mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus that is to be connected to an external apparatus via a network, comprising: participation means configured to participate in a first network formed by an external access point; forming means configured to form a second network, with the communication apparatus as an access point; holding means (410, 420, 430) configured to hold in a memory (103, 203), information on one or more external apparatuses to which the communication apparatus has been connected before, information on the first network previously formed by the external access point, and information on the second network previously formed by the forming means; accepting means configured to accept selection, before participating in the first network or forming the second network, on the basis of the information on the one or more external apparatuses held in the memory, of an external apparatus for which communication is to be established; and searching means configured to search for, if the selection is accepted by the accepting means, one or more first networks corresponding to the information held in the memory in an area surrounding the communication apparatus, wherein, if the one or more first networks corresponding to the information held in the memory is found, the participation means is configured to participate in one of the one or more first networks found by the searching means and, if the one or more first networks corresponding to the information held in the memory is not found, the forming means is configured to form the second network referring to the information on the second network held in the memory. participation means configured to participate in a first network formed by an external access point; forming means configured to form a second network, with the communication apparatus as an access point; holding means (410, 420, 430) configured to hold in a memory (103, 203), information on one or more external apparatuses to which the communication apparatus has been connected before, information on the first network previously formed by the external access point, and information on the second network previously formed by the forming means; accepting means configured to accept selection, before participating in the first network or forming the second network, on the basis of the information on the one or more external apparatuses held in the memory, of an external apparatus for which communication is to be established; and searching means configured to search for, if the selection is accepted by the accepting means, one or more first networks corresponding to the information held in the memory in an area surrounding the communication apparatus, wherein, if the one or more first networks corresponding to the information held in the memory is found, the participation means is configured to participate in one of the one or more first networks found by the searching means and, if the one or more first networks corresponding to the information held in the memory is not found, the forming means is configured to form the second network referring to the information on the second network held in the memory.
A tyre comprising an impermeable layer designed to ensure the sealing under pressure of the air contained in the inner cavity of the carcass and a foam material housed on the inside of said inner cavity; said tyre being characterized in that said foam material has a porosity made up of open cells having an average size ranging from 150 to 190 μm with a standard deviation ranging from 5% to 15%; characterized in that said foam material has a density ranging from 10 to 15 Kg/m 3 and is made of polyester-based or polyether-based polyurethane.
A pitch control mechanism for controlling the pitch of propellers of a propeller assembly (61 a), the pitch control mechanism having: a hydraulic actuator which has first and second hydraulic cylinders, each hydraulic cylinder being operable to angularly displace the propellers of the propeller assembly between fine and coarse positions, one or more main hydraulic fluid supply lines which are connected to the first and second hydraulic cylinders to supply fluid via the main hydraulic fluid supply lines to operate the hydraulic cylinders, characterized by further comprising: one or more first back-up hydraulic fluid supply lines which are connected to the first hydraulic cylinder to supply fluid via the first back-up hydraulic fluid supply lines to the first hydraulic cylinder to displace the propellers to a coarser position, and one or more second back-up hydraulic fluid supply lines which are connected to the second hydraulic cylinder to supply fluid via the second back-up hydraulic fluid supply lines to the second hydraulic cylinder to displace the propellers to a coarser position; wherein, in the event of inadequate supply of fluid by the main hydraulic fluid supply lines, the first and/or the second back-up hydraulic fluid supply lines can supply fluid to the respective hydraulic cylinders to displace the propellers to a coarser position. a hydraulic actuator which has first and second hydraulic cylinders, each hydraulic cylinder being operable to angularly displace the propellers of the propeller assembly between fine and coarse positions, one or more main hydraulic fluid supply lines which are connected to the first and second hydraulic cylinders to supply fluid via the main hydraulic fluid supply lines to operate the hydraulic cylinders, one or more first back-up hydraulic fluid supply lines which are connected to the first hydraulic cylinder to supply fluid via the first back-up hydraulic fluid supply lines to the first hydraulic cylinder to displace the propellers to a coarser position, and one or more second back-up hydraulic fluid supply lines which are connected to the second hydraulic cylinder to supply fluid via the second back-up hydraulic fluid supply lines to the second hydraulic cylinder to displace the propellers to a coarser position;
