mhurhangee/patent-ind-claim-en huggingface dataset:
A light conversion device, comprising: a wavelength conversion element configured to absorb light of an excitation wavelength and generate light of an emission wavelength, the wavelength conversion element comprising an inorganic binder and a phosphor, wherein the inorganic binder comprises an inorganic material, a filler and a dispersant, wherein the filler has a thermal expansion coefficient that is substantially equivalent to a thermal expansion coefficient of the inorganic material, wherein the thermal expansion coefficient of the inorganic binder is about 0.5 to about 25 ppm/°C, and wherein the filler has a density that is substantially equivalent to a density of the inorganic material.
A locating element detection method, comprising: obtaining (S101, S201, S301) a circular-scanning stitched image around a vehicle; detecting (S202, S302) the circular-scanning stitched image by using a pre-trained deep neural network model to determine information of the at least one locating element existing on the ground around the vehicle, and performing semantic segmentation on each pixel on the circular-scanning stitched image to determine the semantic type and location information of each pixel on the circular-scanning stitched image, wherein the locating element is an element for locating the vehicle, wherein the information of the locating element comprises at least a type and location information of the locating element, and a type and location information of a key point on the locating element, wherein the key point is predetermined before model training for representing a feature point on the locating element; matching (S203) the type of the key point and the semantic type of the pixel at a same location by combining the location information of the key point and the location information of each pixel on the circular-scanning stitched image; and correcting (S204) the location information of the key point on the locating element according to a matching result and a preset fusion strategy. obtaining (S101, S201, S301) a circular-scanning stitched image around a vehicle; detecting (S202, S302) the circular-scanning stitched image by using a pre-trained deep neural network model to determine information of the at least one locating element existing on the ground around the vehicle, and performing semantic segmentation on each pixel on the circular-scanning stitched image to determine the semantic type and location information of each pixel on the circular-scanning stitched image, wherein the locating element is an element for locating the vehicle, wherein the information of the locating element comprises at least a type and location information of the locating element, and a type and location information of a key point on the locating element, wherein the key point is predetermined before model training for representing a feature point on the locating element; matching (S203) the type of the key point and the semantic type of the pixel at a same location by combining the location information of the key point and the location information of each pixel on the circular-scanning stitched image; and correcting (S204) the location information of the key point on the locating element according to a matching result and a preset fusion strategy.
An authentication method comprising: preconfiguring a personal terminal designated as belonging to a user with a security application; transmitting an authentication request to the personal mobile terminal designated as belonging to the user in response to the initiation of a transaction that requires authentication by the user and including details of the transaction; receiving the authentication request at the personal mobile terminal; displaying the transaction details on a display of the personal mobile terminal via the security application; prompting, via the security application, a user to enter a personal code into the personal mobile terminal; processing the personal code together with challenge data generated from the transaction details contained in the authentication request and, if one or more predetermined conditions are met including that said personal code is correct, producing, by the security application, a valid and signed authentication code that the user can provide in order to authenticate the transaction from the challenge data and the personal code using a user's private key stored in a memory of the personal mobile terminal to thereby tie the valid and signed authentication code to the displayed transaction details. preconfiguring a personal terminal designated as belonging to a user with a security application; transmitting an authentication request to the personal mobile terminal designated as belonging to the user in response to the initiation of a transaction that requires authentication by the user and including details of the transaction; receiving the authentication request at the personal mobile terminal; displaying the transaction details on a display of the personal mobile terminal via the security application; prompting, via the security application, a user to enter a personal code into the personal mobile terminal; processing the personal code together with challenge data generated from the transaction details contained in the authentication request and, if one or more predetermined conditions are met including that said personal code is correct, producing, by the security application, a valid and signed authentication code that the user can provide in order to authenticate the transaction from the challenge data and the personal code using a user's private key stored in a memory of the personal mobile terminal to thereby tie the valid and signed authentication code to the displayed transaction details.
