mhurhangee/ep-ind-claims huggingface dataset:
Method for applying material to agriculturally productive land by means of an agricultural application apparatus, having the steps of: - detecting the position of the agricultural application apparatus while material is applied to the agriculturally productive land, and - deactivating individual application sub-regions (16a-16e) of the agricultural application apparatus while material is applied to the agriculturally productive land in order to avoid multiple unintentional applications (26a-26c) and/or application gaps (28a-28c) on the agriculturally productive land; wherein the deactivation times of the individual application sub-regions (16a-16e) are dependent on the accuracy of detected positions of the agricultural application apparatus while material is applied to the agriculturally productive land and/or on a current driving dynamic state of the agricultural application apparatus, wherein the deactivation times of the individual application sub-regions (16a-16e) are determined by taking into account at least one tolerance value which defines a tolerable extent of multiple applications (26a-26c) or application gaps (28a-28c) on the agriculturally productive land. - detecting the position of the agricultural application apparatus while material is applied to the agriculturally productive land, and - deactivating individual application sub-regions (16a-16e) of the agricultural application apparatus while material is applied to the agriculturally productive land in order to avoid multiple unintentional applications (26a-26c) and/or application gaps (28a-28c) on the agriculturally productive land; wherein the deactivation times of the individual application sub-regions (16a-16e) are dependent on the accuracy of detected positions of the agricultural application apparatus while material is applied to the agriculturally productive land and/or on a current driving dynamic state of the agricultural application apparatus, wherein the deactivation times of the individual application sub-regions (16a-16e) are determined by taking into account at least one tolerance value which defines a tolerable extent of multiple applications (26a-26c) or application gaps (28a-28c) on the agriculturally productive land.
Closing device for closing and isolating a pipe having an inner wall forming a substantially cylindrical cavity with a so-called first diameter, the closing device comprising: - a main body having substantially a shape of a cylinder with a so-called second diameter, the second diameter being smaller than the first diameter to allow the closing device to be inserted into the cavity; and - sealing joint elements that project around the side wall of the cylinder defining the shape of the main body, so as to close a free space formed between the main body and the inner wall of the pipe, wherein the main body comprises several assembly elements (1111,1112,1113; 1121,1122,1123; 1131,1132,1133; 3110; 3130) capable of being assembled together to form the cylinder defining the shape of the main body, each assembly element (1111,1112,1113; 1121,1122,1123; 1131,1132,1133; 3110; 3130) having a shape inscribed within a parallelepiped volume defined by three orthogonal dimensions, in which at least two of the three dimensions have a length smaller than the second diameter, the device further comprising a position holding system comprising a plurality of non-slip pads (140; 340) mounted in translation in some of the assembly elements to be deployed against the inner wall of the pipe in order to assure a holding of the closing device by compression, characterized in that the set of non-slip pads forms an overall contact surface extending over at least half of the periphery of the section of the cylinder defining the shape of the main body, the position holding system further comprising force measurement elements provided to measure the force applied by the non-slip pads on the inner wall of the pipe. - a main body having substantially a shape of a cylinder with a so-called second diameter, the second diameter being smaller than the first diameter to allow the closing device to be inserted into the cavity; and - sealing joint elements that project around the side wall of the cylinder defining the shape of the main body, so as to close a free space formed between the main body and the inner wall of the pipe,
A reflective array antenna, comprising: - a source capable of delivering signals in the form of waves; - at least two different and independent reflective arrays (RRi) each comprising at least two phase-shifting cells capable of imposing a selected phase shift and a selected frequency phase dispersion on said waves delivered by the source, said selected phase shift and/or said selected dispersion varying from one reflective array (RRi) to the next; and - a charging device coupled to said reflective arrays (RRi) and arranged so as to place one of them in a selected position relative to said source so that the waves it delivers undergo the phase shift and the frequency phase dispersion imposed by its phase-shifting cells in such a way as to be reflected in a selected direction, said reflective array antenna being characterised in that said charging device comprises at least one shaft, on which said reflective arrays (RRi) are rotationally mounted in various angular positions that allow them to be positioned substantially one above the other in an initial position, and is arranged to selectively rotationally drive at least one of said reflective arrays (RRi) about said shaft, in such a way as to place it in said selected position. - a source capable of delivering signals in the form of waves; - at least two different and independent reflective arrays (RRi) each comprising at least two phase-shifting cells capable of imposing a selected phase shift and a selected frequency phase dispersion on said waves delivered by the source, said selected phase shift and/or said selected dispersion varying from one reflective array (RRi) to the next; and - a charging device coupled to said reflective arrays (RRi) and arranged so as to place one of them in a selected position relative to said source so that the waves it delivers undergo the phase shift and the frequency phase dispersion imposed by its phase-shifting cells in such a way as to be reflected in a selected direction, said reflective array antenna being characterised in that said charging device comprises at least one shaft, on which said reflective arrays (RRi) are rotationally mounted in various angular positions that allow them to be positioned substantially one above the other in an initial position, and is arranged to selectively rotationally drive at least one of said reflective arrays (RRi) about said shaft, in such a way as to place it in said selected position.
