mhurhangee/patent-ind-claim-en huggingface dataset:
A tooling for supporting a nacelle of an aircraft turbojet engine, including: - a chassis ; - a support structure rising from the chassis; - an hooking structure of a nacelle, rotatably mounted on the support structure and movable in rotation about an axis substantially horizontal and substantially coincident with the longitudinal axis of the nacelle when it is assembled on the tooling, the hooking structure comprising a device for fastening an air inlet of a nacelle, a device for fastening of a middle section of a nacelle and a device for fastening a rear section of a nacelle. - a chassis ; - a support structure rising from the chassis; - an hooking structure of a nacelle, rotatably mounted on the support structure and movable in rotation about an axis substantially horizontal and substantially coincident with the longitudinal axis of the nacelle when it is assembled on the tooling, the hooking structure comprising a device for fastening an air inlet of a nacelle, a device for fastening of a middle section of a nacelle and a device for fastening a rear section of a nacelle.
A method for transmitting a narrowband positioning reference signal, NPRS, from a base station of a cell in a cellular mobile communication system supporting narrowband-Internet of Things, NB-IoT, the method comprising: transmitting (S410) a positioning reference signal, PRS, by using a first sequence defined by a first equation; transmitting the NPRS by using a part of a second sequence defined by the first equation; and transmitting, (S420) to a UE, information on whether the PRS and the NPRS can be used together when the PRS and the NPRS are transmitted through the same cell, wherein the part of the second sequence is differently determined based on whether the cell is operated in an in-band mode or in a stand-alone mode. transmitting (S410) a positioning reference signal, PRS, by using a first sequence defined by a first equation; transmitting the NPRS by using a part of a second sequence defined by the first equation; and transmitting, (S420) to a UE, information on whether the PRS and the NPRS can be used together when the PRS and the NPRS are transmitted through the same cell, wherein the part of the second sequence is differently determined based on whether the cell is operated in an in-band mode or in a stand-alone mode.
An injectable composition consisting essentially of sodium deoxycholate and one or more pharmaceutically acceptable excipients for use in treating localized fat accumulation, wherein said composition is free of phosphatidylcholine.
A liquid seasoning containing sesame, comprising a linear alkanethiol and a dimethylpyrazine which is at least one of 2,5-dimethylpyrazine and 2,6-dimethylpyrazine, wherein the ratio of the peak area of said linear alkanethiol to the peak area of said dimethylpyrazine is 0.05 or more and less than 1.0 when the aroma components of said liquid seasoning are measured by solid phase microextraction-gas chromatography mass spectrometry. a linear alkanethiol and a dimethylpyrazine which is at least one of 2,5-dimethylpyrazine and 2,6-dimethylpyrazine, wherein the ratio of the peak area of said linear alkanethiol to the peak area of said dimethylpyrazine is 0.05 or more and less than 1.0 when the aroma components of said liquid seasoning are measured by solid phase microextraction-gas chromatography mass spectrometry.
A risk evaluation system for a host vehicle for assessing the risk of a collision with a pedestrian when overtaking a target vehicle on a pedestrian crossing comprising, a) object detector means configured to detect a pedestrian crossing and to detect a target vehicle in the front field of view of the host vehicle ; b) a controller in communication with the object detector means , wherein the controller is configured to determine the pedestrian crossing location and to determine the location , speed and direction of the target vehicle ; wherein the controller is further configured to c) monitor the speed of the target vehicle d) detect a deceleration of the target vehicle ; e) evaluate a target vehicle stop distance (SD_t) between the target vehicle and the pedestrian crossing based on the target vehicle speed; f) compare the evaluated target vehicle stop distance (SD_t) with a predetermined target stop distance threshold (TSD _th); and g) estimate a risk for the host vehicle of a collision with a pedestrian when overtaking the target vehicle on the pedestrian crossing based on the comparison step result of the target vehicle stop distance (SD_t); and h) based on the risk estimation, advise the driver or control the host vehicle in order to stop the host vehicle , to adjust the speed of the host vehicle and/or to adjust the direction of the host vehicle (10. a) object detector means configured to detect a pedestrian crossing and to detect a target vehicle in the front field of view of the host vehicle ; b) a controller in communication with the object detector means , wherein the controller is configured to determine the pedestrian crossing location and to determine the location , speed and direction of the target vehicle ; wherein the controller is further configured to c) monitor the speed of the target vehicle d) detect a deceleration of the target vehicle ; e) evaluate a target vehicle stop distance (SD_t) between the target vehicle and the pedestrian crossing based on the target vehicle speed; f) compare the evaluated target vehicle stop distance (SD_t) with a predetermined target stop distance threshold (TSD _th); and g) estimate a risk for the host vehicle of a collision with a pedestrian when overtaking the target vehicle on the pedestrian crossing based on the comparison step result of the target vehicle stop distance (SD_t); and h) based on the risk estimation, advise the driver or control the host vehicle in order to stop the host vehicle , to adjust the speed of the host vehicle and/or to adjust the direction of the host vehicle (10.
