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Patent Assignee Period Rollup

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Summarize patent datasets by observed assignee. Deduplicate patent records, separate date bases, surface conflicting metadata and report batch-scoped portfolio assessments with source evidence.

Pricing

from $24.50 / 1,000 portfolio assessments

Rating

0.0

(0)

Developer

Tim Zinin

Actor stats

Bookmarked

Total users

Monthly active users

a day ago

Last modified

Categories

Business

Automation

You can access the Patent Assignee Period Rollup programmatically from your own applications by using the Apify API. You can also choose the language preference from below. To use the Apify API, you’ll need an Apify account and your API token, found in API & Integrations in Apify Console.

Python

JavaScript

CLI

OpenAPI

HTTP

MCP

1import { ApifyClient } from 'apify-client';
2
3// Initialize the ApifyClient with your Apify API token
4// Replace the '<YOUR_API_TOKEN>' with your token
5const client = new ApifyClient({
6    token: '<YOUR_API_TOKEN>',
7});
8
9// Prepare Actor input
10const input = {
11    "items": [
12        {
13            "recordType": "patent_evidence_record",
14            "schemaVersion": "2.0.0",
15            "found": true,
16            "checkedAt": "2026-09-18T15:19:59.476Z",
17            "observedAt": "2026-09-18T15:19:59.476Z",
18            "patentId": "US12345678B2",
19            "title": "Thermal management system for an energy storage assembly",
20            "patentDate": "2026-07-14",
21            "assignee": "Example Energy Systems Inc.",
22            "url": "https://patents.google.com/patent/US12345678B2/en",
23            "jurisdiction": "US",
24            "recordStatus": "granted",
25            "__source": {
26                "actor": "zinin/patent-monitor",
27                "actorId": "kcLdXz58zRI7SIml5",
28                "runId": "mFJpsRFyQjfHh4zLK",
29                "datasetId": "88yXMBVUNp8tNPliz",
30                "sampleRowIndex": 0,
31                "projection": "Public business-record fields only; observed values unchanged. Added __source is provenance, not upstream payload."
32            }
33        },
34        {
35            "patentId": "US10000000B2",
36            "googlePatentsUrl": "https://patents.google.com/patent/US10000000B2/en",
37            "scrapedAt": "2026-09-23T06:42:42.482Z",
38            "mode": "details",
39            "title": "Coherent LADAR using intra-pixel quadrature detection",
40            "filingDate": "2015-03-10",
41            "publicationDate": "2018-06-19",
42            "grantDate": "2018-06-19",
43            "priorityDate": "2015-03-10",
44            "kindCode": "B2",
45            "countryCode": "US",
46            "type": "PATENT",
47            "status": "GRANT",
48            "assignee": "Raytheon Co",
49            "cpc": [
50                "G",
51                "G01",
52                "G01S",
53                "G01S7/00",
54                "G01S7/48",
55                "G01S7/483",
56                "G01S7/486",
57                "G01S7/4861",
58                "G01S7/4863",
59                "G01S13/00",
60                "G01S13/88",
61                "G01S13/89",
62                "G01S7/4865",
63                "G01S7/491",
64                "G01S7/4912",
65                "G01S7/4913",
66                "G01S7/4914",
67                "G01S7/4917",
68                "G01S17/00",
69                "G01S17/88",
70                "G01S17/89",
71                "G01S17/894"
72            ],
73            "citationsBackward": [
74                "US5093563A",
75                "US5751830A",
76                "US20030076485A1",
77                "WO2005080928A1",
78                "US20060227317A1",
79                "JPS639877A",
80                "US5565982A",
81                "JP3332802B2",
82                "JP3771777B2",
83                "US6934034B2",
84                "JP2005214927A",
85                "US20060227316A1",
86                "US7206062B2",
87                "CN100578261C",
88                "JP5514641B2",
89                "US20130104661A1",
90                "JP2013257302A",
91                "JPWO2014203654A1",
92                "US10000000B2"
93            ],
94            "citationsForward": [
95                "US10845468B2",
96                "US20180172806A1",
97                "US11237252B2",
98                "US20180156897A1",
99                "US20220326355A1",
100                "US12399278B1",
101                "US12399279B1",
102                "US12123950B2",
103                "US12418719B2",
104                "US10873738B2",
105                "US12096121B2",
106                "US11477363B2",
107                "US11838626B2",
108                "US11092690B1",
109                "US11619718B2",
110                "US11243296B2",
111                "US10753736B2",
112                "US11520021B2",
113                "US11933967B2",
114                "US12372318B2",
115                "US12379185B2",
116                "US12379177B2",
117                "US10031215B1",
118                "KR102373926B1",
119                "EP3548840B1",
120                "KR102254466B1",
121                "US11624828B2",
122                "KR102399757B1",
123                "US10502618B2",
124                "US9871339B1",
125                "US10002986B1",
126                "US10422880B2",
127                "DE112018001060T5",
128                "CN110832350B",
129                "EP4246176A3",
130                "CN113260873A",
131                "US11822010B2",
132                "US11415697B2",
133                "CN110456366B",
134                "IL321588A",
135                "US11548433B2",
