mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor assembly , comprising: a fan ; a pump assembly ; a motor ; a housing accommodating the fan , the pump assembly , and the motor , characterized in that the compressor assembly further comprises a sound reduction shroud accommodated in the housing and configured to segment cooling airflow into at least a motor stream and a pump stream, and comprises a sound reduction conduit being a channel configured to direct the cooling air from a plurality of intake ports to exhaust ports , such that a sound level having a value of 75 dBA or less as measured by ISO3744-1995 is achieved when the compressor assembly is in a compressing state. a fan ; a pump assembly ; a motor ; a housing accommodating the fan , the pump assembly , and the motor , characterized in that the compressor assembly further comprises a sound reduction shroud accommodated in the housing and configured to segment cooling airflow into at least a motor stream and a pump stream, and comprises a sound reduction conduit being a channel configured to direct the cooling air from a plurality of intake ports to exhaust ports , such that a sound level having a value of 75 dBA or less as measured by ISO3744-1995 is achieved when the compressor assembly is in a compressing state.
A process for producing a battery separator, the process comprising producing a non-woven mat of polymer-clay or polymer-ceramic nanocomposite nanofibers by electrospinning a fluid stock to form nanofibers, the fluid stock comprising a plurality of nanostructures and a polymer, the plurality of nanostructures comprising a clay, a ceramic, or a combination thereof, the electrospinning being gas assisted characterized in that the electrospinning is coaxially gas assisted; and the fluid stock consists of the plurality of nanostructures and the polymer and, optionally, an aqueous medium or a non-aqueous solvent.
A hard capsule comprising a film containing a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, wherein the film contains the gelling agent in an amount of 0.05 to 10 mass%, the gelling aid in an amount of more than 0.6 mass% and not more than 5 mass%, and the at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol in an amount of 2 to 10 mass%, based on 100 mass% of the total film components of the hard capsule, excluding moisture. a film containing a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, wherein the film contains the gelling agent in an amount of 0.05 to 10 mass%, the gelling aid in an amount of more than 0.6 mass% and not more than 5 mass%, and the at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol in an amount of 2 to 10 mass%, based on 100 mass% of the total film components of the hard capsule, excluding moisture.
A communication unit comprising: a plurality of cascaded devices that comprises at least one master device and at least one slave device configured in a master-slave arrangement, and wherein the at least one master device and the at least one slave device are each configured to process at least one of: transmit signals, and receive signals; wherein the communication unit is characterized in that : at least one of the at least one master device and the at least one slave device comprises a demodulator circuit configured to: receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal ; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal and the frame start signal . a plurality of cascaded devices that comprises at least one master device and at least one slave device configured in a master-slave arrangement, and wherein the at least one master device and the at least one slave device are each configured to process at least one of: transmit signals, and receive signals; wherein the communication unit is characterized in that : transmit signals, and receive signals; wherein the communication unit is characterized in that : at least one of the at least one master device and the at least one slave device comprises a demodulator circuit configured to: receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal ; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal and the frame start signal . receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal ; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal and the frame start signal .
Modular platform for receiving vehicle components, comprising fastening means for fastening the platform on or to a vehicle, characterized in that at least two of the fastening means are designed as quick-locking devices , that the quick-locking device comprises a hook and a pawl and the hook comprises a U-shaped inner area, that the hook of the quick-locking device is shaped in such a way that it can receive a cylindrical body, for example a retaining bolt , in the inner area, that the quick-locking device comprises a clamping element which can transfer the pawl at least partially into the inner area of the hook by means of a force, and that the quick-locking device is arranged in such a way that, when the modular platform is mounted by means of the fastening means, the force of the pawl can be overcome by means of the gravitational force of the platform when the cylindrical bodies are moved into the inner area of the quick-locking device, and thus the pawl can be moved out of the inner area of the hook . comprising fastening means for fastening the platform on or to a vehicle, characterized in that at least two of the fastening means are designed as quick-locking devices , that the quick-locking device comprises a hook and a pawl and the hook comprises a U-shaped inner area, that the hook of the quick-locking device is shaped in such a way that it can receive a cylindrical body, for example a retaining bolt , in the inner area, that the quick-locking device comprises a clamping element which can transfer the pawl at least partially into the inner area of the hook by means of a force, and that the quick-locking device is arranged in such a way that, when the modular platform is mounted by means of the fastening means, the force of the pawl can be overcome by means of the gravitational force of the platform when the cylindrical bodies are moved into the inner area of the quick-locking device, and thus the pawl can be moved out of the inner area of the hook .
