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Culture","lang",{"id":564,"unique_code":565,"title":566,"icon":8,"intro":567,"cate":483,"detail":568,"create_time":569,"update_time":570,"price":571,"view_count":495,"download_count":572,"unit":572,"amount":573,"is_create_order":572,"enterprise_id":488,"seo_keywords":574,"seo_description":575,"data_format":576,"file_size":577,"apply_scene":578,"training_task":579,"version":580,"dataset_type_id":492,"dataset_scene_id":500,"sample_file":581,"banner":8,"unit_name":8,"cate_name":449,"icon_url":8,"banner_url":8,"sample_file_url":8,"data_dict":582,"qa_list":624,"sample_metadatas":641,"text_sample_content":681,"enterprise_name":682,"enterprise_logo":683,"data_distribution":684},1314,"9682b357209d38b3f15d7dcbb5435988","Patent Novelty and Single-Document Prior-Art Evidence QA Dataset","Train models to make verifiable patent novelty assessments grounded in single-document prior art and claim-feature mapping.","\u003Cp>This dataset presents novelty questions based on patent claims and a single prior-art document, with fields for claim text, source evidence, questions, conclusions, citations, and feature correspondence analysis. It focuses on whether one document discloses the relevant claimed features and requires answers to connect evidence to those features using only the supplied materials, while noting material differences or missing limitations. It supports domain-specific model fine-tuning and evaluation for patent invalidity analysis, evidence retrieval, and novelty assessment.\u003C\u002Fp>","2026-10-17 17:58:26","2026-10-19 17:19:52","0.00",0,5000,"patent novelty dataset,patent invalidity QA,prior art evidence,patent claim analysis,evidence citation dataset,patent domain fine-tuning,novelty assessment model,grounded legal QA","Patent novelty QA with single-document prior-art evidence, claim-feature correspondence analysis, and verifiable conclusions.","JSON","0.4GB","patent novelty assessment, prior art analysis, patent examination support","patent novelty verification, claim-feature mapping, evidence-based question answering","V1.0","rivo\u002Fsample-packages\u002F2f927459-ce73-4033-bbe9-4fdbf46ae0a2\u002F20261017.zip",[583,588,593,598,603,609,614,619],{"id":572,"name":584,"field":585,"intro":586,"type":587},"File Name","file_name","File name","string",{"id":589,"name":590,"field":591,"intro":592,"type":587},9703,"Patent Claim Text","claim_text","The full text of the patent claim being assessed.",{"id":594,"name":595,"field":596,"intro":597,"type":587},9704,"Final Answer","answer_text","A concise answer stating the conclusion and grounding it in the cited evidence and feature correspondence.",{"id":599,"name":600,"field":601,"intro":602,"type":587},9705,"Question","question_text","The novelty question asking whether the prior-art document discloses the relevant features of the claim.",{"id":604,"name":605,"field":606,"intro":607,"type":608},9706,"Cited Evidence","cited_evidence","Specific passages from the prior-art document that support the assessment, with a locator and the claim feature addressed by each passage.","array",{"id":610,"name":611,"field":612,"intro":613,"type":587},9707,"Prior-Art Document Text","prior_art_text","The text of the single prior-art document used as the evidence source for the assessment.",{"id":615,"name":616,"field":617,"intro":618,"type":587},9708,"Anticipation Conclusion","anticipation_conclusion","The assessment of whether the single prior-art document discloses the claimed subject matter for novelty purposes.",{"id":620,"name":621,"field":622,"intro":623,"type":587},9709,"Feature Correspondence Analysis","correspondence_analysis","An explanation of how each cited passage corresponds to a claim feature, including material differences or missing limitations.",[625,629,633,637],{"id":626,"question":627,"answer":628},6709,"What does the dataset contain?","It is organized around patent claims and a single prior-art document, with novelty questions, assessment conclusions, specific cited passages, feature correspondence analysis, and final answers. The fields link each question to its evidence and conclusion.",{"id":630,"question":631,"answer":632},6710,"How does it support novelty-assessment training?","Examples require answers grounded in the supplied materials, mapping passages from the prior-art document to relevant claim features and noting material differences or undisclosed limitations. This supports training and evaluation of evidence-grounded question answering and novelty analysis.",{"id":634,"question":635,"answer":636},6711,"Can