mhurhangee/ep-ind-claims huggingface dataset:
A congestion control method, comprising: receiving, by a core network device, a congestion notification message sent when a radio access network, RAN, device detects that congestion occurs on one or more involved operators, wherein the congestion notification message comprises an identifier of the involved operator on which congestion occurs, and the involved operator is a mobile virtual network operator, MVNO, or an operator that shares an operator network; and performing, by the core network device according to the congestion notification message, congestion control on the involved operator corresponding to the identifier of the involved operator. receiving, by a core network device, a congestion notification message sent when a radio access network, RAN, device detects that congestion occurs on one or more involved operators, wherein the congestion notification message comprises an identifier of the involved operator on which congestion occurs, and the involved operator is a mobile virtual network operator, MVNO, or an operator that shares an operator network; and performing, by the core network device according to the congestion notification message, congestion control on the involved operator corresponding to the identifier of the involved operator.
Inner unit of a laundry treatment machine, in particular an inner unit, which is suspended such that it can vibrate, of a laundry treatment machine, comprising a washing tub, a rotatably mounted laundry drum in the washing tub, an electric motor for driving the laundry drum, and a motor electronics system for actuating the electric motor, characterized in that the washing tub has a shaped portion and the motor electronics system is received in this shaped portion and mounted directly on the washing tub by way of the said shaped portion, wherein the shaped portion is also designed for shielding the motor electronics system from moisture and for protecting the motor electronics system against mechanical effects.
A skin compatible component attachable to mammalian skin comprising: a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; and a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; wherein the silicone polymer network comprises a foamed structure. a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; and a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; wherein the silicone polymer network comprises a foamed structure.
Method for operating a magnetic-inductive flowmeter with a measuring tube for guiding a medium, with a magnetic field generator for generating a magnetic field passing through the measuring tube perpendicular to the direction of flow of the medium, with a pair of electrodes for tapping an electrical voltage induced in the medium in the measuring tube as a measuring signal (8, U) induced in the medium in the measuring tube, and having a control and evaluation device for determining a flow measurement value from the measuring signal (8, U), wherein the measuring signal (8, U) is sampled a plurality of times in a measuring window periodically repeating at a measuring window frequency f_w, and at least one averaged flow measurement value (V_p) is determined from the multiple sampled measurement signals from at least one measuring window wherein an amplitude spectrum of the sampled measuring signals of at least one measuring window is obtained by a frequency analysis of the multiple, sampled measuring signals, wherein at least one interference peak in the amplitude spectrum and the associated interference peak frequency (f_i) are determined by a peak detection, i.e. such a peak whose peak frequency (f_i) is not a multiple of the measuring window frequency (f_w), characterized in that a critical measurement situation is identified by checking whether the determined interference peak frequency (f_i) falls below a predetermined critical frequency distance (f_d) to a multiple of the measuring window frequency (f_w) and that, in the presence of a critical measurement situation, a new measuring window frequency (f_wn) is determined and set as the measuring window frequency (f_w), so that a critical measurement situation is no longer present. wherein an amplitude spectrum of the sampled measuring signals of at least one measuring window is obtained by a frequency analysis of the multiple, sampled measuring signals, wherein at least one interference peak in the amplitude spectrum and the associated interference peak frequency (f_i) are determined by a peak detection, i.e. such a peak whose peak frequency (f_i) is not a multiple of the measuring window frequency (f_w), characterized in that a critical measurement situation is identified by checking whether the determined interference peak frequency (f_i) falls below a predetermined critical frequency distance (f_d) to a multiple of the measuring window frequency (f_w) and that, in the presence of a critical measurement situation, a new measuring window frequency (f_wn) is determined and set as the measuring window frequency (f_w), so that a critical measurement situation is no longer present.
A footwear comprising a main textile element (100, 800, 1000, 1200, 1300) comprising a main textile bootie (200, 860, 1100, 1210, 1310) having a sole portion (205, 865, 1110) attached, at least partially, to at least one sole element, the main textile element (100, 800, 1000, 1200, 1300) also comprises one or several hot melted textile portion(s), characterized in that the sole portion (205, 865, 1110) comprises a first through-opening (235, 1140), and in that the main textile element (100, 800, 1000, 1200, 1300) comprises at least a first additional textile part (300, 850, 1220, 1320), of unitary textile construction with the main textile bootie (200, 860, 1100, 1210, 1310), and in connection with said first through-opening (235, 1140), and in that said first additional textile part (300,850,1220,1320) comprises an upper edge, and in that said first additional textile part (300,850,1220,1320) is bonded by knitting along its upper edge to the edge of the first through-opening (235,1140).
