mhurhangee/patent-ind-claim-en huggingface dataset:
A photovoltaic device comprising: a photovoltaic cell array configured to absorb solar voltaic energy to convert the solar voltaic energy to electrical energy, a sensing unit configured to sense state information including at least power generation information for representing a state of the photovoltaic device and environmental information for representing environmental information around the photovoltaic device , and to immediately transmit the state information, a data logger configured to receive the state information from the sensing unit and to transmit the state information to an external management server , characterized in that the sensing unit is configured to immediately transmit the state information without inserting any time information and in that the data logger is further configured to insert time information, representing a time when the power generation information and the environmental information are sensed, to the state information. a photovoltaic cell array configured to absorb solar voltaic energy to convert the solar voltaic energy to electrical energy, a sensing unit configured to sense state information including at least power generation information for representing a state of the photovoltaic device and environmental information for representing environmental information around the photovoltaic device , and to immediately transmit the state information, a data logger configured to receive the state information from the sensing unit and to transmit the state information to an external management server , characterized in that the sensing unit is configured to immediately transmit the state information without inserting any time information and in that the data logger is further configured to insert time information, representing a time when the power generation information and the environmental information are sensed, to the state information.
Method for providing chunked content to a device comprising a HTTP adaptive streaming client , said chunked content being defined on the basis of a manifest file comprising one or more chunk identifiers and one or more associated chunk locators for locating one or more delivery nodes configured to deliver one or more chunks identified by said chunk identifiers, characterized in said method comprising at least a microprocessor of a proxy server executing computer readable program code for: determining whether a chunk identified by a chunk identifier in a chunk request message originating from said client should be delivered by a first delivery node (210 1 ), said chunk request message comprising a first network address associated with said first delivery node as a destination indicator, wherein said determining is triggered if one or more conditions associated with said chunk request message, are met; if it is determined that said first delivery node should not deliver said chunk to said client, rewriting said first network address in said chunk request message into a second network address associated with a second delivery node (210 2 ) that is capable of delivering said chunk and sending said chunk request message to said second delivery node; receiving a chunk response message associated with said chunk request message, said chunk response message comprising said second network address as a source indicator; before sending said chunk response message to said client, rewriting the second network address in said response message into said first network address. determining whether a chunk identified by a chunk identifier in a chunk request message originating from said client should be delivered by a first delivery node (210 1 ), said chunk request message comprising a first network address associated with said first delivery node as a destination indicator, wherein said determining is triggered if one or more conditions associated with said chunk request message, are met; if it is determined that said first delivery node should not deliver said chunk to said client, rewriting said first network address in said chunk request message into a second network address associated with a second delivery node (210 2 ) that is capable of delivering said chunk and sending said chunk request message to said second delivery node; receiving a chunk response message associated with said chunk request message, said chunk response message comprising said second network address as a source indicator; before sending said chunk response message to said client, rewriting the second network address in said response message into said first network address.
An anchor assembly comprising: an anchor for placement in a bone hole, the anchor comprising a distal portion and a proximal portion , the anchor comprising a cavity and an opening to the cavity; an insertion member disposed within the cavity of the anchor; and a sleeve coupled to the anchor, the sleeve disposed over the proximal portion of the anchor. an anchor for placement in a bone hole, the anchor comprising a distal portion and a proximal portion , the anchor comprising a cavity and an opening to the cavity; an insertion member disposed within the cavity of the anchor; and a sleeve coupled to the anchor, the sleeve disposed over the proximal portion of the anchor.
A device for enhanced delivery of a composition to a body region of a patient utilizing radiofrequency energy, the device comprising: a first longitudinal member with a proximal end and a distal end with at least one lumen extending between the proximal end and the distal end; a composition delivery element located at the distal end of the longitudinal member, the composition delivery element having the composition located on an outside surface thereof; and at least two electrodes (14 , 14 ) located on a second longitudinal member configured to be inserted into the lumen of the first longitudinal member to be located within the composition delivery element, the at least two electrodes coupled to a radiofrequency source to receive radiofrequency energy from the radiofrequency source and insulated such that they can generate an electric field to enhance delivery of the composition to the body region. a first longitudinal member with a proximal end and a distal end with at least one lumen extending between the proximal end and the distal end; a composition delivery element located at the distal end of the longitudinal member, the composition delivery element having the composition located on an outside surface thereof; and at least two electrodes (14 , 14 ) located on a second longitudinal member configured to be inserted into the lumen of the first longitudinal member to be located within the composition delivery element, the at least two electrodes coupled to a radiofrequency source to receive radiofrequency energy from the radiofrequency source and insulated such that they can generate an electric field to enhance delivery of the composition to the body region.
