mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device in Evolved Universal Terrestrial Radio Access, EUTRA, Licensed-Assisted Access, LAA, configured to receive information for configuring reporting of a primary cell and one or more secondary cells to the terminal device , wherein the information comprises one reporting configuration identifier associated with each reporting configuration, and each reporting configuration comprises information indicating a report interval, a measurement RSSI duration and a first threshold and a second threshold which are associated with a Received Signal Strength Indicator, RSSI, report, and configured to periodically report a histogram representing the number of RSSI measurement values lower than the first threshold, the number of RSSI measurement values equal to or more than the first threshold and lower than the second threshold, and the number of RSSI measurement values equal to or more than the second threshold, as a measurement result, wherein when the actual measurement time is less than the measurement RSSI duration, the terminal device is configured to not report the RSSI in the histogram format. configured to receive information for configuring reporting of a primary cell and one or more secondary cells to the terminal device , wherein the information comprises one reporting configuration identifier associated with each reporting configuration, and each reporting configuration comprises information indicating a report interval, a measurement RSSI duration and a first threshold and a second threshold which are associated with a Received Signal Strength Indicator, RSSI, report, and configured to periodically report a histogram representing the number of RSSI measurement values lower than the first threshold, the number of RSSI measurement values equal to or more than the first threshold and lower than the second threshold, and the number of RSSI measurement values equal to or more than the second threshold, as a measurement result, wherein when the actual measurement time is less than the measurement RSSI duration, the terminal device is configured to not report the RSSI in the histogram format.
A method for making a fluid flow structure, comprising: pre-impregnating a printed circuit board with an epoxy resin used with a high temperature tape ; forming a slot in the printed circuit board with conductors exposed along the exterior surface of the printed circuit board outside the slot forming a cavity by the slot and the high temperature tape by applying the high temperature tape to the printed circuit board forming a channel in the pre-impregnated printed circuit board by mounting a micro device in the slot such that fluid can flow to directly to the micro device through the channel ; and connecting a conductor in the printed circuit board to a conductor on the micro device . pre-impregnating a printed circuit board with an epoxy resin used with a high temperature tape ; forming a slot in the printed circuit board with conductors exposed along the exterior surface of the printed circuit board outside the slot forming a cavity by the slot and the high temperature tape by applying the high temperature tape to the printed circuit board forming a channel in the pre-impregnated printed circuit board by mounting a micro device in the slot such that fluid can flow to directly to the micro device through the channel ; and connecting a conductor in the printed circuit board to a conductor on the micro device .
A system for electronic communication of information from an identity authentication system to a transaction authorization system in connection with the processing of a credit card or other payment instrument transaction, the system comprising: one or more processors of a third party configured to: create a Pre-Authentication Transaction Number, Pre-ATN, by combining a number with a Special Encode Value, SEV, wherein each SEV is a single digit integer value and is related to information to be communicated via a corresponding definition in an SEV definition table; encrypt the Pre-ATN using a Format Preserving Encryption, FPE, to generate an encrypted Authentication Transaction Number, ATN; and send the encrypted ATN to an access control server, ACS, to use the encrypted ATN to generate a cardholder Authentication Verification Value, CAVV, or an Accountholder Authentication Value, AAV to be communicated to the transaction authorization system. create a Pre-Authentication Transaction Number, Pre-ATN, by combining a number with a Special Encode Value, SEV, wherein each SEV is a single digit integer value and is related to information to be communicated via a corresponding definition in an SEV definition table; encrypt the Pre-ATN using a Format Preserving Encryption, FPE, to generate an encrypted Authentication Transaction Number, ATN; and send the encrypted ATN to an access control server, ACS, to use the encrypted ATN to generate a cardholder Authentication Verification Value, CAVV, or an Accountholder Authentication Value, AAV to be communicated to the transaction authorization system.