An apparatus comprising: a first pH measuring instrument adapted to measure a pH value of washing water discharged from a scrubber to outboard a ship having the scrubber; characterised by a second pH measuring instrument adapted to measure a pH value of washing water supplied from outboard to the scrubber; and a calculating unit adapted to calculate a pH value of water at a predetermined position outboard, while the ship is determined to be at anchor, based on a dilution ratio which shows a ratio by which the washing water discharged to outboard is diluted at the predetermined position outboard, the pH value measured by the first pH measuring instrument, and the pH value measured by the second pH measuring instrument. a first pH measuring instrument adapted to measure a pH value of washing water discharged from a scrubber to outboard a ship having the scrubber; characterised by a second pH measuring instrument adapted to measure a pH value of washing water supplied from outboard to the scrubber; and a calculating unit adapted to calculate a pH value of water at a predetermined position outboard, while the ship is determined to be at anchor, based on a dilution ratio which shows a ratio by which the washing water discharged to outboard is diluted at the predetermined position outboard, the pH value measured by the first pH measuring instrument, and the pH value measured by the second pH measuring instrument.
Laboratory sample container carrier handling apparatus , comprising: - a first revolving device , being adapted to move sample container carriers along a first path (P1), the first revolving device being placed at a first level, - a second revolving device , being adapted to move sample container carriers along a second path (P2), the second revolving device being placed at a second level being vertically different from the first level, - a first transport device being adapted to transport sample container carriers to a first handover position (HP1) associated with the first revolving device or to transport sample container carriers away from the first handover position (HP1), - a second transport device being adapted to transport sample container carriers to a second handover position (HP2) associated with the second revolving device or to transport sample container carriers away from the second handover position (HP2), and - a first lifting device being adapted to lift a sample container carrier from a first lifting position (LP1) associated with the first revolving device to a second lifting position (LP2) associated with the second revolving device , - wherein an operating position (OP) is associated with the first revolving device or the second revolving device , wherein a sample container is loaded in a sample container carrier being placed at the operating position (OP) or a sample container is unloaded from a sample container carrier being placed at the operating position (OP). - a first revolving device , being adapted to move sample container carriers along a first path (P1), the first revolving device being placed at a first level, - a second revolving device , being adapted to move sample container carriers along a second path (P2), the second revolving device being placed at a second level being vertically different from the first level, - a first transport device being adapted to transport sample container carriers to a first handover position (HP1) associated with the first revolving device or to transport sample container carriers away from the first handover position (HP1), - a second transport device being adapted to transport sample container carriers to a second handover position (HP2) associated with the second revolving device or to transport sample container carriers away from the second handover position (HP2), and - a first lifting device being adapted to lift a sample container carrier from a first lifting position (LP1) associated with the first revolving device to a second lifting position (LP2) associated with the second revolving device , - wherein an operating position (OP) is associated with the first revolving device or the second revolving device , wherein a sample container is loaded in a sample container carrier being placed at the operating position (OP) or a sample container is unloaded from a sample container carrier being placed at the operating position (OP).
