mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising α-cyclodextrin, for use in a method of reducing triglyceride levels in a subject having high triglyceride levels, having a predisposition for high triglyceride levels or having a family history of high triglyceride levels, the method comprising administering to the subject an amount of α-cyclodextrin such that the ratio of α-cyclodextrin amount to fat amount ingested per meal, or daily, by the subject is 1:20 to 1:3 w/w.
An apparatus comprising: a receiver configured to receive a content signal; a delay value receiver configured to receive a delay value from another apparatus on an asynchronous packet transport network, the delay value representative of a measured transport delay between the apparatus and the another apparatus on the asynchronous packet transport network; a system clock synchronized to another system clock of the another apparatus; a time stamp calculation unit configured to calculate a time stamp based on the delay value, the time stamp representing the system clock corrected according to the measured transport delay; and a transmitter configured to send the content signal including the time stamp to the another apparatus on the asynchronous packet transport network; and a media phase correction calculation unit configured to calculate a media phase correction as a sum of the delay value and processing delay times in the apparatus, and wherein the apparatus transmits, to a camera which is providing the content signal to the receiver, one of: the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction. a receiver configured to receive a content signal; a delay value receiver configured to receive a delay value from another apparatus on an asynchronous packet transport network, the delay value representative of a measured transport delay between the apparatus and the another apparatus on the asynchronous packet transport network; a system clock synchronized to another system clock of the another apparatus; a time stamp calculation unit configured to calculate a time stamp based on the delay value, the time stamp representing the system clock corrected according to the measured transport delay; and a transmitter configured to send the content signal including the time stamp to the another apparatus on the asynchronous packet transport network; and a media phase correction calculation unit configured to calculate a media phase correction as a sum of the delay value and processing delay times in the apparatus, and wherein the apparatus transmits, to a camera which is providing the content signal to the receiver, one of: the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction. the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction.
A device, D, for controlling frequency bands used by a user terminal (3-j) suitable for being connected to a network making it possible to provide the user with a service that does not require a backward channel, said network being a Frequency Duplex network, and having at least one set of frequency blocks of a first type of frequency duplexing, dedicated to the transmission of data frames, and one set of frequency blocks of a second type of time duplexing, said controlling device, D, being embedded in said user terminal, the device comprising i) means for analyzing at least one item of signaling information received by said user terminal on a frequency block of the first type, said means being adapted to detect if said item of signaling information reports the provision of said service on a frequency block of the second type, and ii) switchover means capable of being activated in order to receive data frames of the first type on the frequency block of the second type if: - said analyzing means detect the item of signaling information reporting the provision of said service, and - agreement of the user of said user terminal (3-j) to access said service. i) means for analyzing at least one item of signaling information received by said user terminal on a frequency block of the first type, said means being adapted to detect if said item of signaling information reports the provision of said service on a frequency block of the second type, and ii) switchover means capable of being activated in order to receive data frames of the first type on the frequency block of the second type if: - said analyzing means detect the item of signaling information reporting the provision of said service, and - agreement of the user of said user terminal (3-j) to access said service. - said analyzing means detect the item of signaling information reporting the provision of said service, and - agreement of the user of said user terminal (3-j) to access said service.
A compound of formula: having formula: or a pharmaceutically acceptable salt or stereoisomer thereof, wherein R 1 is amido, sulfonamido, optionally substituted imidazolyl, or optionally substituted pyrazolyl; R 7 is 5- to 10-membered aryl or heteroaryl, each optionally substituted with one to three substituents; and Ring Ar is a benzo, pyrazolo, pyrido, thieno, pyrimido, pyrazino, furano, pyridazino, thiazolo, or imidazolo ring, each optionally substituted with one to three substituents; provided that: when Ar is an optionally substituted benzo ring, then is not R 1 is amido, sulfonamido, optionally substituted imidazolyl, or optionally substituted pyrazolyl; R 7 is 5- to 10-membered aryl or heteroaryl, each optionally substituted with one to three substituents; and Ring Ar is a benzo, pyrazolo, pyrido, thieno, pyrimido, pyrazino, furano, pyridazino, thiazolo, or imidazolo ring, each optionally substituted with one to three substituents; provided that: when Ar is an optionally substituted benzo ring, then is not
Set for peripheral nerve blocks with a rigid cannula for insertion into the perineural space, with an outer catheter sheath which can be slid onto the cannula, wherein the distal tip of the cannula extends beyond the distal end of the catheter sheath, with an inner catheter that can be inserted through the catheter sheath after removing the cannula from the catheter sheath, and which comprises at least one outlet opening at its distal end, and with a first connecting part at the proximal end of the catheter sheath, characterized in that the inner catheter comprises a second connecting part that complements the first connecting part and in that the inner catheter can be fixed, by means of contacting the first connecting part and the second connecting part, in the catheter sheath in an axial position in which the distal end of the inner catheter protrudes from the distal end of the catheter sheath by a specified length that comprises at least one outlet opening.
