mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method , comprising: scanning , by at least one hardware processor , a binary software code to identify one or more text strings, wherein the binary software code is executable and the scanning the binary software code to identify the one or more text strings comprises: reading a byte stream in the executable binary software code; converting bytes in the byte stream of the executable binary software code into text characters based on at least one of an American Standard Code for Information Interchange, ASCII, encoding protocol or a Unicode protocol; and identifying the one or more text strings in the text characters; associating , by the at least one hardware processor, the binary software code with a software platform based on the identified one or more text strings; disassembling , by the at least one hardware processor, the binary software code based on the software platform associated with the binary software code; and detecting , by the at least one hardware processor, a security risk in the disassembled binary software code. scanning , by at least one hardware processor , a binary software code to identify one or more text strings, wherein the binary software code is executable and the scanning the binary software code to identify the one or more text strings comprises: reading a byte stream in the executable binary software code; converting bytes in the byte stream of the executable binary software code into text characters based on at least one of an American Standard Code for Information Interchange, ASCII, encoding protocol or a Unicode protocol; and identifying the one or more text strings in the text characters; reading a byte stream in the executable binary software code; converting bytes in the byte stream of the executable binary software code into text characters based on at least one of an American Standard Code for Information Interchange, ASCII, encoding protocol or a Unicode protocol; and identifying the one or more text strings in the text characters; associating , by the at least one hardware processor, the binary software code with a software platform based on the identified one or more text strings; disassembling , by the at least one hardware processor, the binary software code based on the software platform associated with the binary software code; and detecting , by the at least one hardware processor, a security risk in the disassembled binary software code.
A display assembly , applicable to an electronic device having a fingerprint recognition function, characterized by comprising at least: a base layer , a light source layer , and a light scattering layer located between the base layer and the light source layer , wherein the light source layer comprises a light-emitting layer and non-light-emitting layers located on two sides of the light-emitting layer ; characterized in that the non-light-emitting layers and the light-emitting layer are connected to each other in an inclined portion which is arranged on an end of the non-light-emitting layer close to the light-emitting layer , an opening is provided on the light scattering layer , a projection region of the light-emitting layer on the light scattering layer covers the opening , a projection region of the inclined portion on the light scattering layer is located outside the opening , and a thickness of the inclined portion gradually decreases from an end away from the light-emitting layer to an end close to the light-emitting layer . a base layer , a light source layer , and a light scattering layer located between the base layer and the light source layer , wherein the light source layer comprises a light-emitting layer and non-light-emitting layers located on two sides of the light-emitting layer ; characterized in that the non-light-emitting layers and the light-emitting layer are connected to each other in an inclined portion which is arranged on an end of the non-light-emitting layer close to the light-emitting layer , an opening is provided on the light scattering layer , a projection region of the light-emitting layer on the light scattering layer covers the opening , a projection region of the inclined portion on the light scattering layer is located outside the opening , and a thickness of the inclined portion gradually decreases from an end away from the light-emitting layer to an end close to the light-emitting layer .
Press die for a pressing tool for pressing round tubular portions of at least two workpieces, wherein the press die has a front side , a rear side and a through-hole extending from the front side to the rear side , the through-hole has a front opening on the front side and a rear opening on the rear side and furthermore the through-hole has a circumferential surface which is formed as a die surface, wherein the press die has a multi-part construction formed by at least two die parts and comprises at least one, preferably two closing points , wherein each of the closing points is formed by mutually assigned end faces (8.1, 8.2, 9.1, 9.2) of mutually adjacent die parts of the at least two die parts and the at least two die parts each encompass a circumferential portion of the through-hole , with the result that, in a closed position (A) of the at least two die parts at the closing points , the circumferential surface of the through-hole is assembled on the circumference, wherein at least one of the die parts has a round target contour (8.3) over at least one region (8.4) of the associated circumferential portion of the through-hole , characterized in that the at least one other die part has a contour (9.3) deviating from the round target contour (8.3) over at least one region (9.4) of the associated circumferential portion of the through-hole , with the result that the circumferential portions of the through-hole that are associated with the at least two die parts are asymmetrical in relation to one another with respect to a respective chord (8.7, 9.7) formed through the associated circumferential portion of the through-hole .
