baber/WOPTO huggingface dataset:
Patent AU-2018100115-A4 (AU)
Title: Variable Position Dynamometer
Inventor: SCOBLE HARRISON JOHN
IPC: G01L1/00
Filed: 2018-01-25
Granted: 2018-03-01
Abstract: OF VARIABLE POSITION DYNAMOMETER The variable position dynamometer (FIG 1) comprises of four main aspects; The collar (FIG 2), the arm (FIG 11), the locking mechanism (FIG 11) and the force pads (FIG 12). The collar is designed to allow the whole assembly to be positioned at varying heights. This allows a large range of different tests to be performed as well as different sized individuals. The collar can slide up and down the post (FIG 8, 9). The collar can be fixed in place to restrict any movement about the post. The collar is designed so that it can be removed from the post and rotated about the post as to provide the variable position dynamometer more test angles (FIG 13, 14, 15, 16). The collar is connected to the arm, which houses the load cell assembly (FIG 2). The arm can pivot independently of the collar and rotate through an arc (FIG 3, 4, 5, 6, 7, 8) . This capability provides additional testing angles for the user. When the arm has a force applied through it via the force pads, the load cell assembly can convert this force to a quantifiable value for testing and recording purposes. The arm can be fixed in position via the locking mechanism that is connected to the collar. When the arm is locked no movement about its pivot point can occur. The force pads provide the variable position dynamometer a concentrated.
Patent AU-2020102298-A4 (AU)
Title: Distribution network for monitoring, controlling and optimizing flow of liquid beverage products delivered to customers via containers
Inventor: JONES TIMOTHY L
IPC: G06Q10/08
Filed: 2020-09-16
Granted: 2020-10-29
Abstract: A keg distribution monitoring and reporting network for use in the beer industry supply chain, 
involving breweries, distributors, vendors and consumers. The network comprises: a small form 
factor keg sensor apparatus; a battery power supply fitting within and protected by the sensor 
apparatus, and electrically powering its radio transmitter device; and a mobile communications 
device which senses geographic position within a keg distribution network and is configured to 
receive and process encrypted radio frequency signals from the sensor apparatus and to 
communicate location information to computer software systems for the purpose of data collection.
1/15 
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Patent AU-2020103373-A4 (AU)
Title: Machine learning based network intelligentization for automatically- configurable cellular communication systems
Inventor: JEYABHARATHI J
IPC: H04W84/18
Filed: 2020-11-11
Granted: 2021-01-28
Abstract: MACHINE LEARNING BASED NETWORK INTELLIGENTIZATION 
FOR AUTOMATICALLY- CONFIGURABLE CELLULAR 
COMMUNICATION SYSTEMS 
ABSTRACT 
With the growing growth of intelligent interfaces and communications infrastructure, as well as 
diversification technologies with vibrant criteria, existing networks will not be sufficient to entirely 
satisfy progressively increasing traffic criteria. As a result, analysis on 6 G networks has also been 
conducted by all industries and education. Artificial Intelligence has recently been used as a 
modem model for the architecture and automation of 6 G networks with a high degree of 
intelligence. A-enabled smart infrastructure for 6 G networks for information discovery, 
intelligent resource management, automated network adaptation and automated service delivery, 
where infrastructure is split into four levels: wearable devices layer, data mining and analytics 
layer, remote communication module and smart device layer. The proposed methodology has been 
implemented as the ultimate strategy in a variety of highly complicated situations. Network 
Intelligentization would be a modem development to solve the complexities of an increasingly 
growing number of distributed devices linked. Even so, relative to the use of machine learning in 
other areas, such as video gaming, recent development on smart networking also has a significant 
way to go to achieve to realise automated cellular communication networks. Numerous challenges 
in spite of communication structures, machine learning technologies and computing performance 
should be tackled for the best utilization of this approach in 6G. Al methods for 6 G improve 
network efficiency, reliably and efficiently, namely Al-powered cellular device networking, smart 
convergence and upload control, and intelligent spectral efficiency. The significant upcoming 
exploration goals are spotlighted and possible strategies for Al-enabled smart 6 G networks, like 
computational output, rigorous algorithms, equipment creation and resource management.  
