mhurhangee/ep-ind-claims huggingface dataset:
Surrounding monitoring device for slewing-type work machine comprising: a plural number of imaging devices, which are mounted on a slewing-type work machine, for taking images respectively toward downwardly inclined and at different directions; a view point converting section for performing coordinate conversion of image data taken from the respective imaging devices to make overhead view images to look down from an upper position; a composite overhead view image creating section to create a composite overhead view image arranged around symbolized view image of the slewing-type work machine; an interference scope indicating section to indicate on the composite overhead view image an interference scope (40-47, 145, 245) to cause interference with a surrounding obstacle according to the ground height at the time of rotating action of the slewing-type work machine; a display image producing section to produce the composite overhead view image together with the interference scope (40-47, 145, 245) on a display image; and a monitor to display the display image, characterized in that the interference scope indicating section indicates two interference scopes (44, 41) at highest and lowest positions (8H, 8L) of a rearmost end of a counterweight provided for a hydraulic excavator as the slewing-type work machine. a plural number of imaging devices, which are mounted on a slewing-type work machine, for taking images respectively toward downwardly inclined and at different directions; a view point converting section for performing coordinate conversion of image data taken from the respective imaging devices to make overhead view images to look down from an upper position; a composite overhead view image creating section to create a composite overhead view image arranged around symbolized view image of the slewing-type work machine; an interference scope indicating section to indicate on the composite overhead view image an interference scope (40-47, 145, 245) to cause interference with a surrounding obstacle according to the ground height at the time of rotating action of the slewing-type work machine; a display image producing section to produce the composite overhead view image together with the interference scope (40-47, 145, 245) on a display image; and a monitor to display the display image, characterized in that the interference scope indicating section indicates two interference scopes (44, 41) at highest and lowest positions (8H, 8L) of a rearmost end of a counterweight provided for a hydraulic excavator as the slewing-type work machine. a monitor to display the display image, characterized in that the interference scope indicating section indicates two interference scopes (44, 41) at highest and lowest positions (8H, 8L) of a rearmost end of a counterweight provided for a hydraulic excavator as the slewing-type work machine.
An apparatus, comprising: a catheter comprising a flexible shaft having a proximal end, a distal end, and a length sufficient to access a patient's renal artery relative to a percutaneous access location; an electrode array provided at the distal end of the shaft and dimensioned for deployment within the renal artery, the electrode array comprising a plurality of self-expanding basket structures supporting a plurality of spaced-apart electrodes positionable at a plurality of renal artery sites at or near a wall of the renal artery; and an external system configured to couple to the catheter and deliver stimulation energy selectively to the plurality of electrodes for eliciting a physiologic response from the patient but insufficient to ablate renal nerves, the external system further configured to deliver high-frequency electrical energy to electrodes at target renal artery sites that elicit the physiologic response for ablating renal nerves proximate the target sites; wherein one of a distal end and a proximal end of the basket structures is fixedly mounted on the shaft and a sliding attachment member is situated between each of the basket structures along the shaft and at the other of the distal and proximal ends of the basket structures said sliding attachment members configured to translate longitudinally along the shaft to facilitate radial expansion and reduction of the basket structure; a control element having a distal end coupled to the sliding attachment member and an actuatable proximal end. a catheter comprising a flexible shaft having a proximal end, a distal end, and a length sufficient to access a patient's renal artery relative to a percutaneous access location; an electrode array provided at the distal end of the shaft and dimensioned for deployment within the renal artery, the electrode array comprising a plurality of self-expanding basket structures supporting a plurality of spaced-apart electrodes positionable at a plurality of renal artery sites at or near a wall of the renal artery; and an external system configured to couple to the catheter and deliver stimulation energy selectively to the plurality of electrodes for eliciting a physiologic response from the patient but insufficient to ablate renal nerves, the external system further configured to deliver high-frequency electrical energy to electrodes at target renal artery sites that elicit the physiologic response for ablating renal nerves proximate the target sites; wherein one of a distal end and a proximal end of the basket structures is fixedly mounted on the shaft and a sliding attachment member is situated between each of the basket structures along the shaft and at the other of the distal and proximal ends of the basket structures said sliding attachment members configured to translate longitudinally along the shaft to facilitate radial expansion and reduction of the basket structure; a control element having a distal end coupled to the sliding attachment member and an actuatable proximal end.
