mhurhangee/ep-ind-claims huggingface dataset:
An expandable polyurethane composition for a soft polyurethane foam, comprising: a polyisocyanate; an active hydrogen containing compound containing a polyol and water; and a cross-linking agent composition for 0.1 parts by mass to 20 parts by mass relative to 100 parts by mass of the active hydrogen containing compound component, wherein the cross-linking agent composition comprises at least one kind of a cross-linking agent selected from an alkanolamine (a) and an aminosilane (b), the alkanolamine (a) being represented by an expression: H x R 1 y N((R 2 O) n H) 3-x-y..... (in the expression, the "R 1 " represents a hydrocarbon group selected from an alkyl group of which carbon number is one to 12, an aryl group, and an aralkyl group, and the "R 2 " represents the alkyl group of which carbon number is two to four; the "x" is an integer from "0" (zero) to two, the "y" is an integer from "0" (zero) to two, the "x + y" is an integer from "0" (zero) to two, and the "n" is an integer from one to ten); the aminosilane (b) being represented by an expression: (R 3 O) q R 4 3-q Si-R 5 -(NHCH 2 CH 2) q NR 6 R 7...... (in the expression, the "R 3 " represents the alkyl group of which carbon number is one to six, the "R 4 " represents a hydrogen group or a methyl group, the "R 5 " represents a divalent hydrocarbon group of which carbon number is one to ten, and the "R 6 " and the "R 7 " represent a hydrogen group or a monovalent hydrocarbon group of which carbon number is one to 20; the "q" is an integer from "0" (zero) to three, the "p" is an integer from "0" (zero) to four); and at least one kind of a carboxylic acid represented by an expression: X z - R 8 (COOH) m..... (in the expression, the "R 8 " represents the hydrocarbon group, and the "X" represents a group selected from a chlorine group, a fluorine group, a bromine group, and the hydroxyl group; the "z" is an integer of one or more, and the "m" is an integer of one or more), and wherein a content (number of moles) of the cross-linking agent is larger than a content (number of moles) of the carboxylic acid in the cross-linking agent composition, and a block rate of the amino group of the cross-linking agent by the carboxyl group of the carboxylic acid is set to be 5% to 80%. a polyisocyanate; an active hydrogen containing compound containing a polyol and water; and a cross-linking agent composition for 0.1 parts by mass to 20 parts by mass relative to 100 parts by mass of the active hydrogen containing compound component,
Sheet product dispenser having a dispensing configuration suitable for dispensing a strip of a sheet product from a static center-feed coreless roll of sheet product, said roll comprising a central cavity, the dispenser comprising: - a container suitable for accommodating the roll, - a dispensing piece which includes a guidance between a receiving opening suitable for receiving the strip of sheet product from said roll and a dispensing opening suitable for dispensing the strip of sheet product outside of the dispenser, and which comprises a cylindrical outer wall connected to the guidance, wherein, in the dispensing configuration, the dispensing piece protrudes toward an interior of the container from one end of the container, and the cone-shaped guidance protrudes into the container, such that the dispensing piece is suitable for engaging into the central cavity of the roll and for having the receiving opening located below a planar cylindrical surface of the roll closest to the dispensing piece, characterized in that the guidance is cone-shaped, in that the receiving opening has a larger cross-section than the dispensing opening, in that the cone-shaped guidance tapers from the interior of the container from a larger end defining the receiving opening and in that the receiving opening forms the base of the cone-shaped guidance and the dispensing opening forms a tapered end of the cone-shaped guidance. - a container suitable for accommodating the roll, - a dispensing piece which includes a guidance between a receiving opening suitable for receiving the strip of sheet product from said roll and a dispensing opening suitable for dispensing the strip of sheet product outside of the dispenser, and which comprises a cylindrical outer wall connected to the guidance, wherein, in the dispensing configuration, the dispensing piece protrudes toward an interior of the container from one end of the container, and the cone-shaped guidance protrudes into the container, such that the dispensing piece is suitable for engaging into the central cavity of the roll and for having the receiving opening located below a planar cylindrical surface of the roll closest to the dispensing piece, characterized in that the guidance is cone-shaped, in that the receiving opening has a larger cross-section than the dispensing opening, in that the cone-shaped guidance tapers from the interior of the container from a larger end defining the receiving opening and in that the receiving opening forms the base of the cone-shaped guidance and the dispensing opening forms a tapered end of the cone-shaped guidance.
