mhurhangee/ep-ind-claims huggingface dataset:
A medical container forming a reservoir for containing a medical product and having a longitudinal distal tip extending along a longitudinal axis, the distal tip defining a passageway in fluid communication with said reservoir, wherein the distal tip includes - a fitting portion configured to fit with a connector; and - a mounting portion proximally located relative to said fitting portion and configured to slidably connect an adaptor to said distal tip, wherein said mounting portion is configured to allow a free longitudinal movement of the adaptor relative to the distal tip when the adaptor is connected to the distal tip, wherein the mounting portion comprises guiding means configured to guide a translational movement of the adaptor relative to the distal tip and to prevent a rotation of the adaptor relative to the distal tip, the guiding means comprising at least one longitudinal bump, preferably three longitudinal bumps, configured to engage at least one complementarily shaped guiding window of a mounting ring of the adaptor, and characterized in that the least one longitudinal bump has a rounded shape and defines recessed lateral edges configured to receive lateral edges of said at least one guiding window, thereby allowing a snap-fit connection between the adaptor and the mounting portion of the distal tip. - a fitting portion configured to fit with a connector; and - a mounting portion proximally located relative to said fitting portion and configured to slidably connect an adaptor to said distal tip, wherein said mounting portion is configured to allow a free longitudinal movement of the adaptor relative to the distal tip when the adaptor is connected to the distal tip, wherein the mounting portion comprises guiding means configured to guide a translational movement of the adaptor relative to the distal tip and to prevent a rotation of the adaptor relative to the distal tip, the guiding means comprising at least one longitudinal bump, preferably three longitudinal bumps, configured to engage at least one complementarily shaped guiding window of a mounting ring of the adaptor, and characterized in that the least one longitudinal bump has a rounded shape and defines recessed lateral edges configured to receive lateral edges of said at least one guiding window, thereby allowing a snap-fit connection between the adaptor and the mounting portion of the distal tip.
A plasma source excited by a high-frequency signal comprising a first rod forming a quarter-wave antenna surrounded with at least one parallel rod forming a coupler (6, 7, 8), substantially of same length as the first rod, set to a reference voltage, characterized in that the coupler-forming rods are regularly distributed, radially, around the first rod, at a distance varying from approximately half to one twentieth of the quarter of the wavelength, the antenna and the couplers being oriented in a same direction.
A vehicle seat comprising: a seat back frame that comprises a pair of side frames, and that forms a skeleton member of a seat back; a back board portion that is formed by a resin plate, and that is disposed at a back side of the seat back frame; and a back spring section (38, 44,46) that is at least partially formed of resin, and that is integral with the back board portion, and that spans between the pair of side frames so as to be directly supported, and that is formed so as to be able to flexurally deform in a load application direction due to load toward a seat back rear side being applied, wherein the back spring section (38, 44, 46) comprises spring main bodies that are disposed at a distance toward a vehicle front side from the back board portion and that flexurally deform, characterized in that the flexural deformation of the back spring section (38, 44, 46) toward the seat back rear side is limited by the spring main bodies abutting the back board portion. a seat back frame that comprises a pair of side frames, and that forms a skeleton member of a seat back; a back board portion that is formed by a resin plate, and that is disposed at a back side of the seat back frame; and a back spring section (38, 44,46) that is at least partially formed of resin, and that is integral with the back board portion, and that spans between the pair of side frames so as to be directly supported, and that is formed so as to be able to flexurally deform in a load application direction due to load toward a seat back rear side being applied, wherein the back spring section (38, 44, 46) comprises spring main bodies that are disposed at a distance toward a vehicle front side from the back board portion and that flexurally deform, characterized in that the flexural deformation of the back spring section (38, 44, 46) toward the seat back rear side is limited by the spring main bodies abutting the back board portion.