A 2-fluorophenyl propionic acid derivative represented by the following formula or a pharmaceutically acceptable salt thereof: [wherein, R 1 represents a hydrogen atom, a halogen atom, or a substituted or unsubstituted phenyl group, X represents -CH 2 -, -NH-, -O-, or -S-, and Y represents group: (wherein, Z 1 represents -CO-, -CH -, or -CH 2 -, and n represents an integer of 1 or 2), group: (wherein Z 2 represents an oxygen atom or a sulfur atom), or group: (wherein, R 2 and R 3, which are the same or different, represent a lower alkyl group), with an exception of a case where, simultaneously, R 1 is a hydrogen atom, X is -CH 2 -, Z 1 is -CO- or - CH -, and n is 1. R 1 represents a hydrogen atom, a halogen atom, or a substituted or unsubstituted phenyl group, X represents -CH 2 -, -NH-, -O-, or -S-, and Y represents group: (wherein, Z 1 represents -CO-, -CH -, or -CH 2 -, and n represents an integer of 1 or 2), group: (wherein Z 2 represents an oxygen atom or a sulfur atom), or group: group: (wherein, Z 1 represents -CO-, -CH -, or -CH 2 -, and n represents an integer of 1 or 2), group: (wherein Z 2 represents an oxygen atom or a sulfur atom), or group:
A probe washing cup (100, 600) comprising: a washing well (106, 606); a waste cup (112, 612); a drying section (160, 660) disposed between an open end (102, 602) of the probe washing cup (100, 600) and an inlet plane (162, 662) of the washing well (106, 606), the drying section (160, 660) comprising a first channel (166, 666) that is aligned with the washing well (106, 606), the first channel (166, 666) having an opening (170, 670) for receiving a probe therethrough; and an overflow section formed in a recess defined in the open end (102, 602) of the probe washing cup (100, 600), wherein the waste cup (112, 612) and the drying section (160, 660) open into the overflow section to direct overflow liquid from at least one of the washing well (106, 606) or the first channel (166, 666) of the drying section (160, 660) into the waste cup (112, 612). a washing well (106, 606); a waste cup (112, 612); a drying section (160, 660) disposed between an open end (102, 602) of the probe washing cup (100, 600) and an inlet plane (162, 662) of the washing well (106, 606), the drying section (160, 660) comprising a first channel (166, 666) that is aligned with the washing well (106, 606), the first channel (166, 666) having an opening (170, 670) for receiving a probe therethrough; and an overflow section formed in a recess defined in the open end (102, 602) of the probe washing cup (100, 600), wherein the waste cup (112, 612) and the drying section (160, 660) open into the overflow section to direct overflow liquid from at least one of the washing well (106, 606) or the first channel (166, 666) of the drying section (160, 660) into the waste cup (112, 612).
A system for master/slave management of redundant process controller modules in industrial process control and automation systems comprising: first and second redundant controller modules (202a-202b), each controller module comprising mode management circuitry (400a-400b) configured to identify whether the corresponding controller module operates in a master mode or a slave mode; wherein the mode management circuitry in each controller module is configured to couple to the mode management circuitry in the other controller module; wherein the mode management circuitries in the controller modules are configured to collectively operate so that one of the controller modules is assigned the master mode and the other of the controller modules is assigned the slave mode; and wherein at least one of the mode management circuitries in the controller modules is configured to assign the master mode to the corresponding controller module based on a takeover signal when the mode management circuitry in the corresponding controller module is ready for use, and wherein the mode management circuitry in each controller module comprises: a NOT gate (408a-408b) configured to output a state signal identifying whether the corresponding controller module operates in the master mode or the slave mode; and bus switches (404a-404b) coupled to input and output terminals (412a-412b, 414a-414b) of the NOT gate and configured to remain open until the mode management circuitry is ready for use. first and second redundant controller modules (202a-202b), each controller module comprising mode management circuitry (400a-400b) configured to identify whether the corresponding controller module operates in a master mode or a slave mode; wherein the mode management circuitry in each controller module is configured to couple to the mode management circuitry in the other controller module; wherein the mode management circuitries in the controller modules are configured to collectively operate so that one of the controller modules is assigned the master mode and the other of the controller modules is assigned the slave mode; and wherein at least one of the mode management circuitries in the controller modules is configured to assign the master mode to the corresponding controller module based on a takeover signal when the mode management circuitry in the corresponding controller module is ready for use, and wherein the mode management circuitry in each controller module comprises: a NOT gate (408a-408b) configured to output a state signal identifying whether the corresponding controller module operates in the master mode or the slave mode; and bus switches (404a-404b) coupled to input and output terminals (412a-412b, 414a-414b) of the NOT gate and configured to remain open until the mode management circuitry is ready for use. a NOT gate (408a-408b) configured to output a state signal identifying whether the corresponding controller module operates in the master mode or the slave mode; and bus switches (404a-404b) coupled to input and output terminals (412a-412b, 414a-414b) of the NOT gate and configured to remain open until the mode management circuitry is ready for use.
