mhurhangee/ep-ind-claims huggingface dataset:
A torsion beam for a coupled beam type torsion beam suspension system, the torsion beam being used in a suspension system of an automobile comprising a pair of arm members which extend in a front-rear direction of said automobile, and the arm members being designed to be connected at first end parts to a chassis of the automobile so as to be able to swing about pivot shafts in a top-bottom direction and to have wheels attached rotatably at second end parts at opposite sides to the end parts which are connected to the chassis of the automobile, wherein said torsion beam has a recess which extends in the longitudinal direction whereby that torsion beam has first and second leg parts in a plane vertical to said longitudinal direction and exhibits a substantially V-shaped or substantially U-shaped cross-sectional shape, said torsion beam is provided with connection parts which are provided at the two ends of that torsion beam and are connected to said arm members, a fixed shape part which is provided at a center part in the longitudinal direction of that torsion beam, and is characterized by asymmetric shape parts which are provided between that fixed shape part and said connection parts, whereby at said fixed shape part, said recess has a constant depth and said first and second leg parts have generally the same thicknesses or width dimensions, and at said asymmetric shape parts, the depth of said recess becomes gradually deeper from said connection parts toward said fixed shape part and said first leg part has a larger width dimension than the width dimension of said second leg part, wherein said first leg part is arranged closer to said pivot shafts than said second leg part when the suspension system in which said torsion beam is assembled is attached to the chassis of the automobile.
An access authorization system comprising at least one arrangement of a plurality of microparticles and at least one identification unit, wherein the arrangement of microparticles is affixed to the identification unit, wherein the arrangement of microparticles forms a forgery-proof identification, wherein a microparticle comprises at least one first layer and at least one second layer.
Fuel delivery unit of a motor vehicle, with a swirl pot and with a prefilter which has a filter element and is intended for filtering the fuel flowing into the swirl pot, wherein the prefilter has a support with at least one connection piece (13, 14), which is closed in the basic state, for the installation of an additional filter element, characterized in that an additional filter element which can be plugged onto the connection piece (13, 14) if the need arises correspondingly enlarges a filter surface of the filter element by said additional filter element breaking open the connection piece as it is being plugged thereon.
A computer-implemented method comprising: receiving a first channel of audio data corresponding to an utterance and a second channel of audio data corresponding to the utterance; generating, using a trained recurrent neural network comprising one or more long short-term memory layers (121, 127, 129), (i) a first set of filter parameters for a first time-domain filter based on the first channel of audio data and the second channel of audio data and (ii) a second set of filter parameters for a second time-domain filter based on the first channel of audio data and the second channel of audio data; generating a single combined channel of audio data by combining (i) time-domain audio data of the first channel that has been convolved with the first time-domain filter and (ii) time-domain audio data of the second channel that has been convolved with the second time-domain filter; inputting the audio data for the single combined channel to a neural network trained as an acoustic model; and providing a transcription for the utterance that is determined based at least on output that the neural network provides in response to receiving the combined convolution outputs. receiving a first channel of audio data corresponding to an utterance and a second channel of audio data corresponding to the utterance; generating, using a trained recurrent neural network comprising one or more long short-term memory layers (121, 127, 129), (i) a first set of filter parameters for a first time-domain filter based on the first channel of audio data and the second channel of audio data and (ii) a second set of filter parameters for a second time-domain filter based on the first channel of audio data and the second channel of audio data; generating a single combined channel of audio data by combining (i) time-domain audio data of the first channel that has been convolved with the first time-domain filter and (ii) time-domain audio data of the second channel that has been convolved with the second time-domain filter; inputting the audio data for the single combined channel to a neural network trained as an acoustic model; and providing a transcription for the utterance that is determined based at least on output that the neural network provides in response to receiving the combined convolution outputs.
