mhurhangee/ep-ind-claims huggingface dataset:
A child seat having at least one seat body (2, 3) comprising a seat surface (10, 11) for a child, having a ventilation system for guiding and/or implementing an air stream for regulating a temperature of the child, and having ventilation openings disposed in at least one ventilation region for guiding the air stream toward the child and/or for guiding the air stream away from the child, the at least one seat body (2, 3) being implemented from a closed hollow body and the ventilation openings being disposed in a wall of the hollow body, characterized in that the seat body (2, 3) is covered by an overlay, that the ventilation system comprises a heating unit, and that the heating unit is disposed between the seat body (2, 3) and the overlay. a ventilation system for guiding and/or implementing an air stream for regulating a temperature of the child, and having ventilation openings disposed in at least one ventilation region for guiding the air stream toward the child and/or for guiding the air stream away from the child, the at least one seat body (2, 3) being implemented from a closed hollow body and the ventilation openings being disposed in a wall of the hollow body, characterized in that the seat body (2, 3) is covered by an overlay, that the ventilation system comprises a heating unit, and that the heating unit is disposed between the seat body (2, 3) and the overlay.
A biplate comprising a combination of two culture media, said combination comprising a first medium which comprises: ▪ A first substrate which makes it possible to identify E. coli, chosen from a glucuronidase, substrate or a galactosidase substrate ▪ A first marker for identification of KESC which is a glucosidase substrate ▪ A second identification marker which is a resistance inhibitor which is cloxacilline ▪ At least two antibiotics which are vancomycine and cefpodoxime And a second medium comprising ▪ A first substrate which makes it possible to identify enterococci, which is a beta-glucosidase substrate ▪ A first marker for identification of staphylococcus aureus which is another alpha-glucosidase substrate ▪ At least one antibiotic which is vancomycine ▪ A first substrate which makes it possible to identify E. coli, chosen from a glucuronidase, substrate or a galactosidase substrate ▪ A first marker for identification of KESC which is a glucosidase substrate ▪ A second identification marker which is a resistance inhibitor which is cloxacilline ▪ At least two antibiotics which are vancomycine and cefpodoxime ▪ A first substrate which makes it possible to identify enterococci, which is a beta-glucosidase substrate ▪ A first marker for identification of staphylococcus aureus which is another alpha-glucosidase substrate ▪ At least one antibiotic which is vancomycine
Method for operating a hybrid drive system, comprising an internal combustion engine and an electric machine which is or can be operatively connected to the internal combustion engine and can be operated as a motor and as a generator, wherein in a normal operating mode a temperature of the electric machine is determined by means of a temperature sensor, characterised in that an operation of the electric machine is only permitted when the temperature is less than a predetermined maximum temperature, wherein in the event of a defect of the temperature sensor an emergency operating mode is carried out, in which operation of the electric machine is only permitted with limited power, limited torque and/or for a limited time period, wherein the limited output, the limited torque and/or the limited time period are/is determined as a function of at least one environmental variable.
Induction seal disc for a closure of a bottle for storing medicaments, comprising an elastic pressure inlay and an, in particular, metallic sealing foil, wherein a low permeability film is arranged between the pressure inlay and the sealing foil, and wherein an adhesive layer is provided between the film and the sealing foil, characterised in that the area of the sealing layer is smaller than the area of the sealing foil, and wherein the adhesive layer does not extend to the edge of the sealing foil.
A beam line (30, 40, 60) for a source of extreme ultraviolet radiation, wherein a EUV-radiating plasma is generated by irradiating droplets of a suitable target material with a focused laser beam (5, 41) at a plasma generation point, said beam line (30, 40, 60) comprising within a vacuum chamber (7, 38): a beam delivery system (2, 39) comprising a focusing lens and means (9, 10, 11, 13, 14, 15) for cooling and shielding said focusing lens; said cooling and shielding means comprising means (10, 11) for guiding a cooling gas towards said focusing lens, where it impinges onto the outer surface of said lens and escapes to the atmosphere; a EUV mirror collector (1, 50, 64), which collects and focuses the radiated EUV in a EUV beam (6, 55, 63, 70) at an intermediate focus; a beam dump (3, 42) capable of damping at least a portion of the laser beam (5, 41) without imposing a shadow on the collected and focused EUV beam (6, 55, 63, 70); and an intermediate focus module (4, 51) for blocking particles and/or radiation from leaving the vacuum chamber (7, 38) with the EUV beam (6, 55, 63, 70). a beam delivery system (2, 39) comprising a focusing lens and means (9, 10, 11, 13, 14, 15) for cooling and shielding said focusing lens; said cooling and shielding means comprising means (10, 11) for guiding a cooling gas towards said focusing lens, where it impinges onto the outer surface of said lens and escapes to the atmosphere; a EUV mirror collector (1, 50, 64), which collects and focuses the radiated EUV in a EUV beam (6, 55, 63, 70) at an intermediate focus; a beam dump (3, 42) capable of damping at least a portion of the laser beam (5, 41) without imposing a shadow on the collected and focused EUV beam (6, 55, 63, 70); and an intermediate focus module (4, 51) for blocking particles and/or radiation from leaving the vacuum chamber (7, 38) with the EUV beam (6, 55, 63, 70).
