mhurhangee/ep-ind-claims huggingface dataset:
A differential pressure sensor comprising: a body with a first end, a second end and a header wall therebetween, wherein the first end and the second end comprise first and second isolator diaphragms connected to first and second process fluid inlets, respectively; a MEMS pressure sensor including a pressure sensing diaphragm with first and second sides mounted on a hollow pedestal that is adhesively attached to an annular bottom of a cylindrical cavity in the header wall, wherein the first side of the pressure sensing diaphragm is coupled to the first isolator diaphragm by a first fill fluid volume, and the second side of the sensor is coupled to the second isolator diaphragm through an interior of the hollow pedestal by a second fill fluid volume, the first and second fill fluid volumes being separated by an adhesive seal between the bottom of the cylindrical cavity and a bottom of the hollow pedestal, wherein the cylindrical cavity is defined by a first cylindrical wall portion with a first diameter in contact with the annular bottom, and a second cylindrical wall portion with a second diameter larger than the first diameter; and at least one sensor element on the pressure sensing diaphragm configured to provide an indication of pressure differences between the first and second process fluids; characterized in that the MEMS pressure sensor further includes a frustoconical portion in contact with the first cylindrical wall portion and the second cylindrical wall portion a body with a first end, a second end and a header wall therebetween, wherein the first end and the second end comprise first and second isolator diaphragms connected to first and second process fluid inlets, respectively; a MEMS pressure sensor including a pressure sensing diaphragm with first and second sides mounted on a hollow pedestal that is adhesively attached to an annular bottom of a cylindrical cavity in the header wall, wherein the first side of the pressure sensing diaphragm is coupled to the first isolator diaphragm by a first fill fluid volume, and the second side of the sensor is coupled to the second isolator diaphragm through an interior of the hollow pedestal by a second fill fluid volume, the first and second fill fluid volumes being separated by an adhesive seal between the bottom of the cylindrical cavity and a bottom of the hollow pedestal, wherein the cylindrical cavity is defined by a first cylindrical wall portion with a first diameter in contact with the annular bottom, and a second cylindrical wall portion with a second diameter larger than the first diameter; and at least one sensor element on the pressure sensing diaphragm configured to provide an indication of pressure differences between the first and second process fluids; characterized in that the MEMS pressure sensor further includes a frustoconical portion in contact with the first cylindrical wall portion and the second cylindrical wall portion
A resistance control system of an amusement attraction, the resistance control system comprising: a support assembly comprising a base, a pivot joint, and a support beam extending between the base and the pivot joint; a spring plate for supporting a rider, coupled to the pivot joint of the support assembly; at least one spring engaged with the spring plate; an actuator plate positioned between the spring plate and the base of the support assembly, the at least one spring being configured to selectively compress against the actuator plate in response to movements of the rider; and at least one actuator coupled between the actuator plate and the base, wherein the at least one actuator is configured to move and secure the actuator plate relative to the pivot joint to adjust a resistance to movement about the pivot joint by changing a separation distance between the spring plate and the actuator plate. a support assembly comprising a base, a pivot joint, and a support beam extending between the base and the pivot joint; a spring plate for supporting a rider, coupled to the pivot joint of the support assembly; at least one spring engaged with the spring plate; an actuator plate positioned between the spring plate and the base of the support assembly, the at least one spring being configured to selectively compress against the actuator plate in response to movements of the rider; and at least one actuator coupled between the actuator plate and the base, wherein the at least one actuator is configured to move and secure the actuator plate relative to the pivot joint to adjust a resistance to movement about the pivot joint by changing a separation distance between the spring plate and the actuator plate.
A strap comprising: a battery including a case, wherein the case includes a plurality of zig-zag patterns formed on at least a portion of a surface of the case, the patterns having hills and valleys, and the patterns being disposed in a specific direction; a battery bracket having a size approximately equal to or greater than a size of the battery, wherein the battery is seated on the battery bracket, wherein the zig-zag patterns are disposed on an outer portion of the battery; and a strap cover surrounding the battery bracket on which the battery is seated, wherein the battery bracket includes at least one furrow. a battery including a case, wherein the case includes a plurality of zig-zag patterns formed on at least a portion of a surface of the case, the patterns having hills and valleys, and the patterns being disposed in a specific direction; a battery bracket having a size approximately equal to or greater than a size of the battery, wherein the battery is seated on the battery bracket, wherein the zig-zag patterns are disposed on an outer portion of the battery; and a strap cover surrounding the battery bracket on which the battery is seated, wherein the battery bracket includes at least one furrow.
