mhurhangee/patent-ind-claim-en huggingface dataset:
A system for thermal ablation therapy comprising an input unit for receiving a time series of two-dimensional diagnostic diagrams , the diagnostic diagrams being indicative of the course of the thermal ablation therapy and representing at least one treatment parameter as a function of dose, each one of the time series of diagnostic diagrams related to a particular point in therapy time; a processing unit for processing the time series of diagnostic diagrams as a function of the therapy time to generate a time-resolved therapy summary, the generating comprising generating a three-dimensional dataset by merging the diagnostic diagrams as a function of the therapy time, and a display unit for generating and displaying a graphical representation of the time-resolved therapy summary, said graphical representation representing, in a first dimension, the at least one treatment parameter as a function of the therapy time in a second dimension and as a function of the dose delivered at a particular point in therapy time in a third dimension by means of a colour code. an input unit for receiving a time series of two-dimensional diagnostic diagrams , the diagnostic diagrams being indicative of the course of the thermal ablation therapy and representing at least one treatment parameter as a function of dose, each one of the time series of diagnostic diagrams related to a particular point in therapy time; a processing unit for processing the time series of diagnostic diagrams as a function of the therapy time to generate a time-resolved therapy summary, the generating comprising generating a three-dimensional dataset by merging the diagnostic diagrams as a function of the therapy time, and a display unit for generating and displaying a graphical representation of the time-resolved therapy summary, said graphical representation representing, in a first dimension, the at least one treatment parameter as a function of the therapy time in a second dimension and as a function of the dose delivered at a particular point in therapy time in a third dimension by means of a colour code.
An array antenna for toll collection over a first rectangular zone, the antenna comprising: a plurality of elements ; and a feed network operatively coupled to the plurality of elements; characterised in that the elements and the feed network are configured to form a first asymmetric transmitting antenna pattern and a first asymmetric receiving antenna pattern, the first transmitting antenna pattern being asymmetric in azimuth being substantially the same as the first receiving antenna pattern, and the first transmitting antenna pattern having a gain exceeding a threshold over the first rectangular zone, and a gain less than the threshold in a region outside of the first rectangular zone, wherein each of the elements is associated with a complex weight, wherein each complex weight is substantially equal to a corresponding complex weight produced by an Orchard-Elliot synthesis technique executed with a first piecewise-linear desired antenna pattern. a plurality of elements ; and a feed network operatively coupled to the plurality of elements; characterised in that the elements and the feed network are configured to form a first asymmetric transmitting antenna pattern and a first asymmetric receiving antenna pattern, the first transmitting antenna pattern being asymmetric in azimuth being substantially the same as the first receiving antenna pattern, and the first transmitting antenna pattern having a gain exceeding a threshold over the first rectangular zone, and a gain less than the threshold in a region outside of the first rectangular zone, wherein each of the elements is associated with a complex weight, wherein each complex weight is substantially equal to a corresponding complex weight produced by an Orchard-Elliot synthesis technique executed with a first piecewise-linear desired antenna pattern.
A system for decoupling a telescoping tube from a first liner of a gas turbine engine , the system comprising: a first combustor comprising a first liner at least partially defining a first combustion chamber ; a second combustor positioned adjacent to the first combustor , the second combustor comprising a second liner at least partially defining a second combustion chamber ; a telescoping tube comprising a first tube segment coupled to the first liner and a second tube segment biased apart from the first tube segment and coupled to the second liner , the telescoping tube defining a telescoping tube passage extending therethrough; a rod partially positioned in the telescoping tube passage , the rod comprising a first portion at least partially positioned in the second combustion chamber and a threaded second portion positioned in the second combustion chamber , the first portion of the rod comprising a non-circular cross-section; a plug coupled to the rod , the plug engaging a first side surface of the first tube segment ; a base positioned in the second combustion chamber , the base defining a base passage extending therethrough, the base passage comprising a first portion comprising a non-circular cross-section, wherein the first portion of the rod is at least partially positioned in the first portion of the base passage ; and a handle threadingly coupled to the rod , wherein rotating the handle in a first direction moves the handle along the rod toward the first combustor to decouple the telescoping tube from the first liner . a first combustor comprising a first liner at least partially defining a first combustion chamber ; a second combustor positioned adjacent to the first combustor , the second combustor comprising a second liner at least partially defining a second combustion chamber ; a telescoping tube comprising a first tube segment coupled to the first liner and a second tube segment biased apart from the first tube segment and coupled to the second liner , the telescoping tube defining a telescoping tube passage extending therethrough; a rod partially positioned in the telescoping tube passage , the rod comprising a first portion at least partially positioned in the second combustion chamber and a threaded second portion positioned in the second combustion chamber , the first portion of the rod comprising a non-circular cross-section; a plug coupled to the rod , the plug engaging a first side surface of the first tube segment ; a base positioned in the second combustion chamber , the base defining a base passage extending therethrough, the base passage comprising a first portion comprising a non-circular cross-section, wherein the first portion of the rod is at least partially positioned in the first portion of the base passage ; and a handle threadingly coupled to the rod , wherein rotating the handle in a first direction moves the handle along the rod toward the first combustor to decouple the telescoping tube from the first liner .
