mhurhangee/patent-ind-claim-en huggingface dataset:
A device for digital subtraction imaging, comprising: an image data input ; a data processor ; and an output interface ; wherein the image data input is configured to receive 3D image data of a region of interest of an object, wherein the 3D image data comprises a 3D representation of the object that is based on a reconstruction from a plurality of 2D projection images of the region of interest; and to receive a 2D live X-ray image of the region of interest; wherein the data processor is configured to register the 3D image data and the 2D live X-ray image, wherein a matching pose of the 3D image data corresponding to the 2D live X-ray image is determined; to compute a digitally reconstructed radiography from the 3D image data based on the determined matching pose to generate a 2D mask image; to use, for the generating of the 2D mask image, current data related to the 2D live X-ray image to achieve an adapted 2D mask image, wherein the data related to the 2D live X-ray image comprises at least one of the group of 2D live acquisition parameters and data of the 2D live X-ray image; and to subtract the generated adapted 2D mask image from the 2D live X-ray image; and wherein the output interface is configured to provide a digital image highlighting changes in the region of interest. an image data input ; a data processor ; and an output interface ; wherein the image data input is configured to receive 3D image data of a region of interest of an object, wherein the 3D image data comprises a 3D representation of the object that is based on a reconstruction from a plurality of 2D projection images of the region of interest; and to receive a 2D live X-ray image of the region of interest; wherein the data processor is configured to register the 3D image data and the 2D live X-ray image, wherein a matching pose of the 3D image data corresponding to the 2D live X-ray image is determined; to compute a digitally reconstructed radiography from the 3D image data based on the determined matching pose to generate a 2D mask image; to use, for the generating of the 2D mask image, current data related to the 2D live X-ray image to achieve an adapted 2D mask image, wherein the data related to the 2D live X-ray image comprises at least one of the group of 2D live acquisition parameters and data of the 2D live X-ray image; and to subtract the generated adapted 2D mask image from the 2D live X-ray image; and wherein the output interface is configured to provide a digital image highlighting changes in the region of interest.
A mixed-reality computer system for dynamically switching modes within a magnetic sensor device, the system comprising: one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform at least the following: communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device , wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal. one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform at least the following: communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device , wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal. communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device , wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal.
An aircraft comprising: a fuselage ; a wing ; a propulsion system comprising a rotor having both collective and cyclic control; an axis of thrust rotation substantially aligned with a spanwise direction of the wing wherein the propulsion system is rotatable around the axis of thrust rotation with respect to the fuselage ; a control system configured to utilize torque generated through cyclic control of the rotor to rotate the propulsion system around the axis of thrust rotation; characterised by a ratchet mechanism configured to prevent rotation of the propulsion system around the axis of thrust rotation in a first direction and permit rotation in a second direction. a fuselage ; a wing ; a propulsion system comprising a rotor having both collective and cyclic control; an axis of thrust rotation substantially aligned with a spanwise direction of the wing wherein the propulsion system is rotatable around the axis of thrust rotation with respect to the fuselage ; a control system configured to utilize torque generated through cyclic control of the rotor to rotate the propulsion system around the axis of thrust rotation; characterised by a ratchet mechanism configured to prevent rotation of the propulsion system around the axis of thrust rotation in a first direction and permit rotation in a second direction.
Axle beam for motor vehicles, preferably utility vehicles, of a non-driven axle, the axle beam being configured as a single-piece cast iron piece, comprising a transverse connection , attachment points and spring supports , characterized in that the transverse connection which extends between the attachment points is configured as a hollow body.
