Patent Description:
Vehicle occupants come in many different shapes and sizes, and commonly, vehicles of today offer the ability to adjust adjustable vehicle components - such as e.g. seat position(s), seat belt position(s), mirror position(s), airbag position(s), steering wheel position(s), display position(s) etc. - to suit different body proportions.

For instance, an internal and/or external e.g. camera may capture body parameters of a vehicle occupant or potential vehicle occupant, and said body parameters may then be utilized for adjusting adjustable vehicle components.

<CIT>, for instance, relates to determining a body parameter of a person, e.g. a body height or leg length of a future occupant of a vehicle, and further discloses how said body parameter may be used for adjusting an adjustable component of the vehicle such as e.g. a position of a seat or steering wheel. However, although <CIT> is set out to determine body parameters of a future vehicle occupant, even when the body of said vehicle occupant is obscured by clothes, there is still room for improvements and/or alternative solutions when it comes to obtaining body parameters of a person, for instance of a potential vehicle occupant.

Document <CIT> discloses <NUM> a method for supporting obtaining of human body parameters of a person by determining capturing conditions.

It is therefore an object of embodiments herein to provide an approach for supporting obtaining of body parameters of a person, such as a potential vehicle occupant, in an improved and/or alternative manner.

According to a first aspect of embodiments herein, the object is achieved by a method according to claim <NUM>.

According to a second aspect of embodiments herein, the object is achieved by a body parameters supporting system according to claim <NUM>.

According to a third aspect of embodiments herein, the object is achieved by a vehicle comprising the discussed body parameters supporting system.

According to a fourth aspect of embodiments herein, the object is achieved by a computer program product comprising a computer program containing computer program code means arranged to cause a computer or a processor to execute the steps of the discussed body parameters supporting system, stored on a computer-readable medium or a carrier wave.

Thereby, there is introduced an approach according to which measures are provided to assist in obtaining human body dimensions and/or proportions, e.g. of a potential vehicle occupant. That is, since there is determined with input from one or more surrounding detecting sensors adapted to capture a surrounding exterior of the vehicle, one or more body parameters capturing conditions for a person present outside the vehicle, there may be established prevailing conditions for capturing body parameters of a human in the field of view of at least a first sensor adapted to sense a surrounding outside the vehicle. In other words, a check is carried out of circumstances e.g. obstructions for obtaining body parameters of a person. Subsequently it may be derived from the body parameters capturing conditions for instance whether one or more body parameters are not possible to capture, obtain and/or determine, and/or whether one or more body parameters are not possible to capture, obtain and/or determine to an extent deemed sufficient. Moreover, that is, since there is communicated one or more instruction signals indicating one or more body motion and/or obstruction removal instructions, wherein the one or more instruction signals are determined in consideration of counteracting, changing and/or overcoming at least one of the one or more body parameters capturing conditions, the body parameters supporting system may provide guidance prompting the person to perform body motion(s) and/or obstruction(s) removal as a measure to counteract, change and/or overcome prevailing circumstances, which circumstances for instance may be deemed unsatisfying and/or insufficient, for capturing body parameter(s). Accordingly, the person may be guided how to move, act and/or behave - and/or which potential obstruction(s) to remove - to improve the circumstances under which body parameters with support from the one or more surrounding detecting sensors may be obtained and/or determined. Thus, provided that the person at least partly follows at least one of the one or more instructions, body parameter(s) which were previously not possible to obtain and/or determine - and/or not possible to obtain and/or determine sufficiently - may then potentially be obtainable and/or determinable.

For that reason, an approach is provided for in an improved and/or alternative manner support obtaining of body parameters of a person, such as of a potential vehicle occupant.

The technical features and corresponding advantages of the above mentioned method will be discussed in further detail in the following.

In the following, according to embodiments herein which relate to supporting obtaining of body parameters of a person, there will be disclosed an approach according to which measures are provided to assist in obtaining human body dimensions and/or proportions, for instance of a potential vehicle occupant.

Referring now to the figures and <FIG> in particular, there is depicted a schematic view of an exemplifying body parameters supporting system <NUM> of a vehicle <NUM> according to embodiments of the disclosure. The body parameters supporting system <NUM> is adapted for supporting obtaining of body parameters of a person <NUM>. The exemplifying person <NUM> may refer to any arbitrary person, and for instance be represented by a potential driver and/or passenger of the vehicle <NUM>. The person <NUM> may further be an authorized person, authorized to have access to the vehicle <NUM> for instance via an optional electronic user device <NUM> adapted to communicate with the vehicle <NUM> in a known manner such as via Bluetooth and/or via a commonly known remote automotive cloud, server and/or back-end system. The optional electronic user device <NUM> may refer to any arbitrary electronic user device supporting communication with the vehicle <NUM>, and for instance be represented by a smartphone, tablet etc., or equivalents and/or successors thereof. The vehicle <NUM>, on the other hand, may for instance be represented by a passenger car, whereas a body parameter for instance may be represented by an arm length, a leg length, a body height, an eye position, a torso length, etc..

