mhurhangee/ep-ind-claims huggingface dataset:
A medical measurement sensor device for providing medical data of a patient based on a handover of a medical sensor, the medical measurement sensor device being configured to be worn by the patient and comprising: the medical sensor that measures the medical data of the patient; a medical data server that sends the medical data to a medical gateway, when a request for the medical data is received from the medical gateway; a security module that controls access to the medical data; and a condition handler that detects an abnormal condition from the measured medical data and sends an abnormal condition notification to the medical gateway and makes an emergency call according to pre-stored information, wherein when the medical measurement sensor device receives a request for the medical data from an ambulance gateway, based on the emergency call, the medical data server sends the medical data to the ambulance gateway; and wherein upon receipt of the notification data that notifies of the abnormal condition, the medical gateway delivers its access information to the medical measurement sensor device, so that the ambulance gateway is able to collect medical data stored in the medical gateway by using the access information to access the medical gateway, wherein the security module sends the access information to the ambulance gateway if there is a request from the ambulance gateway for the access information to access the medical gateway, the access information including Internet Protocol address, an Identifier and a password. the medical sensor that measures the medical data of the patient; a medical data server that sends the medical data to a medical gateway, when a request for the medical data is received from the medical gateway; a security module that controls access to the medical data; and a condition handler that detects an abnormal condition from the measured medical data and sends an abnormal condition notification to the medical gateway and makes an emergency call according to pre-stored information, wherein when the medical measurement sensor device receives a request for the medical data from an ambulance gateway, based on the emergency call, the medical data server sends the medical data to the ambulance gateway; and wherein upon receipt of the notification data that notifies of the abnormal condition, the medical gateway delivers its access information to the medical measurement sensor device, so that the ambulance gateway is able to collect medical data stored in the medical gateway by using the access information to access the medical gateway, wherein the security module sends the access information to the ambulance gateway if there is a request from the ambulance gateway for the access information to access the medical gateway, the access information including Internet Protocol address, an Identifier and a password.
A method of determining the quantity of a glycan moiety on a recombinant antibody, the method comprising digesting the antibody with a glycosidase to liberate glycan, and quantitating the glycan using condensation nucleation light scattering detection, wherein the antibody is human, humanized or chimeric.
Method of processing a message posting request originating from a social network user, called posting user, comprising the following steps performed by at least one network entity: - a step (330; 530) of receiving, by at least one network entity, a request for posting of a message intended for at least one social network user (U2, U4), called addressee user, and information associated to said message posting request comprising the message and a social network user identifier (idps2, idps4) for each addressee user, - a step (330; 530) of identifying, in said at least one network entity, at least one telephone network's telephone line (idcom2, idcom4) associated, in the social network, with the social network user identifier of an addressee user, in response to receiving the request for posting of the message, - a step (340; 540) of posting, from said at least one network entity, said message in a telephone network's mailbox associated with the identified telephone line, the mailbox of the telephone network being managed by a messaging server of the telephone network in which at least one terminal associated with the identified telephone line establishes telephone communications by using the identified telephone line and - a step of dispatching, from said at least one network entity, in the telephone network, a notification (350; 550) intended for the at least one terminal (T2, T4) associated with the identified telephone line, the notification indicating that the message is available in the telephone network's mailbox associated with the identified telephone line and comprising a social network user identifier assigned to the posting user. - a step (330; 530) of receiving, by at least one network entity, a request for posting of a message intended for at least one social network user (U2, U4), called addressee user, and information associated to said message posting request comprising the message and a social network user identifier (idps2, idps4) for each addressee user, - a step (330; 530) of identifying, in said at least one network entity, at least one telephone network's telephone line (idcom2, idcom4) associated, in the social network, with the social network user identifier of an addressee user, in response to receiving the request for posting of the message, - a step (340; 540) of posting, from said at least one network entity, said message in a telephone network's mailbox associated with the identified telephone line, the mailbox of the telephone network being managed by a messaging server of the telephone network in which at least one terminal associated with the identified telephone line establishes telephone communications by using the identified telephone line and - a step of dispatching, from said at least one network entity, in the telephone network, a notification (350; 550) intended for the at least one terminal (T2, T4) associated with the identified telephone line, the notification indicating that the message is available in the telephone network's mailbox associated with the identified telephone line and comprising a social network user identifier assigned to the posting user.
