mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decoding video data, the method comprising: determining a coding unit of a picture of the video data is coded using an intra block copy mode, wherein the coding unit comprises two or more prediction units, wherein each prediction unit has a luma block, a chroma block, and an associated vector, wherein a chroma sampling format for the coding unit is 4:2:2 or 4:2:0; determining a first vector for a first prediction unit of the coding unit; locating a first luma reference block for a first luma block of the first prediction unit using the first vector; locating a first chroma reference block for a first chroma block of the first prediction unit using the first vector, wherein the first chroma reference block is in the picture; predicting the first chroma block based on the first chroma reference block; determining a second vector for a second prediction unit of the coding unit; locating a second luma reference block for a second luma block of the second prediction unit using the second vector; using the first vector, locating a second chroma reference block for a second chroma block of the second prediction unit, wherein the second chroma reference block is in the picture, and different from the first chroma reference block; and predicting the second chroma block of the coding unit based on the second chroma reference block. determining a coding unit of a picture of the video data is coded using an intra block copy mode, wherein the coding unit comprises two or more prediction units, wherein each prediction unit has a luma block, a chroma block, and an associated vector, wherein a chroma sampling format for the coding unit is 4:2:2 or 4:2:0; determining a first vector for a first prediction unit of the coding unit; locating a first luma reference block for a first luma block of the first prediction unit using the first vector; locating a first chroma reference block for a first chroma block of the first prediction unit using the first vector, wherein the first chroma reference block is in the picture; predicting the first chroma block based on the first chroma reference block; determining a second vector for a second prediction unit of the coding unit; locating a second luma reference block for a second luma block of the second prediction unit using the second vector; using the first vector, locating a second chroma reference block for a second chroma block of the second prediction unit, wherein the second chroma reference block is in the picture, and different from the first chroma reference block; and predicting the second chroma block of the coding unit based on the second chroma reference block.
Vortex flow sensor for a vortex flowmeter designed to measure the flow velocity of a fluid flowing through a measuring tube, wherein the vortex flow sensor has a housing meter body with a central axis (A), wherein a shoulder that features a contact surface is formed on the connection section of said axis, and wherein a membrane is arranged at a level of the shoulder , wherein the edge of said membrane is positioned over the contact surface and is axially spaced at a distance from said surface, wherein a first electrode arrangement is connected to a first surface of the membrane (a) and extends along the central axis (A) of the vortex flow sensor from the first surface of the membrane , wherein a rigid thin sensor paddle is arranged on a second surface of the membrane , said paddle extending along the central axis (A) of the vortex flow sensor from the second surface of the membrane , wherein the sensor paddle has two planar main surfaces, characterized in that the vortex flow sensor further comprises a support unit in the form of a flange with a radial edge section and a cylindrical axial section , wherein the radial edge section rests with its surface on the shoulder of the meter body and the cylindrical axial section extends parallel to the central axis (A) such that the membrane rests on the support unit when a predefined pressure is applied to said membrane, wherein an outer diameter of the cylindrical axial section of the support unit corresponds to an inner diameter of an electrode section (B) of the housing meter body , such that the support unit is held inside the housing meter body by means of a press fit, wherein along the central axis (A) the support unit surrounds a section of a first sleeve-shaped electrode arrangement , wherein the support unit has a central axial bore whose diameter is such that the sleeve-shaped first electrode arrangement passes through the bore without contact.
