mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decoding a transform unit of encoded video data using Golomb-Rice decoding, the transform unit being a block of frequency domain residual coefficients transformed from spatial domain residual data and the transform unit being divided into a plurality of subsets of multiple coefficients, said subsets being sequentially scanned in a predetermined scanning order during decoding, the method comprising: determining an initial estimate value of a Rice parameter for Golomb-Rice decoding from information decoded for a previous one of the subsets decoded before decoding a current subset; and Golomb-Rice decoding the current subset of the transform unit using the determined initial estimate value of a Rice parameter as an initial parameter for Golomb-Rice decoding. determining an initial estimate value of a Rice parameter for Golomb-Rice decoding from information decoded for a previous one of the subsets decoded before decoding a current subset; and Golomb-Rice decoding the current subset of the transform unit using the determined initial estimate value of a Rice parameter as an initial parameter for Golomb-Rice decoding.
Method for the manufacture of a sleeve for constructing a ring electrode for electrophysiological and neuromedical applications from a metallic band , wherein the band and the sleeve produced therefrom consist of a biocompatible metal or a biocompatible metallic compound, wherein repeating structures are stamped into the band , wherein the repeating structures in each case have at least one surface , which are connected via at least one web to at least one outer strip , wherein at least the at least one outer strip connects the repeating structures to one another at the edge, characterized in that several of the at least one surfaces of the repeating structures are subsequently brought into sleeve shape in several reshaping steps by deep drawing, and the sleeve shape is subsequently stamped out so that the sleeve has a first tubular region with a larger diameter and a second tubular region with a smaller diameter, wherein the first region with the larger diameter has a larger outer diameter and inner diameter (D1) than the second region with the smaller diameter, and the two regions are integrally connected to one another, and in that the transitions between the first region and the second region are manufactured with a radius of curvature (R1, R2) greater than 0.1 mm.
An inhibitor of Rad18 expression or activity, for use in the treatment of a tumor that comprises cancer stem cells and that is resistant to a treatment with a DNA damaging antineoplastic agent, in a patient by killing cancer stem cells, reducing self-renewal of cancer stem cells and/or decreasing the growth of cancer stem cells.
Simplified endothermic engine, comprising: - first and second cylinders (C1, C2) with first and second pistons (P1, P2), each provided with fuel and oxidizer inlet valves (VI), combustion gas outlet valves (VU) and electric spark plugs (CE) for starting combustion of the fuel and oxidizer therein; - a camshaft, controlling the valves (VI, VU) of the cylinders (C1, C2), provided with an electric drive motor, characterized in that it comprises: - first and second connecting rods , associated at the top with the pistons (P1, P2) and at the bottom provided with movement organs rotatingly associated thereto by means of rotation shafts ; - a static body , incorporating a first cavity adapted to be engaged by the movement organs of the connecting rods , and a second cavity inside the first cavity, arranged concentric to the first, and housing an electric generator provided with a drive shaft ; - first and second eccentric masses , rotatingly associated with the shafts of the movement organs of the connecting rods and in one piece with the shaft of the electric generator , where said connecting rods , said static body and said eccentric masses cooperate with one another and with the cylinders (C1, C2) to cause activation of the electric generator and the consequent production of electrical energy. - first and second cylinders (C1, C2) with first and second pistons (P1, P2), each provided with fuel and oxidizer inlet valves (VI), combustion gas outlet valves (VU) and electric spark plugs (CE) for starting combustion of the fuel and oxidizer therein; - a camshaft, controlling the valves (VI, VU) of the cylinders (C1, C2), provided with an electric drive motor, - first and second connecting rods , associated at the top with the pistons (P1, P2) and at the bottom provided with movement organs rotatingly associated thereto by means of rotation shafts ; - a static body , incorporating a first cavity adapted to be engaged by the movement organs of the connecting rods , and a second cavity inside the first cavity, arranged concentric to the first, and housing an electric generator provided with a drive shaft ; - first and second eccentric masses , rotatingly associated with the shafts of the movement organs of the connecting rods and in one piece with the shaft of the electric generator ,
