mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a desired action of a user reading a medical image, comprising: retrieving and displaying an image to be read by a user; receiving, via a processor, a contextual cue of the user in response to the displayed image to be read, wherein the contextual cue comprises selecting, by a user interface, a voxel; monitoring, interpreting and mapping the contextual cue to a user intention via the processor, wherein the user intention comprises acquiring a volumetric quantification of a lesion nearest the voxel selected by the user interface; and generating an action based on the user intention via the processor, wherein the action comprises retrieving a three-dimensional segmentation of the lesion nearest the voxel selected by the user interface, wherein, if a voxel is selected by the user interface, then the user intention is determined to be acquiring volumetric quantification of the lesion nearest the voxel selected by the user interface, and if the user intention is determined to be acquiring volumetric quantification of the lesion nearest the voxel selected by the user interface, then the action is retrieving the three-dimensional segmentation of the lesion nearest the voxel selected by the user interface. retrieving and displaying an image to be read by a user; receiving, via a processor, a contextual cue of the user in response to the displayed image to be read, wherein the contextual cue comprises selecting, by a user interface, a voxel; monitoring, interpreting and mapping the contextual cue to a user intention via the processor, wherein the user intention comprises acquiring a volumetric quantification of a lesion nearest the voxel selected by the user interface; and generating an action based on the user intention via the processor, wherein the action comprises retrieving a three-dimensional segmentation of the lesion nearest the voxel selected by the user interface, wherein, if a voxel is selected by the user interface, then the user intention is determined to be acquiring volumetric quantification of the lesion nearest the voxel selected by the user interface, and if the user intention is determined to be acquiring volumetric quantification of the lesion nearest the voxel selected by the user interface, then the action is retrieving the three-dimensional segmentation of the lesion nearest the voxel selected by the user interface.
A bottom structure for a milk receiver to which vacuum from a vacuum supply (5, 6) draws milk from the teats of an animal, the bottom structure comprising an agitation device for stirring of milk in the milk receiver, wherein the agitation device comprises an agitation member mounted to the bottom structure in such a way that when the bottom structure is mounted to the milk receiver, the agitation member will be arranged on the inside of the milk receiver, an actuator mounted to the bottom structure in such a way that when the bottom structure is mounted to the milk receiver, the actuator will be arranged outside of the milk receiver, and a movement transmission mechanism configured to transfer movements from the actuator to the agitation member in such a way that the actuator and the movement transmission mechanism together provide a reciprocating swinging movement of the agitation member in the milk receiver, wherein the agitation member is plate-shaped and comprises a first side configured to act with a first pressure force on the milk when it performs a swinging movement in a first direction and a second side configured to act with a second pressure force on the milk when it performs a swinging movement in a second opposite direction, wherein the first pressure force differs from the second pressure force.
A synthetic retinal derivative for use in improving visual function of a subject with an endogenous retinoid deficiency, by a method comprising: a. administering a first therapeutic dose of a synthetic retinal derivative, wherein the synthetic retinal derivative is 11-cis-retinyl acetate, 9-cis-retinyl acetate, or 9-cis-retinyl succinate, wherein the first therapeutic dose is administered as a divided dose over a period of from 2 to 7 days; b. providing a resting period of 14 days, 15 days, 16 days, 17 days, 18 days, 19 days, 20 days, 21 days, 22 days, 23 days, 24 days, 25 days, 26 days, or 27 days; and c. administering a second therapeutic dose of the synthetic retinal derivative to said subject following the end of the resting period, wherein the endogenous retinoid deficiency is retinitis pigmentosa or Leber congenital amaurosis. a. administering a first therapeutic dose of a synthetic retinal derivative, wherein the synthetic retinal derivative is 11-cis-retinyl acetate, 9-cis-retinyl acetate, or 9-cis-retinyl succinate, wherein the first therapeutic dose is administered as a divided dose over a period of from 2 to 7 days; b. providing a resting period of 14 days, 15 days, 16 days, 17 days, 18 days, 19 days, 20 days, 21 days, 22 days, 23 days, 24 days, 25 days, 26 days, or 27 days; and c. administering a second therapeutic dose of the synthetic retinal derivative to said subject following the end of the resting period,
Protection box for electric connections comprising a first and a second half shell (1,2) which can be hooked to each other and overlapped onto each other so as to form a box shaped body with a seat for an electric block terminal or terminal junction box, and internally provided with at least a cable clamp, characterized in that said at least one cable clamp consists of two jaws (60, 61) joined to each other by means of a string hinge, one jaw being fixed and being provided on the base of a corresponding compartment (21; 23) of one half shell, and the other jaw can rotate on the fixed jaw by means of said string hinge.
