mhurhangee/ep-ind-claims huggingface dataset:
A storage element for gases, in which in a rigid internally hollow housing, which has at least one inlet, one outlet or one inlet and outlet for a gas, a sorbent for storing a respective gas is incorporated in at least one region, and at least one further region is present in the housing in which an elastically deformable body or an elastically deformable material is accommodated and no sorbent is present, wherein the body or the material is elastically deformable to such an extent and/or its volume is dimensioned such that a volume expansion of the sorbent during sorption of the respective gas can be compensated, characterized in that the elastically deformable body or the elastically deformable material is formed anisotropically with greater elasticity with respect to an axial direction adjacent to sorbents. a sorbent for storing a respective gas is incorporated in at least one region, and at least one further region is present in the housing in which an elastically deformable body or an elastically deformable material is accommodated and no sorbent is present, wherein the body or the material is elastically deformable to such an extent and/or its volume is dimensioned such that a volume expansion of the sorbent during sorption of the respective gas can be compensated, characterized in that the elastically deformable body or the elastically deformable material is formed anisotropically with greater elasticity with respect to an axial direction adjacent to sorbents.
A cannula for insertion through a biologic tissue, the cannula comprising: a shaft comprising proximal and distal end portions, and a lumen extending therebetween; a tip having a proximal end portion, a distal tip end, and a lumen extending therebetween, the proximal end portion of the tip being secured to the distal tip end of the shaft, a hub having proximal and distal end portions (134, 136) and a lumen extending therebetween, the distal end portion of the hub positioned at the proximal end portion of the shaft such that the lumen of the hub is in fluid communication with the lumen of the shaft, and the proximal end portion of the hub is configured to be coupled to an auxiliary device, the tip having an opening communicating with the lumen and extending proximally relative to the distal tip end, wherein the opening extending proximally is configured to permit fluid to be continuously drawn into the lumen of the tip even in the event the distal tip end becomes obstructed, characterized in that the hub further comprises an inner cylindrical portion and a plurality of outer, longitudinally spaced annular members that are formed integral with the inner cylindrical portion, the longitudinally spaced annular members operable to control a kink radius of the hub. a shaft comprising proximal and distal end portions, and a lumen extending therebetween; a tip having a proximal end portion, a distal tip end, and a lumen extending therebetween, the proximal end portion of the tip being secured to the distal tip end of the shaft, a hub having proximal and distal end portions (134, 136) and a lumen extending therebetween, the distal end portion of the hub positioned at the proximal end portion of the shaft such that the lumen of the hub is in fluid communication with the lumen of the shaft, and the proximal end portion of the hub is configured to be coupled to an auxiliary device, the tip having an opening communicating with the lumen and extending proximally relative to the distal tip end, wherein the opening extending proximally is configured to permit fluid to be continuously drawn into the lumen of the tip even in the event the distal tip end becomes obstructed, characterized in that the hub further comprises an inner cylindrical portion and a plurality of outer, longitudinally spaced annular members that are formed integral with the inner cylindrical portion, the longitudinally spaced annular members operable to control a kink radius of the hub.
A multi-tool machine for processing products made of stone or stone-like materials, comprising a support surface for one or more products to be processed, which defines a longitudinal axis, a bearing structure designed for translation along said longitudinal axis and adapted to support at least one first, one second and one third processing heads, which are designed for interaction with one or more surfaces (S, S', S", S"') of the product being processed, wherein each of said heads (4, 5, 6) is movable relative to said bearing structure independently of the others for simultaneous processing of multiple surfaces (S, S', S", S"') of each product being processed; wherein said bearing structure has a bridge construction with at least one pair of substantially vertical posts (7, 8) joined together by at least one pair of substantially parallel transverse beams (9, 10), with mutually facing inner walls (14, 15) and outer walls facing outside of said bearing structure; characterized in that each of said beams (9, 10) comprises first transverse guide means associated with said inner walls (14, 15) for slidably guiding a first carriage which is adapted to support said at least one first processing head.
