mhurhangee/patent-ind-claim-en huggingface dataset:
A floorboard system having floorboards which consist of dimensionally stable material and have an upper face , a lower face and sides surrounding them, specifically long sides and end sides (14, 15; 16), having a connection system for connecting floorboards to one another such that they are adjacent to one another, said connection system having protrusions which engage in recesses in the long sides of the floorboards , the connection system containing a connector which consists of a flexible material and has a supporting surface which protrudes from the lower face of the floorboards when the floorboard system is in the laid state, for flexible support of the floorboard system on a substrate , engagement protrusions of the connector engaging in the recesses of the floorboards for interlockingly securing the vertical position of the floorboards which are adjacent to one another with a joint , the flexible connector being vertically movable in the joint relative to at least one of the floorboards into an engagement position when one of the floorboards is connected to the other floorboard, the engagement protrusions being designed to act in a barb-like manner, and gripping elements which act in a clamp-like manner on the long sides of the floorboards being provided on the connector to secure the horizontal position in the transverse direction, and the connector having a flexible body with the supporting surface on its lower face , with the lateral, upwardly facing gripping elements provided for engagement on the long sides of the floorboards and with engagement protrusions which are arranged laterally on a central connecting piece and are designed to engage in the laterally open recesses of the floorboards to be connected, characterised in that the connector has an extension of the central connecting piece as a spacer element above the engagement protrusions on the central connecting piece.
A server for processing of cloud gaming data, the server comprising one or more processors configured to: receive an adaptive refresh rate information of a display device at a client computing device (1430, 1430A-N), render a plurality of frames of video data of game content to have a variable frame rate thereby eliminating frames that cannot be displayed by the display device at the client computing device (1430, 1430A-N), wherein the adaptive refresh rate information of the display device at the client computing device (1430, 1430A-N) is used to render the plurality of frames at the variable frame rate; encode the plurality of frames at a variable rate, wherein the encoding comprises assigning a presentation time stamp to each of the plurality of frames; and transmit the plurality of frames having the variable rate to the client computing device (1430, 1430A-N). receive an adaptive refresh rate information of a display device at a client computing device (1430, 1430A-N), render a plurality of frames of video data of game content to have a variable frame rate thereby eliminating frames that cannot be displayed by the display device at the client computing device (1430, 1430A-N), wherein the adaptive refresh rate information of the display device at the client computing device (1430, 1430A-N) is used to render the plurality of frames at the variable frame rate; encode the plurality of frames at a variable rate, wherein the encoding comprises assigning a presentation time stamp to each of the plurality of frames; and transmit the plurality of frames having the variable rate to the client computing device (1430, 1430A-N).
A hollow boring auger for use in boring a hollow trench about a pole, the hollow boring auger including: a first mounting part and a second mounting part connected one to the other and movable between an open state and a closed state enabling the first and second mounting parts to be closed around the pole, substantially encircling the pole, a first auger part and a second auger part attachable to the first mounting part and second mounting part and forming in the closed state an auger substantially encircling the pole and projecting downwardly from the first and second mounting parts ; a rotation apparatus configured to rotate the auger about the pole to bore the hole, the rotation apparatus is housed in the first and second mounting parts ; and characterised in that the hollow boring auger further comprises a cylindrical collar projecting upwardly from the first and second mounting parts and configured to substantially encircle the pole in the closed state. a first mounting part and a second mounting part connected one to the other and movable between an open state and a closed state enabling the first and second mounting parts to be closed around the pole, substantially encircling the pole, a first auger part and a second auger part attachable to the first mounting part and second mounting part and forming in the closed state an auger substantially encircling the pole and projecting downwardly from the first and second mounting parts ; a rotation apparatus configured to rotate the auger about the pole to bore the hole, the rotation apparatus is housed in the first and second mounting parts ; and characterised in that the hollow boring auger further comprises a cylindrical collar projecting upwardly from the first and second mounting parts and configured to substantially encircle the pole in the closed state.
