mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of processing a video comprising a sequence of image frames comprising arrays of pixels, the method comprising: • a background modelling step, in which motion information is extracted from a series of images of a scene and any remaining information is summed to create a background model that represents static components of the scene; • a foreground extraction step, in which the background model is subtracted from at least one image frame to extract a foreground scene that represents moving components of a scene; • a colour classification step, in which objects within the foreground scene are classified according to whether each of those objects falls inside or outside a defined colour space; and • a masking step comprising applying a mask to images of one or more objects appearing in the image frames that fall within the defined colour space; characterised in that the colour classification step further comprises classifying foreground objects by identifying foreground objects that fall within a region of the YCbCr colour space satisfying the conditions: Cb > 85 and Y > 80 and Cr < = 1.5862 ∗ Cb + 20 and Cr > = 0.345 ∗ Cb + 83.8069 and Cr > = − 4.5652 ∗ Cb + 234.5652 and Cr < = − 1.15 ∗ Cb + 301.75 and Cr < = − 2.2857 ∗ Cb + 432.85, where Cr & Cb are chrominance components and Y is the luminance component. • a background modelling step, in which motion information is extracted from a series of images of a scene and any remaining information is summed to create a background model that represents static components of the scene; • a foreground extraction step, in which the background model is subtracted from at least one image frame to extract a foreground scene that represents moving components of a scene; • a colour classification step, in which objects within the foreground scene are classified according to whether each of those objects falls inside or outside a defined colour space; and • a masking step comprising applying a mask to images of one or more objects appearing in the image frames that fall within the defined colour space;
A composition containing a) 25 to 87 wt.% of KHSO 5 containing triple salt b) 1 to 20 wt.% of at least one H 2 N(CH 2) n SO 3 H compound with n being 0, 1, 2 or 3, c) 1 to 8 wt.% of a surfactant d) 1 to 60 wt.% of a C 2 -C 10 aliphatic dicarboxylic acid, optionally substituted with a hydroxyl and/or carboxylic group and e) 10 to 30 wt.% alkali metal phosphate. a) 25 to 87 wt.% of KHSO 5 containing triple salt b) 1 to 20 wt.% of at least one H 2 N(CH 2) n SO 3 H compound with n being 0, 1, 2 or 3, c) 1 to 8 wt.% of a surfactant d) 1 to 60 wt.% of a C 2 -C 10 aliphatic dicarboxylic acid, optionally substituted with a hydroxyl and/or carboxylic group and e) 10 to 30 wt.% alkali metal phosphate.
Lift truck for use with an excavator, wherein a load can be lifted with the lift truck, wherein the lift truck comprises a lifting device, a bearing device and at least one chassis element, characterised in that the lifting device and the chassis element are connected together in a connecting region of the lift truck and are connected to the chassis element so as to be pivotable about an axis of rotation by the bearing device, wherein the axis of rotation is oriented parallel to a contact plane of the chassis element, wherein the lifting device comprises a load portion and a manipulation portion, wherein at least one coupling means is arranged in the manipulation portion, wherein a manipulation force exerted by the excavator can be introduced via the coupling means into a force application point arranged in the manipulation portion, wherein the lift truck, when used for its intended purpose, stands with the at least one chassis element on the contact plane and a movement of the lift truck on the ground is facilitated by the chassis element, wherein a load carrying means is arranged in the load portion, wherein a weight-force exerted by the load can be introduced via the load carrying means into a load application point arranged in the load portion, wherein a lever is formed by the lifting device, wherein the lever arm of the lever corresponds to a force application point distance between the force application point and the axis of rotation, wherein the load arm of the lever corresponds to a load application point distance between the load application point and the axis of rotation, so that the excavator is able to lift a load which exerts a weight-force which is greater than the maximum manipulation force which can be exerted by the excavator, and wherein the coupling means is so configured that the lift truck can be fixed by means of the coupling means to an equipment mount of a boom of the excavator.
