mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for steaming animal fodder, optionally a hay steamer, comprising: a body defining a chamber in which animal fodder may be placed, the body comprising an upper part and a lower part configured to be placed together to form the chamber, the lower part including a floor on which the animal fodder is supported; an aperture provided in the floor of the lower part; a conduit configured to carry steam to the aperture thereby allowing steam to pass into the chamber; characterised in that it further comprises a controller arranged to control passage of steam to and through the aperture in at least one combined cycle comprising: a low-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively low pressure; a high-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively high pressure; and such that each combined cycle of the least one combined cycle includes the low-pressure phase followed by the high-pressure phase. a body defining a chamber in which animal fodder may be placed, the body comprising an upper part and a lower part configured to be placed together to form the chamber, the lower part including a floor on which the animal fodder is supported; an aperture provided in the floor of the lower part; a conduit configured to carry steam to the aperture thereby allowing steam to pass into the chamber; characterised in that it further comprises a controller arranged to control passage of steam to and through the aperture in at least one combined cycle comprising: a low-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively low pressure; a high-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively high pressure; and such that each combined cycle of the least one combined cycle includes the low-pressure phase followed by the high-pressure phase. a low-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively low pressure; a high-pressure phase in which the controller allows steam to pass to and through the aperture into the chamber at a relatively high pressure; and such that each combined cycle of the least one combined cycle includes the low-pressure phase followed by the high-pressure phase.
An apparatus, comprising: a first fin structure with a first number of parallel oriented larger fins integrally formed with a first base, wherein the first base has a first bottom surface opposite the larger fins; a second fin structure with a second number of parallel oriented smaller fins integrally formed with a second base, wherein the second base has a second bottom surface opposite the smaller fins, wherein the second bottom surface contacts the larger fins, wherein the larger fins are oriented parallel to the smaller fins, and wherein ducts are formed between the larger fins, the second bottom surface and the first base; a mounting platform attached to the first bottom surface; and a light emitting diode attached to the mounting platform; characterized in that the larger fins are more than twice as tall as the smaller fins, there are more than twice as many smaller fins disposed across the second base as there are larger fins disposed across the first base per unit distance perpendicular to the smaller fins, a first end of each duct is blocked by an end wall, and that an intake hole passes through the first base into each duct at the first end of each duct. a first fin structure with a first number of parallel oriented larger fins integrally formed with a first base, wherein the first base has a first bottom surface opposite the larger fins; a second fin structure with a second number of parallel oriented smaller fins integrally formed with a second base, wherein the second base has a second bottom surface opposite the smaller fins, wherein the second bottom surface contacts the larger fins, wherein the larger fins are oriented parallel to the smaller fins, and wherein ducts are formed between the larger fins, the second bottom surface and the first base; a mounting platform attached to the first bottom surface; and a light emitting diode attached to the mounting platform; characterized in that the larger fins are more than twice as tall as the smaller fins, there are more than twice as many smaller fins disposed across the second base as there are larger fins disposed across the first base per unit distance perpendicular to the smaller fins, a first end of each duct is blocked by an end wall, and that an intake hole passes through the first base into each duct at the first end of each duct.
A compound of formula: wherein M is Zr or Hf and each R independently is methyl, an unsubstituted (C 2 -C 4)alkyl group, an unsubstituted (C 5 -C 12)alkyl group, an unsubstituted or substituted quaternary-arylalkyl group, or both R groups are bonded together to give R'-R', wherein R'-R' is an unsubstituted or substituted alkylene or arylalkylene, wherein each quaternary-arylalkyl group sequentially contains a quaternary alkyl, a phenylene, and a (C 1 -C 3) alkylene linker and wherein the quaternary alkyl is bonded to the phenylene, which is bonded to the (C 1 -C 3) alkylene linker, which is bonded to the metal M.