A composition, comprising: a continuous phase selected from the group consisting of water, alcohol, and a mixture of water and alcohol; hexagonal boron nitride nanoparticles dispersed in the continuous phase; and a compound having a formula or a salt thereof, wherein n is an integer between 50 and 200 and y is an integer between 20 and 200. a continuous phase selected from the group consisting of water, alcohol, and a mixture of water and alcohol; hexagonal boron nitride nanoparticles dispersed in the continuous phase; and a compound having a formula or a salt thereof, wherein n is an integer between 50 and 200 and y is an integer between 20 and 200.
A multiple antenna reading system suitable for use with contactless transaction devices, said system comprising: at least one reader; a first antenna module comprising a first antenna and first antenna function disabling circuitry; a second antenna module comprising a second antenna and second antenna function disabling circuitry; said first and second antennas having at least some inductive coupling therebetween and being operatively connected to said at least one reader; characterised in that the first and second antenna modules are arranged such that an RF signal output by reader to said first antenna module is rectified and employed to provide a disable signal to said second antenna function disabling circuitry during activation of said first antenna and an RF signal output by reader to said second antenna module is rectified and employed to provide a disable signal to said first antenna function disabling circuitry during activation of said second antenna. at least one reader; a first antenna module comprising a first antenna and first antenna function disabling circuitry; a second antenna module comprising a second antenna and second antenna function disabling circuitry; said first and second antennas having at least some inductive coupling therebetween and being operatively connected to said at least one reader; characterised in that the first and second antenna modules are arranged such that an RF signal output by reader to said first antenna module is rectified and employed to provide a disable signal to said second antenna function disabling circuitry during activation of said first antenna and an RF signal output by reader to said second antenna module is rectified and employed to provide a disable signal to said first antenna function disabling circuitry during activation of said second antenna.
A flat panel loudspeaker comprising: a resonant panel; an exciter comprising a foot cylindrical in shape, coupled to the resonant panel and defining an inner region of the resonant panel within a boundary of the foot, wherein the exciter is drivable to vibrate the resonant panel via the foot, so as to produce a sound; and a damping member arranged inside the foot and rigidly coupled only to the foot, the damping member being in contact with the inner region of the resonant panel and not coupled directly to it, to brace against the vibration of the resonant panel so as to damp a response of the resonant panel in the inner region to a vibration from the exciter. a resonant panel; an exciter comprising a foot cylindrical in shape, coupled to the resonant panel and defining an inner region of the resonant panel within a boundary of the foot, wherein the exciter is drivable to vibrate the resonant panel via the foot, so as to produce a sound; and a damping member arranged inside the foot and rigidly coupled only to the foot, the damping member being in contact with the inner region of the resonant panel and not coupled directly to it, to brace against the vibration of the resonant panel so as to damp a response of the resonant panel in the inner region to a vibration from the exciter.
Screw with anti-loosening means which has a securing element which is provided with an annular portion and is inserted or is insertable with the latter around a shank of the screw under a head of same and, in a state of the screw in which the latter is screwed to a base, prevents said screw from rotating back counter to a screwing-in direction, wherein the securing element, on that side of the annular portion which is turned towards the facing surface of the base, is provided with at least one projection which can be pressed into the surface as the screw is being screwed in, wherein the securing element is provided with finger-like extensions in the outer circumferential region of the annular portion, said finger-like extensions extending along the circumference of the head, in the inserted state of the securing element, and, under spring-elastic forces of the securing element, entering into contact with a surface structure of the head, the surface structure having an inhibiting effect counter to the screwing-in direction, characterized in that the surface structure having an inhibiting effect has flat flanks which slope in the screwing-in direction and merge together via steeper flanks sloping counter to the screwing-in direction, and in that the extensions have inwardly bent end portions which engage over the head or a circumferential portion thereof which projects radially thereon or is bounded by means of an encircling groove, in which the surface structure having an inhibiting effect is formed, on the upper side of said head or circumferential portion that is turned away from the shank.
Drive system with a synchronous motor having n motor windings and a rotor, wherein n is an integer greater than one; a direct voltage source which supplies a direct voltage to an inverter, wherein the inverter is connected to the synchronous motor via n connecting lines; as well as with a position sensor which, in accordance with a current angular position of the rotor of the synchronous motor, generates an output signal to a logic element, and the logic element generates precisely one control signal for the inverter, said control signal corresponding to the output signal of the position sensor and, in emergency operation, activating the inverter in such a way that at least one of the n connecting lines is connected to the positive potential of the direct voltage source, and at least one other connecting line of the n connecting lines is connected to the negative potential of the direct voltage source, whereby in the n motor windings of the synchronous motor a voltage-producing state is reached, wherein the number of different control signals that can be generated corresponds to the total number of 3 n - 2 n+1 + 1 voltage-producing states.
