mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting flight path information, applied to an unmanned aerial vehicle, UAV, characterized by , comprising: determining (S101, S301) content of the flight path information of the UAV, wherein the content comprises at least: a path positioning point of the UAV and a reporting time of the flight path information of the UAV; reporting (S102, S302) the flight path information of the UAV to a base station by UE information response field of radio resource control signalling, wherein the flight path information is planned flight path information, and the path positioning point of the UAV is a location of a planned fight path of the UAV. determining (S101, S301) content of the flight path information of the UAV, wherein the content comprises at least: a path positioning point of the UAV and a reporting time of the flight path information of the UAV; reporting (S102, S302) the flight path information of the UAV to a base station by UE information response field of radio resource control signalling, wherein the flight path information is planned flight path information, and the path positioning point of the UAV is a location of a planned fight path of the UAV.
A shopping basket, more particularly shopping trolley basket, with a separating element for separating the interior space of the shopping basket, comprising a first area of the shopping basket separated by the separating element, and wherein in the upper side of the shopping basket a wire or a strut is arranged, wherein an intermediate base is pivotally fastened to the wire or strut, so that the intermediate base can be swung from a first position in which it is outside the first area of the shopping trolley basket, into a second position in which it covers the first area of the shopping trolley basket, wherein in the second position the intermediate base is in contact with the separating element, more particular rests thereon, characterised in that the intermediate base hanging down on the outside of the shopping trolley basket is held magnetically and/or by way of positive locking in a fixed position on an end face of the shopping trolley basket. wherein in the upper side of the shopping basket a wire or a strut is arranged, wherein an intermediate base is pivotally fastened to the wire or strut, so that the intermediate base can be swung from a first position in which it is outside the first area of the shopping trolley basket, into a second position in which it covers the first area of the shopping trolley basket, wherein in the second position the intermediate base is in contact with the separating element, more particular rests thereon, characterised in that the intermediate base hanging down on the outside of the shopping trolley basket is held magnetically and/or by way of positive locking in a fixed position on an end face of the shopping trolley basket.
A portable terminal for uploading a document to and downloading a document from a document server, the portable terminal being communicably connected to a document server and one or more other portable terminals , the portable terminal comprising: means for determining (S11) the document stored in the portable terminal to be uploaded; means for selecting (S13) an access group including a group of terminals which are allowed to access to the document ; means for setting (S14) security parameters of the document based on a security level of the document using security parameters set in advance for each security level of the document, the security parameters being used in determining whether a file is allowed to be opened depending on a location where the file is opened; means for encoding (S16) the document and transmitting (S16) the encoded document, security parameters and the access group to the document server; means for transmitting (S19) decoding information for decoding the encoded document to the document server or a device belonging to the reception access group and for receiving (S19) decoding information for decoding the encoded document; means for requesting (S22) the document server to transmit the encoded document; means for receiving (S25) the document and the security parameters from the document server; means for acquiring (S26) information being a current location of the device said information being associated with evaluation of security parameters, and means for decoding (S29) the encoded document and opening (S29) the document only if the information satisfies the security parameters (S28-Yes). means for determining (S11) the document stored in the portable terminal to be uploaded; means for selecting (S13) an access group including a group of terminals which are allowed to access to the document ; means for setting (S14) security parameters of the document based on a security level of the document using security parameters set in advance for each security level of the document, the security parameters being used in determining whether a file is allowed to be opened depending on a location where the file is opened; means for encoding (S16) the document and transmitting (S16) the encoded document, security parameters and the access group to the document server; means for transmitting (S19) decoding information for decoding the encoded document to the document server or a device belonging to the reception access group and for receiving (S19) decoding information for decoding the encoded document; means for requesting (S22) the document server to transmit the encoded document; means for receiving (S25) the document and the security parameters from the document server; means for acquiring (S26) information being a current location of the device said information being associated with evaluation of security parameters, and means for decoding (S29) the encoded document and opening (S29) the document only if the information satisfies the security parameters (S28-Yes).