A method of manufacturing a wind turbine blade shell part made of a composite structure comprising a fibre-reinforcement material embedded in a polymer matrix, wherein the method comprises the steps of: a) arranging one or more outer fibre layers on a mould surface , the one or more outer fibre layers defining an outer surface of the wind turbine blade shell part, b) mounting a plurality of fastening members on a mounting plate and retaining inserts between the fastening members and further wrapping a fibre layer around the plurality of fastening members and the retaining inserts so as to form a root end assembly, c) arranging the root end assembly on top of the one or more outer fibre layers at a root end section of the mould , d) arranging one or more inner fibre layers on top of the root end assembly, e) supplying a polymer to the outer and inner fibre layers (68; 95), f) allowing the polymer to cure so as to form the composite structure, and g) removing the mounting plate . a) arranging one or more outer fibre layers on a mould surface , the one or more outer fibre layers defining an outer surface of the wind turbine blade shell part, b) mounting a plurality of fastening members on a mounting plate and retaining inserts between the fastening members and further wrapping a fibre layer around the plurality of fastening members and the retaining inserts so as to form a root end assembly, c) arranging the root end assembly on top of the one or more outer fibre layers at a root end section of the mould , d) arranging one or more inner fibre layers on top of the root end assembly, e) supplying a polymer to the outer and inner fibre layers (68; 95), f) allowing the polymer to cure so as to form the composite structure, and g) removing the mounting plate .
A distributed processing system (201; 310) for processing an elevator call, comprising a plurality of wireless communication modules deployed in an elevator service area, each of the wireless communication modules is associated with one or more call units (E1, E2, E3, E4) and characterized in that the wireless communication modules are configured to: perform a call assignment operation in response to an elevator call from a terminal device (202A, 202B; 50) specifying it as a target wireless communication module; and return a message about call assignment to the terminal device (202A, 202B; 50). perform a call assignment operation in response to an elevator call from a terminal device (202A, 202B; 50) specifying it as a target wireless communication module; and return a message about call assignment to the terminal device (202A, 202B; 50).
A semiconductor module radiator plate fabrication method comprising: soldering a plurality of insulating substrates of determined different shapes to determined positions on a first side of a flat radiator plate for data acquisition, wherein a convex curve is formed on the first side of the radiator plate as a result of soldering; measuring the convex curve ; obtaining a first concave curve by reversing the measured convex curve; characterized by further comprising: specifying a desired second concave curve on the first side of a radiator plate after soldering, a bottom of the desired second concave curve being positioned under a clearance between said determined positions of the plurality of insulating substrates; adding the first concave curve and the second concave curve to calculate a third concave curve ; and forming the third concave curve on a flat plate to form a radiator plate before soldering. soldering a plurality of insulating substrates of determined different shapes to determined positions on a first side of a flat radiator plate for data acquisition, wherein a convex curve is formed on the first side of the radiator plate as a result of soldering; measuring the convex curve ; obtaining a first concave curve by reversing the measured convex curve; characterized by further comprising: specifying a desired second concave curve on the first side of a radiator plate after soldering, a bottom of the desired second concave curve being positioned under a clearance between said determined positions of the plurality of insulating substrates; adding the first concave curve and the second concave curve to calculate a third concave curve ; and forming the third concave curve on a flat plate to form a radiator plate before soldering. specifying a desired second concave curve on the first side of a radiator plate after soldering, a bottom of the desired second concave curve being positioned under a clearance between said determined positions of the plurality of insulating substrates; adding the first concave curve and the second concave curve to calculate a third concave curve ; and forming the third concave curve on a flat plate to form a radiator plate before soldering.
A lighting unit comprising: a circuit substrate having an obverse side and a reverse side, the obverse side including a plurality of mounting points for light emitting diodes, LEDs ; and a heat sink having a hollow conical-frustum geometry which includes at least one cooling fin projecting into an interior of the heat sink , and an exterior surface which is bonded to the reverse side of the circuit substrate, wherein a bottom circumference of the heat sink is less than a top circumference of the heat sink ; wherein the heat sink comprises a slot , characterized in that the circuit substrate further has a tab , wherein a controller is disposed on the tab and the tab is inserted into the slot such that the controller is disposed inside the interior of the heat sink ; and in that the tab is affixed to at least one cooling fin . a circuit substrate having an obverse side and a reverse side, the obverse side including a plurality of mounting points for light emitting diodes, LEDs ; and a heat sink having a hollow conical-frustum geometry which includes at least one cooling fin projecting into an interior of the heat sink , and an exterior surface which is bonded to the reverse side of the circuit substrate, wherein a bottom circumference of the heat sink is less than a top circumference of the heat sink ; wherein the heat sink comprises a slot , characterized in that the circuit substrate further has a tab , wherein a controller is disposed on the tab and the tab is inserted into the slot such that the controller is disposed inside the interior of the heat sink ; and in that the tab is affixed to at least one cooling fin .
