mhurhangee/ep-ind-claims huggingface dataset:
A liquid composition comprising: 5 mg/ml to 100 mg/ml of aflibercept; a buffer of 1 to 50 mM, comprising sodium phosphate and having pH ranging from 4 to 8; a stabilizer of 7.8 to 10%(w/v), wherein the stabilizer is selected from the group consisting of trehalose and sucrose; and wherein the liquid composition does not comprise sodium chloride. 5 mg/ml to 100 mg/ml of aflibercept; a buffer of 1 to 50 mM, comprising sodium phosphate and having pH ranging from 4 to 8; a stabilizer of 7.8 to 10%(w/v), wherein the stabilizer is selected from the group consisting of trehalose and sucrose; and
Drainage system for draining a fluid from a fluid filter, in particular for a water trap of a fuel or for an oil filter, comprising: - a filter housing element with a drain hole for fluidly connecting an inside of the housing element with an outside of the housing element; - a drain plug having a longitudinal axis; - a sealing ring seated on the drain plug for a fluid-tight closure of the drain hole; - a drain channel provided in the drain plug for the fluid, the drain channel having a radial inlet opening and an outlet opening located at a first end of the drain plug; - a ventilation channel provided in the drain plug having a first orifice located at the first end of the drain plug and having a second orifice which is located at the other end of the drain plug or, in an axial direction, in between the inlet opening of the drain channel and the said second end of the drain plug; wherein the sealing ring sealingly abuts against the housing element in an axial and a radial direction when the drain plug is positioned in its closing position; and wherein, upon an axial movement of the drain plug from the said closing position into a drainage position, a radially inward edge portion of the sealing ring is dislodged from its axially sealing abutment against the filter housing element by the drain plug while a sealing abutment of an outer edge portion of the sealing ring against the housing element and a sealing abutment of the radially inward edge portion of the sealing ring against the drain plug is maintained such that the drain hole is fluidly connected both to the inlet opening of the drain channel and the second orifice of the ventilation channel, characterized in that the sealing ring is configured and designed such that it functions as a bistable spring element which, when the drain plug is moved in an axial direction from its closing position to its drainage position, is forced by bulging from a first stable conformation for sealing to a second stable conformation for drainage. - a filter housing element with a drain hole for fluidly connecting an inside of the housing element with an outside of the housing element; - a drain plug having a longitudinal axis; - a sealing ring seated on the drain plug for a fluid-tight closure of the drain hole; - a drain channel provided in the drain plug for the fluid, the drain channel having a radial inlet opening and an outlet opening located at a first end of the drain plug; - a ventilation channel provided in the drain plug having a first orifice located at the first end of the drain plug and having a second orifice which is located at the other end of the drain plug or, in an axial direction, in between the inlet opening of the drain channel and the said second end of the drain plug;
An authentication method performed by a control unit in a client, the client comprising the control unit, a biometrics information input unit, a first program and a second program, wherein the first program and the second program are configured to be invoked in normal mode or forgery detection mode, wherein when the second program is invoked in forgery detection mode a user cannot perform any operations, the authentication method comprising: executing (S302, S303) first user authentication with biometrics authentication based on fingerprint information input from the biometrics information input unit; executing the first program in forgery detection mode when a forgery of the fingerprint is detected as a result of the first user authentication, wherein the first program executes a predetermined process and does not have a network connection function; and invoking the second program, which has a network connection function, in the forgery detection mode after the first program is executed in the forgery detection mode; and obtaining forgery detection information that includes the forgery detection result and finger print matching data, and notifying a device connected to an external network of the forgery detection information by using the network connection function after the second program is invoked in the forgery detection mode. executing (S302, S303) first user authentication with biometrics authentication based on fingerprint information input from the biometrics information input unit; executing the first program in forgery detection mode when a forgery of the fingerprint is detected as a result of the first user authentication, wherein the first program executes a predetermined process and does not have a network connection function; and invoking the second program, which has a network connection function, in the forgery detection mode after the first program is executed in the forgery detection mode; and obtaining forgery detection information that includes the forgery detection result and finger print matching data, and notifying a device connected to an external network of the forgery detection information by using the network connection function after the second program is invoked in the forgery detection mode.
