
and DNA vaccine and deliver each component to specific sites, which can improve the immune 
effects due to the synergistic effects. The invention belongs to the field of pharmaceutical 
preparations and biomedical technology. The biomimetic nanovaccines can effectively prevent 
influenza virus infection and has high clinical application value.
-1/5
Gold nanoparticle 
Influenza virus Fluorinated DNA Influenza VI
cationic vaccine coated biomimetic 
polymers nanovaccine 
Figure 1
Patent AU-2021100648-A4 (AU)
Title: A system and method for scheduling task in iot-fog-cloud continuum
Inventor: MAJHI SANTOSH KUMAR
IPC: G06F9/455
Filed: 2021-02-02
Granted: 2021-04-15
Abstract: A system for scheduling task in IOT-FOG-CLOUD continuum, comprises 
of an IOT layer associated to a user's module for capturing a plurality 
of task, an at least two fog layers for handling and processing the 
plurality of task, wherein the module comprises of a load balancing 
module, a task migration module, a task scheduling module for 
scheduling the tasks on the plurality of virtual machines based on 
various NP hard problem-solving module and virtualization module, a 
cloud layer for storing the task and the data, wherein the cloud layer 
performs specific tasks in case of overloading or failure of the fog 
layer, and a plurality of repository for storing information about the 
plurality of devices and establishing connection request via a broker 
module among the layers and the devices.  
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Patent AU-2021101110-A4 (AU)
Title: A sleeper for a retaining wall arrangement, and a retaining wall arrangement using said sleeper
Inventor: INESON MICHAEL
IPC: E02D17/20
Filed: 2021-03-02
Granted: 2021-04-29
Abstract: A sleeper including a main generally rectangular body, wherein the main generally 
rectangular body includes a rear side and an opposing front side wherein the front 
side includes a pair of forward extended tabs at a left end and a right end of said 
front side of the main generally rectangular body and the front side further including a 
front face, wherein the front face is defined as an exposed set back section of the 
front side of the main generally rectangular body between the pair of forward 
extended tabs at the left end and right end of the front side of the main generally 
rectangular body.
1/4 
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Patent AU-2021101920-A4 (AU)
Title: Multi-objective intelligent optimization control method of shield construction parameters based on data mining
Inventor: WU XIANGUO
IPC: G06F111/06
Filed: 2021-04-14
Granted: 2021-06-03
Abstract: The present invention discloses a multi-objective optimization method based on 
a random forest and NSGA-II shield construction parameters, including: Si: 
constructing an indicator system of the shield construction parameters and obtaining 
real-time monitoring data; S2: constructing and training a random forest RF regression 
model to predict and analyze the ground surface settlement caused by shield 
construction and a shield construction excavation speed based on the forgoing data; 
S3: constructing an RF-NSGA-II model to optimize the ground surface settlement 
caused by the shield construction and the excavation speed; and S4: obtaining an 
optimal solution for the ground surface settlement and the excavation speed according 
to an ideal point method. The present invention effectively improves prediction 
accuracy of the ground surface settlement caused by the shield construction and the 
excavation speed, can perform optimized control of the shield construction parameters 
in a targeted manner, and provides a new idea for controlling the ground surface 
settlement and the selection of construction parameters from the perspective of data 
mining.
1/6 
FIGURES OF THE SPECIFICATION 
Predicting ground surface settlement and an 
excavation speed based on random forest Multi-objective optimization based on NSGA-II 
Obtaining and processing data fnction 
- jnctive 
ion tree functionoofa Constraint range of 
parameters round surface excavation shield construction 
reression model 
Multi-ojective optimizaion o snield construction 
fPredicting accuracy assessment 
Pareto optimal solution set 
Constructing a non-linear prediction 
model for the ground surface Control range of Shield construction parameter 
ttipm,-nt and thiyravatinn _pdIFG.  
FIG. 1
Patent AU-2021103787-A4 (AU)
Title: Method for identifying hand-painted thangka and printed thangka
Inventor: REN JINGLONG
IPC: G06K9/46
Filed: 2021-07-01
Granted: 2021-08-19
Abstract: OF THE DISCLOSURE 
According to the present disclosure, method research and model construction are 
conducted on the basis of analysis of the features of a thangka in combination with a related 
computer vision processing method, a canvas texture is analyzed by means of an LBP 
algorithm, a thangka canvas is identified according to a training result, light transmittance of 
the thangka is analyzed by means of a restricted Boltzmann machine; a clustering method for 
analyzing a gold line of the thangka is combined with various methods, and then a feasible 
method for identifying a hand-painted thangka and a machine-painted thangka is provided.  
The type of the thangka may be determined by comprehensively considering canvas materials, 
gold line features and overall light transmittance analysis.  