An image processing apparatus comprising: a light source configured to emit light upon scanning a document, the light source comprising a visible light source and an invisible light source, an image sensor configured to read a visible spectrum and an invisible spectrum of an image of the scanned document; an image separating unit configured to separate the image read into a visible image and an invisible image; and an image correction processing unit configured to perform different image correction processes on the visible image and the invisible image, respectively, characterized in that the image correction processing unit comprises an image correction control unit comprising: an image characteristic difference retaining unit configured to retain an image characteristic difference between the visible and invisible images; and a parameter setting unit configured to set parameters according to the image characteristic difference retained by the image characteristic difference retaining unit; wherein the image correction control unit corrects visible and invisible images to match an image characteristic of the visible image and an image characteristic of the invisible image. a light source configured to emit light upon scanning a document, the light source comprising a visible light source and an invisible light source, an image sensor configured to read a visible spectrum and an invisible spectrum of an image of the scanned document; an image separating unit configured to separate the image read into a visible image and an invisible image; and an image correction processing unit configured to perform different image correction processes on the visible image and the invisible image, respectively, characterized in that the image correction processing unit comprises an image correction control unit comprising: an image characteristic difference retaining unit configured to retain an image characteristic difference between the visible and invisible images; and a parameter setting unit configured to set parameters according to the image characteristic difference retained by the image characteristic difference retaining unit; wherein the image correction control unit corrects visible and invisible images to match an image characteristic of the visible image and an image characteristic of the invisible image. an image characteristic difference retaining unit configured to retain an image characteristic difference between the visible and invisible images; and a parameter setting unit configured to set parameters according to the image characteristic difference retained by the image characteristic difference retaining unit; wherein the image correction control unit corrects visible and invisible images to match an image characteristic of the visible image and an image characteristic of the invisible image.
A method for guided photography based on image capturing device rendered user recommendations, comprising: accessing data that is associated with an intended photograph; accessing a knowledge base to obtain knowledge data that is related to said data associated with said intended photograph; determining one or more recommendations for said intended photograph based on said knowledge base data; and providing access to said one or more recommendations to a rendering system of said device for rendering before said photograph is taken, characterized in that the one or more recommendations include at least one item from a group consisting of: a simulation of lighting conditions at a suggested time, and a recommendation to schedule a specific shot based on an image analysis comprising motion detection. accessing data that is associated with an intended photograph; accessing a knowledge base to obtain knowledge data that is related to said data associated with said intended photograph; determining one or more recommendations for said intended photograph based on said knowledge base data; and providing access to said one or more recommendations to a rendering system of said device for rendering before said photograph is taken, characterized in that the one or more recommendations include at least one item from a group consisting of: a simulation of lighting conditions at a suggested time, and a recommendation to schedule a specific shot based on an image analysis comprising motion detection.
Power generating device comprising direct current electric accumulators means whose first and second terminals are connected via voltage limiting means to respective inputs of oscillator means having a plurality of outputs (10, 11) for periodic signals with respective phases regularly spaced in time domain; said device comprising a plurality of switch means each having a respective input port for the control signal connected to a respective output (10, 11) of the oscillator means, each of said switch means comprising a respective bipolar gate and being controlled in opening and closing by the signal at the input port and having a pole connected to the first terminal of the accumulator means and the other pole connected to a terminal of a respective primary inductance (14, 15) of a transformer means, where the remaining terminal of each primary inductance (14, 15) is connected to the second terminal of the accumulator means; for each primary inductance (14, 15) the transformer means is provided with a corresponding secondary inductance (19, 20) where these inductances are magnetic flux connected through a magnetic circuit of the transformer means, the terminals of at least one of the secondary inductances are connected via a first rectifier means and a stabilizer means to the first and second poles of the accumulator means and the terminals of at least one of the secondary inductances are connected to a respective load; said device being characterized in that the at least one secondary inductance is connected to the respective load via a second rectifier means comprising a pair of diode bridges with the inputs for the AC voltage connected in parallel to the terminals of the secondary inductance and with the respective output poles connected in series wherein each input of a bridge is connected to an input of the other bridge by a respective capacitor and where the outputs of the upstream bridge are connected by a respective capacitor.
Measurement arrangement for measuring spurious emissions of a device under test, the measurement system comprising: a first antenna adapted to receive a first wireless signal from the device under test, wherein the first antenna is arranged in proximity of the device under test; a second antenna adapted to receive a second wireless signal from the device under test; and a measurement device coupled to the first antenna and the second antenna, and adapted to identify spurious emissions in a predetermined frequency range of the first wireless signal, wherein: a distance between the device under test and the first antenna is smaller than the distance between the device under test and the second antenna; and the measurement device is adapted to determine a number of frequencies related to the identified spurious emissions in the first wireless signal, and measure spurious emissions in the second wireless signal only at the determined number of frequencies of the identified spurious emissions in the first wireless signal. a first antenna adapted to receive a first wireless signal from the device under test, wherein the first antenna is arranged in proximity of the device under test; a second antenna adapted to receive a second wireless signal from the device under test; and a measurement device coupled to the first antenna and the second antenna, and adapted to identify spurious emissions in a predetermined frequency range of the first wireless signal, wherein: a distance between the device under test and the first antenna is smaller than the distance between the device under test and the second antenna; and the measurement device is adapted to determine a number of frequencies related to the identified spurious emissions in the first wireless signal, and measure spurious emissions in the second wireless signal only at the determined number of frequencies of the identified spurious emissions in the first wireless signal. a distance between the device under test and the first antenna is smaller than the distance between the device under test and the second antenna; and the measurement device is adapted to determine a number of frequencies related to the identified spurious emissions in the first wireless signal, and measure spurious emissions in the second wireless signal only at the determined number of frequencies of the identified spurious emissions in the first wireless signal.