Fall arrest safety apparatus (10, 100) with blocking on rope, comprising: - a rigid body (12, 112) provided with a trunking (13, 113) for housing the rope, - a securing system (15, 115) designed to swivel between a closed position to cooperate with the rope by blocking the latter at the bottom of the trunking in case of a fall, and an open position releasing access to the trunking for fitting or removal of the rope, - and a control device to move said securing system from the closed position to the open position, and vice-versa, characterized in that the control device comprises a pair of gripping cleats (22, 23; 122, 123) independent of each other and able to be actuated simultaneously to stabilize and lock the securing system (15, 115) in the open position allowing access to the trunking (13, 113), the two gripping cleats (22, 23; 122, 123) being arranged side by side and articulated around a transverse axis integral to the pivoting securing system (15, 115). - a rigid body (12, 112) provided with a trunking (13, 113) for housing the rope, - a securing system (15, 115) designed to swivel between a closed position to cooperate with the rope by blocking the latter at the bottom of the trunking in case of a fall, and an open position releasing access to the trunking for fitting or removal of the rope, - and a control device to move said securing system from the closed position to the open position, and vice-versa,
A wire arranging device, comprising a plurality of bus bars for interconnecting plus terminals and minus terminals of batteries which are alternately disposed in a pair of a first terminal row and a second terminal row arranged in parallel with each other, each of the bus bars interconnecting a set of the plus terminal of each of the batteries and the minus terminal of the adjacent battery, a first row of bus bar containing rooms and a second row of bus bar containing rooms in which the bus bar containing rooms are continued, the bus bar containing rooms being defined to respectively contain the bus bars, a first tray part and a second tray part which are respectively connected to the first row of the bus bar containing rooms and the second row of the bus bar containing rooms, a plurality of first wires, wherein one ends of the first wires are respectively connected to the bus bars of the first row of the bus bar containing rooms and placed on the first tray part, while the other ends of the first wires are guided out toward one end side in a terminal arranging direction of the second terminal row and connected to a first connector, and a plurality of second wires, wherein one ends of the second wires are respectively connected to the bus bars of the second row of the bus bar containing rooms and placed on the second tray part, while the other ends of the second wires are guided out toward one end side in a terminal arranging direction of the first terminal row and connected to a second connector, characterised in that the first tray part and the second tray part are stacked on each other. a plurality of bus bars for interconnecting plus terminals and minus terminals of batteries which are alternately disposed in a pair of a first terminal row and a second terminal row arranged in parallel with each other, each of the bus bars interconnecting a set of the plus terminal of each of the batteries and the minus terminal of the adjacent battery, a first row of bus bar containing rooms and a second row of bus bar containing rooms in which the bus bar containing rooms are continued, the bus bar containing rooms being defined to respectively contain the bus bars, a first tray part and a second tray part which are respectively connected to the first row of the bus bar containing rooms and the second row of the bus bar containing rooms, a plurality of first wires, wherein one ends of the first wires are respectively connected to the bus bars of the first row of the bus bar containing rooms and placed on the first tray part, while the other ends of the first wires are guided out toward one end side in a terminal arranging direction of the second terminal row and connected to a first connector, and a plurality of second wires, wherein one ends of the second wires are respectively connected to the bus bars of the second row of the bus bar containing rooms and placed on the second tray part, while the other ends of the second wires are guided out toward one end side in a terminal arranging direction of the first terminal row and connected to a second connector, characterised in that the first tray part and the second tray part are stacked on each other.
An oil mist separator of a crankcase ventilation device of an internal combustion engine, comprising a separator housing, a raw gas channel conducting raw gas out of the crankcase of the internal combustion engine into a raw gas region (11.1) of the separator, a clean gas channel discharging clean gas out of a clean gas region (11.2) of the separator, and an oil recirculation channel recirculating oil separated from the crankcase ventilation gas into the crankcase of the internal combustion engine, with a valve, which opens the oil recirculation channel if a predeterminable pressure difference between the two sides of the valve is no longer met, being arranged in the course of said oil recirculation channel, characterised in - that the valve has a floating body as a valve body, the density of said floating body being lower than the density of oil and said floating body can be raised into the closed position thereof against a valve seat by an oil level in the oil recirculation channel that rises starting from the crankcase, and - that the weight of the valve body and the size of a valve channel enclosing the valve body are matched to each other such that, when a predeterminable velocity of a gas flow is reached in the valve channel in the direction from the crankcase to the separator housing, the valve body can be raised against the valve seat into the closed position thereof by the gas flow and a gas pressure difference acting on the valve body. - that the valve has a floating body as a valve body, the density of said floating body being lower than the density of oil and said floating body can be raised into the closed position thereof against a valve seat by an oil level in the oil recirculation channel that rises starting from the crankcase, and - that the weight of the valve body and the size of a valve channel enclosing the valve body are matched to each other such that, when a predeterminable velocity of a gas flow is reached in the valve channel in the direction from the crankcase to the separator housing, the valve body can be raised against the valve seat into the closed position thereof by the gas flow and a gas pressure difference acting on the valve body.
