mhurhangee/patent-ind-claim-en huggingface dataset:
Manufacturing station for workpieces , in particular vehicle body parts, wherein the manufacturing station is of modular design and has a plurality of, in particular two, integrated manufacturing cells with in each case a dedicated process region , wherein the process regions are designed to be uniform with one another in terms of their basic construction, and - the process regions each have a uniform receiving device for the workpieces and at their periphery a plurality of uniformly positioned and prepared robot workstations , and - at the plurality of robot workstations there is provided a uniform position preset for an industrial robot to be arranged there as required, and wherein - the manufacturing station has a station-internal transport logistics for the workpieces that is common to the manufacturing cells and that connects the manufacturing cells to one another and together to the external environment. - the process regions each have a uniform receiving device for the workpieces and at their periphery a plurality of uniformly positioned and prepared robot workstations , and - at the plurality of robot workstations there is provided a uniform position preset for an industrial robot to be arranged there as required, and wherein - the manufacturing station has a station-internal transport logistics for the workpieces that is common to the manufacturing cells and that connects the manufacturing cells to one another and together to the external environment.
A gas turbine engine for an aircraft comprising: a compressor rotor including blades and a disk , with a bore defined radially inwardly of said disk ; a combustor ; and a tap for directing the products of combustion first to a valve and then into said bore of said disk via a supply line (201; 201B); characterised by further comprising: at least two temperature sensors for sensing a temperature of said products of combustion downstream of said valve , and a control comparing sensed temperatures from said at least two temperature sensors to ensure said at least two temperature sensors are functioning properly, said sensed temperatures being utilized to control said valve ; and in that: the control is programmed to compare the sensed temperatures as a check on the accuracy of the at least two temperature sensors, and if the sensed temperatures are not equal, then comparing said sensed temperatures to an estimated temperature based upon another engine parameter. a compressor rotor including blades and a disk , with a bore defined radially inwardly of said disk ; a combustor ; and a tap for directing the products of combustion first to a valve and then into said bore of said disk via a supply line (201; 201B); characterised by further comprising: at least two temperature sensors for sensing a temperature of said products of combustion downstream of said valve , and a control comparing sensed temperatures from said at least two temperature sensors to ensure said at least two temperature sensors are functioning properly, said sensed temperatures being utilized to control said valve ; and in that: the control is programmed to compare the sensed temperatures as a check on the accuracy of the at least two temperature sensors, and if the sensed temperatures are not equal, then comparing said sensed temperatures to an estimated temperature based upon another engine parameter.
Packing device for the preparation and oral administration of a powder composition comprising one or more active principles (P), characterized in that said packing device is a closed stick-pack with only three welds and formed by a pipe made of a poly-coupled polymer-metal material on which there are two transverse closing welds, upper and lower and a central separation weld defining a folding line around a longitudinal axis (Y), said separation weld delimiting two storage chambers physically separated from each other, wherein: - a powder comprising one or more active principles (P) packed in one storage chamber and a possible first excipient (E1); - a powder comprising one or more active principles (P) is packed in another storage chamber 11(b) and a possible second excipient (E2); - a powder comprising one or more active principles (P) packed in one storage chamber and a possible first excipient (E1); - a powder comprising one or more active principles (P) is packed in another storage chamber 11(b) and a possible second excipient (E2);
A vehicle control system for controlling a vehicle transfer case operable in a high range and a low range and adapted to change range while the vehicle is in motion; the control system being configured to: determine an operating range for the transfer case based on a selected vehicle operating mode, the selected vehicle operating mode being selected from a plurality of vehicle operating modes each defining dynamic operating parameters of the vehicle, the plurality of vehicle operating modes comprising at least one on-road operating mode requiring that the transfer case operates in a high range and off-road operating modes, wherein said off-road operating modes comprise one or more low range off-road modes requiring that the transfer case operates in a low range; and one or more high range off-road modes requiring that the transfer case operates in a high range ; and output a range change signal to implement a range change to engage the determined operating range. determine an operating range for the transfer case based on a selected vehicle operating mode, the selected vehicle operating mode being selected from a plurality of vehicle operating modes each defining dynamic operating parameters of the vehicle, the plurality of vehicle operating modes comprising at least one on-road operating mode requiring that the transfer case operates in a high range and off-road operating modes, wherein said off-road operating modes comprise one or more low range off-road modes requiring that the transfer case operates in a low range; and one or more high range off-road modes requiring that the transfer case operates in a high range ; and output a range change signal to implement a range change to engage the determined operating range.
