mhurhangee/ep-ind-claims huggingface dataset:
An antenna module in a wireless communication system, comprising: a printed circuit board, PCB (210, 310, 510); a plurality of antenna elements forming an array antenna configured to radiate a radio frequency, RF, signal; a first radio frequency integrated circuit, RFIC (371, 571), disposed between a first antenna element and a second antenna element of the plurality of antenna elements, a second RFIC (372, 572) disposed between a third antenna element and a fourth antenna element of the plurality of antenna elements, wherein the first RFIC (371, 571) is smaller than a gap between the first antenna element and the second antenna element and the second RFIC (372, 572) is smaller than a gap between the third antenna element and the fourth antenna element, and wherein the plurality of antenna elements, the first RFIC and the second RFIC are disposed on a first surface of the PCB (210, 310, 510). a printed circuit board, PCB (210, 310, 510); a plurality of antenna elements forming an array antenna configured to radiate a radio frequency, RF, signal; a first radio frequency integrated circuit, RFIC (371, 571), disposed between a first antenna element and a second antenna element of the plurality of antenna elements, a second RFIC (372, 572) disposed between a third antenna element and a fourth antenna element of the plurality of antenna elements, wherein the first RFIC (371, 571) is smaller than a gap between the first antenna element and the second antenna element and the second RFIC (372, 572) is smaller than a gap between the third antenna element and the fourth antenna element, and wherein the plurality of antenna elements, the first RFIC and the second RFIC are disposed on a first surface of the PCB (210, 310, 510).
A sheet stacking device comprising: a hopper unit that stacks box making sheets; an ejection unit that ejects each of the box making sheets to the hopper unit; and a guide device that is disposed between the ejection unit and the hopper unit and has a first guide part that guides a lower surface of the box making sheet in a horizontal direction, and a second guide part that guides a rear end of the box making sheet in a vertical direction characterized in that, the ejection unit has an upper ejection roll and a lower ejection roll in which a circumferential groove is formed, the guide device has a third guide part of which a base end is coupled to the first guide part, and the third guide part has a distal end disposed within the circumferential groove. a hopper unit that stacks box making sheets; an ejection unit that ejects each of the box making sheets to the hopper unit; and a guide device that is disposed between the ejection unit and the hopper unit and has a first guide part that guides a lower surface of the box making sheet in a horizontal direction, and a second guide part that guides a rear end of the box making sheet in a vertical direction characterized in that, the ejection unit has an upper ejection roll and a lower ejection roll in which a circumferential groove is formed, the guide device has a third guide part of which a base end is coupled to the first guide part, and the third guide part has a distal end disposed within the circumferential groove.
Machine for covering the covers (2, 3) of a book of different dimensions starting from a film sheet, said machine comprising a work plane on which said film sheet is placed, said machine comprising cutting and welding means (81, 82) of the film sheet, first and second folding means of the ends (7, 8) of the film sheet and a control unit configured to control said cutting and welding means and said first and second folding means as a function of the book dimension (Lu, La, D) for the covering operation of the book covers, characterized in that said machine is an automatic machine and by comprising reception and gripping means configured to receive said book, with the covers in open position, at the input position and configured to grip the body of the book outside the work plane and to transport the book at the working position over the film sheet for the covering operation of the book covers, said control unit being adapted to control said reception and gripping means, said control unit being configured to control said first and second folding means (91, 92) to fold the ends (7, 8) of the film sheet on the internal parts of the covers (2, 3) of the book and said cutting and welding means to cut and weld the sheet of the film sheet already folded by said first and second folding means as a function of the book dimension (Lu, La, D).
An aqueous suspension agrochemical composition comprising fenpyrazamine and an acid component, wherein the composition has a pH at 25°C in the range of 2.5 to 6.5.
An espresso coffee machine comprising: a pump for pumping water, a dispensing group configured to cooperate with a portafilter, wherein said portafilter is configured to support a filter loaded with coffee powder, a coffee boiler in fluid communication with said dispensing group, and a water dispensing system (16, 28, 29, 30) for supplying hot water from said coffee boiler to said portafilter, the espresso coffee machine being characterised in that it further comprises a steam dispensing system (14, 33, 6, 31, 16) for supplying steam to said dispensing group so as to perform cleaning of at least a part of said water dispensing system (16, 28,29,30). a pump for pumping water, a dispensing group configured to cooperate with a portafilter, wherein said portafilter is configured to support a filter loaded with coffee powder, a coffee boiler in fluid communication with said dispensing group, and a water dispensing system (16, 28, 29, 30) for supplying hot water from said coffee boiler to said portafilter, the espresso coffee machine being characterised in that it further comprises a steam dispensing system (14, 33, 6, 31, 16) for supplying steam to said dispensing group so as to perform cleaning of at least a part of said water dispensing system (16, 28,29,30).