A film product comprising: a film layer comprising a polyester polymer, the film layer having been biaxially stretched in both a longitudinal direction and in a lateral direction, the polyester polymer being at least partially in crystalline form and comprises a non-modified polyester polymer, and wherein the film layer shrinks at least about 15 % in both the lateral direction and the longitudinal direction when subjected to a temperature of 80°C for three minutes. a film layer comprising a polyester polymer, the film layer having been biaxially stretched in both a longitudinal direction and in a lateral direction, the polyester polymer being at least partially in crystalline form and comprises a non-modified polyester polymer, and wherein the film layer shrinks at least about 15 % in both the lateral direction and the longitudinal direction when subjected to a temperature of 80°C for three minutes.
A method for controlling performance in a radio node using Time Division Duplex and having multiple parallel branches (604, 606) and antennas (604a, 606a) for radio transmission of signals propagating through a transmit chain in each of the branches before emission from the antennas, the method comprising: - generating a signal that propagates through said transmit chain in each of the branches, - tapping said signal from each of the branches after the transmit chain, - determining timing of tapped signals by determining a timing of the tapped signal from each of the branches, - monitoring timing alignment of said branches in the radio node based on the determined timing of tapped signals, and - adjusting a transmission delay of at least one of the branches if the determined timing of tapped signals indicates that a timing misalignment between said multiple parallel branches exceeds a preset limit. - generating a signal that propagates through said transmit chain in each of the branches, - tapping said signal from each of the branches after the transmit chain, - determining timing of tapped signals by determining a timing of the tapped signal from each of the branches, - monitoring timing alignment of said branches in the radio node based on the determined timing of tapped signals, and - adjusting a transmission delay of at least one of the branches if the determined timing of tapped signals indicates that a timing misalignment between said multiple parallel branches exceeds a preset limit.
An image processing apparatus that corrects a signal level of a defective pixel included in image data captured by an image sensor provided with a color filter where a plurality of certain colors are regularly arranged, the image processing apparatus comprising: determination means for, based on differences in signal levels of a plurality of pairs of pixels, each pair of pixels being located so as to sandwich the defective pixel and have the same color as the defective pixel, determining a direction being across the defective pixel and along which pixels used to calculate the signal level of the defective pixel are located; ratio calculation means for calculating a ratio between an average value of signal levels of pixels that are adjacent to the defective pixel and that have a different color or different colors from the defective pixel, and an average value of signal levels of pixels that are adjacent to pixels of the pair of pixels being located along the direction determined by the determination means with respect to the defective pixel and having the same color as the defective pixel and that have the different color or the different colors; and first correction processing means for outputting, as the signal level of the defective pixel, a value obtained by multiplying an average value of signal levels of the pair of pixels being located along the direction determined by the determination means with respect to the defective pixel and having the same color as the defective pixel, by the ratio calculated by the ratio calculation means. determination means for, based on differences in signal levels of a plurality of pairs of pixels, each pair of pixels being located so as to sandwich the defective pixel and have the same color as the defective pixel, determining a direction being across the defective pixel and along which pixels used to calculate the signal level of the defective pixel are located; ratio calculation means for calculating a ratio between an average value of signal levels of pixels that are adjacent to the defective pixel and that have a different color or different colors from the defective pixel, and an average value of signal levels of pixels that are adjacent to pixels of the pair of pixels being located along the direction determined by the determination means with respect to the defective pixel and having the same color as the defective pixel and that have the different color or the different colors; and first correction processing means for outputting, as the signal level of the defective pixel, a value obtained by multiplying an average value of signal levels of the pair of pixels being located along the direction determined by the determination means with respect to the defective pixel and having the same color as the defective pixel, by the ratio calculated by the ratio calculation means.