The expression "body parameters supporting system" may refer to "body parameters obtaining system", "body parameters determining system" and/or "body parameters assisting system", whereas "of" a vehicle may refer to "comprised in" a vehicle. The referred to "vehicle" may be represented by any arbitrary vehicle, for instance an enginepropelled vehicle, such as e.g. a car, truck, lorry, van, tractor and/or bus. "Vehicle" may further refer to "autonomous and/or at least partly autonomous vehicle". The expression "supporting" obtaining of body parameters may refer to "assisting in" and/or "enabling" obtaining of body parameters, whereas "for supporting" obtaining if body parameters according to an example may refer to "for guiding and/or instructing a person through" obtaining of body parameters. According to another example, the expression "for supporting obtaining of body parameters of a person" may refer to "for supporting obtaining of and/or determination of body parameters of a person and adjustment of adjustable vehicle components based thereon". The expression "obtaining of" body parameters may refer to "determination of" and/or "deriving" body parameters, and further to "obtaining of one or more" body parameters. "Body" parameters, on the other hand, may refer to "human body" parameters, whereas body "parameters" may refer to body "proportions", "dimensions" and/or "limb(s) lengths". The expression body parameters of a "person" may refer to body parameters of a "potential and/or future vehicle occupant", "vehicle occupant", "driver", "passenger", "person associated with the vehicle", "identified person", "authorized person" and/or "person authorized via an electronic user device associated with the person".

The body parameters supporting system <NUM> is - by means of a conditions determining unit <NUM> (shown in <FIG>) - with input from one or more surrounding detecting sensors <NUM> adapted to capture a surrounding exterior of the vehicle <NUM>, adapted for determining one or more body parameters capturing conditions for a person <NUM> present outside the vehicle <NUM>. Thereby, there may be established prevailing conditions for capturing body parameters of a human in the field of view of at least a first sensor <NUM> adapted to sense a surrounding outside the vehicle <NUM>. In other words, a check is carried out of circumstances e.g. obstructions for obtaining body parameters of a person <NUM>. Subsequently it may be derived from the body parameters capturing conditions for instance whether one or more body parameters are not possible to capture, obtain and/or determine, and/or whether one or more body parameters are not possible to capture, obtain and/or determine to an extent deemed sufficient.

The one or more body parameters capturing conditions comprise at least one of a body position, a body and/or limb posture, a body and/or limb obstruction, a disturbing obstacle, a weather condition, and a light condition. Thereby, sufficient conditions which may affect obtaining and/or determination of body parameters may be determined and subsequently considered and/or analysed. For instance, a geographical position of the person <NUM> may be insufficient for obtaining and/or determining body parameters of said person <NUM>, the person <NUM> may e.g. be standing too far away from or too close to the one or more surrounding detecting sensors <NUM>, and/or at an insufficient angle relative thereto <NUM>. In a similar manner, a body posture and/or body limb posture of the person <NUM> may be insufficient for obtaining and/or determining body parameters of said person <NUM>, said posture may e.g. disable certain body parameters from being obtainable and/or determinable such as e.g. a leg length should the person <NUM> bend his/her knee(s). Similarly, a body obstruction and/or body limb obstruction, such as e.g. a piece of clothing such as a coat, a bag, a hat etc., may disable sufficient obtaining and/or determining of body parameters of the person <NUM>, whereas a disturbing obstacle such as e.g. an obstacle and/or another person in the background - and/or a piece of clothing of a disadvantaged colour and/or pattern worn by the person <NUM> - in a similar manner may disable sufficient obtaining and/or determining of body parameters of the person <NUM>. Similarly, a weather condition such as e.g. rain and/or snow may disable sufficient obtaining and/or determining of body parameters of the person <NUM>, whereas a light condition such as e.g. glare and/or insufficient ambient light etc. in a similar manner may disable sufficient obtaining and/or determining of body parameters of the person <NUM>. The expression "body position" may refer to "geographical body position", "insufficient body position", "body position of the person" and/or "body position relative the vehicle and/or at least one of the one or more surrounding detecting sensors", whereas "body and/or limb posture" may refer to "body and/or limb standing position", "insufficient body and/or limb posture" and/or "body and/or limb posture of the person". "Body and/or limb obstruction", on the other hand, may refer to "body and/or limb obstruction disturbing and/or interfering with obtaining and/or determining body parameters of the person" and/or "item, clothing, object and/or obstacle obstructing at least a portion of a limb and/or the body of the person", whereas "disturbing obstacle" may refer to "disturbing surrounding obstacle" and/or "surrounding obstacle and/or object disturbing and/or interfering with obtaining and/or determining body parameters of the person". The expression "weather condition" may refer to "weather obstruction", "weather-related obstruction", "obstructing weather condition" and/or "weather disturbing and/or interfering with obtaining and/or determining body parameters of the person", whereas "light condition" may refer to "ambient light condition", "insufficient light condition", "light-related obstruction" and/or "light condition disturbing and/or interfering with obtaining and/or determining body parameters of the person".

Determining one or more body parameters capturing conditions with input from the surrounding detecting sensor(s) <NUM> may be accomplished for instance by analyzing captured data - e.g. image data - associated with the person, derived from data captured by the surrounding detecting sensor(s) <NUM>. The one or more surrounding detecting sensors <NUM> adapted to capture a surrounding exterior of the vehicle <NUM> may refer to any arbitrary surrounding detecting sensors commonly known in the art, and accordingly, said sensor(s) <NUM> may refer to commonly known sensors adapted to capture a surrounding exterior of the vehicle <NUM>, such as e.g. one or more cameras, radars, LIDARS, etc. The one or more surrounding detecting sensors <NUM> may be positioned in any arbitrary manner considered relevant to capture a surrounding - and/or at least a portion of a surrounding - exterior of the vehicle <NUM>, and for instance be comprised in and/or be attached to the vehicle <NUM>, such as e.g. the front thereof <NUM>.