A wired drill pipe, comprising: a pipe joint having a pin at one longitudinal end and a box at another longitudinal end, the pin and the box each having threads (42C; 44C) for engagement with corresponding threads on a respective box or pin of an adjacent pipe joint, and wherein the pin and the box each include a radially outer shoulder (42A; 44A) and a radially inner shoulder (42B; 44B), wherein the inner shoulder of the pin is for engagement with a corresponding inner shoulder on an adjacent box, an end face of the inner shoulder (42B; 44B) of each of the pin and box including a groove (50; 50A) around a circumference thereof for retaining a communication coupling therein, and wherein a flank of the groove on the pin defined by the groove thereon and a corresponding surface of the box includes a deflection resistance feature; characterised in that the deflection resistance feature comprises a layer of material deposited on at least a surface of the inner shoulder on the flank having a higher coefficient of friction than a material from which the pipe is made. a pipe joint having a pin at one longitudinal end and a box at another longitudinal end, the pin and the box each having threads (42C; 44C) for engagement with corresponding threads on a respective box or pin of an adjacent pipe joint, and wherein the pin and the box each include a radially outer shoulder (42A; 44A) and a radially inner shoulder (42B; 44B), wherein the inner shoulder of the pin is for engagement with a corresponding inner shoulder on an adjacent box, an end face of the inner shoulder (42B; 44B) of each of the pin and box including a groove (50; 50A) around a circumference thereof for retaining a communication coupling therein, and wherein a flank of the groove on the pin defined by the groove thereon and a corresponding surface of the box includes a deflection resistance feature; characterised in that the deflection resistance feature comprises a layer of material deposited on at least a surface of the inner shoulder on the flank having a higher coefficient of friction than a material from which the pipe is made.
A computer program product, comprising a computer usable medium having a computer readable program code embodied therein, said computer readable program code adapted to be executed to implement a method for providing handwriting recognition for superimposed input strokes, said method comprising: creating a segmentation graph by breaking the input strokes into constituting segments, wherein the segmentation graph includes nodes corresponding to character hypotheses; assigning a recognition score to each node of the segmentation graph, wherein the assigning of the recognition score comprises a feature extraction stage and a classification of the extracted features by a pattern classifier ,; generating a linguistic likelihood of the interpretation of a given path of the segmentation graph based on a language model; and providing output candidates at the character, word, and sentence level based on the simultaneous analysis of the segmentation graph, the recognition scores, and the language model, by searching for the lowest cost path defined as the sum of: - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model. creating a segmentation graph by breaking the input strokes into constituting segments, wherein the segmentation graph includes nodes corresponding to character hypotheses; assigning a recognition score to each node of the segmentation graph, wherein the assigning of the recognition score comprises a feature extraction stage and a classification of the extracted features by a pattern classifier ,; generating a linguistic likelihood of the interpretation of a given path of the segmentation graph based on a language model; and providing output candidates at the character, word, and sentence level based on the simultaneous analysis of the segmentation graph, the recognition scores, and the language model, by searching for the lowest cost path defined as the sum of: - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model. - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model.
A recombinant AAV having an AAV capsid, wherein the capsid comprises AAV vp1 proteins, AAV vp2 proteins and AAV vp3 proteins, wherein said AAV vp1 protein has an amino acid sequence encoded by SEQ ID NO: 3, or a nucleotide sequence at least 99% identical thereto, wherein the AAV vp2 protein has an amino acid sequence encoded by nucleotides nt 411 to 2211 of SEQ ID NO: 3, or a nucleotide sequence at least 99% identical thereto, wherein the AAV vp3 protein has an amino acid sequence encoded by nucleotides nt 609 to 2211 of SEQ ID NO: 3, or a nucleotide sequence at least 99% identical thereto, and wherein said recombinant AAV further comprises, packaged within said capsid, a minigene having AAV inverted terminal repeats and a transgene encoding a product of interest that is heterologous to said recombinant AAV, wherein said transgene is operably linked to regulatory sequences which direct expression of the transgene product in a host cell.