A probe arrangement (10, 10a-10h) for a probe-fed patch antenna , comprising: a foot and a top ; and four or more probes (12-18) comprising a first probe and a second probe forming a first pair and a third probe and a fourth probe forming a second probe pair; wherein each probe (12-18) comprises a feeding portion , an intermediate portion and a termination portion (24-24""), which are connected in series; wherein the feeding portion extends from the foot to the top ; wherein the intermediate portion and the termination portion (24-24"") are arranged at the top ; wherein the intermediate portion extends at the top from the feeding portion to the termination portion (24-24""); and wherein a width (W) of the termination portion (24-24"") in a direction perpendicular to an extension direction (ED) of the intermediate portion and within a first plane, in which the extension direction (ED) and the extension directions (ED'-ED"') of the intermediate portions of the respective probes (12-18) lie, is larger than a width (W') of the intermediate portion in the direction perpendicular to the extension direction (ED) of the intermediate portion and within the first plane; wherein a total height of the probe arrangement is less than a tenth of a wavelength for a central frequency of the probe arrangement. a foot and a top ; and four or more probes (12-18) comprising a first probe and a second probe forming a first pair and a third probe and a fourth probe forming a second probe pair; wherein each probe (12-18) comprises a feeding portion , an intermediate portion and a termination portion (24-24""), which are connected in series; wherein the feeding portion extends from the foot to the top ; wherein the intermediate portion and the termination portion (24-24"") are arranged at the top ; wherein the intermediate portion extends at the top from the feeding portion to the termination portion (24-24""); and wherein a width (W) of the termination portion (24-24"") in a direction perpendicular to an extension direction (ED) of the intermediate portion and within a first plane, in which the extension direction (ED) and the extension directions (ED'-ED"') of the intermediate portions of the respective probes (12-18) lie, is larger than a width (W') of the intermediate portion in the direction perpendicular to the extension direction (ED) of the intermediate portion and within the first plane; wherein a total height of the probe arrangement is less than a tenth of a wavelength for a central frequency of the probe arrangement.
A power storage module state estimation apparatus comprising: a parameter calculator configured to calculate a parameter based on a current value of a power storage module , wherein the parameter includes a direction information indicating the direction in which current having a high frequency is flowing in the power storage module , an average current value of the power storage module , and a charge and discharge capacity after the direction in which the current having the high frequency is flowing in the power storage module is switched, said charge and discharge capacity indicating the charge capacity if the direction of the current is changed to charging and indicating the discharge capacity if the direction of the current is changed to discharging; characterized by a hysteresis compensator configured to use the parameter to calculate a compensation amount for compensating an open circuit voltage of the power storage module and to calculate a post-compensation open circuit voltage based on the open circuit voltage and the calculated compensation amount, wherein the power storage module state estimation apparatus further comprises a charging state calculator configured to calculate a charging state value of the power storage module using the post-compensation open circuit voltage of the power storage module . a parameter calculator configured to calculate a parameter based on a current value of a power storage module , wherein the parameter includes a direction information indicating the direction in which current having a high frequency is flowing in the power storage module , an average current value of the power storage module , and a charge and discharge capacity after the direction in which the current having the high frequency is flowing in the power storage module is switched, said charge and discharge capacity indicating the charge capacity if the direction of the current is changed to charging and indicating the discharge capacity if the direction of the current is changed to discharging; characterized by a hysteresis compensator configured to use the parameter to calculate a compensation amount for compensating an open circuit voltage of the power storage module and to calculate a post-compensation open circuit voltage based on the open circuit voltage and the calculated compensation amount, wherein the power storage module state estimation apparatus further comprises a charging state calculator configured to calculate a charging state value of the power storage module using the post-compensation open circuit voltage of the power storage module .
Method for charging a battery comprising the steps: - introducing a charging current into the battery; - monitoring a cell temperature of the battery; - detecting that the cell temperature has reached a given temperature range; characterized by - successively reducing the charging current until the cell temperature reaches a predefined lower limit of the given temperature range and; - holding the charging current constant at the level at which the predefined lower cell temperature level has been reached, until a battery cell voltage has reached a target cell voltage . - introducing a charging current into the battery; - monitoring a cell temperature of the battery; - detecting that the cell temperature has reached a given temperature range; characterized by - successively reducing the charging current until the cell temperature reaches a predefined lower limit of the given temperature range and; - holding the charging current constant at the level at which the predefined lower cell temperature level has been reached, until a battery cell voltage has reached a target cell voltage .
