mhurhangee/patent-ind-claim-en huggingface dataset:
Fastening element for securing two components to each other, wherein the first component has an opening and the second component has a recess , and the fastening element plunges through the opening and sits in the recess in order to be secured, in particular for securing an LED circuit board on a lighting component , - having a retaining clip , wherein the retaining clip ∘ forms a shaft , at one end of which a shaft head is arranged, ∘ has a clamping element which is arranged on the shaft head , ∘ is provided with at least one retaining element , which is capable of holding the shaft in the recess of the second component , characterised in that - the fastening element comprises a mounting plate , in which the retaining clip is held pre-assembled, - the mounting plate has at least one centring leg which is capable of engaging in the opening of the first component . - having a retaining clip , wherein the retaining clip ∘ forms a shaft , at one end of which a shaft head is arranged, ∘ has a clamping element which is arranged on the shaft head , ∘ is provided with at least one retaining element , which is capable of holding the shaft in the recess of the second component , characterised in that ∘ forms a shaft , at one end of which a shaft head is arranged, ∘ has a clamping element which is arranged on the shaft head , ∘ is provided with at least one retaining element , which is capable of holding the shaft in the recess of the second component , characterised in that - the fastening element comprises a mounting plate , in which the retaining clip is held pre-assembled, - the mounting plate has at least one centring leg which is capable of engaging in the opening of the first component .
A computer-implemented method for identity authentication, the method comprising: obtaining (S101) a first image and a second image collected by a terminal; recognizing (S101) biometric information for authentication in a first preset region of the first image and in a first preset region of the second image, the biometric information for authentication including facial feature information for authentication; recognizing (S101) identity information in a second preset region of the first image and in a second preset region of the second image, the identity information being an identity card number, recognizing that a relative position between the first preset region and the second preset region of the first image is different from a relative position between the first preset region and the second preset region of the second image; obtaining (S102) prestored biometric information corresponding to the identity information, the prestored biometric information including prestored facial feature information; determining (S103) whether the biometric information for authentication matches the prestored biometric information; and determining that the identity authentication is successful, if the biometric information for authentication matches the prestored biometric information (S104), or that the identity authentication is not successful otherwise (S105). obtaining (S101) a first image and a second image collected by a terminal; recognizing (S101) biometric information for authentication in a first preset region of the first image and in a first preset region of the second image, the biometric information for authentication including facial feature information for authentication; recognizing (S101) identity information in a second preset region of the first image and in a second preset region of the second image, the identity information being an identity card number, recognizing that a relative position between the first preset region and the second preset region of the first image is different from a relative position between the first preset region and the second preset region of the second image; obtaining (S102) prestored biometric information corresponding to the identity information, the prestored biometric information including prestored facial feature information; determining (S103) whether the biometric information for authentication matches the prestored biometric information; and determining that the identity authentication is successful, if the biometric information for authentication matches the prestored biometric information (S104), or that the identity authentication is not successful otherwise (S105).
A method for cooling a hot synthesis gas containing at least one condensable constituent part, namely tar, in which the synthesis gas in a multi-stage cooling process passes through a first cooling stage, a second cooling stage and a third cooling stage one after the other and the synthesis gas, after an at least partial cooling, is subjected to at least one separation step for separating the at least one condensable constituent part, characterized in that the synthesis gas in the first cooling stage is cooled down to a temperature above the condensation temperature of the at least one condensable constituent part and the synthesis gas is cooled in the second cooling stage to a temperature below the condensation temperature of the at least one condensable constituent part, namely to a temperature of ≤ 200°C, and the second cooling stage comprises the recirculation of a part quantity of synthesis gas branched off after the third cooling stage and after the at least one separation step, into the synthesis gas flow.
