mhurhangee/ep-ind-claims huggingface dataset:
A ball rebounding system for use within a frame, the frame forming a perimeter support and an interior space within the perimeter support, comprising: a first pair of orthogonally arranged tension rods, wherein each of said tension rods is positionable between a first position spaced apart from the perimeter support and located in the interior space and a second position proximate to the perimeter support; a net comprising a plurality of cells, wherein said net is configured to extend between the perimeter support within the interior space of the frame, and wherein a row of said cells proximate to a boundary of said net are directly laced onto said tension rods without any intermediate spring elements; a pair of legs configured to be connected to opposite sides of the frame, wherein said pair of legs are configured to extend in the same direction relative to the opposite sides of the frame; and a plurality of straps configured to connect said tension rods to the frame when said tension rods are in said first position and in said second position. a first pair of orthogonally arranged tension rods, wherein each of said tension rods is positionable between a first position spaced apart from the perimeter support and located in the interior space and a second position proximate to the perimeter support; a net comprising a plurality of cells, wherein said net is configured to extend between the perimeter support within the interior space of the frame, and wherein a row of said cells proximate to a boundary of said net are directly laced onto said tension rods without any intermediate spring elements; a pair of legs configured to be connected to opposite sides of the frame, wherein said pair of legs are configured to extend in the same direction relative to the opposite sides of the frame; and a plurality of straps configured to connect said tension rods to the frame when said tension rods are in said first position and in said second position.
A wireless communication unit comprising: a selector to select a selected scrambling seed based on a number of codewords in a packet to be transmitted by said wireless communication unit; and a scrambler to scramble bits of said packet based on a periodic sequence of scrambling bits, said sequence of scrambling bits being generated according to said selected scrambling seed; characterised by a codeword of said packet includes a first plurality of scrambled bits followed by a second plurality of re-scrambled bits, said first plurality of scrambled bits including a plurality of information bits being scrambled by scrambling bits of said sequence of scrambling bits, said second plurality of re-scrambled bits including said first plurality of scrambled bits being scrambled by a predefined re-scrambling sequence resulting from a predefined re-scrambling seed; and wherein said sequence of scrambling bits includes a plurality of subsequences of scrambling bits, each subsequence of scrambling bits to be applied to a respective codeword of said codewords, and wherein each subsequence of scrambling bits is different from said predefined re-scrambling sequence. a selector to select a selected scrambling seed based on a number of codewords in a packet to be transmitted by said wireless communication unit; and a scrambler to scramble bits of said packet based on a periodic sequence of scrambling bits, said sequence of scrambling bits being generated according to said selected scrambling seed; characterised by a codeword of said packet includes a first plurality of scrambled bits followed by a second plurality of re-scrambled bits, said first plurality of scrambled bits including a plurality of information bits being scrambled by scrambling bits of said sequence of scrambling bits, said second plurality of re-scrambled bits including said first plurality of scrambled bits being scrambled by a predefined re-scrambling sequence resulting from a predefined re-scrambling seed; and wherein said sequence of scrambling bits includes a plurality of subsequences of scrambling bits, each subsequence of scrambling bits to be applied to a respective codeword of said codewords, and wherein each subsequence of scrambling bits is different from said predefined re-scrambling sequence.
A transport refrigeration system comprising: a vehicle having a refrigerated cargo space; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the refrigeration unit; characterized by: a plurality of first fuel tanks fluidly connected to the first engine, the plurality of first fuel tanks configured to supply fuel to the first engine, wherein each of the plurality of first fuel tanks includes a lock off valve and a pressure sensor configured to detect a pressure level within each of the first fuel tanks; and one or more engine controllers in electronic communication with each pressure sensor and lock off valve, the one or more engine controllers being configured to adjust at least one of the lock off valves in response to a pressure level detected by at least one of the pressure sensors. a vehicle having a refrigerated cargo space; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the refrigeration unit; characterized by: a plurality of first fuel tanks fluidly connected to the first engine, the plurality of first fuel tanks configured to supply fuel to the first engine, wherein each of the plurality of first fuel tanks includes a lock off valve and a pressure sensor configured to detect a pressure level within each of the first fuel tanks; and one or more engine controllers in electronic communication with each pressure sensor and lock off valve, the one or more engine controllers being configured to adjust at least one of the lock off valves in response to a pressure level detected by at least one of the pressure sensors. a plurality of first fuel tanks fluidly connected to the first engine, the plurality of first fuel tanks configured to supply fuel to the first engine, wherein each of the plurality of first fuel tanks includes a lock off valve and a pressure sensor configured to detect a pressure level within each of the first fuel tanks; and one or more engine controllers in electronic communication with each pressure sensor and lock off valve, the one or more engine controllers being configured to adjust at least one of the lock off valves in response to a pressure level detected by at least one of the pressure sensors.
