mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing a secure and trustworthy communication connection between at least one medical device, in particular at least an infusion pump, and a network, having a first communication channel and at least one second communication channel out of a plurality of second communication channels, comprising the following steps: - sending a connection request (S2 and S3) by the at least one medical device to a control unit, - registering the at least one medical device via the first communication channel in the network (S4 to S7), and - encoding and establishing the communication connection via the at least one second communication channel from the plurality of second communication channels (S8 to S11), wherein the at least one second communication channel is selected depending on the data type and/or prioritization of data, wherein the registration includes a verification step with verification modes, and an application of the control unit controls the selection as to which of the verification modes is used. - sending a connection request (S2 and S3) by the at least one medical device to a control unit, - registering the at least one medical device via the first communication channel in the network (S4 to S7), and - encoding and establishing the communication connection via the at least one second communication channel from the plurality of second communication channels (S8 to S11), wherein the at least one second communication channel is selected depending on the data type and/or prioritization of data, wherein the registration includes a verification step with verification modes, and an application of the control unit controls the selection as to which of the verification modes is used.
Method for predicting at least one fitness value of a protein, the method being implemented on a computer and including the following steps: - encoding the amino acid sequence of the protein into a numerical sequence according to a protein database, the numerical sequence comprising a value for each amino acid of the sequence; - calculating a protein spectrum from a Fourier Transform of the numerical sequence, the Fourier Transform being applied to the numerical sequence obtained further to the encoding step; and for each fitness: - comparing the calculated protein spectrum with protein spectrum values of a predetermined database, said database containing protein spectrum values for different values of said fitness, wherein the comparison step comprises determining, in the predetermined database of protein spectrum values for different values of said fitness, the protein spectrum value which is the closest to the calculated protein spectrum according to a predetermined criterion, - predicting a value of said fitness according to the comparison step, the predicted value of said fitness being equal to the fitness value which is associated in said database with the determined protein spectrum value. - encoding the amino acid sequence of the protein into a numerical sequence according to a protein database, the numerical sequence comprising a value for each amino acid of the sequence; - calculating a protein spectrum from a Fourier Transform of the numerical sequence, the Fourier Transform being applied to the numerical sequence obtained further to the encoding step; and - comparing the calculated protein spectrum with protein spectrum values of a predetermined database, said database containing protein spectrum values for different values of said fitness, wherein the comparison step comprises determining, in the predetermined database of protein spectrum values for different values of said fitness, the protein spectrum value which is the closest to the calculated protein spectrum according to a predetermined criterion, - predicting a value of said fitness according to the comparison step, the predicted value of said fitness being equal to the fitness value which is associated in said database with the determined protein spectrum value.
A liquid pharmaceutical composition for intraoral transmucosal administration of a benzodiazepine drug to a mammal in need, the composition comprising: a physiologically acceptable hydrophobic phase; an eutectic mixture of benzodiazepine compound providing high solubility of the benzodiazepine in said hydrophobic phase; and at least one physiologically acceptable surfactant; wherein said benzodiazepine is Lorazepam.
An air intake system for the ventilation of a building, including an air intake device having a fixing surface provided to be fixed to a wall comprising an opening facing towards the outside, characterized in that it includes a spacer comprising a first face configured to be fixed to the wall by surrounding the external opening, and a second substantially opposite face configured to receive the fixing surface of the air intake device, this spacer including from the opening to the outside, a direct air passage towards the interior of the building forming a constant flow, and an inner air passage towards this intake device forming a main flow, the air intake system further including a means for adjusting flow rate.