A computer-implemented method for selecting test cases to be executed on a terminal, comprising the steps of: creating a configuration code representing a configuration of the terminal, wherein the code comprises one or more entries and wherein each entry of the code represents an aspect of the configuration of the terminal; and applying the configuration code to a set of test case selection tuples, wherein each test case selection tuple comprises a mask, a corresponding comparison value set and a test case reference, said application comprising, for each test case selection tuple in the set, the steps of: using the mask for identifying the entries of the configuration code which are to be compared with the corresponding comparison value set; comparing the values of the identified entries with respective values of the comparison value set; and selecting the test case for execution on the terminal if each of the values of the identified entries corresponds to the respective value of the comparison value set. creating a configuration code representing a configuration of the terminal, wherein the code comprises one or more entries and wherein each entry of the code represents an aspect of the configuration of the terminal; and applying the configuration code to a set of test case selection tuples, wherein each test case selection tuple comprises a mask, a corresponding comparison value set and a test case reference, said application comprising, for each test case selection tuple in the set, the steps of: using the mask for identifying the entries of the configuration code which are to be compared with the corresponding comparison value set; comparing the values of the identified entries with respective values of the comparison value set; and selecting the test case for execution on the terminal if each of the values of the identified entries corresponds to the respective value of the comparison value set. using the mask for identifying the entries of the configuration code which are to be compared with the corresponding comparison value set; comparing the values of the identified entries with respective values of the comparison value set; and selecting the test case for execution on the terminal if each of the values of the identified entries corresponds to the respective value of the comparison value set.
A method, comprising: receiving, at a service function forwarder (SFF, 202), a first packet to be provided to a service function cluster (SFC, 204), the first packet comprising a first service function label (1001, 1002), the SFF being communicatively coupled to the SFC via multiple physical links; referencing a label forwarding table to identify a first physical link of the multiple physical links for the first SF label, wherein the label forwarding table comprises a plurality of labels, each of the plurality of labels being associated with at least one forwarding equivalence class each FEC specifying a physical link and a virtual machine instantiated on the SFC, the first link being a first physical link determined from a first FEC in the label forwarding table; and forwarding the first packet to the SFC via the first physical link, the method further comprising, if the SFF detects a failure of the first physical link: selecting a second FEC in the label forwarding table, the second FEC specifying a second physical link and the same virtual machine as the first FEC; forwarding the first packet to the virtual machine specified in the first FEC via the second physical link. receiving, at a service function forwarder (SFF, 202), a first packet to be provided to a service function cluster (SFC, 204), the first packet comprising a first service function label (1001, 1002), the SFF being communicatively coupled to the SFC via multiple physical links; referencing a label forwarding table to identify a first physical link of the multiple physical links for the first SF label, wherein the label forwarding table comprises a plurality of labels, each of the plurality of labels being associated with at least one forwarding equivalence class each FEC specifying a physical link and a virtual machine instantiated on the SFC, the first link being a first physical link determined from a first FEC in the label forwarding table; and forwarding the first packet to the SFC via the first physical link, the method further comprising, if the SFF detects a failure of the first physical link: selecting a second FEC in the label forwarding table, the second FEC specifying a second physical link and the same virtual machine as the first FEC; forwarding the first packet to the virtual machine specified in the first FEC via the second physical link. selecting a second FEC in the label forwarding table, the second FEC specifying a second physical link and the same virtual machine as the first FEC; forwarding the first packet to the virtual machine specified in the first FEC via the second physical link.
Cross-connector comb having a metal assembly which is provided with plug-in contacts which each have two spring legs (6a, 6b) which are designed to be spaced apart from one another in a spring region and which can be moved towards one another in the spring region in order to reach a contact position, wherein one or more of the plug-in contacts are each assigned a device for limiting the spring travel, wherein the metal assembly consists of two identical parts, wherein one of the devices for limiting the spring travel is formed on each of the two spring legs (6a, 6b), characterized in that the respective device for limiting the spring travel has at least one web which is arranged at an angle, in particular perpendicularly, to the respective spring leg (6a or 6b) in the direction of the respective other spring leg (6a or 6b) and is aligned in such a way that it abuts against the respective other spring leg (6a, 6b) when the distance S between the two spring legs (6a, 6b) is reduced.
A lighting unit comprising a light mixing chamber defined by faces and an edge face, wherein a height of the light mixing chamber defined by a distance between the faces is smaller than a first length of the light mixing chamber, wherein the lighting unit comprises a plurality of at least ten light sources configured to provide light source light in the light mixing chamber, wherein at least one of the faces comprises a plurality of chamber openings for escape of at least part of the light source light from the light mixing chamber, wherein the chamber openings have a length equivalent to the thickness of the face comprising said chamber openings, and have a shape and/or diameter that varies with the length, wherein the lighting unit further comprises a plurality of beam shaping elements, with each beam shaping element configured downstream from a corresponding chamber opening, and wherein the beam shaping elements comprise reflectors, wherein the plurality of at least ten light sources are configured in an evenly distributed manner at the edge face and are configured to provide said light source light having an optical axis perpendicular to the height, and wherein the beam shaping elements are configured in a pseudo random pattern.
