mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus comprising: a blurring amount estimation unit configured to estimate a blurring amount of a medical image including a biological body motion of a subject; a blurring correction processing unit configured to perform blurring correction processing so as not to remove a screen motion caused by the biological body motion, on a basis of the blurring amount characterized in that the apparatus further comprises a distance-related parameter acquisition unit configured to acquire a distance-related parameter related to a distance to a subject; and a gain adjustment unit configured to adjust a gain of the blurring correction processing on a basis of the distance-related parameter. a blurring amount estimation unit configured to estimate a blurring amount of a medical image including a biological body motion of a subject; a blurring correction processing unit configured to perform blurring correction processing so as not to remove a screen motion caused by the biological body motion, on a basis of the blurring amount characterized in that the apparatus further comprises a distance-related parameter acquisition unit configured to acquire a distance-related parameter related to a distance to a subject; and a gain adjustment unit configured to adjust a gain of the blurring correction processing on a basis of the distance-related parameter.
Optical unit for a vehicle headlamp , the optical unit having an optical axis (Ax), the optical unit comprising: Z r a light source formed of a light emitting element and a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from said light source, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, wherein a scan plane of an irradiation beam of the light source performs scanning in a left and right direction by rotation of the rotating reflector , wherein the scan plane is a fan-shaped plane that is formed by continuously connecting the trajectories of light of the light source that is scanning light, wherein the rotating reflector includes blades that function as the reflecting surface and are provided around the rotation axis, and the blades have a twisted shape so that an angle between an optical axis and the reflecting surface is changed in a circumferential direction having a center on the rotation axis, and wherein the rotation axis of the rotating reflector is provided substantially parallel to the scan plane of the irradiation beam. Z r a light source formed of a light emitting element and a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from said light source, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, wherein a scan plane of an irradiation beam of the light source performs scanning in a left and right direction by rotation of the rotating reflector , wherein the scan plane is a fan-shaped plane that is formed by continuously connecting the trajectories of light of the light source that is scanning light, wherein the rotating reflector includes blades that function as the reflecting surface and are provided around the rotation axis, and the blades have a twisted shape so that an angle between an optical axis and the reflecting surface is changed in a circumferential direction having a center on the rotation axis, and wherein the rotation axis of the rotating reflector is provided substantially parallel to the scan plane of the irradiation beam.
A phase jump correction method, comprising: acquiring, by a receiving end, sending end Training Sequences (TSs) generated by a sending end, and generating receiving end TSs by using a TS generation mode identical to a TS generation mode used at the sending end; determining phase value of target TSs according to the acquired sending end TSs and the generated receiving end TSs; modifying, according to phase values of a plurality of non-target TSs of the receiving end, the phase value of the target TSs to obtain a modified phase value, wherein the target TSs and the non-target TSs are sending end TSs extracted by the receiving end from service data received from the sending end; and performing, according to the obtained modified phase value, phase jump correction on the service data received from the sending end. acquiring, by a receiving end, sending end Training Sequences (TSs) generated by a sending end, and generating receiving end TSs by using a TS generation mode identical to a TS generation mode used at the sending end; determining phase value of target TSs according to the acquired sending end TSs and the generated receiving end TSs; modifying, according to phase values of a plurality of non-target TSs of the receiving end, the phase value of the target TSs to obtain a modified phase value, wherein the target TSs and the non-target TSs are sending end TSs extracted by the receiving end from service data received from the sending end; and performing, according to the obtained modified phase value, phase jump correction on the service data received from the sending end.
A process for synthesizing a manganese doped phosphor of formula I, A x [MF y ]:Mn 4+ (I) the process comprising: contacting a first solution with a second solution and a third solution in the presence of a plurality of inert particles, wherein the first solution and the second solution comprise a composition of formula II: A x [MnF y ] and the third solution comprises a source of M, wherein, A is Li, Na, K, Rb, Cs, or combinations thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or combinations thereof; x is an absolute value of a charge of the [MF y ] ion; and y is 5, 6 or 7. A is Li, Na, K, Rb, Cs, or combinations thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or combinations thereof; x is an absolute value of a charge of the [MF y ] ion; and y is 5, 6 or 7.