Steering column comprising: - a steering member intended to be connected to a vehicle steering wheel, - a support base (2; 102), intended to be mounted fixedly with respect to a vehicle chassis, the said steering member being mounted articulated in rotation to the said support base, - clamping means borne by the steering member and comprising a mobile clamping element (10; 110), the said clamping means being arranged so as to be able to lock the steering member on the said support base by clamping of the mobile element against the support base, the steering column comprising: - first blocking shapes (14a; 114a, 114b) borne by the said mobile clamping element, - second blocking shapes (15a; 115a, 115b) borne by a sheet-metal plate (30; 130), the latter being blocked against the said support base, the said steering column being arranged in such a way that the first blocking shapes are able, during locking of the steering member on the said support base by clamping of the mobile element against the support base, to come and engage between the second blocking shapes so as to block the rotation of the steering member with respect to the support base, the sheet-metal plate (30; 130) comprising a single frame (38; 138) with a central opening (39; 139), and characterized in that said clamping means comprise a clamping screw arranged through said central opening, the mobile clamping element (10; 110) and the sheet-metal plate (30; 130) being arranged in such a way that, during clamping, the mobile clamping element presses directly against the support base (2; 102). - a steering member intended to be connected to a vehicle steering wheel, - a support base (2; 102), intended to be mounted fixedly with respect to a vehicle chassis, the said steering member being mounted articulated in rotation to the said support base, - clamping means borne by the steering member and comprising a mobile clamping element (10; 110), the said clamping means being arranged so as to be able to lock the steering member on the said support base by clamping of the mobile element against the support base, - first blocking shapes (14a; 114a, 114b) borne by the said mobile clamping element, - second blocking shapes (15a; 115a, 115b) borne by a sheet-metal plate (30; 130), the latter being blocked against the said support base,
An apparatus that includes a monitoring system (M1...Mn) comprising: an alarm processing server displaced from the monitoring system, wherein the monitoring system and the alarm processing server communicate at least in part by one of a wired or wireless medium, wherein the monitoring system includes an armed state and a disarmed state with an alarm delay time interval activated in response to detecting a selected event, wherein the alarm processing server includes circuitry to evaluate status information from the monitoring system, wherein the status information includes an alarm signal including a respective alarm type, wherein the circuitry evaluates the status information to determine whether the respective alarm type for the alarm signal is a precursor of a smash event, wherein the circuitry places the alarm signal in a queue for dispatch to a central station after expiration of the alarm delay time interval when the respective alarm type is the precursor of the smash event, and wherein the circuitry immediately forwards the alarm signal to the central station when the respective alarm type is not the precursor of the smash event. an alarm processing server displaced from the monitoring system, wherein the monitoring system and the alarm processing server communicate at least in part by one of a wired or wireless medium, wherein the monitoring system includes an armed state and a disarmed state with an alarm delay time interval activated in response to detecting a selected event, wherein the alarm processing server includes circuitry to evaluate status information from the monitoring system, wherein the status information includes an alarm signal including a respective alarm type, wherein the circuitry evaluates the status information to determine whether the respective alarm type for the alarm signal is a precursor of a smash event, wherein the circuitry places the alarm signal in a queue for dispatch to a central station after expiration of the alarm delay time interval when the respective alarm type is the precursor of the smash event, and wherein the circuitry immediately forwards the alarm signal to the central station when the respective alarm type is not the precursor of the smash event.
A method of making a copolymer, the method comprising copolymerizing components comprising tetrafluoroethylene and at least one compound represented by formula CF 2 =CF-O-(CF 2) a -SO 2 X, wherein a is a number from 1 to 4, and X is -OZ, wherein Z is independently an alkali metal cation or a quaternary ammonium cation, and wherein the components comprise at least 60 mole % of tetrafluoroethylene based on the total amount of components, wherein copolymerizing is carried out by aqueous emulsion polymerization at a pH of at least 9.