Turbine engine compressor , comprising at least one annular row of variable-pitch stator vanes , these vanes being substantially radial and comprising pivots at their radial ends, the radially outer pivots of the vanes being received in first openings in a stator casing and the radially inner pivots being received in second openings in a floating ring that surrounds a rotor of the compressor, characterised in that an annular stator part is inserted between the floating ring and the rotor of the compressor, and in that first sealing means are mounted between the annular stator part and the rotor of the compressor, and second sealing means are mounted between the floating ring and the annular stator part, the first sealing means comprising two labyrinth seals .
A current detection device comprising: a current path through which a current to be measured flows; a coil layer having a planer helical pattern; a magnetic detector facing the coil layer ; a shield layer disposed between the current path and the coil layer ; characterised by a coil energization section that controls a current to be applied to the coil layer in accordance with an increase or decrease in a detection output of the magnetic detector ; and a current detector that detects an amount of current flowing in the coil layer , wherein the coil layer , a height adjustment layer , and an upper insulating layer are disposed on a lower insulating layer that covers the magnetic detector , the coil layer including a plurality of segments arranged in the helical pattern, the height adjustment layer being made of a nonmagnetic metal and being disposed on both sides of the coil layer including the plurality of segments, and the upper insulating layer being made of an inorganic material and covering the coil layer and the height adjustment layer , and the shield layer , which is disposed on the upper insulating layer , covers both the coil layer including the plurality of segments and the height adjustment layer , and both side portions of the shield layer are located above the height adjustment layer . a current path through which a current to be measured flows; a coil layer having a planer helical pattern; a magnetic detector facing the coil layer ; a shield layer disposed between the current path and the coil layer ; characterised by a coil energization section that controls a current to be applied to the coil layer in accordance with an increase or decrease in a detection output of the magnetic detector ; and a current detector that detects an amount of current flowing in the coil layer , wherein the coil layer , a height adjustment layer , and an upper insulating layer are disposed on a lower insulating layer that covers the magnetic detector , the coil layer including a plurality of segments arranged in the helical pattern, the height adjustment layer being made of a nonmagnetic metal and being disposed on both sides of the coil layer including the plurality of segments, and the upper insulating layer being made of an inorganic material and covering the coil layer and the height adjustment layer , and the shield layer , which is disposed on the upper insulating layer , covers both the coil layer including the plurality of segments and the height adjustment layer , and both side portions of the shield layer are located above the height adjustment layer .
A detergent delivery device, comprising a water box , a liquid storage box for accommodating detergent installed in the water box , a cover plate constituting a top part of the water box , a check valve for controlling opening and closing of the liquid storage box installed at the junction of the liquid storage box and the water box to allow a detergent to be drawn into a flow channel of the water box , the check valve is provided with a liquid inlet and a liquid outlet that are perpendicular to each other, the liquid inlet is communicated with the liquid storage box , and a one-way non-return valve installed at the liquid outlet , characterized in that a water inlet flow channel is arranged in a hollow chamber of the cover plate, multiple water outlet holes are arranged at a bottom of the water inlet flow channel , the water outlet holes comprise a first water outlet hole and a second water outlet hole , and a top part of the first water outlet hole is higher than a top part of the second water outlet hole . a water box , a liquid storage box for accommodating detergent installed in the water box , a cover plate constituting a top part of the water box , a check valve for controlling opening and closing of the liquid storage box installed at the junction of the liquid storage box and the water box to allow a detergent to be drawn into a flow channel of the water box , the check valve is provided with a liquid inlet and a liquid outlet that are perpendicular to each other, the liquid inlet is communicated with the liquid storage box , and a one-way non-return valve installed at the liquid outlet , characterized in that a water inlet flow channel is arranged in a hollow chamber of the cover plate, multiple water outlet holes are arranged at a bottom of the water inlet flow channel , the water outlet holes comprise a first water outlet hole and a second water outlet hole , and a top part of the first water outlet hole is higher than a top part of the second water outlet hole .
