mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measuring of at least one dimension of a tree trunk by means of a first measuring device (I) arranged in connection with a harvester aggregate of a harvester , wherein the method comprises the following steps: - measurement (S1, S11) of said dimension by means of the first measuring device (I), whereby the method comprises the following steps - measurement (S2, S12) of a feature of the first measuring device (I) by means of a second measuring device (II), whereby said feature is an attribute, reflecting the capability of the first measuring device to measure said dimension correctly, or whether calibration of the first measuring device (I) should be performed, - comparison (S3, S13) between an actual value (α) for the measured feature and a target value (β) for said feature, whereby the target value (β) is indicative of a state of the first measuring device, wherein its measuring of said dimension is considered to be correct and that at least one of the following actions is carried out in response to the actual value (α) deviating from the target value (β) by more than a pre-determined difference (x),: - check measurement (S5) of said dimension with a third measuring device and calibration (S8) of the first measuring device (I) based on the deviation between a measurement value of said dimension measured with the first measuring device (I) and a measurement value of said dimension measured with the third measuring device (III), - calibration (S16) of the first measuring device based on the size of the deviation between the measured actual value (α) and said target value (β). - measurement (S1, S11) of said dimension by means of the first measuring device (I), whereby the method comprises the following steps - measurement (S2, S12) of a feature of the first measuring device (I) by means of a second measuring device (II), whereby said feature is an attribute, reflecting the capability of the first measuring device to measure said dimension correctly, or whether calibration of the first measuring device (I) should be performed, - comparison (S3, S13) between an actual value (α) for the measured feature and a target value (β) for said feature, whereby the target value (β) is indicative of a state of the first measuring device, wherein its measuring of said dimension is considered to be correct and that at least one of the following actions is carried out in response to the actual value (α) deviating from the target value (β) by more than a pre-determined difference (x),: - check measurement (S5) of said dimension with a third measuring device and calibration (S8) of the first measuring device (I) based on the deviation between a measurement value of said dimension measured with the first measuring device (I) and a measurement value of said dimension measured with the third measuring device (III), - calibration (S16) of the first measuring device based on the size of the deviation between the measured actual value (α) and said target value (β).
A cosmetic container having a hiding/revealing pump outlet, the cosmetic container comprising: an outer container formed at an upper portion thereof with an entrance ; an inner container inserted into the outer container for accommodating a cosmetic material in the inner container ; a first coupling body fixed to an upper portion of the inner container , and having a pump installation hole eccentrically formed in the first coupling body ; a second coupling body fixed to an upper portion of the first coupling body , and having a pump penetration hole eccentrically formed in the second coupling body ; a pump installed while passing through the pump installation hole of the first coupling body and the pump penetration hole of the second coupling body to pump the cosmetic material; a pressing member rotatably coupled to an upper portion of the pump while being exposed on an upper portion of the second coupling body , and formed at one side thereof with an outlet ; and a cap rotatably coupled to the upper portion of the second coupling body , and formed at one side thereof with an outlet hiding/revealing hole . an outer container formed at an upper portion thereof with an entrance ; an inner container inserted into the outer container for accommodating a cosmetic material in the inner container ; a first coupling body fixed to an upper portion of the inner container , and having a pump installation hole eccentrically formed in the first coupling body ; a second coupling body fixed to an upper portion of the first coupling body , and having a pump penetration hole eccentrically formed in the second coupling body ; a pump installed while passing through the pump installation hole of the first coupling body and the pump penetration hole of the second coupling body to pump the cosmetic material; a pressing member rotatably coupled to an upper portion of the pump while being exposed on an upper portion of the second coupling body , and formed at one side thereof with an outlet ; and a cap rotatably coupled to the upper portion of the second coupling body , and formed at one side thereof with an outlet hiding/revealing hole .
Use of dry electrolytes to polish Ti and other metals and alloys surfaces through ion transport characterized in that the dry electrolyte comprises a set of porous particles retaining a conductive liquid comprising HCl.