A device for harvesting radio frequency RF, energy to generate power, comprising: a first spiral antenna (212a; 212b; 212c) having a first spiral direction, the first spiral antenna (212a; 212b; 212c) having a spiral cross-section shape along a first flat plane; a second spiral antenna (252a; 252b; 252c) having a second spiral direction opposite the first spiral direction, the second spiral (252a; 252b; 252c) antenna having a spiral cross-section shape along a second plane parallel to the first plane; a ground layer between the first and second spiral antennae (212; 252), the first spiral antenna (212a; 212b; 212c) electrically connected to the second spiral antenna (252a; 252b; 252c) at a center of the first and second spiral antennae by a conductive element passing through the ground layer without contacting a conductive ground plate of the ground layer ; characterised by : a first dielectric layer surrounding the first spiral antenna (212a; 212b; 212c) along the first flat plane; and a first flat antenna mounted to the first dielectric layer, the first flat antenna defining a fourth plane parallel to the first flat plane. a first spiral antenna (212a; 212b; 212c) having a first spiral direction, the first spiral antenna (212a; 212b; 212c) having a spiral cross-section shape along a first flat plane; a second spiral antenna (252a; 252b; 252c) having a second spiral direction opposite the first spiral direction, the second spiral (252a; 252b; 252c) antenna having a spiral cross-section shape along a second plane parallel to the first plane; a ground layer between the first and second spiral antennae (212; 252), the first spiral antenna (212a; 212b; 212c) electrically connected to the second spiral antenna (252a; 252b; 252c) at a center of the first and second spiral antennae by a conductive element passing through the ground layer without contacting a conductive ground plate of the ground layer ; characterised by : a first dielectric layer surrounding the first spiral antenna (212a; 212b; 212c) along the first flat plane; and a first flat antenna mounted to the first dielectric layer, the first flat antenna defining a fourth plane parallel to the first flat plane.
A binding tape having a substrate layer comprising a non-woven fabric , and an adhesive layer , wherein the non-woven fabric is provided with at least two types of fused sections having different shapes and/ or different areas; said binding tape being characterised in that : the substrate layer comprises a resin layer laminated onto one surface of the non-woven fabric , the binding tape has a width direction tearing load, measured in accordance with JIS K7128-2, of 5 - 25 N, and the overall lamination amount of the binding tape is 180 - 320 g/m 2 . wherein the non-woven fabric is provided with at least two types of fused sections having different shapes and/ or different areas; said binding tape being characterised in that : the substrate layer comprises a resin layer laminated onto one surface of the non-woven fabric , the binding tape has a width direction tearing load, measured in accordance with JIS K7128-2, of 5 - 25 N, and the overall lamination amount of the binding tape is 180 - 320 g/m 2 . the substrate layer comprises a resin layer laminated onto one surface of the non-woven fabric , the binding tape has a width direction tearing load, measured in accordance with JIS K7128-2, of 5 - 25 N, and the overall lamination amount of the binding tape is 180 - 320 g/m 2 .
A fitment for a package with an interior compartment for containment of a flowable material, the fitment comprising: a body having an exterior wall and an interior wall (400; 405), the interior wall (400; 405) defining a passageway extending through the body from a top opening to a bottom opening ; at least a first dispersion member having an edge extending into the passageway , the edge dividing at least a portion of a width of the passageway extending between the interior wall (400; 405); a baffle member having a surface extending into, and at least partially obstructing, the passageway , and a flange portion associated with the exterior wall , the flange portion positioned to interface the fitment with the package , wherein a first plane is defined by the top opening ; and wherein the baffle member includes a planar surface, the planar surface of the baffle member being co-planar with the first plane defined by the top opening of the passageway , characterised in that a second plane is defined by the bottom opening that is disposed at an angle (α, β) with respect to the first plane . a body having an exterior wall and an interior wall (400; 405), the interior wall (400; 405) defining a passageway extending through the body from a top opening to a bottom opening ; at least a first dispersion member having an edge extending into the passageway , the edge dividing at least a portion of a width of the passageway extending between the interior wall (400; 405); a baffle member having a surface extending into, and at least partially obstructing, the passageway , and a flange portion associated with the exterior wall , the flange portion positioned to interface the fitment with the package , wherein a first plane is defined by the top opening ; and wherein the baffle member includes a planar surface, the planar surface of the baffle member being co-planar with the first plane defined by the top opening of the passageway , characterised in that a second plane is defined by the bottom opening that is disposed at an angle (α, β) with respect to the first plane .
