mhurhangee/ep-ind-claims huggingface dataset:
A bag-in-keg container: - a container body; - a bag within the container body; - a two-port valve providing a first pathway for gas and a second pathway for liquid, said first pathway communicating with a space between the container and the bag, and the second pathway communicating with the interior of the bag; - a container dip tube within the bag connected to the second pathway of the two port valve; - wherein an end section of the container dip tube has a flow terminal, said flow terminal defining a flow passage (8, 9) arranged to communicate with said liquid flow path; characterised in that - said flow terminal includes a counter-flow portion leading to an opening, whereby the direction of liquid flow through said opening is reversed relative to the direction of liquid flow through said end section of the container dip tube; - said flow terminal includes an outer wall to surround the end section of said dip tube, wherein said counter-flow portion is defined by a space between said outer wall and said end section; - said flow terminal includes an end wall closing one end of said outer wall; - said flow terminal includes spacer means (7; 17) forming a gap between said end section of the dip tube and said end wall. - a container body; - a bag within the container body; - a two-port valve providing a first pathway for gas and a second pathway for liquid, said first pathway communicating with a space between the container and the bag, and the second pathway communicating with the interior of the bag; - a container dip tube within the bag connected to the second pathway of the two port valve; - wherein an end section of the container dip tube has a flow terminal, said flow terminal defining a flow passage (8, 9) arranged to communicate with said liquid flow path; characterised in that - said flow terminal includes a counter-flow portion leading to an opening, whereby the direction of liquid flow through said opening is reversed relative to the direction of liquid flow through said end section of the container dip tube; - said flow terminal includes an outer wall to surround the end section of said dip tube, wherein said counter-flow portion is defined by a space between said outer wall and said end section; - said flow terminal includes an end wall closing one end of said outer wall; - said flow terminal includes spacer means (7; 17) forming a gap between said end section of the dip tube and said end wall.
A method of wireless communication of a first-served user equipment, UE, served by a serving cell, comprising: receiving a physical downlink control channel that informs that an upcoming physical downlink shared channel, PDSCH, contains scheduling information for at least one second-served UE; receiving the PDSCH containing the scheduling information for at least one second-served UE served by the serving cell; receiving a signal, the received signal comprising a first signal intended for the first served UE and a second signal intended for the at least one second-served UE; and suppressing interference by the second signal prior to or during a channel estimation of a neighboring cell procedure, the interference suppression being based on the received scheduling information. receiving a physical downlink control channel that informs that an upcoming physical downlink shared channel, PDSCH, contains scheduling information for at least one second-served UE; receiving the PDSCH containing the scheduling information for at least one second-served UE served by the serving cell; receiving a signal, the received signal comprising a first signal intended for the first served UE and a second signal intended for the at least one second-served UE; and suppressing interference by the second signal prior to or during a channel estimation of a neighboring cell procedure, the interference suppression being based on the received scheduling information.
An inverter device comprising: a PWM pulse generation unit configured to generate a PWM pulse for converting DC voltage into AC voltage based on a motor output request; and an inverter circuit configured to drive a motor by converting DC voltage into AC voltage using the PWM pulse generated by the PWM pulse generation unit by using an asynchronous PWM method with respect to a carrier frequency, characterized in that the carrier frequency is constant; and the PWM pulse generation unit generates the PWM pulse by changing either a time interval between centers of ON pulses or a time interval between centers of OFF pulses of a plurality of PWM pulses, based on the motor output request, in an angular section where linear approximation is performed around a zero cross point of output voltage; and the angular section is a section including a range of at least ±30 degrees of an electric angle based on the zero cross point of the output voltage, wherein the PWM pulse generation unit calculates the PWM pulse so that values of integrated areas of the ON pulses and OFF pulses of the plurality of PWM pulses become equal in the angular section where linear approximation is performed around the zero cross point of the output voltage. a PWM pulse generation unit configured to generate a PWM pulse for converting DC voltage into AC voltage based on a motor output request; and an inverter circuit configured to drive a motor by converting DC voltage into AC voltage using the PWM pulse generated by the PWM pulse generation unit by using an asynchronous PWM method with respect to a carrier frequency, characterized in that the carrier frequency is constant; and the PWM pulse generation unit generates the PWM pulse by changing either a time interval between centers of ON pulses or a time interval between centers of OFF pulses of a plurality of PWM pulses, based on the motor output request, in an angular section where linear approximation is performed around a zero cross point of output voltage; and the angular section is a section including a range of at least ±30 degrees of an electric angle based on the zero cross point of the output voltage, wherein the PWM pulse generation unit calculates the PWM pulse so that values of integrated areas of the ON pulses and OFF pulses of the plurality of PWM pulses become equal in the angular section where linear approximation is performed around the zero cross point of the output voltage.