An evacuation system, comprising: a girt coupled to a door sill; an evacuation slide comprising: a head end coupled to the girt; an extension; a hinge portion coupled between the head end and the extension; and an inflatable lane diverter; the system being characterised in that the inflatable lane diverter is coupled to a bottom surface of the evacuation slide; and further characterised in that in response to a bearing weight of at least 22, 68 kg (50 lbs) and in response to a height of the door sill being less than or equal to a predetermined height, the lane diverter contacts an exit surface in response to bending of the hinge portion, thereby deforming a portion of evacuation slide to divert slide lanes to side exits a girt coupled to a door sill; an evacuation slide comprising: a head end coupled to the girt; an extension; a hinge portion coupled between the head end and the extension; and an inflatable lane diverter; the system being characterised in that the inflatable lane diverter is coupled to a bottom surface of the evacuation slide; and further characterised in that in response to a bearing weight of at least 22, 68 kg (50 lbs) and in response to a height of the door sill being less than or equal to a predetermined height, the lane diverter contacts an exit surface in response to bending of the hinge portion, thereby deforming a portion of evacuation slide to divert slide lanes to side exits a head end coupled to the girt; an extension; a hinge portion coupled between the head end and the extension; and an inflatable lane diverter; the system being characterised in that the inflatable lane diverter is coupled to a bottom surface of the evacuation slide; and further characterised in that in response to a bearing weight of at least 22, 68 kg (50 lbs) and in response to a height of the door sill being less than or equal to a predetermined height, the lane diverter contacts an exit surface in response to bending of the hinge portion, thereby deforming a portion of evacuation slide to divert slide lanes to side exits
A system for performing a merging maneuver of an automated vehicle, with the automated vehicle merging from a current lane into an adjacent lane, with the merging maneuver requiring at least one other road user on the adjacent lane to yield to the automated vehicle, said system configured to: • detect the at least one other road user on the adjacent lane; • evaluate at least two guidance actions (101, 102) for the automated vehicle; • select one guidance action of the evaluated guidance actions (101, 102) considering the evaluation; • guide the automated vehicle in such a way that the at least one other road user understands that the automated vehicle intends to merge in front of the at least one other road user by performing the selected guidance action; • determine if the at least one other road user yields to the automated vehicle; and • guide the automated vehicle to merge in front of the at least one other road user, if it is determined that the at least one other road user yields to the automated vehicle. • detect the at least one other road user on the adjacent lane; • evaluate at least two guidance actions (101, 102) for the automated vehicle; • select one guidance action of the evaluated guidance actions (101, 102) considering the evaluation; • guide the automated vehicle in such a way that the at least one other road user understands that the automated vehicle intends to merge in front of the at least one other road user by performing the selected guidance action; • determine if the at least one other road user yields to the automated vehicle; and • guide the automated vehicle to merge in front of the at least one other road user, if it is determined that the at least one other road user yields to the automated vehicle.
Device for vertebral column support, comprising at least one connecting sliding piece for connecting an anchoring screw to a fastening rod, the structure of the connecting sliding piece being elongate in a general lengthwise direction, the connecting sliding piece comprising a single first hole conformed for the passage and fixing of a single anchoring screw, the connecting sliding piece comprising unique receiving means adapted to receive a portion of a single fastening rod oriented along a transverse axis perpendicular to the lengthwise direction and to receive clamping means (21, 22) for selectively clamping the fastening rod in said unique receiving means or releasing it therefrom, characterized in that: - the connecting sliding piece comprises only two points (9, 10) conformed to penetrate into the bone of a vertebra to retain the connecting sliding piece on the vertebra, - the only two points (9, 10) are disposed in the region of the sliding piece including the receiving means, on the interior face of the sliding piece and opposite the receiving means, which are on the exterior face of the connecting sliding piece, - the only two points (9, 10) are parallel to and offset from each other in the direction of the transverse axis of the connecting sliding piece, parallel to the fastening rod, - the fastening rod is engaged in the end of the receiving means opposite the anchoring screw in the general lengthwise direction. - the connecting sliding piece comprises only two points (9, 10) conformed to penetrate into the bone of a vertebra to retain the connecting sliding piece on the vertebra, - the only two points (9, 10) are disposed in the region of the sliding piece including the receiving means, on the interior face of the sliding piece and opposite the receiving means, which are on the exterior face of the connecting sliding piece, - the only two points (9, 10) are parallel to and offset from each other in the direction of the transverse axis of the connecting sliding piece, parallel to the fastening rod, - the fastening rod is engaged in the end of the receiving means opposite the anchoring screw in the general lengthwise direction.
