mhurhangee/ep-ind-claims huggingface dataset:
Laser scanner for scanning a ground from a seaborne or airborne vehicle, comprising a scanning unit for emitting a scanning fan of laser beams fanned out around a scanning axis and for receiving the laser beams reflected by the ground, and an evaluation unit connected to the scanning unit for evaluating the received laser beams, characterized by a measuring unit (16; 11; 13, 25, 27; 13, 15, 27) which is configured to measure the height (a) of the vehicle above ground, and an adjusting device anchorable on the vehicle and connected to the measuring unit (16; 11; 13, 25, 27; 13, 15, 27), wherein the adjusting device is configured to pivot the scanning fan of the scanning unit with respect to the vehicle about a first adjusting axis different from the scanning axis in dependence of the measured height (a) above ground.
An endovascular drug delivery device (200, 2200) configured for being deployed in a dural venous sinus of a patient, the drug delivery device (200, 2200) comprising: a self-expanding distal anchor (229, 2229) configured for being introduced into, and disposed within, an intracranial subarachnoid space (ISAS) of the patient via the DVS; an elongate tubular body (203, 2203) coupled to the distal anchor (229, 2229) and configured for being at least partially disposed within the DVS when the anchor (229, 2229) is disposed within the ISAS, the elongate tubular body (203, 2203) comprising a lumen (207, 2207) that is in fluid communication with a therapeutic agent outflow opening (239, 2239) in the distal anchor (229, 2229) for allowing a therapeutic agent to flow from the lumen (207, 2207) of the elongate tubular body (203, 2203) out the therapeutic agent outflow opening (239, 2239) and into the ISAS when the distal anchor (229, 2229) is secured therein, characterized in that the endovascular drug delivery device (200, 2200) further comprises a valve (209, 2209, 2209") disposed in or over the therapeutic agent outflow opening and configured to allow the therapeutic agent to flow out of the therapeutic agent outflow opening (239, 2239) while preventing cerebrospinal fluid in the ISAS from entering into the lumen (207, 2207) of the elongate tubular body (203, 2203). a self-expanding distal anchor (229, 2229) configured for being introduced into, and disposed within, an intracranial subarachnoid space (ISAS) of the patient via the DVS; an elongate tubular body (203, 2203) coupled to the distal anchor (229, 2229) and configured for being at least partially disposed within the DVS when the anchor (229, 2229) is disposed within the ISAS, the elongate tubular body (203, 2203) comprising a lumen (207, 2207) that is in fluid communication with a therapeutic agent outflow opening (239, 2239) in the distal anchor (229, 2229) for allowing a therapeutic agent to flow from the lumen (207, 2207) of the elongate tubular body (203, 2203) out the therapeutic agent outflow opening (239, 2239) and into the ISAS when the distal anchor (229, 2229) is secured therein, characterized in that the endovascular drug delivery device (200, 2200) further comprises a valve (209, 2209, 2209") disposed in or over the therapeutic agent outflow opening and configured to allow the therapeutic agent to flow out of the therapeutic agent outflow opening (239, 2239) while preventing cerebrospinal fluid in the ISAS from entering into the lumen (207, 2207) of the elongate tubular body (203, 2203).
