mhurhangee/ep-ind-claims huggingface dataset:
An induction cooking apparatus comprising: a heating part including a working coil for heating a container seated in a heating region; an inverter configured to supply a driving voltage to the working coil; a plurality of sensing coils (105, 106) arranged to be spaced apart from each other at a set interval along a circumferential portion of the working coil and configured to detect the container seated in the heating region; and a controller configured to determine whether to drive the inverter on the basis of information acquired from the plurality of sensing coils (105, 106), wherein the sensing coils (105, 106) comprise a first sensing coil disposed to face a second sensing coil with respect to the center of the heating part, wherein the controller is configured to compare sensing values acquired from the first and second sensing coils (105, 106) with a set value to determine at least one of whether the container is thermally conductive, whether the container is seated to be eccentric in the heating region, and an empty state of the heating region. a heating part including a working coil for heating a container seated in a heating region; an inverter configured to supply a driving voltage to the working coil; a plurality of sensing coils (105, 106) arranged to be spaced apart from each other at a set interval along a circumferential portion of the working coil and configured to detect the container seated in the heating region; and a controller configured to determine whether to drive the inverter on the basis of information acquired from the plurality of sensing coils (105, 106), wherein the sensing coils (105, 106) comprise a first sensing coil disposed to face a second sensing coil with respect to the center of the heating part, wherein the controller is configured to compare sensing values acquired from the first and second sensing coils (105, 106) with a set value to determine at least one of whether the container is thermally conductive, whether the container is seated to be eccentric in the heating region, and an empty state of the heating region.
Heat exchanger for quenching reaction gas comprising - a coolable double-wall tube including an inner tubular wall and an outer tubular wall, wherein said inner tubular wall is configured to convey said reaction gas to be quenched, and wherein a space defined by said inner tubular wall and said outer tubular wall is configured to convey a coolant; - a tubular connection member having a bifurcating longitudinal cross-section comprising an exterior wall section and an interior wall section defining an intermediate space filled with refractory filler material (6, 7), wherein a converging end of said connection member is arranged to be in connection with an uncoolable reaction gas conveying pipe, wherein said exterior wall section is connected with said outer tubular wall of said coolable double-wall tube, wherein an axial gap is left between said interior wall section and said inner tubular wall of said coolable double-wall tube; - a sealing member configured to seal said axial gap between said interior wall section and said inner tubular wall of said coolable double-wall tube; wherein an edge of said inner tubular wall engaging said sealing member comprises an at least partly bevelled edge including a bevel engaging said sealing member. - a coolable double-wall tube including an inner tubular wall and an outer tubular wall, wherein said inner tubular wall is configured to convey said reaction gas to be quenched, and wherein a space defined by said inner tubular wall and said outer tubular wall is configured to convey a coolant; - a tubular connection member having a bifurcating longitudinal cross-section comprising an exterior wall section and an interior wall section defining an intermediate space filled with refractory filler material (6, 7), wherein a converging end of said connection member is arranged to be in connection with an uncoolable reaction gas conveying pipe, wherein said exterior wall section is connected with said outer tubular wall of said coolable double-wall tube, wherein an axial gap is left between said interior wall section and said inner tubular wall of said coolable double-wall tube; - a sealing member configured to seal said axial gap between said interior wall section and said inner tubular wall of said coolable double-wall tube;
( Currently amended) A method of performing a digital audio work, comprising the steps of: (a) accessing said digital audio work; (b) analyzing the digital audio work; (c) analyzing the inherent metadata of the digital audio work: (d) determining a plurality of change points from said analyzed digital audio work and inherent metadata; (e) determining a piece wise continuous linear pseudo loudness function by using said plurality of change points, said pseudo loudness function representing the loudness values of said digital audio work over time and wherein said pseudo loudness function consists of linear sections that are each bound by one of the change points; (f) inverting said determined piece wise continuous linear pseudo loudness function to therewith generate a compression function; (g) using said generated compression function to compress said digital audio work, thereby creating a compressed digital audio work; (h) transmitting said compressed digital audio work and said generated compression function to a user; (i) selecting a target loudness range; (j) determining a compression parameter based on said selected target loudness range; (k) scaling inverted generated compression function according to said determined compression parameter, therewith generating a scaled inverted compression function; (l) using said scaled inverted compression function to at least approximately reconstruct said digital audio work from said compressed digital audio work for said selected target loudness range, and; (m) performing said at least approximately reconstructed digital audio work for the user. (a) accessing said digital audio work; (b) analyzing the digital audio work; (c) analyzing the inherent metadata of the digital audio work: (d) determining a plurality of change points from said analyzed digital audio work and inherent metadata; (e) determining a piece wise continuous linear pseudo loudness function by using said plurality of change points, said pseudo loudness function representing the loudness values of said digital audio work over time and wherein said pseudo loudness function consists of linear sections that are each bound by one of the change points; (f) inverting said determined piece wise continuous linear pseudo loudness function to therewith generate a compression function; (g) using said generated compression function to compress said digital audio work, thereby creating a compressed digital audio work; (h) transmitting said compressed digital audio work and said generated compression function to a user; (i) selecting a target loudness range; (j) determining a compression parameter based on said selected target loudness range; (k) scaling inverted generated compression function according to said determined compression parameter, therewith generating a scaled inverted compression function; (l) using said scaled inverted compression function to at least approximately reconstruct said digital audio work from said compressed digital audio work for said selected target loudness range, and; (m) performing said at least approximately reconstructed digital audio work for the user.