A light module comprising: a base ring configured to hold a light engine having a light emitting diode, the light emitting diode abbreviated as LED, the base ring having side walls defining a cavity, the side walls having a securing feature; an optical component received in the cavity, the optical component being positioned to receive light from the LED, the optical component having a predetermined lighting characteristic, the optical component being configured to emit the light generated by the LEDs in accordance with the predetermined lighting characteristic; a top cover coupled to the base ring, the top cover having a securing feature engaging the securing feature of the base ring to couple the top cover to the base ring, wherein the securing feature of the top cover is coupled to the securing feature of the base ring by a twisting action of the top cover with respect to the base ring; and a compression ring positioned between the top cover and the optical component, the compression ring being compressed between the top cover and the optical component when the top cover is coupled to the base ring, characterised in that: the base ring has fastener mounts for receiving fasteners therein to secure the base ring to a structure; and the light engine has a printed circuit board having the LED, the printed circuit board being loaded into the cavity through a bottom edge of the base ring to bottom out against the fastener mounts, so the base ring is able to compress the printed circuit board against a heatsink of the structure. a base ring configured to hold a light engine having a light emitting diode, the light emitting diode abbreviated as LED, the base ring having side walls defining a cavity, the side walls having a securing feature; an optical component received in the cavity, the optical component being positioned to receive light from the LED, the optical component having a predetermined lighting characteristic, the optical component being configured to emit the light generated by the LEDs in accordance with the predetermined lighting characteristic; a top cover coupled to the base ring, the top cover having a securing feature engaging the securing feature of the base ring to couple the top cover to the base ring, wherein the securing feature of the top cover is coupled to the securing feature of the base ring by a twisting action of the top cover with respect to the base ring; and a compression ring positioned between the top cover and the optical component, the compression ring being compressed between the top cover and the optical component when the top cover is coupled to the base ring, the base ring has fastener mounts for receiving fasteners therein to secure the base ring to a structure; and the light engine has a printed circuit board having the LED, the printed circuit board being loaded into the cavity through a bottom edge of the base ring to bottom out against the fastener mounts, so the base ring is able to compress the printed circuit board against a heatsink of the structure.
An information processing apparatus comprising a processing unit configured to issue a notification regarding a relationship between a predetermined area to be captured by a capturing apparatus and the capturing apparatus, on a basis of predetermined area information specifying the predetermined area and information regarding the capturing apparatus that is arranged, wherein the processing unit is configured to issue, as the notification regarding the relationship, a notification for aiding in changing an arrangement of the capturing apparatus, wherein the processing unit is configured to issue, as the notification for aiding in changing the arrangement of the capturing apparatus, a notification for changing the arrangement of the capturing apparatus such that the predetermined area is included in a capturing range of the capturing apparatus, wherein the predetermined area that is specified by the predetermined area information includes an area according to a type of sport. wherein the processing unit is configured to issue, as the notification regarding the relationship, a notification for aiding in changing an arrangement of the capturing apparatus, wherein the processing unit is configured to issue, as the notification for aiding in changing the arrangement of the capturing apparatus, a notification for changing the arrangement of the capturing apparatus such that the predetermined area is included in a capturing range of the capturing apparatus, wherein the predetermined area that is specified by the predetermined area information includes an area according to a type of sport.
A composition comprising: a fluororesin; and a compound which is a sulfonic acid or a salt thereof, the sulfonic acid being represented by the following formula: F(CF 2) n SO 3 H wherein n is 4 or 5, or the following formula: F(CF 2) n CH 2 CH 2 SO 3 H wherein n is 4 or 5. a fluororesin; and a compound which is a sulfonic acid or a salt thereof, the sulfonic acid being represented by the following formula: F(CF 2) n SO 3 H wherein n is 4 or 5, or the following formula: F(CF 2) n CH 2 CH 2 SO 3 H wherein n is 4 or 5.