A climate control machine structure of the type comprising a cabinet inside which there are heat exchange means below which there are one or more fans adapted to draw air from the upper part of the cabinet so that it passes through the heat exchange means to then propel it, once treated, into the space below a raised floor, said heat exchange means extending substantially diagonally inside the cabinet, with the lower edge proximate to the lower part of first, front, panels of the cabinet, and with the upper edge proximate to the upper part of second, rear, opposite panels of the cabinet, said heat exchange means having a front face designed to be crossed by the air flow, air filtering means being associated with said heat exchange means, said climate control machine structure being characterized in that a masking element is present at the upper edge of said heat exchange means and extends horizontally above said upper edge and along its entire length, an opening being provided on said masking element and forming an auxiliary air flow through the upper face of the heat exchange means, said air filtering means comprising a first filtering panel which is arranged so as to affect the front face of said heat exchange means, and a second filtering panel which is arranged so as to affect said opening on said masking element and is designed to throttle said auxiliary air flow.
A device for stimulating organic tissues (100, 200), including an oblong body (110, 210) fitted with: - at least one motion sensor able to detect a proper motion of the device in an inertial reference frame, - at least one first cavity (140, 240) into which are accommodated: • vibrotactile actuators able to generate oscillations of the oblong body, and • an electronic control circuit of the vibrotactile actuator comprising a processing unit adapted to receive signals from the motion sensor and to determine, as a function of these sensor signals, control signals to be applied to the vibrotactile actuator so that said vibrotactile actuator generates vibrations correlated with the sensed motions, characterised in that said vibrotactile actuators are distributed in the oblong body (110, 210), in the vicinity of a periphery of said oblong body in contact with the organic tissues, and in that the electronic control circuit includes means for controlling each vibrotactile actuator differently so as to generate oscillations distinct by their spectra. - at least one motion sensor able to detect a proper motion of the device in an inertial reference frame, - at least one first cavity (140, 240) into which are accommodated: • vibrotactile actuators able to generate oscillations of the oblong body, and • an electronic control circuit of the vibrotactile actuator comprising a processing unit adapted to receive signals from the motion sensor and to determine, as a function of these sensor signals, control signals to be applied to the vibrotactile actuator so that said vibrotactile actuator generates vibrations correlated with the sensed motions, characterised in that said vibrotactile actuators are distributed in the oblong body (110, 210), in the vicinity of a periphery of said oblong body in contact with the organic tissues, and in that the electronic control circuit includes means for controlling each vibrotactile actuator differently so as to generate oscillations distinct by their spectra. • vibrotactile actuators able to generate oscillations of the oblong body, and • an electronic control circuit of the vibrotactile actuator comprising a processing unit adapted to receive signals from the motion sensor and to determine, as a function of these sensor signals, control signals to be applied to the vibrotactile actuator so that said vibrotactile actuator generates vibrations correlated with the sensed motions,
A method for resetting an attack counter in a security module without permanent power supply of its own which executes a data exchange with a terminal and processes at least one direct signal transferred by a network operating system, with the steps of: monitoring the operation of the security module for error events, incrementing an attack counter upon detection of an error event, initiating a protective measure when the attack counter exceeds a limit, characterized by the following steps of: monitoring the operation of the security module for the input of a structure signal of a network operating system, wherein the structure signal is the request for a response permitting to the network operating system an identification, an authentication or the determination of the presence of the security module, incrementing a reference counter upon each input of a structure signal, resetting the attack counter to an initial value when the reference counter reaches a threshold value and the attack counter has not yet exceeded the limit. monitoring the operation of the security module for error events, incrementing an attack counter upon detection of an error event, initiating a protective measure when the attack counter exceeds a limit, characterized by the following steps of: monitoring the operation of the security module for the input of a structure signal of a network operating system, wherein the structure signal is the request for a response permitting to the network operating system an identification, an authentication or the determination of the presence of the security module, incrementing a reference counter upon each input of a structure signal, resetting the attack counter to an initial value when the reference counter reaches a threshold value and the attack counter has not yet exceeded the limit. monitoring the operation of the security module for the input of a structure signal of a network operating system, wherein the structure signal is the request for a response permitting to the network operating system an identification, an authentication or the determination of the presence of the security module, incrementing a reference counter upon each input of a structure signal, resetting the attack counter to an initial value when the reference counter reaches a threshold value and the attack counter has not yet exceeded the limit.