Docking unit for connecting a container for a liquid medium to a discharge line, preferably a hose, wherein the docking unit can be releasably attached to an opening of the container so that the liquid medium can flow through the docking unit, wherein in the docketing unit there is arranged at least one filling level sensor, which is designed as a runtime sensor, in particular a radar sensor, for measuring the filling level in the container, characterized in that the at least one runtime sensor is arranged outside the container in the state of the docking unit being attached to the container and/or signals, preferably electromagnetic waves, particularly preferably microwaves, can be transmitted from the at least one filling level sensor through a container wall into the interior of the container.
A terminal apparatus comprising: a reception unit configured to receive downlink signals from a base station apparatus and receive first information which indicates multiple pieces of random access configuration information, RA CI, for random access preamble, RAP, transmission; a higher layer operation unit configured to select one piece of RA CI from said multiple pieces of RA CI, based on a measurement of the downlink signals; a transmission unit configured to transmit a RAP based on the selected one piece of RA CI by applying different terminal transmit beams in each of multiple time sections of the RAP; and a monitoring unit configured to monitor second information corresponding to the RAP, wherein the second information is received from the base station apparatus and includes information which identifies an OFDM symbol number, which symbol number indicates one of the multiple time sections which the base station apparatus used to receive the RAP. a reception unit configured to receive downlink signals from a base station apparatus and receive first information which indicates multiple pieces of random access configuration information, RA CI, for random access preamble, RAP, transmission; a higher layer operation unit configured to select one piece of RA CI from said multiple pieces of RA CI, based on a measurement of the downlink signals; a transmission unit configured to transmit a RAP based on the selected one piece of RA CI by applying different terminal transmit beams in each of multiple time sections of the RAP; and a monitoring unit configured to monitor second information corresponding to the RAP, wherein the second information is received from the base station apparatus and includes information which identifies an OFDM symbol number, which symbol number indicates one of the multiple time sections which the base station apparatus used to receive the RAP.
Shock absorber device for a staff of a wheel set of a timepiece arranged on a support, said support being provided with an opening in order for said staff to be able to move in translation inside said opening, said staff comprising, at each end, a pivot-shank engaging with a pivoting element, said device further comprising at least one first resilient membrane spring arranged inside the first opening, said first membrane being pierced with a through-hole through which said staff passes, said staff comprising at least one part having a diameter of greater than that of the through-hole of said first membrane so as to act as a banking for said staff during a movement following a shock, the staff having a first diameter and comprises, at each end, an area having a second diameter from which the pivot-shank extends, the second diameter being smaller than the first diameter, the transition between the area of the first diameter and the area having a second diameter being produced such that it forms a shoulder, characterised in that the staff further includes, in the area having a second diameter, a first peripheral protruding part extending radially, said protruding part being spaced apart from the shoulder so that the membrane spring can be inserted into the space between said first protruding part and said shoulder.
A balance spring for an oscillator of a timepiece, characterized in that it comprises a part, in particular at least a coil or a portion of a coil, comprising a cross section varying locally over the length by a reduction in the thickness and/or in the height of said part, said part being provided with heavily doped silicon having an ion density greater than or equal to 10 18 at/cm 3, in order to permit the thermo-compensation of the oscillator.
A method for determining a time for scheduling wireless transfer of payload data to a first vehicle from a second vehicle, the method comprises the steps of: a) providing a movement profile for each of said of vehicles; b) comparing said movement profiles; characterised in that the method further comprises the step of: c) dependent on the outcome of step b) determining a one or more suitable scheduling times when said vehicles are likely to be in requisite wireless proximity for said payload data transfer. a) providing a movement profile for each of said of vehicles; b) comparing said movement profiles;
A chemical sensing device for measuring an ion concentration of a fluid, the device comprising: - a transducer for providing a first electrical output signal and arranged to receive an electrical input signal, the transducer switching the first electrical output signal between an ON and OFF state in dependence upon the electrical input signal and a chemical input signal; - a chemical sensing surface coupled to the transducer for receiving the chemical input signal; and - a signal generator for oscillating the chemical input signal to vary the switching point of the transducer and switch the first electrical output signal ON for a first period and OFF for a second period, wherein the ion concentration of the fluid modulates a pulse width of the first and/or second period. - a transducer for providing a first electrical output signal and arranged to receive an electrical input signal, the transducer switching the first electrical output signal between an ON and OFF state in dependence upon the electrical input signal and a chemical input signal; - a chemical sensing surface coupled to the transducer for receiving the chemical input signal; and - a signal generator for oscillating the chemical input signal to vary the switching point of the transducer and switch the first electrical output signal ON for a first period and OFF for a second period, wherein the ion concentration of the fluid modulates a pulse width of the first and/or second period.