A power cable measurement system for facilitating measurements of a power cable terminated at an electrical substation and connected to an overhead busbar, comprising: a first movable structure provided with a first busbar connector, a measurement equipment connector device configured to be electrically connected to the first busbar connector and to measurement equipment in the form of a device or devices suitable for cable fault localisation, wherein the first movable structure is configured to be manoeuvred between a default lowered position in which the first busbar connector is disconnected from the overhead busbar, and a temporary elevated position in which the first busbar connector is set in electrical connection with the overhead busbar to provide an electrical connection between the overhead busbar and the measurement equipment connector device, and a motor and/or manual mechanical means configured to move the first movable structure between the default lowered position and the elevated position. a first movable structure provided with a first busbar connector, a measurement equipment connector device configured to be electrically connected to the first busbar connector and to measurement equipment in the form of a device or devices suitable for cable fault localisation, wherein the first movable structure is configured to be manoeuvred between a default lowered position in which the first busbar connector is disconnected from the overhead busbar, and a temporary elevated position in which the first busbar connector is set in electrical connection with the overhead busbar to provide an electrical connection between the overhead busbar and the measurement equipment connector device, and a motor and/or manual mechanical means configured to move the first movable structure between the default lowered position and the elevated position.
Method for optimizing the printed image produced by a press by adapting the relative positions of the rolls involved in the printing process, which is based on a method for monitoring the printed image produced by the press and which comprises the following method features: - the scanning of printed areas of the printing material within a scanning area by using a sensor system, - applying first electromagnetic radiation from an illuminating element (4, 12) to at least sub-areas of the scanning area, - the electromagnetic radiation being homogenous, - transparent or opaque printing material being used, - the first electromagnetic radiation being deflected onto the scanning area from the side of the printing material that faces away from the sensor system, - second electromagnetic radiation being deflected onto the printing material from the side that faces the sensor system, - the second electromagnetic radiation used being homogenous, in particular diffuse radiation and/or direct, in particular direct parallel radiation, - the angle of incidence of the second electromagnetic radiation on the printing material being set in such a way - that the distance between the printing material web and the first optically active element (15, 13, 3) which, from the view of the sensor system, is located behind the printing material web, can be set at least to a minimum distance, - at which no more shadowing which is perceived by the sensor system occurs on the first optically active element (15, 13, 3) placed after the printing material web. - the scanning of printed areas of the printing material within a scanning area by using a sensor system, - applying first electromagnetic radiation from an illuminating element (4, 12) to at least sub-areas of the scanning area, - the electromagnetic radiation being homogenous, - transparent or opaque printing material being used, - the first electromagnetic radiation being deflected onto the scanning area from the side of the printing material that faces away from the sensor system, - second electromagnetic radiation being deflected onto the printing material from the side that faces the sensor system, - the second electromagnetic radiation used being homogenous, in particular diffuse radiation and/or direct, in particular direct parallel radiation, - the angle of incidence of the second electromagnetic radiation on the printing material being set in such a way - that the distance between the printing material web and the first optically active element (15, 13, 3) which, from the view of the sensor system, is located behind the printing material web, can be set at least to a minimum distance, - at which no more shadowing which is perceived by the sensor system occurs on the first optically active element (15, 13, 3) placed after the printing material web.
Silver protection agent, characterized in that it comprises bismuth citrate, a degradable carboxylate or a phosphonate, and a salt of methylglycine diacetic acid.