An atomizing assembly applicable to electronic cigarettes comprising a base and an atomizing core ; wherein a liquid storing cavity is disposed inside the base to store liquid tobacco; the atomizing core is installed in the base , the atomizing core comprises a body and a heater , an atomizing channel is opened and disposed to penetrate through the body , the heater is disposed on an inner wall of the atomizing channel ; the body is made from porous materials, an outer sidewall of the body comprises at least an absorbing face , a liquid conducting hole or a plurality of liquid conducting holes is opened and disposed on the absorbing face and extends into a wall of the body from the absorbing face , a bottom of the liquid conducting hole or the plurality of liquid conducting holes is located inside the wall of the body , the liquid tobacco stored in the liquid storing cavity flows into the body via the absorbing face ; characterized in that the base is disposed along a longitudinal direction of the atomizing assembly , an extension direction of the atomizing channel is perpendicular to the longitudinal direction of the atomizing assembly . a liquid storing cavity is disposed inside the base to store liquid tobacco; the atomizing core is installed in the base , the atomizing core comprises a body and a heater , an atomizing channel is opened and disposed to penetrate through the body , the heater is disposed on an inner wall of the atomizing channel ; the body is made from porous materials, an outer sidewall of the body comprises at least an absorbing face , a liquid conducting hole or a plurality of liquid conducting holes is opened and disposed on the absorbing face and extends into a wall of the body from the absorbing face , a bottom of the liquid conducting hole or the plurality of liquid conducting holes is located inside the wall of the body , the liquid tobacco stored in the liquid storing cavity flows into the body via the absorbing face ; characterized in that
An assembly for aligning a web for a rotor blade of a wind energy installation and a web setting device for the web , wherein the assembly comprises at least a first alignment element on the web setting device and at least a second alignment element on the web , wherein the first alignment element and the second alignment element are constructed so as to be complementary in shape with respect to one another, at least in sections, characterised in that the alignment elements have surfaces which are complementary in shape and which each have at least two non-parallel contact surfaces.
Method for detecting the position of an external temperature sensor of a heating system with a controller and compensation for incorrect positioning, wherein a weather detection service is also connected to the controller of the heating system, wherein the controller records and compares the temperature profile of the external temperature sensor and of the weather detection service, derives correction data therefrom and controls the heating depending on the data of the weather detection service which are adapted using the correction data, characterised in that, if the temperature difference between the external temperature sensor and the weather detection service during the day is greater than the temperature difference between the external temperature sensor and the weather detection service at night by at least a predefined limit value, a positioning warning message is output.
A method for displaying route information using a navigation apparatus , the method comprising: determining a route from a first location to a second location ; and providing, on an electronic two dimensional map displayed in a fixed rotational orientation by the navigation apparatus, a representation of a current position and a representation of the remainder of the determined route during travel along the determined route, wherein the method comprises scaling the displayed map so as to maximise the map scale while providing a representation of the entire remainder of the determined route in a visible map display area during travel along the route, characterised in that the scaling of the map comprises determining a smallest rectangle or square bounding all points on the remainder of the route, and determining a map scale to result in the smallest square or rectangle just fitting into the visible map display area when oriented with its centre at the centre of the visible map display area . determining a route from a first location to a second location ; and providing, on an electronic two dimensional map displayed in a fixed rotational orientation by the navigation apparatus, a representation of a current position and a representation of the remainder of the determined route during travel along the determined route, wherein the method comprises scaling the displayed map so as to maximise the map scale while providing a representation of the entire remainder of the determined route in a visible map display area during travel along the route, characterised in that the scaling of the map comprises determining a smallest rectangle or square bounding all points on the remainder of the route, and determining a map scale to result in the smallest square or rectangle just fitting into the visible map display area when oriented with its centre at the centre of the visible map display area .
An electrical terminal device adapted to mount to a structure, the electrical terminal device comprising: an electrically non-conductive substructure adapted to contact the structure; an electrically non-conductive cover engaged to the substructure , and characterized in that the substructure and the cover define a chamber and the substructure defines at least in-part a sealed passage in communication with the chamber; a heat resistant metallic shroud covering the cover, wherein the cover is located between the shroud and the substructure ; and an electric terminal located in the chamber and attached to the substructure . an electrically non-conductive substructure adapted to contact the structure; an electrically non-conductive cover engaged to the substructure , and characterized in that the substructure and the cover define a chamber and the substructure defines at least in-part a sealed passage in communication with the chamber; a heat resistant metallic shroud covering the cover, wherein the cover is located between the shroud and the substructure ; and an electric terminal located in the chamber and attached to the substructure .
