baber/WOPTO huggingface dataset:
Patent AU-2017100545-A4 (AU)
Title: Method of determining histamine in a sample and kit for doing the same
Inventor: WU JIAN-LIN
IPC: G01N33/50
Filed: 2017-05-17
Granted: 2017-06-15
Abstract: A method of determining histamine in a sample comprising steps of: a) providing a sample; b) preparing a mixture by adding a derivatizing agent to the sample, wherein 5 the derivatizing agent is an alkyl phosphite, and subjecting the mixture to conditions where the derivatizing agent reacts with the histamine present in the sample to form a histamine derivative; c) separating the histamine derivative from the mixture so as to determine the presence and/or amount of the histamine derivative, wherein the amount of the histamine derivative corresponds to the amount of the histamine in the 10 sample. Also disclosed herein is a kit for determining histamine in a sample comprising: a first mixture comprising a derivatizing agent which is capable of reacting with histamine present in the sample to form a histamine derivative; and a second mixture comprising a deprotonating agent. eN) co (0 co 0 r L 961 -=ma c4 co o No (0 U 6 " n 0 n ,2U' V Ln MU U- u O 0i co r~m w LO Ir'N C x4
Patent AU-2018100942-A4 (AU)
Title: Protective cover for footwear
Inventor: THACKERAY JULIE ANNE
IPC: A43B3/00
Filed: 2018-07-05
Granted: 2018-08-09
Abstract: A protective cover is provided that is configured to protect a shoe of a hairdresser from falling hair clippings. The protective cover comprises: a retaining portion, configured to retain the protective cover to an ankle of the user; and a shielding portion, configured to extend outwardly from the retaining portion and shield an upwardly facing surface of the shoe. ----- -120 125b 125a Figure 1 100> 1 0 A-120 1125b 125a Figure 2
Patent AU-2018101055-A4 (AU)
Title: "My Support Link" is a disability, aged care, healthcare and veteran support services directory that enables the user to search for a product or service based on but not limited to their individual goals, the outcome they are looking to achieve, keyword, key term, key phrase, product, service or name of business. The search can be narrowed down by location, category of service, disability, condition, NDIS reference number and any other. The difference between My Support Link and other search engines is the ability for the user to search based on their individual goals.
Inventor: LAMB DANIEL
IPC: G06Q50/10
Filed: 2018-07-30
Granted: 2018-09-06
Abstract: My Support link is a goal based disability provider directory that allows users to find businesses by inputting their individual goals.
Patent AU-2018101089-A4 (AU)
Title: Hydraulic Bow door Apparatus
Inventor: ZHOU XIAOHUA
IPC: B63B19/08
Filed: 2018-08-06
Granted: 2018-09-06
Abstract: Abstract A hydraulic bow door apparatus, comprising a bow door movably mounted on a deck by a hinge shaft, the bow door comprises a doorframe and a door leaf hermetically mounted together, the front side of the doorframe is mounted with a hydraulic actuating cylinder, the cylinder body of the hydraulic actuating cylinder is hinged with the doorframe, the end of its piston rod is hinged with the hinge shaft through a first connecting rod assembly, after the piston rod of the hydraulic actuating cylinder is pushed out, the bow door is turned into a horizontal placement state; and the front side of the bow door is mounted with a foldable guardrail assembly. The hydraulic bow door apparatus ensures the protective security of a passage which is formed after the bow door is connected to dock. na 14.(i.1
Patent AU-2018101375-A4 (AU)
Title: Device for sampling material from moving belt conveyor
Inventor: ROBERTS TREVOR GEORGE
IPC: G01N1/04
Filed: 2018-09-20
Granted: 2018-10-25
Abstract: A device for sampling material from a moving belt conveyor for use in an ore sampling 5 process. The device comprising a base plate and a counter-weighted rotary cutter and support frame. The base plate disposed between the belt and its supporting conveyor structure, the rotary cutter and drive unit is disposed above the belt on said support frame. In use therotating cutter rotates substantially perpendicular to the material flow above said moving belt conveyor travelling over the base plate unit, a rubber scraper fitted to said rotary cutter contacts the 10 moving belt and as sample material is extracted from the moving belt during this rotation and is discharged into a sample discharge chute adjacent the base plate, wherein the device has fluid supply operably connected to a fluid delivery means for cleaning said scraper and said base plate. T.K.O. Engineering AU Sampler/FP 180918 "/7 lpp U',
