baber/WOPTO huggingface dataset:
Patent AU-2019101286-A4 (AU)
Title: Bionic surface structure for enhancing evaporation heat transfer of liquid film
Inventor: ZHANG CHENGCHUN
IPC: B01D1/22
Filed: 2019-10-24
Granted: 2019-12-05
Abstract: The present invention discloses a bionic surface structure for enhancing evaporation heat transfer of a liquid film. Three-dimensional bionic sawteeth are distributed on the 5 surface of a substrate of a heat transfer pipe or a heat transfer plate, and the size of each three-dimensional bionic sawtooth is nanometer grade or millimeter grade; the three-dimensional bionic sawteeth are arranged obliquely, the inclined directions of the three-dimensional bionic sawteeth are consistent with the flow direction of the liquid film, and the inclined three-dimensional bionic sawteeth are overlapped with one 10 another; a sharp part of each three-dimensional bionic sawtooth is provided with three micro-sized micro sawtooth structures, and the three micro-sized micro sawtooth structures are arranged in a manner that two lower micro sawtooth structures are arranged at two ends and one higher micro sawtooth structure is arranged in the middle, and the heights of the two lower micro sawtooth structures at the two ends are the same; 15 and the three-dimensional bionic sawteeth are arranged in a rhombic shape or a rectangular shape. The three-dimensional bionic sawteeth in the present invention are overlapped with one another, so that the liquid film can be uniformly spread, and dry spots or dry points can be prevented from appearing on the surface; and the sawtooth structure surface can control the flow direction of the liquid film, so that the thickness 20 of the liquid film is reduced, the heat transfer resistance is reduced effectively, and the evaporation heat transfer efficiency of the liquid film is improved.
Patent AU-2019101317-A4 (AU)
Title: A Bi-level Game-Based Planning Framework for Distribution Networks with multiple Micro-girds
Inventor: WU ZHI
IPC: G06Q50/06
Filed: 2019-10-30
Granted: 2019-12-05
Abstract: In the emerging electricity market, bilateral transactions can be conducted among distribution network and micro-grids. Conventionally, bilateral transactions among multi-stakeholders are conducted at a scheduling level, but distribution system and micro-grids may belong to different investors in the future electricity market. Hence, it is essential to consider the the effects of bilateral energy trading among multiple stakeholders at the planning level. However, unlike operational problems, distribution network and micro-grid planning problems are a mixed integer model that is non-convex. And from the perspective of multiple investor games, there may not exist a Nash equilibrium (NE) or exist multiple NEs for MILP issues. To solve this, a bi level game-based planning framework is proposed for distribution networks and multiple micro grids. The planning problem is transformed into an iterative process by alternating optimization procedure (AOP) to address the non-convexity. In each iteration, the upper level solves the investment problem of investors, while the lower level solves the operation and trade problem to determine the transaction electricity and payments by Nash bargaining solution (NBS). Meanwhile, distributed algorithms are proposed to ensure the privacy and synchronization of different stakeholders. Compared with independent planning solution without bilateral transaction, the total planning cost of each investor can be reduced and the benefits among investors can be fairly shared. Begin Input equipment and network parameters, load and renewable energy generation data in typical days Establish the planning model of DN and MGs Solve the planning problem of each investor without bilateral transaction and get the 0-1 variables With fixed 0-1 variables, each investor optimizes trading electricity and payments: decompose the NBS model into the OPF and benefit sharing problems With fixed trading electricity, each investor re-optimizes their planning model to get the 0-1 variables Solve the OPF and benefit sharing problems by ATC and ADMM to get trading electricity and payments Yes If the plan is changed ? NoYe Fig. 1
Patent AU-2020103875-A4 (AU)
Title: Portable Ramp
Inventor: LUCK MICHAEL
IPC: B65G69/30
Filed: 2020-12-03
Granted: 2021-02-11
Abstract: In an aspect, there is disclosed a ramp apparatus for a wheeled apparatus such as a 
wheel chair. The ramp apparatus includes a first ramp, a second ramp and a tether 
between the first and second ramps. A length of the tether is arranged such that in a 
deployed state a distance between the first and second ramps is suitable to allow 
spaced apart wheels of the wheeled apparatus to respectively traverse the first and 
second ramps. A related method of use is also disclosed.
