mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical cell comprising: an inner current collector; an inner reactant flowpath; an outer current collector; an outer reactant flowpath; and an ion-exchange membrane, wherein the inner reactant flowpath comprises an inner reactant inlet, an inner reactant outlet, and an inner reactant chamber in fluid communication with the inner reactant inlet and the inner reactant outlet, the inner current collector comprises one or more inner electrodes that are dimensionally configured to create an interior three-dimensional volume forming at least a portion of the inner reactant chamber, the outer current collector comprises one or more outer electrodes that are dimensionally configured to create an interior three-dimensional volume forming an opening therein, the inner current collector and the interior three-dimensional volume of the inner current collector are nested through the opening and within the three-dimensional volume of the outer current collector such that the interior three-dimensional volume of the inner current collector resides within both the inner current collector and the outer current collector, the inner electrodes of the inner current collector oppose the outer electrodes of the outer current collector across the ion-exchange membrane, the outer reactant flowpath is separated from the ion-exchange membrane by the outer electrodes, and the inner current collector and the outer current collector comprise opposing mounting faces that form a releasable seal around a perimeter of the opening. an inner current collector; an inner reactant flowpath; an outer current collector; an outer reactant flowpath; and an ion-exchange membrane, wherein the inner reactant flowpath comprises an inner reactant inlet, an inner reactant outlet, and an inner reactant chamber in fluid communication with the inner reactant inlet and the inner reactant outlet, the inner current collector comprises one or more inner electrodes that are dimensionally configured to create an interior three-dimensional volume forming at least a portion of the inner reactant chamber, the outer current collector comprises one or more outer electrodes that are dimensionally configured to create an interior three-dimensional volume forming an opening therein, the inner current collector and the interior three-dimensional volume of the inner current collector are nested through the opening and within the three-dimensional volume of the outer current collector such that the interior three-dimensional volume of the inner current collector resides within both the inner current collector and the outer current collector, the inner electrodes of the inner current collector oppose the outer electrodes of the outer current collector across the ion-exchange membrane, the outer reactant flowpath is separated from the ion-exchange membrane by the outer electrodes, and the inner current collector and the outer current collector comprise opposing mounting faces that form a releasable seal around a perimeter of the opening.
A cooling apparatus for a rectangular flat display device, comprising: a flat display module; a cover for protecting the flat display module, the cover comprising: four frame portions; an air inlet formed on an upper frame portion of the cover; and an air outlet formed on a lower frame portion of the cover; and a cross-flow fan installed near the air inlet for forcedly directing air from the air inlet to the air outlet, wherein the air outlet is formed on three consecutive frame portions of the cover and the air inlet is formed on the remaining frame portion of the cover. a flat display module; a cover for protecting the flat display module, the cover comprising: four frame portions; an air inlet formed on an upper frame portion of the cover; and an air outlet formed on a lower frame portion of the cover; and four frame portions; an air inlet formed on an upper frame portion of the cover; and an air outlet formed on a lower frame portion of the cover; and a cross-flow fan installed near the air inlet for forcedly directing air from the air inlet to the air outlet, wherein the air outlet is formed on three consecutive frame portions of the cover and the air inlet is formed on the remaining frame portion of the cover.
A nozzle having a plurality of components that enclose a nozzle passage from a nozzle entrance to a nozzle exit and are fixedly connected to one another, wherein two nozzle plates (10, 10') are fastened between two cover plates (20, 20') and held at a distance to one another such that the narrow sides-which face one another, and are determined by the thickness of the nozzle plates (10, 10') -of the nozzle plates (10, 10') form, together with the two cover plates (20, 20'), the nozzle passage from the nozzle entrance to the nozzle exit, characterized in that additional undercuts (32, 32'; 33, 33') that regionally widen the nozzle exit are introduced in order to produce an oscillating and pulsed liquid jet in the parts (31, 31') of the nozzle plates (10, 10') that are at only a short distance from one another, wherein these parts (31, 31') form the nozzle exit, and in that circular undercuts (32, 32') having midpoints that lie at the distance (a, a') from the parts (31, 31') and having radii (r, r') that are greater than the distances (a, a') are attached in the parts (31, 31') of the nozzle exit at the predetermined distance (c, c') from the opening of the nozzle exit.