The expression "determining" with input from one or more surrounding detecting sensors may refer to "deriving", "analyzing" and/or "calculating" with input from one or more surrounding detecting sensors, whereas "with input from" one or more surrounding detecting sensors may refer to "with support from" and/or "using" one or more surrounding detecting sensors. "Input", on the other hand, may refer to "data" and/or "captured data", whereas "surrounding detecting sensors" may refer to "environment detecting sensors", "surrounding capturing sensors" and/or "surrounding detecting subsystems". The expression surrounding detecting sensors adapted to "capture" a surrounding exterior of the vehicle may refer to surrounding detecting sensors adapted to "sense" a surrounding exterior of the vehicle, whereas "a surrounding" may refer to "at least a portion of a surrounding". Surrounding "exterior of" the vehicle, on the other hand, may refer to surrounding "outside" and/or "external" the vehicle. The expression body parameters "capturing" conditions may refer to body parameters "prevailing capturing", "obtaining" and/or "determining" conditions, whereas body parameters capturing "conditions" may refer to body parameters capturing "obstructions", "circumstances" and/or "difficulties". "For" a person, on the other hand, may refer to "in relation to" and/or "in view of" a person, whereas "present outside" the vehicle may refer to "present in vicinity of" and/or "present in a field of view of at least one of the one or more surrounding detecting sensors of" the vehicle.

The body parameters supporting system <NUM> is - by means of a instructions communicating unit <NUM> (shown in <FIG>) - adapted for communicating one or more instruction signals <NUM> indicating one or more body motion and/or obstruction removal instructions, wherein the one or more instruction signals <NUM> are determined in consideration of counteracting, changing and/or overcoming at least one of the one or more body parameters capturing conditions. Thereby, by establishing instruction signal(s) <NUM> based on the previously established prevailing conditions for obtaining and/or determining body parameters of the person <NUM>, and subsequently providing the instruction signal(s) <NUM>, guidance may be provided by the body parameters supporting system <NUM> indicating how the person <NUM> may move, act and/or behave to improve the circumstances for capturing body parameters of said person <NUM>. Subsequently, guidance is provided prompting the person <NUM> to perform body motion(s) and/or obstruction(s) removal as a measure to counteract, change and/or overcome prevailing circumstances, which for instance may be deemed unsatisfying and/or insufficient, for capturing body parameter(s). Accordingly, the person <NUM> may be guided how to move, act and/or behave - and/or which potential obstruction(s) to remove - to improve the circumstances under which body parameters with support from the one or more surrounding detecting sensors <NUM> may be obtained and/or determined. Thus, provided that the person <NUM> at least partly follows at least one of the one or more instructions, body parameter(s) which were previously not possible to obtain and/or determine - and/or not possible to obtain and/or determine sufficiently - may then potentially be obtainable and/or determinable.

The one or more instructions signals comprise at least one of a geographical motion instruction, a body limb motion instruction, a body rotation instruction, and/or an obstruction removal instruction. Thereby, sufficient instructions may be communicated and subsequently potentially followed by the person <NUM> to accomplish improved obtaining and/or determination of body parameters. For instance, a geographical motion instruction may comprise an instruction aimed at the person <NUM> to move to a specific and/or specified geographical position deemed suitable for capturing and/or determining body parameters, such as e.g. at a specific distance from - and/or angle towards - one or more of the one or more surrounding detecting sensors <NUM>, to thereby enable improved obtaining and/or determining of body parameters of said person <NUM>. Additionally or alternatively, a geographical motion instruction may comprise an instruction aimed at the person <NUM> to move out of rainy and/or snowy weather, and/or move away from a disturbing obstacle e.g. in the background, to thereby enable improved obtaining and/or determining of body parameters of said person <NUM>. In a similar manner, a body limb motion instruction may comprise an instruction aimed at the person <NUM> to reposition a limb, such as e.g. straightening and/or holding out a leg or arm, in a manner deemed suitable for capturing relevant body parameters, to thereby enable improved obtaining and/or determining of body parameters of said person <NUM>. Similarly, a body rotation instruction may comprise an instruction aimed at the person <NUM> to at least partially rotate his or her body, to thereby enable improved obtaining and/or determining of body parameters of said person <NUM>. In a similar manner, an obstruction removal instruction may comprise an instruction aimed at the person <NUM> to remove and/or reposition e.g. an obstacle, clothing, item, bag and/or object blocking and/or obstructing at least a portion of the person <NUM> and/or disturbing and/or interfering with obtaining body parameters of the person such as e.g. an object in the background.

