mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a light emitting module , sequentially comprising: providing a light guiding plate having a first main surface being a light emitting surface, and a second main surface on a side opposite to the first main surface; providing a plurality of light emitting elements on the light guiding plate ; then providing a light-reflecting member so as to seal the plurality of light emitting elements and the second main surface of the light guiding plate in a manner that the light-reflecting member comes into contact with the second main surface of the light guiding plate ; exposing an electrode of the light emitting element from the light-reflecting member ; and forming a wiring electrically connecting the electrode of the plurality of light emitting elements . providing a light guiding plate having a first main surface being a light emitting surface, and a second main surface on a side opposite to the first main surface; providing a plurality of light emitting elements on the light guiding plate ; then providing a light-reflecting member so as to seal the plurality of light emitting elements and the second main surface of the light guiding plate in a manner that the light-reflecting member comes into contact with the second main surface of the light guiding plate ; exposing an electrode of the light emitting element from the light-reflecting member ; and forming a wiring electrically connecting the electrode of the plurality of light emitting elements .
Method for loading a four-wheeled vehicle using a transporter comprising wedging arms that are arranged so as to be positioned on either side of the tread of a wheel of the vehicle to be loaded, and means for detecting the presence or clamping of a wheel, the method comprising the following steps: - a step of moving the transporter until a wedging arm comes into contact with the tread of a tire, - a step of moving the transporter along the longitudinal axis of the transporter for a predetermined distance or until a predetermined force is detected, characterized in that the method further comprises: - a step of stopping the transporter from moving and generating a signal representative of the mobility state of the vehicle : moving or stationary. - a step of moving the transporter until a wedging arm comes into contact with the tread of a tire, - a step of moving the transporter along the longitudinal axis of the transporter for a predetermined distance or until a predetermined force is detected, characterized in that the method further comprises: - a step of stopping the transporter from moving and generating a signal representative of the mobility state of the vehicle : moving or stationary. - a step of stopping the transporter from moving and generating a signal representative of the mobility state of the vehicle : moving or stationary.
A method of determining a bit length of an in-phase and quadrature sample, i.e., an IQ sample, associated with a first data frame, the method comprising: capturing one or more data frames between a distributed unit and a radio unit by a packet analyzer, the bitlength of the IQ sample being unknown to the packet analyzer, the one or more data frames includes the first data frame, a. determining a first parameter associated with a payload length of the first data frame; b. determining a second parameter indicative of a number of physical resource blocks in the first data frame; c. detecting a presence of a compression header in the first data frame based on the first and second parameters by performing, by the packet analyzer, a modulo operation on the first parameter indicative of the payload size of the first data frame, using the second parameter indicative of the number of physical resource blocks in the first data frame, to check if the payload size is a multiple of the number of physical resource blocks; and d. determining the bit length of the IQ sample from the detected compression header and the first and second parameters, and wherein the determined bitlength of the IQ sample of the first data frame is used for checking a configuration of one of the distributed unit and the radio unit. a. determining a first parameter associated with a payload length of the first data frame; b. determining a second parameter indicative of a number of physical resource blocks in the first data frame; c. detecting a presence of a compression header in the first data frame based on the first and second parameters by performing, by the packet analyzer, a modulo operation on the first parameter indicative of the payload size of the first data frame, using the second parameter indicative of the number of physical resource blocks in the first data frame, to check if the payload size is a multiple of the number of physical resource blocks; and d. determining the bit length of the IQ sample from the detected compression header and the first and second parameters, and wherein the determined bitlength of the IQ sample of the first data frame is used for checking a configuration of one of the distributed unit and the radio unit.
A method for the detection of a target DNA sequence in a sample, the sample being a tissue section which has been fixed with a buffered 4% paraformaldehyde solution, wherein the sample is contacted with a ribonucleoprotein complex comprising an unlabeled Cas protein, an unlabeled crRNA hybridizing with the target DNA sequence and a labeled tracrRNA hybridizing with the crRNA under conditions where the target DNA in the sample is able to hybridize with the crRNA, and wherein the paraformaldehyde-fixed tissue section is contacted with a buffered 4% paraformaldehyde solution under cooling after being contacted with the ribonucleoprotein complex.