A method of vehicle-to-vehicle, V2V, communications by a user equipment, UE. comprising: identifying that sensing history information at the UE is unavailable for a sensing based resource selection procedure; and selecting, in response to identifying that the sensing history information is unavailable, a resource selection procedure based on configuration information obtained from a network entity in communication with the UE, wherein selecting the resource selection procedure is further based on a priority of a packet to be transmitted from the UE, wherein a random resource selection procedure is selected for transmitting packets with a high priority. identifying that sensing history information at the UE is unavailable for a sensing based resource selection procedure; and selecting, in response to identifying that the sensing history information is unavailable, a resource selection procedure based on configuration information obtained from a network entity in communication with the UE, wherein selecting the resource selection procedure is further based on a priority of a packet to be transmitted from the UE, wherein a random resource selection procedure is selected for transmitting packets with a high priority.
A computer-implemented method comprising: validating a third transaction that includes, in a third locking script, a first puzzle and a second puzzle which are not determinable at the time the third locking script is created, wherein: the first puzzle is included, in a first transaction, in a first locking script that encumbers, with a first condition fulfillable by a solution to the first puzzle, transfer of control of a first digital asset; the second puzzle is included, in a second transaction, in a second locking script that encumbers, with a second condition fulfillable by a solution to the second puzzle, transfer of control of a second digital asset; the first transaction and the second transaction are committed to a blockchain; the third transaction is associated with a third digital asset; and the third transaction is configured to generate a pseudorandom number based at least in part on the solution to the first puzzle and the solution to the second puzzle; generating, based at least in part on the solution to the first puzzle and the solution to the second puzzle, the pseudorandom number; and transferring control of the third digital asset based at least in part on the pseudorandom number. validating a third transaction that includes, in a third locking script, a first puzzle and a second puzzle which are not determinable at the time the third locking script is created, wherein: the first puzzle is included, in a first transaction, in a first locking script that encumbers, with a first condition fulfillable by a solution to the first puzzle, transfer of control of a first digital asset; the second puzzle is included, in a second transaction, in a second locking script that encumbers, with a second condition fulfillable by a solution to the second puzzle, transfer of control of a second digital asset; the first transaction and the second transaction are committed to a blockchain; the third transaction is associated with a third digital asset; and the third transaction is configured to generate a pseudorandom number based at least in part on the solution to the first puzzle and the solution to the second puzzle; the first puzzle is included, in a first transaction, in a first locking script that encumbers, with a first condition fulfillable by a solution to the first puzzle, transfer of control of a first digital asset; the second puzzle is included, in a second transaction, in a second locking script that encumbers, with a second condition fulfillable by a solution to the second puzzle, transfer of control of a second digital asset; the first transaction and the second transaction are committed to a blockchain; the third transaction is associated with a third digital asset; and the third transaction is configured to generate a pseudorandom number based at least in part on the solution to the first puzzle and the solution to the second puzzle; generating, based at least in part on the solution to the first puzzle and the solution to the second puzzle, the pseudorandom number; and transferring control of the third digital asset based at least in part on the pseudorandom number.