Process, preferably discontinuous, for the preparation of a solid master elastomeric composition (masterbatch), comprising silicate fibres of nanometric size with needle-shaped morphology selected from the group that consists of silicate fibres of magnesium, aluminum or calcium and mixtures thereof, and at least one diene elastomer, which comprises - providing said fibres, - providing an elastomeric latex comprising at least said diene elastomer and an aqueous phase, said fibres being in a weight ratio of at least 0.5:1 in relation to the weight of the elastomer present in the latex, - placing said fibres and said latex in contact to yield an aqueous suspension, - maintaining or possibly bringing the pH of the aqueous suspension to a value comprised between 7.5 and 12.0. - maintaining or possibly bringing the total volume of said aqueous suspension to a volumetric ratio in relation to the weight of the fibres comprised between 10:1 and 30:1 ml/g, to yield a final suspension, - allowing said elastomeric composition to precipitate and separate from said final suspension. - providing said fibres, - providing an elastomeric latex comprising at least said diene elastomer and an aqueous phase, said fibres being in a weight ratio of at least 0.5:1 in relation to the weight of the elastomer present in the latex, - placing said fibres and said latex in contact to yield an aqueous suspension, - maintaining or possibly bringing the pH of the aqueous suspension to a value comprised between 7.5 and 12.0. - maintaining or possibly bringing the total volume of said aqueous suspension to a volumetric ratio in relation to the weight of the fibres comprised between 10:1 and 30:1 ml/g, to yield a final suspension, - allowing said elastomeric composition to precipitate and separate from said final suspension.
Method for operating a fuel cell by means of a fuel cell system, wherein the fuel cell has an anode chamber and a cathode chamber which is separated from the anode chamber, and wherein the fuel cell system has a cathode gas source, a gas supply, which is connected to the cathode gas source, for supplying cathode gas into the cathode chamber, and a waste air line, which is connected to the cathode chamber, for discharging waste air from the cathode chamber, and wherein the gas supply and the waste air line are connected by means of at least one gas flow regulating element (8, 9) which, depending on an operating status of the fuel cell, opens the gas supply in the direction of the waste air line and/or opens the waste air line in the direction of the gas supply, comprising the method steps of: a) starting up, in particular (freeze-)starting, the fuel cell, b) limiting the voltage applied to the fuel cell by depleting the cathode gas by feeding waste air into the gas supply by means of the gas flow regulating element and/or discharging the cathode gas into the waste air line by means of the gas flow regulating element and/or reducing the mass flow of the cathode gas by reducing the rotation speed of a compressor which is connected to the gas supply, c) switching on main contactors which connect the fuel cell to a high-voltage on-board electrical system, d) cancelling the limiting of the voltage applied to the fuel cell. a) starting up, in particular (freeze-)starting, the fuel cell, b) limiting the voltage applied to the fuel cell by depleting the cathode gas by feeding waste air into the gas supply by means of the gas flow regulating element and/or discharging the cathode gas into the waste air line by means of the gas flow regulating element and/or reducing the mass flow of the cathode gas by reducing the rotation speed of a compressor which is connected to the gas supply, c) switching on main contactors which connect the fuel cell to a high-voltage on-board electrical system, d) cancelling the limiting of the voltage applied to the fuel cell.
A device for use in detecting an event in a structure, the device comprising: a sensor encapsulation, the encapsulation comprising: a sensor; an actuator positioned substantially in-plane to the sensor within the sensor encapsulation, the actuator being configured to excite waveforms in the structure responsive to an excitation, and the sensor being configured to receive reflected waves propagated by the structure in response to the waveforms; and a printed circuit board in communication with at least one of the sensor and the actuator, the printed circuit board comprising: a microprocessor constructed and arranged to collect data from at least one of the sensor and the actuator; a signal generator constructed and arranged to provide the excitation to at least one of the sensor and the actuator; and an amplifier to condition the excitation. a sensor encapsulation, the encapsulation comprising: a sensor; an actuator positioned substantially in-plane to the sensor within the sensor encapsulation, the actuator being configured to excite waveforms in the structure responsive to an excitation, and the sensor being configured to receive reflected waves propagated by the structure in response to the waveforms; and a printed circuit board in communication with at least one of the sensor and the actuator, the printed circuit board comprising: a microprocessor constructed and arranged to collect data from at least one of the sensor and the actuator; a signal generator constructed and arranged to provide the excitation to at least one of the sensor and the actuator; and an amplifier to condition the excitation. a sensor; an actuator positioned substantially in-plane to the sensor within the sensor encapsulation, the actuator being configured to excite waveforms in the structure responsive to an excitation, and the sensor being configured to receive reflected waves propagated by the structure in response to the waveforms; and a printed circuit board in communication with at least one of the sensor and the actuator, the printed circuit board comprising: a microprocessor constructed and arranged to collect data from at least one of the sensor and the actuator; a signal generator constructed and arranged to provide the excitation to at least one of the sensor and the actuator; and an amplifier to condition the excitation. a microprocessor constructed and arranged to collect data from at least one of the sensor and the actuator; a signal generator constructed and arranged to provide the excitation to at least one of the sensor and the actuator; and an amplifier to condition the excitation.