A current to digital converter circuit having an integrator amplifier (IAmp) with an input adapted to receive a current signal (Ip) and an output adapted to provide a voltage signal (Vout) as a function of an integration of the current signal (Ip), a quantizer circuit with an input which is coupled to the output of the integrator amplifier (IAmp) and with an output adapted to provide a binary result signal (Scmp1) as a function of a comparison of the voltage signal (Vout) with at least a first reference voltage signal (Vref1), a digital-to-analog converter circuit (Dac) which is coupled in a switchable manner as a function of the binary result signal (Scmp1) to the input of the integrator amplifier (IAmp), and a controlled current source which is coupled to the output of the integrator amplifier (IAmp) via a first switch which is controlled as a function of the binary result signal (Scmp1) such that an auxiliary current (Iaux) is supplied to the output of the integrator amplifier (IAmp), wherein the auxiliary current (Iaux) is supplied upon occurrence of an impulse of the binary result signal (Scmp1) for an amount of time which is smaller than a time constant realized by the integrator amplifier (IAmp). a quantizer circuit with an input which is coupled to the output of the integrator amplifier (IAmp) and with an output adapted to provide a binary result signal (Scmp1) as a function of a comparison of the voltage signal (Vout) with at least a first reference voltage signal (Vref1), a digital-to-analog converter circuit (Dac) which is coupled in a switchable manner as a function of the binary result signal (Scmp1) to the input of the integrator amplifier (IAmp), and a controlled current source which is coupled to the output of the integrator amplifier (IAmp) via a first switch which is controlled as a function of the binary result signal (Scmp1) such that an auxiliary current (Iaux) is supplied to the output of the integrator amplifier (IAmp), wherein the auxiliary current (Iaux) is supplied upon occurrence of an impulse of the binary result signal (Scmp1) for an amount of time which is smaller than a time constant realized by the integrator amplifier (IAmp).
Kitchen appliance, which comprises - a container for receiving one or more ingredients for a food; - an actuator for driving a replaceable tool, with which one or more ingredients for a food can be processed; - a temperature-control unit for controlling the temperature of the container; and - a control unit which is designed, - to determine whether a tool and possibly which tool is connected to the actuator; - as a function of this, to determine a permissible operating range for the actuator and a permissible operating range for the temperature-control unit; wherein the permissible operating range for the actuator and the permissible operating range for the temperature-control unit are dependent on one another; and - to operate the kitchen appliance within the scope of the permissible operating ranges for the actuator and for the temperature-control unit. - a container for receiving one or more ingredients for a food; - an actuator for driving a replaceable tool, with which one or more ingredients for a food can be processed; - a temperature-control unit for controlling the temperature of the container; and - a control unit which is designed, - to determine whether a tool and possibly which tool is connected to the actuator; - as a function of this, to determine a permissible operating range for the actuator and a permissible operating range for the temperature-control unit; wherein the permissible operating range for the actuator and the permissible operating range for the temperature-control unit are dependent on one another; and - to operate the kitchen appliance within the scope of the permissible operating ranges for the actuator and for the temperature-control unit. - to determine whether a tool and possibly which tool is connected to the actuator; - as a function of this, to determine a permissible operating range for the actuator and a permissible operating range for the temperature-control unit; wherein the permissible operating range for the actuator and the permissible operating range for the temperature-control unit are dependent on one another; and - to operate the kitchen appliance within the scope of the permissible operating ranges for the actuator and for the temperature-control unit.
A bioconversion method of making ferulic acid comprising the following steps: expressing a VaoA gene in a mixture; expressing a MtSAD1 (Medicago truncatula short chain alcohol dehydrogenase) gene wherein the expressed gene has an amino acid sequence with at least 70% identity to SEQ ID No. 1, in the mixture; feeding eugenol to the mixture; and collecting ferulic acid. expressing a VaoA gene in a mixture; expressing a MtSAD1 (Medicago truncatula short chain alcohol dehydrogenase) gene wherein the expressed gene has an amino acid sequence with at least 70% identity to SEQ ID No. 1, in the mixture; feeding eugenol to the mixture; and collecting ferulic acid.