A data-encrypting method for a mobile phone, the data-encrypting method comprising: obtaining a PIN code input by a user and obtaining an SIM card code from an SIM card according to the PIN code, and combining the PIN code and the SIM card code into a password string; and using the password string to encrypt source data so as to obtain encrypted data; characterized in that, the encrypted data is erased from the mobile phone with the SIM card according to a short message of an erase command received by the mobile phone, wherein the erase command comprises an erase command ID code and the PIN code, and the erase command ID code is set by a local IMEI number of the mobile phone. obtaining a PIN code input by a user and obtaining an SIM card code from an SIM card according to the PIN code, and combining the PIN code and the SIM card code into a password string; and using the password string to encrypt source data so as to obtain encrypted data; characterized in that, the encrypted data is erased from the mobile phone with the SIM card according to a short message of an erase command received by the mobile phone, wherein the erase command comprises an erase command ID code and the PIN code, and the erase command ID code is set by a local IMEI number of the mobile phone.
Mobile equipment having a function shooting a picture of an object. comprising a camera unit and a light source unit (12, 22) emitting white light to serve as an auxiliary light source for shooting a picture, further comprising: an input device including an illumination key and a shutter key, wherein when said illumination key is operated said light source unit (12, 22) continuously emits light for illumination having a constant level allowing the object to be confirmed, and with said light continuously emitted when said shutter key is operated said light source unit (12, 22) emits light for illumination for shooting the picture of the object; and when said illumination key is operated said light source unit (12, 22) emits light lower in luminance than said light source unit (12, 22) does when said shutter key is operated. an input device including an illumination key and a shutter key, wherein when said illumination key is operated said light source unit (12, 22) continuously emits light for illumination having a constant level allowing the object to be confirmed, and with said light continuously emitted when said shutter key is operated said light source unit (12, 22) emits light for illumination for shooting the picture of the object; and when said illumination key is operated said light source unit (12, 22) emits light lower in luminance than said light source unit (12, 22) does when said shutter key is operated.
A method for obtaining a HLA-A*2402-restricted epitope able to trigger an immune response against a HLA-A*2402-restricted cryptic epitope of an antigen, comprising the steps of (i) selecting, in said antigen, a peptide of 9 to 11 amino acids having a tyrosine in position 2 and one or more unfavourable amino acid(s) at secondary anchor position(s), selected in the group consisting of a proline in position 1 and a glutamic acid, an aspartic acid, a glycine, a histidine, a proline, a glutamine, an arginine and a lysine at C-terminal position; (ii) testing, in HLA-A*2402 transgenic mice, the immunogenicity of the peptide selected in step (i); (iii) selecting said peptide if it failed to induce a specific immune response in HLA- A*2402 transgenic mice (iv) for each native epitope selected in step (iii), obtaining an optimized epitope by increasing its immunogenicity, by substituting the N-terminal residue of said epitope with an arginine or a lysine, and/or substituting the C-terminal residue of said epitope with a leucine or an isoleucine or a phenylalanine, preferentially with a leucine; (v) testing the immunogenicity of each optimized epitope obtained in step (iv), in HLA-A*2402 transgenic mice, and selecting those which are immunogenic; (vi) for each epitope selected in step (v), testing if the CTLs generated against the optimized epitope also recognize its cognate native epitope, and selecting those for which the test is positive. (i) selecting, in said antigen, a peptide of 9 to 11 amino acids having a tyrosine in position 2 and one or more unfavourable amino acid(s) at secondary anchor position(s), selected in the group consisting of a proline in position 1 and a glutamic acid, an aspartic acid, a glycine, a histidine, a proline, a glutamine, an arginine and a lysine at C-terminal position; (ii) testing, in HLA-A*2402 transgenic mice, the immunogenicity of the peptide selected in step (i); (iii) selecting said peptide if it failed to induce a specific immune response in HLA- A*2402 transgenic mice (iv) for each native epitope selected in step (iii), obtaining an optimized epitope by increasing its immunogenicity, by substituting the N-terminal residue of said epitope with an arginine or a lysine, and/or substituting the C-terminal residue of said epitope with a leucine or an isoleucine or a phenylalanine, preferentially with a leucine; (v) testing the immunogenicity of each optimized epitope obtained in step (iv), in HLA-A*2402 transgenic mice, and selecting those which are immunogenic; (vi) for each epitope selected in step (v), testing if the CTLs generated against the optimized epitope also recognize its cognate native epitope, and selecting those for which the test is positive.