A sensor device for immersing in a fluid to collect fluid data, the sensor device comprising: an outer capsule, comprising a first capsule portion and a second capsule portion, wherein the outer capsule encloses an interior compartment in a fluid-tight fashion and is free flowing within the fluid; at least one sensor mounted within the interior compartment, wherein the at least one sensor senses fluid properties, the sensed fluid properties being the collected fluid data; and a conductor (130a, 130b) for activating the at least one sensor to sense the fluid properties, wherein the conductor passes from the interior compartment and through to the outer capsule, characterized in that the conductor includes a fastener to close the first capsule portion with the second capsule portion. an outer capsule, comprising a first capsule portion and a second capsule portion, wherein the outer capsule encloses an interior compartment in a fluid-tight fashion and is free flowing within the fluid; at least one sensor mounted within the interior compartment, wherein the at least one sensor senses fluid properties, the sensed fluid properties being the collected fluid data; and a conductor (130a, 130b) for activating the at least one sensor to sense the fluid properties, wherein the conductor passes from the interior compartment and through to the outer capsule, characterized in that the conductor includes a fastener to close the first capsule portion with the second capsule portion.
A polypeptide comprising a polypeptide having the sequence of SEQ ID NO:3 or 5, for use in the treatment of cancer to elicit an immune response to PSA (prostate specific antigen) in a host.
A shaft guide for a surgical instrument including a shaft assembly that defines a shaft axis and a surgical end effector that is operably coupled to the shaft assembly by an articulation joint that facilitates articulation of the surgical end effector about a first articulation axis that is transverse to the shaft axis and a second articulation axis that is transverse to the shaft axis and the first articulation axis, wherein said shaft guide comprises: a shaft guide body sized to span across the articulation joint and the first articulation axis and the second articulation axis, wherein said shaft guide body comprises a shaft guide proximal end and a shaft guide distal end; a first passage extending through said shaft guide body and comprising a first passage proximal opening in said shaft guide proximal end and a first passage distal opening in said shaft guide distal end; and a second passage extending through said shaft guide body and comprising a second passage proximal opening in said shaft guide proximal end and a second passage distal opening in said shaft guide distal end, wherein said second passage proximal opening is oriented in a first orientation relative to said first passage proximal opening, wherein said second passage distal opening is oriented in a second orientation relative to said first passage distal opening in a second orientation that differs from said first orientation, characterized in that: said shaft guide body comprises a central body portion extending between said shaft guide proximal end and said shaft guide distal end, and wherein said central body portion comprises a centrally disposed bulbous segment. a shaft guide body sized to span across the articulation joint and the first articulation axis and the second articulation axis, wherein said shaft guide body comprises a shaft guide proximal end and a shaft guide distal end; a first passage extending through said shaft guide body and comprising a first passage proximal opening in said shaft guide proximal end and a first passage distal opening in said shaft guide distal end; and a second passage extending through said shaft guide body and comprising a second passage proximal opening in said shaft guide proximal end and a second passage distal opening in said shaft guide distal end, wherein said second passage proximal opening is oriented in a first orientation relative to said first passage proximal opening, wherein said second passage distal opening is oriented in a second orientation relative to said first passage distal opening in a second orientation that differs from said first orientation, characterized in that: said shaft guide body comprises a central body portion extending between said shaft guide proximal end and said shaft guide distal end, and wherein said central body portion comprises a centrally disposed bulbous segment.