A method performed at a management device of managing user identity authentication data, comprising: authenticating a query request from a query requester for original identity data of a user to be queried, the query request including at least a key for encrypting the original identity data to be queried; in response to the query request being successfully authenticated , sending authorization information for the query request to the query requester; determining , based on mapping information associated with the original identity data stored by one or more of a plurality of authentication devices, at least one of the plurality of authentication devices to query for the original identity data; and in response to receiving signature information corresponding to the query request from the user to be queried , transmitting the signature information and the key to the at least one authentication device, wherein the signature information indicates the user to be queried approves the request and was generated by a terminal device of the user to be queried based on the authorization information, the authorization information having been received at the terminal device of the user to be queried from the query requester. authenticating a query request from a query requester for original identity data of a user to be queried, the query request including at least a key for encrypting the original identity data to be queried; in response to the query request being successfully authenticated , sending authorization information for the query request to the query requester; determining , based on mapping information associated with the original identity data stored by one or more of a plurality of authentication devices, at least one of the plurality of authentication devices to query for the original identity data; and in response to receiving signature information corresponding to the query request from the user to be queried , transmitting the signature information and the key to the at least one authentication device, wherein the signature information indicates the user to be queried approves the request and was generated by a terminal device of the user to be queried based on the authorization information, the authorization information having been received at the terminal device of the user to be queried from the query requester.
A method of manufacturing a light emitting device package including a phosphor film, the method comprising: attaching a phosphor film green sheet on a first surface of a support substrate ; attaching a glass film green sheet on the phosphor film green sheet; patterning the glass film green sheet sintering the phosphor film green sheet and the glass film green sheet to form a phosphor film and a glass film wherein patterning the glass film green sheet is performed by mold pressing so as to form a first pattern on the glass film green sheet such that a top of the phosphor film green sheet is also patterned so as to form a second pattern on the phosphor film green sheet . attaching a phosphor film green sheet on a first surface of a support substrate ; attaching a glass film green sheet on the phosphor film green sheet; patterning the glass film green sheet sintering the phosphor film green sheet and the glass film green sheet to form a phosphor film and a glass film wherein patterning the glass film green sheet is performed by mold pressing so as to form a first pattern on the glass film green sheet such that a top of the phosphor film green sheet is also patterned so as to form a second pattern on the phosphor film green sheet .
A riot shield comprising: a clear body having an outer surface and an inner surface; a first lens sheet having a first polarity disposed over the outer surface; a second lens sheet having a second polarity, spaced from the inner surface and the first lens sheet , the first polarity opposite the second polarity, wherein upon a first projector in communication with a first image source projecting an image onto the first lens sheet through the second lens sheet , the image is visible on the first lens sheet but not on the second lens sheet , wherein the first lens sheet having the first polarity comprises lenticular lenses disposed in parallel aligned to a first direction, and the second lens sheet having the second polarity comprises lenticular lenses disposed in parallel aligned to a second direction, wherein the first and second directions are oriented at 90 degrees or at 270 degrees to one another. a clear body having an outer surface and an inner surface; a first lens sheet having a first polarity disposed over the outer surface; a second lens sheet having a second polarity, spaced from the inner surface and the first lens sheet , the first polarity opposite the second polarity, wherein upon a first projector in communication with a first image source projecting an image onto the first lens sheet through the second lens sheet , the image is visible on the first lens sheet but not on the second lens sheet , wherein the first lens sheet having the first polarity comprises lenticular lenses disposed in parallel aligned to a first direction, and the second lens sheet having the second polarity comprises lenticular lenses disposed in parallel aligned to a second direction, wherein the first and second directions are oriented at 90 degrees or at 270 degrees to one another.
A method for controlling electric heating of an air conditioner compressor, comprising: when monitoring to learn that a shutdown duration of the air conditioner compressor exceeds a third preset duration threshold, acquiring weather forecast data; and generating, according to the weather forecast data, a control strategy to control the air conditioner compressor to start and stop electric heating. when monitoring to learn that a shutdown duration of the air conditioner compressor exceeds a third preset duration threshold, acquiring weather forecast data; and generating, according to the weather forecast data, a control strategy to control the air conditioner compressor to start and stop electric heating.
