mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an appliance control panel disposed on an appliance having a first optical communication device in communication with an external surface of the appliance control panel; and a controller secured within the appliance operably connected to the first optical communication device to provide communication signals thereto, wherein said communication signals include diagnostic information and information related to an operation of the apparatus; and the apparatus further comprises a second optical communication device in communication with the external surface of the appliance control panel, the controller operably connected to the second optical communication device; and the controller is further operable to transmit communication signals through the first optical communication device and receive communication signals through the second optical communication device characterized in that the controller is arranged to scan for a free run repeating handshake message from a device external to the apparatus before providing said communication signals. an appliance control panel disposed on an appliance having a first optical communication device in communication with an external surface of the appliance control panel; and a controller secured within the appliance operably connected to the first optical communication device to provide communication signals thereto, wherein said communication signals include diagnostic information and information related to an operation of the apparatus; and the apparatus further comprises a second optical communication device in communication with the external surface of the appliance control panel, the controller operably connected to the second optical communication device; and the controller is further operable to transmit communication signals through the first optical communication device and receive communication signals through the second optical communication device characterized in that the controller is arranged to scan for a free run repeating handshake message from a device external to the apparatus before providing said communication signals.
A thin film structure, which comprises a substrate with a thin conductive layer containing an oxidizing enzyme mixed with an electron transfer mediator, said thin layer being protected against wetting to allow for its storage in dry conditions and further being sufficiently porous to allow for immediate activation of the oxidizing enzyme when contacted with an aqueous solution, wherein the mixture of the enzyme and the mediator further contains a conductive ink which comprises an electrically conductive component selected from the group consisting of carbon nanotubes, metal particles, carbon particles and inherently conductive polymers and mixtures thereof and, optionally, a binder, and wherein the thin layer of the oxidizing enzyme is formed by printing, coating or by an equivalent technique to provide a layer having an average thickness of about 20 nm to 100 μm, and the layer comprises a water-soluble polymer as a moisture absorbing component, and the conductive ink comprises a hydroscopic substance for enhancing the stability of the enzyme, the moisture absorbing component being present at a concentration of 0.001 to 10 wt-% by the dry matter of the layer.
Construction system having pre-fabricated or pre-mounted segments (1; 1,2; 1,2) for creating walls (8, 9) as well as floor plates and ceiling plates of above-ground structures, wherein each segment (1; 1,1; 1,2) is composed of rods, extended in longitudinal direction of the segment (1; 1,1; 1,2), having at least sixfold rotationally symmetrical cross-section, wherein the rods are arranged so as to be touching one another tangentially with their cross sections in honeycombs of a virtual hexagonal honeycomb pattern and are connected with one another by means of dowels which pass through transverse bores arranged in the rods, which transverse bores are provided at predetermined transverse planes of the segments (1; 1,1; 1,2) perpendicularly and centrally to one another diametrically opposite sides of a hexagonal honeycomb of the honeycomb grid, characterised in that the segments can be positioned or are positioned in longitudinal direction end-to-end forming a basic row, and wherein a further row of the segments (1; 1,1; 1,2) can be positioned or is positioned offset in longitudinal direction on a longitudinal side of the basis row such that the joins between segments (1; 1,1) of the basis row are bridged by segments (1; 1,2) of the further row and transverse bores corresponding to one another in the rods of the segments (1; 1,1) of the basis row and in the rods of the segments (1; 1,2) of the further row are flush with one another, that in transverse direction of the rows, segments (1; 1,1; 1,2) adjacent to one another are connected or can be connected with one another by means of dowels which can be set or are set in the transverse bores (4,1; 4,2; 4,3), which are flush with one another, of the adjacent segments (1; 1,1; 1,2).