Valve, in particular for a flexible packaging, comprising: - a valve housing to be connected to an aerating and/or venting opening of the packaging and having a first opening and a substantially opposite second opening, - a flexible membrane movable between a position which closes the first opening and a position which leaves the first opening clear, and - guide means for guiding the movement of the membrane, wherein there is space in the housing adjacently of the membrane for the purpose of forming a passage between the first and second opening (22, 35) when the membrane takes up its open position, characterised in that the membrane is accessible from the side of the second opening so as to be engaged from this side and held in its opened position when gas has to be introduced into the packaging, and and in that the valve comprises at least one stop protruding partially inside the periphery of the membrane, said at least one stop being arranged to bound movement of the membrane in the direction of the second opening while leaving clear a central part of the membrane. - a valve housing to be connected to an aerating and/or venting opening of the packaging and having a first opening and a substantially opposite second opening, - a flexible membrane movable between a position which closes the first opening and a position which leaves the first opening clear, and - guide means for guiding the movement of the membrane, wherein there is space in the housing adjacently of the membrane for the purpose of forming a passage between the first and second opening (22, 35) when the membrane takes up its open position,
A vegetable preservation and growing case, comprising: - a thermal insulation case body for vegetable growing or preservation; - an electric control component that is disposed at the back of the thermal insulation case body and comprises at least one first electromagnetic connection portion; - a pipeline component disposed at the back of the thermal insulation case body; and at least one vegetable carrying component is further disposed in the thermal insulation case body, characterized in that the at least one first electromagnetic connection portion of the electric control component extends out of an inner surface of the thermal insulation case body, and an end of each vegetable carrying component is provided with a second electromagnetic connection portion for being connected to a corresponding first electromagnetic connection portion, and wherein further the vegetable carrying component is in water communication with the pipeline component. - a thermal insulation case body for vegetable growing or preservation; - an electric control component that is disposed at the back of the thermal insulation case body and comprises at least one first electromagnetic connection portion; - a pipeline component disposed at the back of the thermal insulation case body; and at least one vegetable carrying component is further disposed in the thermal insulation case body,
A method of automatically managing panes in relation to an application canvas in a user interface having a width, the method comprising the acts of: receiving an indication from an application of a minimum width for the application canvas; determining a priority for each pane based on one or more of primacy, recency, and criticality; receiving one of an indication that the width of the user interface has changed while one or more previously opened panes are displayed or a request to display, as an additional pane, a selected pane in the user interface of the application; managing display of the previously opened panes and the selected pane to ensure that the application canvas is displayed with at least the minimum width, wherein the managing comprises determining which application panes to display, and wherein an indication that the width of the user interface has changed is received while one or more previously opened panes are displayed and wherein the width of the user interface is reduced such that the user interface does not have sufficient width to display the application canvas with at least the minimum width and the previously opened panes, the act of managing display of the previously opened panes and the selected pane further comprising the act of: automatically closing a sufficient number of previously opened panes with the lowest priorities to allow the application canvas to be displayed with at least the minimum width. receiving an indication from an application of a minimum width for the application canvas; determining a priority for each pane based on one or more of primacy, recency, and criticality; receiving one of an indication that the width of the user interface has changed while one or more previously opened panes are displayed or a request to display, as an additional pane, a selected pane in the user interface of the application; managing display of the previously opened panes and the selected pane to ensure that the application canvas is displayed with at least the minimum width, wherein the managing comprises determining which application panes to display, and wherein an indication that the width of the user interface has changed is received while one or more previously opened panes are displayed and wherein the width of the user interface is reduced such that the user interface does not have sufficient width to display the application canvas with at least the minimum width and the previously opened panes, the act of managing display of the previously opened panes and the selected pane further comprising the act of: automatically closing a sufficient number of previously opened panes with the lowest priorities to allow the application canvas to be displayed with at least the minimum width.
An attack detection device comprising: a collection unit configured to collect packets to be transmitted from a client to a server; a header-information acquisition unit configured to acquire header information from the packets; and an attack detection unit configured to determine whether each session is an attacking session by using the header information, wherein the attack detection unit is configured to compare a window size of a collected arbitrary packet and window sizes of other packets to one another for each of sessions, and when a value obtained by subtracting the window sizes of other packets from the window size of the arbitrary packet exceeds a predetermined threshold value, a corresponding session is detected as an attacking session, and the other packets are packets to be transmitted subsequently to the arbitrary packet. a collection unit configured to collect packets to be transmitted from a client to a server; a header-information acquisition unit configured to acquire header information from the packets; and an attack detection unit configured to determine whether each session is an attacking session by using the header information, wherein the attack detection unit is configured to compare a window size of a collected arbitrary packet and window sizes of other packets to one another for each of sessions, and when a value obtained by subtracting the window sizes of other packets from the window size of the arbitrary packet exceeds a predetermined threshold value, a corresponding session is detected as an attacking session, and the other packets are packets to be transmitted subsequently to the arbitrary packet.