A decorative sheet comprising sequentially, from a front surface side thereof, a layer of a transparent resin film and a layer of an ink paint film containing a high brightness pigment, wherein a plurality of linear hairline grooves are formed on a surface of the transparent resin film facing the layer of an ink paint film containing a high brightness pigment, the decorative sheet has a surface resistivity,measured as described in the description, of 1 × 10 5 Ω or more on a rear surface side thereof, when the decorative sheet is placed on the dirt comparison chart available from National Printing Bureau in an environment of an illuminance of 600 lux, and is illuminated from below the chart at an illuminance of 17000 lux, a figure having a size of 5 mm 2 on the chart can be visually discriminated, and when the decorative sheet is placed on a gray scale for assessing staining defined in JIS L 0805:2005 in an environment of an illuminance of 500 lux, a color difference of a color chip number 4-5 cannot be visually discriminated; and wherein the layer of an ink paint film containing a high brightness pigment has a thickness of 0.1 to 20 μm in a portion other than a contact portion with respect to the hairline grooves. a plurality of linear hairline grooves are formed on a surface of the transparent resin film facing the layer of an ink paint film containing a high brightness pigment, the decorative sheet has a surface resistivity,measured as described in the description, of 1 × 10 5 Ω or more on a rear surface side thereof, when the decorative sheet is placed on the dirt comparison chart available from National Printing Bureau in an environment of an illuminance of 600 lux, and is illuminated from below the chart at an illuminance of 17000 lux, a figure having a size of 5 mm 2 on the chart can be visually discriminated, and when the decorative sheet is placed on a gray scale for assessing staining defined in JIS L 0805:2005 in an environment of an illuminance of 500 lux, a color difference of a color chip number 4-5 cannot be visually discriminated; and wherein the layer of an ink paint film containing a high brightness pigment has a thickness of 0.1 to 20 μm in a portion other than a contact portion with respect to the hairline grooves.
Method for calculating distortion of a video being affected by compression artifacts and channel artifacts, comprising a step of adding a compression artifact level D m and a summand S that is derived from log (D h) multiplied with a factor that decreases with increasing compression artifact level D m, with D h being a channel artifacts level, to obtain a measure for said distortion.
Device for collecting uterine fluid in vivo, said device comprising: - a hollow cylindrical tube in turn comprising: a proximal portion, containing a distal end and a proximal end, and wherein said proximal portion is configured to allow the insertion and fastening of a push mechanism for pushing the device into the uterus; an intermediate portion, containing a distal end and a proximal end; and wherein the proximal end of the intermediate portion is connected to the distal end of the proximal portion; - a solid cylindrical distal part, containing a distal end and a proximal end, wherein the proximal end of the distal part is connected to the distal end of the intermediate portion, so that said proximal end closes the hollow tube at said distal end; the device being characterised in that said intermediate portion further comprises at least one slot with a length of at least 2 cm and a width less than or equal to 1 mm, which is configured to allow the entry of uterine fluid by capillarity, from the outside to the inside of said intermediate portion, such that said uterine fluid is retained inside the tube. - a hollow cylindrical tube in turn comprising: a proximal portion, containing a distal end and a proximal end, and wherein said proximal portion is configured to allow the insertion and fastening of a push mechanism for pushing the device into the uterus; an intermediate portion, containing a distal end and a proximal end; and wherein the proximal end of the intermediate portion is connected to the distal end of the proximal portion; a proximal portion, containing a distal end and a proximal end, and wherein said proximal portion is configured to allow the insertion and fastening of a push mechanism for pushing the device into the uterus; an intermediate portion, containing a distal end and a proximal end; and wherein the proximal end of the intermediate portion is connected to the distal end of the proximal portion; - a solid cylindrical distal part, containing a distal end and a proximal end, wherein the proximal end of the distal part is connected to the distal end of the intermediate portion, so that said proximal end closes the hollow tube at said distal end; the device being characterised in that
