mhurhangee/ep-ind-claims huggingface dataset:
A fluid impermeable container for transporting a biological sample, the container comprising folded sheet material, the folded sheet material being fluid impermeable and defining a base, enclosing side walls (18a, 18b), an upper wall, and a container closure flap, the upper wall being configured to define an opening to a recess for receiving a receptacle containing a biological sample to be transported, the closure flap being foldable into contact with the upper wall, characterised in that the closure flap comprises a sealing portion which is foldable from a first position in which it is folded inwardly along an edge of the closure flap such that the sealing portion lies substantially contiguous with the closure flap and the recess is exposed when the closure flap is in contact with the upper wall and to a second position in which it is folded outwardly along said edge and extends sealingly over the recess when the closure flap is in contact with the upper wall.
A base phone and additional phone implementation method comprising the steps of: Acquiring, by an IP terminal, a group address; group-sending, by the IP terminal and according to the group address, a base phone query message, and determining whether a base phone feedback message is received; and when the IP terminal receives the base phone feedback message fed back by a base phone, marking itself as an additional phone; otherwise, marking, by the IP terminal, itself as a base phone, and registering with a server; wherein a standard for determining the base phone is join group time, wherein an IP terminal that joins the group earliest is marked as the base phone. Acquiring, by an IP terminal, a group address; group-sending, by the IP terminal and according to the group address, a base phone query message, and determining whether a base phone feedback message is received; and when the IP terminal receives the base phone feedback message fed back by a base phone, marking itself as an additional phone; otherwise, marking, by the IP terminal, itself as a base phone, and registering with a server; wherein a standard for determining the base phone is join group time, wherein an IP terminal that joins the group earliest is marked as the base phone.
A power tool (1, 101), comprising: a motor (6, 106); a fan (25, 125), which is rotated by the motor (6, 106); a housing (2, 102), which accommodates the motor (6, 106) and the fan (25, 125); and a fan guide (30, 130), which straightens a cooling air generated by the fan (25, 125), wherein ventilation ports introducing an external air and exhaust ports discharging an internal air are arranged on the housing (2, 102), and an air path of the cooling air is formed from the ventilation ports to the exhaust ports by the rotation of the fan (25, 125), the fan guide comprises a ventilation hole for passing the air flowing into the fan and the power tool is characterized in further comprising a third air passage (35a-35d, 135a-135d) diverging a portion of the cooling air of the fan (25, 125), and the portion of the cooling air returns to the air path before entering the fan guide (30, 130) owing to the third air passage (35a-35d, 135a-135d).
A method for a low noise buck switching regulator (170, 270, 370, 380, 190, 290) to limit a voltage slew rate at an output node of a switch for switching an input signal of the buck switching regulator, and limit a current slew rate at the output node of the switch, the switch having a control node adapted to control the voltage at the output node and the current at the output node, characterized by the method comprising: sensing a rate of change of voltage at the control node; sensing a rate of change of current at the output node; providing a first current at the control node proportional to the rate of change of voltage at the control node, the first current limiting the voltage slew rate at the output node to a first predetermined value; and providing a second current at the control node proportional to the rate of change of current at the output node, the second current limiting the current slew rate at the output node to a second predetermined value. sensing a rate of change of voltage at the control node; sensing a rate of change of current at the output node; providing a first current at the control node proportional to the rate of change of voltage at the control node, the first current limiting the voltage slew rate at the output node to a first predetermined value; and providing a second current at the control node proportional to the rate of change of current at the output node, the second current limiting the current slew rate at the output node to a second predetermined value.