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12b 22b 
Fig. 1 
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20b 27a 30 16 
21 b 18b 23a 22a 
21 a 
20a 28a 
12a 
Fig. 2 18a
Patent AU-2021100822-A4 (AU)
Title: VerifyChain-Identity verification, connection and sharing process
Inventor: RENGAI RAMACHANDRAN DURAI SANKAR
IPC: G06F16/182
Filed: 2021-02-10
Granted: 2021-04-22
Abstract: VerifyChain is a web based Blockchain application identify verification, connecting and sharing the 
identification with the authorised organisations and individuals. The verification process involves users 
submitting the selected verification document type and filling in the details within VerifyChain web form 
to be verified by third party provider via an application program interface. Successful and unsuccessful 
outcome of the verification will determine the user's ability to connect and share the verified details.  
Organisations and/or users will be able to connect between one another once they are registered for 
VerifyChain application by using their email id, Decentralised Identifier (DIDs) and Username.  
Authenticated connections will be able to share the document type details as requested for identity 
management.
5/1 
DIAGRAM 
Figure 1-VerifyChain End to End from an Individual user system 
Registration 
1 
Individual User 
MyConnections 
VerifyChain Uo -i 
Blockchain Node 
8 
Upload 
9 
Verify 
10 
Notifications 
Corporate Busin ess 
Figure 1
Patent AU-2021101211-A4 (AU)
Title: Pull rod plate and pull tab plate conversion device
Inventor: GU TAO
IPC: E04G17/14
Filed: 2021-03-08
Granted: 2021-05-06
Abstract: Disclosed is a pull rod plate and pull tab plate conversion device. The pull rod 
plate and pull tab plate conversion device comprises a transverse rod, a connecting 
plate, a pressing rod, a spring cotter and a bolt, wherein the pressing rod comprises a 
5 nut which is relatively fixed with the pressing rod; the connecting plate and the spring 
cotter are arranged at the two ends of the transverse rod respectively, the spring cotter 
comprises a cotter support and a cotter, the bolt is a variable-diameter bolt and 
comprises a first part and a second part which are connected, and a limiting step is 
formed at the joint of the first part and the second part; a thread structure is arranged 
10 in the circumferential direction of the second part, and the diameter of the first part is 
smaller than that of the second part and the inner diameter of a first through hole; the 
diameter of the second part is greater than the inner diameter of the first through hole; 
the first part of the bolt penetrates through the first through hole of the transverse rod, 
and the inner side of the transverse rod is limited at the limiting step of the bolt; the 
15 second part of the bolt penetrates through a second through hole of the pressing rod 
and is in threaded connection with the threaded end of the bolt through a nut; the 
distance between the transverse rod and the pressing rod can be adjusted by rotating 
the bolt.
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3 
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4 
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4-4 
FIG. 1 
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FIG. 2
Patent AU-2021101936-A4 (AU)
Title: Motion planning and control algorithm for obstacle avoidance for point mobile robots
Inventor: B MOHAMMED ISMAIL
IPC: G05D1/02
Filed: 2021-04-15
Granted: 2021-06-03
Abstract: MOTION PLANNING AND CONTROL ALGORITHM FOR OBSTACLE AVOIDANCE 
FOR POINT MOBILE ROBOTS 
Abstract: 
Robots and robotics have gained more interest in recent years in society. The reason 
for this is due to robots replacing humans and their activities. This has a fall in the 
human resources but still, it is economic and helps in the technological growth of a 
country. The robots are emerging to be autonomous and when it comes to 
autonomous, ensuring the mobile robots (MRs) navigation strategy and its security.  
These two technologies become the most vital issues related to autonomous robots.  
Robot mobility control in an environment that is uncertain is the primary field to be 
considered and it helps in many branches like planning of path, tracking of a path, 
and avoiding obstacles. The autonomous robots gained interest becomes they are 
capable of completing the tasks that are scheduled, it helps in making decisions, and 
it navigates throughout without help from humans. There has been a lot of path 
planning algorithm being designed and developed so that the robots move out of 
their initially programmed environment which had cylinders and vertical wooden 
boards. The researchers made a sincere effort to make the robots move out of their 
artificial environment. The motion of the robots was difficult as the obstacles were 
moving rather than being static. Thus, the robots showed inaccurate mapping and 
uncertainly incomplete localization. /thus, this invention involves the development 
of the algorithm to plan the movement and gain control over the mobile robots (MR).  
The autonomous robots tend to move in an unknown environment, the robots plan 
their path without hitting the obstacles by computing the turning point by estimating 
the danger circle.  