A method for sharing user profile information in a terminal of a communication system, the method comprising: identifying a sharing level for a first profile information associated with a first user of the terminal based on a category of a contact in the terminal to which a second user of a corresponding terminal belongs; transmitting a session initiation message including the first profile information to a communication network server based on the identified sharing level for the first profile information; receiving a response message responsive to the session initiation message from at least one of the communication network server and the corresponding terminal; displaying a second profile information associated with the second user of the corresponding terminal, if the response message includes the second profile information of the second user; performing a call with the corresponding terminal; and storing the second profile information of the second user of the corresponding terminal, if a profile information storage option in a record of the corresponding terminal includes a storage acceptance message. identifying a sharing level for a first profile information associated with a first user of the terminal based on a category of a contact in the terminal to which a second user of a corresponding terminal belongs; transmitting a session initiation message including the first profile information to a communication network server based on the identified sharing level for the first profile information; receiving a response message responsive to the session initiation message from at least one of the communication network server and the corresponding terminal; displaying a second profile information associated with the second user of the corresponding terminal, if the response message includes the second profile information of the second user; performing a call with the corresponding terminal; and storing the second profile information of the second user of the corresponding terminal, if a profile information storage option in a record of the corresponding terminal includes a storage acceptance message.
A mass image processing apparatus comprising: a pre-processor that is configured to apply a pre-process to an original mass image produced through mass spectrometry of a sample, to produce a model input image; a converter that has an image quality conversion model for improving the image quality of the mass image of the sample, said image quality conversion model produced through machine learning based on a group of images produced through sample analysis different from the mass spectrometry, wherein the different sample analysis is sample observation by a scanning electron microscope and said image quality conversion model is configured to produce a model output image through image quality conversion of the model input image; and a post-processor that is configured to apply a post-process to the model output image, to produce a mass image after image quality conversion, wherein the pre-process is a process to fit the model input image with respect to an input condition of the converter, and the post-process is a process to fit the mass image after the image quality conversion with respect to a mass image output condition. a pre-processor that is configured to apply a pre-process to an original mass image produced through mass spectrometry of a sample, to produce a model input image; a converter that has an image quality conversion model for improving the image quality of the mass image of the sample, said image quality conversion model produced through machine learning based on a group of images produced through sample analysis different from the mass spectrometry, wherein the different sample analysis is sample observation by a scanning electron microscope and said image quality conversion model is configured to produce a model output image through image quality conversion of the model input image; and a post-processor that is configured to apply a post-process to the model output image, to produce a mass image after image quality conversion, wherein the pre-process is a process to fit the model input image with respect to an input condition of the converter, and the post-process is a process to fit the mass image after the image quality conversion with respect to a mass image output condition.
A spray nozzle chip (1-1; 1-2; 1-3; 1-4) comprising: a first layer provided with a first layer orifice , and a mechanically flexible nozzle layer provided with a nozzle orifice , wherein the first layer has a valve seat arranged aligned with the nozzle orifice , wherein the spray nozzle chip (1-1; 1-2; 1-3; 1-4) has a valve functionality obtained by movement of the nozzle layer relative to the valve seat due to pressure changes, and wherein the nozzle layer is arranged at a distance from the valve seat when the nozzle layer is in a default non-pressurised state, whereby a gap with a gap length (L) is formed between the nozzle layer and the valve seat , wherein the gap length (L) is smaller than a dimension of a specific bacterial type, to thereby seal against bacterial ingrowth through the nozzle orifice of the specific bacterial type wherein the first layer and the nozzle layer are connected by means of an intermediate layer , the thickness of which at least partly defines the gap length (L); characterized in that the intermediate layer compromises a bonding layer; and in that the bonding layer is a Parylene, preferably Parylene C. a first layer provided with a first layer orifice , and a mechanically flexible nozzle layer provided with a nozzle orifice , wherein the first layer has a valve seat arranged aligned with the nozzle orifice , wherein the spray nozzle chip (1-1; 1-2; 1-3; 1-4) has a valve functionality obtained by movement of the nozzle layer relative to the valve seat due to pressure changes, and wherein the nozzle layer is arranged at a distance from the valve seat when the nozzle layer is in a default non-pressurised state, whereby a gap with a gap length (L) is formed between the nozzle layer and the valve seat , wherein the gap length (L) is smaller than a dimension of a specific bacterial type, to thereby seal against bacterial ingrowth through the nozzle orifice of the specific bacterial type wherein the first layer and the nozzle layer are connected by means of an intermediate layer , the thickness of which at least partly defines the gap length (L); characterized in that the intermediate layer compromises a bonding layer; and in that the bonding layer is a Parylene, preferably Parylene C.
