| ARCHETYPE ID | openEHR-EHR-CLUSTER.address.v1 |
|---|---|
| Concept | Address |
| Description | Details about the location of a person, physical building or landmark. |
| Use | Use to record details about the location of a person, physical building or landmark as they are known or understood in the course of clinical documentation, often ad hoc or when it is not appropriate or possible to use an address lookup service. Examples include:
The scope of this archetype has been constrained to carry the commonest structured components for identifying a specific physical building or landmark. In this context, a complete address may be described using:
This CLUSTER.address archetype can also be used as a proxy for an address in formal demographic address data when reviewing a template with domain experts - for example, an assessment where reviewers would expect to see the individual's full contact details at the top of the assessment form. |
| Misuse | Not to be used to record a fully structured address, such as described in ISO standards or as part of maintaining an official demographic register or index. Use an address lookup service, a formal Master Patient Index or a Health Provider Index for this purpose, or archetypes based on the openEHR Demographic Information Model. Not to be used to represent digital addresses for use in electronic communication. Use CLUSTER.electronic_communication for this purpose. Not to be used to record details about housing or homelessness. Use the EVALUATION.housing_summary for this purpose. |
| Purpose | To record details about the location of a person, physical building or landmark as they are known or understood in the course of clinical documentation. |
| References | Health Care Client Identification - AS 5017-2006. New South Wales (AU): Standards Australia; 2006. Health Care Provider Identification - AS 4846-2006. New South Wales (AU): Standards Australia; 2006. Health informatics — Identification of subjects of health care - ISO/TS 22220:2007. Geneva: International Organization for Standardization; 2007. HL7 FHIR Resource - Person v4.0.1: R4 [Internet]. Health Level Seven International; [accessed 2021 05 04]. Available from: http://hl7.org/fhir/2021May/person.html. HL7 FHIR Resource - Organization v4.0.1: R4 [Internet]. Health Level Seven International; [accessed 2021 05 04]. Available from: http://hl7.org/fhir/2021May/organization.html |
| Authors | Author name: Heather Leslie Organisation: Atomica Informatics Email: heather.leslie@atomicainformatics.com Date originally authored: 2021-04-14 |
| Other Details Language | Author name: Heather Leslie Organisation: Atomica Informatics Email: heather.leslie@atomicainformatics.com Date originally authored: 2021-04-14 |
| Other Details (Language Independent) |
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| Keywords | address, postal, mailing, home, business, physical, landmark |
| Lifecycle | published |
| UID | 9d44ce81-a4e4-4edc-a828-20f5e4b88af5 |
| Language used | en |
| Citeable Identifier | 1246.145.816 |
| Revision Number | 1.1.3 |
| items | |
| Address line | Address line: An unstructured address line representing all relevant street-level or post-box details that would support the identification of a location. Occurrences for this data element is set to 0..* to allow one or more free text 'Address line' data elements to represent the huge variety of ways that ‘street-level' details may need to be recorded within the context of a specified 'Town'. Multiple address lines can be represented in a template, renamed as 'Address line 1', 'Address line 2,' etc. For example: '7A/52 Davis Street' or 'Apartment 7A' as Address line 1 with '52 Davis Street' as Address line 2; a roadside mail box location, such as 'RMB 725, Princes Highway'; or using a descriptive landmark, such as or 'Corner of Smith & Brown Streets' or 'Second house north of the general store with the red door'. |
| City/Town | City/Town: The name of the lowest level locality that contains the address. For example: suburb, town, city, settlement, village, or community. Coding with an external terminology is preferred, where possible. For example: 'Fitzroy'; 'Manchester'; 'Kingston' or 'Bergen'. |
| District/County | District/County: The name of a local government district or geographical area that contains the address. Coding with an external terminology is preferred, where possible. For example: 'Surf Coast' and 'Yarra' local government councils in Victoria, Australia;and the Parishes of 'Saint Andrew' and 'Kingston' in Jamaica.. |