Temperature measurement device (100; 200) comprising: - a temperature sensor arranged to measure a temperature, - a thermo-generator forming, with said temperature sensor, a surface so-called measurement surface, said thermo-generator being configured to convert thermal energy of said measurement surface into electrical energy and said sensor being arranged to measure a temperature of a sample in contact with the measurement surface, - a heat sink, and - an electronic board arranged to receive the electrical energy converted by the thermo-generator and power said temperature sensor with at least some of this electrical energy, the electronic board comprising electronic components (116, 118, 120), the electronic board being arranged at a non-zero distance from said measurement surface in a direction perpendicular to said measurement surface, characterized in that: - the heat sink is arranged between the electronic board and the thermo-generator and is in thermal contact with a dissipation surface of the thermo-generator arranged to be at a temperature differing from the temperature of the measurement surface so as to generate electrical energy as a function of the temperature difference between the measurement surface and the dissipation surface, - the device (100; 200) comprising a box containing the temperature sensor, the thermo-generator and the electronic board, the measurement surface being formed on one side of said box. - a temperature sensor arranged to measure a temperature, - a thermo-generator forming, with said temperature sensor, a surface so-called measurement surface, said thermo-generator being configured to convert thermal energy of said measurement surface into electrical energy and said sensor being arranged to measure a temperature of a sample in contact with the measurement surface, - a heat sink, and - an electronic board arranged to receive the electrical energy converted by the thermo-generator and power said temperature sensor with at least some of this electrical energy, the electronic board comprising electronic components (116, 118, 120), the electronic board being arranged at a non-zero distance from said measurement surface in a direction perpendicular to said measurement surface, - the heat sink is arranged between the electronic board and the thermo-generator and is in thermal contact with a dissipation surface of the thermo-generator arranged to be at a temperature differing from the temperature of the measurement surface so as to generate electrical energy as a function of the temperature difference between the measurement surface and the dissipation surface, - the device (100; 200) comprising a box containing the temperature sensor, the thermo-generator and the electronic board, the measurement surface being formed on one side of said box.
A system for providing an electrical interface to a body for bidirectional communication, comprising: an interface board (3103, 3203) electrically coupled to an implantable electrode array implantable within a body and capable of providing a plurality of communication channels for communicating electrical signals detected in a body; an amplifier circuit (2902, 3102, 3202) coupled with the interface board for processing electrical signals received from the electrode array into data signals; a wireless transceiver (2901, 3101, 3201) coupled to the amplifier circuit for sending and receiving telemetry data between the amplifier circuit and an external wireless device located outside of the body wherein the wireless transceiver is capable of sending data from the plurality of communication channels; a housing (2401, 2501, 2601, 2801, 2900, 3005, 3501, 3602) external to the body that houses the interface board, the amplifier circuit, and the wireless transceiver wherein the housing is capable of detachable coupling to a percutaneous attachment device (2407, 2701, 2802, 3104, 3601); and characterized in that the system further comprises multiple batteries (2405a, 2405b, 2405c) in electrical contact with the housing and providing power to the amplifier circuit and the wireless transmitter, wherein the multiple batteries are arranged in at least one battery array (2402, 2403, 2404; 2603; 2702, 2703, 2704; 3001, 3003, 3004; 3502; 3603a, 3603b, 3603c, 3603d), wherein each battery array comprises multiple batteries, is separately detachable from the housing, and is arranged in a configuration that laterally surrounds the housing. an interface board (3103, 3203) electrically coupled to an implantable electrode array implantable within a body and capable of providing a plurality of communication channels for communicating electrical signals detected in a body; an amplifier circuit (2902, 3102, 3202) coupled with the interface board for processing electrical signals received from the electrode array into data signals; a wireless transceiver (2901, 3101, 3201) coupled to the amplifier circuit for sending and receiving telemetry data between the amplifier circuit and an external wireless device located outside of the body wherein the wireless transceiver is capable of sending data from the plurality of communication channels; a housing (2401, 2501, 2601, 2801, 2900, 3005, 3501, 3602) external to the body that houses the interface board, the amplifier circuit, and the wireless transceiver wherein the housing is capable of detachable coupling to a percutaneous attachment device (2407, 2701, 2802, 3104, 3601); and characterized in that the system further comprises multiple batteries (2405a, 2405b, 2405c) in electrical contact with the housing and providing power to the amplifier circuit and the wireless transmitter, wherein the multiple batteries are arranged in at least one battery array (2402, 2403, 2404; 2603; 2702, 2703, 2704; 3001, 3003, 3004; 3502; 3603a, 3603b, 3603c, 3603d), wherein each battery array comprises multiple batteries, is separately detachable from the housing, and is arranged in a configuration that laterally surrounds the housing.