A communication method, comprising: receiving, by a target terminal, resource allocation information sent by a network, the resource allocation information being configured to indicate a target time-frequency resource allocated for the target terminal, the target terminal being located in a cell under coverage of a base station, the cell being divided into multiple zones, and time-frequency resources allocated for terminals of a same type in any two adjacent zones in the multiple zones being mutually orthogonal; and performing, by the target terminal, communication by using the target time-frequency resource according to the resource allocation information; characterized in that time-frequency resources allocated for terminals of different types in a same zone in the multiple zones are mutually orthogonal. receiving, by a target terminal, resource allocation information sent by a network, the resource allocation information being configured to indicate a target time-frequency resource allocated for the target terminal, the target terminal being located in a cell under coverage of a base station, the cell being divided into multiple zones, and time-frequency resources allocated for terminals of a same type in any two adjacent zones in the multiple zones being mutually orthogonal; and performing, by the target terminal, communication by using the target time-frequency resource according to the resource allocation information; characterized in that time-frequency resources allocated for terminals of different types in a same zone in the multiple zones are mutually orthogonal.
A method for interaction between hard disks, comprising: determining, by a first hard disk, a first capability set, wherein the first capability set is a set of service capabilities supported by the first hard disk; receiving, by the first hard disk, a second capability set sent by a second hard disk, wherein the second capability set is a set of service capabilities supported by the second hard disk; determining, by the first hard disk, a common capability set according to the first capability set and the second capability set, wherein the common capability set is a set of service capabilities supported by both the first hard disk and the second hard disk; and determining, by the first hard disk, a collaboration service capability from the common capability set, to use the collaboration service capability to perform service processing with the second hard disk. determining, by a first hard disk, a first capability set, wherein the first capability set is a set of service capabilities supported by the first hard disk; receiving, by the first hard disk, a second capability set sent by a second hard disk, wherein the second capability set is a set of service capabilities supported by the second hard disk; determining, by the first hard disk, a common capability set according to the first capability set and the second capability set, wherein the common capability set is a set of service capabilities supported by both the first hard disk and the second hard disk; and determining, by the first hard disk, a collaboration service capability from the common capability set, to use the collaboration service capability to perform service processing with the second hard disk.
An optical fiber cable comprising: - a cable jacket, - a plurality of buffer tubes arranged on the inside of the cable jacket, - a plurality of optical fibers arranged on the inside of each buffer tube, and - a fire-retardant material having intrinsic fire-retarding properties, wherein the fire-retardant material is a filling material disposed between the cable jacket and the buffer tubes; characterized in that the fire-retardant material solely consists of an intumescent material and that the intumescent material is a paint or paste; the intumescent paint or paste having a density of between 1.25 and 1.32 g/m 3 and a pH-value of between 7.5 and 8.2. - a cable jacket, - a plurality of buffer tubes arranged on the inside of the cable jacket, - a plurality of optical fibers arranged on the inside of each buffer tube, and - a fire-retardant material having intrinsic fire-retarding properties,
A process for making food granules comprising citric acid particles, further crystalline ingredients, an oil, and optionally spices and/or flavorings, the process comprising the steps of: a) coating the citric acid particles with oil; b) mixing the oil coated citric acid particles with the further crystalline ingredients, and optionally the spices and/or flavorings; c) adjusting the moisture content of the mixture of step b) to a water content of 7 - 13 wt% wet weight by adding water and/or an aqueous composition to result in a wet mass; d) cold extruding the wet mass through a sieve into granules; e) drying the granules to a moisture content of 0.5 - 7 wt% wet weight; wherein the oil is liquid at a temperature of 20°C; wherein the food granules comprise the oil in relation to the citric acid particles in a dry weight ratio of 0.25:1 to 5:1; wherein the food granules comprise the citric acid particles in an amount from 0.1 - 7.0 wt% weight per cent of the food granules; wherein the steps a), b), c) and d) are carried out at a temperature between 4 and 30°C. a) coating the citric acid particles with oil; b) mixing the oil coated citric acid particles with the further crystalline ingredients, and optionally the spices and/or flavorings; c) adjusting the moisture content of the mixture of step b) to a water content of 7 - 13 wt% wet weight by adding water and/or an aqueous composition to result in a wet mass; d) cold extruding the wet mass through a sieve into granules; e) drying the granules to a moisture content of 0.5 - 7 wt% wet weight; wherein the oil is liquid at a temperature of 20°C; wherein the food granules comprise the oil in relation to the citric acid particles in a dry weight ratio of 0.25:1 to 5:1; wherein the food granules comprise the citric acid particles in an amount from 0.1 - 7.0 wt% weight per cent of the food granules; wherein the steps a), b), c) and d) are carried out at a temperature between 4 and 30°C.
