mhurhangee/ep-ind-claims huggingface dataset:
A remote management system comprising: an air conditioner (20A, 20B); an information mediation device that is built in or connected to the air conditioner (20A, 20B); an information management apparatus configured to acquire air conditioner information including items relating to the air conditioner via the information mediation device and a network; and a plurality of participant terminals (31, 32, 33, 34, 26) including at least one of a manager terminal used by a manager, a manufacturer terminal used by a manufacturer, a seller terminal used by a seller, a maintenance worker terminal used by a maintenance worker, and a user terminal used by a user, the information mediation device being configured to transmit the air conditioner information to the information management apparatus at a certain transmission frequency, characterized in that the information mediation device is further able to change the items included in the air conditioner information to be transmitted and/or a transmission frequency relating to the transmission, according to a participant request input by each of the plurality of participant terminals. an air conditioner (20A, 20B); an information mediation device that is built in or connected to the air conditioner (20A, 20B); an information management apparatus configured to acquire air conditioner information including items relating to the air conditioner via the information mediation device and a network; and a plurality of participant terminals (31, 32, 33, 34, 26) including at least one of a manager terminal used by a manager, a manufacturer terminal used by a manufacturer, a seller terminal used by a seller, a maintenance worker terminal used by a maintenance worker, and a user terminal used by a user, the information mediation device being configured to transmit the air conditioner information to the information management apparatus at a certain transmission frequency, characterized in that the information mediation device is further able to change the items included in the air conditioner information to be transmitted and/or a transmission frequency relating to the transmission, according to a participant request input by each of the plurality of participant terminals.
One or more non-transitory machine-readable media storing instructions which, when executed by one or more processors of a terminal, cause the terminal to perform actions comprising: receiving, at a terminal, a plurality of messages, the receiving operation comprising: receiving, at the terminal via a first interface, a first subset of the plurality of messages destined for a first logical partition of a smart card; receiving, at the terminal via a second interface, a second subset of the plurality of messages destined for a second logical partition of the smart card; generating a message stream comprising the plurality of messages, the generating operation comprising: ordering the plurality of messages within the message stream in a chronological order based at least in part on a respective time at which each of the plurality of messages are received at the terminal; and inserting interface switch indicators corresponding respectively to each switch between (a) messages from the first subset of the plurality of messages, and (b) messages from the second subset of the plurality of messages in the message stream; and transmitting, by the terminal to the smart card, the message stream comprising the ordered plurality of messages with the inserted interface switch indicators. receiving, at a terminal, a plurality of messages, the receiving operation comprising: receiving, at the terminal via a first interface, a first subset of the plurality of messages destined for a first logical partition of a smart card; receiving, at the terminal via a second interface, a second subset of the plurality of messages destined for a second logical partition of the smart card; receiving, at the terminal via a first interface, a first subset of the plurality of messages destined for a first logical partition of a smart card; receiving, at the terminal via a second interface, a second subset of the plurality of messages destined for a second logical partition of the smart card; generating a message stream comprising the plurality of messages, the generating operation comprising: ordering the plurality of messages within the message stream in a chronological order based at least in part on a respective time at which each of the plurality of messages are received at the terminal; and inserting interface switch indicators corresponding respectively to each switch between (a) messages from the first subset of the plurality of messages, and (b) messages from the second subset of the plurality of messages in the message stream; and ordering the plurality of messages within the message stream in a chronological order based at least in part on a respective time at which each of the plurality of messages are received at the terminal; and inserting interface switch indicators corresponding respectively to each switch between (a) messages from the first subset of the plurality of messages, and (b) messages from the second subset of the plurality of messages in the message stream; and transmitting, by the terminal to the smart card, the message stream comprising the ordered plurality of messages with the inserted interface switch indicators.