The one or more instruction signals <NUM> may be communicated in any arbitrary manner deemed suitable for the situation at hand. The expression "communicating" one or more instruction signals may refer to "providing", "transmitting", "emitting", "signalling", "initiating" and/or "performing" one or more instruction signals, whereas "instruction" signals may refer to "guidance" and/or "reposition" signals. "One or more instruction signals", on the other hand, may refer to "instruction data", "instruction output" and/or "instruction information". Moreover, "instruction signals" may refer to "instruction signals relevant for the person" and/or "instructions signals to prompt the person to perform one or more body motions". The expression instruction signals "indicating" one more body motion and/or obstruction removal instructions, on the other hand, may refer to instruction signals "indicative of", "corresponding to", "comprising" and/or "signalling" one or more body motion and/or obstruction removal instructions, whereas instruction signals "indicating one or more body motion and/or obstruction removal instructions" may refer to instruction signals "prompting the person to perform one or more body motions and/or obstruction removals". The expression body "motions" may refer to body "motions and/or movements", whereas "body" motions may refer to "body and/or body limb(s)" motions. Similarly, the expression "obstruction" removal may refer to "item, clothing and/or obstacle" removal, whereas obstruction "removal" may refer to obstruction "removal, rearrangement and/or elimination". "Determined" in consideration of counteracting, changing and/or overcoming may refer to "derived", "selected" and/or "defined" in consideration of counteracting, changing and/or overcoming, whereas "in consideration of" counteracting, changing and/or overcoming may refer to "based on", "with the attempt to", "to correspond to the one or more instruction signals for" and/or "to instruct and/or prompt the person to perform one or more body motions and/or obstruction removals for" counteracting, changing and/or overcoming.

Communicating the one or more instruction signals <NUM> comprises transmitting the one or more instruction signals <NUM> to an electronic user device <NUM> associated with the person <NUM>. Thereby, and as further shown in <FIG>, via a display <NUM> and/or one or more loud speakers (not shown) of a user device <NUM>, guidance may be provided represented by one or more instructions indicating how the person <NUM> may move, act and/or behave to improve the circumstances for capturing body parameters of said person <NUM>. Subsequently, represented by suggestive instructions provided via said display <NUM> and/or said one or more loud speakers, representative guidance may be provided via the user device <NUM>, derived from the transmitted one or more instruction signals <NUM>, prompting the person <NUM> to perform body motion(s) and/or obstruction(s) removal as a measure to counteract, change and/or overcome prevailing circumstances, which for instance may be deemed unsatisfying and/or insufficient, for capturing body parameter(s). Accordingly, the person <NUM> may be guided via the user device <NUM> how to move, act and/or behave - and/or which potential obstruction(s) to remove - to improve the circumstances under which body parameters with support from the one or more surrounding detecting sensors <NUM> may be obtained and/or determined. Thus, provided that the person <NUM> at least partly follows at least one of the one or more instructions provided via the user device <NUM>, body parameter(s) which were previously not possible to obtain and/or determine - and/or not possible to obtain and/or determine sufficiently - may then potentially be obtainable and/or determinable.

Transmitting the one or more instruction signals <NUM> to the user device <NUM> associated with the person <NUM> may be accomplished in any arbitrary manner known in the art, e.g. directly from the vehicle <NUM> to the user device <NUM> and/or via the remote automotive cloud, server and/or back-end system discussed above.

The expression "transmitting" the one or more instruction signals may refer to "providing" and/or "transmitting wirelessly" the one or more instruction signals, and according to an example further to "authenticating the person and transmitting" the one or more instruction signals. Such an exemplifying "authenticating" may be accomplished in any arbitrary manner known in the art, for instance in a known manner via the user device and/or software and/or an application running thereon, and/or via the remote automotive cloud, server and/or back-end system discussed above. The expression user device "associated with the person", on the other hand, may refer to user device "via which the person is authenticated" and/or user device "carried by and/or deemed to be carried by the person.

Communicating the one or more instruction signals <NUM> comprise emitting - with support from one or more optional light emitting devices <NUM> and/or sound emitting devices <NUM> of the vehicle <NUM> - a light output and/or a sound output representing the one or more instruction signals <NUM>. Thereby, by means of at least a first light emitting device <NUM> and/or sound emitting device <NUM> of the vehicle <NUM>, guidance may be provided represented by a light output and/or sound output indicating how the person <NUM> may move, act and/or behave to improve the circumstances for capturing body parameters of said person <NUM>. Subsequently, represented by suggestive light output and/or sound output, representative guidance may be provided from the vehicle <NUM> prompting the person <NUM> to perform body motion(s) and/or obstruction(s) removal as a measure to counteract, change and/or overcome prevailing circumstances, which for instance may be deemed unsatisfying and/or insufficient, for capturing body parameter(s). Accordingly, the person <NUM> may be guided by means of a light output and/or sound output from the vehicle <NUM> how to move, act and/or behave - and/or which potential obstruction(s) to remove - to improve the circumstances under which body parameters with support from the one or more surrounding detecting sensors <NUM> may be obtained and/or determined. Thus, provided that the person <NUM> at least partly follows at least one of the one or more instructions emitted by the one or more light emitting devices <NUM> and/or sound emitting devices <NUM>, body parameter(s) which were previously not possible to obtain and/or determine - and/or not possible to obtain and/or determine sufficiently - may then potentially be obtainable and/or determinable.

The light emitting device(s) <NUM> may refer to any arbitrary light emitting device(s) mounted to and/or comprised in the vehicle <NUM>, such as for instance commonly known light sources, head lamps and/or lights e.g. provided in the front of the vehicle <NUM>. Said light emitting device(s) <NUM> may according to an example comprise one or more lasers, and moreover further together with e.g. DLP (digital light processing) technologies enabling for creating and/or projecting text, icons and/or moving animations. Additionally or alternatively, the light emitting device(s) <NUM> may comprise a plurality of commonly known LEDs (light emitting diodes) adapted for emitting light which may be seen outside the vehicle such as in front of said vehicle <NUM>. Similarly, the exemplifying optional referred to sound emitting device(s) <NUM> may refer to any arbitrary sound emitting device(s) mounted to and/or comprised in the vehicle <NUM>, such as for instance commonly known loud speakers adapted for emitting sound(s) which may be heard outside the vehicle <NUM> such as in front of said vehicle <NUM>. The referred to "a light output" may refer to "light indication(s)", "a light sequence" and/or "light symbol(s) corresponding to at least one of the one or more instruction signal(s)", such as for instance an arrow, animation and/or a light sequence formed e.g. by the exemplifying LEDs and/or lasers to guide the person <NUM> to perform body motion(s) and/or obstruction(s) removal in accordance therewith. Similarly, the referred to "a sound output" may refer to "sound instruction(s)", "a sound sequence" and/or "voice and/or speech instruction(s) corresponding to at least one of the one or more instruction signal(s)", such as for instance a voice instruction to guide the person <NUM> to perform body motion(s) and/or obstruction(s) removal in accordance therewith.