1| P a g e
MACHINE LEARNING BASED NETWORK INTELLIGENTIZATION 
FOR AUTOMATICALLY- CONFIGURABLE CELLULAR 
COMMUNICATION SYSTEMS 
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Patent AU-2020104206-A4 (AU)
Title: Leak detection and location system
Inventor: BUCKERIDGE CARL
IPC: G01M3/24
Filed: 2020-12-21
Granted: 2021-03-11
Abstract: A fluid leak detection system to detect the fluid leak in a conduit containing fluid, the system 
including at least one wave emitter to introduce at least one excitation wave into at least the fluid 
in the conduit, at least one detector to detect at least noise in the fluid in the conduit, and at least 
one processor to compare the noise detected to the at least one excitation wave introduced to 
detect any altered waves in the fluid indicative of a leak.
Patent AU-2021100137-A4 (AU)
Title: Karri-Kaddi Tool-Bank
Inventor: FITZGERALD PAUL GERARD
IPC: B25H3/06
Filed: 2021-01-11
Granted: 2021-04-08
Abstract: The invention relates to a portable tool carrier. The carrier comprises interchangeable hook system 
adapted for holding a wide range of tools and a bracket for securing the carrier to a desired location.
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Patent AU-2021100151-A4 (AU)
Title: A mining engineering roadway supporting structure
Inventor: CHEN YULONG
IPC: E21D23/04
Filed: 2021-01-12
Granted: 2021-04-08
Abstract: The present invention discloses a mining engineering roadway supporting structure, which 
comprises two upright posts, a first supporting component and a second supporting component 
fixedly connected on the upright posts. The first supporting component comprises a first 
transverse plate, a first vertical plate and a second vertical plate hinged at two ends of the first 
transverse plate, wherein the first vertical plate, the second vertical plate and the first transverse 
plate are hinged with a first fixing part. The second supporting component comprises a second 
transverse plate, a third vertical plate and a fourth vertical plate hinged at two ends of the second 
transverse plate, wherein the third vertical plate, the fourth vertical plate and the second 
transverse plate are hinged with a second fixing part. The side of the fourth vertical plate is set 
in contact with the side of the first vertical plate, and the side of the third vertical plate is set in 
contact with the side of the second vertical plate. By improving the supporting structure, the 
invention realizes the support of the roadway top plate, thereby avoiding the operation of 
bolting the roadway top plate and reducing the influence of the roadway rock mass structure 
on the roadway support.
Patent AU-2021100583-A4 (AU)
Title: Allelopathic autotoxin abatement type bio-organic fertilizer, method for preparing same, method for testing same and application thereof
Inventor: YANG YONG
IPC: C05F17/80
Filed: 2021-01-29
Granted: 2021-04-22
Abstract: OF THE DISCLOSURE 
The present invention belongs to the technical field of fertilizer preparation, and 
discloses an allelopathic autotoxin abatement type bio-organic fertilizer, a method for 
preparing the same, a method for testing the same and an application thereof. Taking the 
soil of a tobacco field with continuous cropping obstacles as an object, a mechanism for 
allelopathic autotoxic substances to act on soil acidification and growth of tobacco leaves 
is classified; microbial resources capable of degrading the allelopathic autotoxic 
substances are screened and purified, and then determined in terms of colonization ability 
and degradation efficiency through indoor, potting and other experiments, to clarify the 
effect and value of microbial strains in abating the allelopathic autotoxic substances in the 
soil; and a screened microbial agent and a preserved stalk-decomposition microbial agent 
are used to develop an allelopathic autotoxin abatement type bio-organic fertilizer capable 
of degrading the allelopathic autotoxic substances in the soil. According to the present 
invention, the effects of the allelopathic autotoxin abatement type bio-organic fertilizer are 
evaluated in aspects such as promoting the growth and development of tobacco plants and 
abating allelopathic effects through field experiments, and through continuous 
optimization, a mature organic fertilizer for abating the obstacles in the continuous 
cropping is developed, and then popularized and applied in an all-round way.