A method of sanitizing an electrodeionization device, the method comprising: providing an EDI device comprising an internal chamber comprising: an anode compartment adjacent a first end of the internal chamber, a cathode compartment adjacent an opposite second end of the internal chamber, and a plurality of ionic membranes positioned between the anode and the cathode compartments; stopping a fluid supply to the internal chamber; supplying (315, 320) an electrical power across the anode and the cathode compartments until a temperature within the internal chamber is within a sanitization range; and controlling the electrical power to maintain the temperature within the internal chamber within a sanitization range; wherein the electrical power sanitizes the EDI device. providing an EDI device comprising an internal chamber comprising: an anode compartment adjacent a first end of the internal chamber, a cathode compartment adjacent an opposite second end of the internal chamber, and a plurality of ionic membranes positioned between the anode and the cathode compartments; stopping a fluid supply to the internal chamber; supplying (315, 320) an electrical power across the anode and the cathode compartments until a temperature within the internal chamber is within a sanitization range; and controlling the electrical power to maintain the temperature within the internal chamber within a sanitization range; wherein the electrical power sanitizes the EDI device.
A machine for edgebanding panels of wood or the like, each having two main faces, which are parallel to and opposite one another, and a side profile extending between the main faces, the machine comprising a support surface for at least one panel; an edgebanding assembly to apply a finishing edge along at least part of the side profile of the panel; and an operating device to move the panel and the edgebanding assembly relative to one another in at least one direction that is parallel to the support surface; the edgebanding assembly comprising a feeding assembly to feed a hot gas, in particular a hot gas under pressure, onto the finishing edge and/or onto the side profile of the panel, a feeding valve to feed the gas to the feeding device, and a heating device to heat the gas fed through the feeding valve and to the feeding device; the feeding valve comprising a valve body, an inlet to let the gas into the valve body, an outlet to let the gas out of the valve body, and a shutter, which is movable between an opening position and a closing position to open and close the feeding valve; and being characterized in that it comprises, furthermore, an operating motor to move the shutter between its opening and closing positions, a detection device to measure the gas flow rate fed, through the feeding valve, to the feeding device, and an electronic control unit to control the selective operation of the operating motor depending on a signal coming from the detection device.
A laser ophthalmological surgery apparatus having a UV laser for generating a UV laser beam; a scanner positioned for receiving said laser beam from said laser and producing a predetermined scanning pattern output therefrom; and a computer for generating a random scanning pattern signal, said computer being connected to said scanner for controlling said scanner to produce a random overlapping scanning pattern from said laser beam, characterized by: a hand piece having an f-theta scan focusing lens therein for converting the laser beam from a divergent to a parallel scanning beam, said hand piece having an eye stabilization and distance control member attached to and extending from said hand piece, said eye stabilization and distance control member having an open center area and an eye contact edge; at least one alignment light for aligning said eye stabilization and distance control member on a patient's eye; and an articulated mirror-lens relay arm having said hand piece attached to one end thereof and the other end positioned for receiving said scanned laser beam and directing said scanned laser beam through said f-theta scan focusing lens in said hand piece and through said open center area of said eye stabilization and distance control member whereby said articulated mirror-lens relay arm is maneuverable to allow said hand piece on the end thereof to position said eye stabilization and distance control member into contact with said eye to stabilize a patient's eye for ablating tissue with the parallel scanning laser beam; and whereby surgical ablation can be performed on a patient's eye with a random overlapping laser beam through the hand manipulated hand piece in contact with the patient's eye. a hand piece having an f-theta scan focusing lens therein for converting the laser beam from a divergent to a parallel scanning beam, said hand piece having an eye stabilization and distance control member attached to and extending from said hand piece, said eye stabilization and distance control member having an open center area and an eye contact edge; at least one alignment light for aligning said eye stabilization and distance control member on a patient's eye; and an articulated mirror-lens relay arm having said hand piece attached to one end thereof and the other end positioned for receiving said scanned laser beam and directing said scanned laser beam through said f-theta scan focusing lens in said hand piece and through said open center area of said eye stabilization and distance control member whereby said articulated mirror-lens relay arm is maneuverable to allow said hand piece on the end thereof to position said eye stabilization and distance control member into contact with said eye to stabilize a patient's eye for ablating tissue with the parallel scanning laser beam; and whereby surgical ablation can be performed on a patient's eye with a random overlapping laser beam through the hand manipulated hand piece in contact with the patient's eye.