An after-use safety system for a syringe , this system comprising: - a barrel , which defines a central axis (X100) along which it can move in translation and which comprises a radial opening forming a guidance path for a pin , - an immobilizer , which is arranged inside the barrel and which comprises the pin interacting with the barrel, and - a return spring , configured to elastically load the barrel forwards with respect to the immobilizer, characterized in that : - the immobilizer comprises a radial stopping means for immobilizing the barrel along one axis (Y100) radial to the central axis (X100) when the barrel is forced towards the rear after use of the syringe, - the pin comprises a recess at least partially covered by the radial stopping means and in that this recess is dimensioned to receive a portion of the barrel when the barrel is forced toward the rear after use of the syringe, and - the walls of the recess comprise two oblique faces that converge one toward the other, preferably symmetrically, in the forward direction. - a barrel , which defines a central axis (X100) along which it can move in translation and which comprises a radial opening forming a guidance path for a pin , - an immobilizer , which is arranged inside the barrel and which comprises the pin interacting with the barrel, and - a return spring , configured to elastically load the barrel forwards with respect to the immobilizer, - the immobilizer comprises a radial stopping means for immobilizing the barrel along one axis (Y100) radial to the central axis (X100) when the barrel is forced towards the rear after use of the syringe, - the pin comprises a recess at least partially covered by the radial stopping means and in that this recess is dimensioned to receive a portion of the barrel when the barrel is forced toward the rear after use of the syringe, and - the walls of the recess comprise two oblique faces that converge one toward the other, preferably symmetrically, in the forward direction.
A blood state evaluation system comprising: a measurement unit comprising a pair of electrodes, the measurement unit being configured to chronologically measure an electrical characteristic of blood being an evaluation target, in a plurality of frequency bands, one of the frequency bands being a first frequency band, and at least one or both of a higher frequency band and a lower frequency band to the first frequency band, by changing the frequency of an alternating voltage applied between the electrodes; and an evaluation unit configured: to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band. a measurement unit comprising a pair of electrodes, the measurement unit being configured to chronologically measure an electrical characteristic of blood being an evaluation target, in a plurality of frequency bands, one of the frequency bands being a first frequency band, and at least one or both of a higher frequency band and a lower frequency band to the first frequency band, by changing the frequency of an alternating voltage applied between the electrodes; and an evaluation unit configured: to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band. to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band.
A robotic surgical system for manipulating an anatomy and demonstrating planned autonomous manipulation of the anatomy, said system comprising: a manipulator having a base ; an end effector being configured to manipulate the anatomy, wherein the end effector is coupled to the manipulator and movable relative to the base to interact with the anatomy; a demonstrative tool being configured to interact with the anatomy; and a controller configured to generate manipulation parameters representing planned constraints on autonomous manipulation of a volume of the anatomy by said end effector in a first mode and generate minimally-invasive or non-invasive demonstrative parameters relating to said manipulation parameters and defined in relation to an exterior surface of the anatomy such that said minimally-invasive or non-invasive demonstrative parameters are less invasive to the anatomy than said manipulation parameters and wherein said controller is configured to instruct movement of said demonstrative tool in accordance with said minimally-invasive or non-invasive demonstrative parameters in a second mode thereby demonstrating planned constraints on autonomous manipulation of the anatomy in relation to the exterior surface of the anatomy; characterized in that said demonstrative parameters are less invasive to the anatomy than said manipulation parameters with respect to an amount of anatomy volume to be removed, which is located at a predetermined distance to the existing external anatomy surface. a manipulator having a base ; an end effector being configured to manipulate the anatomy, wherein the end effector is coupled to the manipulator and movable relative to the base to interact with the anatomy; a demonstrative tool being configured to interact with the anatomy; and a controller configured to generate manipulation parameters representing planned constraints on autonomous manipulation of a volume of the anatomy by said end effector in a first mode and generate minimally-invasive or non-invasive demonstrative parameters relating to said manipulation parameters and defined in relation to an exterior surface of the anatomy such that said minimally-invasive or non-invasive demonstrative parameters are less invasive to the anatomy than said manipulation parameters and wherein said controller is configured to instruct movement of said demonstrative tool in accordance with said minimally-invasive or non-invasive demonstrative parameters in a second mode thereby demonstrating planned constraints on autonomous manipulation of the anatomy in relation to the exterior surface of the anatomy; characterized in that said demonstrative parameters are less invasive to the anatomy than said manipulation parameters with respect to an amount of anatomy volume to be removed, which is located at a predetermined distance to the existing external anatomy surface.