A polypeptide comprising a VHH of a camelid heavy-chain antibody fused in-frame with additional peptides, wherein said polypeptide comprises: - a sequence selected among the group consisting of SEQ ID NO:1 and SEQ ID NO:32 to SEQ ID NO:34 at the NH 2 -terminal extremity of said polypeptide; - a VHH which has the sequence of SEQ ID NO:3; - a fused in-frame sequence selected among the list of: SEQ ID NO: 20, SEQ ID NO: 24, SEQ ID NO: 7, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 27, SEQ ID NO: 28, SEQ ID NO: 29, SEQ ID NO: 30 and SEQ ID NO: 31, preferably the sequence of SEQ ID NO:7; and wherein said polypeptide is permeable across the blood-brain barrier and has an isoelectric point equal to or higher than 8.5, preferably equal to or higher than 9. - a sequence selected among the group consisting of SEQ ID NO:1 and SEQ ID NO:32 to SEQ ID NO:34 at the NH 2 -terminal extremity of said polypeptide; - a VHH which has the sequence of SEQ ID NO:3; - a fused in-frame sequence selected among the list of: SEQ ID NO: 20, SEQ ID NO: 24, SEQ ID NO: 7, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 27, SEQ ID NO: 28, SEQ ID NO: 29, SEQ ID NO: 30 and SEQ ID NO: 31, preferably the sequence of SEQ ID NO:7;
A recombinant binding protein comprising an amino acid sequence that has at least 90% amino acid sequence identity with SEQ ID NO: 21, wherein said recombinant binding protein comprises two designed ankyrin repeat domains with binding specificity for HER2 and two designed ankyrin repeat domains with binding specificity for serum albumin.
A method for analyzing, using a detector of alpha particles , a sample comprising at least one radionuclide emitter of a plurality of alpha particles , the detector comprising a detection medium and a plurality of measurements cells adapted for measuring at least one incident signal generated by an interaction of an alpha particle with said detection medium, the detector being configured to deliver an autoradiographic image of said sample , the detector of alpha particles is a gaseous detector and the incident signal is a moving charge, the method comprising the following steps: - E1) determining an initial energy of each alpha particle , said determining step (E1) comprising repeating the following sub-steps for each alpha particle : - D1) determining a position of a first interaction of an alpha particle with the detection medium of the detector by using at least one measurement cell , - D2) determining an energy deposited by the particle in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step (D2), the initial energy of the alpha particle before the first interaction of the alpha particle with the detection medium of the detector , - E2) for at least one zone of the autoradiographic image, constructing an energy spectrum using the determined initial energies of the corresponding alpha particles . - E1) determining an initial energy of each alpha particle , said determining step (E1) comprising repeating the following sub-steps for each alpha particle : - D1) determining a position of a first interaction of an alpha particle with the detection medium of the detector by using at least one measurement cell , - D2) determining an energy deposited by the particle in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step (D2), the initial energy of the alpha particle before the first interaction of the alpha particle with the detection medium of the detector , - D1) determining a position of a first interaction of an alpha particle with the detection medium of the detector by using at least one measurement cell , - D2) determining an energy deposited by the particle in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step (D2), the initial energy of the alpha particle before the first interaction of the alpha particle with the detection medium of the detector , - E2) for at least one zone of the autoradiographic image, constructing an energy spectrum using the determined initial energies of the corresponding alpha particles .
A portable automated massage apparatus having a massage surface (12; 112) and a massage element which can move relative to the massage surface, the massage surface being provided by a substantially horizontal bed (20; 120), the bed including a substantially rigid frame to which the massage surface is mounted, the frame including a set of legs which hold the massage surface (12; 112) above the floor in use, the massage element is mounted to a motor housing , the motor housing includes a wheeled carriage, the wheels of the carriage being located to engage the floor during use, the bed has a guide rail for the motor housing, the motor housing being removable from the guide rail, and the bed is assembled from separable components which enable disassembly of the bed. the massage element is mounted to a motor housing , the motor housing includes a wheeled carriage, the wheels of the carriage being located to engage the floor during use, the bed has a guide rail for the motor housing, the motor housing being removable from the guide rail, and the bed is assembled from separable components which enable disassembly of the bed.
A lighting device, comprising a light exit chamber , delimited by a light exit body ; a plurality of light sources , positioned within the light exit chamber , and arranged to emit light in the direction of the light exit body ; an optical processing element, adapted to process the light emitted from the plurality of light sources ; and a transparent antenna element , extending into the light exit chamber and positioned relative to the plurality of light sources such that each light source is arranged to transmit light toward the antenna element, wherein said transparent antenna element is separate from the optical processing elements, wherein the transparent antenna element being transparent for the light emitted by the plurality of light sources , and the antenna element comprises: a transparent conductive material that is self-supporting.
