mhurhangee/ep-ind-claims huggingface dataset:
Rapid test method for evaluating the delamination tendency in glass packaging means, in particular for the pharmaceutical industry, which has the following steps: step: exposing the empty glass packaging means to an atmosphere of steam to form a corrosion zone; and subsequently carrying out a further step, comprising dissolving glass components in ultrapure water and quantifying the dissolved glass components. step: exposing the empty glass packaging means to an atmosphere of steam to form a corrosion zone; dissolving glass components in ultrapure water and quantifying the dissolved glass components.
A power supply device for a household appliance comprising a switching converter that comprises: - an input filtering stage, comprising at least a filtering inductor (L D), and a rectifying stage, electrically connected with the mains; - a bus capacitor (C DC), electrically connected in parallel with output terminals of said rectifying stage; - a resonant tank electrically connected with at least one terminal of said bus capacitor (C DC); - a switching device, electrically connected in series with said resonant tank, said switching device being operated with a switching cycle that comprises a first switching period (T ON), in which said switching device allows the flow of a first current (I S) between said bus capacitor (C DC) and said resonant tank, and a second switching period (T OFF), in which said switching device blocks the flow of said first current (I S); characterised in that it comprises determining means (161, 161A, 162, 132, 135) configured to obtain estimation data (D 3) indicative of the input current (I IN) that is adsorbed from the mains by said power supply device, on the base of the rate of change of a bus voltage (V DC) across the terminals (A, B) of said bus capacitor (C DC) during said second switching period (T OFF). - an input filtering stage, comprising at least a filtering inductor (L D), and a rectifying stage, electrically connected with the mains; - a bus capacitor (C DC), electrically connected in parallel with output terminals of said rectifying stage; - a resonant tank electrically connected with at least one terminal of said bus capacitor (C DC); - a switching device, electrically connected in series with said resonant tank, said switching device being operated with a switching cycle that comprises a first switching period (T ON), in which said switching device allows the flow of a first current (I S) between said bus capacitor (C DC) and said resonant tank, and a second switching period (T OFF), in which said switching device blocks the flow of said first current (I S); characterised in that it comprises determining means (161, 161A, 162, 132, 135) configured to obtain estimation data (D 3) indicative of the input current (I IN) that is adsorbed from the mains by said power supply device, on the base of the rate of change of a bus voltage (V DC) across the terminals (A, B) of said bus capacitor (C DC) during said second switching period (T OFF).
A service control element implementing a Serving Call Session Control Function (S-CSCF B), comprising: input means for receiving (1.6, 710) a session request identifying a user; retrieving means for retrieving, based on a prior registration of at least one registered user terminal (UE A) of the user, a capability information element indicating a capability or an incapability of the at least one registered user terminal (UE A) to utilize a service provided by a defined service platform in an Application Server (AS, 51); checking means for checking whether the session request matches a defined service control criterion, wherein the defined service control criterion comprises the capability information element of the at least one registered user terminal (UE A) of the user; and routing means for forwarding (1.7, 745) the session request toward the defined service platform in the Application Server (AS, 51) in response to the session request matching the defined service control criterion. input means for receiving (1.6, 710) a session request identifying a user; retrieving means for retrieving, based on a prior registration of at least one registered user terminal (UE A) of the user, a capability information element indicating a capability or an incapability of the at least one registered user terminal (UE A) to utilize a service provided by a defined service platform in an Application Server (AS, 51); checking means for checking whether the session request matches a defined service control criterion, wherein the defined service control criterion comprises the capability information element of the at least one registered user terminal (UE A) of the user; and routing means for forwarding (1.7, 745) the session request toward the defined service platform in the Application Server (AS, 51) in response to the session request matching the defined service control criterion.
One-piece bar for attaching a bracelet to a watch, the bar extending in a longitudinal direction and comprising two pivots and a body connecting the two pivots, each pivot being intended to be introduced into a corresponding housing of a respective horn of a watch case, the body comprising a plurality of elements connected to one another, each element having a hollowed portion, in order to give the bar longitudinal elasticity to allow elastic deformation thereof in the longitudinal direction characterized in that each element comprises a peripheral frame surrounding the hollowed portion, the peripheral frames of the elements being connected to one another and in that the peripheral frame of each element has substantially the shape of a closed 'M', the peripheral frames of the elements being connected to one another via longitudinal connecting members, each longitudinal connecting member connecting a portion of frame that closes the 'M' of one element to a portion of frame that forms the central acute angle of the 'M' of another element.