Small mammal defence device, comprising: an actuator unit configured to generate a repellent effect to drive away a small mammal; a monitoring device, coupled to electrical components of the small mammal defence device and configured to monitor the operating state of the small mammal defence device; characterised by a passive or semi-passive RFID transponder coupled to the monitoring device and configured to send an operating state signal representing the operating state of the small mammal defence device to an RFID reader via an RFID air interface. an actuator unit configured to generate a repellent effect to drive away a small mammal; a monitoring device, coupled to electrical components of the small mammal defence device and configured to monitor the operating state of the small mammal defence device; characterised by a passive or semi-passive RFID transponder coupled to the monitoring device and configured to send an operating state signal representing the operating state of the small mammal defence device to an RFID reader via an RFID air interface.
A method for operating a burner in which air necessary for combustion is conveyed using a fan, combustion is started using an ignition electrode, and combustion is monitored using an ionisation electrode, the fan, the ignition electrode and the ionisation electrode being designed to be signal-connected to a control device, characterised in that when the burner is started, deficient ignition is detected with the aid of the control device if there is an unexpected curve of a signal of the fan, wherein, to detect deficient ignition, an actual signal curve of the fan is compared with a stored, expectable signal curve, wherein the fan rotation speed, which is used as the signal of the fan, is monitored during the starting process of the burner, and, if there are certain deviations of the signal curve from the norm, deficient ignition, in particular deflagration, is identified by the control device.
A power supply system for a marine drilling vessel, comprising: - a first power grid section coupled to a generator adapted to generate electric power and further coupled to an electrically powered active heave compensator adapted to raise and lower a drill string relative to the marine drilling vessel, wherein the active heave compensator is configured to generate electric power when lowering the drill string, and - a second power grid section coupled to a generator adapted to generate electric power and further coupled to an electrically powered thruster drive of the marine drilling vessel, wherein the first power grid section is electrically coupled to the second power grid section, the power supply system being adapted to supply electric power generated by the active heave compensator during heave compensation to the thruster drive for operating the thruster drive, wherein the power supply system further comprises a control unit adapted to operate the thruster drive at a lower power during a first phase of a heave compensation cycle in which the drill string is raised and at a higher power during a second phase of the heave compensation cycle in which the drill string is lowered. - a first power grid section coupled to a generator adapted to generate electric power and further coupled to an electrically powered active heave compensator adapted to raise and lower a drill string relative to the marine drilling vessel, wherein the active heave compensator is configured to generate electric power when lowering the drill string, and - a second power grid section coupled to a generator adapted to generate electric power and further coupled to an electrically powered thruster drive of the marine drilling vessel,
A local, topical, spot-on or pour-on formulation for control of ectoparasites on a domestic animal comprising an ectoparasitically effective amount of Indoxacarb, a veterinarily acceptable carrier, and an additional pesticide, wherein the concentration of Indoxacarb is at least 100g/L, wherein said veterinarily acceptable carrier comprises a solvent selected from the group consisting of a glycol ether and an alkyl acetate, and wherein the additional pesticide is permethrin.
A process for the preparation of 2,3-butanediol by electroreduction of 3-hydroxybutanone in aqueous media using a cathode comprising a cathodic electrocatalytic material comprising metals from the I B, II B and VIII B Groups of the Periodic Table; their oxides; or mixtures thereof, wherein the process comprises the following steps: a) forming a solution by mixing 3-hydroxybutanone with an aqueous medium and a supporting electrolyte in such a medium, b) electrolyzing said solution continuously or discontinuously in an electrochemical reactor by applying a voltage between an anode and the cathode using a direct current power supply; wherein the cathode comprises the cathodic electrocatalytic material in the form of a porous metal material or alternatively the cathode comprises the cathodic electrocatalytic material deposited on a porous electrically conductive support; and wherein the pH of the solution in which the electroreduction of 3-hydroxybutanone is carried out is comprised between 3-4. a) forming a solution by mixing 3-hydroxybutanone with an aqueous medium and a supporting electrolyte in such a medium, b) electrolyzing said solution continuously or discontinuously in an electrochemical reactor by applying a voltage between an anode and the cathode using a direct current power supply;
An induction cooking top, comprising inductors and an automatic control system adapted to check for the presence of any cooking units on said cooking top in order to prevent the inductors from activating in the absence of any cooking units on said cooking top, comprising a system for modifying said automatic control upon receiving an activation command, wherein said modification system is adapted to modify the control parameters of said automatic control, characterized in that said modification of the control parameters lowers a pan presence detection threshold.