Robotic device for catching and releasing drones, comprising: - a robotic arm comprising a plurality of links (21, 22, 23), where the robotic arm is configured for alternating between a retracted configuration and an extended configuration; and - a catching/releasing means coupled to a tip of the robotic arm for catching/releasing a drone; characterized in that the catching/releasing means comprises: - a distal diaphragm configured for alternating between an open position where a size of an opening of said diaphragm is larger than a size of an enlarged end portion of an elongated grasp body protruding downwards from the drone, and a closed position where the size of the opening of the diaphragm is smaller than the size of said enlarged end portion of said elongated grasp body of the drone; and - a proximal claw provided behind, and aligned with, the distal diaphragm, where the claw is configured for alternating between an open position where a size of a cavity of said claw is larger than the size of the enlarged end portion of said elongated grasp body of the drone, and a closed position where the claw clamps the enlarged end portion of said elongated grasp body of the drone if present within the cavity. - a robotic arm comprising a plurality of links (21, 22, 23), where the robotic arm is configured for alternating between a retracted configuration and an extended configuration; and - a catching/releasing means coupled to a tip of the robotic arm for catching/releasing a drone; - a distal diaphragm configured for alternating between an open position where a size of an opening of said diaphragm is larger than a size of an enlarged end portion of an elongated grasp body protruding downwards from the drone, and a closed position where the size of the opening of the diaphragm is smaller than the size of said enlarged end portion of said elongated grasp body of the drone; and - a proximal claw provided behind, and aligned with, the distal diaphragm, where the claw is configured for alternating between an open position where a size of a cavity of said claw is larger than the size of the enlarged end portion of said elongated grasp body of the drone, and a closed position where the claw clamps the enlarged end portion of said elongated grasp body of the drone if present within the cavity.
A method for diagnosing a fault or open circuit in a network that has network elements (28, 30, 32) and a data bus having a normal high logic level and a normal low logic level consistent with a termination circuit signal applied by one or more of the network elements (28, 30, 32) of the network to the data bus; characterized in that the method comprises: injecting a test signal into the data bus of the network during a test time period, the test signal having at least one of a greater logic level greater than the normal high logic level of the data bus or a lower logic level lower than the normal low logic level of the data bus; during the test time period, sensing an aggregate level of an aggregate signal on the data bus, the aggregate signal composed of the termination circuit signal applied by one or more of the network elements (28, 30, 32) of the network to the data bus and the test signal; and determining whether a faulty connection between the data bus and a network element (28, 30, 32) exists, where a faulty connection results in the sensed aggregate level exceeding at least one of the normal high logic level and the normal low logic level. injecting a test signal into the data bus of the network during a test time period, the test signal having at least one of a greater logic level greater than the normal high logic level of the data bus or a lower logic level lower than the normal low logic level of the data bus; during the test time period, sensing an aggregate level of an aggregate signal on the data bus, the aggregate signal composed of the termination circuit signal applied by one or more of the network elements (28, 30, 32) of the network to the data bus and the test signal; and determining whether a faulty connection between the data bus and a network element (28, 30, 32) exists, where a faulty connection results in the sensed aggregate level exceeding at least one of the normal high logic level and the normal low logic level.
A measurement method performed by a user equipment, UE, comprising: receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, from a first base station, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set to the first base station, wherein CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers, or different frequency domain resource configurations. receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, from a first base station, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set to the first base station, wherein CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers, or different frequency domain resource configurations.