A tensioner comprising: a base having a shaft having a shoulder therein; a pivot arm pivotally engaged with the base about a pivot axis (A-A) and having a pivot arm member ; a torsion spring disposed between the pivot arm and the base ; the base comprising a base member selectively engagable with the pivot arm member ; the pivot arm member being selectively engaged with the base member or disengaged from the base member according to an axial position of the pivot arm ; and a retainer engaged with the shaft , the retainer being held in place in the shaft by a clip engaged within a groove on the retainer wherein, when the clip is engaged with the shoulder , the retainer is prevented from being pulled out of the shaft by a force of the torsion spring , the pivot arm is axially restrained, and the torsion spring is partially compressed; and characterized by : the pivot arm having first and second stop surfaces ; and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces to act as a stop to limit the range of motion of the pivot arm . a base having a shaft having a shoulder therein; a pivot arm pivotally engaged with the base about a pivot axis (A-A) and having a pivot arm member ; a torsion spring disposed between the pivot arm and the base ; the base comprising a base member selectively engagable with the pivot arm member ; the pivot arm member being selectively engaged with the base member or disengaged from the base member according to an axial position of the pivot arm ; and a retainer engaged with the shaft , the retainer being held in place in the shaft by a clip engaged within a groove on the retainer wherein, when the clip is engaged with the shoulder , the retainer is prevented from being pulled out of the shaft by a force of the torsion spring , the pivot arm is axially restrained, and the torsion spring is partially compressed; and characterized by : the pivot arm having first and second stop surfaces ; and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces to act as a stop to limit the range of motion of the pivot arm . the pivot arm having first and second stop surfaces ; and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces to act as a stop to limit the range of motion of the pivot arm .
A server comprising: a memory and a processor cooperating with said memory to perform the following: execute a first portion of a real-time media application, inject redirection code into the real-time media application based on one or more intercepted API calls of the real-time media application, and redirect the one or more intercepted API calls based on the injected redirection code so that a second portion of the real-time media application is to be redirected to a client computing device for execution, with the to be redirected second portion of the real-time media application corresponding to real-time media processing and networking off-loaded from the server to the client computing device; characterized in being configured to: receive a report from the client computing device on capabilities of the client computing device to execute the second portion of the real-time media application; switch to a per-modality fallback mode if the client computing device has limited capabilities, where in the per-modality fallback mode the server executes at least part of the second portion of the real-time media application and a remaining part of the second portion of the real-time media application that is not executed by the server is redirected to the client computing device for execution. execute a first portion of a real-time media application, inject redirection code into the real-time media application based on one or more intercepted API calls of the real-time media application, and redirect the one or more intercepted API calls based on the injected redirection code so that a second portion of the real-time media application is to be redirected to a client computing device for execution, with the to be redirected second portion of the real-time media application corresponding to real-time media processing and networking off-loaded from the server to the client computing device; characterized in being configured to: receive a report from the client computing device on capabilities of the client computing device to execute the second portion of the real-time media application; switch to a per-modality fallback mode if the client computing device has limited capabilities, where in the per-modality fallback mode the server executes at least part of the second portion of the real-time media application and a remaining part of the second portion of the real-time media application that is not executed by the server is redirected to the client computing device for execution.
A computer-implemented method for generating pre-scaled images for n mammography images of a series or a subset of the n mammography images, wherein n is not zero, the series containing a plurality of mammography images, each mammography image displaying a breast having tissue points, the method performed by a processor, the computer-implemented method comprising: obtaining, by the processor, an overview image for the series, the overview image representing all or a subset of the series, said overview image including overview tissue points belonging to the mammographic images of the series or the subset of the series, obtaining, by the processor, an overview breast window for the overview image as the smallest region that encloses all of the tissue points in the overview image, rendering, by the processor, the pre-scaled images for all of the n mammography images or the subset of the n mammography images based on the overview breast window, wherein each pre-scaled image is mapped to the viewing area of a mammography system in a consistent manner. obtaining, by the processor, an overview image for the series, the overview image representing all or a subset of the series, said overview image including overview tissue points belonging to the mammographic images of the series or the subset of the series, obtaining, by the processor, an overview breast window for the overview image as the smallest region that encloses all of the tissue points in the overview image, rendering, by the processor, the pre-scaled images for all of the n mammography images or the subset of the n mammography images based on the overview breast window, wherein each pre-scaled image is mapped to the viewing area of a mammography system in a consistent manner.