A wireless communication method, wherein the method comprises: receiving (S240), by a first terminal device, first configuration information sent by a first network device, the first configuration information being configured to configure a sounding reference signal, SRS, resource for cross link interference, CLI, measurement, characterized in that the method further comprises: sending, by the first terminal device, first information to the first network device, the first information comprising a maximum number of SRS measurements supported by the first terminal device. receiving (S240), by a first terminal device, first configuration information sent by a first network device, the first configuration information being configured to configure a sounding reference signal, SRS, resource for cross link interference, CLI, measurement, characterized in that the method further comprises: sending, by the first terminal device, first information to the first network device, the first information comprising a maximum number of SRS measurements supported by the first terminal device.
A merchandise security system comprising: a plurality of security devices , each of the security devices comprising a sensor configured to be attached to an article of merchandise (M); and at least one controller configured to communicate with each of the sensors in order to obtain data from the articles of merchandise (M), wherein each sensor is configured to communicate with a memory of a respective article of merchandise (M) attached thereto in order to obtain data from the article of merchandise (M) and subsequently communicate the data to the controller , wherein the at least one controller is configured to wirelessly communicate with a remote device for providing the data obtained from the article of merchandise (M), wherein the controller and/or each of the security devices is configured to generate a security signal in response to removal of the sensor from the article of merchandise (M). a plurality of security devices , each of the security devices comprising a sensor configured to be attached to an article of merchandise (M); and at least one controller configured to communicate with each of the sensors in order to obtain data from the articles of merchandise (M), wherein each sensor is configured to communicate with a memory of a respective article of merchandise (M) attached thereto in order to obtain data from the article of merchandise (M) and subsequently communicate the data to the controller , wherein the at least one controller is configured to wirelessly communicate with a remote device for providing the data obtained from the article of merchandise (M), wherein the controller and/or each of the security devices is configured to generate a security signal in response to removal of the sensor from the article of merchandise (M).
A test device comprising: a communication unit to sequentially receive messages partially including a test target signal of a plurality of bits transmitted from a test target device; and a judgment unit to check a value of the test target signal included in a message received by the communication unit in a first duration against a first expected value, to check a value of the test target signal included in a message received by the communication unit in a second duration different from the first duration against a second expected value acquired by inverting each bit of the first expected value, and to judge a test on the test target device as pass or fail based on both of the check results, wherein the judgment unit is further configured to check a value of a signal adjacent to the test target signal in the message received by the communication unit against a third expected value, and judge the test on the test target device as pass or fail based on the check result of the value of the test target signal and the check result of the value of the signal adjacent to the test target signal. a communication unit to sequentially receive messages partially including a test target signal of a plurality of bits transmitted from a test target device; and a judgment unit to check a value of the test target signal included in a message received by the communication unit in a first duration against a first expected value, to check a value of the test target signal included in a message received by the communication unit in a second duration different from the first duration against a second expected value acquired by inverting each bit of the first expected value, and to judge a test on the test target device as pass or fail based on both of the check results, wherein the judgment unit is further configured to check a value of a signal adjacent to the test target signal in the message received by the communication unit against a third expected value, and judge the test on the test target device as pass or fail based on the check result of the value of the test target signal and the check result of the value of the signal adjacent to the test target signal.
