mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the inspection of a hostile or harsh environment comprising: - a sensorized device comprising in turn a plurality of image sensors (42,44,46,48) positioned with different orientations with respect to each other, so as to detect image data or a plurality of video images in sequence of said hostile or harsh environment, - a support destined for supporting said device in said hostile or harsh environment, - processing means of said image data for generating a spherical and/or three-dimensional image or a plurality of video images in sequence on the basis of said image data, - a remote display device with respect to said sensorized device, destined for being positioned outside the hostile or harsh environment and in communication with at least the processing means of the image data, characterized in that said apparatus is destined for said hostile or harsh environment which has temperature characteristics and/or atmospheric contaminants harmful or dangerous for human beings as a high-temperature furnace and in that said plurality of sensors having different orientations with respect to each other are sensors that detect contemporaneous image data of at least 60% of 4n steradians of said hostile or harsh environment, said image sensors (42,44,46,48) are housed in a protective shell, said apparatus further comprising stable positioning means, destined for positioning the sensorized device always in a same, pre-determined position of said hostile or harsh environment during subsequent inspections. - a sensorized device comprising in turn a plurality of image sensors (42,44,46,48) positioned with different orientations with respect to each other, so as to detect image data or a plurality of video images in sequence of said hostile or harsh environment, - a support destined for supporting said device in said hostile or harsh environment, - processing means of said image data for generating a spherical and/or three-dimensional image or a plurality of video images in sequence on the basis of said image data, - a remote display device with respect to said sensorized device, destined for being positioned outside the hostile or harsh environment and in communication with at least the processing means of the image data,
Apparatus for decoding a transform coefficient block encoded in a data stream, comprising: a decoder configured to extract, from the data stream, a significance map indicating positions of significant transform coefficients within the transform coefficient block, and the values of the significant transform coefficients within the transform coefficient block, with, in extracting the significance map, extracting, from the data stream, first-type syntax elements by context-adaptive entropy decoding, with each of the first-type syntax elements indicating, with respect to an associated position within the transform coefficient block, whether a significant transform coefficient is present; and an associator configured to associate each of the first-type syntax elements with the respective position of the transform coefficient block in a predetermined scan order, wherein the decoder is configured to use, in context-adaptively entropy decoding a current first-type syntax element, a context which is selected depending on a number of significant transform coefficients in a predetermined neighborhood of the current first-type syntax element and the position of the current first-type syntax element. a decoder configured to extract, from the data stream, a significance map indicating positions of significant transform coefficients within the transform coefficient block, and the values of the significant transform coefficients within the transform coefficient block, with, in extracting the significance map, extracting, from the data stream, first-type syntax elements by context-adaptive entropy decoding, with each of the first-type syntax elements indicating, with respect to an associated position within the transform coefficient block, whether a significant transform coefficient is present; and a significance map indicating positions of significant transform coefficients within the transform coefficient block, and the values of the significant transform coefficients within the transform coefficient block, with, in extracting the significance map, extracting, from the data stream, first-type syntax elements by context-adaptive entropy decoding, with each of the first-type syntax elements indicating, with respect to an associated position within the transform coefficient block, whether a significant transform coefficient is present; and an associator configured to associate each of the first-type syntax elements with the respective position of the transform coefficient block in a predetermined scan order, wherein the decoder is configured to use, in context-adaptively entropy decoding a current first-type syntax element, a context which is selected depending on a number of significant transform coefficients in a predetermined neighborhood of the current first-type syntax element and the position of the current first-type syntax element.