Patent AU-2019101007-A4 (AU)
Title: Drill adaptor for cartridges
Inventor: BURCHAT CLINTON GRAEME
IPC: B05C17/01
Filed: 2019-09-04
Granted: 2019-10-10
Abstract: The invention relates to an adaptor for a drill and drill bit for applying material from a cartridge. The cartridge includes a body for containing the material, with a plunger end and an applicator end, whereby pressing the plunger end presses the material towards the applicator end. The adaptor includes an adaptor body, a support means, associated with the adaptor body, for receipt of the drill bit therethrough, and an attachment means firmly attachable to the cartridge to attach the adaptor to the cartridge. Operation of the drill fitted with the drill bit, supported through the support means of the adaptor, causes a pressing action on the plunger end of the cartridge so material in the cartridge is pressed towards the applicator end for application with a substantially firm and even pressure. The invention also relates to variants thereon and methods of use. 28 1 01 62 20 5/3 12 26 10 32 27 22/23 281 624 14 2026 10 32 34 22/23
Patent AU-2019101631-A4 (AU)
Title: Real-time online monitoring and source apportionment method for atmospheric heavy metal particulate
Inventor: LI MEI
IPC: G01N1/22
Filed: 2019-12-17
Granted: 2020-01-23
Abstract: REAL-TIME ONLINE MONITORING AND SOURCE APPORTIONMENT METHOD FOR ATMOSPHERIC HEAVY METAL PARTICULATE The present invention discloses an online monitoring and source apportionment method for an atmospheric heavy metal particle, and belongs to the technical field of online quantification and source tracing of atmospheric heavy metal particles. An aerosol mass spectrometer and an X-ray fluorescence spectrometer are combined to quickly apportion the content, time variation trend, chemical composition, mixed state and the like of a heavy metal particulate in the atmosphere at a to-be-monitored point from both qualitative and quantitative perspectives. A heavy metal particle mass concentration limit system is incorporated into the X-ray fluorescence spectrometer. Once the mass concentration of a heavy metal particle exceeds the standard, the aerosol mass spectrometer can immediately receive the information of the heavy metal exceeding the standard through an information transmission system. After the aerosol mass spectrometer receives a signal regarding the heavy metal exceeding the standard, an online source tracing system is started immediately. Therefore, the method can apportion a source of the heavy metal exceeding the standard in the atmosphere at the to-be-measured point more quickly and effortlessly on line, and has an important significance and a good industrial application prospect. Online monitoring of atmospheric heavy conentmation of distribution of characteristic of Mixedstateo metalattargetpoint atmospheric a ic atmospheric atmosphere ic particl ' I atosphmonitotid p int Aerosolmass s f ncaeegortesatce, ye spectrometry adaptiveresonancetheorybasedatifcstr neuralnertvork (ART-2a) operationrbsed on mass spectruminfomion) Particle diameter distribatia spctin specMie so t0 0oegoraes andmass spectim of particlesbyan efeentracermt hod informationaoftvariousa (basedonamolecalar igtofa metal particlesar absta ti spectrometry adaptivemen resoan t y b neural netor (AR-2a operations (based onsue masppctuiifomtin FIGYes
Patent AU-2020100404-A4 (AU)
Title: A method to assess slope safety based on downstream structures’ damaged degree
Inventor: LI LIANG
IPC: G06F17/10
Filed: 2020-03-17
Granted: 2020-04-30
Abstract: The invention relates to the field of slope safety assessment and risk quantification, specifically relating to a method to assess slope safety based on downstream structures' damaged degree comprising following steps, step 1: assuming generating a series of {c,}, in accordance with indeterminacy of slop material mechanical parameters; step 2: basing on parameters' combination C in group i, i =1,2...,N calculating its safety coefficient Fs of the slope and motion trajectory of the slider on the slop; step 3: calculating the distance d, between the downstream structure of slope and the farthest point of the slope slider within its motion trajectory; step 4: repeating step 2 and step 3 to get a series of distance values {d,}N, and