A washing machine including an anti-vibration leg rubber, wherein in temperature variance measurement of dynamic viscoelasticity at a frequency of 30 Hz, said anti-vibration leg rubber has a maximum loss factor at a temperature of -10°C to 40 °C, both inclusive, said anti-vibration leg rubber has a loss factor of 0.4 or more in an entire temperature range of -10°C to 40°C, both inclusive, at the frequency of 30 Hz, and compression set of said anti-vibration leg rubber is 30% or less, said anti-vibration rubber comprises a polymer component consisting essentially of butyl rubber, a tackifying resin and a metal oxide as a vulcanizing agent.
A device for treating a wound, the device comprising: an elongate support configured to be positioned over a length of an incision in tissue; and a sealant layer positioned over the elongate support, the sealant layer comprising: an adhesive on one or more surfaces of the sealant layer configured to seal with an area of tissue around the incision to form a sealed space over the elongate support and the incision; and at least one elastic element configured to pull a first edge of the incision toward a second edge of the incision, wherein the first edge of the incision is displaced toward the second edge of the incision by reducing pressure of a space between the first edge and the second edge when the sealed space receives reduced pressure, and wherein the at least one elastic element is incorporated or attachable to the sealant layer, and the elongate support comprises at least one channel configured to permit collapse of the sealant layer around the elongate support when the sealed space receives the reduced pressure. an elongate support configured to be positioned over a length of an incision in tissue; and a sealant layer positioned over the elongate support, the sealant layer comprising: an adhesive on one or more surfaces of the sealant layer configured to seal with an area of tissue around the incision to form a sealed space over the elongate support and the incision; and at least one elastic element configured to pull a first edge of the incision toward a second edge of the incision, an adhesive on one or more surfaces of the sealant layer configured to seal with an area of tissue around the incision to form a sealed space over the elongate support and the incision; and at least one elastic element configured to pull a first edge of the incision toward a second edge of the incision, wherein the first edge of the incision is displaced toward the second edge of the incision by reducing pressure of a space between the first edge and the second edge when the sealed space receives reduced pressure, and wherein the at least one elastic element is incorporated or attachable to the sealant layer, and the elongate support comprises at least one channel configured to permit collapse of the sealant layer around the elongate support when the sealed space receives the reduced pressure.
An apparatus for compacting fabrics, said apparatus comprising at least one pair of compacting units (200, 300) respectively comprising a conveyor belt (210, 310) supported by a set of rollers which define an endless path, said compacting units (200, 300) stretching out in a longitudinal direction and being spaced apart in a vertical direction that is perpendicular to said longitudinal direction, the compacting units (200, 300) being arranged so that their conveyor belts face each other and define therebetween a slit through which a fabric to be treated may be received and made to pass, wherein the conveyor belts (210, 310) are moveable by way of respective chains (220, 320) of the compacting units (200, 300), said chains (220, 320) being supported by sets of rollers forming an endless path which overlaps at least partially to that of the conveyor belts (210, 310), characterized in that each chain (220, 320) is arranged beneath the respective conveyor belt, extends in the longitudinal direction and in a transverse direction, perpendicular to the longitudinal and vertical direction, thereby mating the surfaces of the respective conveyor belt and is extensible/retractable in the longitudinal direction, in that links of the chains (220, 320) have gripping surfaces intended to face the respective conveyor belt (210, 310) and in that two consecutive rollers (232, 233) of said endless path that are respectively arranged at an intermediate position of said slit and at an outlet thereof are motorized rollers configured to operate at different angular velocities.