A single fuel cell comprising: a power generation section in which an anode, an electrolyte, and a cathode are stacked; a power non-generation section that does not include the power generation section; and an oxygen-ion-insulating gas seal film that has a thickness of 1 μm to 100 μm and is arranged so as to cover at least a part of a surface of the power non-generation section, wherein the gas seal film comprises a structure formed by sintering a material containing MTiO 3 , wherein M is an alkaline earth metal element, and metal oxide which is any one of B 2 O 3 , Al 2 O 3 , Ga 2 O 3 , In 2 O 3 , Tl 2 O 3 , Fe 2 O 3 , Fe 3 O 4 , MgO, NiO, and SiO 2 , and the structure includes a first structure and a second structure that are different in composition, the first structure contains components derived from MTiO 3 in larger amounts than the second structure, the second structure contains a metal element contained in the metal oxide in a larger amount than the first structure and contains M and Ti derived from MTiO 3 , and an area ratio of the second structure in the structure is not less than 1% and not more than 50%, wherein the area ratio is determined by image analysis as detailed in the description. a power generation section in which an anode, an electrolyte, and a cathode are stacked; a power non-generation section that does not include the power generation section; and an oxygen-ion-insulating gas seal film that has a thickness of 1 μm to 100 μm and is arranged so as to cover at least a part of a surface of the power non-generation section,
A non-transitory computer readable medium comprising instructions, which when executed by one or more processors , implement a software program configured to morph a generic virtual boundary (G-VB) into a patient-specific virtual boundary (PS-VB, PS-VB') for an anatomical model (AM), the patient-specific virtual boundary (PS-VB, PS-VB') being configured to constrain movement and/or operation of a surgical tool and the generic virtual boundary comprising one or more morphable faces (F), the software program being configured to: position the generic virtual boundary (G-VB) proximate to the anatomical model (AM); compute an intersection of the generic virtual boundary (G-VB) and the anatomical model (AM) to define a cross-sectional contour (IC) of the anatomical model (AM); and morph the one or more faces (F) of the generic virtual boundary (G-VB) to conform to the cross-sectional contour (IC) to produce the patient-specific virtual boundary (PS-VB, PS-VB'), wherein to morph the one or more faces (F) of the generic virtual boundary (G-VB) further comprises to produce ruled surfaces (RS) along the cross-sectional contour (IC) and to merge the ruled surfaces (RS). position the generic virtual boundary (G-VB) proximate to the anatomical model (AM); compute an intersection of the generic virtual boundary (G-VB) and the anatomical model (AM) to define a cross-sectional contour (IC) of the anatomical model (AM); and morph the one or more faces (F) of the generic virtual boundary (G-VB) to conform to the cross-sectional contour (IC) to produce the patient-specific virtual boundary (PS-VB, PS-VB'), wherein to morph the one or more faces (F) of the generic virtual boundary (G-VB) further comprises to produce ruled surfaces (RS) along the cross-sectional contour (IC) and to merge the ruled surfaces (RS).
An apparatus for cutting a material ; the apparatus having a respective surface for supporting the material is defined by the upper face of a corresponding supporting sheet made of a dielectric material, preferably comprising or being made of glass; and means for cutting the material located on the supporting surface ; the apparatus comprises means designed to generate a field of electrostatic attraction of the material on the supporting surface ; the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges on the material ; the means designed to induce electrical charges on the material homogeneously distribute electrical charges on the material ;the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges below the surface supporting the material, below the sheet defining the supporting surface ; characterised in that there are means for emitting electrical charges, defining the means designed to induce the electrical charges on the material , and the means for emitting electrical charges comprise a respective ionizing bar ; the electrical charges are applied at the outer face of the material, that is, on the face opposite the face which rests on, or which faces towards, the surface for supporting the material; the means made of electrically conductive material are in connection with an earth . the apparatus having a respective surface for supporting the material is defined by the upper face of a corresponding supporting sheet made of a dielectric material, preferably comprising or being made of glass; and means for cutting the material located on the supporting surface ; the apparatus comprises means designed to generate a field of electrostatic attraction of the material on the supporting surface ; the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges on the material ; the means designed to induce electrical charges on the material homogeneously distribute electrical charges on the material ;the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges below the surface supporting the material, below the sheet defining the supporting surface ; characterised in that there are means for emitting electrical charges, defining the means designed to induce the electrical charges on the material , and the means for emitting electrical charges comprise a respective ionizing bar ; the electrical charges are applied at the outer face of the material, that is, on the face opposite the face which rests on, or which faces towards, the surface for supporting the material; the means made of electrically conductive material are in connection with an earth .
A blow molding method comprising: performing a primary blowing on a resin preform to form an intermediate molded product ; and performing a final blowing on the intermediate molded product to form a final molded product , wherein at least one step of performing the primary blowing and the final blowing includes a thinning step of continuously repeatedly performing, within a predetermined time, steps of: stretching an object by blowing; and contracting stretched parts of the object by exhausting blown air, wherein the thinning step includes at least: a first step of stretching parts of the object by blowing; a second step of exhausting gas introduced into the object in the first step and contracting each stretched part of the object; a third step of stretching each part of the object by blowing after the second step; and a fourth step of exhausting gas introduced into the object in the third step and contracting each stretched part of the object, characterised in that the second step is performed in a time shorter than that of the fourth step. performing a primary blowing on a resin preform to form an intermediate molded product ; and performing a final blowing on the intermediate molded product to form a final molded product , wherein at least one step of performing the primary blowing and the final blowing includes a thinning step of continuously repeatedly performing, within a predetermined time, steps of: stretching an object by blowing; and contracting stretched parts of the object by exhausting blown air, stretching an object by blowing; and contracting stretched parts of the object by exhausting blown air, wherein the thinning step includes at least: a first step of stretching parts of the object by blowing; a second step of exhausting gas introduced into the object in the first step and contracting each stretched part of the object; a third step of stretching each part of the object by blowing after the second step; and a fourth step of exhausting gas introduced into the object in the third step and contracting each stretched part of the object, a first step of stretching parts of the object by blowing; a second step of exhausting gas introduced into the object in the first step and contracting each stretched part of the object; a third step of stretching each part of the object by blowing after the second step; and a fourth step of exhausting gas introduced into the object in the third step and contracting each stretched part of the object, characterised in that the second step is performed in a time shorter than that of the fourth step.