- Method for grouping into batches buoyant objects in at least one channel, named accumulation channel, wherein: - a hydraulic stream able to transport the objects is formed in each accumulation channel, - an upstream portion of at least one accumulation channel is supplied with objects such that the objects are transported by the hydraulic stream along the accumulation channel to a downstream end thereof provided with a device for holding/releasing the objects, this holding/releasing device being transparent to the hydraulic stream flowing in the accumulation channel, - each accumulation channel having a bottom and side walls and, at least in a downstream portion thereof, named superposition zone, a height greater than twice the maximum vertical size of each object so as to be able to receive superposed objects, - the speed of the hydraulic stream formed in each accumulation channel is accelerated locally by an elevation extending upwards from the bottom of the accumulation channel forming a reduction in the cross-section of the accumulation channel having the effect of locally accelerating the speed of the hydraulic stream passing above this elevation, so as to cause a superposition of the objects held in the superposition zone of the accumulation channel between said elevation and the closed holding/releasing device to hold the objects, characterised in that during a step of accumulating objects in an accumulation channel, said elevation is moved upstream in said superposition zone from the downstream end of the accumulation channel as the objects are being supplied. - a hydraulic stream able to transport the objects is formed in each accumulation channel, - an upstream portion of at least one accumulation channel is supplied with objects such that the objects are transported by the hydraulic stream along the accumulation channel to a downstream end thereof provided with a device for holding/releasing the objects, this holding/releasing device being transparent to the hydraulic stream flowing in the accumulation channel, - each accumulation channel having a bottom and side walls and, at least in a downstream portion thereof, named superposition zone, a height greater than twice the maximum vertical size of each object so as to be able to receive superposed objects, - the speed of the hydraulic stream formed in each accumulation channel is accelerated locally by an elevation extending upwards from the bottom of the accumulation channel forming a reduction in the cross-section of the accumulation channel having the effect of locally accelerating the speed of the hydraulic stream passing above this elevation, so as to cause a superposition of the objects held in the superposition zone of the accumulation channel between said elevation and the closed holding/releasing device to hold the objects, characterised in that during a step of accumulating objects in an accumulation channel, said elevation is moved upstream in said superposition zone from the downstream end of the accumulation channel as the objects are being supplied.
An organic electroluminescent device comprising: a window; a polarizer placed below the window; resin placed between the window and the polarizer, and having a refractive index similar to that of the window and the polarizer; and a self-emissive layer placed below the polarizer; wherein the polarizer comprises: a polarization layer for polarizing light incident from the outside; a first wave plate for retarding the phase of the polarized incident light; and a second wave plate for retarding the phase of the incident light having passed through the first wave plate; wherein the first wave plate is formed so as to absorb light in a first range of visible wavelengths more than light in a second range of visible wavelengths and to transmit light in the second range of visible wavelengths more than light in the first range of visible wavelengths; and wherein the second wave plate is formed so as to absorb light in the second range of visible wavelengths more than light in the first range of visible wavelength and to transmit light in the first range of visible wavelengths more than light in the second range of visible wavelengths. a window; a polarizer placed below the window; resin placed between the window and the polarizer, and having a refractive index similar to that of the window and the polarizer; and a self-emissive layer placed below the polarizer; wherein the polarizer comprises: a polarization layer for polarizing light incident from the outside; a first wave plate for retarding the phase of the polarized incident light; and a second wave plate for retarding the phase of the incident light having passed through the first wave plate; wherein the first wave plate is formed so as to absorb light in a first range of visible wavelengths more than light in a second range of visible wavelengths and to transmit light in the second range of visible wavelengths more than light in the first range of visible wavelengths; and wherein the second wave plate is formed so as to absorb light in the second range of visible wavelengths more than light in the first range of visible wavelength and to transmit light in the first range of visible wavelengths more than light in the second range of visible wavelengths. a polarization layer for polarizing light incident from the outside; a first wave plate for retarding the phase of the polarized incident light; and a second wave plate for retarding the phase of the incident light having passed through the first wave plate; wherein the first wave plate is formed so as to absorb light in a first range of visible wavelengths more than light in a second range of visible wavelengths and to transmit light in the second range of visible wavelengths more than light in the first range of visible wavelengths; and wherein the second wave plate is formed so as to absorb light in the second range of visible wavelengths more than light in the first range of visible wavelength and to transmit light in the first range of visible wavelengths more than light in the second range of visible wavelengths.
