mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner, comprising: a cleaner main body ; and a suction unit provided with a nozzle portion configured to suck air containing foreign substances on a floor into the cleaner main body , and a brush assembly detachably mounted on the nozzle portion , wherein the brush assembly comprises: a frame coupled to the nozzle portion and provided with an opening that is open toward the front and positioned adjacent to the floor; a brush rotation bar accommodated in the frame and having at least one end portion rotatably supported on the frame ; characterized in that the brush assembly comprises: a variable shutter rotatably mounted on the frame , and configured to close a part of the opening by being rotated by pressing force upon being brought into contact with the floor. a cleaner main body ; and a suction unit provided with a nozzle portion configured to suck air containing foreign substances on a floor into the cleaner main body , and a brush assembly detachably mounted on the nozzle portion , wherein the brush assembly comprises: a frame coupled to the nozzle portion and provided with an opening that is open toward the front and positioned adjacent to the floor; a brush rotation bar accommodated in the frame and having at least one end portion rotatably supported on the frame ; characterized in that the brush assembly comprises: a variable shutter rotatably mounted on the frame , and configured to close a part of the opening by being rotated by pressing force upon being brought into contact with the floor. a frame coupled to the nozzle portion and provided with an opening that is open toward the front and positioned adjacent to the floor; a brush rotation bar accommodated in the frame and having at least one end portion rotatably supported on the frame ; characterized in that the brush assembly comprises: a variable shutter rotatably mounted on the frame , and configured to close a part of the opening by being rotated by pressing force upon being brought into contact with the floor.
A process for producing superabsorbent polymer particles, comprising polymerization of a monomer solution, comprising a) partially neutralized acrylic acid, b) at least one crosslinker, and c) at least one initiator, drying the resulting polymer gel, optionally grinding and classifying the resulting dried polymer gel and optionally thermally post-crosslinking and cooling the resulting polymer particles, wherein the partly neutralized acrylic acid is formed by mixing of acrylic acid, an aqueous solution of a base, and optionally water, storing the acrylic acid to be used in at least one tank (B1) at a production site for acrylic acid and in at least one tank (B2) at a production site for superabsorbent polymer particles and supplied from the at least one tank (B2) at the production site for superabsorbent polymer particles to the neutralization, wherein the at least one tank (B1) at the production site for acrylic acid and the at least one tank (B2) at the production site for superabsorbent polymer particles are interconnected by one single pipe line and temporarily reversing the flow inside the pipe line during interruptions of the production of superabsorbent polymer particles, thereby avoiding stagnant acrylic acid in pipe lines during extended interruptions of the production of superabsorbent polymer particles. a) partially neutralized acrylic acid, b) at least one crosslinker, and c) at least one initiator,
A dressing for use in a vacuum wound therapy procedure comprising: a cover layer including a backing layer formed from a flexible polymeric membrane extending to the periphery of the cover layer, and an aperture extending through the backing layer, an adhesive layer to affix the backing layer over a wound bed and provide a seal around the wound bed, and a reticulated or net-like reinforcement layer affixed to the backing layer and extending to a peripheral region of the cover layer; a contact layer ; a filler ; and a vacuum port characterized in that the vacuum port comprises a filter screen incorporated therein. and an aperture extending through the backing layer, an adhesive layer to affix the backing layer over a wound bed and provide a seal around the wound bed, and a reticulated or net-like reinforcement layer affixed to the backing layer and extending to a peripheral region of the cover layer; a contact layer ; a filler ; and a vacuum port characterized in that the vacuum port comprises a filter screen incorporated therein.
Device consisting of a control device in the form of a valve block , particularly for hydraulic control of components of mobile work machinery, and a function block , the control device consisting of at least one pressure supply (P) and one tank or return connection (T) and two utility connections (A, B) and control and/or regulating valves connected between the individual connections (P, T, A, B), and with two control lines (C, Z), which can control at least one of the control and/or regulating valves, wherein the function block with a modular design is connected to at least one of the control lines (C, Z), and wherein - the respective function block is connected as a standardised modular component to a standardised flange interface of the valve block and comprises valve elements of different designs depending on usage, - connection lines (LS, LP and Z) for the respective function block are connected in a fluid-conveying manner with corresponding connections (LS, LP and Z) in the flange interface , - two of the connection lines (LS, LP) are load-sensing lines, one of which is connected to the respective valve element and the other is blocked or connected to another valve element of the function block, and - the other connection line (Z) of the function block is connected to one of the two control lines (Z) of the valve block , which acts as an overflow oil line. - the respective function block is connected as a standardised modular component to a standardised flange interface of the valve block and comprises valve elements of different designs depending on usage, - connection lines (LS, LP and Z) for the respective function block are connected in a fluid-conveying manner with corresponding connections (LS, LP and Z) in the flange interface , - two of the connection lines (LS, LP) are load-sensing lines, one of which is connected to the respective valve element and the other is blocked or connected to another valve element of the function block, and - the other connection line (Z) of the function block is connected to one of the two control lines (Z) of the valve block , which acts as an overflow oil line.