Microbiological analysis assembly comprising a filtration unit and a gel growth medium cassette, the said filtration unit comprising a filter membrane and a body with which the said membrane is associated, the said cassette comprising a body containing the said gel growth medium, the latter having a surface designed to be covered by said membrane, the body of the filtration unit and the body of the cassette being adapted to cooperate in order to occupy a nested position in which the membrane covers the said surface of the said gel growth medium, characterized in that the body of the said unit and the body of the said cassette are each equipped with an intermediate stop (26, 100) with, when the said stops (26, 100) are in contact with one another, said contact which is an abutment contact, the filtration unit and the gel growth medium cassette being in an intermediate position in which the said membrane is spaced away from the said gel growth medium, it being possible for at least one of the two stops (26, 100) to move clear so as to allow the said filtration unit to move from the said intermediate position into the said nested position.
An accelerometer comprising a support, a proof mass supported for movement relative to the support by a plurality of mounting legs, a plurality of fixed capacitor fingers (36, 38) associated with the support and a plurality of movable capacitor fingers (32, 34) associated with the proof mass, the fixed capacitor fingers (36, 38) being interdigitated with the movable capacitor fingers (32, 34), and the mounting legs being of serpentine shape; characterised by: each mounting leg comprising at least a first generally straight section, a second generally straight section, and an end section of generally U-shaped form interconnecting the first and second generally straight sections; wherein the thickness of the end section is greater than the thickness of a central part of both of the first and second generally straight sections.
An electronic device intended to be installed in a portable device, which electronic device comprises: - a microcontroller configured to communicate with a first interface of the portable device in accordance with a first protocol, said first interface supplying power voltage to the microcontroller, said power voltage being standardised by said first protocol, - a secure electronic chip component configured to communicate with a second interface of the portable device in accordance with a second protocol, said second interface supplying power voltage to the secure component, said power voltage being standardised by said second protocol, - means for communication between the secure component and the microcontroller, characterised in that the means for communication comprise a module for voltage adaptation depending on the power voltages supplied by the first and second interfaces. - a microcontroller configured to communicate with a first interface of the portable device in accordance with a first protocol, said first interface supplying power voltage to the microcontroller, said power voltage being standardised by said first protocol, - a secure electronic chip component configured to communicate with a second interface of the portable device in accordance with a second protocol, said second interface supplying power voltage to the secure component, said power voltage being standardised by said second protocol, - means for communication between the secure component and the microcontroller,
A stent delivery system, comprising: an elongate body having a lumen extending from a proximal portion to a distal portion of the body, the distal portion being configured to extend within a blood vessel; a stent expandable from a compressed configuration, sized to be received within the body lumen, to an expanded configuration, the stent having a lumen and an inner surface extending from a proximal end to a distal end of the stent; a core wire configured to extend through the body lumen and the stent lumen and having a distal region; a self-expandable member disposed along the core wire distal region, the self-expandable member comprising first and second ends, the first and second ends each comprising lumens through which the core wire passes to enable the self-expandable member to be rotatably and slidably movable relative to the core wire, the self-expandable member being configured to facilitate the expansion of at least a portion of the stent to the expanded configuration by expanding and engaging the stent inner surface; and a blocking member (60c, 160d, 160e, 160e', 160f, 160k, 160k') fixed to the core wire between the first and second ends of the self-expandable member, the blocking member having an outer cross-sectional profile greater than inner cross-sectional profiles of the lumens of the first and second ends of the self-expandable member to limit axial movement of the first and second ends along the core member upon contact with the blocking member. an elongate body having a lumen extending from a proximal portion to a distal portion of the body, the distal portion being configured to extend within a blood vessel; a stent expandable from a compressed configuration, sized to be received within the body lumen, to an expanded configuration, the stent having a lumen and an inner surface extending from a proximal end to a distal end of the stent; a core wire configured to extend through the body lumen and the stent lumen and having a distal region; a self-expandable member disposed along the core wire distal region, the self-expandable member comprising first and second ends, the first and second ends each comprising lumens through which the core wire passes to enable the self-expandable member to be rotatably and slidably movable relative to the core wire, the self-expandable member being configured to facilitate the expansion of at least a portion of the stent to the expanded configuration by expanding and engaging the stent inner surface; and a blocking member (60c, 160d, 160e, 160e', 160f, 160k, 160k') fixed to the core wire between the first and second ends of the self-expandable member, the blocking member having an outer cross-sectional profile greater than inner cross-sectional profiles of the lumens of the first and second ends of the self-expandable member to limit axial movement of the first and second ends along the core member upon contact with the blocking member.