A vacuum blender comprising: a blender body including a container support case , an outer container seated on the container support case , a grinding blade , and a blade driving unit rotating the grinding blade ; an inner container unit including an inner container which is disposed in the outer container and in which the grinding blade is positioned, and an inner container driving unit rotating the inner container ; and a vacuum unit installed in the container support case and configured so that a blending operation for an object to be blended accommodated in the inner container is performed in a vacuum state, wherein the outer container is opened and closed by an outer container cover , the inner container is opened and closed by an inner container cover , and the inner container cover is rotatably assembled to the outer container cover , and a blade rotation shaft of the blade driving unit is installed to be axially rotated in a hollow formed in an inner container rotation shaft of the inner container driving unit , such that the blade rotation shaft and the inner container rotation shaft are axially rotated independently of each other, characterized in that an intermediate rotation shaft unit connecting the blade driving unit and the grinding blade to each other and connecting the inner container driving unit and the inner container to each other is installed in the outer container . a blender body including a container support case , an outer container seated on the container support case , a grinding blade , and a blade driving unit rotating the grinding blade ; an inner container unit including an inner container which is disposed in the outer container and in which the grinding blade is positioned, and an inner container driving unit rotating the inner container ; and a vacuum unit installed in the container support case and configured so that a blending operation for an object to be blended accommodated in the inner container is performed in a vacuum state, wherein the outer container is opened and closed by an outer container cover , the inner container is opened and closed by an inner container cover , and the inner container cover is rotatably assembled to the outer container cover , and a blade rotation shaft of the blade driving unit is installed to be axially rotated in a hollow formed in an inner container rotation shaft of the inner container driving unit , such that the blade rotation shaft and the inner container rotation shaft are axially rotated independently of each other, characterized in that an intermediate rotation shaft unit connecting the blade driving unit and the grinding blade to each other and connecting the inner container driving unit and the inner container to each other is installed in the outer container .
A method of assaying a sample solution for the presence of a first analyte comprising: (a) providing a sensor surface having a ligand immobilized thereto; (b) flowing the sample solution over the sensor surface; and (c) detecting the presence or absence of binding of the analyte to the ligand on the sensor surface; wherein the contact time between the sample solution and the immobilized ligand is less than 15 seconds and wherein following step (c), steps (b) and (c) are repeated by flowing a second sample solution over the surface to detect the presence or absence of the binding between ligand and a further analyte, and wherein further the time between initiating flowing of at least one of the sample solutions over the sensor surface and initiating flowing of a next sequential sample solution over the sensor surface (cycle time) is less than 40 seconds, wherein the ligand is provided in a sufficiently high density that the need to regenerate the sensor surface is eliminated, or wherein dissociation of analyte is already complete or is expected to become completed before repeating step (b). (a) providing a sensor surface having a ligand immobilized thereto; (b) flowing the sample solution over the sensor surface; and (c) detecting the presence or absence of binding of the analyte to the ligand on the sensor surface; wherein the contact time between the sample solution and the immobilized ligand is less than 15 seconds and wherein following step (c), steps (b) and (c) are repeated by flowing a second sample solution over the surface to detect the presence or absence of the binding between ligand and a further analyte, and wherein further the time between initiating flowing of at least one of the sample solutions over the sensor surface and initiating flowing of a next sequential sample solution over the sensor surface (cycle time) is less than 40 seconds,