A vehicular seat slide device comprising: a lower rail; an upper rail provided to be movable relative to the lower rail along a long-side direction of the lower rail and configured to support a seat above; a lock lever supported by the upper rail, and configured to restrict the relative movement of the upper rail by engaging with the lower rail; and a spring attached to the upper rail, and biasing in such a manner that the lock lever engages with the lower rail; the spring including: a spring body; and a locking portion inserted in a locking hole provided at an upper edge of the upper rail and opening to a side surface of the upper rail, the locking portion being insertable into the locking hole by elastically deforming the spring body towards an inner side relative to the locking hole, the spring body being elastically deformable until an end of the locking portion becomes insertable inside the upper rail, the locking portion being restricted from being detached from the locking hole in an insertion direction by being locked at a peripheral edge of the locking hole due to recovery of the elastic deformation of the spring body. a lower rail; an upper rail provided to be movable relative to the lower rail along a long-side direction of the lower rail and configured to support a seat above; a lock lever supported by the upper rail, and configured to restrict the relative movement of the upper rail by engaging with the lower rail; and a spring attached to the upper rail, and biasing in such a manner that the lock lever engages with the lower rail; the spring including: a spring body; and a locking portion inserted in a locking hole provided at an upper edge of the upper rail and opening to a side surface of the upper rail, the locking portion being insertable into the locking hole by elastically deforming the spring body towards an inner side relative to the locking hole, the spring body being elastically deformable until an end of the locking portion becomes insertable inside the upper rail, the locking portion being restricted from being detached from the locking hole in an insertion direction by being locked at a peripheral edge of the locking hole due to recovery of the elastic deformation of the spring body. a spring body; and a locking portion inserted in a locking hole provided at an upper edge of the upper rail and opening to a side surface of the upper rail, the locking portion being insertable into the locking hole by elastically deforming the spring body towards an inner side relative to the locking hole, the spring body being elastically deformable until an end of the locking portion becomes insertable inside the upper rail, the locking portion being restricted from being detached from the locking hole in an insertion direction by being locked at a peripheral edge of the locking hole due to recovery of the elastic deformation of the spring body.
Method for carrying out a washing program in a dishwasher, during which liquid collected in a lower region of a washing container in the circuit is conveyed by means of a circulating pump to spray devices (8, 9, 10) and from there over washware, the washing program at least comprising the program phases of cleaning and clear rinsing, fresh water being mixed with cleaning agent in the program phase of cleaning, and the resulting washing fluid being conveyed to the spray devices (8, 9, 10) by means of the circulating pump, a draining interval being implemented at the end of the program phase of cleaning, during which draining interval there is no circulation of fluid, and the washing fluid being emptied out of the washing container after the draining interval, and the program phase of clear rinsing being carried out following emptying, characterised in that rinsing agent is dispensed into the washing fluid in the program phase of cleaning before the draining interval.
A lead-acid battery or cell including at least one electrode comprising a carbon fibre fabric material having impregnated therein an active material comprising a paste comprising Pb-based particles and dilute sulphuric acid characterised in that the carbon fibre fabric material has a surface area of less than 5 m 2 /g when measured using the Brunauer-Emmett-Teller methodology, and an areal density of less than 500gm/m 2, and in that non-carbon functional groups on the carbon fibre fabric material comprise less than 20% by mass of the bulk fibre and the carbon fibre fabric material comprises at least 80% carbon by mass in the bulk fibre when analysed via X-ray Photoelectron Spectroscopy.
A method for receiving an ACK/NACK signal in a wireless communication comprising: receiving scheduling information comprising resource allocation information to allocate one or more resources for uplink MU-MIMO transmission; transmitting data and a pilot via the allocated one or more resources for uplink MU-MIMO transmission; identifying a physical channel resource used for receiving an ACK/NACK signal based on an index of the allocated one or more resources for uplink transmission, an ACK/NACK channel group, and a MU-MIMO UE flag bit field used for mapping a pilot signal for channel estimation to a user equipment, UE, included in the scheduling information; and receiving (1202, 1204) the ACK/NACK signal in response to the transmitted data using the identified physical channel resource used for receiving the ACK/NACK signal, and despreading the received ACK/NACK signal using an orthogonal sequence applied to the ACK/NACK channel group. receiving scheduling information comprising resource allocation information to allocate one or more resources for uplink MU-MIMO transmission; transmitting data and a pilot via the allocated one or more resources for uplink MU-MIMO transmission; identifying a physical channel resource used for receiving an ACK/NACK signal based on an index of the allocated one or more resources for uplink transmission, an ACK/NACK channel group, and a MU-MIMO UE flag bit field used for mapping a pilot signal for channel estimation to a user equipment, UE, included in the scheduling information; and receiving (1202, 1204) the ACK/NACK signal in response to the transmitted data using the identified physical channel resource used for receiving the ACK/NACK signal, and despreading the received ACK/NACK signal using an orthogonal sequence applied to the ACK/NACK channel group.