An indenter made of polycrystalline diamond and having a tip having a spherical surface with a radius of 10 to 2000 μm, wherein the spherical surface of the tip is a portion with a roundness measured according to JIS B 0621 of 0.001 μm or more and 0.05 μm or less.
A safety contact stripbeing profiled in an L-shaped, C-shaped, or U-shaped manner in the cross section, for at least partially encompassing a closing edge, whereinan inner jacket facing the closing edge is formed by means of a coextrudate of a first electrically insulating plastic, wherein an outer jacket is formed spaced apart from the inner jacket by means of a coextrudate of a second electrically insulating plastic, wherein several switching chambers, which are held between the inner and outer jacket (2, 3) by at least one web each, are formed by means of the outer jacket, wherein two switching layers (22, 23), which are spaced apart from one another, are formed in each switching chamber by means of a coextrudate of a third electrically conductive plastic, and wherein an electrical conductor (28, 29) is in each case embedded as further coextrudates in the switching layers (22, 23).
A preparation jig for a tympanic membrane regenerating agent comprising: a vessel (3A, 3B, 3C, 3D,3F) including housing walls (6, 7, 50) forming an interior space for housing a medicinal solution support capable of holding a medicinal solution, and including an opening opening in one direction and formed in the housing walls, wherein an interior of the medicinal solution support is a sponge, and the medicinal solution support is adapted to be removed from the vessel (3A, 3B, 3C, 3D, 3F); and a holding portion (4A, 4C, 4F) disposed in the interior space for restricting movement of the medicinal solution support, wherein the interior space comprises an opening side and a deep side below the opening side; the deep side of the interior space is a housing portion for housing the medicinal solution support holding the medicinal solution, wherein the tympanic membrane regenerating agent is said medicinal solution support soaked in the medicinal solution, and the opening side of the interior space is an installation space in which the holding portion (4A, 4C, 4F) is disposed. a vessel (3A, 3B, 3C, 3D,3F) including housing walls (6, 7, 50) forming an interior space for housing a medicinal solution support capable of holding a medicinal solution, and including an opening opening in one direction and formed in the housing walls, wherein an interior of the medicinal solution support is a sponge, and the medicinal solution support is adapted to be removed from the vessel (3A, 3B, 3C, 3D, 3F); and a holding portion (4A, 4C, 4F) disposed in the interior space for restricting movement of the medicinal solution support, wherein the interior space comprises an opening side and a deep side below the opening side; the deep side of the interior space is a housing portion for housing the medicinal solution support holding the medicinal solution, wherein the tympanic membrane regenerating agent is said medicinal solution support soaked in the medicinal solution, and the opening side of the interior space is an installation space in which the holding portion (4A, 4C, 4F) is disposed.
A memory circuit comprising: a ferroelectric capacitor (21; 41; 73; 93) having first and second polarisation states; a variable impedance element comprising an element (23; 33; 51; 72; 92), which is chosen from the group consisting of bipolar transistors, ferroelectric FETs, FETs, amplifiers, ferroelectric relays and electrostatic MEMs switches and which has first and second switch terminals and a control terminal, said variable impedance element comprising a charge leakage path between said control terminal and said second switch terminal that is sufficient to remove any free charge remaining in said variable impedance element from said ferroelectric capacitor after said ferroelectric capacitor switches between the first and second polarisation states, said variable impedance element having a switch impedance between the first and second switch terminals that is determined by a signal on the control terminal, said ferroelectric capacitor being connected between said control terminal and said first switch terminal, and a conductive load connected between a first power terminal and said first switch terminal, said second switch terminal being connected to a second power terminal, wherein when a potential difference is applied between said first and second switch terminals; a current flows between said first switch terminal and second switch terminal that varies in a manner determined by said state of polarization of said ferroelectric capacitor. a ferroelectric capacitor (21; 41; 73; 93) having first and second polarisation states; a variable impedance element comprising an element (23; 33; 51; 72; 92), which is chosen from the group consisting of bipolar transistors, ferroelectric FETs, FETs, amplifiers, ferroelectric relays and electrostatic MEMs switches and which has first and second switch terminals and a control terminal, said variable impedance element comprising a charge leakage path between said control terminal and said second switch terminal that is sufficient to remove any free charge remaining in said variable impedance element from said ferroelectric capacitor after said ferroelectric capacitor switches between the first and second polarisation states, said variable impedance element having a switch impedance between the first and second switch terminals that is determined by a signal on the control terminal, said ferroelectric capacitor being connected between said control terminal and said first switch terminal, and a conductive load connected between a first power terminal and said first switch terminal, said second switch terminal being connected to a second power terminal, wherein when a potential difference is applied between said first and second switch terminals; a current flows between said first switch terminal and second switch terminal that varies in a manner determined by said state of polarization of said ferroelectric capacitor.