A spacecraft (200; 300; 400; 500) comprising: a spacecraft main body, including payload equipment disposed on an inner panel surface of at least one radiator panel (211; 311; 411; 511), the at least one radiator panel having an exterior-facing outer panel surface; and at least one electric thruster (223; 323; 423; 523) coupled to an aft facing panel of the spacecraft main body; wherein the at least one electric thruster is thermally coupled with the at least one radiator panel by way of a thermally conductive path that includes one or more heat pipes (230; 330; 430; 530) wherein at least a portion of the one or more heat pipes (230; 330; 430; 530) is disposed on or embedded in the aft facing panel of the spacecraft main body. a spacecraft main body, including payload equipment disposed on an inner panel surface of at least one radiator panel (211; 311; 411; 511), the at least one radiator panel having an exterior-facing outer panel surface; and at least one electric thruster (223; 323; 423; 523) coupled to an aft facing panel of the spacecraft main body; wherein the at least one electric thruster is thermally coupled with the at least one radiator panel by way of a thermally conductive path that includes one or more heat pipes (230; 330; 430; 530) wherein at least a portion of the one or more heat pipes (230; 330; 430; 530) is disposed on or embedded in the aft facing panel of the spacecraft main body.
A steerable medical device comprising: an outer sheath and an inner sheath disposed within the outer sheath, wherein the inner sheath includes a first tubular element; a steerable portion adapted to be steered, wherein the outer and inner sheaths are axially fixed relative to one another at a first location distal to the steerable portion; a handle portion that includes a rotatable control knob and handle grip, wherein the rotation of the rotatable control knob relative to the handle grip causes axial motion of the inner sheath relative to the outer sheath and results in steering of the steerable portion; and a tensioning element disposed radially between the inner and outer sheaths along the steerable portion, the tensioning element being secured to the inner sheath proximal to the steerable portion and to both the inner sheath and the outer sheath at the first location; and, wherein along the steerable portion the first tubular element includes a first section of a first material with a first durometer and a second section of a second material with a second durometer different than the first durometer, wherein the first and second sections are disposed at different circumferential portions of the first tubular element. an outer sheath and an inner sheath disposed within the outer sheath, wherein the inner sheath includes a first tubular element; a steerable portion adapted to be steered, wherein the outer and inner sheaths are axially fixed relative to one another at a first location distal to the steerable portion; a handle portion that includes a rotatable control knob and handle grip, wherein the rotation of the rotatable control knob relative to the handle grip causes axial motion of the inner sheath relative to the outer sheath and results in steering of the steerable portion; and a tensioning element disposed radially between the inner and outer sheaths along the steerable portion, the tensioning element being secured to the inner sheath proximal to the steerable portion and to both the inner sheath and the outer sheath at the first location; and, wherein along the steerable portion the first tubular element includes a first section of a first material with a first durometer and a second section of a second material with a second durometer different than the first durometer, wherein the first and second sections are disposed at different circumferential portions of the first tubular element.
A system for combinatorial depositing of a thin film having a varying composition and/or a varying thickness on at least one substrate, the system comprising - at least two deposition material source holders arranged so as to carry a deposition material source, - a substrate holder adapted for carrying at least one substrate, - a rotatable positioning system having a rotation axis for relatively moving the substrate holder and the at least two deposition material source holders with respect to each other for subsequently positioning the at least one substrate in a parallel configuration in front of at least one of the at least two deposition material sources and in a non-parallel configuration non parallel with the at least one of the at least two deposition material sources during the combinatorial deposition, and - at least one mask holder arranged for positioning a mask between at least one of the at least two deposition material source holders and the substrate holder, for allowing variation of the material flux across the at least one substrate when the combinatorial deposition is performed, depositing a thin film varying in thickness over the substrate or depositing a thin film of different elements varying in composition over the substrate, and the at least one mask holder being in a fixed arrangement with respect to the at least two deposition material source holders during the combinatorial depositing. - at least two deposition material source holders arranged so as to carry a deposition material source, - a substrate holder adapted for carrying at least one substrate, - a rotatable positioning system having a rotation axis for relatively moving the substrate holder and the at least two deposition material source holders with respect to each other for subsequently positioning the at least one substrate in a parallel configuration in front of at least one of the at least two deposition material sources and in a non-parallel configuration non parallel with the at least one of the at least two deposition material sources during the combinatorial deposition, and - at least one mask holder arranged for positioning a mask between at least one of the at least two deposition material source holders and the substrate holder, for allowing variation of the material flux across the at least one substrate when the combinatorial deposition is performed, depositing a thin film varying in thickness over the substrate or depositing a thin film of different elements varying in composition over the substrate, and the at least one mask holder being in a fixed arrangement with respect to the at least two deposition material source holders during the combinatorial depositing.