A front fender comprising: a first member , at least a part of which is disposed upward with respect to a front tire of a wheel loader ; a second member which includes an upper plate having an upper surface facing a lower surface of the first member , and a rear plate which is connected to a rear end of the upper plate and disposed rearward with respect to the front tire ; a connecting member which connects the upper plate and the first member , characterized by an inclined plate which is connected to a lower surface of the upper plate and a front surface of the rear plate , wherein the inclined plate includes a through hole which is provided immediately below the connecting member and through which the connecting member can pass, and a notch hole which is provided at a lower end of the inclined plate . a first member , at least a part of which is disposed upward with respect to a front tire of a wheel loader ; a second member which includes an upper plate having an upper surface facing a lower surface of the first member , and a rear plate which is connected to a rear end of the upper plate and disposed rearward with respect to the front tire ; a connecting member which connects the upper plate and the first member , characterized by an inclined plate which is connected to a lower surface of the upper plate and a front surface of the rear plate , wherein the inclined plate includes a through hole which is provided immediately below the connecting member and through which the connecting member can pass, and a notch hole which is provided at a lower end of the inclined plate .
A method for ascertaining and representing the positions of storage bins in a warehouse having a number of predetermined storage bins, employing an industrial truck which has a location system and at least one lateral camera which has its viewing direction oriented transversely to a main direction of travel, said method comprising the following automatically executed steps: • Obtaining image data with the at least one lateral camera ; • Obtaining position information about the industrial truck, with the location system; • Determining the positions of individual storage bins in a coordinate system which is fixed in the warehouse, said determinations being based on the image data and the position information; and • Storing the positions which have been determined, in a database , characterized in that the at least one lateral camera is a 3D camera and in that the method comprises the following step: • Performing a first optimization step in which, during a storage or retrieval operation, image data of a storage bin are obtained by a front 3D camera which is directed in the main direction of travel, and, based on these image data, associated position data about the storage bin are determined, wherein the position data about said storage bin which have been previously stored in the database are adjusted or are replaced. • Obtaining image data with the at least one lateral camera ; • Obtaining position information about the industrial truck, with the location system; • Determining the positions of individual storage bins in a coordinate system which is fixed in the warehouse, said determinations being based on the image data and the position information; and • Storing the positions which have been determined, in a database , characterized in that the at least one lateral camera is a 3D camera and in that the method comprises the following step: • Performing a first optimization step in which, during a storage or retrieval operation, image data of a storage bin are obtained by a front 3D camera which is directed in the main direction of travel, and, based on these image data, associated position data about the storage bin are determined, wherein the position data about said storage bin which have been previously stored in the database are adjusted or are replaced.
A shoe for massaging the inner side of hallux, comprising: a sole , a vamp mounted on the sole ; an elastic correction band with both ends installed to an inner side of the vamp and a top side of the sole respectively; the elastic correction band comprising a massage area defined in the middle of an outer surface of a side of the hallux, and a plurality of massage bumps disposed on the massage area ; the elastic correction band comprising a fixed part disposed separately on both sides of the massage area , and the fixed part at an upper end of the elastic correction band being fixedly installed onto an inner side of the vamp , and the fixed part at a lower end of the elastic correction band being fixedly installed onto a top side of the sole .
An ink for use in a three-dimensional printing system comprising: up to 90 wt. % monofunctional curable material; up to 10 wt. % difunctional curable material; and up to 10 wt. % liquid rubber, based on the total weight of the ink, wherein the liquid rubber comprises a butadiene acrylonitrile copolymer. up to 90 wt. % monofunctional curable material; up to 10 wt. % difunctional curable material; and up to 10 wt. % liquid rubber, based on the total weight of the ink, wherein the liquid rubber comprises a butadiene acrylonitrile copolymer.
Device for protecting a fastening insert for overmoulding the fastening insert with a plastic material (MP) using a mould , the fastening insert comprising a fastening member , characterised in that the device comprises: - a piercing means designed to pierce at least one sheet of plastic material; - means for sealing the fastening member in order to prevent an infiltration of plastic material (MP) onto the fastening member during an overmoulding operation, the device forming a shaft comprising a first and a second end opposite one another, the first end being provided with said piercing means and the second end being provided with at least a part of the sealing means . - a piercing means designed to pierce at least one sheet of plastic material; - means for sealing the fastening member in order to prevent an infiltration of plastic material (MP) onto the fastening member during an overmoulding operation, the device forming a shaft comprising a first and a second end opposite one another, the first end being provided with said piercing means and the second end being provided with at least a part of the sealing means .