Decorative piece (1, 3, 5) comprising a plurality of stones and a device (7, 7') for fixing the stones relative to each other, the fixing device (7, 7') comprises a single base (9, 9') made of a first material which makes it possible to attach all the stones relative to each other by one of their faces, the kites of stones are mounted edge to edge relative to each other so that said single base is masked, characterised in that the first material is an at least partially amorphous alloy.
A feeding device, characterized in that it comprises a locating element for connecting with a sleeve, and a knock-off element connected with the locating element, in which: the locating element is in the shape of a disk with a through hole at the center, and a boss extending upwards is provided at the center of the locating element at the location of the through hole; the knock-off element is tube-shaped, with its upper part being cylinder-shaped and lower part being cone-shaped, and the upper part of the knock-off element is interference fitted in the boss of the locating element; the locating element and the knock-off element are both made of metal. the locating element is in the shape of a disk with a through hole at the center, and a boss extending upwards is provided at the center of the locating element at the location of the through hole; the knock-off element is tube-shaped, with its upper part being cylinder-shaped and lower part being cone-shaped, and the upper part of the knock-off element is interference fitted in the boss of the locating element; the locating element and the knock-off element are both made of metal.
A curable formulation comprising a) a blend comprising i) an epoxy terminated polyester having the structure wherein R- is selected from the group consisting of - 4-, wherein n is 1-25 and wherein the polyester unit is selected from the group consisting of a carboxylic acid-terminated polyester and a dicarboxylic acid-terminated polyester; and at least one of ii) a maleate (poly) ester having a structure selected from the group consisting of wherein R is independently hydrogen or and wherein R is independently CH 3, C 2 H 5, or or iii) a diacrylate terminated oligomer or polymer having the structure wherein R' is a diol, polyethylene glycol, polypropylene glycol, polyester, or polyurethane radical, and b) an aliphatic amine curing agent. a) a blend comprising i) an epoxy terminated polyester having the structure wherein R- is selected from the group consisting of - 4-, wherein n is 1-25 and wherein the polyester unit is selected from the group consisting of a carboxylic acid-terminated polyester and a dicarboxylic acid-terminated polyester; and at least one of ii) a maleate (poly) ester having a structure selected from the group consisting of wherein R is independently hydrogen or and wherein R is independently CH 3, C 2 H 5, or or iii) a diacrylate terminated oligomer or polymer having the structure wherein R' is a diol, polyethylene glycol, polypropylene glycol, polyester, or polyurethane radical, and b) an aliphatic amine curing agent. i) an epoxy terminated polyester having the structure wherein R- is selected from the group consisting of - 4-, wherein n is 1-25 and wherein the polyester unit is selected from the group consisting of a carboxylic acid-terminated polyester and a dicarboxylic acid-terminated polyester; and at least one of ii) a maleate (poly) ester having a structure selected from the group consisting of wherein R is independently hydrogen or and wherein R is independently CH 3, C 2 H 5, or or iii) a diacrylate terminated oligomer or polymer having the structure wherein R' is a diol, polyethylene glycol, polypropylene glycol, polyester, or polyurethane radical, and b) an aliphatic amine curing agent.
A process for the production of synthesis gas by partial combustion of a hydrocarbon feed using a burner with a plurality of coaxial channels, including: • at least one channel supplying a non-gaseous hydrocarbon feed; • at least one channel supplying a gaseous hydrocarbon feed; • at least one channel supplying an oxidizer gas; • at least one channel separately supplying a moderator gas; wherein the channel supplying the non-gaseous hydrocarbon feed is arranged between two adjacent channels, wherein - both adjacent channels supply a flow of a gaseous hydrocarbon feed; or - each adjacent channel respectively supplies a flow of a moderator gas and a flow containing a gaseous hydrocarbon feed. • at least one channel supplying a non-gaseous hydrocarbon feed; • at least one channel supplying a gaseous hydrocarbon feed; • at least one channel supplying an oxidizer gas; • at least one channel separately supplying a moderator gas; - both adjacent channels supply a flow of a gaseous hydrocarbon feed; or - each adjacent channel respectively supplies a flow of a moderator gas and a flow containing a gaseous hydrocarbon feed.