Energy storage device comprising a battery having at least one battery cell and two poles, two terminal points (5, 6), which are connected directly or indirectly to a respective pole of the battery, for connection to an external electrical circuit for charging and discharging the battery, and a state of charge monitoring device for determining a state of charge of the battery, wherein the energy storage device comprises at least one additional energy storage element embodied differently than the battery cell, and a connection circuit for directly or indirectly connecting the energy storage element to at least one of the poles of the battery and at least one terminal point (5, 6), where the connection circuit is embodied and contacted in such a way that the energy storage element is charged and/or discharged with an energy storage element current that is in a predefined ratio to the total current through the energy storage device, wherein a voltage measuring device contacts the additional energy storage element in order to measure the energy storage voltage dropped across the energy storage element and the state of charge monitoring device is designed for determining the state of charge of the battery depending at least on the energy storage voltage, characterized in that the connection circuit comprises at least one first, one second and one third connection contact (7, 8, 9) and with the first connection contact and the second connection contact is connected in series between one of the poles of the battery and the terminal point connected to it and with the third connection contact directly or indirectly contacts the energy storage element.
Method for controlling a power supply system of an automotive vehicle, comprising at least one traction high voltage battery and one service low voltage battery and at least one associated battery managing unit (101, 501) adapted to monitor the state of charge of said batteries, the method comprising the following steps: a) during an off state of the vehicle, monitoring of the state of charge level of the at least one traction high voltage battery by the battery managing unit (101, 501), b) if the state of charge monitored at step a) reaches a first low state of charge threshold, activation of an on-board communication device adapted to emit a critical state of charge level alarm (Ac10, Ac50) to be received by an off-board reception device, wherein the method comprises the further steps of: c) activation of a DC/DC converter electrically connecting the traction high voltage battery to the service low voltage battery of the vehicle, d) if, at step a), it is determined that the state of charge of the traction high voltage battery has reached a second low threshold, then recharging of the traction battery by the service low voltage battery through the DC/DC converter, and transferring energy from the service low voltage battery through the DC/DC converter until the service low voltage battery cannot provide any more energy. a) during an off state of the vehicle, monitoring of the state of charge level of the at least one traction high voltage battery by the battery managing unit (101, 501), b) if the state of charge monitored at step a) reaches a first low state of charge threshold, activation of an on-board communication device adapted to emit a critical state of charge level alarm (Ac10, Ac50) to be received by an off-board reception device, c) activation of a DC/DC converter electrically connecting the traction high voltage battery to the service low voltage battery of the vehicle, d) if, at step a), it is determined that the state of charge of the traction high voltage battery has reached a second low threshold, then recharging of the traction battery by the service low voltage battery through the DC/DC converter, and transferring energy from the service low voltage battery through the DC/DC converter until the service low voltage battery cannot provide any more energy.
A method for processing sensor data, at a lighting node within a lighting sensor network comprising a plurality of lighting nodes, executing sensor applications, wherein each sensor application on the lighting node is executed within a separate sandbox container, provided by the respective lighting node, to create a secure operating environment for each of the sensor applications to be executed at the lighting node wherein an execution of one of the sensor applications does not interfere with the operation of the other sensor applications running at the lighting node and also does not interfere or impede with the normal operations of the lighting node or any lighting fixture associated with the lighting node, the lighting node providing a sandbox for safely allowing third party software applications to execute and analyze the sensor data at the lighting node without affecting the output of the lighting node or operation of the lighting node, comprising 1.1 receiving, from a service data platform using an administrative application programming interface, API,, a first request to upload a sensor application at the lighting node; 1.2 receiving, from the service data platform using the administrative API, a second request to execute the sensor application; 1.3 collecting, from a sensor device of the lighting node using a sensor data API, sensor data representing high bandwidth data representing a first amount of data; 1.4 executing, by the sensor device, the sensor application in its sandbox container to perform analytics on the raw sensor data to generate analytics data at the lighting node based on the sensor data, the generated analytics data representing low bandwidth data representing a second amount of data lower than the first amount; and 1.5 transmitting the generated analytics data to the service data platform using an application API. 1.1 receiving, from a service data platform using an administrative application programming interface, API,, a first request to upload a sensor application at the lighting node; 1.2 receiving, from the service data platform using the administrative API, a second request to execute the sensor application; 1.3 collecting, from a sensor device of the lighting node using a sensor data API, sensor data representing high bandwidth data representing a first amount of data; 1.4 executing, by the sensor device, the sensor application in its sandbox container to perform analytics on the raw sensor data to generate analytics data at the lighting node based on the sensor data, the generated analytics data representing low bandwidth data representing a second amount of data lower than the first amount; and 1.5 transmitting the generated analytics data to the service data platform using an application API.