A separator comprising a plurality of convex portions and a plurality of concave portions which are sequentially provided along a first direction (L), wherein at least one convex portion comprises a partition connected to the adjacent concave portion and a top surface connected to the partition , wherein in the convex portions , first openings are each provided on top surfaces at predetermined intervals along a second direction orthogonal to the first direction (L), the first openings of two adjacent convex portions are each provided so as not to be positioned coaxially based on a virtual first line parallel to the first direction (L), the first opening is formed to have a length along the first direction (L) larger than a width along the second direction, and the first opening is formed over the top surface and a partial area of the partition , wherein in the concave portions , second openings are each provided on bottom surfaces at predetermined intervals along a second direction orthogonal to the first direction (L), and wherein the second openings of two adjacent concave portions are provided so as not to be positioned coaxially based on a virtual first line parallel to the first direction (L). wherein at least one convex portion comprises a partition connected to the adjacent concave portion and a top surface connected to the partition , wherein in the convex portions , first openings are each provided on top surfaces at predetermined intervals along a second direction orthogonal to the first direction (L), the first openings of two adjacent convex portions are each provided so as not to be positioned coaxially based on a virtual first line parallel to the first direction (L), the first opening is formed to have a length along the first direction (L) larger than a width along the second direction, and the first opening is formed over the top surface and a partial area of the partition , wherein in the concave portions , second openings are each provided on bottom surfaces at predetermined intervals along a second direction orthogonal to the first direction (L), and wherein the second openings of two adjacent concave portions are provided so as not to be positioned coaxially based on a virtual first line parallel to the first direction (L).
A negative electrode for a rechargeable lithium battery, comprising: a current collector; and a negative active material layer on the current collector, wherein the negative active material layer comprises a first region adjacent to the current collector and a second region not contacting with the current collector, the negative active material layer comprises a carbonaceous material and a Si-based material including Si, and an amount of Si included in the first region is different from that of Si included in the second region, wherein the first region is a region corresponding to about 1 % of the total thickness of the negative active material layer to a region corresponding to about 75 % of the total thickness of the negative active material layer, and wherein an amount of the Si included in the first region is about 2 times to about 25 times the amount of Si included in the second region. a current collector; and a negative active material layer on the current collector, wherein the negative active material layer comprises a first region adjacent to the current collector and a second region not contacting with the current collector, the negative active material layer comprises a carbonaceous material and a Si-based material including Si, and an amount of Si included in the first region is different from that of Si included in the second region, wherein the first region is a region corresponding to about 1 % of the total thickness of the negative active material layer to a region corresponding to about 75 % of the total thickness of the negative active material layer, and wherein an amount of the Si included in the first region is about 2 times to about 25 times the amount of Si included in the second region.