Method of determining at least one of a friction potential and a tire stiffness of a wheel of a vehicle, the vehicle comprising at least one vehicle sensor for providing slip related values (k 1, k 2), the method comprising the steps of: - calculating a first friction related value (μ 1) based on a first slip related value (k 1) and a first tire stiffness related value (C 1), - estimating a second tire stiffness related value (C 2) based on the first slip related value (k 1) and the calculated first friction related value (μ 1) characterized in that - the estimating is further based on a second friction related value (μ 2), and - the method further comprises feeding back the estimated second tire stiffness related value (C 2) as a basis of a calculation of a third friction related value μ 3. - calculating a first friction related value (μ 1) based on a first slip related value (k 1) and a first tire stiffness related value (C 1), - estimating a second tire stiffness related value (C 2) based on the first slip related value (k 1) and the calculated first friction related value (μ 1) characterized in that - the estimating is further based on a second friction related value (μ 2), and - the method further comprises feeding back the estimated second tire stiffness related value (C 2) as a basis of a calculation of a third friction related value μ 3.
A consumable chip (90, 200) applicable to a consumable for providing a consumable product to an image formation device, the consumable being detachably mounted at the image formation device, the consumable chip (90, 200) comprising: a memory (92, 220) used to store information of the consumable product of the image formation device; a controller configured to control the consumable chip (90, 200) to generate a predetermined signal to cause the image formation device to perform a target operation according to the predetermined signal, characterized in that, the consumable chip (90, 200) includes: a first port configured to communicate with an imaging controller of the image formation device; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal. a memory (92, 220) used to store information of the consumable product of the image formation device; a controller configured to control the consumable chip (90, 200) to generate a predetermined signal to cause the image formation device to perform a target operation according to the predetermined signal, characterized in that, the consumable chip (90, 200) includes: a first port configured to communicate with an imaging controller of the image formation device; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal. a first port configured to communicate with an imaging controller of the image formation device; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal.
System for testing the sterility of radioactive substances, comprising i. a filtrate bottle comprising at least one liquid-conveying line and at least one pressure-equalising line, and ii. at least one transport carriage, wherein the transport carriage is suitable for receiving the filtrate bottle, wherein the transport carriage is movable, wherein at least the filtrate bottle is surrounded by a shield against ionising radiation, iii. a vacuum pump, wherein the vacuum pump is connected to the liquid-conveying line and is suitable for pumping filtrate containing the radioactive substance into the filtrate bottle, iv. at least one self-sealing connection piece, and v. an isolator, wherein the isolator is connected to the filtrate bottle on the transport carriage via the at least one liquid-conveying line and the at least one pressure-equalising line, wherein the isolator comprises a device for membrane filtration, wherein the at least one self-sealing connection piece connects the filtrate bottle to the isolator via the liquid-conveying line and/or the pressure-equalising line. i. a filtrate bottle comprising at least one liquid-conveying line and at least one pressure-equalising line, and ii. at least one transport carriage, wherein the transport carriage is suitable for receiving the filtrate bottle, wherein the transport carriage is movable, wherein at least the filtrate bottle is surrounded by a shield against ionising radiation, iii. a vacuum pump, wherein the vacuum pump is connected to the liquid-conveying line and is suitable for pumping filtrate containing the radioactive substance into the filtrate bottle, iv. at least one self-sealing connection piece, and v. an isolator, wherein the isolator is connected to the filtrate bottle on the transport carriage via the at least one liquid-conveying line and the at least one pressure-equalising line, wherein the isolator comprises a device for membrane filtration, wherein the at least one self-sealing connection piece connects the filtrate bottle to the isolator via the liquid-conveying line and/or the pressure-equalising line.
A method for controlling the temperature of rooms of a dwelling or set of rooms provided with a surface heating system, in particular an underfloor heating system, in which a main hot water supply line and a main hot water return line are connected via distribution lines to the admixing circuits of the individual rooms of a dwelling or set of rooms, wherein the level of the hot water temperature of the hot water supplied to the distribution devices of the dwelling or set of rooms is determined according to the least comfortable room with the highest specific heat requirement, in that a separate admixing circuit connected to the distribution devices which are assigned to the dwelling or set of rooms is assigned to each room, said admixing circuit being configured such that a controllable quantity of cooler return water flowing back from the respective surface heating system is able to be mixed with the hot water supplied to the surface heating system from the distribution lines, in order to keep the temperature of the water flowing into the surface heating system at a desired value, characterised in that the water flowing through the surface heating system is permanently set in circulation by a circulating pump with a substantially constant quantity corresponding to the heating load of a room, wherein the distribution of the hot water takes place in a decentralised manner via distribution lines to the armature blocks which are assigned to each room and which are configured as integral armatures with a pump valve, a non-return valve (25, 29), a ventilating valve and a mechanically or electrically driven temperature control valve (27, 27', 27").