A battery operated water utility meter configured for dynamic throttling and arranged to register the amount of water delivered to a consumption site from a distribution network, the water utility meter comprising: - a flow sensor for measuring a flow rate through the water utility meter, - a valve for limiting the flow rate from the distribution network to the consumption site, - an actuator for changing a valve position so that the valve may be in an open position or a closed position or a variable throttling position, - a controller unit arranged to control the actuator and configured to monitor the flow rate using the flow sensor; characterised in that the controller unit is further configured to: - adjust the valve position to reduce the flow rate if the flow rate has exceeded the maximum flow rate limit continuously for a first time duration or the average flow rate measured over the first time duration has exceeded the maximum flow rate limit; and - adjust the valve position to increase the flow rate if the flow rate has been continuously below the minimum flow rate limit for a second time duration, wherein the first time duration is shorter than the second time duration. - a flow sensor for measuring a flow rate through the water utility meter, - a valve for limiting the flow rate from the distribution network to the consumption site, - an actuator for changing a valve position so that the valve may be in an open position or a closed position or a variable throttling position, - a controller unit arranged to control the actuator and configured to monitor the flow rate using the flow sensor; - adjust the valve position to reduce the flow rate if the flow rate has exceeded the maximum flow rate limit continuously for a first time duration or the average flow rate measured over the first time duration has exceeded the maximum flow rate limit; and - adjust the valve position to increase the flow rate if the flow rate has been continuously below the minimum flow rate limit for a second time duration,
Device for monitoring pain of a user, comprising: - a receiving unit for receiving an accelerometer signal from an accelerometer sensor to be worn in use by the user, wherein the accelerometer signal comprises components of a pulse signal and components of a respiration signal; and - a processing unit which is configured to: - derive the pulse signal and the respiration signal from the accelerometer signal; - adapt the pulse signal based on the respiration signal in order to obtain a corrected pulse signal; and - derive a pain descriptor based on the corrected pulse signal. - a receiving unit for receiving an accelerometer signal from an accelerometer sensor to be worn in use by the user, wherein the accelerometer signal comprises components of a pulse signal and components of a respiration signal; and - a processing unit which is configured to: - derive the pulse signal and the respiration signal from the accelerometer signal; - adapt the pulse signal based on the respiration signal in order to obtain a corrected pulse signal; and - derive a pain descriptor based on the corrected pulse signal. - derive the pulse signal and the respiration signal from the accelerometer signal; - adapt the pulse signal based on the respiration signal in order to obtain a corrected pulse signal; and - derive a pain descriptor based on the corrected pulse signal.
A keyless entry system comprising a vehicle-mounted device and a portable device, wherein the vehicle-mounted device includes a first control unit that generates request signals, a first transmission unit that sequentially transmits the request signals generated by the first control unit from a plurality of respective transmission antennas,, a first reception unit that receives response signals to the request signals, each of the response signals including reception characteristics of a corresponding request signal, and a storage unit that stores a history of the reception characteristics included in the response signals received by the first reception unit, and the portable device includes a second reception unit that receives the request signals sequentially transmitted by the plurality of respective transmission antennas, of the vehicle-mounted device, a second control unit that generates the response signals, and a second transmission unit that transmits the response signals generated by the second control unit, characterized in that in a case where a response signal is received by the first reception unit, the first control unit determines whether or not the vehicle is caused to perform a predetermined operation on the basis of the reception characteristics included in the received response signal and the history of the reception characteristics stored in the storage unit, and wherein the first control unit determines that the predetermined operation is performed in a case where a fluctuation amount in the reception characteristics included in the received response signal relative to the reception characteristics included in the history of the reception characteristics stored in the storage unit is equal to or smaller than a threshold value.
