mhurhangee/ep-ind-claims huggingface dataset:
A cooler for an air-conditioning system, said cooler comprising: a shell; at least one tube within the shell, said tube extending between said first manifold and said second manifold capable of carrying a first medium; and heating means (60...65), said heating means comprising means for providing an electrical current to at least one of the shell and the tube so as to generate heat therein; characterised by further comprising: a first manifold; and a second manifold; and in that: said tube extends between said first manifold and said second manifold, said heating means providing said electric current to said tube via said first and second manifolds (14, 16); and the tube comprises an electrically and thermally conductive material, and the shell comprises an electrically and thermally conductive material that is less electrically and less thermally conductive than the material of the tube. a shell; at least one tube within the shell, said tube extending between said first manifold and said second manifold capable of carrying a first medium; and heating means (60...65), said heating means comprising means for providing an electrical current to at least one of the shell and the tube so as to generate heat therein; characterised by further comprising: a first manifold; and a second manifold; and in that: said tube extends between said first manifold and said second manifold, said heating means providing said electric current to said tube via said first and second manifolds (14, 16); and the tube comprises an electrically and thermally conductive material, and the shell comprises an electrically and thermally conductive material that is less electrically and less thermally conductive than the material of the tube. a first manifold; and a second manifold; and in that: said tube extends between said first manifold and said second manifold, said heating means providing said electric current to said tube via said first and second manifolds (14, 16); and the tube comprises an electrically and thermally conductive material, and the shell comprises an electrically and thermally conductive material that is less electrically and less thermally conductive than the material of the tube. said tube extends between said first manifold and said second manifold, said heating means providing said electric current to said tube via said first and second manifolds (14, 16); and the tube comprises an electrically and thermally conductive material, and the shell comprises an electrically and thermally conductive material that is less electrically and less thermally conductive than the material of the tube.
A method in an electronic device, comprising: detecting a connection with a battery charger; transmitting, to the battery charger, a first request for at least one of a first voltage level and a first current level; if the battery charger is not capable of outputting a signal having one of the first voltage level and the first current level, receiving, from the battery charger, a signal, wherein the signal is a list of supported signal characteristics; and charging a battery of the electronic device in response to the signal. detecting a connection with a battery charger; transmitting, to the battery charger, a first request for at least one of a first voltage level and a first current level; if the battery charger is not capable of outputting a signal having one of the first voltage level and the first current level, receiving, from the battery charger, a signal, wherein the signal is a list of supported signal characteristics; and charging a battery of the electronic device in response to the signal.
Exchanger reactor, intended for the execution of endothermic or exothermic catalytic reactions, including: - a reactor body, - a reagent circuit comprising a plurality of reagent channels comprising a catalyst, optionally supported by a catalytic monolithic structure, - a heat-transfer fluid circuit for cooling the reagent channels, comprising a plurality of heat-transfer channels, - a heat-transfer fluid distributing element, situated upstream from the heat-transfer channels, and a heat-transfer fluid collecting element, situated downstream from the heat-transfer channels, characterised in that the heat-transfer distributing element and/or the heat-transfer fluid collecting element include means for modifying the distribution of heat-transfer fluid respectively to the heat-transfer channels and/or from the heat-transfer channels so as to modify the thermal characteristics of the heat-transfer fluid circuit, said means for modifying the distribution of heat-transfer fluid including the modification of the flow cross-section(s) of the heat-transfer fluid between the heat-transfer fluid distributing element, and/or the heat-transfer fluid collecting element, and the heat-transfer channels, by modifying the arrangement of one or a plurality of internal walls of the heat-transfer fluid distributing element and/or of the heat-transfer fluid collecting element. - a reactor body, - a reagent circuit comprising a plurality of reagent channels comprising a catalyst, optionally supported by a catalytic monolithic structure, - a heat-transfer fluid circuit for cooling the reagent channels, comprising a plurality of heat-transfer channels, - a heat-transfer fluid distributing element, situated upstream from the heat-transfer channels, and a heat-transfer fluid collecting element, situated downstream from the heat-transfer channels,
A method performed by a network node for enabling adjustment of transmit power of a User Equipment, UE, in a wireless network, wherein said method comprises the steps of: - generating an individual gain factor for at least one specific channel based on the quality of said at least one specific channel during a soft handover; - determining a dynamic gain control command corresponding to said individual gain factor; - sending said dynamic gain control command to said UE to enable the UE to increase or boost the transmit power for uplink communications on said at least one specific channel without having to increase the transmit power on other channels. - generating an individual gain factor for at least one specific channel based on the quality of said at least one specific channel during a soft handover; - determining a dynamic gain control command corresponding to said individual gain factor; - sending said dynamic gain control command to said UE to enable the UE to increase or boost the transmit power for uplink communications on said at least one specific channel without having to increase the transmit power on other channels.