An assembly comprising an exhaust gas purification device and an upstream piece of equipment such as a turbocharger, the purification device comprising: - an exhaust gas inlet fluidically connected to the upstream piece of equipment and an exhaust gas outlet; - a first purification member comprising a first external casing and a first exhaust gas purification substrate accommodated in the first casing, the exhaust gases circulating along a first direction in the first substrate, the first casing comprising a first peripheral wall having along the first direction a first downstream end delimiting a first exhaust gas outlet and a first upstream end delimiting a first exhaust gas inlet; - a second purification member comprising a second external casing and a second exhaust gas purification substrate accommodated in the second casing, the exhaust gases circulating in the second substrate along a second direction opposite to the first direction, the second casing comprising a second peripheral wall having along the second direction a second upstream end delimiting a second exhaust gas inlet and a second downstream end delimiting a seconde exhaust gas outlet, the first and second purification members (20, 24) being positioned side by side and substantially parallel with each other; - an enclosure fluidically connecting the first outlet to the second inlet; characterized in that the purification device includes an external lid covering both the first inlet and the second outlet, and an internal cone accommodated in the external lid, the exhaust gas inlet and outlet being made in the external lid, the inlet being mechanically connected directly to the upstream piece of equipment, the internal cone having an outlet end only covering the first inlet and an inlet end sealably connected to the inlet. - an exhaust gas inlet fluidically connected to the upstream piece of equipment and an exhaust gas outlet; - a first purification member comprising a first external casing and a first exhaust gas purification substrate accommodated in the first casing, the exhaust gases circulating along a first direction in the first substrate, the first casing comprising a first peripheral wall having along the first direction a first downstream end delimiting a first exhaust gas outlet and a first upstream end delimiting a first exhaust gas inlet; - a second purification member comprising a second external casing and a second exhaust gas purification substrate accommodated in the second casing, the exhaust gases circulating in the second substrate along a second direction opposite to the first direction, the second casing comprising a second peripheral wall having along the second direction a second upstream end delimiting a second exhaust gas inlet and a second downstream end delimiting a seconde exhaust gas outlet, the first and second purification members (20, 24) being positioned side by side and substantially parallel with each other; - an enclosure fluidically connecting the first outlet to the second inlet;
Method for producing pulsed substance mixtures, particularly complex chemical and/or biochemical substance mixtures, characterised in that a continuous stream of the substance mixture is fed consecutively through at least two separate chambers, wherein the substance mixture stream is focused in the first chamber and in the second chamber the focused substance mixture stream is modulated with pulses of a unique binary sequence, and that the unique binary sequence is formed from a sequence that is generated by a binary random number generator and divided by a repeating sequence.
A pharmaceutical composition in a solid dosage form for sublingual or buccal administration, comprising: a cannabinoid; a pharmaceutically-acceptable solvent into which the cannabinoid is solvated, wherein the solvent is ethanol; and a pharmaceutically-acceptable adsorbent onto which the solvated cannabinoid is adsorbed, wherein the adsorbent is silica, wherein the composition contains range of ethanol from 5% to 70% weight/weight ethanol to cannabinoid. a cannabinoid; a pharmaceutically-acceptable solvent into which the cannabinoid is solvated, wherein the solvent is ethanol; and a pharmaceutically-acceptable adsorbent onto which the solvated cannabinoid is adsorbed, wherein the adsorbent is silica, wherein the composition contains range of ethanol from 5% to 70% weight/weight ethanol to cannabinoid.
An encoder comprising: a cylindrical body; a scale attached to an inner surface of the cylindrical body and including a pattern formed in a signal detection effective region; a first holder holding an end portion at one end of the scale in a circumferential direction of the cylindrical body; a second holder holding an end portion at the other end of the scale in the circumferential direction of the cylindrical body; and a detector configured to detect a displacement of the cylindrical body in the circumferential direction by using a signal based on the pattern; wherein the encoder is provided with a region that has a stiffness smaller than a stiffness of the signal detection effective region in the circumferential direction of the cylindrical body provided at an outside of the signal detection effective region and provided at the first holder side relative to the signal detection effective region, and characterized in that the scale is fixed to the cylindrical body by using the second holder so that the end portion at the other end of the scale does not move relative to the cylindrical body. a cylindrical body; a scale attached to an inner surface of the cylindrical body and including a pattern formed in a signal detection effective region; a first holder holding an end portion at one end of the scale in a circumferential direction of the cylindrical body; a second holder holding an end portion at the other end of the scale in the circumferential direction of the cylindrical body; and a detector configured to detect a displacement of the cylindrical body in the circumferential direction by using a signal based on the pattern; wherein the encoder is provided with a region that has a stiffness smaller than a stiffness of the signal detection effective region in the circumferential direction of the cylindrical body provided at an outside of the signal detection effective region and provided at the first holder side relative to the signal detection effective region, and characterized in that the scale is fixed to the cylindrical body by using the second holder so that the end portion at the other end of the scale does not move relative to the cylindrical body.