Food product based on mozzarella stuffed with small mozzarella and cream characterized in that said mozzarella, called main mozzarella , has an external conformation totally typical to that of the common mozzarella on the market, in that the internal conformation of the main mozzarella is made in a hollow mode, in which the portion constituting the main casing , that is to say, the outer layer, contains and protects both small-sized mozzarella immersed in a liquid or semi-liquid dairy product and at least one further internal mozzarella which is also hollow, in turn provided with a portion constituting the casing of the internal mozzarella which contains and protects further small mozzarella , also immersed in a liquid or semi-liquid dairy product , in that said small-sized mozzarella is flavored and in that the main mozzarella has an overall size of between 300 g and 3,500 g, more preferably between 450 g and 3,000 g and much more preferably between 600 g and 2,000 g and the size of the small mozzarella is between 6 g and 12 g and more preferably between 8 g and 10 g, wherein said food product based on mozzarella is further characterized in that each single internal mozzarella , containing the small mozzarella and the liquid or semi-liquid dairy product has its own flavor and in that also the compartment formed between the portion constituting the main casing and the portion constituting the casing of the internal mozzarella , containing the small mozzarella and the liquid or semi-liquid dairy product , has its own flavor.
A welding helmet comprising: - a face protection member moveable between a lowered position in which the face protection member covers a wearer's face, and an upraised position, in which the face protection member uncovers the wearer's face; - a headband suspension system for fixing the face protection member to a wearer's head; characterized by - a protective cap comprising a flexible outer layer and at least one compressible inner liner , wherein the protective cap is attached under the headband suspension system . - a face protection member moveable between a lowered position in which the face protection member covers a wearer's face, and an upraised position, in which the face protection member uncovers the wearer's face; - a headband suspension system for fixing the face protection member to a wearer's head; characterized by - a protective cap comprising a flexible outer layer and at least one compressible inner liner ,
The use of a heat transferer for drying of superabsorbent particles, wherein gas is heated in the heat transferer to a temperature in the range from 150 to 400°C by indirect heat transfer, wherein all the surfaces of the walls of the heat transferer which come into contact with the gas have been hot dip galvanized and the surfaces which come into contact with the gas, after the hot dip galvanization, are cooled under air such that a zinc-iron diffusion layer and a pure zinc layer are formed on the surfaces of the walls of the heat transferer and the coating produced by hot dip galvanization solidifies, and then are heat treated at a temperature in the range from 400 to 750°C.
A method performed by a terminal (1a-10, 2d-10) in a wireless communication system, the method comprising: receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed CG for at least one logical channel, and information on a priority for the at least one logical channel; identifying that the first CG is allowed for at least one first logical channel and the second CG is allowed for at least one second logical channel, based on the information on the allowed CG for the at least one logical channel; determining a priority of the first CG based on a highest priority among at least one priority of the at least one first logical channel, and a priority of the second CG based on a highest priority among at least one priority of the at least one second logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station, data based on the first CG, in case that the determined priority of the first CG is higher than the determined priority of the second CG. receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed CG for at least one logical channel, and information on a priority for the at least one logical channel; identifying that the first CG is allowed for at least one first logical channel and the second CG is allowed for at least one second logical channel, based on the information on the allowed CG for the at least one logical channel; determining a priority of the first CG based on a highest priority among at least one priority of the at least one first logical channel, and a priority of the second CG based on a highest priority among at least one priority of the at least one second logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station, data based on the first CG, in case that the determined priority of the first CG is higher than the determined priority of the second CG.
Method for operating an internal combustion engine , which comprises at least one cylinder into which fresh air is introduced during an operating cycle of the internal combustion engine in order to achieve a specific desired volumetric efficiency, wherein the desired volumetric efficiency is limited to a maximal volumetric efficiency, which is set to a first set value at a start of the internal combustion engine and is increased in the direction of a second set value after the start of the internal combustion engine , and wherein the maximal volumetric efficiency is determined as a function of a temperature of the internal combustion engine , wherein the maximal volumetric efficiency is selected to be smaller at a lower temperature than at a higher temperature, characterized in that the maximal volumetric efficiency is increased in such a way that the maximal volumetric efficiency reaches the second set value when an operating temperature is reached, which is present during quasi-stationary operation of the internal combustion engine .
Glazing panel comprising at least : - a substrate with an electrically conductive structure ; - a shield element soldered by soldering material to the electrically conductive structure ; - an electrical crimp connector fixed on said shield element; - an electrical cable crimped with the electrical crimp connector; whereby the said shield element protrudes from the said electrical crimp connector at least at the region of the output of the said cable from the said electrical crimp connector to avoid the wicking effect between the soldering material and the cable and the shield element has an oval shape. - a substrate with an electrically conductive structure ; - a shield element soldered by soldering material to the electrically conductive structure ; - an electrical crimp connector fixed on said shield element; - an electrical cable crimped with the electrical crimp connector;