the cited evidence be verified?","The dataset is designed to include specific passages and locator information from the prior-art document, along with the claim feature addressed by each passage. Verification depends on the completeness of the supplied document text and locator details.",{"id":638,"question":639,"answer":640},6712,"How can I obtain the dataset and confirm its license?","Check the product page or the data provider's latest information for availability, formats, and licensing terms. Confirm permissions for the dataset and relevant patent documents before commercial training, redistribution, or use in legal practice.",[642,657,669],{"id":643,"relate_table":644,"relate_id":645,"file_size":572,"file_name":646,"path":8,"duration":572,"cate":483,"file_format":647,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":648,"cate_name":649,"claim_text":650,"answer_text":651,"question_text":652,"cited_evidence":653,"prior_art_text":654,"anticipation_conclusion":655,"correspondence_analysis":656},15342,"union_cubo",1471242557,"样例_3.json","json","{\"claim_text\": \"A pressure-relief cap for a storage vessel comprising a spring-loaded diaphragm configured to open when pressure inside the vessel reaches 18 kPa above ambient and to reseat when that pressure falls below 14 kPa above ambient.\", \"answer_text\": \"Unclear. Paragraph [001] states the claimed headspace thresholds, but paragraph [002] says the reported tests measured pressure at the regulator inlet without measuring the pressure difference to the headspace. The supplied text does not resolve whether the thresholds were established for pressure inside the vessel.\", \"question_text\": \"Does the prior-art document clearly disclose the claimed opening and reseating thresholds as pressures inside the vessel?\", \"cited_evidence\": \"[{\\\"quote_text\\\": \\\"The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient.\\\", \\\"document_locator\\\": \\\"Paragraph [001]\\\", \\\"claim_feature\\\": \\\"The spring-loaded diaphragm and the claimed opening and reseating thresholds measured at vessel headspace pressure.\\\"}, {\\\"quote_text\\\": \\\"For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.\\\", \\\"document_locator\\\": \\\"Paragraph [002]\\\", \\\"claim_feature\\\": \\\"The measurement location for the reported threshold tests, which may differ from the vessel headspace pressure required by the claim.\\\"}]\", \"prior_art_text\": \"Paragraph [001]: The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient. Paragraph [002]: For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.\", \"anticipation_conclusion\": \"unclear\", \"correspondence_analysis\": \"Paragraph [001] states the same pressure thresholds and identifies them as vessel headspace pressures, directly matching the claimed feature. Paragraph [002], however, says the reported threshold tests measured pressure at the regulator inlet and did not measure pressure loss to the headspace. The document therefore does not make clear whether the stated thresholds are established values for pressure inside the vessel or inlet readings whose relationship to that pressure is unknown.\"}","文本","A pressure-relief cap for a storage vessel comprising a spring-loaded diaphragm configured to open when pressure inside the vessel reaches 18 kPa above ambient and to reseat when that pressure falls below 14 kPa above ambient.","Unclear. Paragraph [001] states the claimed headspace thresholds, but paragraph [002] says the reported tests measured pressure at the regulator inlet without measuring the pressure difference to the headspace. The supplied text does not resolve whether the thresholds were established for pressure inside the vessel.","Does the prior-art document clearly disclose the claimed opening and reseating thresholds as pressures inside the vessel?","[{\"quote_text\": \"The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient.\", \"document_locator\": \"Paragraph [001]\", \"claim_feature\": \"The spring-loaded diaphragm and the claimed opening and reseating thresholds measured at vessel headspace pressure.\"}, {\"quote_text\": \"For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.\", \"document_locator\": \"Paragraph [002]\", \"claim_feature\": \"The measurement location for the reported threshold tests, which may differ from the vessel headspace pressure required by the claim.