An apparatus for recording and reproducing video or audio on and from a recording medium in which a video signal or an audio signal contained in a program is divided into a plurality of non-overlapping segments, an importance level is provided to the respective segments based on features of the audio signal thereof, and the importance level of the respective segments is recorded in metadata corresponding to the respective segments, comprising: providing means for providing the importance level to the respective segments; extractor for extracting the importance level of the respective segments; comparator for performing comparison between the importance level of the respective segments and a predetermined threshold; searcher for retrieving one or more segments whose importance levels are higher than the predetermined threshold according to a result from the comparison; and reproducer (14, 123, 13) for reproducing video or audio corresponding to the one or more segments retrieved by the searcher, wherein the providing means comprises: means for providing a sound class to each respective segment based on features of the audio signal of the respective segments, whereas the segments are classified into a plurality of sound classes; means for providing an importance level to each segment based on said respective sound class; and means for weighting said importance level based on the audio volume of said respective segment. providing means for providing the importance level to the respective segments; extractor for extracting the importance level of the respective segments; comparator for performing comparison between the importance level of the respective segments and a predetermined threshold; searcher for retrieving one or more segments whose importance levels are higher than the predetermined threshold according to a result from the comparison; and reproducer (14, 123, 13) for reproducing video or audio corresponding to the one or more segments retrieved by the searcher, wherein the providing means comprises: means for providing a sound class to each respective segment based on features of the audio signal of the respective segments, whereas the segments are classified into a plurality of sound classes; means for providing an importance level to each segment based on said respective sound class; and means for weighting said importance level based on the audio volume of said respective segment. means for providing a sound class to each respective segment based on features of the audio signal of the respective segments, whereas the segments are classified into a plurality of sound classes; means for providing an importance level to each segment based on said respective sound class; and means for weighting said importance level based on the audio volume of said respective segment.
A component mounting machine comprising: a component supply device configured to supply a component to a supply position; a component transfer device configured to use a component mounting tool (452, 462, 472) to pick up the component from the supply position and mount the component on a board; characterized by a component detection section configured to detect whether the component is present at the supply position before or while the component is being picked up by the component mounting tool (452, 462, 472); and a holding detection section configured to detect whether the component mounting tool (452, 462, 472) is holding the component following pickup, and a retry performing section configured to determine whether to perform a retry operation of attempting to pick up the same component again using the component mounting tool (452, 462, 472) based on a detection result of the component detection section and a detection result of the holding detection section, and to perform the retry operation in accordance with a result of the determining of whether to perform the retry operation. a component supply device configured to supply a component to a supply position; a component transfer device configured to use a component mounting tool (452, 462, 472) to pick up the component from the supply position and mount the component on a board; characterized by a component detection section configured to detect whether the component is present at the supply position before or while the component is being picked up by the component mounting tool (452, 462, 472); and a holding detection section configured to detect whether the component mounting tool (452, 462, 472) is holding the component following pickup, and a retry performing section configured to determine whether to perform a retry operation of attempting to pick up the same component again using the component mounting tool (452, 462, 472) based on a detection result of the component detection section and a detection result of the holding detection section, and to perform the retry operation in accordance with a result of the determining of whether to perform the retry operation.
Paper dispensing device for the uncomplicated and reliable provision of a moistened paper web, having a container for holding a liquid, in particular a cleaning liquid, with an opening at the top which is bounded by edges (2, 13) of the rear wall and the front wall, which is suitable for coupling to a receiving device arranged below the container for receiving a paper arrangement, preferably a paper roll on which a paper web can be wound, or a paper stack, at least two, preferably four, moistening rollers rotatably arranged in the container and a, preferably rotatable, pressure roller which is suitable for pressing the paper web against the moistening rollers, the lower rotating surface of the pressure roller is spaced from the upper rotating surface of the moistening rollers by a predetermined, advantageously constant, distance for moistening the paper web as it passes through, characterised in that each moistening roller is retracted to form at least one recess in its outer region; wherein the recesses of two adjacent moistening rollers are arranged offset from each other.