A manufacturing machine for the production of a cartridge for an electronic cigarette; the cartridge comprises: a heating device provided with a wick, with an electrical coil wound in a spiral around the wick, and with a support, which has two "U"-shaped cavities housing, on the inside, the wick; two conductor elements, each having an inner end, which is connected to a corresponding end of the electrical coil; and a tube, which is connected to the support of the heating device; the manufacturing machine comprises: a first assembling drum, which rotates around a first rotation axis and has at least one first seat, which is designed to house a tube, and a second seat, which is axially aligned with the first seat and is designed to house a support of a heating device; a first feeding station, in which a tube is fed into the first seat; a second feeding station, in which a support of a heating device is fed into the second seat; and a first welding station, which is arranged downstream of the first feeding station (S 1) and of the second feeding station and is provided with a first welding device, which, through a welded joint, connects a tube carried by the first seat to a support carried by the second seat. the cartridge comprises: a heating device provided with a wick, with an electrical coil wound in a spiral around the wick, and with a support, which has two "U"-shaped cavities housing, on the inside, the wick; two conductor elements, each having an inner end, which is connected to a corresponding end of the electrical coil; and a tube, which is connected to the support of the heating device; the manufacturing machine comprises: a first assembling drum, which rotates around a first rotation axis and has at least one first seat, which is designed to house a tube, and a second seat, which is axially aligned with the first seat and is designed to house a support of a heating device; a first feeding station, in which a tube is fed into the first seat; a second feeding station, in which a support of a heating device is fed into the second seat; and a first welding station, which is arranged downstream of the first feeding station (S 1) and of the second feeding station and is provided with a first welding device, which, through a welded joint, connects a tube carried by the first seat to a support carried by the second seat. a first assembling drum, which rotates around a first rotation axis and has at least one first seat, which is designed to house a tube, and a second seat, which is axially aligned with the first seat and is designed to house a support of a heating device; a first feeding station, in which a tube is fed into the first seat; a second feeding station, in which a support of a heating device is fed into the second seat; and a first welding station, which is arranged downstream of the first feeding station (S 1) and of the second feeding station and is provided with a first welding device, which, through a welded joint, connects a tube carried by the first seat to a support carried by the second seat.
A method of detecting heterogeneity of disease in a cancer patient comprising (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify and enumerate circulating tumor cells; (b) isolating the CTCs from said sample; (c) individually characterizing genomic parameters to generate a genomic profile for each of the CTCs, and (d) determining heterogeneity of disease in the cancer patient based on said profile, wherein said genomic parameters comprise genomic instability characterized by measuring large scale transitions (LSTs) and percentage of a patient's genome harboring copy number alterations. (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify and enumerate circulating tumor cells; (b) isolating the CTCs from said sample; (c) individually characterizing genomic parameters to generate a genomic profile for each of the CTCs, and (d) determining heterogeneity of disease in the cancer patient based on said profile,
A system to facilitate remote configuration and utilization of an emulation server central processing unit via communication of encrypted data external to said emulation server central processing unit comprising: at least one security administrator central processing unit communicably attached to an emulation server central processing unit; at least one client central processing unit communicably attached to said emulation server central processing unit; first software means for validating authorized remote user access and encryption of data, said first software executing from within said emulation server central processing unit; second software means for facilitating remote configuration and utilization of an emulated device controller, said second software executing from within said emulation server central processing unit; at least one hardware adaptor card communicably attached to said emulation server central processing unit; and at least one host processor central processing unit (128, 121, 124, or 127) communicably attached to said emulation server central processing unit via said hardware adaptor card such that said emulation server central processing unit communicates directly with one or more hardware components attached to said at least one host processor central processing unit via a device driver; characterized in that the first software verifies the at least one client central processing unit as authority to allocate emulated input/output devices and correspondingly associates such devices with the at least one client central processing unit and user session between one or more of the host processor central processing unit (128, 121, 124, or 127). at least one security administrator central processing unit communicably attached to an emulation server central processing unit; at least one client central processing unit communicably attached to said emulation server central processing unit; first software means for validating authorized remote user access and encryption of data, said first software executing from within said emulation server central processing unit; second software means for facilitating remote configuration and utilization of an emulated device controller, said second software executing from within said emulation server central processing unit; at least one hardware adaptor card communicably attached to said emulation server central processing unit; and at least one host processor central processing unit (128, 121, 124, or 127) communicably attached to said emulation server central processing unit via said hardware adaptor card such that said emulation server central processing unit communicates directly with one or more hardware components attached to said at least one host processor central processing unit via a device driver; characterized in that the first software verifies the at least one client central processing unit as authority to allocate emulated input/output devices and correspondingly associates such devices with the at least one client central processing unit and user session between one or more of the host processor central processing unit (128, 121, 124, or 127).
