mhurhangee/ep-ind-claims huggingface dataset:
High-voltage arrangement having at least one switching device, a housing having a first housing opening and a second housing opening, and a drive for the switching device, characterized in that both the first and the second housing openings are suitable for selectively fitting a viewing window or a ground contact connection to them and the two housing openings (320, 330) and a viewing window which is inserted into one of the two housing openings are of such a size and are aligned such that both the position of a first electrical contact element of the switching device, which can connect a first connection and a second connection to one another, and the position of a second electrical contact element of the switching device, which can connect the first connection and a third connection to one another, can be seen from the outside through the viewing window.
A machining apparatus comprising: a mechanism adapted to cause a workpiece to oppose a tool mounted on a spindle, a mechanism adapted to move the workpiece in three axial directions with computer numerical control, a housing unit adapted to house a plurality of types of tools, an automatic tool changing device (22,24) adapted to pick up a tool from the housing unit and to replace a tool mounted on the spindle with the tool picked up, and a non-contact sensor adapted to measure the surface shape of the workpiece, wherein the non-contact sensor is housed in the housing unit, the automatic tool changing device (22,24) is capable of picking up the non-contact sensor from the housing unit and replacing the tool mounted on the spindle with the non-contact sensor, the non-contact sensor comprises a light irradiation unit adapted to apply a line light to the workpiece, and an imaging unit adapted to capture an image of the line light reflected from the workpiece, and the light irradiation unit is configured to apply the line light in an oblique direction to the workpiece. a mechanism adapted to cause a workpiece to oppose a tool mounted on a spindle, a mechanism adapted to move the workpiece in three axial directions with computer numerical control, a housing unit adapted to house a plurality of types of tools, an automatic tool changing device (22,24) adapted to pick up a tool from the housing unit and to replace a tool mounted on the spindle with the tool picked up, and a non-contact sensor adapted to measure the surface shape of the workpiece, wherein the non-contact sensor is housed in the housing unit, the automatic tool changing device (22,24) is capable of picking up the non-contact sensor from the housing unit and replacing the tool mounted on the spindle with the non-contact sensor, the non-contact sensor comprises a light irradiation unit adapted to apply a line light to the workpiece, and an imaging unit adapted to capture an image of the line light reflected from the workpiece, and the light irradiation unit is configured to apply the line light in an oblique direction to the workpiece.
A hand-held holder for a jackhammer having an associated reciprocating bit for chipping a hardened ground surface along a continuously variable chipping angle, the holder comprising: a) a rigid main frame defining an upper portion and a lower portion and a front end and rear end; b) an elongated cradle connected to the main frame front end for receiving and supporting the jackhammer; c) a handle mounted to the main frame upper portion and supporting a bearing load to be applied by an operator of the jackhammer; d) caster means for engagement with the ground surface; e) means for mounting the caster means to the rear end of the lower portion opposite to the cradle and rotably mounted to the caster means, and f) a biasing member; characterised in that the means for mounting the caster means displaces in response to the bearing load applied by the operator from a first position, and a second position in which the means is substantially parallel to the ground surface, displacement of the means between the first and second positions also displaces the jackhammer bit along the ground surface to vary the chipping angle formed between the jackhammer bit and the ground surface; and the biasing member continuously biases the means against the bearing load applied by the operator, and biases the jackhammer bit along the ground surface away from the caster means; wherein the operator will remain generally upright and in stand still condition during displacement of the jackhammer bit along the ground surface. a) a rigid main frame defining an upper portion and a lower portion and a front end and rear end; b) an elongated cradle connected to the main frame front end for receiving and supporting the jackhammer; c) a handle mounted to the main frame upper portion and supporting a bearing load to be applied by an operator of the jackhammer; d) caster means for engagement with the ground surface; e) means for mounting the caster means to the rear end of the lower portion opposite to the cradle and rotably mounted to the caster means, and f) a biasing member;