A human antibody or antigen-binding fragment of a human antibody that specifically binds human proprotein convertase subtilisin/kexin type 9 (hPCSK9) comprising a heavy chain CDR1 (HCDR1) domain of SEQ ID NO: 76, a heavy chain CDR2 (HCDR2) domain of SEQ ID NO: 78, a heavy chain CDR3 (HCDR3) domain of SEQ ID NO: 80, a light chain CDR1 (LCDR1) domain of SEQ ID NO: 84, a light chain CDR2 (LCDR2) domain of SEQ ID NO: 86 and a light chain CDR3 (LCDR3) domain of SEQ ID NO: 88, wherein the antibody or antigen-binding fragment thereof blocks the binding of hPCSK9 to human low density lipoprotein receptor (hLDLR)-ecto domain, hLDLR EGF-A domain and hLDLR EGF-AB domains.
A method of evaluating a biological sample, said method comprising - performing a histological process on a biological sample , wherein the biological sample has been removed from a subject to alter the biological sample ; and - monitoring a status of the biological sample based on time of flight of acoustic waves transmitted through at least a portion of the biological sample while performing the histological process on the biological sample . - performing a histological process on a biological sample , wherein the biological sample has been removed from a subject to alter the biological sample ; and - monitoring a status of the biological sample based on time of flight of acoustic waves transmitted through at least a portion of the biological sample while performing the histological process on the biological sample .
A refrigerator comprising: a cabinet having an upper storage chamber and a lower storage chamber defined therein; an upper door configured to open and close the upper storage chamber ; a lower door positioned below the upper door and retractable into and extendable out of the lower storage chamber , the lower door including a drawer part having a storage space defined therein, and a door part configured to open and close the lower storage chamber in an extendable mode and a retractable mode of the lower door respectively; and a draw-out rail provided between an inner surface of the lower storage chamber and both outer lateral faces of the lower door , the draw-out rail being configured to guide a movement of the lower door into and out of the lower storage chamber , an ascending and descending mechanism provided at the drawer part and configured to ascend and descend the storage space; a driving mechanism provided at the door part and configured to provide a driving force to the ascending and descending mechanism ; the refrigerator being characterized in that it further comprises a controller provided at the cabinet and configured to control the driving mechanism; a microphone module provided at the upper door and configured to receive a voice input from a user; and a voice recognition module configured to allow the controller to control the driving mechanism in response to the voice input from the user, wherein a cap decoration provided on a top face of the upper door has a top recess defined therein to receive therein the microphone module and the voice recognition module . a cabinet having an upper storage chamber and a lower storage chamber defined therein; an upper door configured to open and close the upper storage chamber ; a lower door positioned below the upper door and retractable into and extendable out of the lower storage chamber , the lower door including a drawer part having a storage space defined therein, and a door part configured to open and close the lower storage chamber in an extendable mode and a retractable mode of the lower door respectively; and a draw-out rail provided between an inner surface of the lower storage chamber and both outer lateral faces of the lower door , the draw-out rail being configured to guide a movement of the lower door into and out of the lower storage chamber , an ascending and descending mechanism provided at the drawer part and configured to ascend and descend the storage space; a driving mechanism provided at the door part and configured to provide a driving force to the ascending and descending mechanism ; the refrigerator being characterized in that it further comprises a controller provided at the cabinet and configured to control the driving mechanism; a microphone module provided at the upper door and configured to receive a voice input from a user; and a voice recognition module configured to allow the controller to control the driving mechanism in response to the voice input from the user, wherein a cap decoration provided on a top face of the upper door has a top recess defined therein to receive therein the microphone module and the voice recognition module .
A method of generating collaborative travel logs on on-board electronic terminals in a vehicle and connected to each other via a local network, characterised in that it comprises the following steps: - automatic creation on each said terminal of a travel log when this terminal is connected to said local network; - sharing one or more media contents hosted by one of said terminals with one or more other terminals of said local network; and - for each sharing event performed, automatically adding to the travel log of each of said terminals an entry notifying this event. - automatic creation on each said terminal of a travel log when this terminal is connected to said local network; - sharing one or more media contents hosted by one of said terminals with one or more other terminals of said local network; and - for each sharing event performed, automatically adding to the travel log of each of said terminals an entry notifying this event.