An automatic analysis device comprising: a sample container conveyance path that is adapted to convey multiple sample containers containing a sample as an analysis target; a reagent disc on which multiple reagent containers containing a reagent for use in analyzing the sample are mounted; a reaction disc that is adapted to arrange multiple reaction containers for mixed reaction between the sample and the reagent so as to be side by side in a circumferential direction, and that is adapted to convey the reaction container ; a sample dispensing mechanism that is adapted to dispense the sample to the reaction container of the reaction disc from the sample container ; a reagent dispensing mechanism that is adapted to dispense the reagent to the reaction container of the reaction disc from the reagent container of the reagent disc ; and a control device , characterized in that , after an analysis start instruction is input in a state where the sample is not dispensed to all of the reaction containers mounted on the reaction disc , before completing an analysis preparation washing process for washing the reaction container to be used in analyzing the sample to be first analyzed, the control device is adapted to control, with the analysis start instruction as a trigger, a soaking and washing process for performing soaking and washing during a predetermined period of time to be started by dispensing a soaking and washing detergent to another reaction container different from the reaction container to be used in analyzing the sample to be first analyzed. a sample container conveyance path that is adapted to convey multiple sample containers containing a sample as an analysis target; a reagent disc on which multiple reagent containers containing a reagent for use in analyzing the sample are mounted; a reaction disc that is adapted to arrange multiple reaction containers for mixed reaction between the sample and the reagent so as to be side by side in a circumferential direction, and that is adapted to convey the reaction container ; a sample dispensing mechanism that is adapted to dispense the sample to the reaction container of the reaction disc from the sample container ; a reagent dispensing mechanism that is adapted to dispense the reagent to the reaction container of the reaction disc from the reagent container of the reagent disc ; and a control device , characterized in that , after an analysis start instruction is input in a state where the sample is not dispensed to all of the reaction containers mounted on the reaction disc , before completing an analysis preparation washing process for washing the reaction container to be used in analyzing the sample to be first analyzed, the control device is adapted to control, with the analysis start instruction as a trigger, a soaking and washing process for performing soaking and washing during a predetermined period of time to be started by dispensing a soaking and washing detergent to another reaction container different from the reaction container to be used in analyzing the sample to be first analyzed.
Method for the secure transmission of an image (IM1) stored in the memory of an identity document to a first terminal able to receive said image (IM1), said method being implemented by said identity document , characterized in that said method comprises: - receiving (A300), from the first terminal , a request to read the image (IM1), - transmitting (A306), to the first terminal , a request to read an attribute (AT) of said first terminal , said attribute (AT) being an identifier of said first terminal , - receiving (A308) the attribute (AT) transmitted by the first terminal , - generating (A310) a marker (MQ) based on the attribute (AT), the marker allowing a third party to identify the first terminal , - including (A312) said marker (MQ) in the image (IM1), said inclusion modifying the visual appearance of said image (IMG) or said inclusion comprising an imperceptible modification of said image performed using steganographic coding, and - transmitting (A314) the image, referred to as modified image (IM2), containing said marker (MQ) to the first terminal . - receiving (A300), from the first terminal , a request to read the image (IM1), - transmitting (A306), to the first terminal , a request to read an attribute (AT) of said first terminal , said attribute (AT) being an identifier of said first terminal , - receiving (A308) the attribute (AT) transmitted by the first terminal , - generating (A310) a marker (MQ) based on the attribute (AT), the marker allowing a third party to identify the first terminal , - including (A312) said marker (MQ) in the image (IM1), said inclusion modifying the visual appearance of said image (IMG) or said inclusion comprising an imperceptible modification of said image performed using steganographic coding, and - transmitting (A314) the image, referred to as modified image (IM2), containing said marker (MQ) to the first terminal .