\"}]","Paragraph [001]: The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient. Paragraph [002]: For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.","unclear","Paragraph [001] states the same pressure thresholds and identifies them as vessel headspace pressures, directly matching the claimed feature. Paragraph [002], however, says the reported threshold tests measured pressure at the regulator inlet and did not measure pressure loss to the headspace. The document therefore does not make clear whether the stated thresholds are established values for pressure inside the vessel or inlet readings whose relationship to that pressure is unknown.",{"id":658,"relate_table":644,"relate_id":659,"file_size":572,"file_name":660,"path":8,"duration":572,"cate":483,"file_format":647,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":661,"cate_name":649,"claim_text":662,"answer_text":663,"question_text":664,"cited_evidence":665,"prior_art_text":666,"anticipation_conclusion":667,"correspondence_analysis":668},15341,681708913,"样例_2.json","{\"claim_text\": \"A beverage warming apparatus comprising a base, a removable beverage cup, a resistive heating sleeve surrounding the cup, a temperature sensor in direct contact with the beverage, and a controller that cycles the sleeve to maintain the beverage between 60 °C and 65 °C based on the measured beverage temperature.\", \"answer_text\": \"No. Although the document discloses the base, removable cup, surrounding heater, and temperature-based control, it specifies sensing and maintaining cup-wall temperature rather than beverage temperature, and does not disclose a sensor in direct contact with the beverage.\", \"question_text\": \"Does this single prior-art document disclose every limitation of the claimed beverage warming apparatus?\", \"cited_evidence\": \"[{\\\"quote_text\\\": \\\"The warming apparatus includes a base that receives a removable beverage cup and a resistive heating sleeve surrounding the cup.\\\", \\\"document_locator\\\": \\\"Paragraph [001]\\\", \\\"claim_feature\\\": \\\"The base, removable cup, and resistive heating sleeve surrounding the cup.\\\"}, {\\\"quote_text\\\": \\\"A thermistor is clamped against the exterior wall of the cup. The controller cycles the heating sleeve to maintain the cup-wall temperature between 60 °C and 65 °C, as measured by the thermistor.\\\", \\\"document_locator\\\": \\\"Paragraph [002]\\\", \\\"claim_feature\\\": \\\"The temperature-sensing and control arrangement; the document specifies a sensor on the cup exterior and control based on cup-wall temperature.\\\"}]\", \"prior_art_text\": \"Paragraph [001]: The warming apparatus includes a base that receives a removable beverage cup and a resistive heating sleeve surrounding the cup. Paragraph [002]: A thermistor is clamped against the exterior wall of the cup. The controller cycles the heating sleeve to maintain the cup-wall temperature between 60 °C and 65 °C, as measured by the thermistor.\", \"anticipation_conclusion\": \"not_anticipated\", \"correspondence_analysis\": \"Paragraph [001] discloses the claimed warming structure. Paragraph [002] describes a thermistor on the cup's exterior and regulation of cup-wall temperature. The claim instead requires a sensor in direct contact with the beverage and control based on the measured beverage temperature. The supplied text does not disclose either of those limitations, so the structural overlap does not establish disclosure of the complete claimed combination.\"}","A beverage warming apparatus comprising a base, a removable beverage cup, a resistive heating sleeve surrounding the cup, a temperature sensor in direct contact with the beverage, and a controller that cycles the sleeve to maintain the beverage between 60 °C and 65 °C based on the measured beverage temperature.","No. Although the document discloses the base, removable cup, surrounding heater, and temperature-based control, it specifies sensing and maintaining cup-wall temperature rather than beverage temperature, and does not disclose a sensor in direct contact with the beverage.","Does this single prior-art document disclose every limitation of the claimed beverage warming apparatus?","[{\"quote_text\": \"The warming apparatus includes a base that receives a removable beverage cup and a resistive heating sleeve surrounding the cup.\", \"document_locator\": \"Paragraph [001]\", \"claim_feature\": \"The base, removable cup, and resistive heating sleeve surrounding the cup.\"}, {\"quote_text\": \"A thermistor is clamped against the exterior wall of the cup. The controller cycles the heating sleeve to maintain the cup-wall temperature between 60 °C and 65 °C, as measured by the thermistor.