mhurhangee/ep-ind-claims huggingface dataset:
A resin material comprised of an engineering plastic having porous structure in which not less than 80% of a total porosity is comprised of independent porosities, a mean porosity size is not less than 0.01 μ m and not more than 0.9 μ m, and not less than 80% of the total porosity has a porosity size within ±30% of the mean porosity size. not less than 80% of a total porosity is comprised of independent porosities, a mean porosity size is not less than 0.01 μ m and not more than 0.9 μ m, and not less than 80% of the total porosity has a porosity size within ±30% of the mean porosity size.
A non-transitory computer-readable recording medium having stored therein a program for causing a mobile device to serve as an information processing apparatus connected with one or more image-forming apparatuses through a network, the information processing apparatus comprising: a first acquiring unit configured to acquire over the medium of Near Field Communication, NFC, first address information for indicating one IP address in the network among IP addresses of the apparatuses and first apparatus specific information for identifying one of the apparatuses; a second acquiring unit configured to acquire subsequently over the NFC medium second apparatus specific information for identifying an apparatus indicated by the first address information acquired by the first acquiring unit; a determining unit configured to determine whether the first apparatus specific information acquired by the first acquiring unit is the same as the second apparatus specific information acquired by the second acquiring unit or it has been changed; and a process requesting unit configured to request the apparatus indicated by the first address information to perform a certain image-forming process only in the event that the determining unit determines the first apparatus specific information to be the same as the second apparatus specific information. a first acquiring unit configured to acquire over the medium of Near Field Communication, NFC, first address information for indicating one IP address in the network among IP addresses of the apparatuses and first apparatus specific information for identifying one of the apparatuses; a second acquiring unit configured to acquire subsequently over the NFC medium second apparatus specific information for identifying an apparatus indicated by the first address information acquired by the first acquiring unit; a determining unit configured to determine whether the first apparatus specific information acquired by the first acquiring unit is the same as the second apparatus specific information acquired by the second acquiring unit or it has been changed; and a process requesting unit configured to request the apparatus indicated by the first address information to perform a certain image-forming process only in the event that the determining unit determines the first apparatus specific information to be the same as the second apparatus specific information.
Method to generate prime number (p) on board a portable device, said method comprising the steps of, each time at least one prime number (p) is requested: - when available, retrieve results (p c) from previously performed derivation calculation or, if not, select a start point (p s) for derivation; - process derivation calculation to converge towards a prime number; - if a prime number (p) is found, store it and restart derivation calculation from a new start point (p s); - stop (S21,S32) the derivation calculation after a predetermined amount of time (T PG); - store intermediate results (p c) to be used a next time a prime number will be requested; - output a stored prime number (p). - when available, retrieve results (p c) from previously performed derivation calculation or, if not, select a start point (p s) for derivation; - process derivation calculation to converge towards a prime number; - if a prime number (p) is found, store it and restart derivation calculation from a new start point (p s); - stop (S21,S32) the derivation calculation after a predetermined amount of time (T PG); - store intermediate results (p c) to be used a next time a prime number will be requested; - output a stored prime number (p).
Method for determination of the position (x, y) of at least one reflection point (R 1-2) on the surface of a convexly shaped obstruction by means of a distance measurement apparatus installed in the side area of a vehicle, the distance measurement apparatus being an ultrasound distance measurement apparatus, comprising the following steps: - calculation of a first distance (r 1) between the reflection point and a first position (x 1) of the distance measurement apparatus from a time period between transmission of a first transmitted signal from the distance measurement apparatus at the position (x 1) to the obstruction and reception of a received signal as part of the transmitted signal reflected on the obstruction; characterized by - traveling past the obstacle to a second position (x 2) of the distance measurement apparatus, - calculation of a second distance (r 2) of the reflection point with respect to the second position (x 2) of the distance measurement apparatus analogously to the calculation of the first distance (r 1); and - calculation of the position (x, y) of the reflection point (R 1-2) with the aid of the triangulation method from a first value pair (x 1, r 1), comprising the first position (x 1) of the distance measurement apparatus and the first distance (r 1) and a second value pair (x 2, r 2), comprising the second position (x 2) of the distance measurement apparatus and the second distance (r 2), the distance between the first and second positions (x 1, x 2) being less than the sum of the first and second distances (r 1, r 2). - calculation of a first distance (r 1) between the reflection point and a first position (x 1) of the distance measurement apparatus from a time period between transmission of a first transmitted signal from the distance measurement apparatus at the position (x 1) to the obstruction and reception of a received signal as part of the transmitted signal reflected on the obstruction; characterized by - traveling past the obstacle to a second position (x 2) of the distance measurement apparatus, - calculation of a second distance (r 2) of the reflection point with respect to the second position (x 2) of the distance measurement apparatus analogously to the calculation of the first distance (r 1); and - calculation of the position (x, y) of the reflection point (R 1-2) with the aid of the triangulation method from a first value pair (x 1, r 1), comprising the first position (x 1) of the distance measurement apparatus and the first distance (r 1) and a second value pair (x 2, r 2), comprising the second position (x 2) of the distance measurement apparatus and the second distance (r 2), the distance between the first and second positions (x 1, x 2) being less than the sum of the first and second distances (r 1, r 2).