A method comprising: receiving in a computing device a request to revert a model to a saved state that is saved in storage, wherein the model comprises a component; with a processor of the computing device, retrieving a checkpoint associated with the saved state, the checkpoint comprising a reference to a prior checkpoint and a list of changed components in the model that were changed since the prior checkpoint; processing the prior checkpoint with the processor to compare the prior checkpoint with a current state of the model, the processing comprising identifying that the component of the model is present in the list of changed components; and with the processor, changing the component in the model based on the list of changed components to revert the model to the saved state. receiving in a computing device a request to revert a model to a saved state that is saved in storage, wherein the model comprises a component; with a processor of the computing device, retrieving a checkpoint associated with the saved state, the checkpoint comprising a reference to a prior checkpoint and a list of changed components in the model that were changed since the prior checkpoint; processing the prior checkpoint with the processor to compare the prior checkpoint with a current state of the model, the processing comprising identifying that the component of the model is present in the list of changed components; and with the processor, changing the component in the model based on the list of changed components to revert the model to the saved state.
Drive system in the form of a drive module for vertical advance of a cabin or similar driven by a drive motor, along at least one toothing which is formed by several individual carrier and guide structures arranged in alignment, wherein transmission pinions (3, 4) are driven via a drive shaft by means of a drive pinion and cooperate with the toothing via a pinion toothing (5, 6), characterised in that the toothing has a run-up chamfer on the mutually facing end faces of the carrier and guide structures in the form that the toothing runs out so that this transforms into end faces of the carrier and guide structure over a radius or similar on at least one side of the cabin.
A phased-array antenna (100, 200, 300) comprising: a first substrate (11, 21); and a plurality of phased-array elements (13, 23) arranged on the first substrate (11, 21), wherein at least one of the phased-array elements (13, 23) comprises: a first electrode; a second electrode facing the first electrode; a voltage-controlled phase shift material located between the first electrode and the second electrode, wherein the first electrode is configured to receive a bias signal for controlling the voltage-controlled phase shift material, and the second electrode serves as a ground electrode; and a microstrip line (130, 230) electrically insulated from the first electrode, wherein the first electrode is located between the microstrip line (130, 230) and the voltage-controlled phase shift material, and the microstrip line (130, 230) is configured to receive or transmit a transmission signal, characterized in that the first electrode and the microstrip line have the same shape, such that the same mask can be used when manufacturing the first electrode and the microstrip line. a first substrate (11, 21); and a plurality of phased-array elements (13, 23) arranged on the first substrate (11, 21), wherein at least one of the phased-array elements (13, 23) comprises: a first electrode; a second electrode facing the first electrode; a voltage-controlled phase shift material located between the first electrode and the second electrode, wherein the first electrode is configured to receive a bias signal for controlling the voltage-controlled phase shift material, and the second electrode serves as a ground electrode; and a microstrip line (130, 230) electrically insulated from the first electrode, wherein the first electrode is located between the microstrip line (130, 230) and the voltage-controlled phase shift material, and the microstrip line (130, 230) is configured to receive or transmit a transmission signal, characterized in that the first electrode and the microstrip line have the same shape, such that the same mask can be used when manufacturing the first electrode and the microstrip line. a first electrode; a second electrode facing the first electrode; a voltage-controlled phase shift material located between the first electrode and the second electrode, wherein the first electrode is configured to receive a bias signal for controlling the voltage-controlled phase shift material, and the second electrode serves as a ground electrode; and a microstrip line (130, 230) electrically insulated from the first electrode, wherein the first electrode is located between the microstrip line (130, 230) and the voltage-controlled phase shift material, and the microstrip line (130, 230) is configured to receive or transmit a transmission signal, characterized in that the first electrode and the microstrip line have the same shape, such that the same mask can be used when manufacturing the first electrode and the microstrip line.
A phase change material comprising: Strontium Bromide; and at least one Metal Halide; wherein the PCM has a phase change in the region of 76°C to 88°C temperature range. Strontium Bromide; and at least one Metal Halide; wherein the PCM has a phase change in the region of 76°C to 88°C temperature range.
A method for radially expanding a tubular element, the method comprising the steps of: - bending the tubular element radially outward and in axially reverse direction so as to form an expanded tubular section extending around an unexpanded tubular section, wherein bending occurs in a bending zone; - increasing the length of the expanded tubular section by pushing the unexpanded tubular section in axial direction relative to the expanded tubular section; - operating a drill string, which extends through the unexpanded tubular section and is provided with a drill bit at a downhole end thereof, to drill a borehole; and characterized by the step of - operating directional drilling means, which are coupled to the drill string, to deviate the borehole and direct the borehole along a predetermined path. - bending the tubular element radially outward and in axially reverse direction so as to form an expanded tubular section extending around an unexpanded tubular section, wherein bending occurs in a bending zone; - increasing the length of the expanded tubular section by pushing the unexpanded tubular section in axial direction relative to the expanded tubular section; - operating a drill string, which extends through the unexpanded tubular section and is provided with a drill bit at a downhole end thereof, to drill a borehole; and characterized by the step of - operating directional drilling means, which are coupled to the drill string, to deviate the borehole and direct the borehole along a predetermined path.