A three-component styrene-free coating composition for the interior construction of a ship, comprising at least one binder component, at least one hardener component and at least one catalyst component, wherein the binder component comprises a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and the hardener component comprises at least one organic peroxide, the catalyst component comprises c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, based on the total weight of the catalyst component, wherein the proportions of the components of the respective components add up to 100 wt%. the binder component comprises a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and the hardener component comprises at least one organic peroxide, the catalyst component comprises c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, based on the total weight of the catalyst component, wherein the proportions of the components of the respective components add up to 100 wt%.
A carrier selection method, applied to a terminal device, comprising: running at least one process on at least one carrier, wherein different processes are run on a same carrier or different carriers; and when a carrier re-selection timer expiration is detected, performing carrier re-selection on at least part of the at least one process; and the carrier re-selection timer is a carrier re-selection timer for the terminal device; and the method is characterised by: determining a numerical value of the carrier re-selection timer based on a movement speed of the terminal device. running at least one process on at least one carrier, wherein different processes are run on a same carrier or different carriers; and when a carrier re-selection timer expiration is detected, performing carrier re-selection on at least part of the at least one process; and the carrier re-selection timer is a carrier re-selection timer for the terminal device; and the method is characterised by: determining a numerical value of the carrier re-selection timer based on a movement speed of the terminal device.
A scaling device, comprising: a main body (106,206) having at least one anatomical registering feature (108,204) configured to be aligned with a selected anatomical feature, wherein the main body is conformable to the selected anatomical structure, wherein the main body further comprises a scaling marker (112,212) and a scaling marker pathway (110,110a,110b) that is selectively oriented with respect to the anatomical registering feature and facilitates repeatable gross placement of the scaling marker (112,212) relative to the selected anatomical structure, wherein the scaling marker pathway has a first end and an opposed second end, and wherein the scaling marker is selectively displaceable along the scaling marker pathway about and between the first end and the second end to enable fine placement of the scaling marker relative to the selected anatomical structure.
A rotary generator (12, 112, 712) comprising a rotor (35, 130a, 130b, 729), a stator (34, 134, 736), at least one air-cored coil assembly (28, 128a, 128b, 728), and a plurality of magnetic flux conducting units (10, 10a, 10b, 710); wherein the at least one air-cored coil assembly (28, 128a, 128b, 728) each comprises a plurality of current conducting coils; wherein each of the plurality of magnetic flux conducting units comprises at least first and second magnets (14, 16) magnetically coupled to a pair of opposed first and second magnetic flux conducting elements (18, 20, 718, 720) of iron or ferrous alloy defining a space (26, 726) therebetween for receiving the at least one air-cored coil assembly; wherein one of the rotor and the stator carries the at least one air-cored coil assembly; wherein the rotor is adapted to be coupled to a drive member (37, 732) of a prime mover of a power generation machine (12, 112, 712) and thereby adapted for rotation relative to the stator (34, 134, 736); characterised in that each of the plurality of magnetic flux conducting units further comprises a connecting portion extending between the opposed magnetic flux conducting elements (18, 20, 718, 720), each connecting portion being magnetic flux conducting such that a magnetic flux flow path extends through the connecting portion; the magnets (14, 16) of each magnetic flux conducting unit are arranged relative to the opposed magnetic flux conducting elements (18, 20, 718, 720) of the magnetic flux conducting unit such that the magnetic flux flow path extends from the first magnet, through the first conducting element (20, 720), through the connecting portion, through the second conducting element (18, 718), to the second magnet and across the space (26, 726) to the first magnet; said plurality of magnetic flux conducting units (10, 10a, 10b, 710) are arranged circumferentially around the circumference of a disc (30, 36) of the other of the rotor (35, 130a, 130b, 729) and the stator (34, 134, 736); and the plurality of magnetic flux conducting units (10, 10a, 10b, 710) are generally C-shaped in cross-section, the flux conducting elements (18, 20, 718, 720) being coupled in a cantilever arrangement relative to the connecting portion, such that mechanical loads imparted by magnetic attraction forces between the conducting elements are reacted through and balanced within the connecting portion.
