mhurhangee/patent-ind-claim-en huggingface dataset:
A quenching apparatus for dipping a high-temperature metal sheet in a liquid and for thereby cooling the metal sheet, the apparatus comprising: a dipping tank for containing the liquid in which the metal sheet is dipped; a liquid-blowing device having plural nozzles for blowing a cooling liquid onto the metal sheet from both sides of the metal sheet, at least part of the liquid-blowing device being placed in the liquid contained in the dipping tank; and pairs of restraining rolls for restraining the metal sheet, one pair of the restraining rolls being placed on an upstream side of the liquid-blowing device and another pair of the restraining rolls being placed on a downstream side in a traveling direction of the metal sheet, wherein one restraining roll farther than the other from the water-blowing device is located at a position with a distance of 1 mm to 5 mm toward the steel sheet from a base position, and in the base position, the pair of restraining rolls contacts to the steel sheet with a distance of 0 mm and a contact angle between the steel sheet and the restraining rolls of 0°, and wherein in each of the pairs of the restraining rolls, central axes of one restraining roll and another restraining roll are arranged with a distance in the traveling direction of the metal sheet. a dipping tank for containing the liquid in which the metal sheet is dipped; a liquid-blowing device having plural nozzles for blowing a cooling liquid onto the metal sheet from both sides of the metal sheet, at least part of the liquid-blowing device being placed in the liquid contained in the dipping tank; and pairs of restraining rolls for restraining the metal sheet, one pair of the restraining rolls being placed on an upstream side of the liquid-blowing device and another pair of the restraining rolls being placed on a downstream side in a traveling direction of the metal sheet, wherein one restraining roll farther than the other from the water-blowing device is located at a position with a distance of 1 mm to 5 mm toward the steel sheet from a base position, and in the base position, the pair of restraining rolls contacts to the steel sheet with a distance of 0 mm and a contact angle between the steel sheet and the restraining rolls of 0°, and wherein in each of the pairs of the restraining rolls, central axes of one restraining roll and another restraining roll are arranged with a distance in the traveling direction of the metal sheet.
An apparatus for sealing a secondary battery, the apparatus comprising: a sealing member thermally fusing and sealing a sealing surface of a pouch in which an electrode assembly is accommodated; and a cooling member cooling the sealing surface, wherein the cooling member is provided with an internal cooling part and an external cooling part, which respectively cool an inner end and an outer end of the sealing surface with the sealing member therebetween, and wherein the internal cooling part disposed on the inner end of the sealing surface has a cooling area greater than that of the external cooling part. a sealing member thermally fusing and sealing a sealing surface of a pouch in which an electrode assembly is accommodated; and a cooling member cooling the sealing surface, wherein the cooling member is provided with an internal cooling part and an external cooling part, which respectively cool an inner end and an outer end of the sealing surface with the sealing member therebetween, and wherein the internal cooling part disposed on the inner end of the sealing surface has a cooling area greater than that of the external cooling part.
Bulk container for storing flowable food, comprising a base , a lateral wall surrounding a storage space , an upper opening , and a sealing element , a cuff made of an elastic material being placed on the bulk container , the first end of said cuff being connected to the lateral wall of the bulk container , and the second end of said cuff defining the opening which can be closed by means of the sealing element , the width of the cuff decreasing from its first end to the second end along the longitudinal axis of the bulk container , and it being possible, due to the elasticity of the elastic material, to press the cuff along the longitudinal axis of the bulk container into the storage space and to pull the cuff out of said space again, characterised in that the sealing element is formed as a plug which can be inserted into the opening and which has a shaft portion , the shape and size of which are adapted to the shape and size of the opening such that, in the region of the shaft portion, the surface of the shaft portion sealingly abuts the surfaces of the material of the cuff that is adjacent the opening , and, on the end of the shaft portion that faces the storage space , the shaft portion has a thickened region relative to the shape of said portion in the region of the sealing abutment of the adjacent material of the cuff .
A protected anti-neoplastic agent of the formula Hyp-N, wherein N is an anti-neoplastic agent and a protectable hydroxyl group of the anti-neoplastic is substituted with Hyp; Hyp is a moiety having the formula: wherein R 2 is hydrogen; R 3 is hydrogen or C 1 -C 6 alkyl; R 1 is C 1 -C 6 alkyl or C 1 -C 6 alkoxy, optionally substituted with one or more heteroatom-containing groups; and R 4 is hydrogen, C 1 -C 6 alkyl, or C 1 -C 6 alkoxy, optionally substituted with one or more heteroatom-containing groups. R 2 is hydrogen; R 3 is hydrogen or C 1 -C 6 alkyl; R 1 is C 1 -C 6 alkyl or C 1 -C 6 alkoxy, optionally substituted with one or more heteroatom-containing groups; and R 4 is hydrogen, C 1 -C 6 alkyl, or C 1 -C 6 alkoxy, optionally substituted with one or more heteroatom-containing groups.