A computer-implemented method of protecting a software program from attack during runtime, the method comprising: receiving, by an address server, one or more source tokens from any one of a plurality of software blocks during execution of the software program, wherein the plurality of software blocks are organized into a plurality of domains, wherein each domain comprises a diverse instance of the software program, and wherein each diverse instance of each software block is configured to implement the same function as other diverse instances of that software block having different structures; selecting, by the address server, a domain in the plurality of domains; identifying one or more destination tokens corresponding to the one or more received source tokens based at least in part on the selected domain and a table mapping each source token in the one or more tokens to a plurality of destination tokens, wherein the plurality of destination tokens correspond to the plurality of domains; and returning the one or more destination tokens to said any one of the plurality of software blocks. receiving, by an address server, one or more source tokens from any one of a plurality of software blocks during execution of the software program, wherein the plurality of software blocks are organized into a plurality of domains, wherein each domain comprises a diverse instance of the software program, and wherein each diverse instance of each software block is configured to implement the same function as other diverse instances of that software block having different structures; selecting, by the address server, a domain in the plurality of domains; identifying one or more destination tokens corresponding to the one or more received source tokens based at least in part on the selected domain and a table mapping each source token in the one or more tokens to a plurality of destination tokens, wherein the plurality of destination tokens correspond to the plurality of domains; and returning the one or more destination tokens to said any one of the plurality of software blocks.
A single-cylinder type engine comprising: a cylinder; a crankcase in mating contact with the cylinder at a cylinder mating surface and attached to the cylinder; a crankshaft rotatable about a crank axis, at least a part of the crankshaft being arranged in the crankcase; a transmission that outputs the rotation of the crankshaft from a drive shaft rotatable about a drive axis, at least a part of the transmission being arranged in the crankcase; a motor; and multiple gears that reduce an output of the motor and transmit a reduced output to the crankshaft, wherein the cylinder is tilted toward the transmission so that an angle between a virtual half line (Lh) and a virtual line segment is less than 90°, the virtual half line (Lh) extending parallel to an axis (Lc) of the cylinder toward the cylinder from the crank axis, the virtual line segment extending between the crank axis and the drive axis, and the motor is arranged on the opposite side of the transmission across the cylinder, with a rotational axis of the motor being parallel to the crankshaft, characterized in that the motor is arranged on the opposite side of the crankshaft across the cylinder mating surface. a cylinder; a crankcase in mating contact with the cylinder at a cylinder mating surface and attached to the cylinder; a crankshaft rotatable about a crank axis, at least a part of the crankshaft being arranged in the crankcase; a transmission that outputs the rotation of the crankshaft from a drive shaft rotatable about a drive axis, at least a part of the transmission being arranged in the crankcase; a motor; and multiple gears that reduce an output of the motor and transmit a reduced output to the crankshaft, wherein the cylinder is tilted toward the transmission so that an angle between a virtual half line (Lh) and a virtual line segment is less than 90°, the virtual half line (Lh) extending parallel to an axis (Lc) of the cylinder toward the cylinder from the crank axis, the virtual line segment extending between the crank axis and the drive axis, and
A screening method characterised in that it comprises: (a) identifying which amino acid residues in an amino acid sequence of a restriction endonuclease having star activity are charged amino acids; (b) mutating one or more codons encoding one or more of the charged residues in a gene sequence encoding the restriction endonuclease; (c) generating a library of gene sequences having one or more different codon mutations in different charged residues; (d) obtaining a set of proteins expressed by the mutated gene sequences; and (e) determining a cleavage activity for each protein, and determining a fidelity index for each protein in a predetermined buffer, wherein determining a fidelity index comprises determining the ratio of the highest concentration of protein that does not show star activity to the lowest concentration of protein that completes digestion of the substrate. (a) identifying which amino acid residues in an amino acid sequence of a restriction endonuclease having star activity are charged amino acids; (b) mutating one or more codons encoding one or more of the charged residues in a gene sequence encoding the restriction endonuclease; (c) generating a library of gene sequences having one or more different codon mutations in different charged residues; (d) obtaining a set of proteins expressed by the mutated gene sequences; and (e) determining a cleavage activity for each protein, and determining a fidelity index for each protein in a predetermined buffer, wherein determining a fidelity index comprises determining the ratio of the highest concentration of protein that does not show star activity to the lowest concentration of protein that completes digestion of the substrate.