A screening arrangement adapted to be mounted in a frame to obtain a mounted position, comprising a top element provided with a top rail forming the front side of the top element, said top rail extending in a first longitudinal direction between a first mitred end and a second mitred end, two side rails (8, 9), each of said side rails (8, 9) having a first end and second mitred end, the second mitred end of each side rail (8, 9) being adapted to be joined to the first and second mitred end, respectively, of said top rail, and a set of angular brackets, characterized in that each angular bracket has a substantially plane configuration and includes a first leg and a second leg, said first and second legs (850, 860) being adapted to be positioned substantially in parallel with said plane in the mounted position in reception means provided as a track in the back side of the top rail and a track in the back side of each side rail (8, 9), respectively, that the second leg is adapted to be inserted into the track in the back side of the side rail (8, 9), one edge of the second leg having an inclined portion, and that the angular bracket is provided with an incision at the connecting point between the two adjacent edges of the first and second legs, the start of the incision providing a pivot point for the side rail.
Heat exchanger for liquids of the type comprising a container inside which at least a first liquid is located and at least one rotor rotatably constrained inside said container, said rotor comprising at least one hollow body provided with at least two side walls (11, 12) constrained to each other to form a hollow space within them for the passage of at least a second liquid, said at least one hollow body being rotated around an axis, wherein at least one of said side walls (11, 12) comprises a first plurality of elongate dips extending along a non - radial line with respect to said rotation axis, characterized in that said at east one side wall (11, 12) of said at least one hollow body comprises at least one second plurality of dips having dimensions smaller than the dips of the first plurality of dips.
An extravascular system for accessing the vasculature of a patient, comprising: a catheter assembly including a catheter housing and a catheter tubing secured to the catheter housing, the catheter housing including an internal surface; characterized by a septum at least partially housed within the catheter assembly, the septum including an external surface; at least one flow groove (40, 74) in the catheter housing or the septum and positioned between the internal surface of the catheter housing and the external surface of the septum, said flow grooves forming channels through which fluid may travel between the internal surface of the catheter housing and the external surface of the septum; and at least one ridge positioned in the catheter housing or on the septum adjacent the at least one flow groove (40, 74) and between the internal surface of the catheter housing and the external surface of the septum. a catheter assembly including a catheter housing and a catheter tubing secured to the catheter housing, the catheter housing including an internal surface; characterized by a septum at least partially housed within the catheter assembly, the septum including an external surface; at least one flow groove (40, 74) in the catheter housing or the septum and positioned between the internal surface of the catheter housing and the external surface of the septum, said flow grooves forming channels through which fluid may travel between the internal surface of the catheter housing and the external surface of the septum; and at least one ridge positioned in the catheter housing or on the septum adjacent the at least one flow groove (40, 74) and between the internal surface of the catheter housing and the external surface of the septum.