The body parameters supporting system <NUM> may - by means of an optional suitable position determining unit <NUM> (shown in <FIG>) - be adapted for determining a geographical position <NUM> suitable for capturing body parameters of the person <NUM>. The body parameters supporting system <NUM> may then further - by means of an optional movement instruction communicating unit <NUM> (shown in <FIG>) - be adapted for communicating a movement instruction signal <NUM> indicating a movement instruction corresponding to the suitable position <NUM>. Thereby, by establishing an appropriate geographical position <NUM> deemed suitable for the person <NUM> to be standing and/or be located for obtaining of and/or determination of body parameters, and providing an instruction <NUM> corresponding to said position <NUM>, the person <NUM> may be guided thereto <NUM>.

The suitable position <NUM> may be any arbitrary position deemed suitable for capturing and/or determination of body parameters of the person <NUM>, and may for instance refer to a position <NUM> a few metres in front of the vehicle <NUM> to suit capturing of body parameters by one or more surrounding detecting sensors <NUM> comprised in e.g. a grill of the vehicle <NUM>. The movement instruction signal <NUM> may be communicated in any arbitrary manner deemed suitable for the situation at hand. For instance, communicating the movement instruction signal <NUM> may comprise transmitting the movement instruction signal <NUM> to the electronic user device <NUM> discussed above. Thereby, and as further shown in <FIG>, via the display <NUM> and/or the one or more loud speakers (not shown) of the user device <NUM>, guidance may be provided represented by a movement instruction indicating the position <NUM> - and/or how to get to the position <NUM> - deemed suitable for obtaining and/or determining body parameters. Subsequently, represented by one or more suggestive instructions provided via said display <NUM> and/or said one or more loud speakers, representative guidance may be provided via the user device <NUM>, derived from the transmitted movement instruction signal <NUM>, prompting the person <NUM> to move to and/or how to get to the suitable position <NUM>. Thus, provided that the person <NUM> follows the movement instructions provided via the user device <NUM>, body parameter(s) may then potentially be obtainable and/or determinable.

Communicating the movement instruction signal <NUM> comprise emitting - with support from the one or more optional light emitting devices <NUM> and/or the one or more sound emitting devices <NUM> of the vehicle discussed above - a light output and/or a sound output representing the movement instruction signal <NUM>. Thereby, by means of at least a first light emitting device <NUM> and/or sound emitting device <NUM> of the vehicle <NUM>, guidance may be provided represented by a light output and/or sound output indicating the position <NUM> - and/or how to get to the position <NUM> - deemed suitable for obtaining and/or determining body parameters. Subsequently, represented by suggestive light output and/or sound output emitted from at least one of the one or more light emitting devices <NUM> and/or at least one of the one or more sound emitting devices <NUM>, representative guidance may be provided from the vehicle <NUM>, derived from the transmitted movement instruction signal <NUM>, prompting the person <NUM> to move to and/or guiding the person <NUM> how to get to the suitable position <NUM>. Thus, provided that the person <NUM> follows the movement instructions provided via the one or more light emitting devices <NUM> and/or the one or more sound emitting devices <NUM> of the vehicle <NUM>, body parameter(s) may then potentially be obtainable and/or determinable. The referred to "a light output" may refer to "light indication(s)", "a light sequence" and/or "light symbol(s) corresponding to the movement instruction signal", such as for instance an arrow, animation and/or a light sequence formed e.g. by the exemplifying LEDs and/or lasers to guide the person to the suitable position. Similarly, the referred to "a sound output" may refer to "sound instruction(s)", "a sound sequence" and/or "voice and/or speech instruction(s) corresponding to the movement instruction signal", such as for instance a voice instruction to guide the person <NUM> to the suitable position.

The expression "determining" a geographical position may refer to "determining with input from at least one of the one or more surrounding detecting sensors" a geographical position, whereas "geographical position" may refer to "geographical position in vicinity of the vehicle and/or in a field of view of at least one of the one or more surrounding detecting sensors". "Position suitable" for capturing body parameters of the person, on the other hand, may refer to "position deemed suitable" and/or "position relevant for" capturing body parameters of the person, whereas "capturing" body parameters of the person may refer to "determining" and/or "obtaining" body parameters of the person. The expression "communicating" a movement instruction signal may refer to "providing", "transmitting", "emitting", "signalling", "initiating" and/or "performing" a movement instruction signal, whereas "movement instruction" signal may refer to "movement guidance" and/or "suitable position guidance" signal. Moreover, "movement instruction signal" may refer to "movement instruction signal relevant for the person" and/or "instruction signal to prompt the person to move to the suitable position". The expression movement instruction signal "indicating" a movement instruction corresponding to the suitable position, on the other hand, may refer to movement instruction signal "indicative of", "corresponding to", "comprising" and/or "signalling" a movement instruction corresponding to the suitable position, whereas movement instruction signal "indicating a movement instruction corresponding to the suitable position" may refer to movement instruction signal "prompting the person to move to the suitable position".