An aqueous ink for inkjet printing which comprises a pigment, a compound represented by formula and/or a compound represented by formula, and water in a content of 50 to 65% by weight, wherein a total content of the compound represented by formula and the compound represented by formula is 10 to 30% by weight and formulae and are represented by: R 1 -O- (CH 2 CH 2 O) n -H R 1 -O- (CH 2 CH 2 O) m -R 2 wherein R 1 and R 2 are each an aliphatic group having 2 to 5 carbon atoms or an alicyclic group having 3 to 5 carbon atoms and n and m are each an average molar number of addition of 6 to 9.
Method for the operation of a three-phase brushless direct current motor, the phase windings (u, v, w) of which are fed by an inverter which is connected to a voltage source having a high potential side and having a low potential side, the semiconductor switches (18, 19) of said inverter arranged in bridge branches (13, 14, 15) of a bridge circuit being controlled in such a way that two phase windings (u, v, w) are continually energised during engine operation, - wherein the direct current motor is operated with normal commutation if the rotational speed (n) is greater than or equal to a minimum rotational speed (n min), - wherein, during this engine operation with normal commutation over a 360° cycle for each bridge branch (13, 14, 15) having an associated phase winding (u, v, w) for 120°, an electrical connection to the high potential side results, followed by a 60° angle without electrical connection, followed by a 120° angle with electrical connection to the low potential side and followed by a 60° partial cycle without electrical connection, wherein, during the 120° angle of the electrical connection to the high potential side of the one phase winding (u, v, w), an electrical connection to the low potential side of the other bridge branch (13, 14, 15) of the other phase windings (u, v, w) exists consecutively for a 60° angle respectively, characterised in that with regard to normal commutation during the start-up operation up to the minimum rotation speed (n min) of the direct current motor in the event of connection of a semiconductor switch to the high potential side, a high potential-side commutation of a phase winding (u, v, w) is shifted against a low potential-side commutation of this phase winding (u, v, w) in the event of connection of a semiconductor switch to the low potential side by an angle value (α) of greater than 0° and less than or equal to 60° between the beginning of commutation on the high potential side and the beginning of commutation on the low potential side of the respective phase winding (u, v, w) for all phase windings. - wherein the direct current motor is operated with normal commutation if the rotational speed (n) is greater than or equal to a minimum rotational speed (n min), - wherein, during this engine operation with normal commutation over a 360° cycle for each bridge branch (13, 14, 15) having an associated phase winding (u, v, w) for 120°, an electrical connection to the high potential side results, followed by a 60° angle without electrical connection, followed by a 120° angle with electrical connection to the low potential side and followed by a 60° partial cycle without electrical connection, wherein, during the 120° angle of the electrical connection to the high potential side of the one phase winding (u, v, w), an electrical connection to the low potential side of the other bridge branch (13, 14, 15) of the other phase windings (u, v, w) exists consecutively for a 60° angle respectively,
A method for the manufacture of a micellular combination comprising the steps of: - preparing a solution of a surfactant with a hydrophobic moiety and a hydrophilic moiety and inorganic nanoparticles surrounded in a core of hydrophobic ligands in water-miscible solvent; - transferring the solution of surfactant and inorganic nanoparticles into water - adding a polymerisable monomer to the aqueous phase - adding water soluble polymerisation initiator to start the emulsion polymerisation reaction. - preparing a solution of a surfactant with a hydrophobic moiety and a hydrophilic moiety and inorganic nanoparticles surrounded in a core of hydrophobic ligands in water-miscible solvent; - transferring the solution of surfactant and inorganic nanoparticles into water - adding a polymerisable monomer to the aqueous phase - adding water soluble polymerisation initiator to start the emulsion polymerisation reaction.
