mhurhangee/ep-ind-claims huggingface dataset:
A rat trap comprising • a power supply; • killing means for killing a rat; • a first sensor adapted to detect the presence of a rat in the space within the reach of the killing means; • a control means capable of receiving a signal from the first sensor, and being adapted for activating the killing means to kill the rat when the presence of the rat is detected by the sensor; • an automatic mechanism adapted for releasing the dead rat from the rat trap, characterised in that the rat trap further comprises a second sensor for detecting light, and where the control means is capable of receiving a signal from the second sensor and being adapted for deactivating the killing means or the first sensor at least for a period of time after the detection of light by the second sensor. • a power supply; • killing means for killing a rat; • a first sensor adapted to detect the presence of a rat in the space within the reach of the killing means; • a control means capable of receiving a signal from the first sensor, and being adapted for activating the killing means to kill the rat when the presence of the rat is detected by the sensor; • an automatic mechanism adapted for releasing the dead rat from the rat trap,
A fuel cell system comprising: a fuel cell stack formed by stacking a plurality of fuel cells in a stacking direction, said fuel cells each including an electrolyte electrode assembly and separators sandwiching said electrolyte electrode assembly, said electrolyte electrode assembly including an anode, a cathode, and an electrolyte interposed between said anode and said cathode; a heat exchanger for heating an oxygen-containing gas to be supplied to said fuel cell stack; a reformer for reforming a fuel to produce a fuel gas; and a casing containing said fuel cell stack, said heat exchanger, and said reformer, wherein a fluid unit including at least said heat exchanger and said reformer is provided on one side of said fuel cell stack in said casing, and wherein heat exchange between an exhaust gas discharged from said fuel cell stack and the oxygen-containing gas is performed at said heat exchanger, characterised in that after the heat exchange, the oxygen-containing gas heats said reformer, and then, is supplied to said fuel cell stack. a fuel cell stack formed by stacking a plurality of fuel cells in a stacking direction, said fuel cells each including an electrolyte electrode assembly and separators sandwiching said electrolyte electrode assembly, said electrolyte electrode assembly including an anode, a cathode, and an electrolyte interposed between said anode and said cathode; a heat exchanger for heating an oxygen-containing gas to be supplied to said fuel cell stack; a reformer for reforming a fuel to produce a fuel gas; and a casing containing said fuel cell stack, said heat exchanger, and said reformer, wherein a fluid unit including at least said heat exchanger and said reformer is provided on one side of said fuel cell stack in said casing, and wherein heat exchange between an exhaust gas discharged from said fuel cell stack and the oxygen-containing gas is performed at said heat exchanger, characterised in that after the heat exchange, the oxygen-containing gas heats said reformer, and then, is supplied to said fuel cell stack.
A foldable trampoline, comprising - at least three posts arranged parallel to one another and to a vertical direction V, wherein a jumping bed is tensioned between the at least three posts, - at least three bracing struts which each connect a different pair of posts adjacent in a circumferential direction U of the trampoline to one another and stabilize said posts in a horizontal direction H, characterized in that each bracing strut is mounted so as to be foldable on the two posts adjacent in the circumferential direction U and has at least one central joint (5.1) which is provided in a central region of the bracing strut, wherein all the posts adjacent in the circumferential direction U can each be moved toward one another in a horizontal direction in order to fold the trampoline, wherein the posts are always parallel to one another during a folding and unfolding movement of the trampoline. - at least three posts arranged parallel to one another and to a vertical direction V, wherein a jumping bed is tensioned between the at least three posts, - at least three bracing struts which each connect a different pair of posts adjacent in a circumferential direction U of the trampoline to one another and stabilize said posts in a horizontal direction H,
A device comprising: an input line; a main gain component, having a communicative connection with the input line, the main gain component configured for applying a main gain to an electrical ultrasonic wave signal received via the input line, thereby providing a main gain signal (151, 157); a first local gain component, having a communicative connection with the input line, the first local gain component configured for applying a first local gain to a first portion of the ultrasonic wave signal within a first signal gate, and thereby providing a first local gain signal, wherein the first signal gate is set to coincide with a starting first depth of a test subject and to cover a range of depth of a test subject that includes a first surface thereof; a second local gain component, having a communicative connection with the input line, the second local gain component configured for applying a second local gain to a second portion of the ultrasonic wave signal within a second signal gate, and thereby providing a second local gain signal wherein the second signal gate is set to coincide with a starting second depth of the test subject and to cover a range of depth of a test subject that includes a second surface thereof, characterised in that the range of depths of the test subject set by the first signal gate and the second signal gate overlap each other for a range of depth. an input line; a main gain component, having a communicative connection with the input line, the main gain component configured for applying a main gain to an electrical ultrasonic wave signal received via the input line, thereby providing a main gain signal (151, 157); a first local gain component, having a communicative connection with the input line, the first local gain component configured for applying a first local gain to a first portion of the ultrasonic wave signal within a first signal gate, and thereby providing a first local gain signal, wherein the first signal gate is set to coincide with a starting first depth of a test subject and to cover a range of depth of a test subject that includes a first surface thereof; a second local gain component, having a communicative connection with the input line, the second local gain component configured for applying a second local gain to a second portion of the ultrasonic wave signal within a second signal gate, and thereby providing a second local gain signal wherein the second signal gate is set to coincide with a starting second depth of the test subject and to cover a range of depth of a test subject that includes a second surface thereof, characterised in that the range of depths of the test subject set by the first signal gate and the second signal gate overlap each other for a range of depth.