Detecting allelopathic autotoxic substances and clarifying an action mechanism of 
the same 
Screening microbes for degrading the allelopathic autotoxic substances and 
evaluating an application value of the same 
Applying a harmful allelopathy abatement type bio-organic fertilizer 
FIG1 
Development and application of allelopathic autotoxin abatement type bio-organic fertilizer 
Actio mehanism of allelopathic autotoxic substances 
batement type bio-organic ferize 
ffect of Analysis of Sreing of degradn Study on bio-organic 
llelopathic allelopathic microbes fertilizer 
utotoxic substances autotoxic substances 
IImpacts of Effects on Soil Altim Growth Seed Plant Ratio Deco Study Evalu 
Soil the growth type stage germin growth optim mposi 0n action 
Iacidificatio oftobacco nation h izatio tion colon on 
n leaves n proce zation effect 
Clarification of the action mechanism ofallelopathic autotoxic teld application of bio-organicfertilizer 
Abatement system for soil with continuous cropping obstacles in tobacco fields in Hubei 
Integration and application of continuous cropping obstacle abatement technology 
FIG 2 
1/1
Patent AU-2021101399-A4 (AU)
Title: An agricultural smart robot device
Inventor: TULALA RAJA SANTHOSH
IPC: A01B79/02
Filed: 2021-03-18
Granted: 2021-05-13
Abstract: The agriculture smart robot device comprising to automation and precise work improve by 
agricultural robot. The present invention more particularly invention enable an agricultural 
robot system and method of robotic harvesting, pruning, culling, weeding, measuring and 
managing of agricultural crops. Specifically to the use of robotic armatures, a computer or 
artificial intelligence system that can sense and decide before acting on the work object, 
alerting a human operator where intervention is required coupled with, machine vision, laser 
rastering, radar, infrared, ultrasound, touch or chemical sensing. A robot moves through a 
field first to "map" the plant locations, number and size of fruit and approximate positions of 
fruit or map the cordons and canes of grape vines. Once the map is complete, a robot or server 
can create an action plan that a robot may implement. An action plan may comprise 
operations and data specifying the agricultural function to perform as easy. [Figure 1] 
SolarRemote DC motor for plant & grass 
panelcontroller cutter So'a 
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Patent AU-2021102198-A4 (AU)
Title: Method for sealing hole of cleaning-free pulverized coal in sealed section of drilled hole
Inventor: WANG SHENGCHENG
IPC: E21B33/13
Filed: 2021-04-26
Granted: 2021-06-17
Abstract: Disclosed is a method for sealing a hole of cleaning-free pulverized coal in a 
sealed section of a drilled hole. The method comprises the steps of preparing a 
pulverized coal curing material solution first, and injecting the pulverized coal curing 
material solution to a sealed section of a gas extraction hole by adopting high pressure 
injection device provided with a negative angle nozzle to form a plurality of leakage 
hole wall depression areas; spraying the pulverized coal curing material solution 
uniformly to the surface of pulverized coal in the sealed section of the gas extraction 
hole via an atomizing nozzle, wherein the pulverized coal curing material solution 
permeates the pulverized coal fully to form a compact cured pulverized cured body; 
after the pulverized cured body is cured fully, sealing the hole preliminarily by using 
two groups of polyurethane hole sealing bags; and finally, injecting liquid 
polyurethane via a grouting pipe, and completing a sealing process of the drilled hole 
after polyurethane is cured totally. According to the present invention, as the 
pulverized coal is cured in the gas extraction hole, influence of the pulverized coal to 
gas extraction hole sealing can be reduced effectively, the hole sealing quality is 
guaranteed and the gas extraction effect is improved. Further, the anti-collapse ability 
of the gas extraction hole can be improved.
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Patent AU-2021102323-A4 (AU)
Title: Rigid and Flexible Combined Anti-collision and Damping Device for Large Bridges and Piers
Inventor: WANG CHENYANG
IPC: E01F15/14
Filed: 2021-05-03
Granted: 2021-06-17
Abstract: The present invention provides a rigid and flexible combined anti-collision and 
damping device for large bridges piers and installation method thereof, comprising 
an embedded fixed system, a self-adaptive anti-collision and damping system and 
an outer layer protection system, wherein the self-adaptive anti-collision and 
damping system is connected with a bridge pier through the embedded fixed system, 
the outer layer protection system is surrounded at the outer side of the self-adaptive 
anti-collision and damping system, the self-adaptive anti-collision and damping 
system comprises multiple connecting rods, both ends of each connecting rod are 
equipped with rotating wheels, the rotating wheels are all rotatablely connected with 
the connecting rods and fixedly connected with the embedded fixed system. The 
rigid and flexible combined anti-collision and damping device for large bridges piers 
and installation method thereof in the present invention can use the sliding of a 
rotating wheel on the track to drive the overall deflection of the device, so as to 
reduce the instantaneous impact of the ship.