Mixing drum for a blast furnace including a body and adapted to accommodate materials for mixing, said drum having suitable lining system, said lining system including liners of polyurethane, characterised in that said liners comprise inserted ceramic blocks, said lining system including lifter bars, said bars being made of highly wear resistant poly-urethane with ceramic blocks inserted towards the leading edge of said lifter bars.
A method for producing an iron-containing filter material for water treatment, characterised by: - reacting a trivalent iron compound and a base inside a vessel until the trivalent iron is completely neutralized, to obtain an iron hydroxide and a salt consisting of the anion of the trivalent iron compound and the cation of the base, - feeding the iron hydroxide and the salt into ceramic membranes to wash the iron hydroxide from the salt in cross-flow, - feeding the iron hydroxide suspension to a membrane filter press where part of the water is removed, to obtain a panel having a moisture content of less than 77% by weight, - inserting the panel into containers, - positioning the containers inside a refrigeration chamber operating at atmospheric pressure and at temperatures less than 0°C for a time between 24 and 240 hours. - reacting a trivalent iron compound and a base inside a vessel until the trivalent iron is completely neutralized, to obtain an iron hydroxide and a salt consisting of the anion of the trivalent iron compound and the cation of the base, - feeding the iron hydroxide and the salt into ceramic membranes to wash the iron hydroxide from the salt in cross-flow, - feeding the iron hydroxide suspension to a membrane filter press where part of the water is removed, to obtain a panel having a moisture content of less than 77% by weight, - inserting the panel into containers, - positioning the containers inside a refrigeration chamber operating at atmospheric pressure and at temperatures less than 0°C for a time between 24 and 240 hours.
A method of reducing interference in a mobile communications network, wherein the mobile network comprises one or more infrastructure units (501, 711) and one or more terminals (502, 712), the infrastructure units being operable to send and/or receive wireless signals with the one or more terminals and the method comprising: estimating an interference level in the mobile communication network; in the event that the interference level is detected as being above a satisfactory threshold: selecting an infrastructure unit of the one or more infrastructure units which is currently operating as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions, and configuring the infrastructure unit to operate as an uplink relay node such that it does not send downlink signals; and in the event that the interference level is detected as being below a satisfactory threshold: selecting an infrastructure unit currently operating as an uplink relay node such that it does not send downlink signals, and configuring the infrastructure unit to operate as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions. estimating an interference level in the mobile communication network; in the event that the interference level is detected as being above a satisfactory threshold: selecting an infrastructure unit of the one or more infrastructure units which is currently operating as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions, and configuring the infrastructure unit to operate as an uplink relay node such that it does not send downlink signals; and selecting an infrastructure unit of the one or more infrastructure units which is currently operating as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions, and configuring the infrastructure unit to operate as an uplink relay node such that it does not send downlink signals; and in the event that the interference level is detected as being below a satisfactory threshold: selecting an infrastructure unit currently operating as an uplink relay node such that it does not send downlink signals, and configuring the infrastructure unit to operate as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions. selecting an infrastructure unit currently operating as an uplink relay node such that it does not send downlink signals, and configuring the infrastructure unit to operate as one of a base station or an uplink and downlink relay node configured to relay uplink and downlink transmissions.