A method of forming a power semiconductor module, the method comprising: providing a substrate of planar sheet metal; forming channels in an upper surface of the substrate that partially extend through a thickness of the substrate and define a plurality of islands in the substrate ; mounting a first semiconductor die on a first one of the islands ; forming a molded body of encapsulant that covers the substrate , fills the channels , and encapsulates the semiconductor die ; characterized by forming a hole in the molded body and a recess in the upper surface of the substrate beneath the hole in a single process step that completely penetrates the molded body and subsequently partially penetrates the substrate , and arranging a press-fit connector in the hole and forming a mechanical and electrical connection between an interior end of the press-fit connector and the substrate . providing a substrate of planar sheet metal; forming channels in an upper surface of the substrate that partially extend through a thickness of the substrate and define a plurality of islands in the substrate ; mounting a first semiconductor die on a first one of the islands ; forming a molded body of encapsulant that covers the substrate , fills the channels , and encapsulates the semiconductor die ; characterized by forming a hole in the molded body and a recess in the upper surface of the substrate beneath the hole in a single process step that completely penetrates the molded body and subsequently partially penetrates the substrate , and arranging a press-fit connector in the hole and forming a mechanical and electrical connection between an interior end of the press-fit connector and the substrate .
A method for determining a load of a watermark, digital tattoo, in a digital signal, said watermark being composed by repetitions of elementary components of said load, said method aiming at determining a value to be retained for each elementary component, said method comprising, for each elementary component: - a step of detecting repetitions of the elementary component in the digital signal, characterized in that the method furthermore comprises: - a step of assigning at least one quality attribute to each repetition of the elementary component, and - a step of sorting the repetitions of the elementary component according to a function of the quality attributes of these repetitions, and - a step of selecting certain repetitions, dubbed individualities, of the elementary component to discard the repetitions of overly low quality, and - a step of fusing the selected repetitions by a weighted summation; the weighting being determined as a function of said at least one quality attribute assigned to each repetition, and - a step of determining a value to be retained for the elementary component based on a result of the weighted summation. - a step of detecting repetitions of the elementary component in the digital signal, - a step of assigning at least one quality attribute to each repetition of the elementary component, and - a step of sorting the repetitions of the elementary component according to a function of the quality attributes of these repetitions, and - a step of selecting certain repetitions, dubbed individualities, of the elementary component to discard the repetitions of overly low quality, and - a step of fusing the selected repetitions by a weighted summation; the weighting being determined as a function of said at least one quality attribute assigned to each repetition, and - a step of determining a value to be retained for the elementary component based on a result of the weighted summation.
A flat textile fabric in the form of a warp knitted fabric having loops and suitable for use as a component of a hook and loop fastener of the hook and loop type, the warp knitted fabric having a backing and loops (f) projecting therefrom and being formed from at least two backing yarns and at least one yarn forming the loops (f) and interlaced with the support, wherein the stitches of the loop yarn and the loops of the loop yarn are in the form of a unit in such a way that at least one loop (f) is present in the transverse and/or longitudinal direction on every second continuous stitch or every second continuous stitch of the textile fabric, wherein at least a first of said at least two backing yarns passes in a partial weft and is bound by at least a second yarn forming mesh bars of said at least two backing yarns, characterised in that said mesh columns of the textile fabric have a spacing of at least one millimetre and in that at least the first of the two backing yarns is a textured multifilament yarn and in that at least the first of the two backing yarns is formed from polyester or polyamide and in that at least the second of the two backing yarns is formed from textile polyester or polyamide and in that the fabric has a basis weight of 10 to 40 g/m 2 .
Urine absorbent bag configured to house a penis of a user, having a planar multilayer structure folded in "C"-shape to form said absorbent bag having a longitudinal axis , wherein said absorbent bag has a top opening , configured to receive the penis of the user, that is defined by a top edge of the planar multilayer structure , wherein said absorbent bag further has a closed bottom defined by a bottom edge of the planar multilayer structure , whereby a first lateral portion of the planar multilayer structure is overlapping a central portion of the planar multilayer structure so that a first lateral edge thereof is placed below a second lateral portion of the planar multilayer structure , wherein the planar multilayer structure comprises an inner layer configured to come into contact with the penis of the user, an outer layer and an absorbent core interposed between the inner layer and the outer layer , wherein the absorbent core is configured to absorb and retain fluid, wherein an end portion of a second lateral edge of the planar multilayer structure , longitudinally extending from the bottom edge to a length not greater than 50% of the length of the second lateral edge , is permanently coupled onto the first lateral portion .