1/5 
FIGURES OF THE SPECIFICATION 
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Patent AU-2021102809-A4 (AU)
Title: A system for estimating the fractal dimension of images using pixel range calculation technique
Inventor: RANGANATH ABADHAN
IPC: G06T7/12
Filed: 2021-05-24
Granted: 2022-03-17
Abstract: The present disclosure relates to a system for estimating the fractal dimension of images.  
The present disclosure proposes a simple, efficient and accurate technique called Pixel Range 
Calculation (PRC) to estimate the fractal dimension of the images. The major advantages of PRC 
method is that even though the box count is less for the Areal image, still the fractal dimension is 
more, which justifies that the method is better as compared to other two methods while 
comparing rough images. The experiment was conducted using some of the existing methods 
available in the literature and the proposed method on the images mentioned, to verify the 
applicability and accuracy of the proposed method. The result of the experiment based on the 
box count shows that the proposed method is giving better result in terms of efficiency and 
accuracy as compared to other techniques.  
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Patent AU-2021102986-A4 (AU)
Title: An access panel assembly and an associated method
Inventor: RAKIC JOHN
IPC: E04B9/00
Filed: 2021-05-31
Granted: 2021-08-05
Abstract: An access panel assembly having: a planar panel configured to hingedly attach to a frame; a 
supplementary insulating system mechanically fixed to at least one side of the planar panel so 
as to substantially cover the planar panel and such that each framed peripheral edge of the 
supplementary insulating system is spaced inwardly of a corresponding planar panel edge 
thereby creating a clearance gap along a corresponding perimeter of the planar panel so as to 
ensure normal hinged operation of the planar panel when in use, wherein at least one 
peripheral edge of the supplementary insulating system comprises one or more notches for 
accommodating at least part of a hinge and/or lock attached to the frame and/or planar panel.  
Preferably the supplementary insulating system comprises a fire-resistant material having a 
thickness of at least 13mm.
2/5 
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Patent AU-2021103001-A4 (AU)
Title: A uav device with uvc disinfection function
Inventor: SUN YUEJING
IPC: B64C39/02
Filed: 2021-05-31
Granted: 2021-07-22
Abstract: A UAV device with UVC disinfection function is provided, the main features are: including a 
UAV protective shell 10, a UAV main body 20, a group of UAV rotors 30, two protective grilles 
40, and charging base 50. The main body of UAV is equipped with UAV Communication module 
21, UAV control unit 22, battery 23, wireless charging module 24, and connected with UAV rotor 
30. UAV body 20 is equipped with infrared detection module 25, video capture module 26 and 
UVC disinfection module 27. A power switch 12 is arranged on the protective shell 10 of the 
UAV.
1 /3 
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Patent AU-2021103776-A4 (AU)
Title: Clamp
Inventor: DAI ALEX
IPC: H01H1/12
Filed: 2021-07-01
Granted: 2021-08-19
Abstract: OF THE DISCLOSURE 
A clamp is provided, including: the first clamp body, provided with a first jaw; 
a conductive bridge mechanism, for electrically connecting to an electrode and 
comprising a reciprocating assembly, an elastic engaging element, and an operable 
portion. The elastic engaging element is provided between the reciprocating 
assembly and the operable portion and is independent and separated from the 
reciprocating assembly. The elastic engaging element can be operated to move 
towards the reciprocating assembly. The reciprocating assembly can be mutually 
engaged and positioned with the elastic engaging element. When the elastic 
engaging element is positioned at a third position, the reciprocating assembly can be 
engaged by the elastic engaging element and thus be positioned at a second position 
so as to allow the first jaw to be electrically connected to the electrode; when the 
elastic engaging element is operated and positioned at a fourth position, the 
reciprocating element is not stopped by the elastic engaging element and can thus be 
automatically positioned at the first position and not electrically connected to the 
first jaw.  