A waveguide assembly for a radio frequency, RF, signal network , comprising a plurality of waveguides, wherein at least two of the plurality of waveguides are integrally formed with each other; wherein a wall of a first waveguide of the at least two waveguides is common with a wall of a second waveguide of the at least two waveguides; the waveguide assembly further comprising: one or more waveguide connectors , each waveguide connector coupled to at least three waveguides of the plurality of waveguides and having a flange and at least three ports , each respective port configured to interface with a respective one of the at least three waveguides, wherein the flange is integrally formed with the at least three waveguides.
A method for receiving paper reels in papermaking industry (1; 1, 16), utilising in the receiving tight and elastic pressure elements in which by adjusting the outflow of compressed air or both the outflow and inflow of compressed air the motion speed of the paper reel (1; 1, 16) is decelerated wherein the actual receiving and deceleration of the paper reel occurs by controlling the amount of air being let out, characterized in that , inside the tight and elastic pressure elements is a self-restoring porous material ; and in restoring the apparatus to receiving readiness due to self-restoring material .
A method of operating a dispenser (130, 403, or 522) of a self-service terminal (110, 401, or 510) to validate a dispense command, the method comprising: obtaining, by the dispenser (130, 403, or 522), a token and a dispense command that are issued from a remote host (140 or 530) (step 210), wherein obtaining the token and the dispense command further includes receiving the token and the dispense command directly from a controller to which the dispenser (130, 403, or 522) is coupled (step 211), wherein receiving the token and the dispense command further includes providing a nonce to the remote host (140 or 530) before obtaining the token, the nonce being used by the remote host (140 or 530) in generating the token (step 212), wherein the token is a Message Authentication Code, MAC, message generated by inputting a shared key shared between the dispenser and the remote host, the nonce, and a dispense amount associated with the dispense command into a first message authentication code function; and validating the token and the dispense command before processing the dispense command (step 220); wherein validating the token and the dispense command includes independently reproducing a version of the token by obtaining the shared key from a secure microprocessor (131 or 524) of the dispenser (130, 403 or 522), the secure microprocessor (131 or 524) being accessible only by the dispenser (130, 403 or 522), and using the shared key in reproducing the version (step 222) by processing a second message authentication code function on the secure microprocessor (131 or 524) using the shared key, the nonce, and the dispense amount associated with the dispense command (step 223) to generate a reproduced version of the MAC message, and comparing the reproduced version with the token to ascertain whether there is a match (step 221), thereby indicating that the token and the dispense command are valid and indicating that the dispense operation is to be performed.
Use of a compound of formula (VI): wherein R 1 , is independently selected from an optionally substituted linear or branched alkyl group, alkenyl group, alkoxy group, aryl group and an alkylene aryl group having from 5 to 22 carbon atoms and R 2 is a linear alkyl group having from 5 to 22 carbon atoms X 1 and X 2 are independently selected from -OC(O)-, -CO 2 - and O; Y 1 , and Y 2 are hydrogen; y is 1; and the groups R 1 X 1 - and -X 2 R 2 are in the ortho position in a colour-change composition. wherein R 1 , is independently selected from an optionally substituted linear or branched alkyl group, alkenyl group, alkoxy group, aryl group and an alkylene aryl group having from 5 to 22 carbon atoms and R 2 is a linear alkyl group having from 5 to 22 carbon atoms X 1 and X 2 are independently selected from -OC(O)-, -CO 2 - and O; Y 1 , and Y 2 are hydrogen; y is 1; and the groups R 1 X 1 - and -X 2 R 2 are in the ortho position in a colour-change composition.
A nutritional product comprising: a nutritional composition and a food grade polymer capable of increasing an extensional viscosity of the nutritional composition, wherein the nutritional product comprises a Trouton ratio that is from 6 to 15, wherein the food grade polymer is selected from the group consisting of plant-extracted gums, plant-derived mucilages, and combinations thereof.