An electrical socket, comprising a cylindrical body defining a longitudinal axis and having opposite first and second end rings (122, 124), a plurality of spaced contact beams extending between the first and second end rings (122, 124), and an inner receiving area for accepting a mating pin, the first and second end rings being rotatably offset from one another with respect to the longitudinal axis, thereby twisting the contact beams into a hyperbolic geometry; each of the contact beams comprising a middle section between first and second end sections (132, 134), the first and second end sections being attached to the first and second end rings (122, 124) respectively, and wherein the middle section of each contact beam has a contour that defines an inner contact area such that the middle section extends further into the inner receiving area than the first and second end sections (132,134) and such that the inner contact areas are positioned for contact with the mating pin when inserted into the inner receiving area; and characterized in that the middle section of each contact beam being longer and wider than each of the first and second end sections (132,134) such that each contact beam has a generally teardrop shape; and in that the contour of each middle section is a substantially concave form that curves into the inner receiving area such that the cross section of each middle section is curved a cylindrical body defining a longitudinal axis and having opposite first and second end rings (122, 124), a plurality of spaced contact beams extending between the first and second end rings (122, 124), and an inner receiving area for accepting a mating pin, the first and second end rings being rotatably offset from one another with respect to the longitudinal axis, thereby twisting the contact beams into a hyperbolic geometry; each of the contact beams comprising a middle section between first and second end sections (132, 134), the first and second end sections being attached to the first and second end rings (122, 124) respectively, and wherein the middle section of each contact beam has a contour that defines an inner contact area such that the middle section extends further into the inner receiving area than the first and second end sections (132,134) and such that the inner contact areas are positioned for contact with the mating pin when inserted into the inner receiving area; and characterized in that the middle section of each contact beam being longer and wider than each of the first and second end sections (132,134) such that each contact beam has a generally teardrop shape; and in that the contour of each middle section is a substantially concave form that curves into the inner receiving area such that the cross section of each middle section is curved
An apparatus for carrying out a method for control of weevils belonging to the family Curculionidae in connection with machine planting of tree seedlings in soil, said method comprising the steps where a tree seedling is planted in soil and, in connection with the planting at least one layer of protective material is applied on the surface of the soil surrounding the seedling's trunk, wherein said apparatus comprises a container for the protective material, wherein the container comprises a feed opening for feeding the protective material; a dispenser mounted on the container; a pipe connected to the dispenser; means for mounting the apparatus on the planting machine and means for connecting the apparatus to the planting machine's control system.
An incubation segment in a microfluidic chip for microbiological assays, wherein said incubation segment is formed in a substrate with an upper major face and a lower major face, said segment includes an incubation well, an inlet channel through which a sample may be inputted into said incubation well, and a gas cavity connected to said incubation well by a microfluidic communication channel, characterized in that said gas cavity is unvented and that the base of the gas cavity is connected to the base of the incubation well by the communication channel.
Method for hot-rolling metal rolling material with use of at least one rolling device, wherein the method comprises provision of a semi-finished product with a thickness greater than or equal to 150 mm as rolling material, wherein the rolling material is rolled from a first, large initial pass cross-section to a comparatively smaller target cross-section with stepped thickness reduction, wherein the thickness reduction from the initial pass cross-section to the target cross-section is achieved exclusively by means of a single rolling device or with a plurality of identical rolling devices of a single roll stand type, wherein at last one of the rolling devices comprises at least one upper and lower work roll (3, 4), wherein the rolling device comprises at least one upper and one lower backing roll (5, 6), wherein the work rolls (3, 4) and the backing rolls (5, 6) are mounted in a common roll stand, the work rolls (3, 4) being adjustable relative to one another for setting a predetermined rolling gap, characterised in that the work rolls (3, 4) are each in operative connection with at least one bending device, wherein at least one first bending device is associated with the upper work roll and at least one second bending device is associated with the lower work roll, the second bending device comprises bending cylinders which are arranged vertically in stationary location and the upper work roll is resettable or entrainable by means of the first bending device with a vertical setting of the height of the rolling gap, wherein the first bending device comprises bending arms which co-operate with bending cylinders arranged in stationary location and wherein the work rolls (3, 4) are preferably axially and vertically adjustable, wherein the bending cylinders of the first bending device are mounted in stationary location on an upper crosshead of a roll housing or are supported on the upper crosshead of the roll housing and pass through recesses of the roll housing.