Assembly for the aeration and dispensing of a flow of water in the form of a jet comprising: - a shower which distally defines nozzles for the dispensing of a plurality of said jets and which comprises a shower body ending proximally with a connection portion, said shower extending along a main direction of extension; - a water supply tube of the nozzles mechanically constrained to the connection portion by means of a blocking component, where the connection portion and the blocking component have complementary coupling means; wherein the blocking component comprises a blocking nut or bush which delimits a component seat crossed by said tube; - an aerator device partially interposed between the connection portion and the supply tube to create an air-suction passage, and which delimits a mixing chamber of the water entering the shower body and a flow of external air transiting through the air-suction passage; the air-suction passage comprising a space delimited between the complementary coupling means; said assembly being characterised in that the complementary coupling means comprise threaded portions made on the connection portion and on the blocking component, said air-suction passage comprising the winding space between the threads of said portions. - a shower which distally defines nozzles for the dispensing of a plurality of said jets and which comprises a shower body ending proximally with a connection portion, said shower extending along a main direction of extension; - a water supply tube of the nozzles mechanically constrained to the connection portion by means of a blocking component, where the connection portion and the blocking component have complementary coupling means; - an aerator device partially interposed between the connection portion and the supply tube to create an air-suction passage, and which delimits a mixing chamber of the water entering the shower body and a flow of external air transiting through the air-suction passage;
Cupboard having a body with a plurality of functional units (12, 14, 16) and an access opening via which the functional units (12, 14, 16) can be operated, wherein at least one functional unit (12, 16) has a storage compartment, and wherein the body with the functional units (12, 14, 16) is mounted displaceably along the access opening in such a way that the functional units (12, 14, 16) can be operated alternately via the access opening, characterized in that one functional unit has a step and/or stairs.
A system for cooling a primary air supply comprising: (a) a first evaporative cooling system comprising: (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower, the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (b) means for selectively forcing the primary air supply over the primary heat exchange element; (c) a second evaporative cooling system comprising; (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower, the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and means for selectively forcing the air supply to the primary cooling tower over the second heat exchange element such that the air supply to the primary cooling tower has a lower wet bulb temperature than the ambient air. (a) a first evaporative cooling system comprising: (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower, the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (i) means for circulating fluid through the first system; (ii) a primary heat exchange element and a primary cooling tower, the primary cooling tower having an air supply and being operatively connected to the primary heat exchange element; (b) means for selectively forcing the primary air supply over the primary heat exchange element; (c) a second evaporative cooling system comprising; (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower, the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and means for selectively forcing the air supply to the primary cooling tower over the second heat exchange element such that the air supply to the primary cooling tower has a lower wet bulb temperature than the ambient air. (i) means for circulating fluid through the second system; (ii) a second heat exchange element and a second cooling tower, the second cooling tower having an air supply and being operatively connected to the second heat exchange element; and
A base station of a mobile communication system comprising: first communication means for communicating with a mobile station; second communication means for communicating with a core network; and third communication means for transmitting, to a second base station, a first missing data with a sequence number of a second missing data if there is a plurality of missing data that needs to be retransmitted among data transmitted between the mobile station and the core network, and wherein the second missing data is a data to be transmitted just after the first missing data. first communication means for communicating with a mobile station; second communication means for communicating with a core network; and third communication means for transmitting, to a second base station, a first missing data with a sequence number of a second missing data if there is a plurality of missing data that needs to be retransmitted among data transmitted between the mobile station and the core network, and wherein the second missing data is a data to be transmitted just after the first missing data.