A method of preparing an anatomical healing abutment for a dental implant implanted in a patient's gum, the emerging end of the implant being covered by a removable cap , the method comprising: a) an impression-taking step involving application of a moulding paste in the annular space between the gum and the cap, then extraction of the cap with the moulding paste forming the impression; and b) a step wherein a negative mould is prepared which corresponds to the impression obtained in step b); c) a moulding step wherein the cap without the cured moulding paste, or another similar or identical cap is placed in the negative mould and a curable moulding material is introduced into the cavity between the cap and the wall of the mould, the moulding material thus being fixed to the cap and conforming to the cavity of the mould; d) removal, from the mould, of the assembly comprising cap and cured moulding material, so forming an anatomical healing abutment ; wherein, in step a) and/or c), the cap comprises a tubular body closed at one end and open at the other, the tubular body being configured to be engaged by snapping-on of its open end onto a head part of a dental implant, wherein the outer surface of the tubular body is textured, at least over part of the circumference, so as to promote moulding material attachment. a) an impression-taking step involving application of a moulding paste in the annular space between the gum and the cap, then extraction of the cap with the moulding paste forming the impression; and b) a step wherein a negative mould is prepared which corresponds to the impression obtained in step b); c) a moulding step wherein the cap without the cured moulding paste, or another similar or identical cap is placed in the negative mould and a curable moulding material is introduced into the cavity between the cap and the wall of the mould, the moulding material thus being fixed to the cap and conforming to the cavity of the mould; d) removal, from the mould, of the assembly comprising cap and cured moulding material, so forming an anatomical healing abutment ;
A molded photosensitive assembly , for a camera module , comprising: at least one circuit board ; at least one photosensitive element ; at least one molded base integrally packaged and molded on said circuit board and said photosensitive element through a molding process, wherein said molded base has at least one light window formed to communicate with said photosensitive element , wherein said molded base has an inner side surface, wherein at least one portion of said inner side surface is integrally and inclinedly extended from said photosensitive element , wherein said inner side surface of said molded base and an axis parallel to a longitudinal line direction of an optical axis of said photosensitive element define a first inclination angle α for facilitating demoulding and avoiding stray lights, the angular range of the first angle α is 10°~80°, wherein said molded base is also formed with one or more lens actuator pin grooves at an outer side surface of said molded base to expose an electrical connection area of said circuit board , wherein a pin groove wall defining each of said lens actuator pin grooves and an axis parallel to the longitudinal line direction of the optical axis of the photosensitive element define a fourth inclination angle δ therebetween, the angular range of the fourth angle δ is 3°~30°. at least one circuit board ; at least one photosensitive element ; at least one molded base integrally packaged and molded on said circuit board and said photosensitive element through a molding process, wherein said molded base has at least one light window formed to communicate with said photosensitive element , wherein said molded base has an inner side surface, wherein at least one portion of said inner side surface is integrally and inclinedly extended from said photosensitive element , wherein said inner side surface of said molded base and an axis parallel to a longitudinal line direction of an optical axis of said photosensitive element define a first inclination angle α for facilitating demoulding and avoiding stray lights, the angular range of the first angle α is 10°~80°, wherein said molded base is also formed with one or more lens actuator pin grooves at an outer side surface of said molded base to expose an electrical connection area of said circuit board , wherein a pin groove wall defining each of said lens actuator pin grooves and an axis parallel to the longitudinal line direction of the optical axis of the photosensitive element define a fourth inclination angle δ therebetween, the angular range of the fourth angle δ is 3°~30°.
A lawn mower , comprising: a work unit including a housing having a downward-facing opening and a cutter blade rotatably provided in the housing such that when rotated, the cutter blade cuts grass and generates a transport air flow flowing from the opening of the housing to inside; a grass clippings receptacle configured to receive mowed grass clippings; a grass clippings transport passage connecting an interior of the housing with the grass clippings receptacle ; a shutter device including a shutte r configured to open and close the grass clippings transport passage and an actuator configured to open/close-drive the shutter ; a controller configured to control the shutter device ; and a speed sensor for detecting a travel speed of the lawn mower , characterized in that the controller is configured to open/close-control the shutter device based on the travel speed. a work unit including a housing having a downward-facing opening and a cutter blade rotatably provided in the housing such that when rotated, the cutter blade cuts grass and generates a transport air flow flowing from the opening of the housing to inside; a grass clippings receptacle configured to receive mowed grass clippings; a grass clippings transport passage connecting an interior of the housing with the grass clippings receptacle ; a shutter device including a shutte r configured to open and close the grass clippings transport passage and an actuator configured to open/close-drive the shutter ; a controller configured to control the shutter device ; and a speed sensor for detecting a travel speed of the lawn mower , characterized in that the controller is configured to open/close-control the shutter device based on the travel speed.