A system for cooling a compressed working fluid, comprising: a compressor having a series of compression stages (104a-d) for compressing a working fluid, the series of compression stages including an evaporative compression stage and a target compression stage, wherein the evaporative compression stage compresses the working fluid to at least a critical pressure; a series of heat exchangers (106a-d) fluidly coupled to the series of compression stages such that at least one heat exchanger interposes adjacent compression stages, the series of heat exchangers being configured to decrease a temperature of the working fluid discharged from a preceding compression stage; and a valve fluidly coupled to a heat exchanger following the evaporative compression stage, the valve being configured to throttle a portion of the working fluid to at least its saturated liquid-vapor state; characterized in that the system further comprises a fogging device fluidly coupled to the valve and the target compression stage, the fogging device being configured to convert the portion of the working fluid into atomized droplets and evaporate the portion of the working fluid to evaporatively cool the working fluid entering the target compression stage. a compressor having a series of compression stages (104a-d) for compressing a working fluid, the series of compression stages including an evaporative compression stage and a target compression stage, wherein the evaporative compression stage compresses the working fluid to at least a critical pressure; a series of heat exchangers (106a-d) fluidly coupled to the series of compression stages such that at least one heat exchanger interposes adjacent compression stages, the series of heat exchangers being configured to decrease a temperature of the working fluid discharged from a preceding compression stage; and a valve fluidly coupled to a heat exchanger following the evaporative compression stage, the valve being configured to throttle a portion of the working fluid to at least its saturated liquid-vapor state; characterized in that the system further comprises a fogging device fluidly coupled to the valve and the target compression stage, the fogging device being configured to convert the portion of the working fluid into atomized droplets and evaporate the portion of the working fluid to evaporatively cool the working fluid entering the target compression stage.
A motor over-current protection system, comprising: a processor assessing (a) a signal value corresponding to an amount of current provided to a motor (24, 42) and (b) a speed of the motor (24, 42), the processor terminating the current to the motor (24, 42) based on at least one of the assessed signal value and the assessed speed, further comprising a pulse-width-modulation driver (56, 66) in electrical communication with the processor, the pulse-width-modulation driver (56, 66) providing the current to the motor (24, 42) by adjusting the duty cycle of the signal, wherein - said protection system is connected to a motor (24, 42) operable to move a video camera of trr a video surveillance system, - and the system comprises means for monitoring any movement of the camera after the processor has triggered the over-current protection and manual adjustments to the camera position have been made and - the system making a determination whether the position has not changed for some predetermined period of time, at which point the processor reactivates or resets the over-current protection and locks in a current camera position by providing a driving signal to the motor (24, 42) to produce sufficient torque to maintain said camera position. - said protection system is connected to a motor (24, 42) operable to move a video camera of trr a video surveillance system, - and the system comprises means for monitoring any movement of the camera after the processor has triggered the over-current protection and manual adjustments to the camera position have been made and - the system making a determination whether the position has not changed for some predetermined period of time, at which point the processor reactivates or resets the over-current protection and locks in a current camera position by providing a driving signal to the motor (24, 42) to produce sufficient torque to maintain said camera position.
A device for obtaining a containment capacity of a housing of a continuous-flow machine, comprising: a housing section of the continuous-flow machine with an opening that radially penetrates the housing section in the area of an array of rotor blades; and an element inserted into the opening, which element has the form of a sensor or of a probe; characterised by a device for absorbing impact energy of at least one blade fragment that acts on said element, which blade fragment includes a holder for holding the element in a target position, which has at least one predetermined breaking point and releases the element as from a preset maximum load, and a rearward cage for securing said element in the case of a radially outwardly directed displacement, in order to prevent a release of the element from the housing section. a housing section of the continuous-flow machine with an opening that radially penetrates the housing section in the area of an array of rotor blades; and an element inserted into the opening, which element has the form of a sensor or of a probe; characterised by a device for absorbing impact energy of at least one blade fragment that acts on said element, which blade fragment includes a holder for holding the element in a target position, which has at least one predetermined breaking point and releases the element as from a preset maximum load, and a rearward cage for securing said element in the case of a radially outwardly directed displacement, in order to prevent a release of the element from the housing section.