Method for controlling a computed tomography system , comprising the following steps: - defining an examination region (U) of an examination object , - defining a number of interfering structures (S), wherein an interfering structure (S) is a structure which is located within the beam path of the computed tomography system and reflects or absorbs X-ray radiation with a strength outside of a tolerance range, - calculating the beam paths of the X-rays (R) of a CT examination of the examination region (U) and ascertaining interference angle ranges (W) of a gantry of the computed tomography system at which beam paths run through an interfering structure (S) and the examination region (U), - carrying out a CT scan while the gantry rotates, and recording CT data (D), - reconstructing an image dataset (B) from the CT data (D) with the omission of ascertained interference angle ranges (W), - outputting the image dataset (B). - defining an examination region (U) of an examination object , - defining a number of interfering structures (S), wherein an interfering structure (S) is a structure which is located within the beam path of the computed tomography system and reflects or absorbs X-ray radiation with a strength outside of a tolerance range, - calculating the beam paths of the X-rays (R) of a CT examination of the examination region (U) and ascertaining interference angle ranges (W) of a gantry of the computed tomography system at which beam paths run through an interfering structure (S) and the examination region (U), - carrying out a CT scan while the gantry rotates, and recording CT data (D), - reconstructing an image dataset (B) from the CT data (D) with the omission of ascertained interference angle ranges (W), - outputting the image dataset (B).
Battery module, comprising: a plurality of battery cell units arranged along a width direction (Y), wherein each of the battery cell units has a tab , and the tab is arranged on at least one end of the battery cell unit along a length direction (X); and a first harness plate arranged on at least one end of the battery module along the length direction (X), wherein the first harness plate has a plurality of through grooves , and the tab passes through and is arranged on the through groove ; and the through groove has an opening along a height direction (Z), and the tab is configured to pass through and be arranged on the through groove through the opening ; wherein the battery module further comprising a second harness plate connected to the first harness plate , wherein the second harness plate is arranged above or below the first harness plate along the height direction (Z); wherein the first harness plate further comprises a plurality of installation parts , and each of the installation parts has the through grooves on both sides along the width direction (Y); each of the installation parts is provided with an electrical connector , and the tab is connected to the electrical connector ; wherein an isolation part is arranged between the two adjacent installation parts , and each isolation part has a protrusion ; and the through groove is arranged between the installation part and the isolation part ; wherein the protrusion is configured to be a plate-like structure and extend along the height direction (Z). a plurality of battery cell units arranged along a width direction (Y), wherein each of the battery cell units has a tab , and the tab is arranged on at least one end of the battery cell unit along a length direction (X); and a first harness plate arranged on at least one end of the battery module along the length direction (X), wherein the first harness plate has a plurality of through grooves , and the tab passes through and is arranged on the through groove ; and the through groove has an opening along a height direction (Z), and the tab is configured to pass through and be arranged on the through groove through the opening ; wherein the battery module further comprising a second harness plate connected to the first harness plate , wherein the second harness plate is arranged above or below the first harness plate along the height direction (Z); wherein the first harness plate further comprises a plurality of installation parts , and each of the installation parts has the through grooves on both sides along the width direction (Y); each of the installation parts is provided with an electrical connector , and the tab is connected to the electrical connector ; wherein an isolation part is arranged between the two adjacent installation parts , and each isolation part has a protrusion ; and the through groove is arranged between the installation part and the isolation part ; wherein the protrusion is configured to be a plate-like structure and extend along the height direction (Z).
