mhurhangee/patent-ind-claim-en huggingface dataset:
A network device comprising: a rack assembly having side walls forming an enclosure, with a plurality of sled slots accessible from a rear end; a plurality of operation sleds , each being mountable on one of the plurality of sled slots, and each comprising: a casing including side walls defining a front section and a rear section; a circuit board in the rear section; a fan mounting bay in the front section; and a removable fan module inserted in the fan mounting bay , the removable fan module including a motor and a fan; wherein the circuit board has a plurality of connectors exposed out of the casing through the rear section, and the network device further comprises a front assembly attached to one of the side walls of the rack assembly that is opposite to the rear end, the front assembly including electronic components that are electrically connected to the connectors of the circuit board . a rack assembly having side walls forming an enclosure, with a plurality of sled slots accessible from a rear end; a plurality of operation sleds , each being mountable on one of the plurality of sled slots, and each comprising: a casing including side walls defining a front section and a rear section; a circuit board in the rear section; a fan mounting bay in the front section; and a removable fan module inserted in the fan mounting bay , the removable fan module including a motor and a fan; wherein the circuit board has a plurality of connectors exposed out of the casing through the rear section, and the network device further comprises a front assembly attached to one of the side walls of the rack assembly that is opposite to the rear end, the front assembly including electronic components that are electrically connected to the connectors of the circuit board . a casing including side walls defining a front section and a rear section; a circuit board in the rear section; a fan mounting bay in the front section; and a removable fan module inserted in the fan mounting bay , the removable fan module including a motor and a fan; wherein the circuit board has a plurality of connectors exposed out of the casing through the rear section, and the network device further comprises a front assembly attached to one of the side walls of the rack assembly that is opposite to the rear end, the front assembly including electronic components that are electrically connected to the connectors of the circuit board .
A method for transmitting a synchronization signal in NR system, comprising: generating (S110), by a network device, time domain position indication information; wherein the time domain position indication information comprises first time domain offset information for indicating an offset of a position of time domain resources of synchronization signal, SS, blocks relative to a predetermined position, the SS blocks comprises M first SS blocks, and the M is a positive integer greater than 1, wherein the time domain position indication information further comprises time domain resource indication information and first quantity information, the time domain resource indication information is used for indicating time domain resources of the SS blocks, and the first quantity information is used for indicating a value of the M, sending (S120), by the network device, the time domain position indication information to a terminal device used for the terminal device to determine a time domain resource of the each first SS block according to the first time domain offset information, the time domain resource indication information, and the first quantity information. generating (S110), by a network device, time domain position indication information; wherein the time domain position indication information comprises first time domain offset information for indicating an offset of a position of time domain resources of synchronization signal, SS, blocks relative to a predetermined position, the SS blocks comprises M first SS blocks, and the M is a positive integer greater than 1, wherein the time domain position indication information further comprises time domain resource indication information and first quantity information, the time domain resource indication information is used for indicating time domain resources of the SS blocks, and the first quantity information is used for indicating a value of the M, sending (S120), by the network device, the time domain position indication information to a terminal device used for the terminal device to determine a time domain resource of the each first SS block according to the first time domain offset information, the time domain resource indication information, and the first quantity information.
A processor implemented facial verification method comprising: detecting a face area of a user from an obtained input image; examining the input image comprising determining at least a detection position of the detected face area and/or whether an occlusion region is present in the detected face area; generating a plurality of different image patches to form an image patch set, wherein the generating of the plurality of image patches comprises generating image patches corresponding to the full area of the detected face area and to partial areas of the detected face area, based on the detection position of the face area and/or wherein the generating of the plurality of image patches comprises generating image patches not including different occlusion regions, based on a determined presence of an occlusion region when it is determined that the occlusion region is present in the face area; determining a reference image patch set including reference image patches that correspond to the generated image patches, based on a result of the examining of the input image; inputting information on a difference between the image patch set and the reference image patch set to a feature extractor for generating a feature value corresponding to the inputted information on the difference; and determining whether a facial verification is successful based on the generated feature value; and indicating a result of the determination of whether the facial verification is successful. detecting a face area of a user from an obtained input image; examining the input image comprising determining at least a detection position of the detected face area and/or whether an occlusion region is present in the detected face area; generating a plurality of different image patches to form an image patch set, wherein the generating of the plurality of image patches comprises generating image patches corresponding to the full area of the detected face area and to partial areas of the detected face area, based on the detection position of the face area and/or wherein the generating of the plurality of image patches comprises generating image patches not including different occlusion regions, based on a determined presence of an occlusion region when it is determined that the occlusion region is present in the face area; determining a reference image patch set including reference image patches that correspond to the generated image patches, based on a result of the examining of the input image; inputting information on a difference between the image patch set and the reference image patch set to a feature extractor for generating a feature value corresponding to the inputted information on the difference; and determining whether a facial verification is successful based on the generated feature value; and indicating a result of the determination of whether the facial verification is successful.