A cleaning pad (105, 106) for wiping an encoder strip in a printer, the cleaning pad comprising: a body of absorbent material infused with a hygroscopic lubricating liquid, wherein the body of absorbent material comprises cellulose fibres and synthetic fibres; caracterized in that the cleaning pad comprises a top surface layer of non-woven synthetic fibrous material or non-woven cellulose fibrous tissue and a bottom surface layer of non-woven synthetic fibrous material or non-woven cellulose tissue for adhesive attachment to a printhead carriage. a body of absorbent material infused with a hygroscopic lubricating liquid, wherein the body of absorbent material comprises cellulose fibres and synthetic fibres; caracterized in that the cleaning pad comprises a top surface layer of non-woven synthetic fibrous material or non-woven cellulose fibrous tissue and a bottom surface layer of non-woven synthetic fibrous material or non-woven cellulose tissue for adhesive attachment to a printhead carriage.
A data transfer component for transferring cardiac data comprising a standard electromechanical interface which comprises a heart sensor connector; an electric power source which is configured to energize the operation of the data transfer component; the heart sensor connector is repeatedly connectable and disconnectable by an electromechanical coupling with a counterpart of a heart sensor that is capable of detecting heart activity of a person, wherein the data transfer component is configured to receive and store cardiac data on the heart activity while the heart sensor connector and the counterpart are coupled, and the standard electromechanical interface is configured to communicate the cardiac data stored in the data transfer component to an external device, characterized in that the standard electromechanical interface is configured to enable an electromechanical coupling with a counterpart of an external power source for charging the power source.
A pharmaceutical formulation of anti-lgE antibody rhuMAb E25, characterized in that the formulation is: about 150 g/L of the anti-IgE antibody in 0.02 M histidine, 0.2 M arginine-HCl, 0.04% polysorbate 20, pH 6.
An electrical connector, comprising a first connection device with a first connection for a first electrical cable and a second connection device with a second connection (20, 22) for a second electrical cable, the two connection devices being able to be plugged into one another to form an electrical contact, the second connection device comprising a first component for contacting the first connection device by plugging into one another, a second component that comprises the second connection, and a coupling device for electrically coupling the first component to the second component, the two components being moveable relative to one another in a radial and/or axial direction, a first limiting device (24, 25) being provided for limiting the relative movement of the two components (14, 16) to a first predetermined distance d in the radial direction, and a second limiting device being provided for limiting the relative movement of the two components (14, 16) to a second predetermined distance s in the axial direction. a first connection device with a first connection for a first electrical cable and a second connection device with a second connection (20, 22) for a second electrical cable, the two connection devices being able to be plugged into one another to form an electrical contact, the second connection device comprising a first component for contacting the first connection device by plugging into one another, a second component that comprises the second connection, and a coupling device for electrically coupling the first component to the second component, the two components being moveable relative to one another in a radial and/or axial direction, a first limiting device (24, 25) being provided for limiting the relative movement of the two components (14, 16) to a first predetermined distance d in the radial direction, and a second limiting device being provided for limiting the relative movement of the two components (14, 16) to a second predetermined distance s in the axial direction.
A winding machine for winding and/or unwinding band-shaped or strip-shaped material having at least one rotary plate, which is arranged on a pivot arm and can be driven by at least one drive device by means of at least two opposite coupling elements (20, 22), at least one coupling element being associated with the rotary plate, the rotary plate being transferrable by means of a pivot device between at least one decoupled state and at least one coupled state, characterized in that the winding machine comprises at least one first sensor and, in using the first sensor, the coupling elements (20, 22) can be positioned opposite one another in a coupling position in a sensor-based manner.
A method for performing device-to-device, D2D, operation, which includes D2D discovery and D2D communication, in a wireless communication system, the method performed by a user equipment, UE, and comprising: receiving, from a base station, BS, D2D configuration information; and performing the D2D operation based on the D2D configuration information, wherein the D2D configuration information comprises frequency information informing a specific frequency on which the D2D discovery is supported, wherein the specific frequency is a frequency different from a current frequency of the UE, and wherein the UE further transmits, to the BS, UE-capability information including D2D operation support band information which informs frequency bands on which the UE supports the D2D operation. receiving, from a base station, BS, D2D configuration information; and performing the D2D operation based on the D2D configuration information, wherein the D2D configuration information comprises frequency information informing a specific frequency on which the D2D discovery is supported, wherein the specific frequency is a frequency different from a current frequency of the UE, and wherein the UE further transmits, to the BS, UE-capability information including D2D operation support band information which informs frequency bands on which the UE supports the D2D operation.