safety coefficients {Fs,}N ; step 5: calculating the average distance value and safety coefficient denoted as d. and FSm ; step 6: assessing safety degree of the slope with structures downstream by using product of d. and FS. . The invention can effectively solve the problem existing in prior art which is not effective, valid, and intuitive enough when assessing safety of slope with structures downstream, going against prevention and treatment of landslides. Generating a series of {c,},in accordance with indeterminacy of slop S1 material mechanical parameters Based on parameters' combination C, in group i, i= 2...,N S2 calculating its safety coefficient Fsi of the slope and motion trajectory of' the slider on the slop According to the relative relationship between the location of structure S3 and the farthest point of slop slider within its motion trajectory, calculating the distance d, therebetween, among which i = 1,2..., N S4 Repeating step 2 and step 3 to get a series of distance values {d,},N and a series of safety coefficients {Fs,},N Calculating the average value of said a series of distance values in step 4 S5 denoted as d, and the average value of said a series of safety coefficients denoted as FS, Assessing safety degree of the slope with structures downstream via S6 product of average distance value d. and average safety coefficient Fs. 6 Water tower 0 5 10 15 20 25 3C Slope width/m
Patent AU-2020100963-A4 (AU)
Title: A hybrid integration Mach-Zehnder interference optical fiber microfluidic chip
Inventor: YUAN TINGTING
IPC: G02B6/28
Filed: 2020-06-08
Granted: 2020-07-16
Abstract: The invention relates to a dual-core optical fiber microfluidic chip with a hybrid integration of 
microfluidic channel and optical waveguide, which integrates microfluidic channel, evanescent 
field for sensing and micro optical interferometer on one fiber, its characteristics are: (1) The 
microfluidic chip contains one or more air holes as microfluidic channels and two fiber cores as 
optical waveguide channels. (2) The microfluidic chip is heated at two ends or one end to 
implement the tapering process, forming an optical Mach-Zehnder interferometer inside the 
fiber. (3) The microfluidic channel of the fiber microfluidic chip has two microholes open 
perpendicular to the surface of the fiber surface acting as the input and output channels for 
microfluidics. The fiber hybrid integration microfluidic chip enables real-time monitoring and 
online measurement of concentration, refractive index, chemical substances, etc. in fluid 
substances.
1/3 
DRAWINGS 
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Patent AU-2020102427-A4 (AU)
Title: Method for refining and upgrading paper grade chemical pulp to dissolving pulp
Inventor: WANG QIANG
IPC: C08H8/00
Filed: 2020-09-25
Granted: 2020-11-05
Abstract: The present invention discloses a method for refining and upgrading a paper grade chemical pulp to a 
dissolving pulp. The chemical pulp is treated with y-valerolactone to dissolve hemicellulose in the chemical 
pulp, to obtain an c-cellulose pulp with high purity, which is the dissolving pulp. The y-valerolactone is an 
important solvent for cleanly producing biomass and also is a novel, highly-efficient, green organic solvent 
with excellent characteristics. The y-valerolactone can be miscible with water in any ratio, does not produce 
peroxide with air, is a stable chemical substance, and can be recycled and reused. The y-valerolactone 
effectively removes a large amount of hemicellulose in the chemical pulp to obtain a refined chemical pulp of 
high-purity cellulose. The resultant chemical pulp achieves all critical property indexes of a commercially 
available dissolving pulp, thus alleviating the increasing demand for the dissolving pulp to a certain extent and 
playing an important role in the clean and simplified production for the dissolving pulp.
Patent AU-2021101298-A4 (AU)
Title: A method to analyze the variability in the arctic snowmelt onset dates (smod)
Inventor: SINGH RAJKUMAR KAMALJIT
IPC: G01W1/10
Filed: 2021-03-12
Granted: 2021-05-06
Abstract: The present disclosure relates to a method to analyze the variability in the Arctic snowmelt 
onset dates (SMOD). An exercise is carried out to analyze the variability in the Arctic 
snowmelt onset dates (SMOD) using 34 years of passive microwave radiometry data. For this 
study, the sea ice prevailing regions above 40°N have been clustered into thirteen sectors.  