A method for reading data from a flash memory, wherein the method comprises: receiving (S110) a read data instruction, wherein the read data instruction comprises: a size of to-be-read data and a physical address of the to-be-read data in the flash memory; searching (S120) a buffer for the physical address; when the physical address is not found in the buffer, dividing (S130) a buffer data area from internal memory according to the size of the to-be-read data and an actual physical block size of the flash memory; and reading (S140) the to-be-read data from the flash memory according to the physical address and buffering the to-be-read data into the buffer data area; characterized in that a size of the buffer data area is equal to or greater than the size of the to-be-read data, and the size of the buffer data area is an integer multiple of the actual physical block size of the flash memory, wherein after the dividing a buffer data area from internal memory and before the reading the to-be-read data from the flash memory according to the physical address, the method further comprises: dividing a buffer header that corresponds to the buffer data area from the internal memory, and buffering attribute information of the buffer data area and the physical address into the buffer header, wherein the attribute information of the buffer data area comprises an address and the size of the buffer data area. receiving (S110) a read data instruction, wherein the read data instruction comprises: a size of to-be-read data and a physical address of the to-be-read data in the flash memory; searching (S120) a buffer for the physical address; when the physical address is not found in the buffer, dividing (S130) a buffer data area from internal memory according to the size of the to-be-read data and an actual physical block size of the flash memory; and reading (S140) the to-be-read data from the flash memory according to the physical address and buffering the to-be-read data into the buffer data area; characterized in that a size of the buffer data area is equal to or greater than the size of the to-be-read data, and the size of the buffer data area is an integer multiple of the actual physical block size of the flash memory, wherein after the dividing a buffer data area from internal memory and before the reading the to-be-read data from the flash memory according to the physical address, the method further comprises: dividing a buffer header that corresponds to the buffer data area from the internal memory, and buffering attribute information of the buffer data area and the physical address into the buffer header, wherein the attribute information of the buffer data area comprises an address and the size of the buffer data area.
A pill splitter for dividing pills into uniform dosage portions for treating humans or animals, characterized by : a. a housing including a cassette mount arising perpendicularly from the base of the housing ; b. a cover having access ports disposed therein for retaining and removal of portions of a pill unit; c. a rotatable pill cassette having a top side and an under side which may be separated one from the other, each having disposed therein multiple pill cavities disposed to hold pills of different shapes and sizes, wherein the multiple pill cavities are disposed on opposing sides of the rotatable pill cassette ; and further wherein the rotatable pill cassette is mounted on the cassette mount ; d. a blade housing disposed within the housing which is proximally located in relation to and which moves upward or downward in an arc with the opening or closing of the cover; and e. a retractable blade within the blade housing sheathed between retractable blade guards , which is unsheathed and extended downward in an arc through the blade housing to pass through the center line of the pill cavity when the cover is closed. a. a housing including a cassette mount arising perpendicularly from the base of the housing ; b. a cover having access ports disposed therein for retaining and removal of portions of a pill unit; c. a rotatable pill cassette having a top side and an under side which may be separated one from the other, each having disposed therein multiple pill cavities disposed to hold pills of different shapes and sizes, wherein the multiple pill cavities are disposed on opposing sides of the rotatable pill cassette ; and further wherein the rotatable pill cassette is mounted on the cassette mount ; d. a blade housing disposed within the housing which is proximally located in relation to and which moves upward or downward in an arc with the opening or closing of the cover; and e. a retractable blade within the blade housing sheathed between retractable blade guards , which is unsheathed and extended downward in an arc through the blade housing to pass through the center line of the pill cavity when the cover is closed.