A circuit capable of implementing a neural network, comprising at least: - a series of elementary modules , called neuro-blocks, capable of implementing an assembly of neurons, said neuro-blocks being grouped together in branches, a branch being composed of a group of neuro-blocks and of a broadcasting bus , the neuro-blocks being connected to said broadcasting bus ; - a routing unit connected to the broadcasting bus of said branches, carrying out at least the routing and the broadcasting of data to and from said branches; characterised in that said circuit further comprises - a transformation module connected to the routing unit via an internal bus and capable of being connected, at the input of said circuit , to an external databus , said module carrying out the transformation of the format of the input data carried by said external bus , a message of N consecutive input words with x bits coded in parallel being transformed into a message of N words with x bits coded in series, the N words being parallelised over the internal bus at the output of said module , one wire of the bus being dedicated to one word, the words being broadcast over the broadcasting buses of the branches and the other internal components of said circuit to the neuro-blocks connected with said broadcasting buses via the routing unit with the same serial coding, in such a manner that all the processing operations internal to said circuit are carried out according to a serial communications protocol comprising for the transmission of a given message, information indicating the target unit. - a series of elementary modules , called neuro-blocks, capable of implementing an assembly of neurons, said neuro-blocks being grouped together in branches, a branch being composed of a group of neuro-blocks and of a broadcasting bus , the neuro-blocks being connected to said broadcasting bus ; - a routing unit connected to the broadcasting bus of said branches, carrying out at least the routing and the broadcasting of data to and from said branches; - a transformation module connected to the routing unit via an internal bus and capable of being connected, at the input of said circuit , to an external databus , said module carrying out the transformation of the format of the input data carried by said external bus , a message of N consecutive input words with x bits coded in parallel being transformed into a message of N words with x bits coded in series, the N words being parallelised over the internal bus at the output of said module , one wire of the bus being dedicated to one word, the words being broadcast over the broadcasting buses of the branches and the other internal components of said circuit to the neuro-blocks connected with said broadcasting buses via the routing unit with the same serial coding, in such a manner that all the processing operations internal to said circuit are carried out according to a serial communications protocol comprising for the transmission of a given message, information indicating the target unit.
A device in the spinning room preparation • for recognizing foreign parts of plastic material in or among fibre tufts of a fibre material, and • including a source, adapted - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • adapted, by means of an evaluation unit, to simultaneously realize recognizing foreign parts with the help of the colour information and distinguishing between polarized light based on the surface gloss and non-polarized light. • for recognizing foreign parts of plastic material in or among fibre tufts of a fibre material, and • including a source, adapted - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • adapted, by means of an evaluation unit, to simultaneously realize recognizing foreign parts with the help of the colour information and distinguishing between polarized light based on the surface gloss and non-polarized light.
A shunt tube entry device comprising: one or more inlet ports ; a shroud disposed about a wellbore tubular , wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more inlet ports; and a shunt tube in fluid communication with the chamber; characterized by an entrance subassembly disposed between the shroud and the wellbore tubular, wherein the entrance subassembly comprises rotatable ring disposed about the wellbore tubular, wherein the one or more inlet ports are disposed through the rotatable ring. one or more inlet ports ; a shroud disposed about a wellbore tubular , wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more inlet ports; and a shunt tube in fluid communication with the chamber; characterized by an entrance subassembly disposed between the shroud and the wellbore tubular, wherein the entrance subassembly comprises rotatable ring disposed about the wellbore tubular, wherein the one or more inlet ports are disposed through the rotatable ring.
Apparatus to make a metal mesh , said apparatus comprising: - a first feed group configured to feed in first directions (D1) at least two first longitudinal rods lying on a first feed plane (P1); - a second feed group configured to feed in a second direction (D2), transverse to the first directions (D1), on each occasion a transverse rod lying on a second feed plane (P2) parallel to said first feed plane (PI); - a first welding unit configured to weld on each occasion to said first longitudinal rods the transverse rod fed by said second feed group and to obtain a reticular semi-worked product ; characterized in that it comprises: - a third feed group configured to feed on each occasion a second longitudinal rod lying on a third feed plane (P3) parallel to said second feed plane (P2) and positioning it during use parallel to said first longitudinal rods of said reticular semi-worked product ; - a second welding unit to weld on each occasion the second longitudinal rod to said transverse rods . - a first feed group configured to feed in first directions (D1) at least two first longitudinal rods lying on a first feed plane (P1); - a second feed group configured to feed in a second direction (D2), transverse to the first directions (D1), on each occasion a transverse rod lying on a second feed plane (P2) parallel to said first feed plane (PI); - a first welding unit configured to weld on each occasion to said first longitudinal rods the transverse rod fed by said second feed group and to obtain a reticular semi-worked product ; - a third feed group configured to feed on each occasion a second longitudinal rod lying on a third feed plane (P3) parallel to said second feed plane (P2) and positioning it during use parallel to said first longitudinal rods of said reticular semi-worked product ; - a second welding unit to weld on each occasion the second longitudinal rod to said transverse rods .