1
MOTION PLANNING AND CONTROL ALGORITHM FOR OBSTACLE AVOIDANCE 
FOR POINT MOBILE ROBOTS 
CHECKWHETHERTHE YES 
SOURCE NODE IS ' END 
REACHED 
NO • IN THE PREVIOUS ITERATION, THE USED 
ANGULAR MOVEMENT IS REMOVED.  
THE ANGULAR • THE CURRENT ANGULAR MOVEMENT IS 
MOVEMENT IS STORED TO IDENTIFY THE NEXT 
CA LCULATED POSITION FOR THE MOBILE ROBOT 
C URRE NT PO SmION OF YES ' ANBLRT 
T HE MOBILE ROBOT IS MOVEMENT VALUE IDENTIFIED IS READ 
NO 
"i" LE SS THAN OR EQ UAL NO SET OF ALL 
To 8! DIRECTION 
NO I 
YES 
-- 
YES 
THE DESIRED DIRECTION] 
SET IlS IDENTIFIED 
Figure 1: Algorithmic flowchart for mobile robot.  
1
Patent AU-2021102511-A4 (AU)
Title: Hydraulic cylinder with specific performance dimensions
Inventor: JENNINGS TODD M
IPC: F15B15/20
Filed: 2021-05-12
Granted: 2021-07-01
Abstract: of the Disclosure 
HYDRAULIC CYLINDER WITH SPECIFIC PERFORMANCE DIMENSIONS 
An actuator includes a tube having a central, axially extending bore defined in the tube and 
extending between a closed, distal end of the tube and an open, proximal end of the tube. A rod is 
slidably mounted within the tube and slidably supported at the proximal end of the tube by a head 
seal assembly. A piston is mounted at a distal end of the rod, and retained on the rod by a piston 
retention assembly attached to the distal end of the rod. A trunnion cap bore for receiving a trunnion 
pin is defined through the closed, distal end of the tube, and a rod eye bore for receiving a rod eye 
pin is defined through a proximal end of the rod. A retracted pin-to-pin dimension is defined from a 
center of the trunnion cap bore to a center of the rod eye bore when the rod and piston are fully 
retracted into the tube. A stroke dimension is defined from a first, fully retracted position of the 
piston adjacent the closed, distal end of the tube to a second, fully extended position of the piston in 
contact with the head seal assembly at the proximal end of the tube.
2/44 
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Patent AU-2021104902-A4 (AU)
Title: A human resource management system by programming language and database to implement the system.
Inventor: SOLANKI UMESH
IPC: G06Q10/06
Filed: 2021-08-04
Granted: 2022-05-26
Abstract: TITLE OF THE INVENTION:
"A HUMAN RESOURCE MANAGEMENT SYSTEM 
BY PROGRAMMING LANGUAGE AND DATABASE TO 
IMPLEMENT THE SYSTEM." 
ABSTRACT 
The human resource management system by programming language and database to 
implement the system comprising to the human resource management system by 
programming. More particularly present invention relates to the management of the human 
resource by language and its supporting system with consisting of the database of the 
device, also the present invention including employee and employment database 
configuration system arrangement by programming and other technique. And a) 
processing the aggregated worker ability set information for each of the personnel 
of the set of employees of the business and the brand new case requirements and skill set 
facts to identify initial skill set matched worker statistics representing a hard and fast of 
ability set matched personnel having one or greater matched competencies matched to the 
Page 24 of 25
brand new case abilities and necessities represented in the new case necessities and talent 
set statistics using the users database configuration system and manage by programming.  
Page 25 of 25
Patent AU-2021104982-A4 (AU)
Title: Wave flow coupled power-generating device
Inventor: WANG ZEKUN
IPC: F03B13/22
Filed: 2021-08-05
Granted: 2021-09-30
Abstract: The present disclosure relates to a wave flow coupled power-generating 
device, and belongs to the technical field of power generation. The wave flow 
coupled power-generating device comprises a horizontally-arranged tide flow 
guide cover and a vertically-arranged wave flow guide cover, wherein the tide 
flow guide cover and the wave flow guide cover are both in a hollow cylinder 
shape with two through ends, the bottom of the wave flow guide cover is 
vertically connected to the middle part of the tide flow guide cover, and the 
wave flow guide cover and the tide flow guide cover are connected; a bearing 
capable of rotating relative to the wave flow guide cover sleeves the part, 
close to the top of the wave flow guide cover, of the wave flow guide cover, and 
a pair of floaters connected with the bearing through connecting rods are 
symmetrically arranged on the two sides of the wave flow guide cover; the tail 
of the tide flow guide cover is connected with a tail vane, an impeller capable 
of rotating in the axial direction is arranged at the part, close to the tail of the 
tide flow guide cover, in the tide flow guide cover, a power generator is fixed 
outside the tide flow guide cover, the input end of the power generator is in 
linkage connection with a rotating shaft of the impeller, and the power 
generator is driven through rotation of the impeller for power generation. Tide 
and wave are coupled to act on the impeller together, and tide energy and 
wave energy are converted into electric energy, so that the tide energy and 
the wave energy complement each other, and better economic benefits are 
obtained.  