A ratchet wrench comprising: a handle having a head end; a head portion connected to said head end and provided with a circular drive element housing, said head portion having a pawl recess disposed between said drive element housing and said head end; a drive element at least partially housed in said drive element housing and having a toothed portion comprising teeth disposed circumferentially about said drive element; and a pawl located within the pawl recess, the pawl having a plurality of engagement profiles (503; 511) configured to engage a facing surface (307; 308) provided in said pawl recess and a toothed face facing into said drive element housing and provided with a plurality of teeth configured to mesh with oppositely disposed teeth of said drive element toothed portion, wherein the arrangement is such that, in use, when a drive force is applied to said handle, a plurality of said engagement profiles (503; 511) engage with the facing surface (307; 308) to urge the pawl into locking engagement with the drive element, characterised in that said drive element housing is partially defined by an arcuate wall of the head portion that is configured to be resiliently deformable when, in use, said pawl lockingly engages said drive element, and it that said engagement profiles comprise engagement ramp profiles (503; 511) that engage respective facing ramp surfaces (307; 308). a handle having a head end; a head portion connected to said head end and provided with a circular drive element housing, said head portion having a pawl recess disposed between said drive element housing and said head end; a drive element at least partially housed in said drive element housing and having a toothed portion comprising teeth disposed circumferentially about said drive element; and a pawl located within the pawl recess, the pawl having a plurality of engagement profiles (503; 511) configured to engage a facing surface (307; 308) provided in said pawl recess and a toothed face facing into said drive element housing and provided with a plurality of teeth configured to mesh with oppositely disposed teeth of said drive element toothed portion, wherein the arrangement is such that, in use, when a drive force is applied to said handle, a plurality of said engagement profiles (503; 511) engage with the facing surface (307; 308) to urge the pawl into locking engagement with the drive element, characterised in that said drive element housing is partially defined by an arcuate wall of the head portion that is configured to be resiliently deformable when, in use, said pawl lockingly engages said drive element, and it that said engagement profiles comprise engagement ramp profiles (503; 511) that engage respective facing ramp surfaces (307; 308).
Process for converting ammonium (NH 4 +) of a mainstream of a wastewater plant to dinitrogen gas (N 2), including the consecutive steps of: i.) removing biodegradable carbon compounds in the mainstream; ii.) converting ammonium (NH 4 +) in the mainstream to nitrite (NO 2 -) in an aerated biological process containing ammonium oxidizing bacteria in a nitritation vessel (133a-133d), wherein growth of nitrite oxidizing bacteria in step ii.) is prevented by periodically subjecting the bacteria in said nitritation vessel (133a-133d) to water suppressing growth of nitrite oxidizing bacteria, which is reject water from a sludge digester; and iii.) denitrifying the resulting stream from step ii.) to dinitrogen gas in an anammox vessel, which is operated under non-aerated or anoxic conditions; wherein the water suppressing growth of nitrite (NO 2 -) oxidizing bacteria has a concentration of ammonium (NH 4 +) higher than that of the mainstream of the wastewater plant, wherein the concentration of ammonium (NH 4 +) lies in the range of 300 mg /l to 1200 mg /l, and/or wherein water suppressing growth of nitrite oxidizing bacteria contains concentrations of nitrite (NO 2 -) higher than that of the mainstream of a wastewater plant, wherein the concentration of nitrite (NO 2 -) lies in the range from 100 mg /l to 1200 mg /l, characterized in that there are several different parallel nitritation vessels (133a-133d) for performing the nitritation process and there is a valve assembly, which is controlled such that wastewater during some periods is conveyed to some of the nitritation vessels (133a-133d) and reject water is conveyed to some others of the nitritation vessels (133a-133d), so that a sequencing is achieved for each nitritation vessel (133a-133d) between running it with reject water and with wastewater; or there are different vessels and there are free-flowing carrier elements onto which the bacteria are grown, wherein the wastewater and reject water are always connected to the same vessels, and the carrier elements are moved from vessel to vessel, so that once the bacteria on the carrier elements of a vessel connected to wastewater need a time at high ammonium (NH 4 +) or nitrite (NO 2 -) concentrations in order to regain the ability to convert ammonium (NH 4 +) to nitrite (NO 2 -) rather than nitrate (N0 3 -), they are moved from a vessel connected to wastewater to a vessel connected the reject water. i.) removing biodegradable carbon compounds in the mainstream; ii.) converting ammonium (NH 4 +) in the mainstream to nitrite (NO 2 -) in an aerated biological process containing ammonium oxidizing bacteria in a nitritation vessel (133a-133d), wherein growth of nitrite oxidizing bacteria in step ii.) is prevented by periodically subjecting the bacteria in said nitritation vessel (133a-133d) to water suppressing growth of nitrite oxidizing bacteria, which is reject water from a sludge digester; and iii.) denitrifying the resulting stream from step ii.) to dinitrogen gas in an anammox vessel, which is operated under non-aerated or anoxic conditions;