Drawer-adjusting device for adjusting a drawer front relative to a drawer side part, wherein the drawer-adjusting device has a housing , a spring member , an adjusting element , a front connector and a locking arrangement , wherein the front connector is designed for arrangement of the drawer front on the drawer side wall, wherein the housing is designed for arrangement on the drawer side wall, wherein the front connector is adjusted relative to the housing of the drawer-adjusting device by the adjusting element , wherein the locking arrangement has a catch element and a locking member , wherein the catch element can be moved relative to the housing , wherein the adjusting element is mounted rotatably on the housing , wherein the locking member is formed on the housing , wherein the spring member is present on the drawer-adjusting device such that the catch element can be displaced, counter to a spring force of the spring member , from a first position on the housing into a second position on the housing , wherein, in the first position, the catch element is coupled to the locking member and the adjusting element in such a manner that rotary movement of the adjusting element is blocked, wherein, in the second position, the catch element is present in a state in which it has been decoupled from the locking member , and therefore the adjusting element can be rotated.
A modified polyolefin resin, comprising a polyolefin resin (I) modified with an α,β-unsaturated carboxylic acid or a derivative thereof (II) and with an amino alcohol having a primary or a secondary amino group (III), wherein when a peak height derived from an amide bond is designated as A and a peak height derived from a methylene bond is designated as B, both the peaks being observed in an IR spectrum measurement, a peak height ratio (A/B × 100) is in a range of 2.0 to 15.0%, whereby the IR spectrum is obtained as described in the experimental section of the application.
A device for determining an actual mechanical tension (TR) of a contact wire (C) of an overhead line extending above a railway track, the device comprising: - means for suspending the device on the contact wire (C), the suspension means comprising two stops including a first fixed stop and a second fixed stop intended to rest on the contact wire (C); - a member for applying a bending load comprising a bearing head movable along an axis of translation (T) located between the two stops and intended to be perpendicular to a section of the contact wire (C) extending between the two stops , the bearing head being prone to impart an angle to the contact wire (C) located between the two stops ; characterised in that the member for applying a bending load comprises an electric motor movably driving the bearing head , the device comprising: - a force sensor measuring forces applied by the bearing head ; - means for measuring a position of the bearing head along the axis of translation (T); and in that it comprises an electronic system comprising: - means for controlling the electric motor configured to drive the bearing head to at least two distinct positions corresponding to two different applied forces in which the contact wire (C) takes an angle; - first means for computing a computed stiffness (RC) of the contact wire (C) from a difference between the two distinct positions; - second means for computing the actual mechanical tension (TR) of the contact wire (C) from the computed stiffness (RC) and from a function (P1, P2, P3) for converting a stiffness into a mechanical tension. - means for suspending the device on the contact wire (C), the suspension means comprising two stops including a first fixed stop and a second fixed stop intended to rest on the contact wire (C); - a member for applying a bending load comprising a bearing head movable along an axis of translation (T) located between the two stops and intended to be perpendicular to a section of the contact wire (C) extending between the two stops , the bearing head being prone to impart an angle to the contact wire (C) located between the two stops ; - a force sensor measuring forces applied by the bearing head ; - means for measuring a position of the bearing head along the axis of translation (T); - means for controlling the electric motor configured to drive the bearing head to at least two distinct positions corresponding to two different applied forces in which the contact wire (C) takes an angle; - first means for computing a computed stiffness (RC) of the contact wire (C) from a difference between the two distinct positions; - second means for computing the actual mechanical tension (TR) of the contact wire (C) from the computed stiffness (RC) and from a function (P1, P2, P3) for converting a stiffness into a mechanical tension.
A transdermal drug delivery apparatus configured to be engaged to skin of a user and supply fluid, the transdermal drug delivery apparatus comprising: a housing configured to be fastened to the user; a microneedle assembly mounted to the housing and configured to allow relative movement between the microneedle assembly and the housing, comprising a first force provider positioned between the housing and the microneedle assembly configured to urge the microneedle assembly outwardly relative to the housing and against the skin; a reservoir mounted to the housing and configured to be moved relative to the housing from a first position in which the reservoir is out of fluid communication with the microneedle assembly to a second position in which the reservoir is in fluid communication with the microneedle assembly; and a second force provider configured to at least partially collapse the reservoir while the reservoir is in fluid communication with the microneedle assembly. a housing configured to be fastened to the user; a microneedle assembly mounted to the housing and configured to allow relative movement between the microneedle assembly and the housing, comprising a first force provider positioned between the housing and the microneedle assembly configured to urge the microneedle assembly outwardly relative to the housing and against the skin; a reservoir mounted to the housing and configured to be moved relative to the housing from a first position in which the reservoir is out of fluid communication with the microneedle assembly to a second position in which the reservoir is in fluid communication with the microneedle assembly; and a second force provider configured to at least partially collapse the reservoir while the reservoir is in fluid communication with the microneedle assembly.