A filter connection apparatus, wherein the filter connection apparatus comprises a first connector , a first filter board , and a second connector ; and • the first connector is connected to the second connector , the first connector has a cable connection interface and a first connection terminal electrically connected to the first filter board , • the second connector has a main board connection terminal and a second connection terminal electrically connected to the first filter board , • the first filter board is configured to filter a signal transmitted between the first connector and the second connector , • wherein the first filter board has a plurality of filter circuits , and each of the plurality of filter circuits is configured to filter one signal, characterized in that each filter circuit comprises at least one filtering component , and the plurality of filter circuits comprise at least one type of filter circuit , two filter circuits of different types comprise at least some different filtering components , and different types of filter circuits are configured to filter different types of signals, wherein the filtering component comprises at least one of the following: a common mode choke, a ferrite bead, and a capacitor, each type of filtering component comprised in the filter circuit comprises one or more filtering components, and a connection manner of the filtering component in the filter circuit comprises at least one of a series connection and a parallel connection. • the first connector is connected to the second connector , the first connector has a cable connection interface and a first connection terminal electrically connected to the first filter board , • the second connector has a main board connection terminal and a second connection terminal electrically connected to the first filter board , • the first filter board is configured to filter a signal transmitted between the first connector and the second connector , • wherein the first filter board has a plurality of filter circuits , and each of the plurality of filter circuits is configured to filter one signal, characterized in that
A preparation method of a porous super absorbent polymer, comprising the steps of: preparing a monomer composition comprising a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized, an internal cross-linking agent, an initiator, an inorganic filler, and an anionic surfactant; stirring the monomer composition under a shear force at a rate of 3000 to 20,000 rpm to generate bubbles in the monomer composition; preparing a hydrogel polymer by cross-linking the monomer composition; and preparing a base resin powder by drying, pulverizing, and classifying the hydrogel polymer, wherein the monomer has acidic groups which are at least 80 mol% neutralized, and the anionic surfactant has 10 or more carbon atoms or HLB of 15 or more, and includes a compound in the form of a sulfate salt, a carboxylate salt or a phosphate salt. preparing a monomer composition comprising a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized, an internal cross-linking agent, an initiator, an inorganic filler, and an anionic surfactant; stirring the monomer composition under a shear force at a rate of 3000 to 20,000 rpm to generate bubbles in the monomer composition; preparing a hydrogel polymer by cross-linking the monomer composition; and preparing a base resin powder by drying, pulverizing, and classifying the hydrogel polymer, wherein the monomer has acidic groups which are at least 80 mol% neutralized, and the anionic surfactant has 10 or more carbon atoms or HLB of 15 or more, and includes a compound in the form of a sulfate salt, a carboxylate salt or a phosphate salt.
A swing gate system for a thoroughfare for people, having a rigid basic upright , a swing gate holder pivotably assembled on the basic upright , a gate leaf , with a front side and with a rear side , held in the swing gate holder , an access card reader and having a first sensor as well as a second sensor , wherein the first sensor monitors a region (S1) in front of the front side of the gate leaf and wherein the second sensor monitors a region (S2) in front of the rear side of the gate leaf , wherein in the assembled state of the basic upright , the card reader is arranged at the basic upright head , i.e. at the uppermost region of the basic upright , in particular is arranged above the swing gate holder , wherein in the assembled state of the basic upright , the first sensor and the second sensor are arranged in the basic upright foot , i.e. in the lower region of the basic upright , in particular are arranged beneath the swing gate holder , wherein the swing gate system has a control unit by means of which the swing gate is swung open in the direction of the region (S2) in front of the rear side of the gate leaf when the first sensor detects person access in the direction of the front side of the gate leaf and the access card reader detects a correct access card, and wherein the swing gate system has a control unit by means of which the swing gate is swung open in the direction of the region (S1) in front of the front side of the gate leaf when the second sensor detects person access in the direction of the rear side of the gate leaf and the access card reader detects a correct access card.
A sealing ring for use in a chamber of a stuffing box of a reciprocating compressor, the sealing ring comprising: first and second seal rings engaged along respective side surfaces; a cover ring disposed around the first and second seal rings such that outside diameters of the first and second seal rings (144. 146) engage an inside diameter of the cover ring ; a support ring engaged with the first seal ring and the cover ring ; and a backup ring engaged with the second seal ring and the cover ring . first and second seal rings engaged along respective side surfaces; a cover ring disposed around the first and second seal rings such that outside diameters of the first and second seal rings (144. 146) engage an inside diameter of the cover ring ; a support ring engaged with the first seal ring and the cover ring ; and a backup ring engaged with the second seal ring and the cover ring .