A face mask comprising: a dome-shaped mask body configured for placement over at least a portion of a nose and mouth of a patient; an elongated side of the mask body extends longer than a shortened side of the mask, the elongated side extending alongside one side of a chin of the patient when the face mask is worn, the shortened side terminating adjacent lips of the patient when the face mask is worn, the shortened side and the elongated side defining left and right hand sides of the face mask when worn, where a bottom portion of the mask interconnects the elongated side of the mask to the shortened side of the mask, characterized in that : an oxygen port , disposed through the mask body, is positioned off-center toward the elongated side of the face mask; and a reinforcing rib is disposed alongside the bottom portion of the mask, reinforcing rib having a stiffness greater than that of the mask body to help maintain a shape of the face mask during use and prevent the bottom portion of the face mask from excessive splaying onto a face of the patient when in use. a dome-shaped mask body configured for placement over at least a portion of a nose and mouth of a patient; an elongated side of the mask body extends longer than a shortened side of the mask, the elongated side extending alongside one side of a chin of the patient when the face mask is worn, the shortened side terminating adjacent lips of the patient when the face mask is worn, the shortened side and the elongated side defining left and right hand sides of the face mask when worn, where a bottom portion of the mask interconnects the elongated side of the mask to the shortened side of the mask, characterized in that : an oxygen port , disposed through the mask body, is positioned off-center toward the elongated side of the face mask; and a reinforcing rib is disposed alongside the bottom portion of the mask, reinforcing rib having a stiffness greater than that of the mask body to help maintain a shape of the face mask during use and prevent the bottom portion of the face mask from excessive splaying onto a face of the patient when in use. an oxygen port , disposed through the mask body, is positioned off-center toward the elongated side of the face mask; and a reinforcing rib is disposed alongside the bottom portion of the mask, reinforcing rib having a stiffness greater than that of the mask body to help maintain a shape of the face mask during use and prevent the bottom portion of the face mask from excessive splaying onto a face of the patient when in use.
Surgical gown having a material web which is delimited by a first lateral edge , which preferably runs approximately in a straight line, and a second lateral edge , which preferably runs approximately parallel to the first lateral edge, an upper edge , which connects the lateral edges to one another, and a lower edge , which connects the lateral edges to one another, a first sleeve, which extends starting from a first opening in the material web and is attached to the material web , a second sleeve, which extends starting from a second opening in the material web and is attached to the material web , wherein the first opening is arranged between the first lateral edge and the second opening , and the openings are preferably arranged closer to the upper edge than to the lower edge , wherein a dressing aid , which forms an extension of the material web , is provided at least in the region of the upper half, which is adjacent to the upper edge , of the first lateral edge , wherein the surgical gown has a first fastening means for producing a releasable fastening of the material web to a suspension for the surgical gown on a delimiting surface of the material web , in particular the outer delimiting surface , which faces away from the wearer in the dressed state, in the region of the upper edge and/or in the region of the upper end of the second lateral edge , characterized in that the fastening arrangement of the surgical sleeve has one or more, preferably at least partially elastic, bands for producing the releasable fastening of the material web to the suspension , wherein the one or more bands are equipped with a second fastening means , and the one or more bands are designed to be releasably connected to the first fastening means , preferably wherein the second fastening means is to be released from the first fastening means by means of pressing or pulling the first fastening means and/or second fastening means or by means of tensile force or tearing at a predetermined breaking point between the fastening means , the one or more, preferably elastic, bands extend at least partially through a hose which protects the bands , wherein the one or more bands protrude out of the hose through an opening at a first of two ends of the hose and through an exit point at a side surface of the hose , in order to releasably connect the material web to the suspension , the surgical sleeve has a binding band which is fastened to the material web by a second, fixed end, preferably in the region of the second edge , and has a first end, and the hose can be releasably fastened to the binding band , and wherein the binding band can be pushed into the hose by the first end first in such a way that the hose surrounds at least part of the length of the binding band .
Microtome having a microtome blade and having a cutting device for cutting histological samples into thin histological slides, wherein an optically readable image pattern is applied to the microtome blade , and wherein an optical reading device is present which reads the image pattern from the microtome blade , generates analogue or digital image signals in relation to the read image pattern and transmits the image signals to a control device of the microtome .
Heating device having at least one heating unit , a heat transferring element , a controller , a casing and an operating unit , wherein the operating unit comprises a touch-screen , characterized in that the operating unit can be removed and is designed to establish a connection with the controller by means of a bus system, and wherein the operating unit is designed to separate the connection between the operating unit and the controller whilst removing the operating unit and to replace the said connection by means of a wireless connection.