A foldable stroller frame comprising a lower frame , the lower frame comprising a front frame section pivotally connected with a rear frame section and a hinge device linking the front frame section to the rear frame section and extending therebetween, wherein the hinge device comprises at least two coupled parts rotatable about a movable axis of rotation and a handle arranged along the movable axis of rotation configured such that pulling of the handle by the user moves the rotatable axis towards the connections between the front frame section and rear frame section and pivots the front frame section relative to the rear frame section between a deployed state to a collapsed state of the stroller frame.
A method performed by a wireless device configured to operate in a wireless communication system, the method comprising: receiving (S1400) from a base station a configuration of a preconfigured uplink resource, PUR; initiating (S1420) Uplink, UL, transmission using the PUR, while the wireless device is in radio resource control, RRC, IDLE or RRC INACTIVE; monitoring (S1430) a physical downlink control channel, PDCCH, to acquire downlink, DL, data from a physical downlink shared channel, PDSCH, after the UL transmission using the PUR; and based on the DL data including only a timing advance command, TAC, media access control, MAC, control element, CE, considering (S1440) that the UL transmission using the PUR is successful. receiving (S1400) from a base station a configuration of a preconfigured uplink resource, PUR; initiating (S1420) Uplink, UL, transmission using the PUR, while the wireless device is in radio resource control, RRC, IDLE or RRC INACTIVE; monitoring (S1430) a physical downlink control channel, PDCCH, to acquire downlink, DL, data from a physical downlink shared channel, PDSCH, after the UL transmission using the PUR; and based on the DL data including only a timing advance command, TAC, media access control, MAC, control element, CE, considering (S1440) that the UL transmission using the PUR is successful.
A power interface comprising: a body portion configured to be coupled to a circuit board; multiple spaced data pins , wherein the data pins are connected with the body portion ; and multiple spaced power pins , wherein the power pins are connected with the body portion , the power pins are spaced from the data pins , at least one of the power pins includes a widened section , and a cross-sectional area of the widened section is greater than a cross-sectional area of each of the data pins to increase a current load capacity of the power pin ; wherein the widened section is positioned in middle of the power pin ; wherein a stepped surface is arranged at the widened section close to a front end of the power pin ; during quick charging of the power interface in which the power interface is configured to charge a battery quickly, the power pin with the widened section is configured to bear a relatively high charging current; characterised in that a side of the stepped surface is formed into a sunken portion, and the sunken portion is filled with an insulating spacer layer ; during normal charging of the power interface in which the power interface is configured to charge the battery normally, the stepped surface on the widened section is configured to avoid the power pin contacting with a corresponding pin on a power adapter. a body portion configured to be coupled to a circuit board; multiple spaced data pins , wherein the data pins are connected with the body portion ; and multiple spaced power pins , wherein the power pins are connected with the body portion , the power pins are spaced from the data pins , at least one of the power pins includes a widened section , and a cross-sectional area of the widened section is greater than a cross-sectional area of each of the data pins to increase a current load capacity of the power pin ; wherein the widened section is positioned in middle of the power pin ; wherein a stepped surface is arranged at the widened section close to a front end of the power pin ; during quick charging of the power interface in which the power interface is configured to charge a battery quickly, the power pin with the widened section is configured to bear a relatively high charging current; characterised in that a side of the stepped surface is formed into a sunken portion, and the sunken portion is filled with an insulating spacer layer ; during normal charging of the power interface in which the power interface is configured to charge the battery normally, the stepped surface on the widened section is configured to avoid the power pin contacting with a corresponding pin on a power adapter.