Panel-like structural element having at least one fold such that the folded structural element forms at least a part of a chassis of a recreational vehicle, wherein the structural element comprises a composite component, in particular a fibre-composite component, or consists of a composite component, in particular a fibre-composite component, characterized in that the composite component is of sandwich-type construction, wherein the sandwich-type construction has two outer cover-layer panels with a core-layer panel with an inner foam or a honeycomb structure, and, at a fold, one cover layer and the core-layer panel have an incision made in them while the other cover-layer panel is continuous.
A formulation, comprising a crystalline particle or particle aggregate encapsulated within a biocompatible amphiphilic block copolymer comprising poly(ethylene glycol-block- n -butyl acrylate) (PEG-PnBA) or poly(ethylene glycol-block-D,L-lactic acid) (PEG-PLA), wherein said particle is a calcium tungstate (CaWO 4 ) nanoparticle.
A handheld, portable breath analyzer , comprising: a main body ; and a removable mouthpiece , wherein the removable mouthpiece removably attaches to the main body; wherein the main body includes a sensor , a case configured to receive the desiccant or other filter, a processor, a power source and an electrical circuit; wherein the electrical circuit operably connects the power source to the sensor and connects the sensor to the processor; wherein the sensor comprises a conductive material and a hydrogen selective material in contact with the conductive material, wherein the hydrogen selective material comprises polyaniline, wherein the polyaniline is doped with a dopant that increases pH sensitivity of the polyaniline, wherein the polyaniline has a resistivity that increases in response to increased concentration of hydrogen; wherein the processor detects resistivity of the sensor and uses the resistivity to calculate a concentration of hydrogen; characterized in that the handheld, portable breath analyzer further comprises a hygrometer configured to measure the humidity level in the breath sample, wherein based on the hygrometer indication an amount of dessicant is added to the sensor chamber or an amount of dessicant is removed therefrom to control the humidity within a predetermined range. wherein the removable mouthpiece removably attaches to the main body; wherein the main body includes a sensor , a case configured to receive the desiccant or other filter, a processor, a power source and an electrical circuit; wherein the electrical circuit operably connects the power source to the sensor and connects the sensor to the processor; wherein the sensor comprises a conductive material and a hydrogen selective material in contact with the conductive material, wherein the hydrogen selective material comprises polyaniline, wherein the polyaniline is doped with a dopant that increases pH sensitivity of the polyaniline, wherein the polyaniline has a resistivity that increases in response to increased concentration of hydrogen; wherein the processor detects resistivity of the sensor and uses the resistivity to calculate a concentration of hydrogen; characterized in that the handheld, portable breath analyzer further comprises a hygrometer configured to measure the humidity level in the breath sample, wherein based on the hygrometer indication an amount of dessicant is added to the sensor chamber or an amount of dessicant is removed therefrom to control the humidity within a predetermined range.
An electronic device comprising: a camera including: a lens unit , at least one autofocus, AF, actuator configured for moving the lens unit in a first direction, and at least one optical image stabilization, OIS, stabilizer configured for moving the lens unit in a second direction, wherein the at least one OIS stabilizer is connected with the at least one AF actuator, characterised in that the at least one AF actuator and the at least one OIS stabilizer are arranged in parallel along a side surface of the lens unit . a lens unit , at least one autofocus, AF, actuator configured for moving the lens unit in a first direction, and at least one optical image stabilization, OIS, stabilizer configured for moving the lens unit in a second direction, wherein the at least one OIS stabilizer is connected with the at least one AF actuator, characterised in that the at least one AF actuator and the at least one OIS stabilizer are arranged in parallel along a side surface of the lens unit .
A stacked assembly of at least two layers having first and second surfaces, each layer comprising: a substantially two-dimensional array of crystal cells, each crystal cell having the empirical formula of M n+1 X n , such that each X is positioned within an octahedral array of M; wherein M is at least one Group IIIB, IVB, VB, or VIB metal; each X is C, N, or a combination thereof; and n = 1, 2, or 3; wherein the layers are characterized as having an average surface area and interlayer distance; and wherein a kaolinitic intercalator is intercalated between at least some of the layers, and wherein the kaolinitic intercalator is hydrazine, DMSO, urea, N, N-dimethylformamide, N-methylformamide(NMF) or 1-methyl-2-pyrrolidone (NMP). a substantially two-dimensional array of crystal cells, each crystal cell having the empirical formula of M n+1 X n , such that each X is positioned within an octahedral array of M; wherein M is at least one Group IIIB, IVB, VB, or VIB metal; each X is C, N, or a combination thereof; and n = 1, 2, or 3; wherein the layers are characterized as having an average surface area and interlayer distance; and wherein a kaolinitic intercalator is intercalated between at least some of the layers, and wherein the kaolinitic intercalator is hydrazine, DMSO, urea, N, N-dimethylformamide, N-methylformamide(NMF) or 1-methyl-2-pyrrolidone (NMP).