Sensor arrangement comprising multiple distance sensors (60, 64), which are arranged in a vehicle at spaced-apart locations and are designed to output a first distance measurement signal (40, 62) that is dependent on a distance from an obstacle (8, 10) that is spaced apart from the vehicle, each distance sensor (60, 64) comprising: - a sensor circuit having a distance measurement sensor (36, 74) for generating the first distance measurement signal (62, 40) on the basis of the distance, wherein a magnetic field probe is installed in the distance sensor to output a second measurement signal that is dependent on a magnetic field to be detected, characterized in that the sensor circuit and the magnetic field probe are accommodated together in a housing. - a sensor circuit having a distance measurement sensor (36, 74) for generating the first distance measurement signal (62, 40) on the basis of the distance, wherein a magnetic field probe is installed in the distance sensor to output a second measurement signal that is dependent on a magnetic field to be detected, characterized in that
Process for producing a printed product consisting of one or more layers of a printing substrate, whereby at least one layer is printed with text and/or image information, containing at least one RFID, radio frequency identification, transponder, whereby the RFID transponder is made up of a booster antenna which was printed directly onto the printing substrate using a mass printing process such as offset, gravure, flexo, screen or ink-jet printing, and a mini-label, consisting of an RFID chip and a mini-antenna for near field coupling, whereby the booster antenna and the mini-label have no contacting connection with each other, but the coupling of the signals from the booster antenna to the mini-label and back is effected by magnetic and/or electro-magnetic fields, there being at least one intermediate layer between the mini-label and the booster antenna, characterized in that either the printing of the booster antenna is effected on the same side of the printing substrate as the text and/or color printing in one or in successive printing cycles, the printed product is then lacquered so that the booster antenna Is completely protected by the lacquer layer from wear and/or oxidation, and the mini-label is applied to the lacquer layer which forms the at least one intermediate layer, or the printing of the booster antenna is effected on the opposite side of the print substrate from the text and/or the color printing in one or in successive printing cycles, whereby the printed product is packaging and the mini-label is applied to the outside of the packaging and the booster antenna is located on the inside of the packaging, whereby the packaging forms the at least one intermediate layer, whereby the application of the mini-label is effected in a folder-gluer, or the application of the mini-label is effected during a filling process in a filling system.
An articulated tip part for an endoscope where the articulated tip part comprises a distal end segment, a proximal end segment and a number of intermediate segments arranged between the distal end segment and the proximal end segment, each intermediate segment having a generally circular cross-section with a centre and comprising a passage, having an inner diameter corresponding to the outer diameter of a tube providing a working channel of the endoscope through which tools can be inserted and/or fluid can be withdrawn so as to accommodate and support an outer wall of the tube, characterized in that, each of said intermediate segments comprises a further passage adapted for accommodating electrical wires, adjacent intermediate segments are connected via flexible hinge members (10, 10') arranged in a plane corresponding to first diameters of the cross-sections of said two adjacent segments wherein some of the flexible hinge members (10, 10') are adapted to engage and support the outer wall of the tube providing said working channel of the endoscope.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, one or more synchronization signal, SS, blocks based on one or more beams, wherein each of the one or more SS blocks includes primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; transmitting, to the UE, system information including random access channel, RACH, configuration, wherein the RACH configuration includes: information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and receiving, from the UE, the random access preamble on a RACH occasion based on the RACH configuration, wherein the RACH occasion is associated with a SS block identified from the one or more SS blocks, and wherein a second numerology for the system information is used in a random access response and a message for contention resolution. transmitting, to a user equipment, UE, one or more synchronization signal, SS, blocks based on one or more beams, wherein each of the one or more SS blocks includes primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; transmitting, to the UE, system information including random access channel, RACH, configuration, wherein the RACH configuration includes: information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and receiving, from the UE, the random access preamble on a RACH occasion based on the RACH configuration, wherein the RACH occasion is associated with a SS block identified from the one or more SS blocks, and wherein a second numerology for the system information is used in a random access response and a message for contention resolution.