A synthetic eye model , comprising: a rigid or semi-rigid eye shell ; a synthetic iris base positioned within the eye shell ; an eye core positioned within the eye shell and encircling the synthetic iris base, the eye core including a channel integral to the eye core configured to replicate Schlemm' s canal of a human eye; the synthetic eye model being characterized in that it further comprises: a synthetic trabecular meshwork tissue coupled to the eye shell and extending across the channel ; and wherein the eye core further including a protrusion adjacent to the channel and being configured to replicate a scleral spur of a human eye. a rigid or semi-rigid eye shell ; a synthetic iris base positioned within the eye shell ; an eye core positioned within the eye shell and encircling the synthetic iris base, the eye core including a channel integral to the eye core configured to replicate Schlemm' s canal of a human eye; a synthetic trabecular meshwork tissue coupled to the eye shell and extending across the channel ; and wherein the eye core further including a protrusion adjacent to the channel and being configured to replicate a scleral spur of a human eye.
An optical member, comprising a polythiourethane polymer having - a structure of formula (S1): - at least one kind of structure of formula (S2) or (S3): - and a structure of formula : wherein X is a residue formed by removing a mercapto group from a polythiol compound, * is a binding site, and n is an integer of 2-6, and the polythiol compound comprises at least one of pentaerythritol tetra(3-mercaptopropionate), 2,3-bis(2-mercaptoethylthio)-propane-1-thiol and trimethylolpropane tris(3-mercaptopropionate), wherein a structure of formula (S1) and the formula (S2) or (S3), and the structure of formula are alternately arranged. - a structure of formula (S1): - at least one kind of structure of formula (S2) or (S3): - and a structure of formula : wherein X is a residue formed by removing a mercapto group from a polythiol compound, * is a binding site, and n is an integer of 2-6, and the polythiol compound comprises at least one of pentaerythritol tetra(3-mercaptopropionate), 2,3-bis(2-mercaptoethylthio)-propane-1-thiol and trimethylolpropane tris(3-mercaptopropionate),
A biological self-assembled nanocrystal injection having a lymphatic targeting function, wherein the components of the injection comprise 0.05% to 5% of mitoxantrone or a salt thereof and 0.1 to 10% of an osmotic pressure regulator calculated by a mass-to-volume ratio (g/mL), with the remainder being a solvent, preferably, the injection further comprises 0.001 to 0.1% of a buffer, 0.01 to 0.1% of an antioxidant, 0.05 to 1% of an adsorbent, and 0 to 20% of a filler, characterized in that the pH range of the injection is from 2.0 to 6.0, the osmotic pressure of the injection ranges from 285 to 2317 mmol/Kg and the particle size ranges from 30 to 100 nm under physiological conditions.
A handover method, comprising: receiving (S101, S203, S303), by a target mobility management network element, a forward relocation request message sent by a source mobility management network element, wherein the forward relocation request message comprises single radio voice call continuity, SRVCC, capability information, wherein the SRVCC capability information is used to indicate that a user is SRVCC capable, wherein that the user is SRVCC capable comprises: the user is allowed to use SRVCC, or the user is allowed to use SRVCC and a user equipment has SRVCC capability; and sending (S102, S206, S306), by the target mobility management network element to a target access network element, a first request message that carries information of SRVCC operation possible, wherein the information of SRVCC operation possible is used to indicate that the user is SRVCC capable and the target mobility management network element is SRVCC capable. receiving (S101, S203, S303), by a target mobility management network element, a forward relocation request message sent by a source mobility management network element, wherein the forward relocation request message comprises single radio voice call continuity, SRVCC, capability information, wherein the SRVCC capability information is used to indicate that a user is SRVCC capable, wherein that the user is SRVCC capable comprises: the user is allowed to use SRVCC, or the user is allowed to use SRVCC and a user equipment has SRVCC capability; and sending (S102, S206, S306), by the target mobility management network element to a target access network element, a first request message that carries information of SRVCC operation possible, wherein the information of SRVCC operation possible is used to indicate that the user is SRVCC capable and the target mobility management network element is SRVCC capable.