A specimen measurement system comprising: a specimen measuring device including a blood cell measuring apparatus configured to measure blood cells contained in a blood specimen; a smear preparing apparatus configured to prepare a smear of a blood specimen; an image analysis apparatus configured to analyze an image of the smear of the blood specimen; a determination unit configured to determine whether or not the blood specimen is to be measured by a flow cytometer, based on a measurement result of the blood cell measuring apparatus and/or based on an analysis result of the image analysis apparatus; and a measurement order generating unit configured to generate a measurement order for the flow cytometer, based on the measurement result of the specimen measuring device and/or based on the analysis result of image analysis apparatus, wherein the measurement order generating unit is configured to designate a labelling reagent containing an antibody for preparing a sample from the specimen, to be measured by the flow cytometer, in the measurement order. a specimen measuring device including a blood cell measuring apparatus configured to measure blood cells contained in a blood specimen; a smear preparing apparatus configured to prepare a smear of a blood specimen; an image analysis apparatus configured to analyze an image of the smear of the blood specimen; a determination unit configured to determine whether or not the blood specimen is to be measured by a flow cytometer, based on a measurement result of the blood cell measuring apparatus and/or based on an analysis result of the image analysis apparatus; and a measurement order generating unit configured to generate a measurement order for the flow cytometer, based on the measurement result of the specimen measuring device and/or based on the analysis result of image analysis apparatus, wherein the measurement order generating unit is configured to designate a labelling reagent containing an antibody for preparing a sample from the specimen, to be measured by the flow cytometer, in the measurement order.
Aircraft seat comprising a seat assembly, wherein - the seat assembly comprises a seat base and a seat surface assembly, wherein - a first force limiting device is provided between the seat base and the seat surface assembly which, when activated, enables and force-limits a first relative movement between the seat base and the seat surface assembly, wherein the first force limiting device enables the dissipation of kinetic energy in a crash case and the energy dissipation takes place in the first force limiting device, wherein - the seat surface assembly is supported relative to the seat base in the direction of the first relative movement via a first securing device, wherein - the first securing device comprises a higher deformation limit than the force limiting level required to activate the first force limiting device when the seat surface assembly moves relative to the seat base or vice versa in the direction of the first relative movement, wherein acting forces in normal use are absorbed by the first securing device up to the higher deformation limit and the first force limiting device is only loaded when the first securing device no longer performs its securing function due to the deformation limit being exceeded, characterized in that - the first securing device is formed by a shear bolt. - the seat assembly comprises a seat base and a seat surface assembly, wherein - a first force limiting device is provided between the seat base and the seat surface assembly which, when activated, enables and force-limits a first relative movement between the seat base and the seat surface assembly, wherein the first force limiting device enables the dissipation of kinetic energy in a crash case and the energy dissipation takes place in the first force limiting device, wherein - the seat surface assembly is supported relative to the seat base in the direction of the first relative movement via a first securing device, wherein - the first securing device comprises a higher deformation limit than the force limiting level required to activate the first force limiting device when the seat surface assembly moves relative to the seat base or vice versa in the direction of the first relative movement, wherein acting forces in normal use are absorbed by the first securing device up to the higher deformation limit and the first force limiting device is only loaded when the first securing device no longer performs its securing function due to the deformation limit being exceeded, - the first securing device is formed by a shear bolt.
Hybrid drive train for a motor vehicle, comprising a dual clutch arrangement, which contains a first friction clutch and a second friction clutch and which has an input element that can be connected to an internal combustion engine, and comprising a transmission arrangement, which contains an input shaft arrangement that has a first input shaft connected to a first output element of the dual clutch arrangement and a second input shaft connected to a second output element of the dual clutch arrangement, wherein the input shaft arrangement can be connected to an output shaft arrangement via a plurality of switchable gear sets (70, 76), wherein a coupling hollow shaft, which is connected or can be connected to an electric machine, is mounted on a first output shaft of the output shaft arrangement, wherein the first input shaft is connected to the coupling hollow shaft via a constant gear set (72, 88), wherein a planetary gear set with three elements (30, 32, 34) is arranged coaxially with respect to the first output shaft, wherein a first element of the planetary gear set is connected to the coupling hollow shaft, wherein the first element and a second element of the planetary gear set can be connected to one another by means of a first shifting clutch and the second element of the planetary gear set is connected to the second input shaft, characterized in that the second input shaft can be connected to the coupling hollow shaft via a coupling gear set, wherein the coupling gear set is arranged between the first shifting clutch and the planetary gear set in the axial direction.