Method for glue application in vehicle construction when joining joining partners (1, 7) which are subject to tolerances, comprising the steps of: determining the geometric data of the joining partners (1, 7) in an automated manner, determining the joining gap dimensions of the joining partners (1, 7) from the determined geometric data, determining the amount of glue to be applied by way of the joining gap dimensions, joining the joining partners (1, 7) into the joining position thereof, and applying the glue into the joining gap during the joining of the joining partners (1, 7), the application of the glue starting in a preliminary gap position and the joining partners (1, 7) being brought into the definitive joining position during the glue application. determining the geometric data of the joining partners (1, 7) in an automated manner, determining the joining gap dimensions of the joining partners (1, 7) from the determined geometric data, determining the amount of glue to be applied by way of the joining gap dimensions, joining the joining partners (1, 7) into the joining position thereof, and applying the glue into the joining gap during the joining of the joining partners (1, 7), the application of the glue starting in a preliminary gap position and the joining partners (1, 7) being brought into the definitive joining position during the glue application.
Use of UV-filters to enhance dermal penetration of resveratrol in topical cosmetic compositions, wherein the UV-filters are octocrylene, and 1-(4-tert-butylphenyl)-3-(4-methoxyphenyl)-propane-1,3-dione.
Attic stairs-type unit for mounting in a floor or ceiling opening of a building wall, comprising a hatch box which has four lateral walls each having an inner side and an outer side, wherein a cavity is defined between the inner sides, a lid which is fastened to the hatch box and can be pivoted between a closed position in which it covers the cavity and an open position in which it exposes the cavity, a walk-on climbing facility which is fastened to the lid, and an elastic insulating unit which comprises a compressible soft foam and a film and which is arranged peripherally around the outer sides of the lateral walls of the hatch box, wherein the film at least partially surrounds the soft foam, characterized in that the soft foam is fastened directly or indirectly to the hatch box.
System for a functional testing of a driver assistance system, with a vehicle being freely movable on a test way formed with at least one traffic way (2, 3), to which at least one driver assistance system to be tested is assigned, which is formed for a detection of information about the vehicle environment and/or for a processing of information received from a further system, about the vehicle environment, and which is formed, dependent on the information, for a warning of a vehicle occupant and/or for an automatic actuation of a component of the vehicle, a control system, and at least one dummy element which is moveable on the test way for a simulation of a real traffic situation, wherein, for the functional testing of the driver assistance system, the dummy element is at least temporarily arranged in the environment region being determinable by the driver assistance system, wherein the dummy element is disposed on a rail device, characterized in that the motion of the dummy element is synchronized with a motion of the vehicle by the control system based on a motion velocity of the dummy element and/or of the vehicle and/or on a motion direction of the dummy element and/or the vehicle, such that the dummy element is automatically movable out of the danger area during a simulation of a critical traffic situation previous to a forthcoming collision with the vehicle for an avoidance of a collision, and the moving of the dummy element out of the danger area is performable dependent on a reaching of a predefineable minimal distance between the dummy element and the vehicle, wherein the distance is automatically determined by a sensor arrangement.
System of mounting a fuel injection device on an engine cylinder head, the device comprising a tubular body, an injector tip extending the tubular body, a needle extending coaxially with respect to the tip in the form of a bar and one end of which comprises a head forming a valve shutter against a seat borne by the injector tip, an actuator being able to cause the head to move so as to open the valve, the needle being able to enter axial resonance when subjected by the actuator to axial impulses at a determined nominal frequency, the system comprising the injection device, characterized in that it comprises a spacer piece intended to bear on the one hand against a cylinder head face, and on the other hand bearing against a front face of the tubular body level with the junction with the tip.