Respiratory mask comprising: - a mask body comprising a gas inlet in fluid communication with an inner chamber, - a front shroud with a flexible upwardly-projecting upper arm comprising headgear connecting structures, and - at least one resilient element arranged between the mask body and the flexible upper arm of the front shroud so that said at least one resilient element is squeezed between the mask body and the flexible upper arm, characterized in that: - the resilient element is integrally fixed, in a non-removable manner, on the peripheral outer wall of the mask body, and - the resilient element is made of resilient material that is able to be deformed, when the flexible upper arm of the front shroud is bent or pivots toward the mask body and mechanically acts on the resilient element. - a mask body comprising a gas inlet in fluid communication with an inner chamber, - a front shroud with a flexible upwardly-projecting upper arm comprising headgear connecting structures, and - at least one resilient element arranged between the mask body and the flexible upper arm of the front shroud so that said at least one resilient element is squeezed between the mask body and the flexible upper arm, - the resilient element is integrally fixed, in a non-removable manner, on the peripheral outer wall of the mask body, and - the resilient element is made of resilient material that is able to be deformed, when the flexible upper arm of the front shroud is bent or pivots toward the mask body and mechanically acts on the resilient element.
A multifunctional cooking and baking assembly, comprising an upper housing and a lower housing hinged with the upper housing mutually, wherein the upper housing and the lower housing are respectively and internally provided with a chamber, in which a griddle plate is arranged, and wherein the chambers of the upper housing and the lower housing are connected through a connecting passage in which the griddle plate can be placed, wherein said multifunctional cooking and baking assembly is characterized in that the griddle plate is an overall griddle plate extending from the inside of the chamber of the upper housing to the inside of the chamber of the lower housing through the connecting passage when the upper housing and the lower housing rotate to a relative tiled position.
A patterned thermoplastic elastomer film for fabricating a liquid-filled blister, the film having opposite first and second sides, the first side defining a blister-sized cavity with an area of 0.1 to 20 cm 2 in fluid communication with a microfluidic channel via a gating region, the gating region being intended for sealing off between the cavity and the microfluidic channel, at least the channel and gating region being defined by a relief pattern, wherein the cavity and microfluidic channel are surrounded by a single continuous edge for bonding to a backing substrate to seal around the cavity, and the gating region has at least one of the following: a) at least 5 separate compartments defined by respective recesses in the first side, each of the recesses bounded by walls of a set of walls that separate the compartments from each other, the cavity, and the channel; b) at least 5 walls of a set of walls defined by the patterning of the first side, the walls separating a plurality of compartments from each other, the cavity, and the channel, wherein the walls have a mean thickness that is less than a mean height, and each pair of the at least 5 walls has a mean separation greater than twice the mean thickness; c) an array of separate compartments bounded by walls defined by the patterning of the first side that collectively define a polygonal regular planar tiling with at least 50% of the surface area of the gating region being open spaces; d) a focusing region in fluid communication with the cavity, and a seal region having at least one wall defined by patterning of the film, wherein the at least one wall separates the focusing region from the seal region, and a shape of the at least one wall tapers the focusing region towards the seal region. a) at least 5 separate compartments defined by respective recesses in the first side, each of the recesses bounded by walls of a set of walls that separate the compartments from each other, the cavity, and the channel; b) at least 5 walls of a set of walls defined by the patterning of the first side, the walls separating a plurality of compartments from each other, the cavity, and the channel, wherein the walls have a mean thickness that is less than a mean height, and each pair of the at least 5 walls has a mean separation greater than twice the mean thickness; c) an array of separate compartments bounded by walls defined by the patterning of the first side that collectively define a polygonal regular planar tiling with at least 50% of the surface area of the gating region being open spaces; d) a focusing region in fluid communication with the cavity, and a seal region having at least one wall defined by patterning of the film, wherein the at least one wall separates the focusing region from the seal region, and a shape of the at least one wall tapers the focusing region towards the seal region.