A method of manufacturing a wheel and a tyre comprising the steps of providing a wheel and moulding a tyre to the wheel, placing a mould over the wheel such that a cavity is formed between an inner surface of the mould and a rim (12,14,18) of the wheel, for receiving material to form the tyre, wherein the wheel is provided with an inlet which is fluidly connected by a conduit to an outlet in the rim (12,14,18) of the wheel, and a material to form the tyre is injected into the inlet, and wherein a hub cap is provided, characterized in that and the method includes the additional steps of covering a face of the wheel with the hub cap prior to the step of placing the mould, and sealing the hub cap to the wheel during the moulding process.
A method of providing a forward collision warning in a vision-only based forward collision warning system using a camera mountable in a motor vehicle, the method including the steps of: avoiding an object recognition while: acquiring a plurality of image frames at known time intervals (Δt); selecting a patch in at least one of the image frames; tracking optical flow between the image frames of a plurality of image points of said patch; and, fitting the image points to at least one model; based on the fit of the image points to said at least one model, determining a time-to-collision if a collision is expected. avoiding an object recognition while: acquiring a plurality of image frames at known time intervals (Δt); selecting a patch in at least one of the image frames; tracking optical flow between the image frames of a plurality of image points of said patch; and, fitting the image points to at least one model; acquiring a plurality of image frames at known time intervals (Δt); selecting a patch in at least one of the image frames; tracking optical flow between the image frames of a plurality of image points of said patch; and, fitting the image points to at least one model; based on the fit of the image points to said at least one model, determining a time-to-collision if a collision is expected.
A transportable water treatment device for detachably connecting to a stationary plant component of a humidification device, comprising: • a carrier, • at least one first interface for feeding and draining fluid, which is secured to the carrier and which is accessible from the outer side of the carrier, said first interface being configured to be detachably connected to a second interface on a stationary plant component of a humidification device, • a reverse osmosis module secured to the carrier, • a low-pressure pump module secured to the carrier, • a high-pressure pump module secured to the carrier, • an electrical control module secured to the carrier, • wherein the water treatment device is configured as a transportable unit. • a carrier, • at least one first interface for feeding and draining fluid, which is secured to the carrier and which is accessible from the outer side of the carrier, said first interface being configured to be detachably connected to a second interface on a stationary plant component of a humidification device, • a reverse osmosis module secured to the carrier, • a low-pressure pump module secured to the carrier, • a high-pressure pump module secured to the carrier, • an electrical control module secured to the carrier, • wherein the water treatment device is configured as a transportable unit.
A method for dynamically activating gateway functions on a communication device (110; 200) operating in a trunked mode and the communication device (110; 200) being associated with other communication devices operating in a direct mode operation, DMO, coverage area with respect to the communication device (110; 200), comprising: determining, by the communication device (110; 200), that an associated communication device (110; 200) is likely to be out of a network coverage area, while the communication device (110; 200) is still in the network coverage area; determining, by the communication device (110; 200) via a polling component of the communication device (110; 200), whether the associated communication device is inaccessible, or is operating in an operating mode consisting of a trunked mode or a direct mode, when it is determined that the associated communication device is likely to be out of the network coverage area; and dynamically activating, by the communication device (110; 200), gateway functions in the communication device (110; 200) upon determining that the associated communication device is operating in the direct mode, wherein the communication device (110; 200) is configured to function as a direct mode gateway for the associated communication device when the gateway functions are activated. determining, by the communication device (110; 200), that an associated communication device (110; 200) is likely to be out of a network coverage area, while the communication device (110; 200) is still in the network coverage area; determining, by the communication device (110; 200) via a polling component of the communication device (110; 200), whether the associated communication device is inaccessible, or is operating in an operating mode consisting of a trunked mode or a direct mode, when it is determined that the associated communication device is likely to be out of the network coverage area; and dynamically activating, by the communication device (110; 200), gateway functions in the communication device (110; 200) upon determining that the associated communication device is operating in the direct mode, wherein the communication device (110; 200) is configured to function as a direct mode gateway for the associated communication device when the gateway functions are activated.