A screening arrangement for a window adapted to be mounted in a frame of the window, having a supply condition and a mounted condition including at least two installation positions, the screening arrangement comprising a screening body and two side rails (8, 9) each defining a longitudinal direction between a lower end and an upper end and having a predefined length corresponding to a first installation position, the screening arrangement further comprising at least one cord system having a cord for guiding the screening body between a screening position and a non-screening position, characterized in that the side rails (8, 9) each includes at least one weakening portion such that a break-off section and a remaining section are formed of the side rail for providing at least one adjusted length corresponding to a respective at least one other installation position, the adjusted length being shorter than the length of the side rail (8, 9) in the first installation position, and that the cord system further comprises a cord adjustment means (10, 20, 30, 40) intended to be connected to at least a part of the frame and/or the side rail (8, 9) and having a tortuous path, the tortuous path having a predefined length corresponding to the length of the break-off section for providing an adjusted length of the cord in the at least one other installation position.
A genetically modified plant having incorporated into the genome a heterologous gene encoding at least a desaturase, fatty acyl reductase and a wax ester synthase, or encoding a desaturase, wherein the plant produces insect pheromone precursors as part of plant triacylglycerols or plant wax esters, wherein the genetically modified plant has incorporated into the genome a further heterologous gene encoding at least a plastidic acyl-ACP thioesterase releasing 12-16 carbon compounds, wherein the plant is recognized as an oilseed crop, and wherein - the desaturase is selected from the group consisting of AtrΔ11, AveΔ11, CroΔ11 and CpaE11, - the fatty acyl reductase is YroFAR or HarFAR, and - the wax synthase is selected from the group consisting of AtPES1, AtPES2 and EgWS. - the desaturase is selected from the group consisting of AtrΔ11, AveΔ11, CroΔ11 and CpaE11, - the fatty acyl reductase is YroFAR or HarFAR, and - the wax synthase is selected from the group consisting of AtPES1, AtPES2 and EgWS.
A sunlight redirector, comprising: an array of plane mirrors, each mirror having a surface normal vector; non-stretching linkages pivotally interconnecting longitudinally adjacent ones of the mirrors and constraining movement of the mirrors such that the normal vectors remain parallel while the mirrors move, the longitudinally adjacent ones of the mirrors including in each column a first, top one, of the longitudinally adjacent mirrors, a second, bottom one, of the longitudinally adjacent mirrors and intermediate ones of the longitudinally adjacent mirrors; only the first one and the one of the longitudinally adjacent mirrors having a respective pivotable coupling (122, 124) provided therein; a first pivotable coupling in the first one of the longitudinally adjacent mirrors; and a second pivotable coupling in the second one of the longitudinally adjacent mirrors; the first and second pivotable couplings permitting the first and second mirrors to move with respect to either one of two mutually perpendicular axes (x, y) and preventing movement of the first and second mirrors with respect to a third axis (z). an array of plane mirrors, each mirror having a surface normal vector; non-stretching linkages pivotally interconnecting longitudinally adjacent ones of the mirrors and constraining movement of the mirrors such that the normal vectors remain parallel while the mirrors move, the longitudinally adjacent ones of the mirrors including in each column a first, top one, of the longitudinally adjacent mirrors, a second, bottom one, of the longitudinally adjacent mirrors and intermediate ones of the longitudinally adjacent mirrors; only the first one and the one of the longitudinally adjacent mirrors having a respective pivotable coupling (122, 124) provided therein; a first pivotable coupling in the first one of the longitudinally adjacent mirrors; and a second pivotable coupling in the second one of the longitudinally adjacent mirrors; the first and second pivotable couplings permitting the first and second mirrors to move with respect to either one of two mutually perpendicular axes (x, y) and preventing movement of the first and second mirrors with respect to a third axis (z).