A mobile terminal , comprising: a main body , comprising a front side facing a user and a back side arranged opposite to each other as well as a side wall connected between the front side and the back side , and a receiving cavity in the main body , and the receiving cavity having an opening located in the side wall ; and characterized by further comprising a flexible screen assembly , comprising a fixed portion and an activity portion extending from a side of the fixed portion , the fixed portion being provided on the front side of the main body , and the activity portion being bendable around the side wall to contact the back side or extending into the receiving cavity through the opening of the receiving cavity , wherein the activity portion is capable of being stored in two states, in a first state, the activity portion is received in the receiving cavity , and in a second state, the activity portion is bent over and attached to the back side . a main body , comprising a front side facing a user and a back side arranged opposite to each other as well as a side wall connected between the front side and the back side , and a receiving cavity in the main body , and the receiving cavity having an opening located in the side wall ; and characterized by further comprising a flexible screen assembly , comprising a fixed portion and an activity portion extending from a side of the fixed portion , the fixed portion being provided on the front side of the main body , and the activity portion being bendable around the side wall to contact the back side or extending into the receiving cavity through the opening of the receiving cavity , wherein the activity portion is capable of being stored in two states, in a first state, the activity portion is received in the receiving cavity , and in a second state, the activity portion is bent over and attached to the back side .
A switching mechanism of a circuit breaker, the switching mechanism comprising: a case ; a handle rotatably coupled to a side plate fixed to the case ; a U-pin coupled to a lower portion of the handle ; a lever coupled to the U-pin ; and a crossbar disposed in a mounting portion protruding from the case to be perpendicularly movable, the crossbar being moved by receiving contact pressure of the lever ; characterized in that the lever is provided with a contact pressure portion protruding from the lever and formed in a curved surface on a lower surface thereof, to press the crossbar perpendicularly downward upon closing a circuit, wherein a surface of the contact pressure portion which is brought into contact with the crossbar is curved. a case ; a handle rotatably coupled to a side plate fixed to the case ; a U-pin coupled to a lower portion of the handle ; a lever coupled to the U-pin ; and a crossbar disposed in a mounting portion protruding from the case to be perpendicularly movable, the crossbar being moved by receiving contact pressure of the lever ; characterized in that the lever is provided with a contact pressure portion protruding from the lever and formed in a curved surface on a lower surface thereof, to press the crossbar perpendicularly downward upon closing a circuit, wherein a surface of the contact pressure portion which is brought into contact with the crossbar is curved.
A control system for a host vehicle operable in an autonomous mode, the control system comprising one or more controllers , the control system configured to: determine a bifurcation of a first lane into a plurality of lanes ; and determine a longitudinal distance (D) to a start of at least one of the plurality of lanes ; characterised in that the control system is configured to: determine a lateral distance (Dn) from a lane position within the first lane to a lane position within one of the plurality of lanes , wherein the lateral distance (Dn) is from a first target lane position between lateral edges of the first lane to a second target lane position between lateral edges of the one of the plurality of lanes ; and cause control of the speed and/or direction of the host vehicle as the host vehicle approaches the bifurcation, in dependence on the determined bifurcation, wherein the control is dependent on the longitudinal distance (D) and the lateral distance (Dn). determine a bifurcation of a first lane into a plurality of lanes ; and determine a longitudinal distance (D) to a start of at least one of the plurality of lanes ; determine a lateral distance (Dn) from a lane position within the first lane to a lane position within one of the plurality of lanes , wherein the lateral distance (Dn) is from a first target lane position between lateral edges of the first lane to a second target lane position between lateral edges of the one of the plurality of lanes ; and cause control of the speed and/or direction of the host vehicle as the host vehicle approaches the bifurcation, in dependence on the determined bifurcation, wherein the control is dependent on the longitudinal distance (D) and the lateral distance (Dn).