A pressure sensor assembly (10, 110), comprising: a pressure port housing (20, 120) including a sensing side (24, 124) and a mounting side (22, 122), wherein the sensing side (24, 124) includes a pressure port (26, 126) extending through the sensing side (24, 124) of the pressure port housing (20, 120); the pressure port housing (20, 120) further including a pressure sensing die cavity (34, 134); a pressure sensing die (12, 112) having a first side (16, 116) and an opposite second side (14, 114), the pressure sensing die (12, 112) situated in the pressure sensing die cavity (34, 134) with the first side (16, 116) secured to the sensing side (24, 124) of the pressure port housing (20, 120), the pressure sensing die (12, 112) having a pressure sensing diaphragm (18, 118) exposed to the pressure port (26, 126); and the second side (14, 114) of the pressure sensing die (12, 112) facing away from the sensing side (24, 124) of the pressure port housing (20, 120) and toward the mounting side (22, 122) characterized in that two or more electrical bond pads of the pressure sensor die (12, 112) extending out past the mounting side (22, 122) and accessible from outside of the pressure port housing (20, 120) such that the two or more electrical bond pads (30, 130) can be electrically and physically connected directly to two or more corresponding bond pads on another substrate. a pressure port housing (20, 120) including a sensing side (24, 124) and a mounting side (22, 122), wherein the sensing side (24, 124) includes a pressure port (26, 126) extending through the sensing side (24, 124) of the pressure port housing (20, 120); the pressure port housing (20, 120) further including a pressure sensing die cavity (34, 134); a pressure sensing die (12, 112) having a first side (16, 116) and an opposite second side (14, 114), the pressure sensing die (12, 112) situated in the pressure sensing die cavity (34, 134) with the first side (16, 116) secured to the sensing side (24, 124) of the pressure port housing (20, 120), the pressure sensing die (12, 112) having a pressure sensing diaphragm (18, 118) exposed to the pressure port (26, 126); and the second side (14, 114) of the pressure sensing die (12, 112) facing away from the sensing side (24, 124) of the pressure port housing (20, 120) and toward the mounting side (22, 122) characterized in that two or more electrical bond pads of the pressure sensor die (12, 112) extending out past the mounting side (22, 122) and accessible from outside of the pressure port housing (20, 120) such that the two or more electrical bond pads (30, 130) can be electrically and physically connected directly to two or more corresponding bond pads on another substrate.
A method for monitoring a global failure in a virtual gateway cluster, comprising: setting (201, 401), in response to receiving a network probe setting instruction, a network probe in a target monitoring scenario, the network probe comprising a sending end probe and a receiving end probe; collecting (202, 402) a response data packet sent by the sending end probe to the receiving end probe via target virtual gateways in a target virtual gateway cluster, the target virtual gateway cluster being determined based on the target monitoring scenario; and analyzing (203, 403) the response data packet based on a preset monitoring index, to determine whether a global failure occurs in the target virtual gateway cluster, the preset monitoring index including at least one of: a packet loss rate, a delay, a response time, or an interruption rate. setting (201, 401), in response to receiving a network probe setting instruction, a network probe in a target monitoring scenario, the network probe comprising a sending end probe and a receiving end probe; collecting (202, 402) a response data packet sent by the sending end probe to the receiving end probe via target virtual gateways in a target virtual gateway cluster, the target virtual gateway cluster being determined based on the target monitoring scenario; and analyzing (203, 403) the response data packet based on a preset monitoring index, to determine whether a global failure occurs in the target virtual gateway cluster, the preset monitoring index including at least one of: a packet loss rate, a delay, a response time, or an interruption rate.
A MEMS chip having at least two chip components (12, 14, 16) bonded together by means of an adhesive layer (24, 34) that is applied to at least one of two mating bonding surfaces (22, 48; 30, 54) of the two components, characterized in that a pattern of finely distributed micro-cavities is formed in at least one of the two mating bonding surfaces (48, 54), said micro-cavities being arranged to accommodate a major part of the adhesive, wherein a total volume of the micro-cavities is selected such that a total volume of the adhesive applied is equal to or smaller than the total volume of the micro-cavities.
A deposition system comprising: an alternating current power supply including a first output and a second output; a first triaxial cable that is grounded, the first triaxial cable comprising a first center conductor and a first inner shield conductor (406, 506A); a second triaxial cable that is grounded, the second triaxial cable comprising a second center conductor and a second inner shield conductor (406, 506B); a deposition chamber having a first terminal and a second terminal; the first output coupled with the first center conductor and the second output coupled with the first inner shield conductor (406, 506A), the first output coupled with the second inner shield conductor (406, 506B) and the second output coupled with the second center conductor; the first center conductor coupled with the first terminal and the second inner shield conductor (406, 506B) coupled with the first terminal; and the first inner shield conductor (406, 506B) coupled with the second terminal and the second center conductor coupled with the second terminal. an alternating current power supply including a first output and a second output; a first triaxial cable that is grounded, the first triaxial cable comprising a first center conductor and a first inner shield conductor (406, 506A); a second triaxial cable that is grounded, the second triaxial cable comprising a second center conductor and a second inner shield conductor (406, 506B); a deposition chamber having a first terminal and a second terminal; the first output coupled with the first center conductor and the second output coupled with the first inner shield conductor (406, 506A), the first output coupled with the second inner shield conductor (406, 506B) and the second output coupled with the second center conductor; the first center conductor coupled with the first terminal and the second inner shield conductor (406, 506B) coupled with the first terminal; and the first inner shield conductor (406, 506B) coupled with the second terminal and the second center conductor coupled with the second terminal.