A chemical-mechanical polishing composition comprising: (a) colloidal silica particles that are surface modified with metal ions selected from Mg, Ca, Al, B, Be, and combinations thereof, and wherein the colloidal silica particles have a surface hydroxyl group density of from 1.5 hydroxyls per nm 2 to 8 hydroxyls per nm 2 of a surface area of the particles, and wherein the colloidal silica particles comprise 0.1 to 0.2 metal ions per nm 2 of the surface area of the particles, wherein the metal ions are aluminum ions, (b) an anionic surfactant, (c) a buffering agent, and (d) water, wherein the polishing composition has a pH of 2 to 7, and wherein the polishing composition is substantially free of an oxidizing agent that oxidizes a metal. (a) colloidal silica particles that are surface modified with metal ions selected from Mg, Ca, Al, B, Be, and combinations thereof, and wherein the colloidal silica particles have a surface hydroxyl group density of from 1.5 hydroxyls per nm 2 to 8 hydroxyls per nm 2 of a surface area of the particles, and wherein the colloidal silica particles comprise 0.1 to 0.2 metal ions per nm 2 of the surface area of the particles, wherein the metal ions are aluminum ions, (b) an anionic surfactant, (c) a buffering agent, and (d) water, wherein the polishing composition has a pH of 2 to 7, and wherein the polishing composition is substantially free of an oxidizing agent that oxidizes a metal.
A machine suitable for removing a tread (6.1) from a tire, comprising: - first fixing means adapted for securing the tire and for allowing a turn by rotation of said tire with respect to its main axis, - first driving means adapted for imparting a turn by rotation of the tire with respect to its main axis, - first cutting means adapted for making two perimetral cuts one on either side of the tread (6.1) of the tire, - second cutting means adapted for making a cut in the tread (6.1) transverse to the tire giving rise to a flap (6.1.1), characterized in that the machine further comprises: - pulling means for pulling the flap (6.1.1), the flap (6.1.1) can be obtained by means of the second cutting means, for removing the tread (6.1) by pulling and ripping, where the pulling means for pulling the flap (6.1.1) comprise: - a rotary drum (5.1) for winding the removed tread, - second driving means (5.2) for acting on the rotary drum (5.1) for removing the tread (6.1) by pulling, and where the rotary drum (5.1) has anchoring means (5.3) therein for fixing the flap (6.1.1). - first fixing means adapted for securing the tire and for allowing a turn by rotation of said tire with respect to its main axis, - first driving means adapted for imparting a turn by rotation of the tire with respect to its main axis, - first cutting means adapted for making two perimetral cuts one on either side of the tread (6.1) of the tire, - second cutting means adapted for making a cut in the tread (6.1) transverse to the tire giving rise to a flap (6.1.1), - pulling means for pulling the flap (6.1.1), the flap (6.1.1) can be obtained by means of the second cutting means, for removing the tread (6.1) by pulling and ripping, - a rotary drum (5.1) for winding the removed tread, - second driving means (5.2) for acting on the rotary drum (5.1) for removing the tread (6.1) by pulling,
A reinforced pavement comprising: - a pavement; - a structure (100, 200, 300, 400, 500) for the reinforcement of pavements, said structure (100, 200, 300, 400, 500) having a longitudinal direction (105, 205, 305) and a transverse direction, said structure (100, 200, 300, 400, 500) comprising a first group of assemblies of grouped metal filaments (112, 212, 312), said assemblies of grouped metal filaments (112, 212, 312) of said first group being oriented in a first direction in a mutual parallel or mutual substantially parallel position, said assemblies of grouped metal filaments of said first group being held in said structure (100, 200, 300, 400, 500) in said mutual parallel or mutual substantially parallel position by yarns, characterized in that the yarns are textile yarns and in that the distance between two adjacent assemblies of grouped metal filaments ranges from 1 cm to 10 cm. - a pavement; - a structure (100, 200, 300, 400, 500) for the reinforcement of pavements, said structure (100, 200, 300, 400, 500) having a longitudinal direction (105, 205, 305) and a transverse direction, said structure (100, 200, 300, 400, 500) comprising a first group of assemblies of grouped metal filaments (112, 212, 312), said assemblies of grouped metal filaments (112, 212, 312) of said first group being oriented in a first direction in a mutual parallel or mutual substantially parallel position, said assemblies of grouped metal filaments of said first group being held in said structure (100, 200, 300, 400, 500) in said mutual parallel or mutual substantially parallel position by yarns, characterized in that the yarns are textile yarns and in that the distance between two adjacent assemblies of grouped metal filaments ranges from 1 cm to 10 cm.