A sound-proofed helicocentrifugal fan comprising a helicocentrifugal propeller associated with a motor , inside an inner casing formed by a central piece and respective end pieces (2 and 3) which are coupled with it, wherein the motor is arranged inside the central piece and the helicocentrifugal propeller protrudes at one end of said central piece and is surrounded by an area of one of the end pieces (2 and 3), the central piece and the end pieces (2 and 3) are perforated with a distribution of holes over the entire surface except in the area of the end piece surrounding the propeller , a blanket made of a sound-absorbing material being incorporated on the aforementioned inner casing and an outer casing being incorporated around the entire assembly.
An ion exchange process for forming a negatively charged nitrate-dopant ion analyte for analysis by a spectrometry analysis instrument, comprising: providing a gas comprising a dopant in both neutral and ionized forms; contacting a nitrate-containing sample with the gas comprising the dopant and thereby desorbing a nitrate ion from the sample to form a negatively charged nitrate-dopant ion analyte and replacing the desorbed nitrate ion with a negatively charged ionized dopant molecule; wherein the dopant is an organic compound comprising two or more carbon atoms and two or more functional groups capable of simultaneous convergent hydrogen bonding with a nitrate ion; or the dopant is an organic compound comprising at least two carbon atoms and only a single functional group capable of hydrogen bonding with a nitrate ion, which group is a -COOH functional group, and where the carbon atom of the -COOH functional group is bonded directly to another carbonyl group; and with the proviso that the dopant is not lactic acid, a lactic acid salt or a compound that forms lactate ions upon ionization. providing a gas comprising a dopant in both neutral and ionized forms; contacting a nitrate-containing sample with the gas comprising the dopant and thereby desorbing a nitrate ion from the sample to form a negatively charged nitrate-dopant ion analyte and replacing the desorbed nitrate ion with a negatively charged ionized dopant molecule; wherein the dopant is an organic compound comprising two or more carbon atoms and two or more functional groups capable of simultaneous convergent hydrogen bonding with a nitrate ion; or the dopant is an organic compound comprising at least two carbon atoms and only a single functional group capable of hydrogen bonding with a nitrate ion, which group is a -COOH functional group, and where the carbon atom of the -COOH functional group is bonded directly to another carbonyl group; and with the proviso that the dopant is not lactic acid, a lactic acid salt or a compound that forms lactate ions upon ionization.
A coating which is oleophobic and hydrophilic with a switching parameter, determined as the difference in measured static contact angle between oil and water droplets, of a magnitude of at least 60° and a switching speed of less than 10 seconds.
A device, comprising: - a first signal line coupled to a first storage area ; - a second signal line coupled to a second storage area ; and - a controller configured to output a signal to the first signal line or the second signal line to select the first storage area or the second storage area , wherein the first storage area is a removable data storage card and the second storage area is an embedded storage area in the device and wherein the signal is a reset signal for the selected one of the first storage area and the second storage area ; characterized in that the device further comprises: - a third signal line being commonly connected from the controller to respective clock pins of the first storage area and the second storage area ; and - a further signal line being commonly connected from the controller to the first storage area and the second storage area , wherein the further signal line is a bidirectional input/output line to carry data; wherein the controller is further configured to drive the selected one of the first storage area and the second storage area by transmitting a clock signal along the third signal line, and to output data to or receive data from the selected one of the first storage area and the second storage area along the further signal line. - a first signal line coupled to a first storage area ; - a second signal line coupled to a second storage area ; and - a controller configured to output a signal to the first signal line or the second signal line to select the first storage area or the second storage area , wherein the first storage area is a removable data storage card and the second storage area is an embedded storage area in the device and wherein the signal is a reset signal for the selected one of the first storage area and the second storage area ; - a third signal line being commonly connected from the controller to respective clock pins of the first storage area and the second storage area ; and - a further signal line being commonly connected from the controller to the first storage area and the second storage area , wherein the further signal line is a bidirectional input/output line to carry data;
Coated silver nanoparticles having a mean particle diameter of 30 nm or less and coated with protective molecules, characterized in that the protective molecules contain as main components thereof a medium- to short- chain alkylamine having a boiling point within the range of 100°C to 250°C and a medium-to short- chain alkyldiamine having a boiling point within the range of 100°C to 250°C, wherein one of the amino groups possessed by the alkyldiamine is a tertiary amine.