Self-supporting support structure for wind turbine equipment, wherein the support structure can be accommodated in a hollow peripheral body comprising a transition piece for connecting a tower of an offshore wind turbine to a foundation pile, or a foundation pile itself, wherein the support structure comprises two or more floors placed vertically above each other and supported by one or more upright supports, at least one upper floor connects substantially fittingly to an internal peripheral wall of the peripheral body, characterized in that said floor is provided with means for reducing its surface area, wherein a lower floor is provided along a peripheral edge with sealing means configured to realize a substantially airtight seal with the internal peripheral wall of the peripheral body.
A method of generating a sequencer ready library comprising a plurality of amplified nucleic acids suitable for sequencing, said method comprising: contacting a nucleic acid sample to primers, a strand displacing polymerase, and biotin tagged ddNTPs, hybridizing the primers to the nucleic acid sample and extending with the polymerase, and contacting the nucleic acid sample to a streptavidin bead; wherein the library is suitable for sequencing, wherein each of the plurality of amplified nucleic acids has a length of at least 200 bp, wherein the primers comprise a random sequence polynucleotide, and wherein the biotin tagged ddNTP terminates extension, thereby generating terminated amplicons having random 3' ends. contacting a nucleic acid sample to primers, a strand displacing polymerase, and biotin tagged ddNTPs, hybridizing the primers to the nucleic acid sample and extending with the polymerase, and contacting the nucleic acid sample to a streptavidin bead;
A process for the separation of undesired gas constituents, in particular carbon dioxide and hydrogen sulfide, from a raw gas, in particular raw synthesis gas, with methanol as detergent, comprising the following steps: a) supplying the raw gas to the absorption apparatus, b) cooling a methanol partial stream withdrawn from the absorption apparatus by indirect heat exchange with a coolant in a heat exchanger arranged outside the absorption apparatus and recirculating the cooled methanol partial stream into the absorption apparatus, wherein the coolant is cooled in a compression refrigeration machine which includes at least one compression stage, c) contacting the raw gas with the cooled methanol partial stream and with at least one further methanol partial stream recirculated from downstream process stages in the absorption apparatus, wherein a process gas stream depleted of undesired gas constituents and a loaded methanol partial stream enriched in undesired gas constituents is obtained, d) multistage regeneration of the loaded methanol partial stream by pressure decrease and/or temperature increase, between or downstream of which optionally further absorption steps can be carried out for separating further undesired gas constituents from the process gas stream, wherein at least one regenerated methanol partial stream is obtained, which is recirculated to step c) and wherein gas streams containing carbon dioxide and hydrogen sulfide are obtained, which are removed from the process, characterized in that the coolant contains 5 to 15 mol-% ethylene, 5 to 15 mol-% n-butane, 30 to 40 mol-% propane and 30 to 60 mol-% propylene. a) supplying the raw gas to the absorption apparatus, b) cooling a methanol partial stream withdrawn from the absorption apparatus by indirect heat exchange with a coolant in a heat exchanger arranged outside the absorption apparatus and recirculating the cooled methanol partial stream into the absorption apparatus, wherein the coolant is cooled in a compression refrigeration machine which includes at least one compression stage, c) contacting the raw gas with the cooled methanol partial stream and with at least one further methanol partial stream recirculated from downstream process stages in the absorption apparatus, wherein a process gas stream depleted of undesired gas constituents and a loaded methanol partial stream enriched in undesired gas constituents is obtained, d) multistage regeneration of the loaded methanol partial stream by pressure decrease and/or temperature increase, between or downstream of which optionally further absorption steps can be carried out for separating further undesired gas constituents from the process gas stream, wherein at least one regenerated methanol partial stream is obtained, which is recirculated to step c) and wherein gas streams containing carbon dioxide and hydrogen sulfide are obtained, which are removed from the process, characterized in that the coolant contains 5 to 15 mol-% ethylene, 5 to 15 mol-% n-butane, 30 to 40 mol-% propane and 30 to 60 mol-% propylene.