A power management method for a transport refrigeration device, wherein the transport refrigeration device comprises a power source , a compressor and a generator both driven by the power source , a refrigeration circuit comprising the compressor and an electrically driven component , a battery powered by the generator , and a control module , and the electrically driven component is powered by the generator and/or the battery , the power management method comprising: adjusting an output power of the power source and/or an input power of the compressor and/or charge and discharge statuses of the battery , by limiting an upper limit and/or a lower limit of an output power of the generator through the control module , characterised by : the control module being communicatively coupled to the generator and the electrically driven component via a LIN bus . adjusting an output power of the power source and/or an input power of the compressor and/or charge and discharge statuses of the battery , by limiting an upper limit and/or a lower limit of an output power of the generator through the control module , characterised by : the control module being communicatively coupled to the generator and the electrically driven component via a LIN bus .
A moldable adhesive ring comprising: at least two adhesive layers; and at least one layer of thin, flexible, elastic film between two adjacent adhesive layers to form a composite adhesive structure, wherein the moldable adhesive is configured to be manipulated by rolling or folding the composite adhesive structure onto itself such that an inner surface of the composite adhesive structure upon rolling provides a counteracting force to allow the edge of the rolled composite adhesive structure to partially return to its original size and shape; characterized in that a surface of the moldable adhesive ring is fitted with a film component, wherein the film component is made of a material that is resistant to effluent, thin and flexible; and where the film component provides a consistent attachment surface for an adhesive of a pouch that is configured to be attached to the film component. at least two adhesive layers; and at least one layer of thin, flexible, elastic film between two adjacent adhesive layers to form a composite adhesive structure, wherein the moldable adhesive is configured to be manipulated by rolling or folding the composite adhesive structure onto itself such that an inner surface of the composite adhesive structure upon rolling provides a counteracting force to allow the edge of the rolled composite adhesive structure to partially return to its original size and shape; characterized in that a surface of the moldable adhesive ring is fitted with a film component, wherein the film component is made of a material that is resistant to effluent, thin and flexible; and where the film component provides a consistent attachment surface for an adhesive of a pouch that is configured to be attached to the film component.
A parthenocarpic tomato plant having a mutant cyclin F-box gene that confers parthenocarpy in tomato and encodes an amino acid sequence having 95% or more sequence identity to the amino acid sequence of SEQ ID NO: 2 and comprising a substitution of proline at position 398 defined based on the cyclin F-box protein amino acid sequence of SEQ ID NO: 2 by glutamine.
A heat recovery steam generator , comprising: a gas inlet for receiving a flow of exhaust gas from a gas turbine ; a gas outlet opposite the gas inlet ; and at least one heat exchanger intermediate the gas inlet and the gas outlet , the heat exchanger having a plurality of heat transfer surfaces configured to transfer heat from the exhaust gas to a fluid within the heat exchanger ; wherein a circulation of the fluid through said at least one heat exchanger of the heat recovery steam generator defines a water/steam cycle ; characterized in a valve associated with the heat exchanger and the water/steam cycle and configured to regulate a flow of the fluid through the heat exchanger ; wherein the valve is controllable to any position between an open position and a closed position to decrease the flow of the fluid through the heat exchanger in order to effect an increase in a temperature of the heat transfer surfaces of the heat exchanger to clean the heat transfer surfaces. a gas inlet for receiving a flow of exhaust gas from a gas turbine ; a gas outlet opposite the gas inlet ; and at least one heat exchanger intermediate the gas inlet and the gas outlet , the heat exchanger having a plurality of heat transfer surfaces configured to transfer heat from the exhaust gas to a fluid within the heat exchanger ; wherein a circulation of the fluid through said at least one heat exchanger of the heat recovery steam generator defines a water/steam cycle ; characterized in a valve associated with the heat exchanger and the water/steam cycle and configured to regulate a flow of the fluid through the heat exchanger ; wherein the valve is controllable to any position between an open position and a closed position to decrease the flow of the fluid through the heat exchanger in order to effect an increase in a temperature of the heat transfer surfaces of the heat exchanger to clean the heat transfer surfaces.