A surgical tool for preparing a joint to receive an articular repair system, the tool comprising: a mold having a surface for engaging a joint surface, wherein the mold is a patient specific mold having one or more surfaces that conform to the shape of surfaces of the joint; and a block that communicates with the mold, characterized in that the block includes guide apertures for directing movement of a surgical drill, and in that the guide apertures have positions resulting in anatomically desirable drill holes for subsequent placement of an articular repair system. a mold having a surface for engaging a joint surface, wherein the mold is a patient specific mold having one or more surfaces that conform to the shape of surfaces of the joint; and a block that communicates with the mold, characterized in that the block includes guide apertures for directing movement of a surgical drill, and in that the guide apertures have positions resulting in anatomically desirable drill holes for subsequent placement of an articular repair system.
System for the production of fertilizer from organic waste comprising at least one column with an elongated inner space, wherein, in an upper end region, the elongated inner space has at least one inlet opening for the inlet of a suspension of a liquid and organic waste and, in a lower end region, has at least one outlet opening for the suspension, wherein porous filler material is provided in the elongated inner space, and comprising a basin for receiving the suspension, wherein the basin is in communication with the inlet opening and the outlet opening of the inner space, and the suspension is conveyed in circulation from the basin through the inlet opening into the inner space and returns back into the basin from the outlet opening, wherein the basin comprises a filling portion in which the suspension can be provided and wherein the main portion of the basin comprises an outlet means for withdrawing the finished fertilizer therefrom.
A process for preparing fatty acid alkanolamides by reacting at least one amine which contains at least one secondary amino group and at least one hydroxyl group, wherein the amine corresponds to the formula HNR 1 R 2, in which R 1 is a group of the formula -(B-O) m -H B is an alkylene radical having 2 to 10 carbon atoms, m is from 1 to 500 and R 2 is R 1 or a hydrocarbon radical having 1 to 50 carbon atoms, which may contain heteroatoms and substituents, with at least one fatty acid to give an ammonium salt, and this ammonium salt is subsequently converted further under microwave irradiation to the alkanolamide. R 1 is a group of the formula -(B-O) m -H B is an alkylene radical having 2 to 10 carbon atoms, m is from 1 to 500 and R 2 is R 1 or a hydrocarbon radical having 1 to 50 carbon atoms, which may contain heteroatoms and substituents,
An adaptive voltage divider for measuring a high voltage between a ground terminal and a measurement terminal, characterized in that it comprises: - a first branch comprising a first set of impedance elements (Q, P) connected between the ground terminal and the measurement terminal and switchable between a plurality of configurations, wherein in at least one configuration the first set of impedance elements (Q, P) forms a voltage divider circuit, and voltage meters (AD1, AD3) configured to measure voltage on at least one of the impedance elements (Q, P) of the first branch, - a second branch comprising a second set of impedance elements (Z, R) forming a voltage divider circuit connected between the ground terminals and the measurement terminal and a voltage meter configured to measure voltage on one of the impedance elements (Z, R) of the second branch, - a control circuit (DCSS) configured to consecutively alter the configuration of the first branch between the plurality of configurations thereof by means of at least one switch (Sw) and to determine the transmittance of said adaptive voltage divider based on relationships between the values of the impedance elements (Z, R) of the second branch calculated as a function of the outputs of the voltage meters (AD1, AD2, AD3) measured for consecutive configurations of the first branch. - a first branch comprising a first set of impedance elements (Q, P) connected between the ground terminal and the measurement terminal and switchable between a plurality of configurations, wherein in at least one configuration the first set of impedance elements (Q, P) forms a voltage divider circuit, and voltage meters (AD1, AD3) configured to measure voltage on at least one of the impedance elements (Q, P) of the first branch, - a second branch comprising a second set of impedance elements (Z, R) forming a voltage divider circuit connected between the ground terminals and the measurement terminal and a voltage meter configured to measure voltage on one of the impedance elements (Z, R) of the second branch, - a control circuit (DCSS) configured to consecutively alter the configuration of the first branch between the plurality of configurations thereof by means of at least one switch (Sw) and to determine the transmittance of said adaptive voltage divider based on relationships between the values of the impedance elements (Z, R) of the second branch calculated as a function of the outputs of the voltage meters (AD1, AD2, AD3) measured for consecutive configurations of the first branch.