An information processing apparatus comprising a control unit that selects a reference image from a plurality of images continuously captured by an image capturing apparatus , on a basis of information of the image capturing apparatus acquired by an inertial sensor when each of the images is captured, and superimposes remaining images on the reference image while performing alignment with the reference image, to combine the images into one image, wherein the control unit calculates, on a basis of the information, an index indicating magnitude of blurring in each of the plurality of images, and selects, as a reference image, an image with the smallest magnitude of blurring indicated by the index; and wherein before performing superimposition processing, the control unit sets a superimposition weight, for each of the plurality of images, in accordance with the index, wherein the control unit sets a smaller superimposition weight as the index is larger; wherein the control unit superimposes, on the reference image, images with the index equal to or less than a predetermined threshold among the remaining images, each image being weighted according to the respective superimposition weight.
A movable system for producing building materials, comprising: - a containment element adapted to contain raw materials; - a mixer adapted to mix the raw materials; - lifting means adapted to lift the mixer ; and - a semitrailer comprising a semitrailer body , said semitrailer being configured to support at least the containment element and the lifting means of the mixer and to cause the movement thereof, said semitrailer comprising a movable portion , wherein the movable system is switchable between a first configuration (C1), in which the movable portion is in an extended position and the mixer is in a lowered position at said movable portion, and a second configuration (C2), in which said movable portion is in a retracted position and the mixer is lifted by the lifting means , so that in said second configuration (C2) said mixer is substantially cantilever lifted with respect to said semitrailer , characterized in that the lifting means comprise a vertical loading upright. - a containment element adapted to contain raw materials; - a mixer adapted to mix the raw materials; - lifting means adapted to lift the mixer ; and - a semitrailer comprising a semitrailer body , said semitrailer being configured to support at least the containment element and the lifting means of the mixer and to cause the movement thereof, said semitrailer comprising a movable portion , wherein the movable system is switchable between a first configuration (C1), in which the movable portion is in an extended position and the mixer is in a lowered position at said movable portion, and a second configuration (C2), in which said movable portion is in a retracted position and the mixer is lifted by the lifting means , so that in said second configuration (C2) said mixer is substantially cantilever lifted with respect to said semitrailer , characterized in that the lifting means comprise a vertical loading upright.
A mixture curable to provide an intumescent coating material, wherein the mixture comprises a silicone polymer, a cross-linker, a diluent and an intumescent ingredient, wherein the mixture comprises at least 50 % by weight of the intumescent ingredient, and wherein: the intumescent ingredient comprises a phosphorus containing compound, a gas source, and a carbon source; the silicone polymer comprises at least one condensable or hydrolysable group, the at least one condensable or hydrolysable group including hydroxyl groups or alkoxy groups; and the cross-linker comprises alkyltrialkoxysilanes, or silyl functional molecules containing two or more silyl groups, each silyl group containing at least one hydrolysable group. the intumescent ingredient comprises a phosphorus containing compound, a gas source, and a carbon source; the silicone polymer comprises at least one condensable or hydrolysable group, the at least one condensable or hydrolysable group including hydroxyl groups or alkoxy groups; and the cross-linker comprises alkyltrialkoxysilanes, or silyl functional molecules containing two or more silyl groups, each silyl group containing at least one hydrolysable group.
Transmission having a housing , having at least one support ring , and having at least one planet carrier ; wherein the planet carrier is mounted rotatably in the support ring ; and wherein the support ring has a rotationally symmetrical basic shape, forms at least one oil line , and is fixed in the housing but not connected in one piece to the housing ; characterized in that the support ring has a rotationally symmetrical groove which is closed off by the housing ; wherein the oil line opens out into the groove ; characterized in that the oil line formed by the support ring opens out into a cavity formed by the housing , which cavity connects the oil line in an oil-conducting manner to at least one bearing , by way of which bearing the planet carrier is mounted in the support ring . the planet carrier is mounted rotatably in the support ring ; and wherein the support ring has a rotationally symmetrical basic shape, forms at least one oil line , and is fixed in the housing but not connected in one piece to the housing ; characterized in that the support ring has a rotationally symmetrical groove which is closed off by the housing ; wherein the oil line opens out into the groove ; characterized in that the oil line formed by the support ring opens out into a cavity formed by the housing , which cavity connects the oil line in an oil-conducting manner to at least one bearing , by way of which bearing the planet carrier is mounted in the support ring .