A pneumatic hydraulic retractable device comprising: a fluid pressure cylinder having a cylinder body and a plug seat disposed in the cylinder body and located at one end of the cylinder body ; a piston rod movably disposed in the fluid pressure cylinder ; a control valve set including a valve seat disposed at one end of the piston rod and forming an upper fluid chamber and a lower fluid chamber with the cylinder body therebetween, and a valve rod disposed in the valve seat and moved between a close position (P1) where the upper and lower fluid chambers do not communicate with each other and an open position (P2) where the upper and lower fluid chambers communicate with each other; and a pressure relief element disposed between the valve seat and the plug seat and penetrated by the piston rod and having a communication portion , one end of the pressure relief element and the piston rod forming a pressure relief gap therebetween communicating with the lower fluid chamber through the communication portion . a fluid pressure cylinder having a cylinder body and a plug seat disposed in the cylinder body and located at one end of the cylinder body ; a piston rod movably disposed in the fluid pressure cylinder ; a control valve set including a valve seat disposed at one end of the piston rod and forming an upper fluid chamber and a lower fluid chamber with the cylinder body therebetween, and a valve rod disposed in the valve seat and moved between a close position (P1) where the upper and lower fluid chambers do not communicate with each other and an open position (P2) where the upper and lower fluid chambers communicate with each other; and a pressure relief element disposed between the valve seat and the plug seat and penetrated by the piston rod and having a communication portion , one end of the pressure relief element and the piston rod forming a pressure relief gap therebetween communicating with the lower fluid chamber through the communication portion .
A bioreactor for RNA in vitro transcription comprising: (a) a reaction vessel suitable to hold magnetic particles, DNA templates, a DNA immobilization buffer, DNA magnetic particles and an IVT master mix, wherein the DNA magnetic particles are DNA templates immobilized on the free-floating magnetic particles, wherein the IVT master mix comprises ribonucleoside triphosphates and DNA dependent RNA polymerase; and (b) a magnet unit positioned at the reaction vessel, wherein the magnet unit is configured to capture the magnetic particles and the DNA magnetic particles or to introduce a movement into the magnetic particles and the DNA magnetic particles, wherein the magnet unit is ring-shaped and encircles the reaction vessel . (a) a reaction vessel suitable to hold magnetic particles, DNA templates, a DNA immobilization buffer, DNA magnetic particles and an IVT master mix, wherein the DNA magnetic particles are DNA templates immobilized on the free-floating magnetic particles, wherein the IVT master mix comprises ribonucleoside triphosphates and DNA dependent RNA polymerase; and (b) a magnet unit positioned at the reaction vessel, wherein the magnet unit is configured to capture the magnetic particles and the DNA magnetic particles or to introduce a movement into the magnetic particles and the DNA magnetic particles,
Honing method for machining the internal face of a bore in a workpiece with the aid of at least one honing operation, in particular for honing cylinder running surfaces in the production of cylinder blocks or cylinder liners for reciprocating piston machines, wherein during a honing operation an expandable honing tool, which is coupled to a spindle, is moved to and fro within the bore in the axial direction of the bore in order to generate a reciprocating movement, and is simultaneously rotated for generating a rotating movement superimposed on the reciprocating movement; a bore shape which is rotationally symmetrical in terms of a bore axis and deviates from the circular-cylindrical shape and has an axial contour profile is generated; and a stroke length and/or a stroke position of the reciprocating movement is altered for generating an axially variable material subtraction in at least one stroke variation phase, characterized in that an axial target contour profile which represents the dependence of the target diameter on the axial position in the bore to be machines is specified prior to the start of the honing operation; a stroke variation profile for the stroke variation phase is fixedly specified based on the target contour profile; a measurement of the actual diameter of the bore is carried out during the stroke variation phase so as to determine a diameter measuring signal which represents the actual diameter of the bore in a measured bore portion; a variance comparison between the determined actual diameter and an assigned target diameter is carried out for determining a diameter variance; and at least one honing parameter influencing the material subtraction is controlled variably as a function of the result of the variance comparison, wherein the fixedly specified stroke variation profile is not altered. a bore shape which is rotationally symmetrical in terms of a bore axis and deviates from the circular-cylindrical shape and has an axial contour profile is generated; and a stroke length and/or a stroke position of the reciprocating movement is altered for generating an axially variable material subtraction in at least one stroke variation phase, characterized in that an axial target contour profile which represents the dependence of the target diameter on the axial position in the bore to be machines is specified prior to the start of the honing operation; a stroke variation profile for the stroke variation phase is fixedly specified based on the target contour profile; a measurement of the actual diameter of the bore is carried out during the stroke variation phase so as to determine a diameter measuring signal which represents the actual diameter of the bore in a measured bore portion; a variance comparison between the determined actual diameter and an assigned target diameter is carried out for determining a diameter variance; and at least one honing parameter influencing the material subtraction is controlled variably as a function of the result of the variance comparison, wherein the fixedly specified stroke variation profile is not altered.