A terminal apparatus for cellular communications, comprising: a receiver configured to receive, from a base station, multiple pieces of on-demand System Information, SI, and non-demand SI; and a transmitter configured to transmit, to the base station, a system information request to request transmission of a first piece of on-demand SI among the multiple pieces of on-demand SI by using either a preamble or a message corresponding to the preamble, wherein the transmitter is configured to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and wherein the receiver is configured to receive the non-demand SI transmitted, from the base station, regardless of the system information request. a receiver configured to receive, from a base station, multiple pieces of on-demand System Information, SI, and non-demand SI; and a transmitter configured to transmit, to the base station, a system information request to request transmission of a first piece of on-demand SI among the multiple pieces of on-demand SI by using either a preamble or a message corresponding to the preamble, wherein the transmitter is configured to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and wherein the receiver is configured to receive the non-demand SI transmitted, from the base station, regardless of the system information request.
A pharmaceutical combination comprising (i) a CRAF inhibitor which is Compound A, or a pharmaceutically acceptable salt thereof; and (ii) an ERK inhibitor which is Compound B, or a pharmaceutically acceptable salt thereof. (i) a CRAF inhibitor which is Compound A, or a pharmaceutically acceptable salt thereof; and (ii) an ERK inhibitor which is Compound B, or a pharmaceutically acceptable salt thereof.
A composite article having increased pull-off strength and comprising: A. a first layer comprising a low surface energy polymer; B. a poly(meth)acrylate layer disposed on and in direct contact with said first layer, wherein said poly(meth)acrylate layer comprises a poly(meth)acrylate that comprises the reaction product of at least one (meth)acrylate polymerized in the presence of an organoborane initiator; and C. an epoxide layer disposed on and in direct contact with said poly(meth)acrylate layer, wherein said epoxide layer comprises an epoxide; wherein said composite article has a pull-off strength of greater than zero N/m (zero pli) measured between the poly(meth)acrylate layer and the epoxide layer using ASTM D4541 and wherein said epoxide is an epoxy-polyurethane hybrid. A. a first layer comprising a low surface energy polymer; B. a poly(meth)acrylate layer disposed on and in direct contact with said first layer, wherein said poly(meth)acrylate layer comprises a poly(meth)acrylate that comprises the reaction product of at least one (meth)acrylate polymerized in the presence of an organoborane initiator; and C. an epoxide layer disposed on and in direct contact with said poly(meth)acrylate layer, wherein said epoxide layer comprises an epoxide;
An electric curtain, wherein it comprises a top rail, a bottom bar, a curtain body, a rope winding assembly, a drive device and an end seal; the top rail and the bottom bar are disposed in parallel up and down; the curtain body is disposed between the top rail and the bottom bar; the top rail is provided with opposed first end (1.1) and second end (1.2); the end seal is disposed at the first end (1.1) of the top rail; the drive device is disposed at the second end (1.2) of the top rail; the drive device is in transmission connection with the rope winding assembly to drive the curtain body to close or open; the drive device comprises a motor part (6.1) and a power supply part (6.2); the motor part (6.1) is disposed inside the top rail and connected to the rope winding assembly in a transmission manner; characterized in that the power supply part (6.2) is disposed outside the top rail; the motor part (6.1) inside and the power supply part (6.2) outside are disposed in parallel.