A suction head for a vacuum cleaner or the like comprising: - a base plate with a base plate channel open towards a surface to be vacuumed, - a suction channel in fluid communication with the base plate channel, - main wheels for moving said suction head on the surface to be vacuumed, and - a bracket for connecting said main wheels to said base plate, wherein said bracket is connected to said base plate in a rotatable manner so that said base plate is tiltable with respect to the main wheels, wherein said suction channel comprises an inner tube and an outer tube telescopically coupled together, wherein said suction channel is rotatably supported by said bracket, and characterized in that said suction channel comprises a spherical inlet head and a spherical outlet head, wherein said spherical inlet head is configured to cooperate with a cowling of the base plate and wherein said spherical outlet head is configured to cooperate with a spherical cavity of a suction tube so as to form a first ball joint and a second ball joint. - a base plate with a base plate channel open towards a surface to be vacuumed, - a suction channel in fluid communication with the base plate channel, - main wheels for moving said suction head on the surface to be vacuumed, and - a bracket for connecting said main wheels to said base plate,
A hybrid compact, near- and far-field test range system for providing several wavefronts at different frequency bands within a quiet test zone in which an antenna set of devices under test are placed, using three different test approaches (CATR, NFTF and DFF) in a simultaneous manner, and comprising: - An anechoic chamber with a door, wheels and absorbing material covering the internal side of its walls, ceilings, door and floor. - A curved reflector with a lateral compact-antenna-test-range primary feed source antenna set with one or several primary feed source antenna elements of either the singe- or dual-polarized circular waveguide corrugated antenna horn type or the printed array type, and its CATR-primary-feed support tower. - An antenna set under test or devices under test DUT) of either the gNodeB type or the User Equipment type, with its AUT/DUT tower and turntable support and positioning structure, located at a quiet test zone and capable of providing roll, elevation and azimuth rotation. - A direct far-field and near-field-to-far-field (NFTF) secondary feed source antenna set, with its DFF/NFTF support tower and with one or several primary feed source antenna elements of either of the single- or dual-polarized circular waveguide corrugated antenna horn type or the printed array type, with their apertures pierced at the center of the curved reflector and optionally caped by metal pieces or placed in front of the reflector. - A set of electric cables, Radiofrequency cables, Ethernet cables and Fiber Optic cables. - A signal analyzer equipment located either inside or outside of the chamber. - An anechoic chamber with a door, wheels and absorbing material covering the internal side of its walls, ceilings, door and floor. - A curved reflector with a lateral compact-antenna-test-range primary feed source antenna set with one or several primary feed source antenna elements of either the singe- or dual-polarized circular waveguide corrugated antenna horn type or the printed array type, and its CATR-primary-feed support tower. - An antenna set under test or devices under test DUT) of either the gNodeB type or the User Equipment type, with its AUT/DUT tower and turntable support and positioning structure, located at a quiet test zone and capable of providing roll, elevation and azimuth rotation. - A direct far-field and near-field-to-far-field (NFTF) secondary feed source antenna set, with its DFF/NFTF support tower and with one or several primary feed source antenna elements of either of the single- or dual-polarized circular waveguide corrugated antenna horn type or the printed array type, with their apertures pierced at the center of the curved reflector and optionally caped by metal pieces or placed in front of the reflector. - A set of electric cables, Radiofrequency cables, Ethernet cables and Fiber Optic cables. - A signal analyzer equipment located either inside or outside of the chamber.
A method, comprising: accessing baseband information for a plurality, N, of antennas accessible by a plurality of baseband units, the baseband information corresponding to a transmission from a user equipment and received at the N antennas, wherein the plurality of baseband units and the N antennas form a plurality of cells, wherein each of the N antennas are connected to one of the plurality of baseband units, and wherein different ones of the N antennas are connected to different ones of the plurality of baseband units; determining values for one or more metrics for each of the baseband information for the N antennas; selecting, based on the determined values, a subset k of the N antennas and corresponding baseband information to use to determine output data for the transmission from the user equipment; and determining the output data from the user equipment using the baseband information from the k antennas. accessing baseband information for a plurality, N, of antennas accessible by a plurality of baseband units, the baseband information corresponding to a transmission from a user equipment and received at the N antennas, wherein the plurality of baseband units and the N antennas form a plurality of cells, wherein each of the N antennas are connected to one of the plurality of baseband units, and wherein different ones of the N antennas are connected to different ones of the plurality of baseband units; determining values for one or more metrics for each of the baseband information for the N antennas; selecting, based on the determined values, a subset k of the N antennas and corresponding baseband information to use to determine output data for the transmission from the user equipment; and determining the output data from the user equipment using the baseband information from the k antennas.
A magnetic separator unit for the selective separation of magnetisable particles from a fluid mixture, the magnetic separator unit comprising: a magnet unit in the shape of a mandrel; and tubing; wherein: the magnet unit comprises a plurality of magnets orientated parallel to the axis of the mandrel and angularly spaced around the mandrel; characterised in that the tubing is wound round the magnet unit, so as to enable the magnet unit to attract the magnetisable particles in the fluid mixture over a long flow path.