A container comprising a hollow body and an opening; wherein said hollow body comprises a mixing chamber and a storage zone, said storage zone being situated between the opening and said mixing chamber, characterized in that: the storage zone houses two or more independent sub-containers (20a - 20d) that are not permanently attached or integral with each other. the storage zone houses two or more independent sub-containers (20a - 20d) that are not permanently attached or integral with each other.
A downhole gas breakout sensor for a downhole tool having a flow passage (72, 150) for downhole fluid, the downhole fluid having a variable refractive index, the sensor comprising: a first source generating a first input signal; a first sensing optic having a first refractive index and having a first surface, the first surface optically coupled to the first source and interfacing with the downhole fluid having the variable refractive index in the flow passage; and a first measurement detector optically coupled to the first sensing optic and detecting a first reflected signal from the first surface, the detection of the first reflected signal resulting from a first defined relationship between the first refractive index and the variable refractive index and being indicative of gas breakout in the downhole fluid, characterized by: a bubble director comprising a stem having vanes disposed along an axis of the stem, the bubble director disposed in the flow passage (72, 150) and directing the downhole fluid and any bubbles therein toward the first surface. a first source generating a first input signal; a first sensing optic having a first refractive index and having a first surface, the first surface optically coupled to the first source and interfacing with the downhole fluid having the variable refractive index in the flow passage; and a first measurement detector optically coupled to the first sensing optic and detecting a first reflected signal from the first surface, the detection of the first reflected signal resulting from a first defined relationship between the first refractive index and the variable refractive index and being indicative of gas breakout in the downhole fluid, characterized by: a bubble director comprising a stem having vanes disposed along an axis of the stem, the bubble director disposed in the flow passage (72, 150) and directing the downhole fluid and any bubbles therein toward the first surface.
A device for generating a plurality of clock signals or high-frequency signals, a) having a reference frequency generator, which is connected to an oscillator and generates at its output a reference signal with a reference frequency fx, and b) having at least a first, a second and a further signal processing component, in particular DDS, which is connected to the reference frequency generator via a first signal line and to which the reference signal with the reference frequency fx is supplied, and which are configured, in each case to generate an output signal having a frequency < fx, wherein c) the first signal processing component is designed to generate an output signal having a frequency and phase defined by software from the reference frequency fx, and d) having a power generator which has the second signal processing component, wherein the output of the second signal processing component is connected to a power amplifier which is set up to generate a high-frequency power signal from the output signal of the second signal processing component, and e) having a digital measuring apparatus which is connected to a sensor at the output of the power generator, wherein the output of the further signal processing component is connected to a clock input of the measuring apparatus in order to enable the measuring apparatus to supply a sampling frequency, wherein f) the measuring apparatus has an A/D converter to which the sampling frequency is supplied and which is connected to the sensor. a) having a reference frequency generator, which is connected to an oscillator and generates at its output a reference signal with a reference frequency fx, and b) having at least a first, a second and a further signal processing component, in particular DDS, which is connected to the reference frequency generator via a first signal line and to which the reference signal with the reference frequency fx is supplied, and which are configured, in each case to generate an output signal having a frequency < fx, wherein c) the first signal processing component is designed to generate an output signal having a frequency and phase defined by software from the reference frequency fx, and d) having a power generator which has the second signal processing component, wherein the output of the second signal processing component is connected to a power amplifier which is set up to generate a high-frequency power signal from the output signal of the second signal processing component, and e) having a digital measuring apparatus which is connected to a sensor at the output of the power generator, wherein the output of the further signal processing component is connected to a clock input of the measuring apparatus in order to enable the measuring apparatus to supply a sampling frequency, wherein f) the measuring apparatus has an A/D converter to which the sampling frequency is supplied and which is connected to the sensor.