An apparatus for detecting abnormality in an exhaust gas temperature sensor, comprising: an exhaust gas temperature sensor for detecting exhaust gas temperature of an engine, an engine rotation speed sensor, and an engine load sensor; and a control unit incorporating therein a computer, wherein the control unit executes: an exhaust gas temperature estimating process of estimating exhaust gas temperature based on an engine rotation speed and an engine load; characterized by a transient state determining process of determining whether or not the estimated temperature is in a transient state in which the exhaust gas temperature changes; and an abnormality determining process of determining, when the transient state determining process determines that the estimated temperature is in the transient state, whether or not abnormality occurs in the exhaust gas temperature sensor on the basis of a correlation between a change characteristic of the exhaust gas temperature estimated by the exhaust gas temperature estimating process and a change characteristic of the exhaust gas temperature detected by the exhaust gas temperature sensor. an exhaust gas temperature sensor for detecting exhaust gas temperature of an engine, an engine rotation speed sensor, and an engine load sensor; and a control unit incorporating therein a computer, wherein the control unit executes: an exhaust gas temperature estimating process of estimating exhaust gas temperature based on an engine rotation speed and an engine load; characterized by a transient state determining process of determining whether or not the estimated temperature is in a transient state in which the exhaust gas temperature changes; and an abnormality determining process of determining, when the transient state determining process determines that the estimated temperature is in the transient state, whether or not abnormality occurs in the exhaust gas temperature sensor on the basis of a correlation between a change characteristic of the exhaust gas temperature estimated by the exhaust gas temperature estimating process and a change characteristic of the exhaust gas temperature detected by the exhaust gas temperature sensor. an exhaust gas temperature estimating process of estimating exhaust gas temperature based on an engine rotation speed and an engine load; characterized by a transient state determining process of determining whether or not the estimated temperature is in a transient state in which the exhaust gas temperature changes; and an abnormality determining process of determining, when the transient state determining process determines that the estimated temperature is in the transient state, whether or not abnormality occurs in the exhaust gas temperature sensor on the basis of a correlation between a change characteristic of the exhaust gas temperature estimated by the exhaust gas temperature estimating process and a change characteristic of the exhaust gas temperature detected by the exhaust gas temperature sensor.
A method of oxidizing unburnts in a chemical looping combustion system, the system comprising an air reactor, a fuel reactor for oxidizing the fuel with the metal oxide, a gas processing unit and a processing system, wherein a metal oxide formed in the air reactor and a fuel are injected into the fuel reactor, wherein the air reactor receives air and reduced metal oxide from the fuel reactor, comprising the following steps: transmitting a flue stream of the fuel reactor containing unburnts to the gas processing unit; removing CO 2 from the flue stream in the gas processing unit; transmitting the flue stream of the gas processing unit first to the processing system, separating the flue stream of the gas processing unit into a first stream having a higher concentration of unburnts and a second stream having a higher concentration of inerts, transmitting the first stream from the processing system to the fuel reactor, transmitting the second stream from the processing system to the air reactor and oxidizing unburnts contained in the second stream with air in the air reactor. transmitting a flue stream of the fuel reactor containing unburnts to the gas processing unit; removing CO 2 from the flue stream in the gas processing unit; transmitting the flue stream of the gas processing unit first to the processing system, separating the flue stream of the gas processing unit into a first stream having a higher concentration of unburnts and a second stream having a higher concentration of inerts, transmitting the first stream from the processing system to the fuel reactor, transmitting the second stream from the processing system to the air reactor and oxidizing unburnts contained in the second stream with air in the air reactor.
A method of making a touch- sensitive data entry screen apparatus of the kind arranged to provide haptic response to a user via at least one electromechanical exciter coupled to a screen, wherein bending waves are excited in the screen in response to human touch, the method comprising: resiliently mounting the touch sensitive data entry screen on a suspension, analysing a mechanical and electromechanical coupled system represented by the touch sensitive data entry screen, the suspension and the at least one exciter, said analysing comprising analysing resonance of the at least one exciter and resonance of the resiliently mounted touch sensitive data entry screen; and selecting values of parameters of the coupled system to provide a required displacement and acceleration of the screen at low frequency, such that the resonance of the at least one exciter is matched to the resonance of the resiliently mounted touch sensitive data entry screen. resiliently mounting the touch sensitive data entry screen on a suspension, analysing a mechanical and electromechanical coupled system represented by the touch sensitive data entry screen, the suspension and the at least one exciter, said analysing comprising analysing resonance of the at least one exciter and resonance of the resiliently mounted touch sensitive data entry screen; and selecting values of parameters of the coupled system to provide a required displacement and acceleration of the screen at low frequency, such that the resonance of the at least one exciter is matched to the resonance of the resiliently mounted touch sensitive data entry screen.
