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