The body parameters supporting system <NUM> is further - by means of an optional light indication communicating unit <NUM> (shown in <FIG>) adapted for communicating with support from one or more light emitting devices <NUM> of the vehicle, a light indication <NUM> on the ground corresponding to the suitable position <NUM>. Thereby, a light indication <NUM> directed to the ground may indicate the determined position <NUM> suitable for the person <NUM> to be standing and/or be located for obtaining of and/or determination of body parameters, thus providing guidance thereto <NUM>. That is, by means of at least a first light emitting device <NUM>, guidance may be provided represented by a light indication <NUM> on the ground indicating said suitable position <NUM>. Subsequently, represented by a ground-directed light indication <NUM> emitted from at least one of the one or more light emitting devices <NUM>, representative guidance may be provided - derived from the transmitted movement instruction signal <NUM> - by pointing out the suitable position <NUM>. Thus, provided that the person <NUM> moves to the light indication <NUM>, body parameter(s) may then potentially be obtainable and/or determinable.

The ground-provided light indication <NUM> may be of any arbitrary shape and/or dimensions, for instance have the shape of a circle, oval, cross, square, rectangle, dot, pair of feet, etc. The expression "communicating" with support from one or more light emitting devices may refer to "emitting", "projecting", "providing", "indicating" and/or "signalling" with support from one or more light emitting devices, whereas "light indication" may refer to "light marking(s) and/or projection(s)" and/or "lit up section and/or area". The expression "corresponding to" the suitable position, on the other hand, may refer to "reflecting", "marking out" and/or "pointing out" the suitable position.

The body parameters supporting system <NUM> is by means of the body parameters determining unit <NUM> (shown in <FIG>) - adapted for determining with input from the one or more surrounding detecting sensors <NUM> one or more body parameters of the person <NUM>. Thereby, one or more body parameters of the person <NUM> may be determined, and potentially subsequently be used for adjusting - and/or initiating adjustment of - one or more adjustable components <NUM> of the vehicle <NUM>, such as for instance an exemplifying exterior mirror position.

Determining one or more body parameters of the person <NUM> may be accomplished in any arbitrary manner commonly known in the art, for instance by analysing data, e.g. image data, associated with the person <NUM> captured by the one or more surrounding detecting sensors <NUM>. Similarly, potentially adjusting one or more adjustable components <NUM> of the vehicle <NUM> may be accomplished in any arbitrary known manner, for instance may one or more determined body parameters be communicated to one or more applicable adjustable components <NUM> and/or to electronic control unit(s) associated therewith <NUM> for utilization and/or implementation thereof. An adjustable component <NUM> may for instance be represented by and/or comprise one or more of: a seat cushion position, seat cushion length, neck rest position, seat belt position, back rest angle including optional side supports, back rest angle upper part, power lumbar support, pedal position, steering wheel position, interior mirror positon, exterior mirrors' position, gear shifter position, position of head-up display projection on windscreen, position of other displays, positon of controls for media, climate, navigation etc., position of control located on steering wheel, position of arm support, position of up holder, direction of AC (air conditioning) output, sunblind, settings for a deployable airbag and opening angle of tailgate.

The expression "determining" with input from one or more surrounding detecting sensors may refer to "deriving" with input from one or more surrounding detecting sensors, whereas "with input from" one or more surrounding detecting sensors may refer to "with support from" and/or "with input derived from" the one or more surrounding detecting sensors.

The body parameters supporting system <NUM> may - by means of an optional session initiating unit <NUM> (shown in <FIG>) - be adapted for receiving a session initiating signal <NUM> requesting the body parameters supporting system <NUM> to initiate a body parameters obtaining session. Thereby, a session may be initiated for providing instructions and/or guidance aimed at the person <NUM> for - and/or for instructing and/or guiding a person <NUM> through a process of - obtaining of and/or determination of body parameters as described above, and as will be further described in conjunction with Actions <NUM>-<NUM> of <FIG>.

The session initiating signal <NUM> may be received in any arbitrary known manner, for instance - and as shown in <FIG> - from the optional user device <NUM> described above, and/or from a manual initiation e.g. via a user interface such as a display and or button (not shown) of the vehicle <NUM>.

The expression "receiving" a session initiating signal may refer to "deriving" a session initiating signal and/or "receiving from an electronic user device" a session initiating signal. "Session initiating" signal, on the other hand, may refer to "guiding initiating" signal, "session initiating instruction" signal and/or "instruction(s) provision initiating" signal whereas session initiating "signal" may refer to session initiating "data" and/or "information". The expression "requesting the body parameters supporting system to initiate" a body parameters obtaining session may refer to "initiating" a body parameters obtaining session, whereas "a body parameters obtaining session" may refer to "body parameters obtaining session for a person", "instruction(s) provision", "communicating guiding instruction(s)" and/or "communicating instruction(s) relevant for the person for obtaining of and/or determining of body parameters".