A method of trapping a first substance (30, 30') in a container, the method comprising: (i) providing a container having a bottom; (ii) introducing the first substance (30, 30') into the container, wherein the first substance is uncoated magnetically responsive particles; (iii) overlying the magnetically responsive particles with a readily dissolvable film (40, 40'), wherein the readily dissolvable film (40, 40') traps the magnetically responsive particles in the bottom of the container; (iv) the readily dissolvable film prevents scattering of the first substance along the sidewalls of the container. (i) providing a container having a bottom; (ii) introducing the first substance (30, 30') into the container, wherein the first substance is uncoated magnetically responsive particles; (iii) overlying the magnetically responsive particles with a readily dissolvable film (40, 40'), wherein the readily dissolvable film (40, 40') traps the magnetically responsive particles in the bottom of the container; (iv) the readily dissolvable film prevents scattering of the first substance along the sidewalls of the container.
Method of measuring at least one time or an elapsed period of a competitor in a sports competition via a transponder module personal to the competitor and accompanying the competitor during the competition in a measuring system, the method including the steps consisting in: - activating the personalised transponder module at the start of the competition or in one or more intermediate positions of the competition or at the finish line of the competition via a low frequency signal transmitted by at least one antenna of a transmission unit of the measuring system on the competition route, - transmitting, by the transponder module to a decoder unit of the measuring system, various measured amplitude levels of the low frequency signal detected via a received signal strength indicator circuit in an integrated microcontroller of the transponder module, - detecting at least one variation in motion or a level of vibrations via a motion sensor, which is integrated in the transponder module, characterized in that the method further comprises the step of: - transmitting, via the transponder module, a signal of data linked to one or more detections effected by the motion sensor on the competition route or in intermediate positions or at the finish line of the competition and the various measured amplitude levels of the low frequency signal detected by the transponder module, to the decoder unit of the measuring system in order to determine at least one running time or an elapsed period linked to one or more detections by the motion sensor of the competitor in the decoder unit. - activating the personalised transponder module at the start of the competition or in one or more intermediate positions of the competition or at the finish line of the competition via a low frequency signal transmitted by at least one antenna of a transmission unit of the measuring system on the competition route, - transmitting, by the transponder module to a decoder unit of the measuring system, various measured amplitude levels of the low frequency signal detected via a received signal strength indicator circuit in an integrated microcontroller of the transponder module, - detecting at least one variation in motion or a level of vibrations via a motion sensor, which is integrated in the transponder module, - transmitting, via the transponder module, a signal of data linked to one or more detections effected by the motion sensor on the competition route or in intermediate positions or at the finish line of the competition and the various measured amplitude levels of the low frequency signal detected by the transponder module, to the decoder unit of the measuring system in order to determine at least one running time or an elapsed period linked to one or more detections by the motion sensor of the competitor in the decoder unit.
An electromagnetic actuator device with a coil unit enclosing a first yoke section of a stationary yoke unit and which can be activated by means of energisation, and moveably guided relative to the yoke unit, interacting with an output side positioning partner, and armature agents which can be driven for purposes of executing a positioning movement, which interact with at least one second yoke section of the yoke unit with the formation of an air gap located outside of the first yoke section for a magnetic flux generated by the activated coil unit, characterised in that permanent magnetic agents are connected magnetically in parallel to the coil unit such that a permanent magnetic flux (28, 34) of the permanent magnetic agents can pass through the first yoke section, a coil magnetic flux of the coil unit flowing across the air gap, magnetically parallel and/or oriented in the same direction, is superposed with a permanent magnetic flux of the permanent magnetic agents flowing across the air gap, and an activation of the coil unit by means of energisation causes at least a partial magnetic flux relocation, in particular a magnetic flux displacement of the permanent magnetic flux of the permanent magnetic agents from the first yoke section into the second yoke section, wherein the first yoke section, the at least one second yoke section and the permanent magnetic agents having at least one permanent magnetic unit in each case are connected with one another at both ends by flux-conducting elements (22, 24) and/or flux-conducting sections of the yoke unit as a magnetic parallel connection, and/or a flux-conducting arrangement with at least two flux-conducting circuits.