A valve for use in an endoscope, the valve comprising: a proximal valve stem member having a first lumen extending from a proximal opening at a proximalmost end of the proximal valve stem member to a distal opening at a distalmost end of the proximal valve stem member ; and a distal valve stem member having a second lumen with a proximal opening at a proximalmost end of the distal valve stem member ; wherein the proximalmost end of distal valve stem member is received within the distal opening of the first lumen , and wherein the distal valve stem is movable relative to the proximal valve stem, characterized in that : the proximal valve stem member includes a membrane within the first lumen that forms a fluid tight barrier between the proximal opening and the distal opening; in a first configuration, the proximalmost end of the distal valve stem member is distal to an original location of the membrane so that the first lumen is not in fluid communication with the second lumen ; and in a second configuration, the membrane is punctured and the proximalmost end of the distal valve stem is proximal to the original location of the membrane so that the first lumen is in fluid communication with the second lumen . a proximal valve stem member having a first lumen extending from a proximal opening at a proximalmost end of the proximal valve stem member to a distal opening at a distalmost end of the proximal valve stem member ; and a distal valve stem member having a second lumen with a proximal opening at a proximalmost end of the distal valve stem member ; wherein the proximalmost end of distal valve stem member is received within the distal opening of the first lumen , and wherein the distal valve stem is movable relative to the proximal valve stem, characterized in that : the proximal valve stem member includes a membrane within the first lumen that forms a fluid tight barrier between the proximal opening and the distal opening; in a first configuration, the proximalmost end of the distal valve stem member is distal to an original location of the membrane so that the first lumen is not in fluid communication with the second lumen ; and in a second configuration, the membrane is punctured and the proximalmost end of the distal valve stem is proximal to the original location of the membrane so that the first lumen is in fluid communication with the second lumen . the proximal valve stem member includes a membrane within the first lumen that forms a fluid tight barrier between the proximal opening and the distal opening; in a first configuration, the proximalmost end of the distal valve stem member is distal to an original location of the membrane so that the first lumen is not in fluid communication with the second lumen ; and in a second configuration, the membrane is punctured and the proximalmost end of the distal valve stem is proximal to the original location of the membrane so that the first lumen is in fluid communication with the second lumen .
Hybrid structure for a surface acoustic wave device, comprising a useful layer of piezoelectric material having a free first face and a second face arranged on a support substrate of which the coefficient of thermal expansion is lower than that of the useful layer , the hybrid structure being characterized in that it comprises: • a trapping layer inserted between the useful layer and the support substrate ; and • at least one functional interface of a determined roughness, between the useful layer and the trapping layer ; the functional interface is formed by the interface between a first intermediate layer , arranged on the second face of the useful layer , and the trapping layer , the trapping layer having the determined roughness. • a trapping layer inserted between the useful layer and the support substrate ; and • at least one functional interface of a determined roughness, between the useful layer and the trapping layer ; the functional interface is formed by the interface between a first intermediate layer , arranged on the second face of the useful layer , and the trapping layer , the trapping layer having the determined roughness.
A method, which is applied in a controller , to determine the network topology in a network, wherein the method comprises: sending , from the controller , a plurality of successive detection messages to a first network device for forwarding to each network device up to an ending network device on a to-be-detected path, each detection message including a first source IP address and a first destination IP address on the to-be-detected path, and a first identifier of the detection message, and assigning sequentially increasing values of the first identifier to the plurality of successive detection messages; receiving , at the controller , link status information reported by each network device on the to-be-detected path in response to a respective detection message, the link status information including the first source IP address, the first destination IP address, and the first identifier comprised in the respective detection message and a device IP address of the network device; and for each received link status information, performing , at the controller , a matching between one of the plurality of successive detection messages and the to-be-detected path based on the first source IP address, the first destination IP address and the first identifier included in the received link status information, and locating, at the controller , a network position on the to-be-detected path in which the network device is located based on the device IP address. sending , from the controller , a plurality of successive detection messages to a first network device for forwarding to each network device up to an ending network device on a to-be-detected path, each detection message including a first source IP address and a first destination IP address on the to-be-detected path, and a first identifier of the detection message, and assigning sequentially increasing values of the first identifier to the plurality of successive detection messages; receiving , at the controller , link status information reported by each network device on the to-be-detected path in response to a respective detection message, the link status information including the first source IP address, the first destination IP address, and the first identifier comprised in the respective detection message and a device IP address of the network device; and for each received link status information, performing , at the controller , a matching between one of the plurality of successive detection messages and the to-be-detected path based on the first source IP address, the first destination IP address and the first identifier included in the received link status information, and locating, at the controller , a network position on the to-be-detected path in which the network device is located based on the device IP address.