mhurhangee/patent-ind-claim-en huggingface dataset:
A medical imaging system comprising: - a memory storing machine executable instructions ; - a processor for controlling the medical imaging system, wherein execution of the machine executable instructions causes the processor to: - receive magnetic resonance image data acquired according to a CEST magnetic resonance imaging protocol, wherein the magnetic resonance image data comprises voxels, wherein each of the voxels comprises a measured Z-spectrum for a set of saturation frequency offsets ; - form a motion likelihood map that represents a voxel-wise probability of motion by comparing the measured Z-spectrum of each voxel to predetermined criteria; and - reconstruct a CEST magnetic resonance image from the magnetic resonance image data and including correction of motion artefacts on the basis of the motion likelihood map. - a memory storing machine executable instructions ; - a processor for controlling the medical imaging system, wherein execution of the machine executable instructions causes the processor to: - receive magnetic resonance image data acquired according to a CEST magnetic resonance imaging protocol, wherein the magnetic resonance image data comprises voxels, wherein each of the voxels comprises a measured Z-spectrum for a set of saturation frequency offsets ; - form a motion likelihood map that represents a voxel-wise probability of motion by comparing the measured Z-spectrum of each voxel to predetermined criteria; and - reconstruct a CEST magnetic resonance image from the magnetic resonance image data and including correction of motion artefacts on the basis of the motion likelihood map. - receive magnetic resonance image data acquired according to a CEST magnetic resonance imaging protocol, wherein the magnetic resonance image data comprises voxels, wherein each of the voxels comprises a measured Z-spectrum for a set of saturation frequency offsets ; - form a motion likelihood map that represents a voxel-wise probability of motion by comparing the measured Z-spectrum of each voxel to predetermined criteria; and - reconstruct a CEST magnetic resonance image from the magnetic resonance image data and including correction of motion artefacts on the basis of the motion likelihood map.
A printer comprising: a display ; and a display controller configured to acquire a file (F2) from a server through a network (NW), and display content based on the file on the display; wherein, in being configured to display content based on the file on the display, the display controller is arranged, when an input field for inputting specific information is included in the content , to automatically display an on-screen keyboard configured to receive input of the specific information on the display before displaying the content , to display, in a specific position in the on-screen keyboard, a message corresponding to information input through the on-screen keyboard to the input field, and to receive the specific information input through the displayed on-screen keyboard before displaying the content, and wherein the display controller, after the specific information is input to the on-screen keyboard, is configured to stop displaying the on-screen keyboard and to display the content with the specific information entered in the input field, on the display. a display ; and a display controller configured to acquire a file (F2) from a server through a network (NW), and display content based on the file on the display; wherein, in being configured to display content based on the file on the display, the display controller is arranged, when an input field for inputting specific information is included in the content , to automatically display an on-screen keyboard configured to receive input of the specific information on the display before displaying the content , to display, in a specific position in the on-screen keyboard, a message corresponding to information input through the on-screen keyboard to the input field, and to receive the specific information input through the displayed on-screen keyboard before displaying the content, and wherein the display controller, after the specific information is input to the on-screen keyboard, is configured to stop displaying the on-screen keyboard and to display the content with the specific information entered in the input field, on the display.
An article for use with an apparatus for heating smokable material to volatilise at least one component of the smokable material, the article including: a foam comprising gas dispersed in a solid medium, wherein the solid medium comprises the smokable material; and a body of heating material that is heatable by penetration with a varying magnetic field, wherein the heating material is within the foam and in thermal contact with the smokable material. a foam comprising gas dispersed in a solid medium, wherein the solid medium comprises the smokable material; and a body of heating material that is heatable by penetration with a varying magnetic field, wherein the heating material is within the foam and in thermal contact with the smokable material.