\", \"document_locator\": \"Paragraph [002]\", \"claim_feature\": \"The temperature-sensing and control arrangement; the document specifies a sensor on the cup exterior and control based on cup-wall temperature.\"}]","Paragraph [001]: The warming apparatus includes a base that receives a removable beverage cup and a resistive heating sleeve surrounding the cup. Paragraph [002]: A thermistor is clamped against the exterior wall of the cup. The controller cycles the heating sleeve to maintain the cup-wall temperature between 60 °C and 65 °C, as measured by the thermistor.","not_anticipated","Paragraph [001] discloses the claimed warming structure. Paragraph [002] describes a thermistor on the cup's exterior and regulation of cup-wall temperature. The claim instead requires a sensor in direct contact with the beverage and control based on the measured beverage temperature. The supplied text does not disclose either of those limitations, so the structural overlap does not establish disclosure of the complete claimed combination.",{"id":670,"relate_table":644,"relate_id":671,"file_size":572,"file_name":672,"path":8,"duration":572,"cate":483,"file_format":647,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":673,"cate_name":649,"claim_text":674,"answer_text":675,"question_text":676,"cited_evidence":677,"prior_art_text":678,"anticipation_conclusion":679,"correspondence_analysis":680},15340,975443713,"样例_1.json","{\"claim_text\": \"A liquid filtration unit comprising a housing defining an inlet and an outlet; a pleated membrane cartridge positioned between the inlet and the outlet; a coarse mesh screen upstream of the cartridge; a pressure sensor configured to measure pressure on each side of the cartridge; and a controller configured to open a bypass valve when the pressure difference across the cartridge exceeds a stored threshold.\", \"answer_text\": \"Yes. Paragraphs [001] and [002] disclose the claimed filtration arrangement and the pressure-difference-controlled bypass valve, including the stated threshold condition.\", \"question_text\": \"Does this single prior-art document disclose every limitation of the claimed liquid filtration unit?\", \"cited_evidence\": \"[{\\\"quote_text\\\": \\\"The filtration unit has a housing with an inlet and an outlet. A pleated membrane cartridge is positioned between them, and a coarse mesh screen is installed upstream of the cartridge.\\\", \\\"document_locator\\\": \\\"Paragraph [001]\\\", \\\"claim_feature\\\": \\\"The housing inlet and outlet, intervening pleated membrane cartridge, and upstream coarse mesh screen.\\\"}, {\\\"quote_text\\\": \\\"A pressure sensor measures pressure at both the inlet and outlet sides of the cartridge. The controller compares the pressure difference with a stored threshold and opens a bypass valve when the difference exceeds that threshold.\\\", \\\"document_locator\\\": \\\"Paragraph [002]\\\", \\\"claim_feature\\\": \\\"The sensor measures pressure on both sides of the cartridge, and the controller opens the bypass valve when the pressure difference exceeds a stored threshold.\\\"}]\", \"prior_art_text\": \"Paragraph [001]: The filtration unit has a housing with an inlet and an outlet. A pleated membrane cartridge is positioned between them, and a coarse mesh screen is installed upstream of the cartridge. Paragraph [002]: A pressure sensor measures pressure at both the inlet and outlet sides of the cartridge. The controller compares the pressure difference with a stored threshold and opens a bypass valve when the difference exceeds that threshold.\", \"anticipation_conclusion\": \"anticipated\", \"correspondence_analysis\": \"Paragraph [001] discloses the claimed housing, flow path, pleated cartridge, and upstream mesh screen. Paragraph [002] discloses pressure measurement on both sides of the cartridge and the specified threshold-triggered bypass operation. The cited passages account for each limitation in the claim, with no material difference identified in the supplied text.\"}","A liquid filtration unit comprising a housing defining an inlet and an outlet; a pleated membrane cartridge positioned between the inlet and the outlet; a coarse mesh screen upstream of the cartridge; a pressure sensor configured to measure pressure on each side of the cartridge; and a controller configured to open a bypass valve when the pressure difference across the cartridge exceeds a stored threshold.","Yes. Paragraphs [001] and [002] disclose the claimed filtration arrangement and the pressure-difference-controlled bypass valve, including the stated threshold condition.","Does this single prior-art document disclose every limitation of the claimed liquid filtration unit?","[{\"quote_text\": \"The filtration unit has a housing with an inlet and an outlet. A pleated membrane cartridge is positioned between them, and a coarse mesh screen is installed upstream of the cartridge.