An adhesion device that defines a decompression space to be decompressed between a wall surface and the adhesion device, and adheres to the wall surface, comprising: a base disposed facing the wall surface at a distance from the wall surface and connected to a decompression device that depressurizes the decompression space created between the base and the wall surface; a first partition disposed on a fringe of the base, wherein the first partition forms the base side portion of the peripheral wall of the decompression space with an elastic member; a second partition disposed on the wall surface side of the first partition, wherein the wall surface side portion of the peripheral wall of the decompression space is formed by an elastic member so that the wall surface side end of the second partition contacts the wall surface; and a first restricting member formed in a frame shape corresponding to that of the second partition by a member having a higher rigidity than that of the second partition, wherein the first restricting member is disposed on the base side end of the second partition so as to encircle the peripheral wall of the decompression space; characterized in that the second partition is formed by a sheet of elastic member to define an internal space that surrounds the decompression space. a base disposed facing the wall surface at a distance from the wall surface and connected to a decompression device that depressurizes the decompression space created between the base and the wall surface; a first partition disposed on a fringe of the base, wherein the first partition forms the base side portion of the peripheral wall of the decompression space with an elastic member; a second partition disposed on the wall surface side of the first partition, wherein the wall surface side portion of the peripheral wall of the decompression space is formed by an elastic member so that the wall surface side end of the second partition contacts the wall surface; and a first restricting member formed in a frame shape corresponding to that of the second partition by a member having a higher rigidity than that of the second partition, wherein the first restricting member is disposed on the base side end of the second partition so as to encircle the peripheral wall of the decompression space; characterized in that the second partition is formed by a sheet of elastic member to define an internal space that surrounds the decompression space.
A method of transmitting a broadcast signal, the method comprising: encoding PLP data for delivering a service; mapping the encoded PLP data into symbols; building a signal frame based on the mapped symbols; modulating the signal frame and modulating a pilot, P1, symbol into a beginning part of the signal frame according to an orthogonal frequency division multiplexing (OFDM) scheme; and transmitting the broadcast signal including the signal frame, wherein the pilot symbol comprises an effective portion, a cyclic prefix obtained by frequency-shifting a foremost part of the effective portion, and a cyclic suffix obtained by frequency-shifting a backmost part of the effective portion, wherein the cyclic prefix is equal to multiplying the foremost part by e j*2 π *fsh*t and, the cyclic suffix is equal to multiplying the backmost part by e j*2 π *fsh*t, where f SH denotes a frequency shift unit. encoding PLP data for delivering a service; mapping the encoded PLP data into symbols; building a signal frame based on the mapped symbols; modulating the signal frame and modulating a pilot, P1, symbol into a beginning part of the signal frame according to an orthogonal frequency division multiplexing (OFDM) scheme; and transmitting the broadcast signal including the signal frame, wherein the pilot symbol comprises an effective portion, a cyclic prefix obtained by frequency-shifting a foremost part of the effective portion, and a cyclic suffix obtained by frequency-shifting a backmost part of the effective portion, wherein the cyclic prefix is equal to multiplying the foremost part by e j*2 π *fsh*t and, the cyclic suffix is equal to multiplying the backmost part by e j*2 π *fsh*t, where f SH denotes a frequency shift unit.
Power-tool parting device, which is realized without a torque transmission element, in particular a toothed wheel, having at least one cutting strand, and having at least one guide unit for guiding the cutting strand that, in particular together with the cutting strand, constitutes a closed system, characterized by at least one pretensioning unit, which is disposed on the guide unit and which is designed for automatically compensating play and/or tolerance of the cutting strand, at least when the guide unit is in a state of having been demounted from a coupling device of a portable power tool.
A crystalline form CS2 of Pexidartinib monohydrochloride, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 7.2°±0.2°, 10.6°±0.2° and 29.3°±0.2° using CuKα radiation.
A method of assembling a mid-turbine frame for use in a gas turbine engine axially aft of a high-pressure turbine and fore of a low-pressure turbine, the method comprising: inserting at least a first tie rod (90A; 90B) through at least a first airfoil; positioning first and second frame cases (64, 62) on opposite sides of the airfoil such that one of the first and second frame cases (64, 62) is radially outward of the airfoil and the other of the first and second frame cases (64, 62) is radially inward of the airfoil; characterised by: attaching a first end of the tie rod (90A; 90B) to the first frame case at a keyed connection; inserting a threaded retaining nut through a hole in the second frame case prior to threading the threaded retaining nut on a second end of the tie rod (90A; 90B) wherein the retaining nut includes a flange extending outward from an outer surface of the retaining nut; and attaching the second end of the tie rod (90A; 90B) to the second frame case by threading the threaded retaining nut on the second end of the tie rod (90A; 90B) and by inserting a bolt through the flange of the retaining nut and into the second frame case. inserting at least a first tie rod (90A; 90B) through at least a first airfoil; positioning first and second frame cases (64, 62) on opposite sides of the airfoil such that one of the first and second frame cases (64, 62) is radially outward of the airfoil and the other of the first and second frame cases (64, 62) is radially inward of the airfoil; attaching a first end of the tie rod (90A; 90B) to the first frame case at a keyed connection; inserting a threaded retaining nut through a hole in the second frame case prior to threading the threaded retaining nut on a second end of the tie rod (90A; 90B) wherein the retaining nut includes a flange extending outward from an outer surface of the retaining nut; and attaching the second end of the tie rod (90A; 90B) to the second frame case by threading the threaded retaining nut on the second end of the tie rod (90A; 90B) and by inserting a bolt through the flange of the retaining nut and into the second frame case.