A pharmaceutical composition for use in a method of treating a bacterial infection, wherein the composition comprises: (i) -3-(2-(trans-4-(2-aminoethylamino)cyclohexyl)acetamido)-2-hydroxy-3,4-dihydro-2H-benzo[e][1,2]oxaborinine-8-carboxylic acid: or a pharmaceutically acceptable salt, a solvate, or a pharmaceutically acceptable salt and solvate thereof; and (ii) a siderophore antibiotic; wherein the siderophore antibiotic is cefiderocol. (i) -3-(2-(trans-4-(2-aminoethylamino)cyclohexyl)acetamido)-2-hydroxy-3,4-dihydro-2H-benzo[e][1,2]oxaborinine-8-carboxylic acid: or a pharmaceutically acceptable salt, a solvate, or a pharmaceutically acceptable salt and solvate thereof; and (ii) a siderophore antibiotic;
A chassis of a trailer to be pulled by a vehicle, the chassis having a front axle and a rear axle, each axle being equipped with right and left wheels mounted to be freely rotating about an axis parallel with the axle, the front and rear axles being mounted on a frame of the chassis via front and rear turntables (7, 8) rotatable about vertical axes, the chassis further comprising a drawbar, characterised in that the drawbar has one end attached to the front axle via a pivotable connection; wherein the pivotable connection of the drawbar, and the turntable of the rear axle can be moved between and locked into first positions where the drawbar is perpendicular to the front axle, and the rear axle is perpendicular to a longitudinal direction of the frame, and second positions where the drawbar is oblique to the front axle, and the rear axle is oblique to the longitudinal direction of the frame.
An ice maker which is suitable to be used in cooling devices, comprising at least one receptacle wherein the ice cubes are stored and at least one ice cube tray which is placed so as to rotate on the first pin and the second pin arranged in the same horizontal axis on the receptacle and which has a plurality of cells, an arm which moves in an axis perpendicular to the rotational axis of the ice cube tray and a cylindrical intermediate member which is centered with respect to the first pin and which transfers the movement of the arm to the first pin which forms the rotational axis of the ice cube tray characterized by the arm which is U-shaped and which comprises two holders which have the same length and are parallel to each other.
A method for simultaneous verification of adapter connection and permeability of endoscope channels in an endoscope preparation machine, wherein this verification is carried out using gas and the gas is conducted via a directional control valve into individual or multiple flow areas, wherein n endoscope channels are connected to a first flow area A and m endoscope channels are connected to a second flow area B, wherein a first endoscope channel connected to the flow area A is connected to an endoscope channel connected to the flow area B, wherein i. the compressed air is conducted completely into the first flow area, which is connected to n endoscope channels of the first flow area, wherein the channel pressure is not measured for the first endoscope channel and the channel pressure is measured for each of the n-1 endoscope channels of the first flow area and m endoscope channels of the second flow area by means of a pressure sensor and transmitted to a control unit, ii. the compressed air is conducted completely into a second flow area, which is connected to m endoscope channels of the second flow area, wherein for all n-1 endoscope channels of the first flow area and m endoscope channels of the second flow area, the channel pressure is measured in each case by means of a pressure sensor and transmitted to a control unit, iii. optionally the compressed air is conducted into the first and the second flow area, and for the n-1 endoscope channels of the first flow area and the m endoscope channels of the second flow area, the channel pressure is measured in each case by means of a pressure sensor and transmitted to the control unit, and iv. in the control unit, the measured channel pressures are compared to reference pressures and evaluated. i. the compressed air is conducted completely into the first flow area, which is connected to n endoscope channels of the first flow area, wherein the channel pressure is not measured for the first endoscope channel and the channel pressure is measured for each of the n-1 endoscope channels of the first flow area and m endoscope channels of the second flow area by means of a pressure sensor and transmitted to a control unit, ii. the compressed air is conducted completely into a second flow area, which is connected to m endoscope channels of the second flow area, wherein for all n-1 endoscope channels of the first flow area and m endoscope channels of the second flow area, the channel pressure is measured in each case by means of a pressure sensor and transmitted to a control unit, iii. optionally the compressed air is conducted into the first and the second flow area, and for the n-1 endoscope channels of the first flow area and the m endoscope channels of the second flow area, the channel pressure is measured in each case by means of a pressure sensor and transmitted to the control unit, and iv. in the control unit, the measured channel pressures are compared to reference pressures and evaluated.