A playing device comprising: readout means which read out, from a recording medium, an interleaved file, which is a file in which are interleaved, in chunk increments of a predetermined data amount, a first stream including a basic stream and a second stream including an expanded stream corresponding to said basic stream, wherein said basic stream and said expanded stream are the Base view video stream and Dependent view video stream, respectively, that are generated by the video streams being encoded by H.264 AVC/MVC, read out a first information file which is information of said first stream and which has the number of chunks (n+1) making up said first stream and a starting packet number (0, c1, c2... cn) within said first stream for each chunk, and read out a second information file which is information of said second stream and which has the number of chunks (n+1) making up said second stream and a starting packet number (0, a1, a2... an) within said second stream for each chunk; and separating means to separate said interleaved file into said first stream and said second stream, using said first information file and said second information file. readout means which read out, from a recording medium, an interleaved file, which is a file in which are interleaved, in chunk increments of a predetermined data amount, a first stream including a basic stream and a second stream including an expanded stream corresponding to said basic stream, wherein said basic stream and said expanded stream are the Base view video stream and Dependent view video stream, respectively, that are generated by the video streams being encoded by H.264 AVC/MVC, read out a first information file which is information of said first stream and which has the number of chunks (n+1) making up said first stream and a starting packet number (0, c1, c2... cn) within said first stream for each chunk, and read out a second information file which is information of said second stream and which has the number of chunks (n+1) making up said second stream and a starting packet number (0, a1, a2... an) within said second stream for each chunk; and separating means to separate said interleaved file into said first stream and said second stream, using said first information file and said second information file.
Use of aziridines of the formula where R 1 is hydrogen, alkyl or cycloalkyl, each of which are unsubstituted or substituted and/or mono- or polyethylenically unsaturated, or in each case substituted or unsubstituted fullerenyl, aryl, alkoxy, alkoxycarbonyl, arylcarbonyl or alkanoyl, R 2, R 3, R 4 and R 5 independently of one another have the same definition as R 1 and additionally independently are halogen, hydroxyl, carboxyl, alkylsulphonyl, arylsulphonyl, nitrile, isonitrile, and R 2 and R 4 or R 3 and R 5, together with the carbon atoms to which they are attached, form a 5-to 10-membered carbocyclic ring which is unsubstituted or substituted and/or mono- or polyethylenically unsaturated for stabilizing iodopropynyl carbamates. R 1 is hydrogen, alkyl or cycloalkyl, each of which are unsubstituted or substituted and/or mono- or polyethylenically unsaturated, or in each case substituted or unsubstituted fullerenyl, aryl, alkoxy, alkoxycarbonyl, arylcarbonyl or alkanoyl, R 2, R 3, R 4 and R 5 independently of one another have the same definition as R 1 and additionally independently are halogen, hydroxyl, carboxyl, alkylsulphonyl, arylsulphonyl, nitrile, isonitrile, and R 2 and R 4 or R 3 and R 5, together with the carbon atoms to which they are attached, form a 5-to 10-membered carbocyclic ring which is unsubstituted or substituted and/or mono- or polyethylenically unsaturated for stabilizing iodopropynyl carbamates.
An artificial leather having a laminated structure in the form of a plurality of discrete layers, - said plurality of layers comprising a bottom layer, an intermediate layer, and a top layer, - said bottom layer being a non-woven matt comprising bast fibres impregnated with a polymer for binding and colouring said bast fibres, and said bottom layer defining a bottom layer thickness, - said intermediate layer being a layer of a binder material, in which said intermediate layer is in direct connection with said bottom layer and in direct connection with said top layer for gluing with said top layer, and said intermediate layer defining an intermediate layer thickness, - said top layer being a polymer coating and defining a top layer thickness, and - wherein said bottom layer thickness is greater than any of said intermediate layer thickness or said top layer thickness and said first intermediate layer thickness is thinner than said top layer thickness. - said plurality of layers comprising a bottom layer, an intermediate layer, and a top layer, - said bottom layer being a non-woven matt comprising bast fibres impregnated with a polymer for binding and colouring said bast fibres, and said bottom layer defining a bottom layer thickness, - said intermediate layer being a layer of a binder material, in which said intermediate layer is in direct connection with said bottom layer and in direct connection with said top layer for gluing with said top layer, and said intermediate layer defining an intermediate layer thickness, - said top layer being a polymer coating and defining a top layer thickness, and - wherein said bottom layer thickness is greater than any of said intermediate layer thickness or said top layer thickness and said first intermediate layer thickness is thinner than said top layer thickness.
An air maintenance tire having a tire cavity, first and second sidewalls (18, 20) extending respectively from lower sidewall ends connected to first and second tire bead regions (22, 24) to higher sidewall ends connected to a tire tread region; an elongate groove located within the first sidewall of the tire, the groove comprising an elongate channel within the first sidewall and an elongate groove access passage extending at an incline with respect to the axial direction from the elongate channel to an access opening located at an outward surface of the first sidewall; a tube positioned within the groove elongate channel; and a cover strip attached to the first sidewall and closing or enclosing the access opening of the groove access passage, characterized in that said cover strip is positioned along the first sidewall a distance from the first bead region greater than the distance of the groove channel from the first bead region.