A dielectric lens, wherein the dielectric lens is a cylindrical lens, a cross-sectional profile of the cylindrical lens is a quasi-ellipse, the cylindrical lens comprises a plurality of piled cylindrical units, and the dielectric constant distribution of the plurality of cylindrical units in the dielectric lens is configured to convert a non-plane wave in a minor axis direction of the quasi-ellipse into a plane wave after passing through the lens, wherein a length of each cylindrical unit is equal to a length of the cylindrical lens, wherein a cross section is a section perpendicular to a length direction of the cylindrical lens, wherein the cylindrical unit is a solid unit, and a cross section of the cylindrical unit is a first polygon. a length of each cylindrical unit is equal to a length of the cylindrical lens, wherein a cross section is a section perpendicular to a length direction of the cylindrical lens, wherein the cylindrical unit is a solid unit, and a cross section of the cylindrical unit is a first polygon.
A method for determining a patient's central systolic blood pressure, comprising the steps: - determining a peripheral, in particular brachial, blood pressure curve, - applying a moving-average filter to the blood pressure curve, - applying an all-pass filter to the blood pressure curve, - determining the central systolic blood pressure as the maximum of the all-pass and moving-average-filtered blood pressure curve, wherein the moving-average filter is applied in such a way that a fraction of the value of the scanning frequency (f S) for measuring the peripheral blood pressure curve is selected as the window width of a time window of a group of measurement points of the peripheral blood pressure curve, wherein a denominator (n) for forming the fraction is between 3 and 6, in particular between 3.8 and 4.2, wherein the window width is corrected with a pulse-dependent correction factor to yield a pulse-corrected window width (N 1). - determining a peripheral, in particular brachial, blood pressure curve, - applying a moving-average filter to the blood pressure curve, - applying an all-pass filter to the blood pressure curve, - determining the central systolic blood pressure as the maximum of the all-pass and moving-average-filtered blood pressure curve, wherein
A fluid delivery assembly for introducing a fluid to a patient, said delivery assembly comprising; a delivery device adapted for delivering a fluid to the patient, the delivery device having a housing with a base with a bottom face for attaching to the skin of the patient, and a cannula extending through said base and from said bottom face for penetrating the skin of the patient at an infusion site; a pump assembly enclosed in the housing connected to a fluid reservoir enclosed in said housing and said cannula for delivering the fluid through the cannula to the patient; and a removable leak detector unit received in an opening in said housing and oriented for detecting leakage of the fluid at the infusion site, said removable leak detector operatively connected to said pump assembly when received in said opening in said housing to stop said pump assembly when leakage is detected at the infusion site to stop the flow of the fluid. a delivery device adapted for delivering a fluid to the patient, the delivery device having a housing with a base with a bottom face for attaching to the skin of the patient, and a cannula extending through said base and from said bottom face for penetrating the skin of the patient at an infusion site; a pump assembly enclosed in the housing connected to a fluid reservoir enclosed in said housing and said cannula for delivering the fluid through the cannula to the patient; and a removable leak detector unit received in an opening in said housing and oriented for detecting leakage of the fluid at the infusion site, said removable leak detector operatively connected to said pump assembly when received in said opening in said housing to stop said pump assembly when leakage is detected at the infusion site to stop the flow of the fluid.
A compound of the formula wherein X is selected from the group consisting of -(CH 2) 2 - and -CH 2 -CH(CH 3)-; Q is selected from the group consisting of -C(CH 3) 2 and R is selected from the group consisting of or a pharmaceutically acceptable salt thereof. X is selected from the group consisting of -(CH 2) 2 - and -CH 2 -CH(CH 3)-; Q is selected from the group consisting of -C(CH 3) 2 and R is selected from the group consisting of or a pharmaceutically acceptable salt thereof.