A method of intervention by at least one operator in a radioactive zone , the method comprising the following steps: - obtaining a digital model representing the three-dimensional topography of the radioactive zone ; - intervention of at least one operator in the radioactive zone , the intervention step comprising at least the following sub-steps: * repeatedly, measuring an intensity of the radioactive radiation by a portable detector carried by the at least one operator, and determining the spatial coordinates of the portable detector at the time of measurement; * recording in the digital model of a plurality of said measurements and the corresponding spatial coordinates ; * materialisation of the recorded measurements in an augmented reality device carried by the at least one operator, by a plurality of discrete holographic symbols , using the digital model, each holographic symbol indicating the intensity of the radioactive radiation of one of the recorded measurements and being placed so as to appear visible to the at least one operator at the corresponding spatial coordinates. - obtaining a digital model representing the three-dimensional topography of the radioactive zone ; - intervention of at least one operator in the radioactive zone , the intervention step comprising at least the following sub-steps: * repeatedly, measuring an intensity of the radioactive radiation by a portable detector carried by the at least one operator, and determining the spatial coordinates of the portable detector at the time of measurement; * recording in the digital model of a plurality of said measurements and the corresponding spatial coordinates ; * materialisation of the recorded measurements in an augmented reality device carried by the at least one operator, by a plurality of discrete holographic symbols , using the digital model, each holographic symbol indicating the intensity of the radioactive radiation of one of the recorded measurements and being placed so as to appear visible to the at least one operator at the corresponding spatial coordinates. * repeatedly, measuring an intensity of the radioactive radiation by a portable detector carried by the at least one operator, and determining the spatial coordinates of the portable detector at the time of measurement; * recording in the digital model of a plurality of said measurements and the corresponding spatial coordinates ; * materialisation of the recorded measurements in an augmented reality device carried by the at least one operator, by a plurality of discrete holographic symbols , using the digital model, each holographic symbol indicating the intensity of the radioactive radiation of one of the recorded measurements and being placed so as to appear visible to the at least one operator at the corresponding spatial coordinates.
A method of active control of slide bearing vibrations using piezo actuators, wherein said slide bearing comprises a movable bushing and a housing , characterized in that the actual position of a shaft in relation to the housing of the slide bearing is measured in two mutually perpendicular directions using a first proximity sensor of a position y 1 and a second proximity sensor of a position y 2 and these actual positions y 1 and y 2 are subtracted from a first desired position ( y 1,SP /8 ) and from a second desired position ( y 2,SP /9 ), wherein the result are measured errors ( e 1 / 10 ) and ( e 2 /11 ), which are an input for a two-parameter position controller as well as for a first band-pass filter and a second band-pass filter , of which the centre frequency f W is derived from the rotation frequency f R of the shaft measured by a rotation sensor of the shaft , wherein the two-parameter position controller is connected in parallel to the first band-pass filter and the second band-pass filter , wherein the outputs of the two-parameter position controller and the first band-pass filter and the second band-pass filter are summed up and implemented as a first and a second manipulated variable ( u 1 / 15 , u 2 /16 ) to a first DC voltage amplifier and a second DC voltage amplifier , which are connected to a first and a second piezo actuator , wherein the first and the second piezo actuator operate in two mutually perpendicular directions on the movable bushing inside of which the shaft is pivotally arranged.
A system for cleaning an annular area in a well , characterized in that the system comprises: - a first pipe body and a surrounding second pipe body positioned in the well ; - a first annulus located between the first and second pipe bodies , the first annulus containing a clean fluid defined as a fluid being substantially devoid of flow-inhibiting contaminants; - a second annulus outwardly surrounding the second pipe body , the second annulus containing contaminants to be removed therefrom; - a plurality of sets of holes formed through walls of the first and second pipe bodies and dispersed along a longitudinal section (L) of the well for allowing fluid communication between the first pipe body and the second annulus , each set of holes comprising holes aligned substantially radially through the first and second pipe bodies ; and - a washing tool positioned in the first pipe body at the longitudinal section (L), the washing tool comprising a set of spaced apart flow guides configured to enclose of a limited number of sets of holes along the longitudinal section (L), the flow guides cooperating with an inside of the first pipe body to form a confined pressure compartment for the limited number of sets of holes when operational in the well . - a first pipe body and a surrounding second pipe body positioned in the well ; - a first annulus located between the first and second pipe bodies , the first annulus containing a clean fluid defined as a fluid being substantially devoid of flow-inhibiting contaminants; - a second annulus outwardly surrounding the second pipe body , the second annulus containing contaminants to be removed therefrom; - a plurality of sets of holes formed through walls of the first and second pipe bodies and dispersed along a longitudinal section (L) of the well for allowing fluid communication between the first pipe body and the second annulus , each set of holes comprising holes aligned substantially radially through the first and second pipe bodies ; and - a washing tool positioned in the first pipe body at the longitudinal section (L), the washing tool comprising a set of spaced apart flow guides configured to enclose of a limited number of sets of holes along the longitudinal section (L), the flow guides cooperating with an inside of the first pipe body to form a confined pressure compartment for the limited number of sets of holes when operational in the well .