The body parameters supporting system <NUM> may - by means of an optional session completed indicating unit <NUM> (shown in <FIG>) - be adapted for communicating, upon a body parameters obtaining session being deemed completed - with support from one or more light emitting devices <NUM> and/or sound emitting devices <NUM> of the vehicle - a light output and/or sound output indicative of the body parameters obtaining session being deemed completed. Thereby, it may be signalled by means of at least one of the one or more light emitting devices <NUM> and/or at least a one of the one or more sound emitting devices <NUM> of the vehicle <NUM>, that a session for providing instructions and/or guidance aimed at the person <NUM> for - and/or for instructing and/or guiding a person <NUM> through a process of - determination of body parameters as described above, and as will be further described in conjunction with Actions <NUM>-<NUM> of <FIG>, has been completed and/or has come to an end.

The referred to "light output" may refer to "light indication", "light sequence" and/or "light symbol corresponding to the body parameters obtaining session being deemed completed", such as for instance a light blinking a predetermined number of times. Similarly, the referred to "sound output" may refer to "sound verification", "sound sequence" and/or "sound corresponding to the body parameters obtaining session being deemed completed", such as for instance a predetermined sound and/or sound sequence e.g. a predetermined number of honking sounds.

The expression "communicating" a light output and/or sound output may refer to "emitting", "signalling" and/or "indicating" a light output and/or sound output, whereas "upon a body parameters obtaining session being deemed completed" may refer to "when a body parameters obtaining session is completed and/or has ended" and/or "upon completion of determining body parameters". "Indicative of" the body parameters obtaining session being deemed completed, on the other hand, may refer to "corresponding to" and/or "representing" the body parameters obtaining session being deemed completed, whereas indicative of "the body parameters obtaining session being deemed completed" may refer to indicative of "determining of body parameters being deemed completed". "Deemed completed" may refer to merely "completed".

As further shown in <FIG>, which is a schematic block diagram illustrating an exemplifying body parameters supporting system <NUM> according to embodiments of the disclosure, the body parameters supporting system <NUM> comprises as indicated in conjunction with <FIG> an optional session initiating unit <NUM>, an optional suitable position determining unit <NUM>, an optional movement instruction communicating unit <NUM>, an optional light indication communicating unit <NUM>, a conditions determining unit <NUM>, an instructions communicating unit <NUM>, an optional body parameters determining unit <NUM>, and an optional session completed indicating unit <NUM>, all of which were described in greater detail in conjunction with <FIG>. Furthermore, the embodiments herein for supporting obtaining of body parameters of a person <NUM>, may be implemented through one or more processors, such as a processor <NUM>, here denoted CPU (central processing unit), together with computer program code for performing the functions and actions of the embodiments herein. Said program code may also be provided as a computer program product, for instance in the form of a data carrier carrying computer program code for performing the embodiments herein when being loaded into the body parameters supporting system <NUM>. One such carrier may be in the form of a CD ROM disc and/or a hard drive. It is however feasible with other data carriers such as a memory stick. The computer program code may furthermore be provided as pure program code on a server and downloaded to the body parameters supporting system <NUM>. The body parameters supporting system <NUM> may further comprise a memory <NUM> comprising one or more memory units. The memory <NUM> may be arranged to be used to store e.g. information, and further to store data, configurations, schedulings, and applications, to perform the methods herein when being executed in the body parameters supporting system <NUM>. For instance, the computer program code may be implemented in the firmware, stored in FLASH memory <NUM> of an embedded processor <NUM>, and/or downloaded from online.

Furthermore, the optional session initiating unit <NUM>, the optional suitable position determining unit <NUM>, the optional movement instruction communicating unit <NUM>, the optional light indication communicating unit <NUM>, the conditions determining unit <NUM>, the instructions communicating unit <NUM>, the optional body parameters determining unit <NUM>, the optional session completed indicating unit <NUM>, the optional processor <NUM> and/or the optional memory <NUM>, may at least partly be comprised in one or more nodes <NUM> e.g. ECUs (electronic control units) of the vehicle <NUM>. Those skilled in the art will also appreciate that said units <NUM>, <NUM>, <NUM>, <NUM>, <NUM>, <NUM>, <NUM>, <NUM> described above may refer to a combination of analog and digital circuits, and/or one or more processors configured with software and/or firmware, e.g. stored in a memory such as the memory <NUM>, that when executed by the one or more processors such as the processor <NUM> perform as was described in conjunction with <FIG> and as will be described further in conjunction with <FIG>. One or more of these processors, as well as the other digital hardware, may be included in a single ASIC (Application-Specific Integrated Circuitry), or several processors and various digital hardware may be distributed among several separate components, whether individually packaged or assembled into a SoC (System-on-a-Chip).

Further shown in <FIG> is the user device <NUM>, the one or more surrounding detecting sensors <NUM>, the one or more light emitting devices <NUM>, the optional one or more sound emitting devices <NUM> and the optional adjustable vehicle component(s) <NUM>. <FIG> is a flowchart depicting an exemplifying method performed by a body parameters supporting system <NUM> according to embodiments of the disclosure. Said method is for supporting obtaining of body parameters of a person <NUM>, e.g. of a potential vehicle occupant. The exemplifying method, which may be continuously repeated, comprises the following actions discussed with support from <FIG>. Moreover, the actions may be taken in any suitable order and/or one or more actions may be performed simultaneously and/or in alternate order where applicable; for instance, Action <NUM> may be performed simultaneously with and/or prior to Action <NUM>.

In optional Action <NUM>, the body parameters supporting system <NUM> receives - e.g. with support from the optional session initiating unit <NUM> - a session initiating signal <NUM> requesting the body parameters supporting system <NUM> to initiate a body parameters obtaining session.