A device for applying a load on a cement plug in a well, characterised in that the device comprises: - a housing, arranged to be lowered into a well; - a clamping mechanism, arranged to fixate a position of the housing relative to the well in an engaged state; - an actuator connected to the housing, comprising: - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism, coupled to the force output; wherein the load mechanism is arranged to apply the load on the cement plug. - a housing, arranged to be lowered into a well; - a clamping mechanism, arranged to fixate a position of the housing relative to the well in an engaged state; - an actuator connected to the housing, comprising: - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism, coupled to the force output; - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism, coupled to the force output;
A paging method, comprising: determining, by a mobility management network element, that user equipment, UE, in an idle state on a 3rd Generation Partnership Project, 3GPP, network side, has accessed a non-3GPP network, wherein an attach procedure on the 3GPP network and an attach procedure on the non-3GPP network have been completed by the UE; sending, by the mobility management network element, a downlink data notification message including an access identifier of the 3GPP network to the UE by using a non-3GPP network access gateway, for the UE to establish a data connection channel with the 3GPP network corresponding to the access identifier. determining, by a mobility management network element, that user equipment, UE, in an idle state on a 3rd Generation Partnership Project, 3GPP, network side, has accessed a non-3GPP network, wherein an attach procedure on the 3GPP network and an attach procedure on the non-3GPP network have been completed by the UE; sending, by the mobility management network element, a downlink data notification message including an access identifier of the 3GPP network to the UE by using a non-3GPP network access gateway, for the UE to establish a data connection channel with the 3GPP network corresponding to the access identifier.
A recoater for applying a building material in a device for manufacturing a three-dimensional object within a build area by solidifying layers of the building material at the points corresponding to the respective cross-section of the object, wherein the recoater is suitable for applying a building material layer by moving across the build area in a movement direction and wherein the recoater comprises a first scanning device including a first line sensor, for capturing at least a subarea of the build area, characterized in that the first scanning device includes a light source which preferably extends along a total recording area of the first line sensor, wherein the light source is preferably formed by an elongated light source or by an array of point-shaped light sources.
A compound for use in a method of treating an acute myeloid leukemia in a subject, wherein the compound is a mutant isocitrate dehydrogenase 2 inhibitor 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{ [2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, stereoisomer, isotopologue, or a polymorph thereof (COMPOUND 1), wherein the acute myeloid leukemia is characterized by the presence of a mutant allele of IDH2 and the absence of a mutant allele of NRAS.
An air control device for advancing and retracting a tool of a drill driving device comprising: - an air suction port adapted to take in air supplied from an air supply system; - air discharge ports (10A, 10B), wherein a first air discharge port corresponds to an air flow passage of the drill driving device for advancing the tool, and a second air discharge port corresponds to another air flow passage of the drill driving device for retracting the tool; and - an air control system adapted to discharge the air for advancing the tool and discharge the air for retracting the tool alternately through the air discharge ports (10A, 10B) for respective preset times in accordance with a condition of a step of drilling operation in which a hole is drilled by advancing and retreating the tool repeatedly and alternately, characterized in that the air control system is provided with a first time delay valve for adjusting an advancement time of the tool and a second time delay valve for adjusting a retreat time of the tool as timers. - an air suction port adapted to take in air supplied from an air supply system; - air discharge ports (10A, 10B), wherein a first air discharge port corresponds to an air flow passage of the drill driving device for advancing the tool, and a second air discharge port corresponds to another air flow passage of the drill driving device for retracting the tool; and - an air control system adapted to discharge the air for advancing the tool and discharge the air for retracting the tool alternately through the air discharge ports (10A, 10B) for respective preset times in accordance with a condition of a step of drilling operation in which a hole is drilled by advancing and retreating the tool repeatedly and alternately, characterized in that the air control system is provided with a first time delay valve for adjusting an advancement time of the tool and a second time delay valve for adjusting a retreat time of the tool as timers.