A vehicle control device for controlling a vehicle with drive source automatic stop means configured to automatically stop a drive source when a predetermined automatic stop condition is satisfied and an electrical oil pump to be driven during an automatic stop of the drive source; comprising: drive prohibition time calculation means configured to calculate a drive prohibition time of the electrical oil pump on the basis of a heat generation amount of the electrical oil pump; drive prohibition means configured to prohibit the drive of the electrical oil pump until the drive prohibition time elapses from the end of the drive of the electrical oil pump; time measurement means configured to measure an elapsed time after the drive of the electrical oil pump; and characterized by drive number measurement means configured to measure the number of drive times of the electrical oil pump from the start of the measurement of the elapsed time by the time measurement means, wherein the drive prohibition time calculation means is configured to extend the drive prohibition time with a decrease in the elapsed time when the elapsed time measured by the time measurement means is not longer than a predetermined time and the number of drive times of the electrical oil pump measured by the drive number measurement means is not less than a predetermined number of times. drive prohibition time calculation means configured to calculate a drive prohibition time of the electrical oil pump on the basis of a heat generation amount of the electrical oil pump; drive prohibition means configured to prohibit the drive of the electrical oil pump until the drive prohibition time elapses from the end of the drive of the electrical oil pump; time measurement means configured to measure an elapsed time after the drive of the electrical oil pump; and characterized by drive number measurement means configured to measure the number of drive times of the electrical oil pump from the start of the measurement of the elapsed time by the time measurement means, wherein the drive prohibition time calculation means is configured to extend the drive prohibition time with a decrease in the elapsed time when the elapsed time measured by the time measurement means is not longer than a predetermined time and the number of drive times of the electrical oil pump measured by the drive number measurement means is not less than a predetermined number of times.
A transmitter comprising: an L1, Layer-1, signaling data generator configured to generate, from transmission parameters of a main signal, L1 signaling data storing the transmission parameters and including L1-pre signaling data and L1-post signaling data; characterized by a first error correction coding unit configured to perform error correction coding on the L1-pre signaling data; an energy dispersion unit configured to perform energy dispersion on the L1-post signaling data; a second error correction coding unit configured to perform error correction coding on the energy-dispersed L1-post signaling data; a mapper (1023, 1026) configured to perform mapping on the error correction coded L1-pre signaling data and the energy-dispersed, error correction coded L1-post signaling data, wherein, the L1-pre signaling data is provided to the first error correction coding unit without being energy-dispersed, and the L1 signaling data generator stores, in the L1-pre signaling data, energy dispersion information indicating that energy dispersion has been performed, and the energy dispersion unit performs the energy dispersion on the L1-post signaling data, or the L1 signaling data generator stores, in the L1-pre signaling data, energy dispersion information indicating that energy dispersion has not been performed, and the energy dispersion unit does not perform the energy dispersion on the L1-post signaling data. an L1, Layer-1, signaling data generator configured to generate, from transmission parameters of a main signal, L1 signaling data storing the transmission parameters and including L1-pre signaling data and L1-post signaling data; characterized by a first error correction coding unit configured to perform error correction coding on the L1-pre signaling data; an energy dispersion unit configured to perform energy dispersion on the L1-post signaling data; a second error correction coding unit configured to perform error correction coding on the energy-dispersed L1-post signaling data; a mapper (1023, 1026) configured to perform mapping on the error correction coded L1-pre signaling data and the energy-dispersed, error correction coded L1-post signaling data, wherein, the L1-pre signaling data is provided to the first error correction coding unit without being energy-dispersed, and the L1 signaling data generator stores, in the L1-pre signaling data, energy dispersion information indicating that energy dispersion has been performed, and the energy dispersion unit performs the energy dispersion on the L1-post signaling data, or the L1 signaling data generator stores, in the L1-pre signaling data, energy dispersion information indicating that energy dispersion has not been performed, and the energy dispersion unit does not perform the energy dispersion on the L1-post signaling data.
A two-component coating composition comprising Component A comprising (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and Component B comprising at least one polyisocyanate. Component A comprising (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and Component B comprising at least one polyisocyanate.