ABSTRACT DRAWING: Figure 1
-1/3
FIG.1I 
1 
8106 
FIG. 2
Patent AU-2021105333-A4 (AU)
Title: Method and system for obtaining inelastic tunneling spectra from current(i)-voltage(v) characteristics
Inventor: MAHAJAN ASHUTOSH
IPC: G01N27/00
Filed: 2021-08-11
Granted: 2021-11-25
Abstract: According to the present disclosure, a system and a method for obtaining Inelastic 
Tunneling Spectra of an IETS device from Current(I)-Voltage(V) characteristics 
are disclosed. The method comprises the steps of: providing an input data set of the 
Current(I)-Voltage(V) characteristics of the IETS device, obtaining a filtered first 
derivative of the Current(I)-Voltage(V) characteristics from the input data by: 
passing the input data set to a median filter for estimating a noise level, selecting an 
initial value of regularization based on the noise level, generating an integrator 
matrix and a differentiation matrix from input data set and obtaining a solution of 
Euler-Lagrange equation to obtain a new value of regularization and comparing the 
norm of Fidelity term with the noise-level in the input data set. The method further 
comprises of obtaining a second derivative of the Current(I)-Voltage(V) 
characteristics by repeating above steps with the first derivative as the input data 
set.
Patent AU-2021105977-A4 (AU)
Title: A 3D Printing Device For Bionic Bone Scaffolds Made of Porous Continuous Carbon Fibers Reinforced Ceramics
Inventor: ZHAO XUENI
IPC: B29C48/05
Filed: 2021-08-19
Granted: 2021-10-28
Abstract: of Descriptions 
The present invention discloses a 3D printing device for bionic bone scaffolds made of porous 
continuous carbon fibers reinforced ceramics and its method. The device described in the present 
invention combines a pretreatment device of continuous fiber with a ceramic slurry extrusion device, 
and thus, the integrated design of 3D printing device for bone scaffolds made of carbon fibers 
reinforced ceramics can be accomplished. Furthermore, the fiber pretreatment material utilized in 
the method of the present invention is the ceramic slurry with the same base material and relatively 
low solid content. Wherein, the ceramic slurry with relatively low solid content has better 
wettability, which can not only adhere to the external of the carbon fiber multifilament, but also 
penetrate in the internal of carbon fiber multifilament, and thus the adhesive action can be 
accomplished, and further it can improve the biological properties of the composite material.
Patent AU-2021107218-A4 (AU)
Title: Ladder platform system
Inventor: AXFORD PAUL
IPC: E04G5/14
Filed: 2021-08-25
Granted: 2021-12-09
Abstract: A platform system (10) for working at heights includes a pair of spaced apart 
ladders (12, 14) supported against a wall, structure or the like is disclosed. A support 
bracket (30) is attached to a rung (70) of each of the two ladders. Each support bracket 
includes an engagement means (60) for attachment to the first rung of the ladder for 
supporting the bracket from the ladder, a base (32), and a post (34, 36) at one end of the 
base and a further means (94, 90) for supporting each support bracket and transferring 
load on the support bracket to a different rung (72) of the respective ladder. A platform 
(20, 22) is supported on and between the two support brackets, and safety rails (44, 46) 
are attached to the post.
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Jill
Patent AU-2022100160-A4 (AU)
Title: Roller Support Apparatus & Method
Inventor: HOLFORD GRAHAM DEAN
IPC: B65G41/00
Filed: 2022-11-07
Granted: 2022-12-08
Abstract: An apparatus (10, 110) for supporting one or more rollers (12, 112) relative to a 
conveyor belt (116). The apparatus (10, 110) includes a roller support assembly (18, 
118) adapted to pivotally couple to a conveyor frame (120) and an actuation means (19, 
119) adapted to operatively pivot the roller support assembly (18, 118) between a first 
condition, in which the one or more rollers (12, 112) carried by the roller support 
assembly (18, 118) are engagable with the belt (116), and a second condition, in which 
the one or more rollers (12, 112) are movable away from the belt (116). A related 
method is also disclosed.