A drive circuit for driving an electro-optical device , the drive circuit comprising • a set of input terminals for receiving an alternating input voltage at a first frequency; • a set of output terminals for supplying an alternating output voltage at a second frequency; • a control circuit generating a control signal dependent on an input signal ,; and • a current-direction circuit for controlling a current-flow direction of an electrical current between the input and output terminals (201, 202; 206, 207) in response to the control signal ; characterised in that the input signal represents a monitored charge state of the electro-optical device , and in that the control circuit and the current-direction circuit thereby are configured to control the second frequency based on the monitored charge state of the electro-optical device. • a set of input terminals for receiving an alternating input voltage at a first frequency; • a set of output terminals for supplying an alternating output voltage at a second frequency; • a control circuit generating a control signal dependent on an input signal ,; and • a current-direction circuit for controlling a current-flow direction of an electrical current between the input and output terminals (201, 202; 206, 207) in response to the control signal ;
A power driver adapter configured for cutting into an intramedullary canal of a tibia , the power driver adapter comprising: an elongated body having a driving end , a cutting tool bit receiving end , and a longitudinal axis (L); wherein the driving end has a drive shaft coaxially located with the longitudinal axis (L) and configured to mate with a power delivering unit that rotates the drive shaft coaxially about the longitudinal axis; wherein the cutting tool bit receiving end comprises a cutting tool bit receiving base that is configured for engaging with a cutting tool bit and rotates the cutting tool bit for cutting action, wherein the cutting tool receiving base rotates with a rotational axis (R) that is orthogonal to the longitudinal axis (L) of the elongated body such that the cutting tool bit receiving end is configured to translate linearly in a direction that is coaxial to the rotational axis (R) and orthogonal to the longitudinal axis (L) when the cutting tool bit is being rotated; wherein the elongated body comprises a series of gears connecting the drive shaft to the cutting tool bit receiving end ; wherein the series of gears are configured in an arrangement that converts the coaxial rotation of the drive shaft to the rotation of the cutting tool bit receiving base . an elongated body having a driving end , a cutting tool bit receiving end , and a longitudinal axis (L); wherein the driving end has a drive shaft coaxially located with the longitudinal axis (L) and configured to mate with a power delivering unit that rotates the drive shaft coaxially about the longitudinal axis; wherein the cutting tool bit receiving end comprises a cutting tool bit receiving base that is configured for engaging with a cutting tool bit and rotates the cutting tool bit for cutting action, wherein the cutting tool receiving base rotates with a rotational axis (R) that is orthogonal to the longitudinal axis (L) of the elongated body such that the cutting tool bit receiving end is configured to translate linearly in a direction that is coaxial to the rotational axis (R) and orthogonal to the longitudinal axis (L) when the cutting tool bit is being rotated; wherein the elongated body comprises a series of gears connecting the drive shaft to the cutting tool bit receiving end ; wherein the series of gears are configured in an arrangement that converts the coaxial rotation of the drive shaft to the rotation of the cutting tool bit receiving base .
An out-of-office presence method comprising: automatically enabling an out-of-office utility for a mobile communication device based on a trigger condition, the trigger condition being location of the mobile communication device, wherein the out-of-office utility is configured to push an out-of-office presence status data packet to contacts associated with a user of the mobile communication device . automatically enabling an out-of-office utility for a mobile communication device based on a trigger condition, the trigger condition being location of the mobile communication device, wherein the out-of-office utility is configured to push an out-of-office presence status data packet to contacts associated with a user of the mobile communication device .
System, in particular a facility, comprising a mobile component that can move along an encoding region, a camera being arranged on the mobile component, which camera is connected to an analysis unit, in particular an image analysis unit, of the mobile component, the encoding region having encodings, in particular in the direction of travel of the mobile component, which are arranged one behind the other, in particular so as to be spaced apart from one another regularly and/or uniformly, the analysis unit being suitably configured such that the analysis unit determines, recurrently over time, in particular by way of evaluating an image taken of the first encoding, the deviation (s), in particular the distance, of the first encoding (X) from the viewing direction of the camera and/or from the straight line that is oriented in parallel with the viewing direction of the camera and passes through the centre of the image sensor of the camera and/or from a reference point that is located in the encoding region and is stationary relative to the mobile component, characterised in that a cover configured in one part or multiple parts covers encodings, in particular encodings adjacent to the first encoding, in particular covers them towards the camera, the cover having an opening through which an image of the first encoding can be taken by means of the camera. a camera being arranged on the mobile component, which camera is connected to an analysis unit, in particular an image analysis unit, of the mobile component, the encoding region having encodings, in particular in the direction of travel of the mobile component, which are arranged one behind the other, in particular so as to be spaced apart from one another regularly and/or uniformly, the analysis unit being suitably configured such that the analysis unit determines, recurrently over time, in particular by way of evaluating an image taken of the first encoding, the deviation (s), in particular the distance, of the first encoding (X) from the viewing direction of the camera and/or from the straight line that is oriented in parallel with the viewing direction of the camera and passes through the centre of the image sensor of the camera and/or from a reference point that is located in the encoding region and is stationary relative to the mobile component, characterised in that a cover configured in one part or multiple parts covers encodings, in particular encodings adjacent to the first encoding, in particular covers them towards the camera, the cover having an opening through which an image of the first encoding can be taken by means of the camera.