A heat exchanger comprising: a shell having: a case in which a space is formed; a top cover coupled to the top of the case; and a lower cover coupled to the bottom of the case; a cooling water inflow pipe having an exit end through which cooling water exits into the space; a tube through which a refrigerant that exchanges heat with the cooling water passes; and a cooling water discharge pipe having an inlet end through which the cooling water discharged from the space enters the cooling water discharge pipe, wherein the tube has a spiral pipe portion positioned in the space and spirally wound, the inlet end is positioned to be spaced from the top cover under the top cover, the height of the inlet end is larger than the height of the upper end of the spiral pipe portion, and the height between the exit end and the lower cover is smaller than the height between the inlet end and the lower cover, wherein the spiral pipe portion is positioned between the cooling water discharge pipe and the shell and has a vertical central axis, characterised in that for the tube, a plurality of tubes (70A, 70B) is disposed in the shell and the plurality of tubes have different distances from the vertical central axis to the spiral pipe portion, wherein the spiral pipe portion of one of the plurality of tubes (70A, 70B) is in contact with the cooling water discharge pipe. a shell having: a case in which a space is formed; a top cover coupled to the top of the case; and a lower cover coupled to the bottom of the case; a case in which a space is formed; a top cover coupled to the top of the case; and a lower cover coupled to the bottom of the case; a cooling water inflow pipe having an exit end through which cooling water exits into the space; a tube through which a refrigerant that exchanges heat with the cooling water passes; and a cooling water discharge pipe having an inlet end through which the cooling water discharged from the space enters the cooling water discharge pipe, wherein the tube has a spiral pipe portion positioned in the space and spirally wound, the inlet end is positioned to be spaced from the top cover under the top cover, the height of the inlet end is larger than the height of the upper end of the spiral pipe portion, and the height between the exit end and the lower cover is smaller than the height between the inlet end and the lower cover, wherein the spiral pipe portion is positioned between the cooling water discharge pipe and the shell and has a vertical central axis, characterised in that for the tube, a plurality of tubes (70A, 70B) is disposed in the shell and the plurality of tubes have different distances from the vertical central axis to the spiral pipe portion, wherein the spiral pipe portion of one of the plurality of tubes (70A, 70B) is in contact with the cooling water discharge pipe.
Basket for securing a container to a dispenser with means for connecting the basket with the dispenser and means for connecting the basket with the container and a cylindrical seat for a valve of the container, wherein the basket provides a fluid connection between the container and the dispenser, wherein the basket provides a single grip area for mounting the basket on the dispenser, characterized in that the grip area is located on the cylindrical seat for a valve of the container and is shaped for being seized by means of a screw wrench, wherein the grip area extends vertically inside the means for connecting the basket with the container.
A liquid injection device, comprising: a conveying mechanism, conveying a battery along a length direction; a weighing mechanism, positioned below the conveying mechanism along a height direction; and a lifting mechanism, configured to generate relative motion between the conveying mechanism and the weighting mechanism to transfer the battery on the conveying mechanism to the weighing mechanism; the liquid injection device further comprises a guide mechanism; the guide mechanism comprises a first guide plate positioned on one side of the battery along a width direction, a second guide plate positioned on the other side of the battery along the width direction, and a power member fixedly connected to the second guide plate for driving the second guide plate to move relative to the first guide plate along the width direction; when the conveying mechanism conveys the battery, the second guide plate and the first guide plate are spaced from the battery along the width direction; and when the second guide plate and the first guide plate clamp the battery together, the lifting mechanism transfers the battery on the conveying mechanism to the weighing mechanism, and the weighing mechanism supports the battery and weighs the battery. a conveying mechanism, conveying a battery along a length direction; a weighing mechanism, positioned below the conveying mechanism along a height direction; and a lifting mechanism, configured to generate relative motion between the conveying mechanism and the weighting mechanism to transfer the battery on the conveying mechanism to the weighing mechanism; the liquid injection device further comprises a guide mechanism; the guide mechanism comprises a first guide plate positioned on one side of the battery along a width direction, a second guide plate positioned on the other side of the battery along the width direction, and a power member fixedly connected to the second guide plate for driving the second guide plate to move relative to the first guide plate along the width direction; when the conveying mechanism conveys the battery, the second guide plate and the first guide plate are spaced from the battery along the width direction; and when the second guide plate and the first guide plate clamp the battery together, the lifting mechanism transfers the battery on the conveying mechanism to the weighing mechanism, and the weighing mechanism supports the battery and weighs the battery.