136                "FR3112397B1",
137                "CN111708024B",
138                "EP4033270A4",
139                "KR102628708B1",
140                "US11740336B2",
141                "US12216209B2",
142                "US12153139B2",
143                "US11567212B2",
144                "CN113406664A",
145                "WO2023191849A2",
146                "US12130363B2",
147                "US12366663B1",
148                "US11592540B1",
149                "US12571914B2"
150            ],
151            "citationsBackwardTotal": 19,
152            "citationsForwardTotal": 55,
153            "__source": {
154                "actor": "khadinakbar/google-patents-scraper",
155                "actorId": "9TNaptxQeIHf8bZNd",
156                "runId": "xiAfEHKEl32fXSeJH",
157                "datasetId": "DlbZZJT6kkyo0Utmq",
158                "sampleRowIndex": 0,
159                "projection": "Public business-record fields only; observed values unchanged. Added __source is provenance, not upstream payload."
160            }
161        },
162        {
163            "patentId": "US10000001B2",
164            "googlePatentsUrl": "https://patents.google.com/patent/US10000001B2/en",
165            "scrapedAt": "2026-09-23T06:42:46.090Z",
166            "mode": "details",
167            "title": "Injection molding machine and mold thickness control method",
168            "filingDate": "2015-12-08",
169            "publicationDate": "2018-06-19",
170            "grantDate": "2018-06-19",
171            "priorityDate": "2014-12-24",
172            "kindCode": "B2",
173            "countryCode": "US",
174            "type": "PATENT",
175            "status": "GRANT",
176            "assignee": "LS Mtron Ltd",
177            "cpc": [
178                "B",
179                "B29",
180                "B29C",
181                "B29C45/00",
182                "B29C45/17",
183                "B29C45/76",
184                "B29C45/64",
185                "B29C45/66",
186                "B29C45/80",
187                "B29C45/661",
188                "G",
189                "G05",
190                "G05B",
191                "G05B19/00",
192                "G05B19/02",
193                "G05B19/18",
194                "G05B19/182",
195                "G05B19/402",
196                "B29C2945/00",
197                "B29C2945/76",
198                "B29C2945/76003",
199                "B29C2945/76083",
200                "B29C2945/76177",
201                "B29C2945/76224",
202                "B29C2945/76227",
203                "B29C2945/76344",
204                "B29C2945/76431",
205                "B29C2945/76494",
206                "B29C2945/76505",
207                "B29C2945/76822",
208                "B29C2945/76866",
209                "B29C45/1751",
210                "B29C45/7653",
211                "G05B2219/00",
212                "G05B2219/30",
213                "G05B2219/45",
214                "G05B2219/45244"
215            ],
216            "citationsBackward": [
217                "JP3276727B2",
218                "US20020022069A1",
219                "US20030039719A1",
220                "KR100512595B1",
221                "US20050098912A1",
222                "US20080211126A1",
223                "US20090026644A1",
224                "US7804268B2",
225                "JP2009208412A",
226                "US20120146260A1",
227                "US9296144B2",
228                "JP2013132796A",
229                "US20140134284A1",
230                "US9022767B2",
231                "US9090016B2",
232                "US9108352B2",
233                "US9566732B2",
234                "CN1428232A",
235                "JP3962725B2",
236                "JP4146381B2"
237            ],
238            "citationsForward": [
239                "US12600071B2",
240                "CN109414860B",
241                "JP6444955B2",
242                "JP6538763B2",
243                "US11850782B2",
244                "CN111703053B"
245            ],
246            "citationsBackwardTotal": 20,
247            "citationsForwardTotal": 6,
248            "__source": {
249                "actor": "khadinakbar/google-patents-scraper",
250                "actorId": "9TNaptxQeIHf8bZNd",
251                "runId": "xiAfEHKEl32fXSeJH",
252                "datasetId": "DlbZZJT6kkyo0Utmq",
253                "sampleRowIndex": 1,
254                "projection": "Public business-record fields only; observed values unchanged. Added __source is provenance, not upstream payload."
255            }
256        }
257    ]
258};
259
260// Run the Actor and wait for it to finish
261const run = await client.actor("zinin/patent-assignee-period-rollup").call(input);
262
263// Fetch and print Actor results from the run's dataset (if any)
264console.log('Results from dataset');
265console.log(`💾 Check your data here: https://console.apify.com/storage/datasets/${run.defaultDatasetId}`);
266const { items } = await client.dataset(run.defaultDatasetId).listItems();
267items.forEach((item) => {
268    console.dir(item);
269});
270
271// 📚 Want to learn more 📖? Go to → https://docs.apify.com/api/client/js/docs

Patent Assignee Period Rollup API in JavaScript

The Apify API client for JavaScript is the official library that allows you to use Patent Assignee Period Rollup API in JavaScript or TypeScript, providing convenience functions and automatic retries on errors.

Install the apify-client

$npm install apify-client

Other API clients include:

Patent Assignee Period Rollup API in Python

Patent Assignee Period Rollup API through CLI

Patent Assignee Period Rollup OpenAPI definition

Patent Assignee Period Rollup API

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