Combination of a primary tool and a secondary tool designed to be hitched to the primary tool by means of two connecting devices , each connecting device including a hook and a stud designed to be inserted into the corresponding hook , one of the hooks being a front hook and the other a rear hook given the direction of advance (A), characterised in that the front hook has an opening towards the rear and has a substantially horizontal positioning rail and that the rear hook has an opening directed such that the plane passing through the median plane of the opening of the rear hook crosses the plane passing through the median plane of the opening of the front hook .
A molded case circuit breaker having a load-side terminal for being connected to an external connection device , comprising: an insulating cover coupled to an enclosure of the molded case circuit breaker, in which the insulating cover includes an insulating wall for being interposed between the enclosure and the external connection device , wherein a gap (C) occurs between the load-side terminal and the insulating wall , characterized by it additionally comprises an insertion part is formed where the insulating wall and a partition wall of the insulating wall are in contact, wherein the insertion part is configured to receive a coupling part protruding to the front of the external connection device . an insulating cover coupled to an enclosure of the molded case circuit breaker, in which the insulating cover includes an insulating wall for being interposed between the enclosure and the external connection device , wherein a gap (C) occurs between the load-side terminal and the insulating wall , characterized by it additionally comprises an insertion part is formed where the insulating wall and a partition wall of the insulating wall are in contact, wherein the insertion part is configured to receive a coupling part protruding to the front of the external connection device .
A bendable stack assembly, comprising: a glass element having a composition substantially free of alkali ions, an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface substantially in tension upon a bending of the element, and a second primary surface substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and a protect layer on the first primary surface , wherein the protect layer comprises nano-silica particulate and at least one of epoxy and urethane materials; wherein the glass element is characterized by a retained strength of at least 90% of the bend strength after the assembly has been subjected to an indentation in the portion of the protect layer laminated to the first primary surface by a cube corner indenter at 10 gf. a glass element having a composition substantially free of alkali ions, an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface substantially in tension upon a bending of the element, and a second primary surface substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface substantially in tension upon a bending of the element, and a second primary surface substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and a protect layer on the first primary surface , wherein the protect layer comprises nano-silica particulate and at least one of epoxy and urethane materials; wherein the glass element is characterized by a retained strength of at least 90% of the bend strength after the assembly has been subjected to an indentation in the portion of the protect layer laminated to the first primary surface by a cube corner indenter at 10 gf.
A method comprising: receiving an image of an object from an image capture device, wherein the image includes a representation of the object with mil-level precision, wherein a pixel of the image represents less than or equal to a thousandth of 25.4mm (1 inch) of the object; projecting a calibration feature from a three-dimensional model of the object onto the received image based on an initial projection matrix; determining a projection error between the projected calibration feature and an existing calibration feature on the image; calculating a final projection matrix based on the projection error. projecting a measurement feature of the object from the image onto the 3D model of the object based on the final projection matrix; determining a difference between the projected measurement feature and an existing measurement feature on the 3D model, wherein the difference comprises at least a distance and optionally an angular difference; and sending a notification to a user, the notification including the difference between the projected measurement feature and the existing measurement feature. receiving an image of an object from an image capture device, wherein the image includes a representation of the object with mil-level precision, wherein a pixel of the image represents less than or equal to a thousandth of 25.4mm (1 inch) of the object; projecting a calibration feature from a three-dimensional model of the object onto the received image based on an initial projection matrix; determining a projection error between the projected calibration feature and an existing calibration feature on the image; calculating a final projection matrix based on the projection error. projecting a measurement feature of the object from the image onto the 3D model of the object based on the final projection matrix; determining a difference between the projected measurement feature and an existing measurement feature on the 3D model, wherein the difference comprises at least a distance and optionally an angular difference; and sending a notification to a user, the notification including the difference between the projected measurement feature and the existing measurement feature.
Sliding board (S) whose structure comprises at least one lower layer (R1), at least one upper layer (R2, F, M), a core (N), at least one rail delimiting a groove having an upper opening for receiving and guiding an anchoring element (T) carried by the lower part of a central locking disc housed in a central opening of a base (E) for receiving a boot in order to secure the base to the board, characterized in that it comprises at least one notched bar that is independent of and remote from the groove of the rail and is intended to cooperate with at least one peripheral toothed sector carried by the lower face of the central disc in order to ensure that it is locked in longitudinal translation on said board.