A power supply system, for wire electric discharge machining, which supplies a current pulse to a machining gap formed between a wire electrode and a work piece, comprising: a first power supply circuit including a first DC power supply and a current limiting resistor that is series-connected to the first DC power supply and limits a current flowing through the machining gap to be as small as possible, and applying a voltage, which induces an electric discharge, to the machining gap; a second power supply circuit including a second DC power supply and a coaxial cable and supplying the current, which takes a major role in the electric discharge machining, to the machining gap wherein a first conductor of the coaxial cable connects one terminal of the second DC power supply to the wire electrode, and a second conductor of the coaxial cable connects the other terminal of the second DC power supply to the work piece; a blocking diode that is series-connected between the coaxial cable and the machining gap for suppressing the flow of the current from the floating capacitor in the coaxial cable to the machining gap; a container that has a contact surface contacting with the blocking diode and contains a cooling liquid; and a snubber circuit (42, 43, 44) parallel-connected to the blocking diode. a first power supply circuit including a first DC power supply and a current limiting resistor that is series-connected to the first DC power supply and limits a current flowing through the machining gap to be as small as possible, and applying a voltage, which induces an electric discharge, to the machining gap; a second power supply circuit including a second DC power supply and a coaxial cable and supplying the current, which takes a major role in the electric discharge machining, to the machining gap wherein a first conductor of the coaxial cable connects one terminal of the second DC power supply to the wire electrode, and a second conductor of the coaxial cable connects the other terminal of the second DC power supply to the work piece; a blocking diode that is series-connected between the coaxial cable and the machining gap for suppressing the flow of the current from the floating capacitor in the coaxial cable to the machining gap; a container that has a contact surface contacting with the blocking diode and contains a cooling liquid; and a snubber circuit (42, 43, 44) parallel-connected to the blocking diode.
An oral care composition, comprising: an orally acceptable vehicle; an anionic surfactant comprising a sodium cocoyl glutamate or a salt thereof; and a nonionic surfactant comprising a C8-C10 alkyl polyglucoside, wherein the weight ratio of the nonionic surfactant to the anionic surfactant is from 0.5:1 to 3:1; and an abrasive. an orally acceptable vehicle; an anionic surfactant comprising a sodium cocoyl glutamate or a salt thereof; and a nonionic surfactant comprising a C8-C10 alkyl polyglucoside, wherein the weight ratio of the nonionic surfactant to the anionic surfactant is from 0.5:1 to 3:1; and an abrasive.
A production method of a crystalline polyamide resin by thermal polycondensation of a mixture including at least a diamine component, a dicarboxylic acid component and water as a starting material, wherein the diamine component includes pentamethylene diamine at a ratio that is equal to or greater than 10 mol% and less than 80 mol% relative to a gross amount of the diamine component, and the dicarboxylic acid component includes at least one selected from the group consisting of an aromatic dicarboxylic acid, an alicyclic dicarboxylic acid and dialkyl ester derivatives thereof at a ratio that is equal to or greater than 76 mol% and equal to or less than 100 mol% relative to a gross amount of the dicarboxylic acid component, the production method comprising: a first step that heats the mixture, which has a water content equal to or less than 30% by weight, at a temperature equal to or higher than 200°C under a pressure of 1.8 to 3.5 MPa to perform polycondensation with distillation of water; a second step that releases pressure to an atmospheric pressure level, subsequent to the first step; and a third step that continues thermal polycondensation subsequent to the second step, so as to obtain the crystalline polyamide resin, the third step performing high-degree melt polymerization at a temperature that is equal to or higher than a melting point of the crystalline polyamide resin until a relative viscosity at 25°C of a solution prepared by dissolving the obtained crystalline polyamide resin at a concentration of 0.01 mg/mL in 98% sulfuric acid reaches between 1.8 and 3.5. a first step that heats the mixture, which has a water content equal to or less than 30% by weight, at a temperature equal to or higher than 200°C under a pressure of 1.8 to 3.5 MPa to perform polycondensation with distillation of water; a second step that releases pressure to an atmospheric pressure level, subsequent to the first step; and a third step that continues thermal polycondensation subsequent to the second step, so as to obtain the crystalline polyamide resin, the third step performing high-degree melt polymerization at a temperature that is equal to or higher than a melting point of the crystalline polyamide resin until a relative viscosity at 25°C of a solution prepared by dissolving the obtained crystalline polyamide resin at a concentration of 0.01 mg/mL in 98% sulfuric acid reaches between 1.8 and 3.5.