Trend analysis of the SMOD shows that 10 sectors have negative trends meaning earlier melt 
onsets. Negative trends in the East Siberian Sea, Kara Sea, Laptev Sea, Chukchi Sea, Central 
Arctic Ocean, Canadian Archipelago, Beaufort Bay and Barents Sea are all statistically 
significant. Although the Greenland Sea shows a statistically significant positive trend is 
obtained. Inter-sectorial correlation shows strong positive correlations in many sectors such 
as between the Canadian Archipelago and the Central Arctic, Chukchi Sea-Central Arctic, 
East Siberian-Central Arctic. Moreover, correlation with Arctic Oscillation shows negative 
correlations with the SMOD.  
17
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Patent AU-2021102203-A4 (AU)
Title: Method for quickly determining yttrium content in steel by using full spectrum spark direct reading spectrometry
Inventor: LAI CHAOBIN
IPC: G01N1/40
Filed: 2021-04-27
Granted: 2021-06-17
Abstract: The invention discloses a detection method for quickly determining yttrium content in 
steel by using full spectrum spark direct reading spectrometry, which comprises the following 
steps: refining steel ingots with different yttrium contents by changing the addition amount of 
rare earth yttrium, and rolling into steel billets. A standard sample is taken from one section of 
billet, and the uniformity of the standard sample is detected by spark direct reading instrument, 
and the sample with the best uniformity is selected as the standard sample. Sampling drill 
cuttings on standard samples, preparing standard solutions, and determining yttrium content in 
the standard solutions by ICP-AES. The standard sample is excited and calibrated to obtain the 
strength ratio, and the standard analysis curve of rare earth yttrium element is formed by fitting 
the strength ratio with yttrium content. The method can quickly detect the yttrium content in 
steel, and has important practical scientific value and economic and social significance for 
researching and popularizing the application of yttrium in steel.
1/1 
FIGURES 
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content -1.97843E-15 3.53869E-16 285535E-B 128482E-9 -0002 706773E-4 9.37421E-7 0.99881 
Fig.2 b
Patent AU-2021102413-A4 (AU)
Title: Scalable Space Structured Ledger Framework for Industrial Internet of Things using Block Chain Technique
Inventor: SENGOTTUVELAN P
IPC: G16Y30/10
Filed: 2021-05-08
Granted: 2021-06-24
Abstract: SCALABLE SPACE STRUCTURED LEDGER FRAMEWORK FOR 
INDUSTRIAL INTERNET OF THINGS USING BLOCK CHAIN TECHNIQUE 
ABSTRACT 
As the data used varies from megabytes to petabytes, the storage capacity needs to be 
increased. For which the cloud storage is used, and it is distributed accordingly. This 
performs fusion to collect the data that performs the matching or prediction. For 
performing such a huge transaction intensive computation helps by using certain 
techniques or algorithm for resolving the computational complexity. Connecting in a 
collaborative mining network which in turn connected to the edge cloud. This is done in an 
offline manner to manage the resources when the resources are insufficient. Managing the 
ledger framework is done in IOT by combining the IOT with block chain by introducing 
the technology BCoT. The blocks are produced using SHA256 algorithm. It includes the 
cloud server for the storage information to be stored from different industries. IOTA is 
used for the ledger purpose. In which the IOT gadgets that contain useful information need 
to be secured. The applications are in various fields like smart grid, smart manufacturing, 
supply chain, food industry, health care etc.  
1
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Patent AU-2021104412-A4 (AU)
Title: Simple cell cryopreservation device
Inventor: SUN MINGJU
IPC: A01N1/02
Filed: 2021-07-21
Granted: 2021-09-16
Abstract: The present invention discloses a simple cell cryopreservation device, comprising a 
casing, a cryopreservation tube storage device is rotatably provided in the casing, the 
cryopreservation tube storage device comprises a rotation rod and a supporting plate 
sleeved on the rotation rod, a plurality of cryopreservation tube storage boxes are 
provided on a border of the supporting plate; a limiting mechanism is provided 
between the rotation rod and the supporting plate to promise synchronous rotation 
thereof; a stopper plate is provided underneath a bottom end of the rotation rod, a 
pushing plate is sleeved over the rotation rod above the stopper plate, a pushing rod 
is provided on an upper end of the pushing plate; a vertical sliding rod is provided on 
a bottom surface of the casing, and the pushing rod is sleeved over the sliding rod.  
The present invention has advantages such as providing good cryopreservation 
effects and easing claiming and storage.