A data sharing method based on a plurality of blockchains (120, 130, 140, 150) having different functions to each other, the method comprising: registering, by a management server, user block data which includes user information and a hash key of each user of a plurality of users including a first user and a second user in a user information blockchain; receiving, by the management server, storage information of data provided by the first user from a storage server; registering, by the management server, metadata of the provided data in a metadata blockchain; receiving, by the management server, a request for specific data in the provided data from the second user; identifying, by the management server, the specific data based on a result of comparing information included in the request with the metadata in the metadata blockchain; and transmitting, by the management server, the storage information of the specific data to the second user; wherein the management server authenticates the first user and the second user using information stored in the user information blockchain, and the management server transmits the storage information of the specific data when the authentication of the second user is successful, the storage information including an identifier of the storage server and a storage location of data in the storage server. registering, by a management server, user block data which includes user information and a hash key of each user of a plurality of users including a first user and a second user in a user information blockchain; receiving, by the management server, storage information of data provided by the first user from a storage server; registering, by the management server, metadata of the provided data in a metadata blockchain; receiving, by the management server, a request for specific data in the provided data from the second user; identifying, by the management server, the specific data based on a result of comparing information included in the request with the metadata in the metadata blockchain; and transmitting, by the management server, the storage information of the specific data to the second user; wherein the management server authenticates the first user and the second user using information stored in the user information blockchain, and the management server transmits the storage information of the specific data when the authentication of the second user is successful, the storage information including an identifier of the storage server and a storage location of data in the storage server.
A detector array, comprising: at least one detector pixel with a cavity that defines a three dimensional volume, wherein a surface of the cavity includes at least two photosensitive regions and a non-photosensitive region there between, defining at least two sub-pixels (3061, 3062) which detect light photons traversing within the three dimensional cavity and produce respective signals indicative thereof; and a scintillator, including: a first sub-portion that is located in the cavity and which emits the light photons in response to absorbing x-ray photons, wherein light photons emitted by the first sub-portion are detected by both of the at least two sub-pixels; and the detector array being characterized in that the scintillator is further including a second sub-portion that is located outside the cavity. at least one detector pixel with a cavity that defines a three dimensional volume, wherein a surface of the cavity includes at least two photosensitive regions and a non-photosensitive region there between, defining at least two sub-pixels (3061, 3062) which detect light photons traversing within the three dimensional cavity and produce respective signals indicative thereof; and a scintillator, including: a first sub-portion that is located in the cavity and which emits the light photons in response to absorbing x-ray photons, wherein light photons emitted by the first sub-portion are detected by both of the at least two sub-pixels; and the detector array being characterized in that the scintillator is further including a second sub-portion that is located outside the cavity. a first sub-portion that is located in the cavity and which emits the light photons in response to absorbing x-ray photons, wherein light photons emitted by the first sub-portion are detected by both of the at least two sub-pixels; and the detector array being characterized in that the scintillator is further including a second sub-portion that is located outside the cavity.
A method for heat treatment of a casting part of the cylinder head type made in an alloy of aluminium, silicon and magnesium, characterized in that it comprises the following steps: - solution heat treatment of the part for a duration comprised between three and ten hours, at a temperature comprised between 490°C and 550°C; - quenching of the part with air or in a fluidized bed, at a cooling rate such that the temperature of a fire face of the part passes from 495°C to 200°C in less than 7 min 30 s; - tempering of the part at the resistance peak, or in proximity to the resistance peak, tempering being performed according to a suitable duration in order to attain a resistance level of the part at least equal to 85% of the maximum resistance level at the relevant tempering temperature. - solution heat treatment of the part for a duration comprised between three and ten hours, at a temperature comprised between 490°C and 550°C; - quenching of the part with air or in a fluidized bed, at a cooling rate such that the temperature of a fire face of the part passes from 495°C to 200°C in less than 7 min 30 s; - tempering of the part at the resistance peak, or in proximity to the resistance peak, tempering being performed according to a suitable duration in order to attain a resistance level of the part at least equal to 85% of the maximum resistance level at the relevant tempering temperature.