A computing apparatus , comprising: a processor ; a first memory to store an operating system of the computing apparatus , wherein the operating system is to, responsive to power-on of the computing apparatus : access an agent application in the first memory ; provision a wireless network credential using the agent application ; and encrypt the wireless network credential using the agent application ; and a second memory to store firmware for initiating the computing apparatus ; a third memory ; and a controller communicatively coupled to the first memory , the second memory , and the third memory , wherein the firmware is to, in response to receiving the encrypted wireless network credential from the first memory , store, via the controller , the encrypted wireless network credential in the third memory . a processor ; a first memory to store an operating system of the computing apparatus , wherein the operating system is to, responsive to power-on of the computing apparatus : access an agent application in the first memory ; provision a wireless network credential using the agent application ; and encrypt the wireless network credential using the agent application ; and access an agent application in the first memory ; provision a wireless network credential using the agent application ; and encrypt the wireless network credential using the agent application ; and a second memory to store firmware for initiating the computing apparatus ; a third memory ; and a controller communicatively coupled to the first memory , the second memory , and the third memory , wherein the firmware is to, in response to receiving the encrypted wireless network credential from the first memory , store, via the controller , the encrypted wireless network credential in the third memory .
A silver electrolyte for depositing silver layers on substrates, comprising a) potassium silver cyanide with a content of at least 50 g/L; b) potassium cyanide with a content of at least 100 g/L; c) at least one grain refiner with a content of 0.2 to 10 g/L, wherein grain refiners are substances which change the grain size of the silver deposit to smaller grain sizes; d) at least one dispersing agent with a content of 1 to 10 g/L; and e) at least one solid component with a content of 1 to 150 g/L, wherein the particles of the solid component have an average particle size, d 50 , of 10 nm - 100 um; wherein the at least one grain refiner is selected from naphthalene sulfonic acid, naphthalene sulfonic acid derivatives, or mixtures thereof; and wherein the at least one dispersing agent contains alkyl sulfates have C 1 -C 20 alkyl radicals which may be unsubstituted or optionally substituted. a) potassium silver cyanide with a content of at least 50 g/L; b) potassium cyanide with a content of at least 100 g/L; c) at least one grain refiner with a content of 0.2 to 10 g/L, wherein grain refiners are substances which change the grain size of the silver deposit to smaller grain sizes; d) at least one dispersing agent with a content of 1 to 10 g/L; and e) at least one solid component with a content of 1 to 150 g/L, wherein the particles of the solid component have an average particle size, d 50 , of 10 nm - 100 um; wherein the at least one grain refiner is selected from naphthalene sulfonic acid, naphthalene sulfonic acid derivatives, or mixtures thereof; and wherein the at least one dispersing agent contains alkyl sulfates have C 1 -C 20 alkyl radicals which may be unsubstituted or optionally substituted.
A negative electrode comprising: a negative electrode current collector; and a negative electrode active material layer formed on the negative electrode current collector and comprising a negative electrode active material containing a silicon-based active material and a carbon-based active material, a binder, and single-walled carbon nanotube aggregates, wherein the silicon-based active material comprises at least one selected from the group consisting of a silicon-based oxide and a silicon-carbon composite, wherein the single-walled carbon nanotube aggregates are comprised at 0.05 parts by weight to 0.37 parts by weight based on 100 parts by weight of the silicon-based active material in the negative electrode active material layer. a negative electrode current collector; and a negative electrode active material layer formed on the negative electrode current collector and comprising a negative electrode active material containing a silicon-based active material and a carbon-based active material, a binder, and single-walled carbon nanotube aggregates, wherein the silicon-based active material comprises at least one selected from the group consisting of a silicon-based oxide and a silicon-carbon composite, wherein the single-walled carbon nanotube aggregates are comprised at 0.05 parts by weight to 0.37 parts by weight based on 100 parts by weight of the silicon-based active material in the negative electrode active material layer.