1/1 
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Patent AU-2021104962-A4 (AU)
Title: Driving Lamp
Inventor: GONG BEIWEN
IPC: F21V13/04
Filed: 2021-08-05
Granted: 2021-09-30
Abstract: DRIVING LAMP 
ABSTRACT OF THE DISCLOSURE 
There is disclosed herein a driving lamp (100), relating to the technical field of 
illumination lamps, including a lamp body (13), a reflector module (7), a night vision 
illumination module, and a light source module. The lamp body (13) is a cylindrical 
shell, and one surface of the lamp body is a light-transmitting surface. The light source 
module and the reflector module are fixedly disposed in an inner cavity of the lamp 
body (13). The night vision illumination module includes at least one convex lens (8).  
The reflector module (7) includes a plate body (71) and a plurality of reflectors. The 
plate body (71) is circular, the plate body (71) is provided with a fixing hole (11) 
penetrating through upper and lower surfaces of the plate body (71), and the convex 
lens (8) is fixedly connected in the fixing hole (11). The plate body (71) is also provided 
with a plurality of through holes, and one reflector cup is fixed in each through hole.  
Part of light generated by the light source module is reflected by the reflector and can be 
emitted through the light-transmitting surface, being refracted into a diffuse light beam.  
The rest of the light generated by the light source module is condensed into a strip spot 
by the convex lens (8) and can be emitted through the light-transmitting surface. In a 
driving environment with a low visibility, the device can provide a driver with a clearer 
driving environment and ensure driving safety.
- 1/3 
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Patent AU-2021105623-A4 (AU)
Title: A method for constructing a micro-piling in bridge foundation over an area
Inventor: ZAIN MOHD
IPC: E02D27/32
Filed: 2021-08-17
Granted: 2021-12-02
Abstract: The present invention generally relates to a method for constructing 
a bridge over an area. The method comprises an analyzing properties of 
soil of the area, wherein terrain and hydraulic factors of the construction 
area is analyzed; designing a micro-pile for laying foundation of the 
bridge, wherein the foundation includes a casing with an inner diameter 
and an outer diameter; locating the micro-pile bond length in dense to 
very dense gravel/ rock with cobbles and boulders; and boring at least 
one hole of 35-45 m depth each at required abutments and intermediate 
pier locations, wherein depth of the bore hole is restricted up to 40.0 m 
depth and up to original ground level for subsoil investigations.  
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Patent AU-2021106424-A4 (AU)
Title: Predict traffic flow using artificial intelligence based on gcn
Inventor: DEY SAMIR
IPC: G06N3/04
Filed: 2021-08-22
Granted: 2021-12-02
Abstract: The traffic flow management is the most valuable infrastructure in every country.  
The traffic flow management includes a traffic analysis and prediction based on 
recent trends and technologies. The traffic flow not only includes the passage of 
vehicles but also the sudden unexpected hazardous work on the road or any 
damage to the road and any accident happened on the road. The artificial 
intelligence to predict the traffic flow is a leading technique. The data were used 
to predict the traffic flow is of the time and the road topology under varied 
circumstances and the model gets unified to analyse and conclude the flow of 
traffic based on neural network. This would bring a tech-lead intelligent system of 
traffic management.
Patent AU-2021107466-A4 (AU)
Title: A novel HPLC assay method for detection of Desmopressin Acetate from tablet dosage form
Inventor: SAINI VIPIN
IPC: A61K38/095
Filed: 2021-08-25
Granted: 2022-01-06
Abstract: A novel HPLC assay method for detection of Desmopressin Acetate from 
tablet dosage form 
5 
This invention relates to a novel HPLC assay method for detection of Desmopressin 
Acetate from tablet dosage form.For 0.1mg strength: Transfer 10 tablet of 
Desmopressin Acetate into 100 ml volumetric flask, add about 70 ml of diluent and 
sonicate for 15 minutes with intermittent shakings. Dilute to volume with diluent. Mix 
0 and allow to settle for 5 minutes. Filter through 0.45pm membrane filter (Teflon).  
For 0.2mg strength: Transfer 10 tablet of Desmopressin Acetate into 200 ml 
volumetric flask, add about 140 ml of diluent and sonicate for 15 minutes with 
intermittent shakings. Dilute to volume with diluent. Mix and allow to settle for 5 
minutes Filter through 0.45pm membrane filter (Teflon).  
5 
20 
11