Tissue paper sheets comprising 20%-30% (w/w) of an Eucalyptus globulus bark fibers pulp and having a bulk from 2 to 7 cm 3 /g and a tensile index from 10 to 30 kN.m/kg
A method of communicating data between multiple engine controllers, each one of the engine controllers having at least two independent channels (22, 24), and at least two buses independently connecting each one of the channels to one another, the engine controllers being configured to repeatedly, over subsequent cycles, transmit data originating from each of the channels to all the other channels over the buses in a sequential manner, with one channel transmitting after the other, during subsequent associated time slots of a corresponding cycle, the method comprising: during a time slot associated to a given one of the channels in a given one of the cycles, transmitting a first portion of the originating data of the given channel over a first one of the buses and transmitting a second portion of the originating data of the given channel over a second one of the buses; and during a time slot associated to the given channel in a subsequent one of the cycles, transmitting the second portion of the originating data of the given channel over the first bus and transmitting a first portion of the originating data of the given channel over the second bus; wherein the method is repeated during time slots associated to other channels within each cycle, and repeated for other cycles; and further characterised by transmitting a third portion of the originating data over both the first bus and the second bus during each cycle. during a time slot associated to a given one of the channels in a given one of the cycles, transmitting a first portion of the originating data of the given channel over a first one of the buses and transmitting a second portion of the originating data of the given channel over a second one of the buses; and during a time slot associated to the given channel in a subsequent one of the cycles, transmitting the second portion of the originating data of the given channel over the first bus and transmitting a first portion of the originating data of the given channel over the second bus; wherein the method is repeated during time slots associated to other channels within each cycle, and repeated for other cycles; and further characterised by transmitting a third portion of the originating data over both the first bus and the second bus during each cycle.
Device for receiving a substantially cylindrical workpiece, in particular a decorative ring, for processing with a laser beam, having at least one first chuck which is mounted rotatably about an axis of rotation for central receiving of the workpiece having first tensioning elements which are able to be adjusted radially with respect to a tensioning axis coinciding with the axis of rotation and which fix the workpiece independently by exerting a structurally predefined spring force which cannot be influenced by the operator.
A core shell microcapsule having a liquid core and an outer shell, in which the liquid core comprises solvent and a piroctone compound and the shell comprises polyurea formed from monomeric units of aliphatic isocyanates and amines.
Method for allowing access to cryptographic resources from at least one computing application written in a programming language of which a resulting code is independent of a microprocessor or of an operating system, the cryptographic resources being provided by at least one cryptographic source having its own access interface, comprising: implementing, by a translation module, a pooled interface which is independent of the cryptographic sources and of their respective access interfaces so as to communicate with the application, the translation module being placed between the application and each interface for accessing a cryptographic source so as to ensure access to the cryptographic resources from the application through the pooled interface; activating and maintaining, by the translation module, a communication session between the translation module and each cryptographic source through its respective access interface; in response to a search command received on the pooled interface, interrogating, by the translation module, each cryptographic source so as to obtain cryptographic identification data, filtering, by the translation module, these identification data so as to construct a response returned to the application by way of the pooled interface; receiving a cryptographic operation command addressed from the application, by the translation module, by way of the pooled interface, the cryptographic operation command including identification data obtained in the response made to said search command, directing, by the translation module, said cryptographic operation command towards the cryptographic source that provided said identification data. implementing, by a translation module, a pooled interface which is independent of the cryptographic sources and of their respective access interfaces so as to communicate with the application, the translation module being placed between the application and each interface for accessing a cryptographic source so as to ensure access to the cryptographic resources from the application through the pooled interface; activating and maintaining, by the translation module, a communication session between the translation module and each cryptographic source through its respective access interface; in response to a search command received on the pooled interface, interrogating, by the translation module, each cryptographic source so as to obtain cryptographic identification data, filtering, by the translation module, these identification data so as to construct a response returned to the application by way of the pooled interface; receiving a cryptographic operation command addressed from the application, by the translation module, by way of the pooled interface, the cryptographic operation command including identification data obtained in the response made to said search command, directing, by the translation module, said cryptographic operation command towards the cryptographic source that provided said identification data.