A feedback element for a medicament delivery device, wherein the feedback element comprises two outer longitudinally extending flexible legs having a proximal and a distal end, wherein each outer longitudinally extending flexible leg extends at its proximal end radially outwards defining a radial foot , characterised in that the feedback element further comprises two inner longitudinally extending legs having a proximal and a distal end connected at their proximal ends by a proximal transversal end portion defining a guide extension and wherein each outer longitudinally extending flexible leg is connected to one inner longitudinally extending leg by a distal transversal end portion .
A mixing device for mixing fluids flowing through a pipe , comprising a plate having a flowpath therethrough and two or more tabs extending from the plate into the flowpath at an angle from the plane of the plate, the tabs being formed by first folds in the plate, at least two of the tabs having a second fold therein, the tabs and first and second folds being arranged to produce two counter-rotating vortices in the fluids passing through the pipe.
A method of configuring a tumor treating field apparatus for delivering tumor treating electric fields to a patient, wherein the apparatus comprises an array of insulated electrode elements coupled to a control device, the method comprising the steps of: a) receiving a scan of a body of the patient; b) identifying at least two tumor-filled areas on the scan, each tumor-filled area having at least one tumor therein; c) characterized in that the method further comprises determining a spatial relationship in between the at least two tumor-filled areas; and d) determining at least two subarray firing configurations for the array of insulated electrode elements for targeting the at least two tumor-filled areas, the at least two subarray firing configurations depending at least in part upon the spatial relationship in between the at least two tumor-filled areas. a) receiving a scan of a body of the patient; b) identifying at least two tumor-filled areas on the scan, each tumor-filled area having at least one tumor therein; c) characterized in that the method further comprises determining a spatial relationship in between the at least two tumor-filled areas; and d) determining at least two subarray firing configurations for the array of insulated electrode elements for targeting the at least two tumor-filled areas, the at least two subarray firing configurations depending at least in part upon the spatial relationship in between the at least two tumor-filled areas.
A surgical reamer driver having a distal and proximal end, the surgical reamer driver having: (a) a housing assembly in a stand-alone, assembled unit having a proximal opening and a distal opening , (b) a transmission drive train in a stand-alone, assembled unit to be enclosed in the housing assembly , and having at least one double universal joint comprising two adjacent universal joints connected with forks , and a surgical tool connector at the distal end, (c) a motor shaft coupling in a stand-alone, assembled unit to be disposed at the proximal end thereof, the motor shaft coupling adapted to pass through the proximal opening and being rotationally connectable and axially, slidably disengageable from the transmission drive train , and (d) a handle assembly in a stand-alone, assembled unit to be disposed over the housing assembly and disengageable from the housing assembly , these four basic components forming a surgical reamer driver which is configured to effectively prevent, in a fully assembled state, debris from access in the inner workings of the surgical reamer driver . (a) a housing assembly in a stand-alone, assembled unit having a proximal opening and a distal opening , (b) a transmission drive train in a stand-alone, assembled unit to be enclosed in the housing assembly , and having at least one double universal joint comprising two adjacent universal joints connected with forks , and a surgical tool connector at the distal end, (c) a motor shaft coupling in a stand-alone, assembled unit to be disposed at the proximal end thereof, the motor shaft coupling adapted to pass through the proximal opening and being rotationally connectable and axially, slidably disengageable from the transmission drive train , and (d) a handle assembly in a stand-alone, assembled unit to be disposed over the housing assembly and disengageable from the housing assembly , these four basic components forming a surgical reamer driver which is configured to effectively prevent, in a fully assembled state, debris from access in the inner workings of the surgical reamer driver .