Mobile robot comprising a mobile base surmounted by a trunk , said mobile base comprising at least three wheels arranged at the vertices of a polygon in contact with the ground (S), said robot comprising at least one grippable support system and an anti-topple system configured to prevent the robot from toppling when a person leans on the grippable support system, characterized in that the grippable support system comprises at least one handrail positioned at a height greater than 600 mm with respect to the ground which extends around at least a portion of the circumference of the trunk of the robot .
A slewing-type working machine comprising: a lower propelling body ; an upper slewing body rotatably provided on the lower propelling body ; an electric slewing motor causing the upper slewing body to slew, and generating regenerative braking force and regenerative electric power during slewing braking of the upper slewing body ; and an electric storage device functioning as an electric power source for the electric slewing motor , and capable of being charged with the regenerative electric power to regenerate slewing energy of the upper slewing body , characterized by electric storage device condition detecting means detecting whether the electric storage device is under a normal condition with sufficient capacity to regenerate the slewing energy or under an abnormal condition without sufficient capacity to regenerate the slewing energy, wherein the electric storage device is under the abnormal condition when the charge level detected by a charge level detecting means is equal to or more than a preset charge level value; and control means controlling a velocity of the electric slewing motor based on a result of detection by the electric storage device condition detecting means , wherein the control means performs a velocity limiting control for limiting a maximum velocity of the electric slewing motor when the electric storage device is under the abnormal condition. a lower propelling body ; an upper slewing body rotatably provided on the lower propelling body ; an electric slewing motor causing the upper slewing body to slew, and generating regenerative braking force and regenerative electric power during slewing braking of the upper slewing body ; and an electric storage device functioning as an electric power source for the electric slewing motor , and capable of being charged with the regenerative electric power to regenerate slewing energy of the upper slewing body , characterized by electric storage device condition detecting means detecting whether the electric storage device is under a normal condition with sufficient capacity to regenerate the slewing energy or under an abnormal condition without sufficient capacity to regenerate the slewing energy, wherein the electric storage device is under the abnormal condition when the charge level detected by a charge level detecting means is equal to or more than a preset charge level value; and control means controlling a velocity of the electric slewing motor based on a result of detection by the electric storage device condition detecting means , wherein the control means performs a velocity limiting control for limiting a maximum velocity of the electric slewing motor when the electric storage device is under the abnormal condition.
Process for sulfurization of a catalytic precursor comprising a support on which at least one group VIB metal and at least one group VIII metal are deposited, in which process said precursor is brought into contact, in the presence of hydrogen, with a hydrotreated hydrocarbon cut comprising at least 90% by weight of hydrocarbon compounds having a boiling point between 30°C and 520°C at atmospheric pressure and a sulfur-containing compound added to said hydrotreated hydrocarbon cut, the added sulfur content being between 0.2% and 6% by weight relative to the weight of the hydrotreated hydrocarbon cut, said sulfurization process being carried out at a temperature between 150°C and 400°C, with an hourly space velocity (HSV) of between 0.1 h -1 and 5 h -1 , at a total pressure of between 1 and 15 MPa and with a volume ratio between the total hydrogen flow and the flow of hydrotreated hydrocarbon cut between 30 and 1400 Nl/l, it being understood that said hydrocarbon cut used has been previously hydrotreated so as to reduce its sulfur content by at least 50% relative to its sulfur content before hydrotreating.
A biaxial hinge including a first main body , an intermediate body coupled to the first main body so that the intermediate body can rotate around a first shaft and a second main body coupled to the intermediate body so that the second main body can rotate around a second shaft which is in parallel with the first shaft , comprising: two or more laminated first friction plates engaged with the first shaft in an interference fitting state; and two or more laminated second friction plates engaged with the second shaft in an interference fitting state, wherein the first shaft cannot rotate with respect to one of the first main body and the intermediate body in a clockwise direction and a counterclockwise direction, wherein the two or more first friction plates cannot rotate with respect to the other one of the first main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein torque proportional to the number of the two or more first friction plates is generated to the first shaft which relatively rotates, wherein the second shaft cannot rotate with respect to one of the second main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein the two or more second friction plates cannot rotate with respect to the other one of the second main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein torque proportional to the number of the two or more second friction plates is generated to the second shaft which relatively rotates, and wherein a shape of each of the first friction plates is identical to a shape of each of the second friction plates . two or more laminated first friction plates engaged with the first shaft in an interference fitting state; and two or more laminated second friction plates engaged with the second shaft in an interference fitting state, wherein the first shaft cannot rotate with respect to one of the first main body and the intermediate body in a clockwise direction and a counterclockwise direction, wherein the two or more first friction plates cannot rotate with respect to the other one of the first main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein torque proportional to the number of the two or more first friction plates is generated to the first shaft which relatively rotates, wherein the second shaft cannot rotate with respect to one of the second main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein the two or more second friction plates cannot rotate with respect to the other one of the second main body and the intermediate body in the clockwise direction and the counterclockwise direction, wherein torque proportional to the number of the two or more second friction plates is generated to the second shaft which relatively rotates, and wherein a shape of each of the first friction plates is identical to a shape of each of the second friction plates .