A seat pad (10, 30, 70, 80) which includes a placement surface, wherein a lateral slit portion which extends from an outer side of the seat pad (10, 30, 70, 80) toward an inner side thereof is formed in a first lateral direction along the placement surface, and wherein the lateral slit portion is curved and thereby protrudes in a thickness direction orthogonal to the placement surface toward a side opposite to the placement surface along the thickness direction.
A radiator (14, 16, 18, 20) for a central heating installation (10, 100), comprising means for modifying the flow rate of fluid supplying the radiator (24, 26), characterized in that the radiator comprises a sensor detecting the presence of an individual and an electronic control unit (30, 32) commanding said means to modify the flow rate (24, 26) based on the detection of individuals by the presence sensor.
A latching mechanism for activating a switch, wherein the latching mechanism comprises: a latch element, at least one linear actuator, and a first clamp element, wherein the latching mechanism is configured to change between a latched state and an unlatched state, characterized in that; in the latched state the at least one linear actuator is extended along a longitudinal axis and presses the latch element against the first clamp element to thereby establish a frictional locking between the latch element and the first clamp element, and in that; in the unlatched state the at least one linear actuator is contracted along the longitudinal axis thereby releasing the frictional locking between the latch element and the first clamp element to thereby allow a movement of the latch element for activating the switch. a latch element, at least one linear actuator, and a first clamp element, wherein the latching mechanism is configured to change between a latched state and an unlatched state,
A method, comprising: receiving, by a processing device, an input data block (C i) and an iteration result value; performing a first field multiplication operation to produce a new iteration result value by iteratively processing, starting from a first bit position, bits of a combination of the input data block and the iteration result value, wherein the first bit position is represented by one of: a least-significant bit and a most-significant bit; performing a second field multiplication operation to produce a new mask correction value, by iteratively processing operand bits starting from a second bit position, wherein the second bit position is represented by one of: a least-significant bit and a most-significant bit, and wherein the second bit position is different from the first bit position, wherein the receiving and multiplying operations are performed iteratively, such that the new iteration result value of a current iteration is supplied to a next iteration as the iteration result value, and wherein performing the second field multiplication operation comprises: multiplying a hash key by a mask correction value, or multiplying a mask value by the combination of the input data block and the iteration result value; applying the new mask correction value to the new iteration result value; anc producing, based on the new iteration result value, a value of a cryptographic hash function to be utilized by at least one of: an authenticated encryption operation or an authenticated decryption operation. receiving, by a processing device, an input data block (C i) and an iteration result value; performing a first field multiplication operation to produce a new iteration result value by iteratively processing, starting from a first bit position, bits of a combination of the input data block and the iteration result value, wherein the first bit position is represented by one of: a least-significant bit and a most-significant bit; performing a second field multiplication operation to produce a new mask correction value, by iteratively processing operand bits starting from a second bit position, wherein the second bit position is represented by one of: a least-significant bit and a most-significant bit, and wherein the second bit position is different from the first bit position, wherein the receiving and multiplying operations are performed iteratively, such that the new iteration result value of a current iteration is supplied to a next iteration as the iteration result value, and wherein performing the second field multiplication operation comprises: multiplying a hash key by a mask correction value, or multiplying a mask value by the combination of the input data block and the iteration result value; multiplying a hash key by a mask correction value, or multiplying a mask value by the combination of the input data block and the iteration result value; applying the new mask correction value to the new iteration result value; anc producing, based on the new iteration result value, a value of a cryptographic hash function to be utilized by at least one of: an authenticated encryption operation or an authenticated decryption operation.
A method in a receiver for managing protocol data unit communication, the method comprising: identifying a start of transfer for an initial protocol data unit; and denying transfer of at least one subsequent protocol data unit until collection of an end portion for the initial protocol data unit, wherein the subsequent protocol data unit is of a higher priority level than the initial protocol data unit. identifying a start of transfer for an initial protocol data unit; and denying transfer of at least one subsequent protocol data unit until collection of an end portion for the initial protocol data unit, wherein the subsequent protocol data unit is of a higher priority level than the initial protocol data unit.