An ostomy pouch filter (10, 110) comprising: a first layer of deodorizing media (14, 114); a second layer of deodorizing media (16, 116); a vapor barrier layer (18, 118) disposed between the first layer and the second layer; a first seal (26, 126) on the first layer on a side of the first layer opposite to the vapor barrier layer; and a carrier film (22, 122) connected to the first layer with the first seal, wherein the carrier film includes a gas flow path (24, 124); and characterised in that the ostomy pouch filter comprises a first breathable membrane (20, 120) on the side of the first layer opposite to the vapor barrier layer and positioned between the first layer and the first seal, wherein an area of the first seal in a plan view is less than an area of the first layer in the plan view. a first layer of deodorizing media (14, 114); a second layer of deodorizing media (16, 116); a vapor barrier layer (18, 118) disposed between the first layer and the second layer; a first seal (26, 126) on the first layer on a side of the first layer opposite to the vapor barrier layer; and a carrier film (22, 122) connected to the first layer with the first seal, wherein the carrier film includes a gas flow path (24, 124); and characterised in that the ostomy pouch filter comprises a first breathable membrane (20, 120) on the side of the first layer opposite to the vapor barrier layer and positioned between the first layer and the first seal,
A trimmer for pruning plants, such as trees or hedges, comprising a chamber able to receive cutting discs, a motor and means for rotating said cutting discs, characterised in that the chamber is curvilinear, the centre being on the rear of said chamber so as to have a convex leading edge BA in the travel and work direction F.
An epaulette sewing system which can perform epaulette sewing at once, without stopping or double sewing, and it is characterized in that; said system comprises: - at least one epaulette housing where the epaulette is fixed, - at least one vacuum housing which ensures fixing of the epaulette in said epaulette housing, - at least one body table which ensures alignment of the epaulette, - at least one support wall which ensures sewing on the desired point after the epaulette is aligned, - at least one point laser which ensures that sewing is made on the correct place, - at least one vacuum pool which determines the vacuum operation area, - at least one embedded table which provides a comfortable work space, where said vacuum pool and said vacuum system table are embedded therein, - at least one vacuum valve which ensures adjusting the vacuum power to the desired level according to the fabric thickness and type, - at least one presser foot which prevents the fabric from slipping during sewing, by means of pressing onto the fabric and the epaulette, - at least one process foot which ensures completion of sewing by allowing the needle to move on the fabric, - at least one adjustment screw which allows said system to be raised and lowered by the user, together with said embedded table, - at least one switch pedal which gives start and stop commands to the vacuum and said system, and - compressor providing vacuum to said vacuum pool. - at least one epaulette housing where the epaulette is fixed, - at least one vacuum housing which ensures fixing of the epaulette in said epaulette housing, - at least one body table which ensures alignment of the epaulette, - at least one support wall which ensures sewing on the desired point after the epaulette is aligned, - at least one point laser which ensures that sewing is made on the correct place, - at least one vacuum pool which determines the vacuum operation area, - at least one embedded table which provides a comfortable work space, where said vacuum pool and said vacuum system table are embedded therein, - at least one vacuum valve which ensures adjusting the vacuum power to the desired level according to the fabric thickness and type, - at least one presser foot which prevents the fabric from slipping during sewing, by means of pressing onto the fabric and the epaulette, - at least one process foot which ensures completion of sewing by allowing the needle to move on the fabric, - at least one adjustment screw which allows said system to be raised and lowered by the user, together with said embedded table, - at least one switch pedal which gives start and stop commands to the vacuum and said system, and - compressor providing vacuum to said vacuum pool.
Use of sebacic acid in an amount effective to enhance the sweetness or mouthfeel of a carbohydrate-containing composition, wherein the effective amount is from 2 ppm to 1000 ppm.