Method for operating a power distributor comprising a first controller and comprising a number of connection modules connected thereto, which each have a base resistor that form a series-connected resistor chain that is supplied with power by means of a DC current source of the first controller and is connected to a reference potential, wherein each connection module has a supply plug and a bus plug of a common bus system that is connected, for the transfer of signals, to the first controller, wherein the connection modules are equipped, or able to be equipped, with a circuit breaker, which circuit breakers each have a second controller for capturing the voltage dropped across the associated base resistor, and have a switching element that is actuated by means of the respective second controller and is connected between the side of the associated base resistor that is averted from the first controller and the reference potential, and said circuit breaker is connected, for the transfer of signals, to the associated bus plug and is energized by means of supply plugs, in which method - it is ensured that the switching element of each circuit breaker is closed if there is no specific address allocated to the circuit breaker, - a request is fed into the bus system by means of the first controller, and - a response is fed into the bus system by means of the second controller if a voltage is dropped across the associated base resistor. - it is ensured that the switching element of each circuit breaker is closed if there is no specific address allocated to the circuit breaker, - a request is fed into the bus system by means of the first controller, and - a response is fed into the bus system by means of the second controller if a voltage is dropped across the associated base resistor.
A method of selecting a serving sector and performing transmission power adjustment for an access terminal in a wireless communication environment, characterized by: receiving parameters associated with a plurality of received signals at the access terminal from a plurality of base stations; selecting a new serving sector based upon the parameters; determining an adjustable power offset based upon the parameters; and applying the adjustable power offset to a channel quality index, CQI, or data rate control, DRC, signal transmitted from the access terminal. receiving parameters associated with a plurality of received signals at the access terminal from a plurality of base stations; selecting a new serving sector based upon the parameters; determining an adjustable power offset based upon the parameters; and applying the adjustable power offset to a channel quality index, CQI, or data rate control, DRC, signal transmitted from the access terminal.
A porous material comprising a copolymer of at least one hydrophobic monomer and at least one hydrophilic monomer, wherein at least one of the hydrophilic monomers is N-vinylcaprolactam and wherein the porous material comprises at least 8 mole percent N-vinylcaprolactam.
A method for treating cockroaches comprising: (a) providing a formulation comprising at least one surfactant; wherein the surfactant is a silicone surfactant, ethoxylated acetylenic diol surfactant, pyrrolindone surfactant, or mixtures thereof; wherein the surfactant is at a concentration of 0.1 weight percent to 1.0 weight percent, wherein the formulation comprises a dynamic surface tension level of less than 0.03 N/m (30 dynes per centimeter) as measured with a Kruss Bubble Pressure Tensiometer (BP2 Version 1.20); and (b) applying the formulation to the cockroach (c) causing the cockroaches to exhibit a mortality rate of more than 80% within two minutes or less after the cockroach is treated with the formulation. (a) providing a formulation comprising at least one surfactant; wherein the surfactant is a silicone surfactant, ethoxylated acetylenic diol surfactant, pyrrolindone surfactant, or mixtures thereof; wherein the surfactant is at a concentration of 0.1 weight percent to 1.0 weight percent, wherein the formulation comprises a dynamic surface tension level of less than 0.03 N/m (30 dynes per centimeter) as measured with a Kruss Bubble Pressure Tensiometer (BP2 Version 1.20); and (b) applying the formulation to the cockroach (c) causing the cockroaches to exhibit a mortality rate of more than 80% within two minutes or less after the cockroach is treated with the formulation.
Process for producing microgel-containing polymer compositions, which comprises mixing at least one crosslinkable organic medium, which at a temperature of 120°C has a viscosity of less than 30 000 mPas, and at least one microgel which is not crosslinked by electromagnetic radiation with a wavelength of less than 0.1 pm, and characterized in that the primary particles of the microgel have an average particle size of less than 99 nm and in that the microgels have fractions insoluble in toluene at 23°C of at least 90% by weight, to give a composition comprising and, subsequently adding a crosslinking agent for the crosslinkable medium, and subsequently crosslinking the composition.