Method for displaying and generating an instruction for a physical workout, comprising the method steps of recording the heart rate variability (HRV) of the person to be trained and, as a function thereof, determining their physical condition , determining the physical load intensities for individually predetermined load ranges as a function of at least one physical condition determined on at least one previous day on the basis of the heart rate variability (HRV) recorded on this day, and generating the instruction for an upcoming workout on the basis of this condition by using a computer program, which comprises a recommendation for at least one load range of physical load intensities, which load range is selected on the basis of the current physical condition determined on the day of the workout for the workout on this day from different load ranges previously individually predetermined for the person to be trained and is recommended for the workout, and this workout recommendation is displayed on a user interface of the computer program. recording the heart rate variability (HRV) of the person to be trained and, as a function thereof, determining their physical condition , determining the physical load intensities for individually predetermined load ranges as a function of at least one physical condition determined on at least one previous day on the basis of the heart rate variability (HRV) recorded on this day, and generating the instruction for an upcoming workout on the basis of this condition by using a computer program, which comprises a recommendation for at least one load range of physical load intensities, which load range is selected on the basis of the current physical condition determined on the day of the workout for the workout on this day from different load ranges previously individually predetermined for the person to be trained and is recommended for the workout, and this workout recommendation is displayed on a user interface of the computer program.
A protective case for a pearl, the case comprising: a wall defining a closed internal volume for containing a pearl when the case is closed, a first case part and a second case part , the first and second case parts each forming a substantial wall portion of the wall of the case , the first and second case parts adapted to be releasably closed together to define the closed internal volume, said case being characterized in that each of the first and second case parts is formed from a transparent material; and that said case further comprises an irreversible locking mechanism adapted to lock the first and second parts together when closed and prevent the first and second parts from being opened, such that the locking mechanism must be broken to open the case; wherein the locking mechanism comprises at least one tooth and at least one lever , when closing the case the at least one lever riding over the at least one tooth without damaging the locking mechanism, and wherein opening the case breaks the at least one tooth and/or the at least one lever ; and wherein the locking mechanism is located inside the case and is visible through the transparent material of at least one of the first and second case parts so that a state of the locking mechanism is discernible from an outside of the case , the state of the locking mechanism being either unbroken or broken. a wall defining a closed internal volume for containing a pearl when the case is closed, a first case part and a second case part , the first and second case parts each forming a substantial wall portion of the wall of the case , the first and second case parts adapted to be releasably closed together to define the closed internal volume, said case being characterized in that each of the first and second case parts is formed from a transparent material; and wherein the locking mechanism comprises at least one tooth and at least one lever , when closing the case the at least one lever riding over the at least one tooth without damaging the locking mechanism, and wherein opening the case breaks the at least one tooth and/or the at least one lever ; and wherein the locking mechanism is located inside the case and is visible through the transparent material of at least one of the first and second case parts so that a state of the locking mechanism is discernible from an outside of the case , the state of the locking mechanism being either unbroken or broken.
Method for fabricating a horizontal gate-all-around field effect transistor, the method comprising: providing, in a process chamber, a substrate having an upper surface , wherein a first feature comprising a Sn-containing first Group IV material and a second feature comprising a second Group IV material are arranged on the upper surface by stacking alternately and repeatedly on one another, thereby forming a multi-layer stack and wherein the upper surface comprises relaxed Si 1-x Ge x , wherein x is at least 50 % atomic or relaxed Ge, wherein the Sn-containing first Group IV material is Ge 1-y Sn y , wherein 4 %<y<20 % atomic and comprises a dopant element, wherein the dopant is an n-type dopant or a p-type dopant and wherein the second Group IV material is Ge. - heating, in the process chamber, the substrate , and thereafter; - performing an etch process comprising: a. introducing, into the process chamber, an etching gas, b. subjecting the substrate to the etching gas, wherein the etching gas is a chlorine-based or a bromine-based gas, thereby removing the first feature selective to the second feature . - heating, in the process chamber, the substrate , and thereafter; - performing an etch process comprising: a. introducing, into the process chamber, an etching gas, b. subjecting the substrate to the etching gas, wherein the etching gas is a chlorine-based or a bromine-based gas, thereby removing the first feature selective to the second feature . a. introducing, into the process chamber, an etching gas, b. subjecting the substrate to the etching gas, wherein the etching gas is a chlorine-based or a bromine-based gas, thereby removing the first feature selective to the second feature .