A surveying instrument comprising: a projection optical system for irradiating a distance measuring light which is a linearly-polarized light to an object to be measured, a light receiving optical system for receiving a reflected distance measuring light from said object to be measured, a frame unit which horizontally rotates around a horizontal rotation shaft by a horizontal rotation motor, a scanning mirror which is provided in said frame unit, vertically rotates around a vertical rotation shaft by a vertical rotation motor, irradiates said distance measuring light from said projection optical system to said object to be measured and makes said reflected distance measuring light from said object to be measured enter said light receiving optical system, a horizontal angle detecting module for detecting a horizontal angle of said frame unit, a vertical angle detecting module for detecting a vertical angle of said scanning mirror and an arithmetic control module for controlling a distance measurement, a rotation of said frame unit and a rotation of said scanning mirror based on a light receiving result of said reflected distance measuring light, characterized in that the surveying instrument comprises a polarization selecting module (28, 44, 45, 47, 51, 52, 56, 57) for selecting a polarization of said reflected distance measuring light received by said light receiving optical system, wherein said arithmetic control module is configured to give a material information whether the object to be measured is made of a metal or a non-metal to a distance measurement result of said object to be measured based on a change in light receiving amounts (37a, 37b, 38a, 38b, 46a, 46b, 46c, 46d, 54a, 54b, 54c, 54d) caused due to a selection of the polarization by said polarization selecting module, wherein distance measurement data acquired in the distance measurement and determination data regarding the material information are associated with each other for each measuring point, and wherein three-dimensional point cloud data of the object to be measured in which the material information is given for each point are acquired based on the vertical angle data, the horizontal angle data, the distance data and the determination data. wherein said arithmetic control module is configured to give a material information whether the object to be measured is made of a metal or a non-metal to a distance measurement result of said object to be measured based on a change in light receiving amounts (37a, 37b, 38a, 38b, 46a, 46b, 46c, 46d, 54a, 54b, 54c, 54d) caused due to a selection of the polarization by said polarization selecting module, wherein distance measurement data acquired in the distance measurement and determination data regarding the material information are associated with each other for each measuring point, and wherein three-dimensional point cloud data of the object to be measured in which the material information is given for each point are acquired based on the vertical angle data, the horizontal angle data, the distance data and the determination data.
A method for feeding back minimization drive test logs, characterized in that the method comprises: when a terminal equipment connects to a target cell by switching from an idle state to a connection state, or reestablishes a connection to a target cell in connection state, or alters from a current reporting cell to a target cell during connection state, verifying, by said terminal equipment whether feeding back MDT logs across any reporting zones is permitted; if said terminal equipment verifies that feeding back the MDT Logs across any reporting zones is not permitted, judging, by said terminal equipment whether a reporting zone corresponding to evolved Node B(s) (eNB)(s) of said target cell is a predefined valid reporting zone; if the judgment result is "Yes", sending, by said terminal equipment a log available message to eNB(s) of said target cell, and if the judgment result is "No", preventing from sending, by said terminal equipment, a log available message to eNB of said target cell, and continuing keeping said MDT logs, wherein information that indicates the predefined valid reporting zones are included in one or several kinds of the following information: public land mobile-communication network (PLMN) information, cell list information, eNB list information, tracking area list information, and information that can indicate location zones which the terminal equipment reports to. when a terminal equipment connects to a target cell by switching from an idle state to a connection state, or reestablishes a connection to a target cell in connection state, or alters from a current reporting cell to a target cell during connection state, verifying, by said terminal equipment whether feeding back MDT logs across any reporting zones is permitted; if said terminal equipment verifies that feeding back the MDT Logs across any reporting zones is not permitted, judging, by said terminal equipment whether a reporting zone corresponding to evolved Node B(s) (eNB)(s) of said target cell is a predefined valid reporting zone; if the judgment result is "Yes", sending, by said terminal equipment a log available message to eNB(s) of said target cell, and if the judgment result is "No", preventing from sending, by said terminal equipment, a log available message to eNB of said target cell, and continuing keeping said MDT logs, wherein information that indicates the predefined valid reporting zones are included in one or several kinds of the following information: public land mobile-communication network (PLMN) information, cell list information, eNB list information, tracking area list information, and information that can indicate location zones which the terminal equipment reports to.
A subsurface battery system for powering seafloor payloads in marine environments, comprising: a deep-sea electronics module, the deep-sea electronics module including an interface to the seafloor payloads, and a ballast mass attached to the deep-sea electronics module by a mooring cable, characterised in that the subsurface battery system comprises a subsurface buoyant pressure vessel having a compartment including a battery, and the deep-sea electronic module is connected to the battery by a tension leg mooring tether. a deep-sea electronics module, the deep-sea electronics module including an interface to the seafloor payloads, and a ballast mass attached to the deep-sea electronics module by a mooring cable, characterised in that the subsurface battery system comprises a subsurface buoyant pressure vessel having a compartment including a battery, and the deep-sea electronic module is connected to the battery by a tension leg mooring tether.