A device for creating high-energy electrons, comprising: - a laser system producing laser pulses with a pulse length shorter than 1000 fs and capable to be focused to peak intensities greater than 10^17 W/cm^2, - at least one target device with an interaction zone arranged to be exposed to laser pulses, - delivery optics (22,24,26) having components being capable to guide a first laser pulse and a second laser pulse which both are produced by the laser system to the at least one target device in such a way that the first laser pulse and the second laser pulse at least partially overlap in the interaction zone of the target device thereby releasing high-energy electrons from the interaction zone, characterised in that the location of the target device being tuneable for changing the location of the interaction zone where the first laser pulse and the second laser pulse at least partially overlap. - a laser system producing laser pulses with a pulse length shorter than 1000 fs and capable to be focused to peak intensities greater than 10^17 W/cm^2, - at least one target device with an interaction zone arranged to be exposed to laser pulses, - delivery optics (22,24,26) having components being capable to guide a first laser pulse and a second laser pulse which both are produced by the laser system to the at least one target device in such a way that the first laser pulse and the second laser pulse at least partially overlap in the interaction zone of the target device thereby releasing high-energy electrons from the interaction zone, characterised in that
A method carried out by a device for providing a prompt indicating a loss of a terminal, comprising: obtaining a matching relation between first feature information of a current user of a target terminal and second feature information of an owner of the target terminal and controlling a related terminal associated with the target terminal to output a loss prompt in response to determining that the matching relation indicates that the first feature information and the second feature information do not match, wherein the loss prompt indicates a loss of the target terminal; wherein the related terminal comprises: a terminal on which a target account of the owner of the target terminal is logged in, wherein the target account is the same as a logged-in account on the target terminal or an account associated with the logged-in account on the target terminal; controlling the target terminal to enable the logged-in account to be logged out, in response to determining that the matching relation indicates that the first feature information and the second feature information do not match. obtaining a matching relation between first feature information of a current user of a target terminal and second feature information of an owner of the target terminal and controlling a related terminal associated with the target terminal to output a loss prompt in response to determining that the matching relation indicates that the first feature information and the second feature information do not match, wherein the loss prompt indicates a loss of the target terminal; wherein the related terminal comprises: a terminal on which a target account of the owner of the target terminal is logged in, wherein the target account is the same as a logged-in account on the target terminal or an account associated with the logged-in account on the target terminal; controlling the target terminal to enable the logged-in account to be logged out, in response to determining that the matching relation indicates that the first feature information and the second feature information do not match.
Method for inspecting an inside room of a ship and/or performing works therein, wherein the inside room is preferably a cargo tank, a sludge tank, a ballast tank or a cargo hold, comprising the following steps: a) inserting, through an opening preferably provided in a ceiling portion of the inside room, accommodating means (10; 100) for accommodating at least one person; characterised by b) attaching at least one rope connected to the accommodating means at an upper part of the inside room, wherein the at least one rope is attached manually at the upper part of the inside room by one or a plurality of climbing persons who are climbing using climbing equipment; and c) moving the accommodating means up and down along the at least one rope for inspecting the inside room and/or performing works therein by at least one service person accommodated by the accommodating means. a) inserting, through an opening preferably provided in a ceiling portion of the inside room, accommodating means (10; 100) for accommodating at least one person; characterised by b) attaching at least one rope connected to the accommodating means at an upper part of the inside room, wherein the at least one rope is attached manually at the upper part of the inside room by one or a plurality of climbing persons who are climbing using climbing equipment; and c) moving the accommodating means up and down along the at least one rope for inspecting the inside room and/or performing works therein by at least one service person accommodated by the accommodating means.
Circuit for uninterruptible power supply, which can be connected to an energy supply and a load, and comprises a capacitive energy store, a changeover switch connectable to the energy supply and the load, said changeover switch being connected to the capacitive energy store and designed to change over from supplying the load with energy via the energy supply to supplying the load with energy from the capacitive energy store if a first predetermined voltage drop occurs when a voltage is applied via the energy supply, a charging device connectable to the energy supply, said charging device being connected to the capacitive energy store and designed to charge the capacitive energy store, a charging control device connected to the capacitive energy store and the charging device, said charging control device being designed to monitor the capacitive energy store by evaluating a voltage of the capacitive energy store, a voltage monitoring device connectable to the energy supply, said voltage monitoring device being designed to determine and signal in the form of a fault signal if a second predetermined voltage drop occurs when the voltage is applied via the energy supply, said second predetermined voltage drop being less than the first predetermined voltage drop and a discharge device connected between the capacitive energy store and the changeover switch, said discharge device being designed, to make available to the changeover switch the energy required for supplying the load by means of discharging the capacitive energy store, characterized in that the charging control device is designed to switch off the charging device when a fault is ascertained by evaluating the voltage of the capacitive energy store, and in that the discharge device is connected to the voltage monitoring device, wherein the discharge device is designed, when the fault signal of the voltage monitoring device is present, to switch up to an active mode from a standby mode or off mode.