Electromechanical brake calliper, comprising a calliper body including a base supporting a piston with a generally cylindrical outer face and a mechanism for transforming movement to move this piston in translation along a main direction (AX) on rotation of an electromechanical actuator coupled with this mechanism, this base comprising a generally cylindrical inner face wherein the piston slides along the main axis (AX), characterized in that this calliper comprises at least three cylindrical steel rollers interposed between the inner face of the base and the outer face of the piston , these rollers being oriented along the main axis (AX) and distributed around this axis, each roller being housed in a groove formed on the inner face of the base , each groove extending parallel to the main axis (AX) by being radially opened towards the main axis (AX), each cylinder exceeding this groove towards the main axis (AX).
Device for clamping slats of a blind in order to shorten these slats with regard to the width of the blind, characterized by a plurality of clamping plates (1-3) which can be assembled to form a stack, wherein clamping plates (1-3) that succeed one another in the stack are aligned with one another by means of centring elements of the clamping plates (1-3) at least with regard to a direction parallel to the direction of the longitudinal extension of the slats to be clamped, and wherein between successive clamping plates (1-3) of the stack there is in each case a clamping slot for clamping one of the slats of the blind , wherein upwardly and/or downwardly directed protrusions on at least one of the adjacent clamping plates (1-3) are provided as centring elements for aligning adjacent clamping plates (1-3) relative to one another, each of said protrusions engaging in a depression in the other of the adjacent clamping plates.
An electromechanical actuation chain for controlling the movement of mobile loads of an aircraft turbine engine, from a control unit , one or more of said mobile loads being actuated by an electromechanical actuator , characterized in that , to control said movement, it also comprises a single Ethernet controller having deterministic control that uses an Ethernet bus to control a set of converters acting selectively on said electromechanical actuators, the speed of information transfer allowed by the Ethernet protocol is sufficiently fast to be considered instantaneous in relation to the movement of the mobile load
An apparatus comprising: a back panel ; a front panel substantially opposite the back panel ; a bottom panel that extends from the back panel to the front panel , the bottom panel comprising a folding bottom board that is coupled to the bottom panel by a hinge , the folding bottom board having an unfolded position where the folding bottom board is proximal an intersection of the front panel and the bottom panel , and a folded position where the folding bottom board is folded about the hinge and distal the intersection of the front panel and the bottom panel ; a right side panel that extends from the back panel to the front panel ; a left side that extends from the back panel to the front panel , wherein the left side is substantially opposite the right side; a frame member comprising a left longitudinal arm that extends across the left side panel substantially from the back panel to the front panel ; a right longitudinal arm that extends across the right side panel substantially from the back panel to the front panel , and a transverse base that extends from the left side panel to the right side panel along the intersection of the front panel and the bottom panel ; wherein: the transverse base collapses toward the back panel when the folding bottom board is in the folded position. a back panel ; a front panel substantially opposite the back panel ; a bottom panel that extends from the back panel to the front panel , the bottom panel comprising a folding bottom board that is coupled to the bottom panel by a hinge , the folding bottom board having an unfolded position where the folding bottom board is proximal an intersection of the front panel and the bottom panel , and a folded position where the folding bottom board is folded about the hinge and distal the intersection of the front panel and the bottom panel ; a right side panel that extends from the back panel to the front panel ; a left side that extends from the back panel to the front panel , wherein the left side is substantially opposite the right side; a frame member comprising a left longitudinal arm that extends across the left side panel substantially from the back panel to the front panel ; a right longitudinal arm that extends across the right side panel substantially from the back panel to the front panel , and a transverse base that extends from the left side panel to the right side panel along the intersection of the front panel and the bottom panel ; wherein: the transverse base collapses toward the back panel when the folding bottom board is in the folded position.