A laser leveling device comprising: - a plurality of bases, the plurality of bases comprising first and second bases; - a means for removably attaching each of the plurality of bases to a surface; - a means for centering the bases at respective fixed points on said surface, the fixed points comprising first and second fixed points associated with the respective first and second bases; - a set of lasers; - a means for removably and interchangeably connecting the set of lasers to each of the plurality of bases; - a means for activating a first laser of the set of lasers when the set of lasers is connected to the first base and the first base is centered over the first fixed point, thereby causing a first laser line to project across said surface; and - a means for leveling each of the plurality of bases on said surface; wherein the laser leveling device further comprises: - a means for removably and interchangeably attaching a measuring device near the center of the first base so as to measure a distance from the first base along the first laser line to determine the second fixed point for the second base; and - a means for removably and interchangeably attaching a measuring device near the center of each of the other bases of the plurality of bases. - a plurality of bases, the plurality of bases comprising first and second bases; - a means for removably attaching each of the plurality of bases to a surface; - a means for centering the bases at respective fixed points on said surface, the fixed points comprising first and second fixed points associated with the respective first and second bases; - a set of lasers; - a means for removably and interchangeably connecting the set of lasers to each of the plurality of bases; - a means for activating a first laser of the set of lasers when the set of lasers is connected to the first base and the first base is centered over the first fixed point, thereby causing a first laser line to project across said surface; and - a means for leveling each of the plurality of bases on said surface; wherein the laser leveling device further comprises: - a means for removably and interchangeably attaching a measuring device near the center of the first base so as to measure a distance from the first base along the first laser line to determine the second fixed point for the second base; and - a means for removably and interchangeably attaching a measuring device near the center of each of the other bases of the plurality of bases.
A method for monitoring and tracking browsing activity of a user on a client device, comprising: receiving, from the client device, browsing activity information of the user interacting with at least one page displayed on the client device, wherein the client device is a handheld device having a touch screen display; and receiving, from the client device, page information identifying in part the at least one page displayed on the client device; characterized by: creating a reference layout of the at least one page displayed on the client device; and generating (S320, S330, S340, S350, 501), based on the browsing activity information and the page information, an exposure map at a page view level, wherein the exposure map indicates a salience of each area of a page-view based on the at least one page displayed on the client device and visited by the user, wherein page-view layouts, being different from the reference layout, are mapped to overlay the reference layout, wherein each page-view layout includes at least one visible area of the displayed page. receiving, from the client device, browsing activity information of the user interacting with at least one page displayed on the client device, wherein the client device is a handheld device having a touch screen display; and receiving, from the client device, page information identifying in part the at least one page displayed on the client device; characterized by: creating a reference layout of the at least one page displayed on the client device; and generating (S320, S330, S340, S350, 501), based on the browsing activity information and the page information, an exposure map at a page view level, wherein the exposure map indicates a salience of each area of a page-view based on the at least one page displayed on the client device and visited by the user, wherein page-view layouts, being different from the reference layout, are mapped to overlay the reference layout, wherein each page-view layout includes at least one visible area of the displayed page. creating a reference layout of the at least one page displayed on the client device; and generating (S320, S330, S340, S350, 501), based on the browsing activity information and the page information, an exposure map at a page view level, wherein the exposure map indicates a salience of each area of a page-view based on the at least one page displayed on the client device and visited by the user, wherein page-view layouts, being different from the reference layout, are mapped to overlay the reference layout, wherein each page-view layout includes at least one visible area of the displayed page.