Inline diaphragm seal (1, 20, 60, 80) that may be used to be installed into a pipeline, consisting of a tubular one- or single-piece diaphragm seal housing part (2a, 2b, 21a, 21b, 41a, 41b, 61a, 61b, 81a, 81b) with flange connections (5, 6, 24, 25, 42, 43, 62, 63, 82, 83) at the end sides and an internal diaphragm located opposite a diaphragm bed and including a pressure space, characterized in that guide elements are arranged behind the diaphragm over the complete length of the pressure space and partially support the diaphragm in the radial direction such that the diaphragm comprises at least in sections across its circumference a diameter identical to the nominal diameter of the pipeline in the region of the diaphragm bed, or a recess (7, 8).
Linear drive, comprising - a drive shaft which is arranged along a longitudinal axis, - at least two propulsion teeth, and - at least one rack having a plurality of teeth, - wherein the propulsion teeth are liftable transversely to the longitudinal axis and are drivingly coupled to the drive shaft in such a way that the at least two propulsion teeth perform at least one cyclical lifting movement in the course of a rotation (φ) of the drive shaft and dip into and out of the at least one rack for generating a propulsion, and - wherein the cyclical lifting movement of the at least two propulsion teeth occurs with a phase offset (Δφ), characterised in that the the propulsion is created in the longitudinal axis, and wherein the respective propulsion tooth has a greater tooth length and a greater tooth height than the tooth of the rack, or wherein the respective propulsion tooth has the same or a smaller tooth length compared with the tooth of the rack. - a drive shaft which is arranged along a longitudinal axis, - at least two propulsion teeth, and - at least one rack having a plurality of teeth, - wherein the propulsion teeth are liftable transversely to the longitudinal axis and are drivingly coupled to the drive shaft in such a way that the at least two propulsion teeth perform at least one cyclical lifting movement in the course of a rotation (φ) of the drive shaft and dip into and out of the at least one rack for generating a propulsion, and - wherein the cyclical lifting movement of the at least two propulsion teeth occurs with a phase offset (Δφ),
Permanent magnet for a permanent magnet machine, comprising a base body, and at least one first fixing protrusion for fixing the base body to a rotor of the permanent magnet machine, wherein the first fixing protrusion extends from a first side of the base body, and wherein the base body and the at least one first fixing protrusion are formed integrally as one-piece, characterized in that the at least one first protrusion is formed in a cross-sectional view in the form of an L-shape, the longer leg of the L-shaped protrusion extending perpendicular to the first side.
Heating, ventilation and/or air conditioning apparatus comprising a volute assembled with an electric fan set comprising a drive motor of a turbine arranged in a reception housing of a motor support comprising an inner wall delimiting said reception housing, capable of receiving a drive motor of a turbine of an electric fan set of said heating, ventilation and/or air conditioning apparatus, an outer wall at least partly forming a docking surface comprising a peripheral sealing member, an annular flange delimiting a top end of the reception housing and at least one cooling channel formed in the motor support capable of routing a flow of cooling air (Fr) to the drive engine to cool it, the cooling channel being provided with an air inlet and an air outlet, the air outlet emerging in the reception housing, characterized in that the volute comprises at least one guiding ramp capable of guiding the flow of cooling air (Fr) taken from the volute to the air inlet of the cooling channel formed in the motor support arranged, in an axial direction, between a first plane at least partially containing the peripheral sealing member and a second plane at least partially containing the annular flange.
Method for putting to sleep a vehicle with at least partially electric traction equipped with a charging device for a traction battery (BTRA), following a preliminary step of activation of said charging device, said method comprising a step of reception of a measurement of a voltage or current value (Ired, Vred) performed on said charging device, and being characterized in that it also comprises: - a step of monitoring messages circulating on a communication bus of said vehicle, - a step of determining of an end of charging when said value (Ired, Vred) is below a predetermined threshold for a predetermined time, - and a step of deactivation of a management computer of said charging device following said determination step when no message for putting to sleep from a main computer of the vehicle has been detected during said monitoring step. - a step of monitoring messages circulating on a communication bus of said vehicle, - a step of determining of an end of charging when said value (Ired, Vred) is below a predetermined threshold for a predetermined time, - and a step of deactivation of a management computer of said charging device following said determination step when no message for putting to sleep from a main computer of the vehicle has been detected during said monitoring step.