In optional Action <NUM>, the body parameters supporting system <NUM> may determine - e.g. with support from the optional suitable position determining unit <NUM> - a geographical position <NUM> suitable for capturing body parameters of the person <NUM>.

In Action <NUM>, optionally following upon optional Action <NUM> of determining a geographical position <NUM> suitable for capturing body parameters of the person <NUM>, the body parameters supporting system <NUM> may communicate - e.g. with support from the optional movement instruction communicating unit <NUM> - a movement instruction signal <NUM> indicating a movement instruction corresponding to the suitable position <NUM>.

In optional Action <NUM>, optionally following upon optional Action <NUM> of determining a geographical position <NUM> suitable for capturing body parameters of the person <NUM> and/or following upon optional Action <NUM> of communicating a movement instruction signal <NUM> indicating a movement instruction corresponding to the suitable position <NUM>, the body parameters supporting system <NUM> may with support from one or more light emitting devices <NUM> of the vehicle <NUM> communicate - e.g. with support from the optional light indication communicating unit <NUM> - a light indication <NUM> on the ground corresponding to the suitable position <NUM>.

In Action <NUM>, the body parameters supporting system <NUM> determines - e.g. with support from the conditions determining unit <NUM> - with input from one or more surrounding detecting sensors <NUM> adapted to capture a surrounding exterior of the vehicle <NUM>, one or more body parameters capturing conditions for a person <NUM> present outside the vehicle <NUM>.

The one or more body parameters capturing conditions comprise at least one of a body position, a body and/or limb posture, a body and/or limb obstruction, a disturbing obstacle, a weather condition, and a light condition.

In Action <NUM>, the body parameters supporting system <NUM> communicates - e.g. with support from the instructions communicating unit <NUM> - one or more instruction signals <NUM> indicating one or more body motion and/or obstruction removal instructions, wherein the one or more instruction signals <NUM> are determined in consideration of counteracting, changing and/or overcoming at least one of the one or more body parameters capturing conditions.

The one or more instructions signals <NUM> comprise at least one of a geographical motion instruction, a body limb motion instruction, a body rotation instruction, and an obstruction removal instruction.

Furthermore, Action <NUM> of communicating one or more instruction signals <NUM> comprises transmitting the one or more instruction signals <NUM> to an electronic user device <NUM> associated with the person <NUM>.

Additionally or alternatively, optionally, Action <NUM> of communicating one or more instruction signals <NUM> may comprise communicating with support from one or more light emitting devices <NUM> and/or sound emitting devices <NUM> of the vehicle <NUM>, a light output and/or sound output indicative of the one or more instruction signals <NUM>.

In Action <NUM>, the body parameters supporting system <NUM> may with input from the one or more surrounding detecting sensors <NUM> determine - e.g. with support from the optional body parameters determining unit <NUM> - one or more body parameters of the person <NUM>.

In optional Action <NUM>, the body parameters supporting system <NUM> may upon a body parameters obtaining session being deemed completed, with support from one or more light emitting devices <NUM> and/or sound emitting devices <NUM> of the vehicle <NUM>, communicate - e.g. with support from the optional session completed indicating unit <NUM> - a light output and/or sound output indicative of the body parameters obtaining session being deemed completed.

Claim 1:
A computer-implemented method performed by a body parameters supporting system (<NUM>) of a vehicle (<NUM>) for supporting obtaining of human body parameters of a person (<NUM>), the method comprising:
determining (<NUM>) with input from one or more surrounding detecting sensors (<NUM>) adapted to capture a surrounding exterior of the vehicle (<NUM>), one or more body parameters capturing conditions for a person (<NUM>) present outside the vehicle (<NUM>), wherein the one or more body parameters capturing conditions comprises one or more of a body position, a body and/or limb posture, a body and/or limb obstruction and a disturbing obstacle;
deriving from the body parameters capturing conditions whether one or more body parameters are not possible to capture, obtain or determine to an extent deemed sufficient,
characterized in that:
communicating (<NUM>), if derived that said one or more body parameters are not possible to capture, obtain or determine to said extent deemed
sufficient, one or more instruction signals (<NUM>) indicating one or more body motion and/or obstruction removal instructions, the communicating (<NUM>) one or more instruction signals (<NUM>) comprising:
transmitting the one or more instruction signals (<NUM>) to an electronic user device (<NUM>) associated with the person (<NUM>); and/or
communicating by means of one or more light emitting devices (<NUM>) and/or sound emitting devices (<NUM>) of the vehicle (<NUM>), a light output and/or
sound output indicative of the one or more instruction signals (<NUM>), wherein the one or more instruction signals (<NUM>) are based on at least one of the determined one or more body parameters capturing conditions, wherein the one or more instruction signals (<NUM>) represent guidance indicating the person (<NUM>) to perform body motions or obstructions removal as a measure to overcome prevailing circumstances deemed insufficient for capturing body parameters, the one or more instructions signals comprising at least one of a geographical motion instruction, a body limb motion instruction, a body rotation instruction, and an obstruction removal instruction; and
after the step of communicating (<NUM>), determining (<NUM>), provided that said person at least partly has followed said guidance, with input from the one or more surrounding detecting sensors (<NUM>) one or more body parameters of the person (<NUM>)
wherein the body parameters comprises one or more of body proportions, body dimensions and limb lengths.