An electronic apparatus comprising: a storage configured to store an application that includes an execution file for executing the application, access control information comprising information on a resource of the electronic apparatus accessible by the execution file and an electronic signature encoding the execution file and the access control information; and a processor configured to: in response to an execution command for executing the application being input, identify whether the execution file of the application and the access control information of the application are changed based on the electronic signature, and based on identifying that the execution file of the application and the access control information of the application are not changed, execute the execution file and grant the execution file to access the resource of the electronic apparatus. a storage configured to store an application that includes an execution file for executing the application, access control information comprising information on a resource of the electronic apparatus accessible by the execution file and an electronic signature encoding the execution file and the access control information; and a processor configured to: in response to an execution command for executing the application being input, identify whether the execution file of the application and the access control information of the application are changed based on the electronic signature, and based on identifying that the execution file of the application and the access control information of the application are not changed, execute the execution file and grant the execution file to access the resource of the electronic apparatus. in response to an execution command for executing the application being input, identify whether the execution file of the application and the access control information of the application are changed based on the electronic signature, and based on identifying that the execution file of the application and the access control information of the application are not changed, execute the execution file and grant the execution file to access the resource of the electronic apparatus.
A compound of the formula: wherein n is from 0 to 8; R 1 is CH 2 OH, CH R 5, CH 2 OR 5, CO 2 R 5, C NH 2, C NHR 5, C NR 5 R 6, C NHNH 2, C NHNHR 5, C NHNR 5 R 6, C NR NH 2, C NR 5 NHR 6, C NR 5 NR 6 R 7, C NHNH(C R 5), C NHNR 5 (C R 6), C NR 5 NH(C R 6), C NR 5 NR 6 (C R 7), CN, or C R 5; R 2 is H, unsubstituted or substituted alkyl, YH, YR 8, YR 8 R 9, YR 8 YR 9 YR 10, YC R 8, C YR 8, C NH 2, C NHR 8, C NR 8 R 9, NH 2, NHR 8, NR 8 R 9, NHC R 8, or NR 8 C R 9; R 3 and R 4 are the same or different and are selected from the group consisting of H, halogens, unsubstituted or substituted alkyl, OH, OR 10, NH 2, NHR 10, NR 10 R 11, NHC R 10, or NR 10 C R 11; R 5, R 6, R 7, R 8, R 9, R 10, and R 11 are the same or different and are selected from the group consisting of H, unsubstituted alkyl, substituted alkyl, unsubstituted aryl and substituted aryl; R 12 is selected from the group consisting of H, unsubstituted alkyl, and substituted alkyl; and Y is O or S; or a pharmaceutically acceptable salt thereof; for use in preventing fat or sucrose-induced obesity in a subject. n is from 0 to 8; R 1 is CH 2 OH, CH R 5, CH 2 OR 5, CO 2 R 5, C NH 2, C NHR 5, C NR 5 R 6, C NHNH 2, C NHNHR 5, C NHNR 5 R 6, C NR NH 2, C NR 5 NHR 6, C NR 5 NR 6 R 7, C NHNH(C R 5), C NHNR 5 (C R 6), C NR 5 NH(C R 6), C NR 5 NR 6 (C R 7), CN, or C R 5; R 2 is H, unsubstituted or substituted alkyl, YH, YR 8, YR 8 R 9, YR 8 YR 9 YR 10, YC R 8, C YR 8, C NH 2, C NHR 8, C NR 8 R 9, NH 2, NHR 8, NR 8 R 9, NHC R 8, or NR 8 C R 9; R 3 and R 4 are the same or different and are selected from the group consisting of H, halogens, unsubstituted or substituted alkyl, OH, OR 10, NH 2, NHR 10, NR 10 R 11, NHC R 10, or NR 10 C R 11; R 5, R 6, R 7, R 8, R 9, R 10, and R 11 are the same or different and are selected from the group consisting of H, unsubstituted alkyl, substituted alkyl, unsubstituted aryl and substituted aryl; R 12 is selected from the group consisting of H, unsubstituted alkyl, and substituted alkyl; and Y is O or S;