Portable power tool having: a tool receptacle for receiving a tool on a working axis , an electric motor , a pneumatic impact mechanism , which an exciter that is moved periodically back and forth parallel to the working axis by the motor , a striker that is movable on the working axis and is coupled to the exciter via an air spring , and an anvil that is arranged in a movable manner on the working axis and is arranged downstream of the striker in the impact direction , a guide sleeve , which has a cylindrical guide portion , wherein the anvil has a cylindrical anvil portion with a diameter and wherein the cylindrical anvil portion is guided in the guide portion , and an inside diameter of the guide portion is the same as the diameter of the anvil portion , characterized in that the anvil has, in the anvil portion , a plurality of flutes extending along the entire length of the anvil portion , and wherein a cross-sectional area of the anvil portion is at most 5% smaller than a circular area defined by the diameter . a tool receptacle for receiving a tool on a working axis , an electric motor , a pneumatic impact mechanism , which an exciter that is moved periodically back and forth parallel to the working axis by the motor , a striker that is movable on the working axis and is coupled to the exciter via an air spring , and an anvil that is arranged in a movable manner on the working axis and is arranged downstream of the striker in the impact direction , a guide sleeve , which has a cylindrical guide portion , wherein the anvil has a cylindrical anvil portion with a diameter and wherein the cylindrical anvil portion is guided in the guide portion , and an inside diameter of the guide portion is the same as the diameter of the anvil portion , characterized in that the anvil has, in the anvil portion , a plurality of flutes extending along the entire length of the anvil portion , and wherein a cross-sectional area of the anvil portion is at most 5% smaller than a circular area defined by the diameter .
A terminal device with a chip heat dissipation structure, wherein the chip heat dissipation structure is disposed on a printed circuit board, PCB, of the terminal device wherein the chip heat dissipation structure comprises a chip card holder and at least one isolation groove ; the chip card holder and the PCB are molded into one body; and the at least one isolation groove is disposed on the PCB and located around the chip card holder , and the at least one isolation groove is configured to isolate an area in which the chip card holder is located from another area on the PCB ; wherein the area in which the chip card holder is located is connected to the another area on the PCB through a connecting area ; wherein the isolation groove is separated into at least two through grooves, wherein the at least two through grooves are disposed around the chip card holder ; and wherein the chip card holder is electrically connected to the PCB by means of wiring, the wiring being arranged in the connecting area .
An amusement park ride vehicle , comprising: a chassis configured to direct the amusement park ride vehicle along a ride path in a direction of travel toward a turn; a cabin configured to hold one or more passengers; a slider disposed between the chassis and the cabin , wherein the slider is configured to translate the cabin between a neutral position and a cantilevered position relative to the chassis in a direction substantially transverse to the direction of travel; and a rotator coupled between the slider and the cabin , wherein the rotator is configured to rotate the cabin relative to the slider and wherein the slider is configured to carry the rotator in a direction substantially transverse to the direction of travel. a chassis configured to direct the amusement park ride vehicle along a ride path in a direction of travel toward a turn; a cabin configured to hold one or more passengers; a slider disposed between the chassis and the cabin , wherein the slider is configured to translate the cabin between a neutral position and a cantilevered position relative to the chassis in a direction substantially transverse to the direction of travel; and a rotator coupled between the slider and the cabin , wherein the rotator is configured to rotate the cabin relative to the slider and wherein the slider is configured to carry the rotator in a direction substantially transverse to the direction of travel.
A stationary blade for a steam turbine, comprising: - a main unit portion made of a metal plate formed by plastic deformation having a hollow blade structure; and - a blade tail section including a blade trailing edge, and joined to the main unit portion ; wherein the main unit portion has a protrusion formed of a portion of the metal plate on a suction-side surface of the main unit portion that extends towards the blade trailing edge; the blade tail section has a pressure-side surface and a suction side surface; the blade tail section has an upper portion and a lower portion; the blade tail section has a recess formed in the upper portion of the suction-side surface of the blade tail section ; the blade tail section has a slit leading from the pressure-side surface of the blade tail section to the recess ; and the recess is covered by the protrusion of the main unit portion . - a main unit portion made of a metal plate formed by plastic deformation having a hollow blade structure; and - a blade tail section including a blade trailing edge, and joined to the main unit portion ;