An appliance mounting device that comprises: an elongated guide that is adapted for removable securement to head gear such that when secured thereto a lengthwise dimension of the elongated guide is at least generally coincident with a sagittal plane of the head gear, wherein the elongated guide comprises first and second rails (46 and 48); an appliance ; and an appliance holder that supports the appliance and that is adapted to engage the elongated guide to allow for adjustment of the position of the appliance along the lengthwise dimension of the elongated guide, wherein the appliance holder is removably attachable to the elongated guide; the appliance mounting device being characterized in that the appliance holder comprises first and second grooves (34 and 36) and a tab , wherein the first and second rails of the elongated guide are disposed within the first and second grooves of the appliance holder respectively when the appliance holder is engaged with the elongated guide, and further wherein the appliance holder is adapted to be removably secured to the elongated guide by pressing the tab away from the first and second rails of the elongated guide such that the first and second grooves of the appliance holder move apart from each other. an elongated guide that is adapted for removable securement to head gear such that when secured thereto a lengthwise dimension of the elongated guide is at least generally coincident with a sagittal plane of the head gear, wherein the elongated guide comprises first and second rails (46 and 48); an appliance ; and an appliance holder that supports the appliance and that is adapted to engage the elongated guide to allow for adjustment of the position of the appliance along the lengthwise dimension of the elongated guide, wherein the appliance holder is removably attachable to the elongated guide; the appliance mounting device being characterized in that the appliance holder comprises first and second grooves (34 and 36) and a tab , wherein the first and second rails of the elongated guide are disposed within the first and second grooves of the appliance holder respectively when the appliance holder is engaged with the elongated guide, and further wherein the appliance holder is adapted to be removably secured to the elongated guide by pressing the tab away from the first and second rails of the elongated guide such that the first and second grooves of the appliance holder move apart from each other.
Method for optimizing the refresh rate of at least a part of a record comprising an association between a first identifier of a resource on a network and at least one second identifier of the resource, and a time-to-live for said association, the method being implemented by a resolver server (Sres) having obtained said record from a so-called authoritative server (Saut), the method being characterized in that it comprises: • in anticipation of a user terminal (UA) accessing content on an application server, said content referencing the first identifier, and following modification of the record, transmitting (E06) a message comprising at least said association to the application server, such that the application server in turn provides said association to the user terminal when this accesses the content. • in anticipation of a user terminal (UA) accessing content on an application server, said content referencing the first identifier, and following modification of the record, transmitting (E06) a message comprising at least said association to the application server, such that the application server in turn provides said association to the user terminal when this accesses the content.
A seat cushion device capable of adjusting hardness of a seat cushion including a seating surface , for seating a user, the seat cushion device comprising: a recessed part that is formed in a back surface of the seating surface in the seat cushion ; characterized by a left plate that faces a back surface of a left thigh holding part of the seating surface , on which a left leg thigh of the user is locatable, and that is movable inside the recessed part vertically; a right plate that faces a back surface of a right thigh holding part of the seating surface , on which a right leg thigh of the user is locatable, and that is movable inside the recessed part vertically; and a gap adjustment mechanism that is configured to move the left plate and the right plate vertically in an independent manner, so as to adjust a clearance between the left plate and the back surface of the seating surface , and a clearance between the right plate and the back surface of the seating surface . a recessed part that is formed in a back surface of the seating surface in the seat cushion ; characterized by a left plate that faces a back surface of a left thigh holding part of the seating surface , on which a left leg thigh of the user is locatable, and that is movable inside the recessed part vertically; a right plate that faces a back surface of a right thigh holding part of the seating surface , on which a right leg thigh of the user is locatable, and that is movable inside the recessed part vertically; and a gap adjustment mechanism that is configured to move the left plate and the right plate vertically in an independent manner, so as to adjust a clearance between the left plate and the back surface of the seating surface , and a clearance between the right plate and the back surface of the seating surface .
An electroless platinum plating solution comprising a soluble platinum compound, a complexing agent, a reducing agent, and a halide ion supplying agent, the reducing agent being formic acid, characterized in that the halide ion supplying agent is an alkali metal halide, and the halide ion supplying agent is included at a molar ratio of 10 or more and 500 or less with respect to platinum.