A vaporization device, comprising: a housing , a heating component , a heating component cap , a heating component base , and a first sealing element disposed on the heating component cap, wherein the housing and the first sealing element define a liquid storage compartment , and the heating component and the heating component base define an vaporization chamber ; the heating component cap comprises a first opening (3h1) on a first surface (3s1) and the first sealing element covers the first opening, characterized in that the heating component cap comprises a second opening (3h2) on a second surface (3s2), and a first channel (3c1) passing through the first opening and the second opening; and the second opening is in fluid communication with the vaporization chamber. a housing , a heating component , a heating component cap , a heating component base , and a first sealing element disposed on the heating component cap, wherein the housing and the first sealing element define a liquid storage compartment , and the heating component and the heating component base define an vaporization chamber ; the heating component cap comprises a first opening (3h1) on a first surface (3s1) and the first sealing element covers the first opening, characterized in that the heating component cap comprises a second opening (3h2) on a second surface (3s2), and a first channel (3c1) passing through the first opening and the second opening; and the second opening is in fluid communication with the vaporization chamber.
A multiply-conductive matrix (MCM) for a current collector, said MCM comprising: a first region having pores and having a first specific surface area; and a second region having pores, forming a frame surrounding said first region, and having a second specific surface area that is higher than the first specific surface area, wherein the electrical conductivity of said second region is higher than the electrical conductivity of said first region. a first region having pores and having a first specific surface area; and a second region having pores, forming a frame surrounding said first region, and having a second specific surface area that is higher than the first specific surface area, wherein the electrical conductivity of said second region is higher than the electrical conductivity of said first region.
A method in an audio teleconference mixing system , of the type which is configured to mix a plurality of audio input streams to thereby produce at least one audio output stream for sending to at least one telephone endpoint , wherein the method is for producing said at least one audio output stream based on the plurality of audio input streams, the method comprising: determining that the plurality of audio input streams comprises more than a threshold number of noise-carrying audio input streams in which speech is currently detected; determining a respective measure of perceived importance for each of said noise-carrying audio input streams, wherein determining the measure of perceived importance for an audio input stream comprises a measure of verbosity indicative of how much speech the audio input stream has included; selecting a subset of said noise-carrying audio input streams based on their respective measures of perceived importance, wherein each of said noise-carrying audio input streams is a continuous transmission CTX audio input stream and has a verbosity measure, and wherein a selected number of said noise-carrying audio input streams that have the highest verbosity measure of said noise-carrying audio input streams are included in the subset while the other ones of said noise-carrying audio input streams are excluded from the subset; and including the subset of the noise-carrying audio input streams in said at least one audio output stream, and excluding said other ones of said noise-carrying audio input streams from said at least one audio output stream. determining that the plurality of audio input streams comprises more than a threshold number of noise-carrying audio input streams in which speech is currently detected; determining a respective measure of perceived importance for each of said noise-carrying audio input streams, wherein determining the measure of perceived importance for an audio input stream comprises a measure of verbosity indicative of how much speech the audio input stream has included; selecting a subset of said noise-carrying audio input streams based on their respective measures of perceived importance, wherein each of said noise-carrying audio input streams is a continuous transmission CTX audio input stream and has a verbosity measure, and wherein a selected number of said noise-carrying audio input streams that have the highest verbosity measure of said noise-carrying audio input streams are included in the subset while the other ones of said noise-carrying audio input streams are excluded from the subset; and including the subset of the noise-carrying audio input streams in said at least one audio output stream, and excluding said other ones of said noise-carrying audio input streams from said at least one audio output stream.
Disposable diaper, in particular baby diaper, having a body-proximal cover sheet , having a body-distal back sheet , and having at least one fastening tab , wherein the back sheet has a non-woven layer , and wherein the fastening tab has hook regions and adhesive regions which in the holding state each come in contact with the back sheet , characterized in that the non-woven layer of the back sheet is bonded in a bonding pattern of pattern elements , and in that , in the holding state, the adhesive regions within the pattern elements occupy a mean area proportion of at least 20% in terms of the total area of the respective pattern element .