ABSTRACT DRAWING - Fig 1 
17838891_1 (GHMatters) P116645.AU
1/4 
100 
Analyze a canvas of the thangka to obtain an 0 
analysis result of the canvas 
200 
Analyze a gold line part of the thangka to obtain an 
analysis result of a gold line 
300 
Analyze overall light trarnsmittance of the thangka to30 
obtain an analysis result of the light transmittance 
Comprehensively scoring the thangka according to the 400 
analysis result of the canvas, the analysis result of the 
gold line and the analysis result of the light 
transmittance to obtain a scoring result 
Ir 500 
Identify whether the thangka is a hand-painted 
thangka according to the scoring result.  
FIG 1 
FIG 2
Patent AU-2021104990-A4 (AU)
Title: Method for solid phase extraction of benzo (a) pyrene in water by using ultra-high performance liquid /triple quadrupole tandem mass spectrometry
Inventor: ZHAO YONGGANG
IPC: C07C15/20
Filed: 2021-08-05
Granted: 2021-10-21
Abstract: The invention discloses a method for solid phase extraction of benzo (a) pyrene in 
water by using ultra-high performance liquid /triple quadrupole tandem mass 
spectrometry, and belongs to the field of water quality detection. The method of the 
invention comprises the following steps: (1) drawing a standard curve; (2) sample 
collection and pretreatment; (3) analyze that standard solution prepared in the step (2) 
under specific conditions; (4) mass spectrographic analysis. The invention provides a 
method for solid phase extraction of benzo (a) pyrene in water by using ultra-high 
performance liquid /triple quadrupole tandem mass spectrometry, which has the 
advantages of simple operation, rapid detection, high sensitivity, accuracy and good 
reproducibility of results.
DRAWINGS 
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1.05.5
Patent AU-2021104997-A4 (AU)
Title: Smart Yoga Assistant Mirror using IOT & Computer Vision for Healthy Life
Inventor: DULHARE UMA N
IPC: G09B19/00
Filed: 2021-08-05
Granted: 2022-05-26
Abstract: Internet of Things(IoT) is a trending technological field that converts any electronic device 
into a smarter one. A lot of industries are beginning to adopt this technology on to their 
operations to increase their productivity and improve efficiency. Computer Vision is an 
interdisciplinary field that concerns itself with exactly that - teaching machines how to 
extract and interpret content from images. Facial recognition is a complex process that 
involves using knowledge and experience to set an average face to compare other faces too.  
The Smart Yoga Assistant Mirror using IOT & Computer Vision for Healthy Life system is 
equipped with IoT, Computer Vision and Facial Recognition Techniques to assist a user in 
performing yoga asana effectively for healthy living. The system recognizes user using face 
and starts schedule based on the user. It stores multiple user profiles along with their 
schedules. It will solve all user queries through interactive instructions. It will monitor and 
guide the user in performing yoga and avoids wrong postures that may cause damage to the 
body. It raises an alarm when an emergency occurs as user falls or the user requests for help.  
It is a perfect assistant in performing yoga asana effectively and an apt solution in pandemic 
situation.  
1
Interact with the user 
and solve the queries 
Figure 3: User Interaction with Smart Yoga Assistant Mirror using IOT & Computer Vision for 
Healthy Life 
System shows live 
demo of Yoga Asan 
and monitors the 
user movements and 
instructs accordingly 
Figure 4: Monitoring Yoga Asana using Computer Vision 
2
Patent AU-2021106625-A4 (AU)
Title: Portable battery-operated iot-based non-contact thermal scanner and attendance monitoring system
Inventor: MD TAUSEEF
IPC: G01J5/02
Filed: 2021-08-23
Granted: 2021-11-11
Abstract: Portable battery-operated IoT-based non-contact thermal scanner and attendance monitoring 
system This system records the attendance by utilizing the information extracted from the 
RFID card and thereby it automatically scans the temperature of the human hand using the 
5 thermal sensor. The daily record of the user attendance and temperature is stored in the 
database along with a timestamp. The information from the database can be conveniently 
viewed by anyone in the organization using the android app. This system is untouched and 
operates automatically. The proposed invention replaces the current procedure that exists for 
marking attendance and checking the temperature. A monitoring system for providing 
10 portable battery-operated IoT-based non-contact thermal scanner and attendance monitoring, 
includes: an infra-red temperature sensor; an RFID card reader; a buzzer; a display; a power 
supply; an LED; a controller; and a distance measurement sensor.
1/2 
5V, 500m A DC - DC Step Down 
Power Supply Converter 3.3v Battery 
H supply 
RFID Reade r OLEDDsplay 
Infrared Node MCU 
Tem perature (ESPS266) 
Sensor 
Distance LED 
Measurement 
Sensor 
FIG. 1