Wall heater comprising a wall component that has at least one vertically oriented base plate and at least one planar cover arranged on an inner surface of the base plate facing a building interior, the inner surface of the base plate having a profiled region which has at least one groove, the cover ending at a distance (s a) from the lower edge of the base plate to form a lower exposed inflow region (a) of the base plate, the cover ending at a distance (s b) from the upper edge of the base plate to form an upper exposed outflow region (b) of the base plate, and the groove forming, together with the cover, a flow channel connecting the lower exposed inflow region (a) and the upper exposed outflow region (b), characterized in that the wall heater has an air source, a floor covering and a substrate arranged below the floor covering, and in that a gap is formed between the floor covering and the substrate, into which gap air can be introduced from the air source, and it being possible for the air to be introduced through the lower exposed inflow region (a) of the wall component into the at least one flow channel, to be able to flow along the at least one flow channel and to be able to flow out at the upper exposed outflow region (b) of the base plate and to be able to be introduced into the building interior.
A column traveling generating apparatus for generating a column of vehicles, comprising: a receiving unit for receiving, from a Machine to Machine cloud server, information stored in a memory of the Machine to Machine cloud server, the information including a respective current position and a respective travel plan of each vehicle of a plurality of vehicles; a column traveling generation processing unit for extracting, from the information received from the Machine to Machine cloud server, column traveling data including a column traveling group candidate, a column traveling section and a column traveling time period; an object generating unit for generating a column traveling control object for each of the column traveling data; and an order transmitting unit for transmitting an order to the vehicle for urging participation in the column, wherein the column traveling control object transmits an order to request the signal operation to a signal managing apparatus. a receiving unit for receiving, from a Machine to Machine cloud server, information stored in a memory of the Machine to Machine cloud server, the information including a respective current position and a respective travel plan of each vehicle of a plurality of vehicles; a column traveling generation processing unit for extracting, from the information received from the Machine to Machine cloud server, column traveling data including a column traveling group candidate, a column traveling section and a column traveling time period; an object generating unit for generating a column traveling control object for each of the column traveling data; and an order transmitting unit for transmitting an order to the vehicle for urging participation in the column, wherein the column traveling control object transmits an order to request the signal operation to a signal managing apparatus.
An immunocytokine comprising: a) a conjugate, and b) an antibody or a fragment thereof directly or indirectly linked by covalence to said conjugate, wherein said fragment thereof is capable of reacting with the same antigen than its antibody counterpart, wherein said conjugate comprises: (i) a polypeptide comprising the amino acid sequence of the interleukin 15, and (ii) a polypeptide comprising the amino acid sequence of the sushi domain of the IL-15Rα, wherein the conjugate comprises the amino acid sequence of SEQ ID NO: 17. a) a conjugate, and b) an antibody or a fragment thereof directly or indirectly linked by covalence to said conjugate, wherein said fragment thereof is capable of reacting with the same antigen than its antibody counterpart, (i) a polypeptide comprising the amino acid sequence of the interleukin 15, and (ii) a polypeptide comprising the amino acid sequence of the sushi domain of the IL-15Rα,
A method (1000,2000) for cleaning one or more components of a gas turbine engine, the method (1000,2000) being characterised by comprising: atomizing (1002,2002) a detergent in an atomizing nozzle and forming (1003,2004) a working fluid, wherein the working fluid comprises a plurality of detergent droplets entrained in a flow of steam, wherein forming (1003,2004) the working fluid comprises controlling a size distribution of the plurality of detergent droplets in the working fluid such that the size distribution is effective to be substantially accommodated in a gas flow path or a cooling circuit, wherein 50 percent of the plurality of detergent droplets is characterized by a size smaller than 500 microns, introducing (1005,2006) the w working fluid into a gas flow path or a cooling circuit defined by the one or more components of the gas turbine engine such that the working fluid impinges upon a surface of the one or more components of the gas turbine engine. atomizing (1002,2002) a detergent in an atomizing nozzle and forming (1003,2004) a working fluid, wherein the working fluid comprises a plurality of detergent droplets entrained in a flow of steam, wherein forming (1003,2004) the working fluid comprises controlling a size distribution of the plurality of detergent droplets in the working fluid such that the size distribution is effective to be substantially accommodated in a gas flow path or a cooling circuit, wherein 50 percent of the plurality of detergent droplets is characterized by a size smaller than 500 microns, introducing (1005,2006) the w working fluid into a gas flow path or a cooling circuit defined by the one or more components of the gas turbine engine such that the working fluid impinges upon a surface of the one or more components of the gas turbine engine.