An automated apparatus for processing panels made of wood-like material, the apparatus comprising: - a machine for the longitudinal and transverse cutting to size of a blank panel, - means for loading blank panels on said cutting machine; characterized by - two edging centers (13, 14), each one adjacent to one side of two opposite sides (15, 16) of said cutting machine, each edging center (13, 14) comprising two consecutive work tables (17, 18, 19, 20) and single edging means (21, 22) adapted to serve both work tables (17, 18, 19, 20), - means (23, 24) for transferring the cut panels to said edging centers (13, 14) and for transferring a partially edged panel from one work table (17, 19) to the other work table (18, 20) of the same edging center (13, 14). - a machine for the longitudinal and transverse cutting to size of a blank panel, - means for loading blank panels on said cutting machine; characterized by - two edging centers (13, 14), each one adjacent to one side of two opposite sides (15, 16) of said cutting machine, each edging center (13, 14) comprising two consecutive work tables (17, 18, 19, 20) and single edging means (21, 22) adapted to serve both work tables (17, 18, 19, 20), - means (23, 24) for transferring the cut panels to said edging centers (13, 14) and for transferring a partially edged panel from one work table (17, 19) to the other work table (18, 20) of the same edging center (13, 14).
A composite leather-based material for cladding components of a vehicle, comprising: - a leather layer having a predetermined thickness of less than 0.8 mm, a first external face and a second internal face; - a support layer made of a thermoplastic material in the form of a fabric or net having a predetermined thickness of about 0.4 mm, adherent to said second face of said leather layer; - a polyamide adhesive arranged between the leather layer and the support layer; whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2; characterised in that said support layer is made of isotropic polyethersulfone (PESF). - a leather layer having a predetermined thickness of less than 0.8 mm, a first external face and a second internal face; - a support layer made of a thermoplastic material in the form of a fabric or net having a predetermined thickness of about 0.4 mm, adherent to said second face of said leather layer; - a polyamide adhesive arranged between the leather layer and the support layer; whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2; characterised in that said support layer is made of isotropic polyethersulfone (PESF). whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2; characterised in that said support layer is made of isotropic polyethersulfone (PESF).
A method of detecting Graft versus Host Disease, GVHD, in a mammal including a human comprising the steps of; measuring the level of GSK-3β in a sample obtained from said mammal, wherein a significant deviation from normal values indicates the presence of GVHD.
A non-volatile memory system comprising: an array of resistive random access memory (RRAM) cells organized into rows and columns, wherein each cell comprises a top electrode, a bottom electrode, and a switching layer between the top electrode and bottom electrode; a plurality of bit lines, each bit line coupled to four columns of RRAM cells, wherein each column of RRAM cells is coupled to only one of the plurality of bit lines; a plurality of word lines, each word line coupled to a row of RRAM cells; and a plurality of source lines, each source line coupled to a portion of two pairs of adjacent rows of RRAM cells, wherein each of the plurality of source lines is orthogonal to at least one of the plurality of word lines; wherein each RRAM cell is capable of being formed, set, and reset by applying different combinations of voltages or current to an associated bit line, word line, and source line to alter the switching layer of the RRAM cell; and wherein each bit is stored in four RRAM cells (1801, 1802, 1803, 1804) coupled to a common bit line, a common source line, and a common word line through the gate of a common control transistor and operated upon identically. an array of resistive random access memory (RRAM) cells organized into rows and columns, wherein each cell comprises a top electrode, a bottom electrode, and a switching layer between the top electrode and bottom electrode; a plurality of bit lines, each bit line coupled to four columns of RRAM cells, wherein each column of RRAM cells is coupled to only one of the plurality of bit lines; a plurality of word lines, each word line coupled to a row of RRAM cells; and a plurality of source lines, each source line coupled to a portion of two pairs of adjacent rows of RRAM cells, wherein each of the plurality of source lines is orthogonal to at least one of the plurality of word lines; wherein each RRAM cell is capable of being formed, set, and reset by applying different combinations of voltages or current to an associated bit line, word line, and source line to alter the switching layer of the RRAM cell; and wherein each bit is stored in four RRAM cells (1801, 1802, 1803, 1804) coupled to a common bit line, a common source line, and a common word line through the gate of a common control transistor and operated upon identically.
A polymer grade lactic acid monomer producing strain for producing extremely high optical pure L-lactic acid by fermentation, wherein, the deposit number of the strain is CGMCC No.11060.