| State/Territory/Province | State/Territory/Province: The name of a major government district or geographical area that contains the address. Coding with an external terminology is preferred, where possible. For example: 'New South Wales' and 'Queensland' in Australia; 'British Columbia' and 'Nova Scotia' in Canada; and the Counties of 'Cornwall', 'Middlesex' & 'Surrey' in Jamaica. |
| Postal code | Postal code: The code for a postal delivery area containing the address, as defined by the relevant postal delivery service. Also known as a postcode or ZIP code. |
| Country | Country: The name of the country containing the address. For example: Australia; Canada; Jamaica; or Norway. Coding with an external terminology, such as EN ISO 3166–1 Alpha 2 country code, is recommended. |
| Structured address | Structured address: Structured details or extensions to the address. For example: to represent a structured, fine-grained address, or be used as standardised concepts that can be concatenated together to consistently construct a single 'Address line'. Include: openEHR-EHR-CLUSTER.structured_ |
| Geolocation code | Geolocation code: Unique identifier that represents a precise geographical location. Also known as a geocode. For example: GPS coordinates concatenating longitude, latitude +/-altitude; Open Location Code or Plus Code; Universal Transverse Mercator (UTM); and geohash. |
| Latitude | Latitude: Horizontal (y) coordinate of a geolocation for the address. Latitude is represented by positive values north of the equator and negative values south of the equator. For example the latitude of the Eiffel Tower is 48.858093. Property: Angle, plane Units: -90.0..90.0 ° Limit decimal places: 6 |
| Longitude | Longitude: Horizontal (x) coordinate of a geolocation for the address. Longitude is represented by negative values west of Prime Meridian and positive values east of Prime Meridian. For example the longitude of the Eiffel Tower is 2.294694. Property: Angle, plane Units: -180.0..180.0 ° Limit decimal places: 6 |
| Altitude | Altitude: The vertical coordinate of a geolocation representing height or depth of the address. For example, the altitude of the top of the Eiffel Tower is +324m. Property: Length Units: m Limit decimal places: 2 |
| Map URL | Map URL: Link to a location on an online map. For example: a location on a Google or iOS map. |
| Type | Type: The type of address. For example: physical or postal. Choice of:
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| Use | Use: The primary purpose or use for the address. Choice of:
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| Comment | Comment: Additional narrative about the address not captured in other fields. |
| Other contributors | Dag Aarhus, Vestre Viken HF, Norway Vebjørn Arntzen, Oslo University Hospital, Norway (openEHR Editor) Astrid Askeland, Dips AS, Norway Silje Ljosland Bakke, Helse Vest IKT AS, Norway (openEHR Editor) Keisha Barwise, MOHW/IDB HSSP Project, Jamaica SB Bhattacharyya, Bhattacharyyas Clinical Records Research & Informatics LLP, India Yexuan Cheng, 浙江大学, China Candice de Lisser, Ministry of Health and Wellness, Jamaica Ludvig Eek Hofmann, Cambio Healthcare Systems AB, Sweden Valborg Ellingsen, Haraldsplass Diakonale sykehus, Norway Heather Grain, Llewelyn Grain Informatics, Australia Martin Grundberg, Cambio Healthcare Systems, Sweden Mikkel Johan Gaup Grønmo, Regional forvaltning EPJ, Helse Nord, Norway (openEHR Editor) Rebecka Hansson, Cambio Healthcare Systems AB, Sweden Anca Heyd, DIPS ASA, Norway Joost Holslag, Nedap, Netherlands Evelyn Hovenga, EJSH Consulting, Australia Gunnar Jårvik, Helse Vest IKT AS, Norway Gunn-Lisbeth Kleiven, Oslo universitetssykehus HF, Norway Shinji Kobayashi, National Institute of Public Health, Japan Kanika Kuwelker, Helse Vest IKT, Norway Jörgen Kuylenstierna, eWeave AB, Sweden Liv Laugen, Oslo University Hospital, Norway, Norway (openEHR Editor) Heather Leslie, Atomica Informatics, Australia (openEHR Editor) Lars Morgan Karlsen, Nordlandssykehuset Bodø, Norway Mikael Nyström, Cambio Healthcare Systems AB, Sweden Jayashree Panickar, Karolinska Institute, Sweden Erik Skjemstad, Helse Nord RHF, Norway Natalia Strauch, Medizinische Hochschule Hannover, Germany Norwegian Review Summary, Norwegian Public Hospitals, Norway Nyree Taylor, Ocean Health Systems, Australia Anders Thurin, VGR, Sweden John Tore Valand, Helse Bergen, Norway (openEHR Editor) Marit Alice Venheim, Helse Vest IKT, Norway (openEHR Editor) Ina Wille, Helse-Vest RHF, Norway |
| Translators |
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