Method for preparing a potato product for finish-frying, comprising the steps of: - supplying a quantity of potatoes of a potato variety with an underwater weight equal to or lower than 300 g/5 kg; - washing, peeling and cutting the supplied potatoes to form a basic potato product; - blanching the basic potato product to form a blanched potato product, wherein the blanching time lies in the range of 8 to 12 minutes and the blanching temperature lies in the range of 74 to 84°C; - drying the blanched potato product; - applying a composition comprised of by weight relative to the weight of the composition: - 30-60% modified starch with an amylose content of at least 60%; - 20-30% flour derived from rice; - 5-20% dextrin; - 2-10% unmodified starch derived from corn; and - 0.01-2% carbonate, to coat the blanched and dried potato product to form a coated potato product; and - pre-frying the coated potato product to form a pre-fried potato product, wherein the steps provide a potato product having a dry substance percentage after coating in the range of 30 - 55%, wherein the energetic value is lower than 190 kCal/100 g after finish-frying. - supplying a quantity of potatoes of a potato variety with an underwater weight equal to or lower than 300 g/5 kg; - washing, peeling and cutting the supplied potatoes to form a basic potato product; - blanching the basic potato product to form a blanched potato product, wherein the blanching time lies in the range of 8 to 12 minutes and the blanching temperature lies in the range of 74 to 84°C; - drying the blanched potato product; - applying a composition comprised of by weight relative to the weight of the composition: - 30-60% modified starch with an amylose content of at least 60%; - 20-30% flour derived from rice; - 5-20% dextrin; - 2-10% unmodified starch derived from corn; and - 0.01-2% carbonate, to coat the blanched and dried potato product to form a coated potato product; and - 30-60% modified starch with an amylose content of at least 60%; - 20-30% flour derived from rice; - 5-20% dextrin; - 2-10% unmodified starch derived from corn; and - 0.01-2% carbonate, - pre-frying the coated potato product to form a pre-fried potato product,
A method for generating an authentication parameter for an Authentication Module, AM, comprising the step of: - computing the authentication parameter to be stored in the AM, using an identifier, ID, associated with a device, authentication data associated with the device and an encryption parameter associated with the device, wherein the authentication parameter is computed using an Advanced Encryption Standard, AES, algorithm taking as inputs a concatenation of the ID and the authentication data associated with the device and the encryption parameter associated with the device, wherein the concatenation of the ID and the authentication data associated with the device used for computing the authentication parameter is in the form of a string generated using Basic Encoding Rules, BER, on a plurality of fields comprised in the authentication data, and storing the authentication parameter in the AM. - computing the authentication parameter to be stored in the AM, using an identifier, ID, associated with a device, authentication data associated with the device and an encryption parameter associated with the device,
A low-pressure container for a refrigerator, comprising: a main body, wherein the main body defines a storage compartment having an opening portion for loading or unloading items; a door for selectively opening or closing the opening portion; a locking mechanism (34, 44) for locking the door with the main body when the door is in a closed position, wherein the locking mechanism (34, 44) comprises first mating parts located on the door and second mating parts located on the main body and adapted to engage and lock with the first mating parts; and a handle which is rotatable around a first rotational axis so as to drive the first mating parts to rotate; wherein the low-pressure container further comprises a transmission mechanism (901, 902) by which the handle drives first mating parts to rotate around a second rotational axis, and wherein the second rotational axis is not coaxial with the first rotational axis, characterized in that the low-pressure container is an evacuatable container, the low-pressure container further comprises a first rod body to which the handle is coupled via the transmission mechanism (901, 902) and which rotates around the second rotational axis, and one of the first mating parts is securely connected to either end of the first rod body, and the low-pressure container further comprises a second rod body which is securely connected to the handle, the second rod body has a central axis as the first rotational axis, and one of the first mating parts is securely connected to either end of the second rod body. a main body, wherein the main body defines a storage compartment having an opening portion for loading or unloading items; a door for selectively opening or closing the opening portion; a locking mechanism (34, 44) for locking the door with the main body when the door is in a closed position, wherein the locking mechanism (34, 44) comprises first mating parts located on the door and second mating parts located on the main body and adapted to engage and lock with the first mating parts; and a handle which is rotatable around a first rotational axis so as to drive the first mating parts to rotate; wherein the low-pressure container further comprises a transmission mechanism (901, 902) by which the handle drives first mating parts to rotate around a second rotational axis, and wherein the second rotational axis is not coaxial with the first rotational axis,