A hard luggage case, comprising: a hard case body, a cover, a connecting assembly, a plurality of wheels, wherein the hard case body including: a top portion, a bottom portion, a left lateral portion, a right lateral portion, a connecting portion and a back portion, wherein the top portion and the bottom portion are connected to the left lateral portion, the right lateral portion and the back portion, the connecting portion is connected to the left lateral portion, the right lateral portion and the bottom portion, wherein a height of the connecting portion is smaller than that of the back portion, so as to form an opening above the connecting portion, wherein the hard case body includes an inner space and the opening communicates with the inner space, wherein the bottom portion is an independent unitary structure and includes a plurality of connecting ends; the cover being pivoted to an edge of the opening of the hard case body; the connecting assembly being disposed at corresponding positions on the cover and the hard case body to connect the cover to the hard case body; and the wheels being disposed at the connecting ends of the hard case body, characterized in that the connecting portion extends horizontally outwards from the bottom portion by a width and then extends upwards by a height, so that the connecting portion is formed beyond the left lateral portion and the right lateral portion. a hard case body, a cover, a connecting assembly, a plurality of wheels, wherein the hard case body including: a top portion, a bottom portion, a left lateral portion, a right lateral portion, a connecting portion and a back portion, wherein the top portion and the bottom portion are connected to the left lateral portion, the right lateral portion and the back portion, the connecting portion is connected to the left lateral portion, the right lateral portion and the bottom portion, wherein a height of the connecting portion is smaller than that of the back portion, so as to form an opening above the connecting portion, wherein the hard case body includes an inner space and the opening communicates with the inner space, wherein the bottom portion is an independent unitary structure and includes a plurality of connecting ends; the cover being pivoted to an edge of the opening of the hard case body; the connecting assembly being disposed at corresponding positions on the cover and the hard case body to connect the cover to the hard case body; and the wheels being disposed at the connecting ends of the hard case body, characterized in that the connecting portion extends horizontally outwards from the bottom portion by a width and then extends upwards by a height, so that the connecting portion is formed beyond the left lateral portion and the right lateral portion.
An apparatus comprising: an inlet configured to receive a reactant gas containing nitrogen and oxygen; an outlet configured to provide a product gas for inhalation containing nitric oxide, wherein the product gas is formed by a synthesis of the reactant gas; a reaction chamber arranged between the inlet and the outlet; one or more pairs of electrodes within the reaction chamber and configured to initiate electric arcs to synthesize the reactant gas to the product gas; a sensor configured to measure a flow of a gas into which the product gas is provided through the outlet; and a controller in communication with the one or more pairs of electrodes and the sensor, the controller being configured to adjust one or more conditions within the reaction chamber to control a concentration of nitric oxide in the product gas; characterized in that the one or more conditions within the reaction chamber include at least one of a pulse width, pulse period, pulse count per pulse group, pulse groups per second, and arc frequency. an inlet configured to receive a reactant gas containing nitrogen and oxygen; an outlet configured to provide a product gas for inhalation containing nitric oxide, wherein the product gas is formed by a synthesis of the reactant gas; a reaction chamber arranged between the inlet and the outlet; one or more pairs of electrodes within the reaction chamber and configured to initiate electric arcs to synthesize the reactant gas to the product gas; a sensor configured to measure a flow of a gas into which the product gas is provided through the outlet; and a controller in communication with the one or more pairs of electrodes and the sensor, the controller being configured to adjust one or more conditions within the reaction chamber to control a concentration of nitric oxide in the product gas; characterized in that the one or more conditions within the reaction chamber include at least one of a pulse width, pulse period, pulse count per pulse group, pulse groups per second, and arc frequency.