A turbine nozzle for a turbomachine, the nozzle comprising two annular platforms, respectively an inner platform and an outer platform, connected together by substantially radial vanes, the inner platform being devoid of radial groove and carrying annular elements of abradable material for cooperating with annular lips of a rotor of the turbomachine in order to form a labyrinth type seal, the nozzle being characterized in that the annular elements of abradable material are carried by annular sheet-metal sectors (52, 52', 66, 152, 166, 166') of substantially L-, S-, or C-shaped section that are mounted radially inside the inner platform and each of which is fastened by brazing or welding at its outer periphery to the inner platform and at its inner periphery to an element of abradable material or to a piece of sheet metal fastened to an element of abradable material, the sheet-metal sectors comprising an outer peripheral rim (62, 68, 168, 168') pressed against fastened by its outer peripheral rim to the inner platform (32, 132).
Protecting membrane, in particular a waterproofing or soundproofing membrane, mineral-based or vegetable-based bitumen, a membrane body, a first and a second surface situated on either side of said membrane body, where the first surface comprises particles of cork, characterised in that said particles have a size grading comprised between 0.5 to 3 mm, preferably between 1 to 3 mm, and have been heat treated with steam.
A button water-stopping device, comprising: - a main body with a water channel that penetrates the main body back and forth, and with a division board that is hermetically set in the water channel and has a first water hole that penetrates the division board back and forth; and - a button mechanism that is configured to slip up and down and is glidingly connected to the main body, and comprising a button and a rod fixed under the button, said rod extending into the water channel; characterized in that the rod is an elastic rod, and in that the button water-stopping device further comprises: - a shaking plate that is set in a swaying manner in the main body, and having a second water hole that penetrates the shaking plate back and forth, and a control groove which comprises two cooperative grooves (321, 322) that are bilaterally set; wherein the elastic rod extends into the control groove and is configured to alternatively resist one of the two cooperative grooves (321, 322) to make the shaking plate swing to left or to right, so that the second water hole of the shaking plate is aligned with the first water hole to open the water channel, or is staggered from the first water hole to shut the water channel. - a main body with a water channel that penetrates the main body back and forth, and with a division board that is hermetically set in the water channel and has a first water hole that penetrates the division board back and forth; and - a button mechanism that is configured to slip up and down and is glidingly connected to the main body, and comprising a button and a rod fixed under the button, said rod extending into the water channel; - a shaking plate that is set in a swaying manner in the main body, and having a second water hole that penetrates the shaking plate back and forth, and a control groove which comprises two cooperative grooves (321, 322) that are bilaterally set;
A cleaning device for cleaning substrates having a generally flat surface and an edge, the device comprising: a cleaning brush having an outer cleaning surface surrounding a hollow bore and positioned around a first central axis a 1 defining a first rotational direction α; a plurality of cantilevered nodules formed on the outer cleaning surface, each nodule having a mounting portion connected with the outer cleaning surface, a cleaning portion connected with the mounting portion, and a contact member for engaging the substrate; a rotational device coupled to the cleaning brush for rotating the cleaning brush about the first central axis a 1; and a rotational engagement member coupled between the rotational device and the cleaning brush, wherein the rotational engagement member is rotatable by the rotational device to rotate the cleaning brush, wherein the cleaning portion extends in a first direction D 1 from the mounting portion to the contact member, wherein a radial direction D r is defined as extending radially from the central axis a 1 towards the outer cleaning surface and normal to the rotational direction α, and wherein the first direction D 1 intersects with the radial direction D r at an angle γ, wherein the angle γ is greater than 0 degree and less than 180 degrees, and wherein the first central axis a 1 is oriented substantially parallel to the flat surface of the substrate for cleaning the surface of the substrate. a cleaning brush having an outer cleaning surface surrounding a hollow bore and positioned around a first central axis a 1 defining a first rotational direction α; a plurality of cantilevered nodules formed on the outer cleaning surface, each nodule having a mounting portion connected with the outer cleaning surface, a cleaning portion connected with the mounting portion, and a contact member for engaging the substrate; a rotational device coupled to the cleaning brush for rotating the cleaning brush about the first central axis a 1; and a rotational engagement member coupled between the rotational device and the cleaning brush, wherein the rotational engagement member is rotatable by the rotational device to rotate the cleaning brush, wherein the cleaning portion extends in a first direction D 1 from the mounting portion to the contact member, wherein a radial direction D r is defined as extending radially from the central axis a 1 towards the outer cleaning surface and normal to the rotational direction α, and wherein the first direction D 1 intersects with the radial direction D r at an angle γ, wherein the angle γ is greater than 0 degree and less than 180 degrees, and wherein the first central axis a 1 is oriented substantially parallel to the flat surface of the substrate for cleaning the surface of the substrate.