An automatic beverage machine comprising a body, a chamber positioned on said body and collecting a mixture of coffee or sedimented products with sugar and water, one or two cups into which the mixture found in said chamber is poured without using any intermediate transfer piece, and a tray on which said cup is positioned, comprising; - a chamber drive mechanism driving said chamber in an angle-controlled manner, - a chamber control system controlling and commanding the movement of said chamber drive mechanism and operating together with an angle control motor that drives said chamber according to the predetermined operational angle values, - a tray drive mechanism extending all along the bottom area of said body, adjusting the position of said tray and the cups found thereon according to said chamber, converting rotational motion into linear motion and thus moving said tray back and forth, characterized in that it further comprises - a tray control system controlling and commanding the movement of said tray drive mechanism and operating with a position control motor that within a pre-determined time period enables proceeding by adjusting the location of the cup during the angular movement of the chamber that enables pouring action according to the predetermined operational position values defined to the system previously for being filled and according to the rotation angle values of the chamber as a result of said angle control motor drive. - a chamber drive mechanism driving said chamber in an angle-controlled manner, - a chamber control system controlling and commanding the movement of said chamber drive mechanism and operating together with an angle control motor that drives said chamber according to the predetermined operational angle values, - a tray drive mechanism extending all along the bottom area of said body, adjusting the position of said tray and the cups found thereon according to said chamber, converting rotational motion into linear motion and thus moving said tray back and forth, characterized in that it further comprises - a tray control system controlling and commanding the movement of said tray drive mechanism and operating with a position control motor that within a pre-determined time period enables proceeding by adjusting the location of the cup during the angular movement of the chamber that enables pouring action according to the predetermined operational position values defined to the system previously for being filled and according to the rotation angle values of the chamber as a result of said angle control motor drive.
A pharmaceutical composition comprising: (a) a HDAC inhibitor; and, (b) meglumine; wherein said HDAC inhibitor is a compound of the following formula or a pharmaceutically acceptable salt thereof: (a) a HDAC inhibitor; and, (b) meglumine;
A method for distinguishing between low-grade squamous intraepithelial lesions (LSIL) that are likely to progress to high-grade squamous intraepithelial lesions (HSIL) and LSIL that are likely to regress to negative, the method comprising the steps of: - providing a biological sample obtained from a subject wherein the biological sample comprises cervical cells; - obtaining a Raman spectrum for the biological sample; and - analysing the Raman spectrum to determine whether the Raman spectrum falls within one or more predefined classes of cells comprising using a classification model built using a database of reference Raman spectra, wherein the one or more predefined classes of cells comprise cells comprising LSIL that are likely to progress to HSIL and cells comprising LSIL that are likely to regress to negative. - providing a biological sample obtained from a subject wherein the biological sample comprises cervical cells; - obtaining a Raman spectrum for the biological sample; and - analysing the Raman spectrum to determine whether the Raman spectrum falls within one or more predefined classes of cells comprising using a classification model built using a database of reference Raman spectra, wherein the one or more predefined classes of cells comprise cells comprising LSIL that are likely to progress to HSIL and cells comprising LSIL that are likely to regress to negative.
Process for the preparation of Imatinib of formula or salts thereof: comprising the following steps: a) the reaction of the compound of formula: with the compound of formula or salts thereof: wherein X is chosen between hydroxyl, chlorine, bromine or other leaving group, to give the Imatinib of formula, b) the transfer of the Imatinib of formula from an organic phase to an aqueous phase having pH comprised between 3.5 and 4.5, wherein said organic phase consists of tetrahydrofuran or methyltetrahydrofuran. a) the reaction of the compound of formula: with the compound of formula or salts thereof: wherein X is chosen between hydroxyl, chlorine, bromine or other leaving group, to give the Imatinib of formula, b) the transfer of the Imatinib of formula from an organic phase to an aqueous phase having pH comprised between 3.5 and 4.5, wherein said organic phase consists of tetrahydrofuran or methyltetrahydrofuran.
Heating device for a traction battery of a vehicle, comprising: an induction coil for wireless charging of the traction battery; a ferrite shield surrounding the induction coil, and heat transfer means being a heating circuit adapted to transfer heat from the ferrite shield to the traction battery by means of a circulated fluid, the heat transfer means further being attached to the ferrite shield and being adapted to cover at least 10% of the outer surface of the traction battery. an induction coil for wireless charging of the traction battery; a ferrite shield surrounding the induction coil, and heat transfer means being a heating circuit adapted to transfer heat from the ferrite shield to the traction battery by means of a circulated fluid, the heat transfer means further being attached to the ferrite shield and being adapted to cover at least 10% of the outer surface of the traction battery.