A method for multiple transaction capabilities application part ,TCAP, operation code, opcode, screening, the method comprising: receiving a first SS7 signaling message including multiple TCAP opcodes; determining that the first SS7 signaling message requires further processing; in response to determining that the first SS7 signaling message requires further processing, decoding, from the first SS7 signaling message, N TCAP opcodes, where N is an integer of at least two; for each of the N TCAP opcodes, applying a filter and determining that one of the filters indicates that the opcode, alone or in combination with other parameters in the first SS7 signaling message, is not allowed; and in response to determining that the one filter indicates that the opcode alone or in combination with the other parameters is not allowed, performing an SS7 firewall action. receiving a first SS7 signaling message including multiple TCAP opcodes; determining that the first SS7 signaling message requires further processing; in response to determining that the first SS7 signaling message requires further processing, decoding, from the first SS7 signaling message, N TCAP opcodes, where N is an integer of at least two; for each of the N TCAP opcodes, applying a filter and determining that one of the filters indicates that the opcode, alone or in combination with other parameters in the first SS7 signaling message, is not allowed; and in response to determining that the one filter indicates that the opcode alone or in combination with the other parameters is not allowed, performing an SS7 firewall action.
An information processing device comprising; a display unit configured to display a display area displaying a content group in which a plurality of first pieces of content is arranged; a detection unit configured to detect contact positions of an operation tool on an operation area; a generation unit configured to: determine a relative speed between the operation tool and the content group based on the contact positions, and generate a signal specifying a display mode of a designated area , based on the relative speed, wherein the designated area is an area for selecting pieces of content, and wherein the designated area is moved according to the movement of the contact positions of the operation tool; and a display unit configured to display the designated area according to the signal, characterized in that : if the relative speed is equal to or greater than a threshold speed, the designated area is moved along the content group for selecting one of the first pieces of content , and if the relative speed is lower than the threshold speed, second pieces of content associated with the selected first piece of content of the content group are displayed and the designated area is moved along the second pieces of content for selecting one of the second pieces of content . determine a relative speed between the operation tool and the content group based on the contact positions, and generate a signal specifying a display mode of a designated area , based on the relative speed, wherein the designated area is an area for selecting pieces of content, and wherein the designated area is moved according to the movement of the contact positions of the operation tool; and if the relative speed is equal to or greater than a threshold speed, the designated area is moved along the content group for selecting one of the first pieces of content , and if the relative speed is lower than the threshold speed, second pieces of content associated with the selected first piece of content of the content group are displayed and the designated area is moved along the second pieces of content for selecting one of the second pieces of content .
A computer-implemented method, comprising: under control of one or more processors : receiving a set of data that includes first sensitive data , the first sensitive data corresponding to a first transaction initiated at a client workstation ; extracting, the first sensitive data from the set of data ; transmitting, to a tokenization server and via a secure communications path , a request for a token that represents the first sensitive data extracted from the set of data , the request including the first sensitive data ; receiving, from the tokenization server and via at least an ordinary communications path , the token associated with the first sensitive data ; transmitting, to a gateway server and via at least the ordinary communications path , the token , the method being characterised in the following steps: detecting a partial entry of second sensitive data in an input field of the client workstation that is not configured to receive sensitive data, the partial data entry of the second sensitive data having a data string length that is less than a number of characters of a completed string of the second sensitive data by a predetermined number of characters; and in response to detecting that the partial data entry of the second sensitive data occurs within an input field that is not configured to receive sensitive data, preventing completion of the entry of the completed string of the second sensitive data in the input field. receiving a set of data that includes first sensitive data , the first sensitive data corresponding to a first transaction initiated at a client workstation ; extracting, the first sensitive data from the set of data ; transmitting, to a tokenization server and via a secure communications path , a request for a token that represents the first sensitive data extracted from the set of data , the request including the first sensitive data ; receiving, from the tokenization server and via at least an ordinary communications path , the token associated with the first sensitive data ; transmitting, to a gateway server and via at least the ordinary communications path , the token , detecting a partial entry of second sensitive data in an input field of the client workstation that is not configured to receive sensitive data, the partial data entry of the second sensitive data having a data string length that is less than a number of characters of a completed string of the second sensitive data by a predetermined number of characters; and in response to detecting that the partial data entry of the second sensitive data occurs within an input field that is not configured to receive sensitive data, preventing completion of the entry of the completed string of the second sensitive data in the input field.
A method of illuminating an edge portion of a display , the method comprising: providing a transparent display lens having a face surface , a first edge coated with a reflective material and angled relative to the face surface, a third edge disposed adjacent the first edge and including a compound angle relative to the face surface, and a fourth edge disposed adjacent the first edge and opposite the third edge including a compound angle relative to the face surface, each edge configured to reflect light in the lens out of the face surface ; directing light from a light source at a second edge of the display lens opposite the angled first edge ; and transmitting the light through the display lens to reflect off at least the angled first edge and out at least one edge portion 112, 506, 706) of the face surface of the display lens.