A measurement apparatus comprising: a plurality of measurement modules which are connectable to sensors and each of which includes at least a circuit for obtaining a sensor output outputted from the corresponding sensor and outputting the obtained sensor output to the outside; and a main body portion which collects data output from the measurement modules, wherein the main body portion includes: a housing which can be carried by a user of the measurement apparatus and in which the plurality of measurement modules are removably accommodated; data collection means for collecting the data output from the measurement modules accommodated in the housing; and at least one of output means for outputting the collected data to an output destination device set in advance and a storage section for storing the data, wherein the measurement apparatus, further comprising a plurality of connection connectors (61 - 66) which are disposed within the housing and which are detachably connected to the measurement modules, wherein the plurality of connection connectors have the same shape and are arranged along an arrangement direction set in advance, characterized in that the plurality of measurement modules are connectable to sensors in one-to-one relation, wherein each measurement module has a specific function corresponding to the senor which is connectable thereto. a plurality of measurement modules which are connectable to sensors and each of which includes at least a circuit for obtaining a sensor output outputted from the corresponding sensor and outputting the obtained sensor output to the outside; and a main body portion which collects data output from the measurement modules, a housing which can be carried by a user of the measurement apparatus and in which the plurality of measurement modules are removably accommodated; data collection means for collecting the data output from the measurement modules accommodated in the housing; and at least one of output means for outputting the collected data to an output destination device set in advance and a storage section for storing the data, wherein the measurement apparatus, further comprising a plurality of connection connectors (61 - 66) which are disposed within the housing and which are detachably connected to the measurement modules, wherein the plurality of connection connectors have the same shape and are arranged along an arrangement direction set in advance,
A first Institute of Electrical and Electronics Engineers, IEEE, 802.11 station, STA, (102; 110, 120) for exchanging antenna capability information, the first IEEE 802.11 STA (102; 110, 120) comprising: a transmitter configured to transmit a probe request frame that contains a first antenna capability information element that indicates a plurality of antenna capabilities of the first IEEE 802.11 STA (102; 110, 120); and a receiver configured to receive a probe response frame that contains a second antenna capability information element that indicates a plurality of antenna capabilities of a second IEEE 802.11 STA (102; 110, 120). a transmitter configured to transmit a probe request frame that contains a first antenna capability information element that indicates a plurality of antenna capabilities of the first IEEE 802.11 STA (102; 110, 120); and a receiver configured to receive a probe response frame that contains a second antenna capability information element that indicates a plurality of antenna capabilities of a second IEEE 802.11 STA (102; 110, 120).
A thermal conductivity gas sensor , comprising: - a sensing element ; and - a module which calculates a target gas concentration, wherein the sensing element is electrically connected to the module, characterized in that the sensor comprises an amplification material coupled to the sensing element and having a target gas dependent thermal diffusivity; wherein the sensing element is used to measure the thermal diffusivity of the amplification material; and wherein the module calculates the target gas concentration based on the measurement of the thermal diffusivity of the amplification material. - a sensing element ; and - a module which calculates a target gas concentration, wherein the sensing element is electrically connected to the module,
A method of decoding a video signal, comprising: determining whether a spatial merge candidate block is not decoded yet; determining whether the spatial merge candidate block is included in a same MER as a current prediction block; when the spatial merge candidate block is already decoded and is not included in the same MER as the current prediction block, determining that the spatial merge candidate block is an available merge candidate block for inter prediction of the current prediction block; generating a merge candidate list of the current prediction block, the merge candidate list including the available merge candidate block; and performing inter prediction of the current prediction block based on the merge candidate list, wherein the spatial merge candidate block includes at least one of neighbouring blocks adjacent to the current prediction block, the neighbouring blocks including a left neighbouring block, a top neighbouring block, a top-right neighbouring block, a left-bottom neighbouring block and a top-left neighbouring block, characterized in that , when a size of the MER is 8x8 and a size of the current prediction block is 4x8, the left neighbouring block adjacent to the current prediction block is replaced with a replacement block located outside the MER. determining whether a spatial merge candidate block is not decoded yet; determining whether the spatial merge candidate block is included in a same MER as a current prediction block; when the spatial merge candidate block is already decoded and is not included in the same MER as the current prediction block, determining that the spatial merge candidate block is an available merge candidate block for inter prediction of the current prediction block; generating a merge candidate list of the current prediction block, the merge candidate list including the available merge candidate block; and performing inter prediction of the current prediction block based on the merge candidate list, wherein the spatial merge candidate block includes at least one of neighbouring blocks adjacent to the current prediction block, the neighbouring blocks including a left neighbouring block, a top neighbouring block, a top-right neighbouring block, a left-bottom neighbouring block and a top-left neighbouring block, characterized in that , when a size of the MER is 8x8 and a size of the current prediction block is 4x8, the left neighbouring block adjacent to the current prediction block is replaced with a replacement block located outside the MER.