A method of enabling a content receiver to access encrypted content, the encrypted content comprising a scrambled data stream provided to the content receiver from a broadcast network and/or an IP TV stream provided to the content receiver from the internet , the content receiver forming part of a home network , the method comprising: executing (S101), on a mobile device that also forms part of the home network, a key provisioning application , the key provisioning application having being downloaded to the mobile device from a server, wherein the mobile device is one of: a mobile telephone; a tablet computer; a laptop computer; a smart phone; and the key provisioning application receiving (S102) a key provisioning message and, based on the key provisioning message, providing (S103) to the content receiver via the home network one or more content decryption keys for decrypting the encrypted content comprising the scrambled data stream provided to the content receiver from a broadcast network and/or the IP TV stream provided to the content receiver from the internet , executing (S101), on a mobile device that also forms part of the home network, a key provisioning application , the key provisioning application having being downloaded to the mobile device from a server, wherein the mobile device is one of: a mobile telephone; a tablet computer; a laptop computer; a smart phone; and the key provisioning application receiving (S102) a key provisioning message and, based on the key provisioning message, providing (S103) to the content receiver via the home network one or more content decryption keys for decrypting the encrypted content comprising the scrambled data stream provided to the content receiver from a broadcast network and/or the IP TV stream provided to the content receiver from the internet ,
A mounting aid means for producing a screw connection between an electric plug- or bushing part and a connecting body , having - a first section extending along a main axis (H) of the mounting aid means and - a second section connecting along the main axis (H) to the first section , which - with respect to the rotational movement about the main axis (H) - is connected in a rotationally fixed manner to the first section , wherein the first section has an engagement surface for a torque wrench for a rotation about the main axis (H), characterized in that the second section has at least two accommodating regions for the positive-fit accommodation in each case of one contact element of the electric plug- or bushing part , wherein the accommodation regions in each case are formed by a wall region , which extends about an axis (A1, A2) oriented parallel to the main axis (H), wherein the axes (A1, A2) of the wall regions do not coincide. - a first section extending along a main axis (H) of the mounting aid means and - a second section connecting along the main axis (H) to the first section , which - with respect to the rotational movement about the main axis (H) - is connected in a rotationally fixed manner to the first section , wherein the first section has an engagement surface for a torque wrench for a rotation about the main axis (H),
A bispecific antibody comprising: (a) a first antibody fragment A', comprising a single heavy chain and light chain from an antibody A, wherein the single heavy chain has one or more reactive thiol groups; (b) a second antibody fragment B', comprising a single heavy chain and light chain from an antibody B, wherein the single heavy chain has one or more reactive thiol groups; wherein, said first and second antibody fragments are covalently linked through a 1,2,3-triazole formed by a cycloaddition reaction of an azide, attached through a linker to a reactive thiol in the hinge region of said first antibody fragment, and an alkyne, attached through a linker to a reactive thiol in the hinge region of said second antibody fragment. (a) a first antibody fragment A', comprising a single heavy chain and light chain from an antibody A, wherein the single heavy chain has one or more reactive thiol groups; (b) a second antibody fragment B', comprising a single heavy chain and light chain from an antibody B, wherein the single heavy chain has one or more reactive thiol groups;
A process for isolating pure 1,3-butadiene from a crude C 4 fraction by extractive distillation using a selective solvent, wherein a) a liquid crude C 4 fraction is introduced into the inflow region of a predistillation column, which is divided in a middle section by a dividing wall aligned essentially in the longitudinal direction of the predistillation column into an inflow region and a side offtake region, a first low boiler fraction comprising C 3 -hydrocarbons is taken off as overhead stream, a gaseous C 4 fraction is taken off as side stream from the side offtake region and a first high boiler fraction is taken off as bottom stream, b) the gaseous C 4 fraction is brought into contact with a selective solvent in at least one extraction column, giving an overhead fraction comprising butanes and butenes and a bottom fraction comprising 1,3-butadiene and selective solvent, c) crude 1,3-butadiene is desorbed from the bottom fraction in at least one stripping column, with a stripped selective solvent being obtained and the stripped selective solvent being recirculated to the extraction column, and d) at least part of the crude 1-3-butadiene is fed to a pure distillation column and a second high boiler fraction is separated off and a gaseous purge stream is taken off and the second high boiler fraction is recirculated to a lower section of the predistillation column. a) a liquid crude C 4 fraction is introduced into the inflow region of a predistillation column, which is divided in a middle section by a dividing wall aligned essentially in the longitudinal direction of the predistillation column into an inflow region and a side offtake region, a first low boiler fraction comprising C 3 -hydrocarbons is taken off as overhead stream, a gaseous C 4 fraction is taken off as side stream from the side offtake region and a first high boiler fraction is taken off as bottom stream, b) the gaseous C 4 fraction is brought into contact with a selective solvent in at least one extraction column, giving an overhead fraction comprising butanes and butenes and a bottom fraction comprising 1,3-butadiene and selective solvent, c) crude 1,3-butadiene is desorbed from the bottom fraction in at least one stripping column, with a stripped selective solvent being obtained and the stripped selective solvent being recirculated to the extraction column, and d) at least part of the crude 1-3-butadiene is fed to a pure distillation column and a second high boiler fraction is separated off and a gaseous purge stream is taken off and the second high boiler fraction is recirculated to a lower section of the predistillation column.