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25 
Figure 1 
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28 Figure 2 28 
Figure 3 27 
12
Patent WO-2011057402-A4 (WO)
Title: Moteurs rotatifs à faible température différentielle
Inventor: GODWIN HAROLD EMERSON
IPC: F02G1/043
Filed: 2010-11-15
Abstract: La présente invention concerne un moteur configuré pour extraire de l'énergie d'une source de chaleur de la manière suivante. Un arbre est conçu pour être couplé rotatif à un support et peut être entraîné en rotation dans une direction. Une pluralité de récipients sont couplés et disposés autour de l'arbre. Au moins un premier récipient de la pluralité de récipients comporte une partie thermiquement isolante et une partie thermiquement conductrice. Une pluralité de conduites relient la pluralité de récipients les uns aux autres. Chaque récipient de la pluralité de récipients est en communication avec au moins un autre récipient de la pluralité de récipients par le biais d'au moins une des conduites. La pluralité de récipients sont conçus pour permettre à la partie thermiquement conductrice du premier récipient d'entrer en contact avec la source de rayonnement. La partie thermiquement conductrice est capable de transférer la chaleur pour faire s'évaporer au moins en partie le fluide volatile dans le premier récipient pour amener une masse à se déplacer au moins en partie en direction d'un récipient relié situé au-dessus du premier récipient. Ceci produit un couple gravitationnel favorisant la rotation de l'arbre et de la pluralité de récipients dans la première direction.
Patent WO-2021207842-A4 (WO)
Title: Nanozymes with radical-scavenging capping agents and methods of detection therewith
Inventor: ORTEGA RODRIGUEZ GRETER AMELIA
IPC: G01N27/327
Filed: 2021-04-15
Abstract: Nanozymes capped with a radical-scavenging capping agent are disclosed for use in biosensing assays with improved sensitivity. The radical-scavenging capping agent facilitates the capture and retention of one or more radicals for enhancing a catalytic reaction. In some example embodiments, the nanozyme capped by the radical-scavenging capping agent is capable of catalyzing the decomposition of hydrogen peroxide or molecular oxygen. The capped nanozymes may be incorporated with an electrode, such as the working electrode of an electrochemical sensor, for achieving enhanced catalytic activity and a lower limit of detection. In some example embodiments, the radical-scavenging capping agent is or includes thiocyanate. A rapid ethanol detection device and associated method are described in which the working electrode of an electrochemical sensor is modified by a peroxidase-mimetic nanozyme capped with a radical-scavenging capping agent for the enhanced generation of a reduction current associated with the decomposition of hydrogen peroxide.
Patent WO-2014166479-A4 (WO)
Inventor: WINKENS FRANK
IPC: G01F23/26
Filed: 2014-04-08
Abstract: The invention relates to a capacitive fill level sensor (10) for measuring the fill level (H1, H2; Η1', H2') of a medium (18) in a container (14), having an electrode unit (12), which contains a strip-shaped measurement electrode (22), a strip-shaped counter electrode (24) and a strip-shaped shielding electrode (26, 28, 40), the shielding electrode (26, 28, 40) at least partially surrounding the measurement electrode (22). The capacitive fill level sensor (10) according to the invention is characterised in that a first AC voltage source (60) having a predefined frequency and amplitude is provided, to which the shielding electrode (26, 28, 40) is connected such that a shielding capacitor (54, 56, 58) formed between the shielding electrode (26, 28, 40) and the measurement electrode (22) has a shielding capacitance that is proportional to the length of the shielding electrode (26, 28, 40), that a second AC voltage source (68) of equal frequency and a predefined second amplitude is provided, the second amplitude being in phase opposition to the first amplitude, to which AC voltage source the counter electrode (24) is connected, such that a measurement capacitor (52) formed between the counter electrode (24) and the measurement electrode (22) has a measurement capacitance that is proportional to the fill level (H1, H2; Η1', H2'), and that the measurement electrode voltage (72) present at the measurement electrode (22) is used to determine the fill level (H1, H2; Η1', H2').