Filter centrifuge for filtering a solid material (F) out of a suspension formed by the solid material (F) and a liquid, including a filter drum which defines a filter drum inner surface and a filter drum longitudinal axis (L1) and which is rotatable about the filter drum longitudinal axis (L1), and a solid material discharge device for discharging the filtered-out solid material (F) from the filter drum in the context of a discharge operation of the filter centrifuge , wherein the solid material discharge device comprises a discharge device arm having a free arm end , and a solid material discharge line which is formed on the arm and through which the filtered-out solid material (F) can be led out of the filter drum and which has a solid material inlet opening which is disposed adjacent to the free arm end and through which the filtered-out solid material (F) can get from the filter drum into the solid material discharge line , wherein the discharge device arm is configured to be movable in a controlled way, such that, in discharge operation, the solid material inlet opening is movable near the filter drum inner surface by means of a movement of the discharge device arm , in order to be able to receive the filtered-out solid material (F) adhering to the filter drum inner surface , and wherein the solid material discharge device further comprises at least one skid which defines a skid longitudinal axis (L2) which extends transverse to the filter drum longitudinal axis (L1) and which is arranged adjacent to the solid material inlet opening , such that the skid can rest against the filter drum inner surface in discharge operation with a skid support portion extending transverse to the filter drum longitudinal axis (L1), in order to thereby support the discharge device arm against the filter drum inner surface in discharge operation.
Composition consisting of oxides of zirconium, of cerium, of yttrium, of lanthanum and of one or more additional rare earth(s) other than cerium, lanthanum and yttrium, chosen from the group formed by neodymium, praseodymium, gadolinilem and samarium, in a weight proportion of zirconium oxide of at least 25%, between 15% and 60% of cerium oxide, between 10% and 25% of yttrium oxide, between 2% and 10% of lanthanum oxide and between 2% and 15% of the oxide of the additional rare earth(s), having, after calcining in air for 10 hours at 1150°C, a specific surface area of at least 15 m 2 /g and also a cubic phase.
Camera system comprising: - a housing ; and - an optoelectronic sensor unit , arranged in the housing , having at least one detector device and at least one optical unit connected upstream of the at least one detector device , wherein the optoelectronic sensor unit is elastically mounted in relation to the housing , characterised in that at least one elastic mounting device (6.1-6.7) is formed from multiple ring segments (6.10-6.70) arranged spaced apart from one another. - a housing ; and - an optoelectronic sensor unit , arranged in the housing , having at least one detector device and at least one optical unit connected upstream of the at least one detector device , wherein the optoelectronic sensor unit is elastically mounted in relation to the housing ,
A transmission assembly for a gas turbine comprising: a first gear with a first set of gear teeth ; a second gear with a second set of gear teeth meshed with the first set of gear teeth ; a baffle surrounding a subset of the second set of gear teeth , the baffle comprising: a disk ; a rim connected to and circumferentially surrounding a portion of the disk ; a peripheral portion connected to and circumferentially surrounding the rim , the peripheral portion forming a channel ; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel ; and an outlet fluidly connected to the channel of the peripheral portion , characterised in that the outlet comprises: a cover covering a distal end of the outlet ; and a series of openings disposed on a portion of the outlet , wherein the series of openings is fluidly connected to the channel via the outlet . a first gear with a first set of gear teeth ; a second gear with a second set of gear teeth meshed with the first set of gear teeth ; a baffle surrounding a subset of the second set of gear teeth , the baffle comprising: a disk ; a rim connected to and circumferentially surrounding a portion of the disk ; a peripheral portion connected to and circumferentially surrounding the rim , the peripheral portion forming a channel ; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel ; and an outlet fluidly connected to the channel of the peripheral portion , characterised in that the outlet comprises: a cover covering a distal end of the outlet ; and a series of openings disposed on a portion of the outlet , wherein the series of openings is fluidly connected to the channel via the outlet . a disk ; a rim connected to and circumferentially surrounding a portion of the disk ; a peripheral portion connected to and circumferentially surrounding the rim , the peripheral portion forming a channel ; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel ; and an outlet fluidly connected to the channel of the peripheral portion , characterised in that the outlet comprises: a cover covering a distal end of the outlet ; and a series of openings disposed on a portion of the outlet , wherein the series of openings is fluidly connected to the channel via the outlet . a cover covering a distal end of the outlet ; and a series of openings disposed on a portion of the outlet , wherein the series of openings is fluidly connected to the channel via the outlet .