A device for producing a magnetically induced visual effect, the device comprising: a printing unit arranged to print with a coating composition containing orientable magnetic particles an image on a first side of a substrate; an orientation means in the form of a cylindrical body comprising at least one magnetic field generating element, for orienting the magnetic particles in the coating composition of the printed image; a substrate-guiding system arranged to hold a second side of the substrate in contact with the orientation means; a photocuring unit comprising a radiation source arranged with respect to the orientation means so as to irradiate the image printed on the first side of the substrate to cure the coating composition of the image while the second side of the substrate is still in contact with the said orientation means; characterized in that the radiation source comprises a light emitting Diode VIS- or a light emitting Diode UV-lamp; and the photocuring unit is configured such that its emission of thermal radiation energy towards the orientation means is limited such as to not heat the orientation means and its at least one magnetic field generating element to an average temperature exceeding 100°C. a printing unit arranged to print with a coating composition containing orientable magnetic particles an image on a first side of a substrate; an orientation means in the form of a cylindrical body comprising at least one magnetic field generating element, for orienting the magnetic particles in the coating composition of the printed image; a substrate-guiding system arranged to hold a second side of the substrate in contact with the orientation means; a photocuring unit comprising a radiation source arranged with respect to the orientation means so as to irradiate the image printed on the first side of the substrate to cure the coating composition of the image while the second side of the substrate is still in contact with the said orientation means; characterized in that the radiation source comprises a light emitting Diode VIS- or a light emitting Diode UV-lamp; and the photocuring unit is configured such that its emission of thermal radiation energy towards the orientation means is limited such as to not heat the orientation means and its at least one magnetic field generating element to an average temperature exceeding 100°C.
Process for the separation of copper from concentrated copper sulfide ore comprising the steps: a) preparation of an inoculant, which is an aqueous suspension containing: aa) a thermophilic, acidophilic bacterium isolated from the copper sulfide ore to be processed, bb) sulfuric acid, cc) nitrogen, phosphorus and potassium sources as nutrients, dd) dissolved oxygen, and ee) a concentrated copper sulfide ore prepared from the copper sulfide ore to be processed. b) provision of an aqueous suspension of the concentrated copper sulfide ore; c) start of the separation process by combining the suspension obtained in step (b) with the inoculant obtained in step (a) in a primary bioleaching tank to obtain a first slurry; d) optionally continuation of the separation process after transfer of the first slurry into a secondary bioleaching tank; e) optionally repeating step (d); f) separation of solids from the slurry obtained in step (c), (d) or (e) to obtain a pregnant leach solution containing dissolved copper; g) isolating the copper from the pregnant leach solution. a) preparation of an inoculant, which is an aqueous suspension containing: aa) a thermophilic, acidophilic bacterium isolated from the copper sulfide ore to be processed, bb) sulfuric acid, cc) nitrogen, phosphorus and potassium sources as nutrients, dd) dissolved oxygen, and ee) a concentrated copper sulfide ore prepared from the copper sulfide ore to be processed. aa) a thermophilic, acidophilic bacterium isolated from the copper sulfide ore to be processed, bb) sulfuric acid, cc) nitrogen, phosphorus and potassium sources as nutrients, dd) dissolved oxygen, and ee) a concentrated copper sulfide ore prepared from the copper sulfide ore to be processed. b) provision of an aqueous suspension of the concentrated copper sulfide ore; c) start of the separation process by combining the suspension obtained in step (b) with the inoculant obtained in step (a) in a primary bioleaching tank to obtain a first slurry; d) optionally continuation of the separation process after transfer of the first slurry into a secondary bioleaching tank; e) optionally repeating step (d); f) separation of solids from the slurry obtained in step (c), (d) or (e) to obtain a pregnant leach solution containing dissolved copper; g) isolating the copper from the pregnant leach solution.