Paver block having a tread surface, a base surface extending parallelly thereto, four side surfaces (4,5,6,7), and spacers (8,9) arranged on at least two of its side surfaces (4,5,6,7), wherein a first spacer member is arranged on one of two adjacent side surfaces (5,6,7), the first spacer member having a width extending perpendicularly to the tread surface, a second spacer member is arranged on the other side surface (5,6,7) of said two adjacent side surfaces (5,6,7), and the second spacer member is a pair of ribs extending along a line perpendicular to the tread surface, a distance between the ribs of said pair of ribs being at least equal to the width of the first spacer member, and the first spacer member being arranged on the side surface (4,5,6,7) directly along a plane parallel to the tread surface and intersecting the distance between the members of said pair of ribs of the second spacer member at half of said distance, characterized in that the first spacer member is a longitudinal rib having its length (h) extending parallelly to the tread surface, the first spacer member being flush with the plane of the side surface opposite to the side surface comprising the second spacer member.
A method for determining a displacement for aligning temporally displaced images ofa lesion entirely within a patient for the purpose of administering radiation treatment to the lesion, the method comprising the steps of: (a) generating a first set of one or more surface elements (205, 210, 215) from a first three-dimensional image of at least a portion of the lesion taken at a first time; (b) generating a second set of one or more surface elements (205', 210', 215') from a second three-dimension image of at least a portion of the lesion taken at a second time; (c) assigning a weight to (i) one or more of the first set of surface elements, and (ii) (53 0) one or more of the second set of surface elements; and (d) determining a displacement of the lesion based at least in part on the proximity of one or more of the first set of surface elements to one or more of the second set of surface elements, and at least one of the assigned weights; characterised in that in step (c): the weights are based at least in part on a clinical importance of an anatomical feature represented by the one or more surface elements such that higher weights are assigned to surface elements with respect to others based on their proximity to other susceptible non-target tissues. (a) generating a first set of one or more surface elements (205, 210, 215) from a first three-dimensional image of at least a portion of the lesion taken at a first time; (b) generating a second set of one or more surface elements (205', 210', 215') from a second three-dimension image of at least a portion of the lesion taken at a second time; (c) assigning a weight to (i) one or more of the first set of surface elements, and (ii) (53 0) one or more of the second set of surface elements; and (d) determining a displacement of the lesion based at least in part on the proximity of one or more of the first set of surface elements to one or more of the second set of surface elements, and at least one of the assigned weights; characterised in that in step (c): the weights are based at least in part on a clinical importance of an anatomical feature represented by the one or more surface elements such that higher weights are assigned to surface elements with respect to others based on their proximity to other susceptible non-target tissues. the weights are based at least in part on a clinical importance of an anatomical feature represented by the one or more surface elements such that higher weights are assigned to surface elements with respect to others based on their proximity to other susceptible non-target tissues.
An optical transmitter module for transmitting high bandwidth video signals over a single optical fibre using wavelength division multiplexing, comprising: a device housing having an XFP connector, wherein certain pins of the XFP connector are re-purposed for receiving four serial differential input, SDI, signals; a plurality of optical transmitter circuits contained within said device housing for converting said SDI signals into serial optical signals; a wavelength division multiplexer contained within said device housing for combining said serial optical signals into an optically multiplexed signal for transmission over a single optical fibre; and four optical signal paths, one signal path for each of the received SDI signals, each of said four optical signal paths providing for trace equalization and re-timing prior to inputting said signal to one of said plurality of optical transmitter circuits. a device housing having an XFP connector, wherein certain pins of the XFP connector are re-purposed for receiving four serial differential input, SDI, signals; a plurality of optical transmitter circuits contained within said device housing for converting said SDI signals into serial optical signals; a wavelength division multiplexer contained within said device housing for combining said serial optical signals into an optically multiplexed signal for transmission over a single optical fibre; and four optical signal paths, one signal path for each of the received SDI signals, each of said four optical signal paths providing for trace equalization and re-timing prior to inputting said signal to one of said plurality of optical transmitter circuits.