A terminal device comprising: a measurement unit configured to measure Channel State Information, CSI, based on a valid downlink subframe based on a Serving cell, wherein a subframe is considered to be the valid downlink subframe in a case that a condition is met, the condition includes that a configured CSI Reference Signal, CSI-RS, resource associated with a Channel State Information process is in the subframe, and the Serving cell is a Licensed-Assisted Access, LAA, Secondary cell, characterized in that the condition includes that the subframe is configured as a downlink subframe or a special subframe, that the subframe is not a Multimedia Broadcast multicast service Single Frequency Network, MBSFN, subframe, and that the subframe does not fall within a configured measurement gap, for periodic CSI reporting, the condition includes that the subframe is an element of a CSI subframe set linked to the periodic CSI report, and for aperiodic CSI reporting for the CSI process, the condition includes that the subframe is an element of a CSI subframe set linked to a subframe with a corresponding CSI request in an uplink Downlink Control information, DCI, format. a measurement unit configured to measure Channel State Information, CSI, based on a valid downlink subframe based on a Serving cell, wherein a subframe is considered to be the valid downlink subframe in a case that a condition is met, the condition includes that a configured CSI Reference Signal, CSI-RS, resource associated with a Channel State Information process is in the subframe, and the Serving cell is a Licensed-Assisted Access, LAA, Secondary cell, characterized in that the condition includes that the subframe is configured as a downlink subframe or a special subframe, that the subframe is not a Multimedia Broadcast multicast service Single Frequency Network, MBSFN, subframe, and that the subframe does not fall within a configured measurement gap, for periodic CSI reporting, the condition includes that the subframe is an element of a CSI subframe set linked to the periodic CSI report, and for aperiodic CSI reporting for the CSI process, the condition includes that the subframe is an element of a CSI subframe set linked to a subframe with a corresponding CSI request in an uplink Downlink Control information, DCI, format.
Slip ring unit for an electrical machine, wherein the slip ring unit is provided for accommodating a carbon brush system, wherein the slip ring unit has at least one insulating segment between slip rings of the electrical machine, wherein the slip ring unit has boreholes on the sides of the supports of the slip rings for feeding through cooling air, characterised in that at least the outer-lying insulating segments are formed such that they act as fans, wherein the insulating segments acting as fans have shaped sections for cooling parts of the electrical machine, wherein the insulating segments having the shaped sections are shaped from the insulating segment as a fanwheel, wherein the insulating segments having the shaped sections form a fan, which is provided to distribute a cooling air flow to the parts of the electrical machine to be cooled, and wherein the slip ring unit is configured as a slip ring unit with twin-flow cooling, in which at least the outer-lying insulating segments are shaped as fans.
Wiper blade packaging device having at least one folding unit which has at least one outer packaging and at least two end packagings , which are provided, in a use state, to form a cavity for receiving at least one wiper blade , wherein the outer packaging has at least two adhesive strips for fixing the folding unit and at least one folding segment , which is bounded by at least two tear-off perforations , and the main length of extent of the folding unit in the use state is substantially larger than each extent of the folding unit perpendicularly to the main direction of extent, and the tear-off perforations extend at least substantially over the entire main length of extent of the folding unit , wherein the outer packaging comprises at least two folding segments , characterized in that the at least two adhesive strips are arranged on different folding segments of the outer packaging , and, in the use state of the folding unit , the at least two adhesive strips are arranged on different sides of the outer packaging .
A method of retrofitting a wind turbine, the wind turbine having a tower and a first energy generating unit , wherein the first energy generating unit is replaced with a second energy generating unit , the method comprising: analyzing a first natural frequency of the tower relative to first rated operation frequencies of the tower having the second energy generating unit ; when the first natural frequency lies within the first rated operation frequencies , modifying one or both the tower and the second energy generating unit so that the modified one or both the tower and the second energy generating unit have a second natural frequency and second rated operation frequencies that do not overlap; and replacing the first energy generating unit with the second energy generating unit . analyzing a first natural frequency of the tower relative to first rated operation frequencies of the tower having the second energy generating unit ; when the first natural frequency lies within the first rated operation frequencies , modifying one or both the tower and the second energy generating unit so that the modified one or both the tower and the second energy generating unit have a second natural frequency and second rated operation frequencies that do not overlap; and replacing the first energy generating unit with the second energy generating unit .