A device for thermally insulating a region of connection of connection end fittings of two lagged underwater pipes for offshore development of hydrocarbon deposits, at least one of which is a flexible pipe, each connection end fitting including a front end flange and a cylindrical cap extending this flange, said flanges of the connection end fittings being capable of being connected with each other through connecting members, characterized in that it includes a thermally insulating sleeve covering at least one portion of the length of each end fitting, adjacent to the end flange, while leaving said end flange uncovered and a removable thermal-protection lid covering the gap left between both thermally insulating sleeves after connecting the end flanges of both end fittings through said connecting members, said removable lid being attached on each thermally insulating sleeve.
A voltametric measurement system, comprising: two or more electrodes (103; X, Y, Z) to measure an electrochemical property of an aqueous solution, wherein one of the electrodes (109; X) is a mercury meniscus electrode which is arranged to form a liquid mercury surface in contact with the aqueous solution; a recirculatory system comprising a trap arranged to collect liquid mercury shed from the one of the electrodes and a pump (111; 513) arranged to recirculate the liquid mercury collected by the trap back to the one of the electrodes; and a cleaning system comprising a cleaning solution to remove contaminants from the liquid mercury following measurement of the electrochemical property, wherein the cleaning system is arranged to introduce the cleaning solution to the presence of the liquid mercury in order to dissolve said contaminants; wherein the cleaning solution comprises of a chelating agent. two or more electrodes (103; X, Y, Z) to measure an electrochemical property of an aqueous solution, wherein one of the electrodes (109; X) is a mercury meniscus electrode which is arranged to form a liquid mercury surface in contact with the aqueous solution; a recirculatory system comprising a trap arranged to collect liquid mercury shed from the one of the electrodes and a pump (111; 513) arranged to recirculate the liquid mercury collected by the trap back to the one of the electrodes; and a cleaning system comprising a cleaning solution to remove contaminants from the liquid mercury following measurement of the electrochemical property, wherein the cleaning system is arranged to introduce the cleaning solution to the presence of the liquid mercury in order to dissolve said contaminants; wherein the cleaning solution comprises of a chelating agent.
A manufacturing method of a light transmissive film, comprising: providing a film comprising a plurality of nano-units and having a reference direction; and forming a plurality of first stripes parallel to each other on the film by an energy beam, wherein the first stripes are neither perpendicular nor parallel to the reference direction, characterized in that the film is an electrically conductive carbon nanotube film having anisotropic impedance, and a main conductive direction of the electrically conductive carbon nanotube film having anisotropic impedance is substantially parallel to the reference direction, and that the step of providing the film comprises: forming a carbon nanotube layer on a substrate, and stretching the film along a stretching direction by pulling a side of the carbon nanotube layer to stretch the carbon nanotube layer along the stretching direction so as to form a stretched carbon nanotube film, the reference direction being the stretching direction. providing a film comprising a plurality of nano-units and having a reference direction; and forming a plurality of first stripes parallel to each other on the film by an energy beam, wherein the first stripes are neither perpendicular nor parallel to the reference direction, characterized in that the film is an electrically conductive carbon nanotube film having anisotropic impedance, and a main conductive direction of the electrically conductive carbon nanotube film having anisotropic impedance is substantially parallel to the reference direction, and that the step of providing the film comprises: forming a carbon nanotube layer on a substrate, and stretching the film along a stretching direction by pulling a side of the carbon nanotube layer to stretch the carbon nanotube layer along the stretching direction so as to form a stretched carbon nanotube film, the reference direction being the stretching direction. forming a carbon nanotube layer on a substrate, and stretching the film along a stretching direction by pulling a side of the carbon nanotube layer to stretch the carbon nanotube layer along the stretching direction so as to form a stretched carbon nanotube film, the reference direction being the stretching direction.
Heat exchanger for the rapid cooling of flue gas of ironwork plants, comprising a support structure of at least one module which in turn comprises an inlet manifold of the flue gas and an outlet manifold of the flue gas which are mutually opposed and aligned, a plurality of panels extending between said inlet manifold and said outlet manifold and which are mutually superimposed at a defined distance one from the other, wherein pairs of adjacent panels define flow channels of said flue gas, which are closed laterally by shoulders and which have at opposite ends respectively an inlet aperture in communication with said inlet manifold and an outlet aperture in communication with said outlet manifold, circulation ducts of a cooling fluid associated with said panels, characterized in that it comprises first selective closing means of the inlet apertures of one or more of said channels and second selective closing means of the outlet apertures of one or more of said channels, wherein each of said channels is closed laterally by a respective pair of shoulders of which at least one is of the removable type.