\", \"document_locator\": \"Paragraph [001]\", \"claim_feature\": \"The housing inlet and outlet, intervening pleated membrane cartridge, and upstream coarse mesh screen.\"}, {\"quote_text\": \"A pressure sensor measures pressure at both the inlet and outlet sides of the cartridge. The controller compares the pressure difference with a stored threshold and opens a bypass valve when the difference exceeds that threshold.\", \"document_locator\": \"Paragraph [002]\", \"claim_feature\": \"The sensor measures pressure on both sides of the cartridge, and the controller opens the bypass valve when the pressure difference exceeds a stored threshold.\"}]","Paragraph [001]: The filtration unit has a housing with an inlet and an outlet. A pleated membrane cartridge is positioned between them, and a coarse mesh screen is installed upstream of the cartridge. Paragraph [002]: A pressure sensor measures pressure at both the inlet and outlet sides of the cartridge. The controller compares the pressure difference with a stored threshold and opens a bypass valve when the difference exceeds that threshold.","anticipated","Paragraph [001] discloses the claimed housing, flow path, pleated cartridge, and upstream mesh screen. Paragraph [002] discloses pressure measurement on both sides of the cartridge and the specified threshold-triggered bypass operation. The cited passages account for each limitation in the claim, with no material difference identified in the supplied text.","{\"claim_text\":\"A pressure-relief cap for a storage vessel comprising a spring-loaded diaphragm configured to open when pressure inside the vessel reaches 18 kPa above ambient and to reseat when that pressure falls below 14 kPa above ambient.\",\"answer_text\":\"Unclear. Paragraph [001] states the claimed headspace thresholds, but paragraph [002] says the reported tests measured pressure at the regulator inlet without measuring the pressure difference to the headspace. The supplied text does not resolve whether the thresholds were established for pressure inside the vessel.\",\"question_text\":\"Does the prior-art document clearly disclose the claimed opening and reseating thresholds as pressures inside the vessel?\",\"cited_evidence\":\"[{\\\"quote_text\\\": \\\"The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient.\\\", \\\"document_locator\\\": \\\"Paragraph [001]\\\", \\\"claim_feature\\\": \\\"The spring-loaded diaphragm and the claimed opening and reseating thresholds measured at vessel headspace pressure.\\\"}, {\\\"quote_text\\\": \\\"For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.\\\", \\\"document_locator\\\": \\\"Paragraph [002]\\\", \\\"claim_feature\\\": \\\"The measurement location for the reported threshold tests, which may differ from the vessel headspace pressure required by the claim.\\\"}]\",\"prior_art_text\":\"Paragraph [001]: The cap uses a spring-loaded diaphragm. It opens when vessel headspace pressure reaches 18 kPa above ambient and reseats once that pressure falls below 14 kPa above ambient. Paragraph [002]: For the threshold tests reported here, pressure was read at the regulator inlet; pressure loss between the inlet and vessel headspace was not measured.\",\"anticipation_conclusion\":\"unclear\",\"correspondence_analysis\":\"Paragraph [001] states the same pressure thresholds and identifies them as vessel headspace pressures, directly matching the claimed feature. Paragraph [002], however, says the reported threshold tests measured pressure at the regulator inlet and did not measure pressure loss to the headspace. The document therefore does not make clear whether the stated thresholds are established values for pressure inside the vessel or inlet readings whose relationship to that pressure is unknown.\"}","MOBIUSI INC","https:\u002F\u002Fstatic.mobiusi.com\u002Fmobiwusi\u002F20250829\u002F7bf4ac62b4533e2b809998a6f1c5491e.png?Expires=1792463130&OSSAccessKeyId=LTAI5tH8MQqhgeiAtrzCHrxM&Signature=v6Tr8jBrdm4s5wU1SnnyGsYg%2Bhw%3D&x-oss-process=image%2Fresize%2Cm_fill%2Cw_35%2Ch_35",[685,691],{"type":686,"title":687,"count_data":688},"bar","Length distribution",[689],{"name":690,"value":483},"1k lower",{"type":692,"title":693,"count_data":694},"pie","Language distribution",[695],{"name":696,"value":483},"English"]