A method of manufacturing a hydrostatic advanced low leakage seal configured to be disposed between relatively rotatable components, the method comprising: manufacturing a plurality of separate, independent components (180, 182; 107, 108, 116a, 116b) of the seal; and assembling the plurality of separate, independent components to form the seal, characterised in that: the plurality of separate, independent components includes a first portion and a second portion, the first portion comprising a shoe and a first beam, the second portion comprising a second beam and a base portion, the first portion and the second portion operatively coupled to each other. manufacturing a plurality of separate, independent components (180, 182; 107, 108, 116a, 116b) of the seal; and assembling the plurality of separate, independent components to form the seal, characterised in that: the plurality of separate, independent components includes a first portion and a second portion, the first portion comprising a shoe and a first beam, the second portion comprising a second beam and a base portion, the first portion and the second portion operatively coupled to each other.
A stator assembly coupled to an engine shroud of a gas turbine engine, the stator assembly for preventing circumferential movement of stator segments, the stator assembly comprising: an endless case fixedly coupled to the engine shroud, the case including a forward portion, an aft portion and a central portion disposed therebetween, the case extending around an axis, the forward and aft portions of the case forming forward and aft pockets with the central portion respectively, a locking stator segment, the locking stator segment including a shroud connected to a vane, the shroud of the locking stator segment including a forward hook and a pair of aft hooks; the shroud of the locking stator segment including a slot that extends between the aft hooks and accommodates a lug (70; 170), the lug being coupled to the case; wherein the forward and aft portions of the case extend towards each other; wherein the forward and aft hooks are retained in the forward and aft pockets respectively; and wherein the lug includes an inner block (71; 171) that is received in the slot, the lug further including an outwardly protruding stud (72; 172) that is fixedly coupled to the central portion of the case; characterized in that the protruding stud (72; 172) is integrally connected to the central portion of the case. an endless case fixedly coupled to the engine shroud, the case including a forward portion, an aft portion and a central portion disposed therebetween, the case extending around an axis, the forward and aft portions of the case forming forward and aft pockets with the central portion respectively, a locking stator segment, the locking stator segment including a shroud connected to a vane, the shroud of the locking stator segment including a forward hook and a pair of aft hooks; the shroud of the locking stator segment including a slot that extends between the aft hooks and accommodates a lug (70; 170), the lug being coupled to the case; wherein the forward and aft portions of the case extend towards each other; wherein the forward and aft hooks are retained in the forward and aft pockets respectively; and wherein the lug includes an inner block (71; 171) that is received in the slot, the lug further including an outwardly protruding stud (72; 172) that is fixedly coupled to the central portion of the case; characterized in that the protruding stud (72; 172) is integrally connected to the central portion of the case.
A method of monitoring tire pressures comprising: sensing a first pressure via a tire pressure sensor connected in electronic communication with a tire pressure observation controller; determining by the tire pressure observation controller connected in electronic communication with the sensor whether the first pressure is below a predetermined value; activating by the tire pressure observation controller connected in electronic communication with the sensor for tire pressure observation, a timer in response to the first pressure being below the predetermined value and setting, by the tire pressure observation controller, a logical state to a WAIT state logical state; sensing a second pressure via a tire pressure sensor connected in electronic communication with a tire pressure observation controller once the timer expires; changing, by the tire pressure observation controller, the WAIT state logical state to an ASSESS state logical state in response to the timer expiring; and sending, by the tire pressure observation controller, a message to an output device in response to changing the logical state, characterized by the output device comprising at least one of: a cockpit crew-alert system; a portable device in RF communication with the tire pressure observation controller. sensing a first pressure via a tire pressure sensor connected in electronic communication with a tire pressure observation controller; determining by the tire pressure observation controller connected in electronic communication with the sensor whether the first pressure is below a predetermined value; activating by the tire pressure observation controller connected in electronic communication with the sensor for tire pressure observation, a timer in response to the first pressure being below the predetermined value and setting, by the tire pressure observation controller, a logical state to a WAIT state logical state; sensing a second pressure via a tire pressure sensor connected in electronic communication with a tire pressure observation controller once the timer expires; changing, by the tire pressure observation controller, the WAIT state logical state to an ASSESS state logical state in response to the timer expiring; and sending, by the tire pressure observation controller, a message to an output device in response to changing the logical state, characterized by the output device comprising at least one of: a cockpit crew-alert system; a portable device in RF communication with the tire pressure observation controller. a cockpit crew-alert system; a portable device in RF communication with the tire pressure observation controller.