A method for microscopically imaging a sample with a scanner comprising a sensor including a 2D array of pixels in an XY coordinate system, the axis Y being substantially perpendicular to the scan direction, wherein the scanner is arranged such that the sensor can image an oblique cross section of the sample, and wherein the method comprises the steps of: • activating a first sub-array of the 2D array of pixels, the first sub-array extending mainly along the Y axis at a first X coordinate and the sub-array including a line of pixels, • creating a first image by imaging a first area of the sample by means of the first sub-array of pixels, and • adjusting the first X coordinate during a scanning process to updated positions at which the scanner determines the line of pixels will be in focus, • imaging a second area of the sample with a subset of pixels of the 2D array of said sensor, the subset being substantially different than the sub-array of pixels, • deriving focus information from this image during a scanning process by determining which pixels of the subset are able to capture the image in focus, and • determining the first X coordinate from the focus information. • activating a first sub-array of the 2D array of pixels, the first sub-array extending mainly along the Y axis at a first X coordinate and the sub-array including a line of pixels, • creating a first image by imaging a first area of the sample by means of the first sub-array of pixels, and • adjusting the first X coordinate during a scanning process to updated positions at which the scanner determines the line of pixels will be in focus, • imaging a second area of the sample with a subset of pixels of the 2D array of said sensor, the subset being substantially different than the sub-array of pixels, • deriving focus information from this image during a scanning process by determining which pixels of the subset are able to capture the image in focus, and • determining the first X coordinate from the focus information.
A controlled release oral pharmaceutical composition comprising of: a. therapeutically effective amount of one or more pharmacologically active agents showing low bioavailability; b. one or more solubilizers wherein ratio of drug to said solubilizer is 20:1 to 1:20; c. one or more biocompatible swelling agents; and d. a swelling enhancer in an amount of 5 to 90 weight percent; wherein the swelling agent in combination with swelling enhancer, swell in the presence of gastric fluid such that the size of the dosage form is sufficiently increased to provide retention of the dosage form in the stomach of a patient, and gradually erode within the gastrointestinal tract over a prolonged time period. a. therapeutically effective amount of one or more pharmacologically active agents showing low bioavailability; b. one or more solubilizers wherein ratio of drug to said solubilizer is 20:1 to 1:20; c. one or more biocompatible swelling agents; and d. a swelling enhancer in an amount of 5 to 90 weight percent;
An X-ray exposure control device which is used in an X-ray image detection apparatus (14, 102, 122) to detect an X-ray image of a radiography target exposed to X-ray radiation from an X-ray source and which controls an accumulated dose of the X-ray radiation received by the radiography target, the X-ray exposure control device comprising: an X-ray detection element (18, 18a, 18b, 18c, 106) including a plurality of pixels for dose detection (76, 76a) each detecting a dose of the X-ray and provided at a position opposed to the X-ray source; a region setting unit configured to set a use pixel region including pixels for use in dose detection from the plurality of pixels for dose detection; a signal generating unit configured to generate a stop signal for stopping the X-ray radiation from the X-ray source according to the dose detected by each of the pixels for use in the dose detection within the use pixel region set by the region setting unit; and a transmission unit configured to transmit to the X-ray source the stop signal to stop the X-ray radiation as generated by the signal generating unit, CHARACTERIZED IN THAT the region setting unit is configured to identify subject pixels representing the radiography target constituting a subject or pixels within a radiation field exposed to the X-ray radiation during the X-ray radiation by combining a plurality of pixel characteristics and neighboring pixel characteristics from dose information of the plurality of pixels for dose detection (76, 76a) in the course of the X-ray radiation, and set the use pixel region to contain the subject pixels or the pixels within the radiation field as the pixels for use in the dose detection. an X-ray detection element (18, 18a, 18b, 18c, 106) including a plurality of pixels for dose detection (76, 76a) each detecting a dose of the X-ray and provided at a position opposed to the X-ray source; a region setting unit configured to set a use pixel region including pixels for use in dose detection from the plurality of pixels for dose detection; a signal generating unit configured to generate a stop signal for stopping the X-ray radiation from the X-ray source according to the dose detected by each of the pixels for use in the dose detection within the use pixel region set by the region setting unit; and a transmission unit configured to transmit to the X-ray source the stop signal to stop the X-ray radiation as generated by the signal generating unit, CHARACTERIZED IN THAT the region setting unit is configured to identify subject pixels representing the radiography target constituting a subject or pixels within a radiation field exposed to the X-ray radiation during the X-ray radiation by combining a plurality of pixel characteristics and neighboring pixel characteristics from dose information of the plurality of pixels for dose detection (76, 76a) in the course of the X-ray radiation, and set the use pixel region to contain the subject pixels or the pixels within the radiation field as the pixels for use in the dose detection.