A method for interfacing a plurality of videoconferencing client devices comprising a video routing client and a video mixing client, wherein said routing client is able to mix its own captured video stream and received video streams, wherein said mixing client comprises a capture device and a Multiparty Conference Unit able to receive a plurality of client video streams and to generate a mixed video stream by mixing said plurality of client video streams with a video stream captured by the capture device, the method comprising, in a computer server connected to the client devices: - receiving a first client video stream from the video routing client; - tagging a video image of the first client video stream received from the video routing client, - sending, through a bidirectional communication channel, the tagged first client video stream to the mixing client, - receiving, through the bidirectional communication channel with the mixing client, a mixed video stream from said mixing client, - detecting in the mixed video stream received from the mixing client a video image portion which is different from the tagged video image of the first client video stream, - extracting the detected video image portion from the mixed video stream, - generating a second client video stream from the extracted video image portion; - sending the second client video stream to the video routing client. - receiving a first client video stream from the video routing client; - tagging a video image of the first client video stream received from the video routing client, - sending, through a bidirectional communication channel, the tagged first client video stream to the mixing client, - receiving, through the bidirectional communication channel with the mixing client, a mixed video stream from said mixing client, - detecting in the mixed video stream received from the mixing client a video image portion which is different from the tagged video image of the first client video stream, - extracting the detected video image portion from the mixed video stream, - generating a second client video stream from the extracted video image portion; - sending the second client video stream to the video routing client.
A system for controlling transport of a heavy load on a transport vehicle, the system comprising: an adjusting unit configured to control rotation, or upward, downward, leftward, and rightward movements of the heavy load so that collision or interference of the heavy load with a facility around a road or a peripheral environmental condition is prevented in a process of transporting the heavy load after the heavy load is fixedly mounted to the adjusting unit, wherein the adjusting unit comprises: a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member; a rotation unit configured to rotate the adapter; a rotating member configured to rotate the clamping member; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction. an adjusting unit configured to control rotation, or upward, downward, leftward, and rightward movements of the heavy load so that collision or interference of the heavy load with a facility around a road or a peripheral environmental condition is prevented in a process of transporting the heavy load after the heavy load is fixedly mounted to the adjusting unit, wherein the adjusting unit comprises: a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member; a rotation unit configured to rotate the adapter; a rotating member configured to rotate the clamping member; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction. a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member; a rotation unit configured to rotate the adapter; a rotating member configured to rotate the clamping member; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction.
A cartridge for use in an electrically heated aerosol-generating system, the electrically heated aerosol-generating system comprising an aerosol-generating device, the cartridge configured to be used with the device, wherein the device comprises a device housing; an inductor coil positioned in the device housing; and a power supply connected to the inductor coil and configured to provide a high frequency oscillating current to the inductor coil; the cartridge comprising a cartridge housing containing an aerosol-forming substrate, the housing having an internal surface surrounding an internal passage through which air can flow; and a susceptor element positioned to heat the aerosol-forming substrate, wherein the aerosol-forming substrate is held in an annular space surrounding the internal passage.
Wood oven with an oven housing and at least one wood-fired baking chamber (110; 120') having a baking area (112; 122) and, arranged above, having a baking vault (111G; 121G) being built from fireproof material, wherein the baking vault is built from at least one fireproof vault-shaped stone (111, 121), characterized in that the at least one vault-shaped stone (111; 121) has a length (L') that is shorter by at least 10% than the length of the oven housing, and that the at least one vault-shaped stone (111; 121) is configured to be insertable into the oven housing and slidable within the oven housing.