A fan having an external rotor motor comprising a rotor rotating about an axis of rotation in a motor section and configured to receive a fan wheel in a radially outward enclosing manner, and motor electronics arranged in an electronics section, wherein the motor section and the electronics section are arranged axially or radially adjacent to each other along the axis of rotation, wherein the external rotor motor in the motor section comprises a stator bushing with a stator pack and motor windings as well as stator cooling fins which are distributed in the peripheral direction, wherein the fan, when operated as intended, generates a pressure difference (Δp) between its suction side and its pressure side by means of the fan wheel, wherein a continuous cooling duct runs inside the external rotor motor along the stator cooling fins from a pressure-side inflow opening to a suction-side outflow opening, characterized in that an exclusively passive cooling air flow through the cooling duct can be generated in operation due to the pressure difference (Δp) generated by the fan wheel, wherein at least one power module of the motor electronics is directly arranged next to the stator bushing which has the stator cooling fins to cool the motor section and at least the power module of the motor electronics by means of the stator bushing.
An amidate compound represented by the formula: wherein A is a substituted or unsubstituted C 1 -C 100 hydrocarbon group, n is an integer of 1 to 6, and D is a nitrogen-containing organic group represented by the following formula,, or: wherein R 1 is a hydrocarbon group that may contain a heteroatom; X is a nitrogen atom, an oxygen atom, or a sulfur atom; and a is 0 or 1, wherein a is 1 when X is a nitrogen atom, and a is 0 when X is an oxygen atom or a sulfur atom; and R 6 and R 7 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; wherein R 1, X, and a are as defined above, and R 8 and R 9 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; or wherein R 1, X, and a are as defined above, and R 10, R 11, R 12, and R 13 are the same or different, and are each a hydrogen atom or a C 1 -C 6 hydrocarbon group that may contain a heteroatom; provided that 1,3-dimethylimidazolium-2-N-(p-chlorophenyl)amidate and 1,3-dimethylimidazolium-2-N-(3',5'-dichlorophenyl)amidate are excluded.
A dry blend for making a fabricated snack product, wherein said dry blend comprises from 15% to 100% of a rice flour composition consisting of 100% pre-gelatinized rice flour and having a) a Water Absorption Index of from 6.0 to 7.5 and b) a Peak Viscosity of from 350 RVU to 500 RVU. a) a Water Absorption Index of from 6.0 to 7.5 and b) a Peak Viscosity of from 350 RVU to 500 RVU.
Use of ACY-1 as a biomarker for: a) ischaemia-reperfusion injury; b) delayed graft function; or c) for assessing the viability of a donor kidney prior to transplantation a) ischaemia-reperfusion injury; b) delayed graft function; or c) for assessing the viability of a donor kidney prior to transplantation
A computer-implemented method comprising: identifying, using a camera coupled to a vehicle travelling on a road, a pedestrian crossing the road; determining that the pedestrian is far from a crosswalk; determining whether a driver of the vehicle performs an action that is responsive to the pedestrian crossing the road far from a crosswalk; assessing a risk of a collision event between the vehicle and the pedestrian after the driver of the vehicle performed the action; comparing the risk of the collision event after the driver of the vehicle performed the action with a risk assessment of a predicted collision event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the collision event; and communicating a positive reinforcement to the driver. identifying, using a camera coupled to a vehicle travelling on a road, a pedestrian crossing the road; determining that the pedestrian is far from a crosswalk; determining whether a driver of the vehicle performs an action that is responsive to the pedestrian crossing the road far from a crosswalk; assessing a risk of a collision event between the vehicle and the pedestrian after the driver of the vehicle performed the action; comparing the risk of the collision event after the driver of the vehicle performed the action with a risk assessment of a predicted collision event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the collision event; and communicating a positive reinforcement to the driver.
A method comprising: at a device configured to operate as a relay server in a network, receiving from a device in the network an allocate request message originating from a client device in the network; obtaining from the allocate request message identifier information inserted by one or more router devices in a network path between the client device and the relay server; based on the identifier information, selecting a particular router device in the network path to operate as a newly designated relay server for the client device; and sending to the client device an alternate server response message, wherein the alternate server response message indicates to the client device that the particular router device is selected as the newly designated relay server. at a device configured to operate as a relay server in a network, receiving from a device in the network an allocate request message originating from a client device in the network; obtaining from the allocate request message identifier information inserted by one or more router devices in a network path between the client device and the relay server; based on the identifier information, selecting a particular router device in the network path to operate as a newly designated relay server for the client device; and sending to the client device an alternate server response message, wherein the alternate server response message indicates to the client device that the particular router device is selected as the newly designated relay server.