A device for securing a frame to a wall , comprising a retaining plate and two cooperating clamping angles , characterized in that a first clamping angle and a second clamping angle are arranged on the retaining plate so as to be displaceable relative thereto, so that a span width of the clamping angles can be changed, wherein the clamping angles are arranged on the retaining plate in a rotationally fixed manner and in each case have at least one flat clamping element and at least one connecting piece .
An atropisomer of Formula X: wherein R 1 is cyclopentyl, tert-butyl, iso-pentyl, or phenyl; and X is an atropisomerism rotational blocking moiety, wherein the blocking moiety is halo or (C 3 -C 8 )cycloalkyl; or a salt or solvate thereof. R 1 is cyclopentyl, tert-butyl, iso-pentyl, or phenyl; and X is an atropisomerism rotational blocking moiety, wherein the blocking moiety is halo or (C 3 -C 8 )cycloalkyl; or a salt or solvate thereof.
A pharmaceutical composition comprising an RNA replicon and optionally a pharmaceutically acceptable diluent, and/or a pharmaceutically acceptable excipient and/or a pharmaceutically acceptable carrier and/or a pharmaceutically acceptable vehicle, said replicon comprising a modified 5' replication recognition sequence of alphavirus, wherein the modified 5' replication recognition sequence is characterized in that all initiation codons have been removed from the conserved sequence element 2 (CSE 2) of the native alphavirus 5' replication recognition sequence and wherein the modified 5' replication recognition sequence comprises one or more additional nucleotide changes compensating for nucleotide pairing disruptions within one or more stem loops (SL) introduced by the removal of the initiation codons, wherein said CSE 2 spans from SL2 to SL4 and comprises the native initiation codon that encodes the first amino acid residues of alphavirus non-structural protein nsP1, and wherein the modified 5' replication recognition sequence is characterized by a predicted secondary structure that is equivalent to the predicted secondary structure of the 5' replication recognition sequence of alphaviral genomic RNA. wherein said CSE 2 spans from SL2 to SL4 and comprises the native initiation codon that encodes the first amino acid residues of alphavirus non-structural protein nsP1, and wherein the modified 5' replication recognition sequence is characterized by a predicted secondary structure that is equivalent to the predicted secondary structure of the 5' replication recognition sequence of alphaviral genomic RNA.
A pump mechanism for mounting on a wheel for inflating a pneumatic tire , the pump mechanism comprising a housing having a first pump chamber and a second pump chamber , wherein a diaphragm separates the first pump chamber from the second pump chamber, the housing further including an inlet port in fluid communication with the first pump chamber , and an outlet port in fluid communication with the second pump chamber , wherein the outlet of the first pump chamber is in fluid communication with the inlet of the second pump chamber ; and a strike plate positioned for reciprocation in the housing , the strike plate being connected to a diaphragm holder, wherein the diaphragm holder engages the diaphragm and is configured to actuate the diaphragm in the first and second pump chamber characterized in that the pump mechanism further comprises a second pump mechanism , wherein the outlet of the first pump mechanism is connected in series to the inlet of the second pump mechanism , wherein the pump mechanism and/or the second pump mechanism is mounted into a housing that snap fits into a groove of the rim.
A gas turbine engine component, comprising: a body defining a cooling inlet and a cooling outlet in fluid communication with each other through a cooling channel extending through the body, characterised in that the gas turbine component also comprises a plurality of pedestals disposed in the cooling channel, the plurality of pedestals being arranged to form a truss-like structure along a spanwise direction of body such that spanwise adjacent pedestals alternatingly converge toward a first wall (50; 52) of the cooling channel and toward a second wall (52; 50) of the cooling channel, opposite the first wall. a body defining a cooling inlet and a cooling outlet in fluid communication with each other through a cooling channel extending through the body, characterised in that the gas turbine component also comprises a plurality of pedestals disposed in the cooling channel, the plurality of pedestals being arranged to form a truss-like structure along a spanwise direction of body such that spanwise adjacent pedestals alternatingly converge toward a first wall (50; 52) of the cooling channel and toward a second wall (52; 50) of the cooling channel, opposite the first wall.