A metallic alloy comprising: 52 atomic % to 60 atomic % iron; 13 atomic % to 18 atomic % nickel; 8 atomic % to 12 atomic % cobalt; 10 atomic % to 17 atomic % boron; 3 atomic % to 6 atomic % carbon; 0.3 atomic % to 0.7 atomic % silicon; and inevitable impurities, wherein said elements are selected to provide 100 atomic % of said alloy composition. 52 atomic % to 60 atomic % iron; 13 atomic % to 18 atomic % nickel; 8 atomic % to 12 atomic % cobalt; 10 atomic % to 17 atomic % boron; 3 atomic % to 6 atomic % carbon; 0.3 atomic % to 0.7 atomic % silicon; and inevitable impurities, wherein said elements are selected to provide 100 atomic % of said alloy composition.
A saddle for bicycles, comprising: • an upper, inflatable soft part comprising at least one air valve (6', 6"), • a lower, rigid support part, wherein the support part is attached, preferably screwed or glued, to the underside of the soft part, wherein the soft part comprises at least one first air chamber in the front saddle region and at least one second air chamber (1") in the rear saddle region, wherein the soft part has a wedge-shaped recess on the underside between the at least one first air chamber and the at least one second air chamber (1"), • a rigid base part, wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, characterized in that the base part and the support part comprise connecting means (9, 10, 10'), which cooperate in the manner of a snap connection. • an upper, inflatable soft part comprising at least one air valve (6', 6"), • a lower, rigid support part, wherein the support part is attached, preferably screwed or glued, to the underside of the soft part, wherein the soft part comprises at least one first air chamber in the front saddle region and at least one second air chamber (1") in the rear saddle region, wherein the soft part has a wedge-shaped recess on the underside between the at least one first air chamber and the at least one second air chamber (1"), • a rigid base part, wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, • a rigid base part, wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, characterized in that the base part and the support part comprise connecting means (9, 10, 10'), which cooperate in the manner of a snap connection.
Module of modular conveyor belt having a roller conveyor surface, said module comprises a base body having: - a first end and a second end that are opposite one another along the feeding direction of said belt and at each of which at least one articulation eye is defined for the cylindrical hinge articulation respectively with the second end and with the first end of adjacent modules, wherein the articulation axis defined by each of said cylindrical hinges is orthogonal to the feeding direction of said belt and wherein each of said articulation eyes has a height L measured at a reference plane orthogonal to said feeding direction of said belt and containing the respective said articulation axis, wherein each of said first end and of said second end comprises a plurality of respective said articulation eyes spaced from one another to define empty spaces in order to receive articulation eyes of said adjacent modules, and - a first surface from which supports project for supporting at least one shaft on which at least one roller is mounted, wherein the conveyor surface of said belt is defined by a plane tangent to the outer lateral surface of said at least one roller and parallel to said feeding direction, characterized in that the distance between each of said articulation axes and the orthogonal projection (B') of the longitudinal axis of said at least one shaft on said reference plane is not null and is less than the sum of the radius of said at least one roller and of half said height L of the respective said articulation eye, wherein said first surface extends by the whole base body, which includes said eyes, and has at least one recess for housing with clearance a portion of said at least one roller mounted on said at least one shaft, wherein said recess is formed, at least partially, by a shaping or a lowering of said first surface, said recess partially also extending on said eyes. - a first end and a second end that are opposite one another along the feeding direction of said belt and at each of which at least one articulation eye is defined for the cylindrical hinge articulation respectively with the second end and with the first end of adjacent modules, wherein the articulation axis defined by each of said cylindrical hinges is orthogonal to the feeding direction of said belt and wherein each of said articulation eyes has a height L measured at a reference plane orthogonal to said feeding direction of said belt and containing the respective said articulation axis, wherein each of said first end and of said second end comprises a plurality of respective said articulation eyes spaced from one another to define empty spaces in order to receive articulation eyes of said adjacent modules, and - a first surface from which supports project for supporting at least one shaft on which at least one roller is mounted, wherein the conveyor surface of said belt is defined by a plane tangent to the outer lateral surface of said at least one roller and parallel to said feeding direction,
A surface-mount chip formed inside and on top of a silicon substrate having a front surface and a side, the chip comprising: at least one metallization configured to be soldered to an external device, this metallization comprising a first portion covering at least a portion of the front surface of the substrate, and a second portion covering at least a portion of the side of the substrate; characterized in that is comprises a porous silicon region, included in the substrate, insulating the second portion of the metallization from the rest of the substrate, wherein the second portion of the metallization has the shape of a recessed vertical channel arranged in a vertical groove located on the side of the substrate.