An apparatus for providing positive airway pressure in a respiratory circuit comprising: a container for holding a volume of liquid; and a drop tube assembly (22; 30) configured for directing gas from an expiratory tubing of the respiratory circuit to said container and characterized by: a first tube having an upper gas inlet end for connection to the expiratory tubing of the respiratory circuit and a lower gas outlet end, said first tube rotatably mounted in said container and extending downwardly therein with said upper gas inlet end extending a static distance outwardly from said container, and a second tube mounted in said container coaxially along said first tube and movable upwardly and downwardly therealong in response to rotation of said first tube, so that, in use, said second tube may be introduced into the liquid in the container at any desired level to achieve a desired positive airway pressure in the respiratory circuit. a container for holding a volume of liquid; and a drop tube assembly (22; 30) configured for directing gas from an expiratory tubing of the respiratory circuit to said container and characterized by: a first tube having an upper gas inlet end for connection to the expiratory tubing of the respiratory circuit and a lower gas outlet end, said first tube rotatably mounted in said container and extending downwardly therein with said upper gas inlet end extending a static distance outwardly from said container, and a second tube mounted in said container coaxially along said first tube and movable upwardly and downwardly therealong in response to rotation of said first tube, so that, in use, said second tube may be introduced into the liquid in the container at any desired level to achieve a desired positive airway pressure in the respiratory circuit. a first tube having an upper gas inlet end for connection to the expiratory tubing of the respiratory circuit and a lower gas outlet end, said first tube rotatably mounted in said container and extending downwardly therein with said upper gas inlet end extending a static distance outwardly from said container, and a second tube mounted in said container coaxially along said first tube and movable upwardly and downwardly therealong in response to rotation of said first tube, so that, in use, said second tube may be introduced into the liquid in the container at any desired level to achieve a desired positive airway pressure in the respiratory circuit.
A photovoltaic system comprising: - photovoltaic panels arranged in a row comprising at least one first and a second photovoltaic panel (21, 22); - support ballasts supporting the photovoltaic panels; - a means for the mutual connection of at least one group of said ballasts; characterized in that said mutual connection means comprises a first concrete fairlead conduit. - photovoltaic panels arranged in a row comprising at least one first and a second photovoltaic panel (21, 22); - support ballasts supporting the photovoltaic panels; - a means for the mutual connection of at least one group of said ballasts;
An adjustable brace comprising: a first lower rigid portion; a first upper adjustable portion and a second adjustable portion, the lower rigid portion being coupled to the first upper adjustable portion and the second upper adjustable portion by way of hinges; a plurality of adjustable couplings that allow the first upper adjustable portion and the second upper adjustable portion to be adjusted to the proper position around a patient's limb and secured in the desired position, wherein the adjustable couplings include a plurality of fingers, characterised in that each of the fingers has a plurality of adjacent slots, wherein the slots are adapted to be aligned, and in that the adjustable brace further comprises an elongated structure adapted to be placed through the aligned slots. a first lower rigid portion; a first upper adjustable portion and a second adjustable portion, the lower rigid portion being coupled to the first upper adjustable portion and the second upper adjustable portion by way of hinges; a plurality of adjustable couplings that allow the first upper adjustable portion and the second upper adjustable portion to be adjusted to the proper position around a patient's limb and secured in the desired position, wherein the adjustable couplings include a plurality of fingers, characterised in that each of the fingers has a plurality of adjacent slots, wherein the slots are adapted to be aligned, and in that the adjustable brace further comprises an elongated structure adapted to be placed through the aligned slots.
Device for displaying the moon phases for a timepiece comprising: - a first display member carrying a plurality of first images at least partially representing the moon; - a display zone; - driving means (22, 23, 25, 40, 41, 43, 63, 71, 72, 61, 62) arranged so as to move the first display member by successive jumps with reference to the display zone in order to display a succession of representations of the moon, the duration of the display of the first images not all being equal, characterised in that the device further comprises a second display member carrying second images and capable of being displaced with reference to the display zone by the driving means in order to cause the second images to appear successively in the display zone where a second image forms, in combination with a first image of the first display member, a representation of the moon phase. - a first display member carrying a plurality of first images at least partially representing the moon; - a display zone; - driving means (22, 23, 25, 40, 41, 43, 63, 71, 72, 61, 62) arranged so as to move the first display member by successive jumps with reference to the display zone in order to display a succession of representations of the moon, the duration of the display of the first images not all being equal, characterised in that the device further comprises a second display member carrying second images and capable of being displaced with reference to the display zone by the driving means in order to cause the second images to appear successively in the display zone where a second image forms, in combination with a first image of the first display member, a representation of the moon phase.
A data communication method between a plurality of aircraft of a set of aircraft, the aircraft being organized according to a plurality of telecommunications networks, notably radio telecommunications networks, connected together through relay stations, each telecommunications network being provided with an identifier specific to the network, the method comprising: - a step for adding pieces of information into the data to be emitted from an aircraft belonging to a first network of aircraft, the pieces of information comprising the identifier specific to the first network. - a step for adding pieces of information into the data to be emitted from an aircraft belonging to a first network of aircraft, the pieces of information comprising the identifier specific to the first network.