A communication system, comprising: a network configuration memory that stores network configuration information of a first layer in which an area of the first layer whose low level configuration is desired to be concealed is represented by a preset symbol and that also stores network configuration information of a second layer showing the area represented by the preset symbol; a network configuration management section that allows a first user to manage a network of the first layer using the network configuration information of the first layer and that also allows a second user to manage a network of the second layer using at least the network configuration information of the second layer; characterised by, a mapping information memory configured to store a relation of correspondence between an identifierfor identifying a user in the first layer and another identifierfor identifying a user in the second layer; and a switch controller configured to cause, based on the identifier that identifies the user in the first layer and that is contained in a user packet, a switch on a path to perform a processing of writing the identifier for identifying the user in the second layer in a header. a network configuration memory that stores network configuration information of a first layer in which an area of the first layer whose low level configuration is desired to be concealed is represented by a preset symbol and that also stores network configuration information of a second layer showing the area represented by the preset symbol; a network configuration management section that allows a first user to manage a network of the first layer using the network configuration information of the first layer and that also allows a second user to manage a network of the second layer using at least the network configuration information of the second layer; characterised by, a mapping information memory configured to store a relation of correspondence between an identifierfor identifying a user in the first layer and another identifierfor identifying a user in the second layer; and a switch controller configured to cause, based on the identifier that identifies the user in the first layer and that is contained in a user packet, a switch on a path to perform a processing of writing the identifier for identifying the user in the second layer in a header.
Fruit spread comprising chopped fruits of at least one type, sugar and pectin in a concentration of 1 to 1.5% of the fruit weight, characterised in that the sugar proportion amounts to less than one fifth of the fruit weight, the pectin is a low-esterified, amidiated pectin and between 2 and 6% lime juice is added to adjust the pH value of the fruit spread.
An abnormality reporting system comprising: a plurality of electric tools (200, 300, 400); and a communication terminal connected to the electric tools via wireless communication, wherein the communication terminal includes a communication-terminal-side control unit that: registers the electric tool, and establishes the wireless communication with the plurality of electric tools registered, determines whether abnormality has occurred in any of the electric tools based on information acquired from the electric tools via the wireless communication, characterized in that the communication-side-terminal controls a report unit to notify a user of the communication terminal that any of the registered electric tools have an abnormality, each electric tool includes a controller which determines that the wireless communication with the communication terminal is in a disconnected state and disables the function when: the electric tool is out of a range of the wireless communication with the communication terminal, and wireless communication is disconnected by the user of the communication terminal. a plurality of electric tools (200, 300, 400); and a communication terminal connected to the electric tools via wireless communication, wherein the communication terminal includes a communication-terminal-side control unit that: registers the electric tool, and establishes the wireless communication with the plurality of electric tools registered, determines whether abnormality has occurred in any of the electric tools based on information acquired from the electric tools via the wireless communication, characterized in that the communication-side-terminal controls a report unit to notify a user of the communication terminal that any of the registered electric tools have an abnormality, each electric tool includes a controller which determines that the wireless communication with the communication terminal is in a disconnected state and disables the function when: the electric tool is out of a range of the wireless communication with the communication terminal, and wireless communication is disconnected by the user of the communication terminal. registers the electric tool, and establishes the wireless communication with the plurality of electric tools registered, determines whether abnormality has occurred in any of the electric tools based on information acquired from the electric tools via the wireless communication, characterized in that the communication-side-terminal controls a report unit to notify a user of the communication terminal that any of the registered electric tools have an abnormality, each electric tool includes a controller which determines that the wireless communication with the communication terminal is in a disconnected state and disables the function when: the electric tool is out of a range of the wireless communication with the communication terminal, and wireless communication is disconnected by the user of the communication terminal. the electric tool is out of a range of the wireless communication with the communication terminal, and wireless communication is disconnected by the user of the communication terminal.