A method of determining a density correction value for correcting a printing density in a printing apparatus that performs printing by ejecting ink from a plurality of nozzles onto a medium, the method comprising: printing a test pattern by ejecting the ink from the plurality of nozzles; acquiring captured image data by imaging the printed test pattern; calculating a first density correction value for bringing the printing density closer to a first predetermined reference value set when one raster is formed by ejecting the ink from each single nozzle of the plurality of nozzles, based on a density of the acquired captured image data; and characterized by calculating a second density correction value for bringing the printing density closer to a second predetermined reference value set when the one raster is formed by combining different nozzles of the plurality of nozzles, based on the calculated first density correction value. printing a test pattern by ejecting the ink from the plurality of nozzles; acquiring captured image data by imaging the printed test pattern; calculating a first density correction value for bringing the printing density closer to a first predetermined reference value set when one raster is formed by ejecting the ink from each single nozzle of the plurality of nozzles, based on a density of the acquired captured image data; and characterized by calculating a second density correction value for bringing the printing density closer to a second predetermined reference value set when the one raster is formed by combining different nozzles of the plurality of nozzles, based on the calculated first density correction value.
A compound which is -[5-(2-methoxy-6-methyl-pyridin-3-yl)-2H-pyrazol-3-yl]-[6-(piperidin-3-yloxy)-pyrazin-2-yl]-amine, or a pharmaceutically acceptable salt thereof.
Prosthesis coupler of a prosthesis for coupling and uncoupling a prosthesis module on a prosthesis shaft formed to receive an extremity stump, wherein the prosthesis coupler comprises a first coupling section and a second coupling section, which are designed to be coupled to and uncoupled from each other, wherein the first coupling section has a locking socket and locking elements (15', 15") and a receiving area (A b), formed of inner walls and the locking elements (15', 15"), can be produced on the locking socket, into which the second coupling section with a connection component can be brought, wherein the prosthesis coupler has a longitudinal axis and wherein the connection component can be supported in a clamped manner by restoring forces perpendicular to the longitudinal axis and the first coupling section comprises a locking ring which in a linear and/or rotative manner relative to the locking socket can be moved or turned into a locking position, and the connection component can be borne locked in the receiving area (A b) characterised in that the locking elements (15', 15") are held movably in a guided manner on guiding means (142, 144, 16) and the restoring forces are produced by a restoring means at least partially surrounding the locking elements (15', 15") and the locking socket, through which a provisional fixture is formed in the receiving area (A b).
A method of examining an object of interest with an optical examination apparatus, the method comprising the steps of: detecting first radiation and second radiation from the object of interest, resulting in first detection data and second detection data; determining spatially resolved information relating to the object of interest on the basis of a ratio of the first detection data corresponding to a first oxygen concentration inside the object of interest and the second detection data corresponding to a second oxygen concentration inside the object of interest, which second oxygen concentration is different from the first oxygen concentration. detecting first radiation and second radiation from the object of interest, resulting in first detection data and second detection data; determining spatially resolved information relating to the object of interest on the basis of a ratio of the first detection data corresponding to a first oxygen concentration inside the object of interest and the second detection data corresponding to a second oxygen concentration inside the object of interest, which second oxygen concentration is different from the first oxygen concentration.
Laser acupuncture system comprising: - a base intended to rest on a plane, - a headrest held at the base, - self-stabilizing hinges, - an arch rotatably mounted on the base above the headrest around the self-stabilizing hinges, and - at least one laser emitter box comprising a stand held to the arch, a rod which has a first end secured to the stand and a second end, and a laser emitter which is attached to the second end of the rod, where the rod is deformable and self-stabilising. - a base intended to rest on a plane, - a headrest held at the base, - self-stabilizing hinges, - an arch rotatably mounted on the base above the headrest around the self-stabilizing hinges, and - at least one laser emitter box comprising a stand held to the arch, a rod which has a first end secured to the stand and a second end, and a laser emitter which is attached to the second end of the rod, where the rod is deformable and self-stabilising.