An unmanned aerial vehicle , UAV, comprising: a housing; a line-deployment mechanism couplable to the housing and a line , wherein the line-deployment mechanism is controllable to vary a retraction rate of the line; a payload-release mechanism operable to releasably couple the line to a payload ; and a control system configured to: lower the line without a payload attached thereto; and operate the line-deployment mechanism according to a pre-determined variable retraction-rate profile to retract the line towards the UAV, wherein the variable retraction-rate profile specifies for the line to retract and lift a payload coupled to the payload-release mechanism at a pre-determined first retraction-rate and subsequently at a pre-determined second retraction-rate. a housing; a line-deployment mechanism couplable to the housing and a line , wherein the line-deployment mechanism is controllable to vary a retraction rate of the line; a payload-release mechanism operable to releasably couple the line to a payload ; and a control system configured to: lower the line without a payload attached thereto; and operate the line-deployment mechanism according to a pre-determined variable retraction-rate profile to retract the line towards the UAV, wherein the variable retraction-rate profile specifies for the line to retract and lift a payload coupled to the payload-release mechanism at a pre-determined first retraction-rate and subsequently at a pre-determined second retraction-rate. lower the line without a payload attached thereto; and operate the line-deployment mechanism according to a pre-determined variable retraction-rate profile to retract the line towards the UAV, wherein the variable retraction-rate profile specifies for the line to retract and lift a payload coupled to the payload-release mechanism at a pre-determined first retraction-rate and subsequently at a pre-determined second retraction-rate.
A method for reducing lateral root development by a plant relative to an untreated or wild-type plant, comprising contacting the root zone of said plant with at least one RAR or introducing at least one exogenous RAR-encoding nucleic acid into one or more plant cells which results in increased RAR expression by cells of a plant regenerated from or comprising said one or more plant cells, wherein said RAR is not an Arabidopsis thaliana CEP1 peptide and said RAR-encoding nucleic acid is not an Arabidopsis CEP1-encoding sequence, and wherein said RAR comprises an RAR domain comprising an amino acid sequence (X 1 ) n X 2 X 3 X 4 X 5 X 6 PGX 9 SPGX 13 GX 15 (SEQ ID NO: 459), wherein n may be 1 or 0. wherein said RAR is not an Arabidopsis thaliana CEP1 peptide and said RAR-encoding nucleic acid is not an Arabidopsis CEP1-encoding sequence, and wherein said RAR comprises an RAR domain comprising an amino acid sequence (X 1 ) n X 2 X 3 X 4 X 5 X 6 PGX 9 SPGX 13 GX 15 (SEQ ID NO: 459), wherein n may be 1 or 0.
A method for introducing substitution mutations into at least one target DNA molecule comprising: a. providing at least one sample comprising at least one target DNA molecule; and b. amplifying the at least one target DNA molecule using a low bias high fidelity DNA polymerase having low template amplification bias; wherein the step of amplifying the at least one target DNA molecule is carried out in the presence of a nucleotide analog and comprises at least 2 rounds of replicating the at least one target DNA molecule, wherein in a first round of replication the DNA polymerase incorporates the nucleotide analog in place of a nucleotide and in a second round of replication, the nucleotide analog pairs with a natural nucleotide to introduce a substitution mutation in the complementary strand. a. providing at least one sample comprising at least one target DNA molecule; and b. amplifying the at least one target DNA molecule using a low bias high fidelity DNA polymerase having low template amplification bias;
A gas analysis device that analyzes components to be measured that are contained in a test gas using a light spectrum obtained by irradiating light onto the test gas, comprising: a calibration curve data storage section in which is stored first calibration curve data in which effects on concentrations of the components to be measured from higher boiling compounds whose boiling point is higher than a heating temperature of an analyzer into which the test gas has been introduced have been corrected; and a concentration calculation section that is configured to calculate concentrations of the components to be measured using the first calibration curve data. a calibration curve data storage section in which is stored first calibration curve data in which effects on concentrations of the components to be measured from higher boiling compounds whose boiling point is higher than a heating temperature of an analyzer into which the test gas has been introduced have been corrected; and a concentration calculation section that is configured to calculate concentrations of the components to be measured using the first calibration curve data.