21
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Patent AU-2021104212-A4 (AU)
Title: Mushroom-enriched composite of high-fiber and reduced carbohydrate
Inventor: LIUPATTANA CHAROEN
IPC: A23P10/20
Filed: 2021-07-15
Granted: 2021-09-09
Abstract: The invention discloses a mushroom-enriched composite of high-fiber and reduced 
carbohydrate comprising an efficacy part. A main composition of the efficacy part is enoki 
mushroom (Flammulina velutipes), and can contain other compositions such as konjac 
(Amorphophallus konjac), which has a characteristic of reducing intaking of sugar and/ or 
carbohydrate, and is capable of providing a higher amount of cellulose. Therefore, the 
mushroom-enriched composite of high-fiber and reduced carbohydrate disclosed by the 
invention is capable of achieving efficacies of controlling weight, maintaining body shape, 
maintaining intestinal health, and preventing metabolic syndrome.
1/ 
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Patent AU-2021105678-A4 (AU)
Title: A type of pneumatic three-point centering device
Inventor: QI JIANBING
IPC: B23Q1/76
Filed: 2021-08-17
Granted: 2021-10-14
Abstract: The utility model relates to a machining stabilizing device of rod workpiece, in particular to a 
pneumatic three-point centering device. The utility model effectively solves the problem that the 
5 existing half-surrounded guide sleeve cannot keep fit with workpiece all the time due to fixed 
diameter. A pneumatic three-point centering device comprises a stabilizing block, three cylinder 
guiding columns and a support; The stabilizing block is provided with an arc slot with the port 
facing to right; A square hole connecting with the arc slot is respectively formed in the middle 
portions of upper side wall, left side wall and lower side wall of stabilizing block; The three 
0 cylinder guiding columns are arranged in the square holes, with the side wall in sliding fit with 
the side wall of square holes; Each cylinder guiding column comprises a tail end surface and a 
head end surface; A through hole matched with cylinder piston rods is formed between each tail 
end surface and head end surface; The head end surfaces can extend into the arc slot, and the arcs 
of three head end surfaces under the same section belong to one concentric circle; The middle 
5 portion of support is fixedly connected with the left side wall of stabilizing block. The utility 
model is suitable for stable machining of rod workpiece.
1/4 
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Patent AU-2021105893-A4 (AU)
Title: Regional Image Acquisition-based Scattered Components and Parts Mounting Method
Inventor: ZHAO YONGXIAN
IPC: H01L21/67
Filed: 2021-08-19
Granted: 2021-10-21
Abstract: The present invention discloses a regional image acquisition-based scattered components 
and parts mounting method. To-be-mounted components and parts in a scattered state are 
randomly placed in a to-be-mounted region; distribution condition and position condition 
information of each to-be-mounted component and part in the region can be obtained by photos 
obtained by a camera in the to-be-mounted region and later-period image comparison and 
analysis; and then the usable to-be-mounted components and parts are determined and then 
subsequent accurate pickup and mounting are performed. By virtue of the method, rapid and 
accurate mounting of the scattered parts is realized, dependency on manual operation is avoided, 
a material loading process is simplified, and mounting efficiency is improved.
Patent AU-2021107276-A4 (AU)
Title: Purification process of chicken embryo allantoic fluid of tetravalent influenza virus, tetravalent influenza virus split vaccine and preparation method thereof
Inventor: LIU PENG
IPC: C12N7/02
Filed: 2021-08-25
Granted: 2021-12-09
Abstract: The embodiment of the present disclosure provides a purification process of a chicken embryo 
allantoic fluid of a tetravalent influenza virus split vaccine, a preparation method of the 
tetravalent influenza virus split vaccine, and related products The purification process includes 
the following steps: 1) filtration clarification by using a 40 m filter element; 2) centrifugation 
by using a disk centrifuge; 3) ultrafiltration concentration; 4) zonal centrifugation; 5) 
ultrafiltration sugar removal; 6) chromatographic purification; 7) virus lysis and inactivation; 8) 
ultrafiltration purification (for removing a lysing agent and an inactivating agent); and 9) sterile 
filtration for obtaining a monovalent stock solution. According to the implementations of the 
present disclosure, a higher antigen recovery rate, a hemagglutinin antigen with a higher purity, a 
lower ovalbumin content and a lower miscellaneous protein content, and an improved yield and 
effective rate of the chicken embryo influenza vaccines can be achieved.