A toy construction system comprising: - a plurality of toy construction elements, each comprising one or more coupling members configured for detachably interconnecting the toy construction elements with each other so as to form a toy construction model ; - a scanning station comprising an object support for receiving a physical object , in particular a toy construction model constructed from one or more of said toy construction elements; - a sensor device operable to capture radiation from a physical object when the physical object is placed on the object support; wherein the scanning station and/or the sensor device are configured to cause the sensor device to receive radiation at different viewpoints relative to the physical object; - an interface configured to transmit a signal indicative of the captured radiation to a processor for processing the captured radiation and for creating a 3D digital representation of the physical object; wherein the object support comprises one or more coupling members configured for detachably connecting one or more of said plurality of toy construction elements of the toy construction model to the object support; characterized in that the object support comprises an object support base and a support element , the support element being detachably connectable to the object support base and comprising said one or more coupling members configured for releasably connecting one or more toy construction elements of the toy construction model to the object support. - a plurality of toy construction elements, each comprising one or more coupling members configured for detachably interconnecting the toy construction elements with each other so as to form a toy construction model ; - a scanning station comprising an object support for receiving a physical object , in particular a toy construction model constructed from one or more of said toy construction elements; - a sensor device operable to capture radiation from a physical object when the physical object is placed on the object support; wherein the scanning station and/or the sensor device are configured to cause the sensor device to receive radiation at different viewpoints relative to the physical object; - an interface configured to transmit a signal indicative of the captured radiation to a processor for processing the captured radiation and for creating a 3D digital representation of the physical object;
A method for dynamically establishing a compatibility of file systems and access to data independent of the file system in real time, comprising: - granting access to the file system of a passive data memory for an active terminal and a modeling device (M) which is communicatively connected between the passive data memory and the active terminal; - receiving an access request from the active terminal by the modeling device (M), wherein the access request specifies access data and access operations to the passive data memory; - recognizing the file system of the passive data memory by the modeling device (M); - selecting stored access rules which are suitable for carrying out the access request in accordance with the recognized file system of the passive data memory, wherein the access rules are selected by providing a table, which describes in the first column the file system of the active terminal, in the second column the file system of the passive data memory and provides in a third column which access rules are intended; - applying the selected access rules to access data by the modelling device (M), which are specified by the access request; and - performing the access operations in accordance with the access request. - granting access to the file system of a passive data memory for an active terminal and a modeling device (M) which is communicatively connected between the passive data memory and the active terminal; - receiving an access request from the active terminal by the modeling device (M), wherein the access request specifies access data and access operations to the passive data memory; - recognizing the file system of the passive data memory by the modeling device (M); - selecting stored access rules which are suitable for carrying out the access request in accordance with the recognized file system of the passive data memory, wherein the access rules are selected by providing a table, which describes in the first column the file system of the active terminal, in the second column the file system of the passive data memory and provides in a third column which access rules are intended; - applying the selected access rules to access data by the modelling device (M), which are specified by the access request; and - performing the access operations in accordance with the access request.
A filter characteristics changing device comprising: a set of filters for processing waveform sound signals which includes a plurality of partial filters and forms a specified characteristic by combining the plurality of partial filters; and a processor which performs, as crossfading processing for a first filter and a second filter among the plurality of partial filters, fade-out processing of gradually decreasing a degree of contribution of the first filter to the characteristic and fade-in processing of gradually increasing a degree of contribution of the second filter to the characteristic, when an instruction is provided for changing the characteristic formed by the set of filters characterized in that the set of filters is constituted by the plurality of partial filters including at least one backup partial filter not used for characteristic formation before the instruction, and wherein the processor takes one of the plurality of partial filters used for characteristic formation before the instruction as the first filter, takes the backup partial filter as the second filter after setting a parameter corresponding to the characteristic indicated by the instruction to the backup partial filter, and performs the crossfading processing such that a partial filter contributing to the characteristic is switched from the first filter to the second filter. a set of filters for processing waveform sound signals which includes a plurality of partial filters and forms a specified characteristic by combining the plurality of partial filters; and a processor which performs, as crossfading processing for a first filter and a second filter among the plurality of partial filters, fade-out processing of gradually decreasing a degree of contribution of the first filter to the characteristic and fade-in processing of gradually increasing a degree of contribution of the second filter to the characteristic, when an instruction is provided for changing the characteristic formed by the set of filters characterized in that the set of filters is constituted by the plurality of partial filters including at least one backup partial filter not used for characteristic formation before the instruction, and wherein the processor takes one of the plurality of partial filters used for characteristic formation before the instruction as the first filter, takes the backup partial filter as the second filter after setting a parameter corresponding to the characteristic indicated by the instruction to the backup partial filter, and performs the crossfading processing such that a partial filter contributing to the characteristic is switched from the first filter to the second filter.