A device for incoupling optical signals into at least one waveguide , said device comprising at least one electro-optical converter which sends out the optical signals in the direction of the axis or of the core of the waveguide , - wherein the electro-optical converter is received in at least one send-site optical sub-assembly , - wherein the send-site optical sub-assembly comprises at least one guiding channel for aligning the waveguide in relation to the outlet opening or active surface of the electro-optical converter , characterized in that the end of the guiding channel averted from the electro-optical converter is preceded by at least one extension for aligning the waveguide in relation to the guiding channel in such a way that a stepless transition into the guiding channel is defined. - wherein the electro-optical converter is received in at least one send-site optical sub-assembly , - wherein the send-site optical sub-assembly comprises at least one guiding channel for aligning the waveguide in relation to the outlet opening or active surface of the electro-optical converter ,
A thermal head (X1-X11) comprising: a substrate ; a plurality of drive ICs located on the substrate ; a plurality of heat generating portions located on the substrate ; a plurality of first electrodes located on the substrate and respectively connected to a plurality of electrode pads on which the drive ICs are mounted, the drive ICs being connected to the plurality of heat generating portions to control an energized state of the heat generating portions ; and characterized by a second electrode located on the substrate and located across the plurality of first electrodes , wherein the second electrode comprises protruding portions (16; 216; 316; 416; 516; 616) protruding in a first direction from the second electrode toward corresponding ones of the first electrodes and being in contact with the corresponding ones of the first electrodes . a substrate ; a plurality of drive ICs located on the substrate ; a plurality of heat generating portions located on the substrate ; a plurality of first electrodes located on the substrate and respectively connected to a plurality of electrode pads on which the drive ICs are mounted, the drive ICs being connected to the plurality of heat generating portions to control an energized state of the heat generating portions ; and characterized by a second electrode located on the substrate and located across the plurality of first electrodes , wherein the second electrode comprises protruding portions (16; 216; 316; 416; 516; 616) protruding in a first direction from the second electrode toward corresponding ones of the first electrodes and being in contact with the corresponding ones of the first electrodes .
Preformed catalytic system based at least: • on a preformation conjugated diene monomer, • on a metallocene of formula (I), • on an organometallic compound as cocatalyst, {P(Cp 1 )(Cp 2 )Y} (I) - Y denoting a group comprising a metal atom which is a rare earth metal, - Cp 1 and Cp 2 , which are identical or different, being selected from the group consisting of fluorenyl groups, cyclopentadienyl groups and indenyl groups, the groups being substituted or unsubstituted, - P being a group bridging the two Cp 1 and Cp 2 groups and comprising a silicon or carbon atom. • on a preformation conjugated diene monomer, • on a metallocene of formula (I), • on an organometallic compound as cocatalyst, {P(Cp 1 )(Cp 2 )Y} (I) - Y denoting a group comprising a metal atom which is a rare earth metal, - Cp 1 and Cp 2 , which are identical or different, being selected from the group consisting of fluorenyl groups, cyclopentadienyl groups and indenyl groups, the groups being substituted or unsubstituted, - P being a group bridging the two Cp 1 and Cp 2 groups and comprising a silicon or carbon atom. - Y denoting a group comprising a metal atom which is a rare earth metal, - Cp 1 and Cp 2 , which are identical or different, being selected from the group consisting of fluorenyl groups, cyclopentadienyl groups and indenyl groups, the groups being substituted or unsubstituted, - P being a group bridging the two Cp 1 and Cp 2 groups and comprising a silicon or carbon atom.