A method of operation of a manager of a smart home system , comprising: receiving , by the manager , a resource request from a smart home appliance for a resource of the smart home system , the resource request comprising information indicative of a resource bandwidth being requested by the smart home appliance and information indicative of a duration of time for which the resource bandwidth is being requested; scheduling , by the manager , the resource request based on the resource bandwidth being requested by the smart home appliance , the duration of time for which the resource bandwidth is being requested, and a total resource bandwidth limit for the smart home system for the resource requested via the resource request, wherein the total resource bandwidth limit is a soft limit on a total resource bandwidth for the smart home system for the resource requested via the resource request; and sending a confirmation of a resource allocation from the manager to the smart home appliance , the resource allocation being indicative of a time period during which the resource request from the smart home appliance has been scheduled. receiving , by the manager , a resource request from a smart home appliance for a resource of the smart home system , the resource request comprising information indicative of a resource bandwidth being requested by the smart home appliance and information indicative of a duration of time for which the resource bandwidth is being requested; scheduling , by the manager , the resource request based on the resource bandwidth being requested by the smart home appliance , the duration of time for which the resource bandwidth is being requested, and a total resource bandwidth limit for the smart home system for the resource requested via the resource request, wherein the total resource bandwidth limit is a soft limit on a total resource bandwidth for the smart home system for the resource requested via the resource request; and sending a confirmation of a resource allocation from the manager to the smart home appliance , the resource allocation being indicative of a time period during which the resource request from the smart home appliance has been scheduled.
An assembly for an aircraft propulsion system , comprising: a first drain tube ; a second drain tube ; a first container between and fluidly coupling the first drain tube and the second drain tube , the first container configured to receive fluid from the first drain tube ; a third drain tube ; a second container fluidly coupling the third drain tube to the second drain tube or a dedicated overboard drain tube , the second container configured to receive a second fluid from the third drain tube ; and a gas tube fluidly coupled with the first container , the gas tube configured to direct gas into the first container for propelling the fluid received within the first container into the second drain tube ; wherein the gas tube or a dedicated pressure fluid tube is further configured to direct gas into the second container for propelling the second fluid received within the second container into the second drain tube or the dedicated overboard drain tube . a first drain tube ; a second drain tube ; a first container between and fluidly coupling the first drain tube and the second drain tube , the first container configured to receive fluid from the first drain tube ; a third drain tube ; a second container fluidly coupling the third drain tube to the second drain tube or a dedicated overboard drain tube , the second container configured to receive a second fluid from the third drain tube ; and a gas tube fluidly coupled with the first container , the gas tube configured to direct gas into the first container for propelling the fluid received within the first container into the second drain tube ; wherein the gas tube or a dedicated pressure fluid tube is further configured to direct gas into the second container for propelling the second fluid received within the second container into the second drain tube or the dedicated overboard drain tube .
Use of a composition comprising 10-15% in weight of sodium bicarbonate and water at 100% in weight, for whitening teeth and maintaining oral hygiene characterised in that said composition is applied at a pressure of between 8 and 10 bar.
Assembled pole part with a frame having a longitudinal axis and comprising two pole part frames made of insulating material and between which a vacuum-interrupter is mounted, wherein the vacuum interrupter is provided with a fixed contact and a moving contact, and wherein one end of the frame is provided with a first support in order to fix the vacuum interrupter at the moving contact side, and fixation means for the fixed contact side of the vacuum interrupter are provided at the other end of the frame, characterized in that fixation means are provided at at least two different fixation points arranged at different distances along the longitudinal axis of the frame from the first support, in order to be able to use one uniform constructed frame design for different vacuum interrupter lengths, such that, independent of the used vacuum interrupter length, the first support at the moving contact side keeps at the same position.
A method for manufacturing a heat sink having a central axis, comprising: forming a plurality of fins extending across the central axis of the heat sink from a first end of the heat sink to a second end of the heat sink by extruding a unitary block of metal; simultaneously forming a base with the plurality of fins positioned below the plurality of fins; coupling rails to the base extending from the first end of the heat sink to a second end of the heat sink. wherein the fins have planar edges; wherein sides of the fins extend in a direction perpendicular to the central axis of the heat sink. forming a plurality of fins extending across the central axis of the heat sink from a first end of the heat sink to a second end of the heat sink by extruding a unitary block of metal; simultaneously forming a base with the plurality of fins positioned below the plurality of fins; coupling rails to the base extending from the first end of the heat sink to a second end of the heat sink. wherein the fins have planar edges; wherein sides of the fins extend in a direction perpendicular to the central axis of the heat sink.
A melt blowing die , comprising: at least one stack of plates stacked in a stack direction , the stack of plates comprising: polymer filament extrusion orifices including at least one row of extrusion orifices extending in the stack direction across multiple said plates of the stack ; a gas distribution system within the stack including gas outlets positioned to provide distributed gas flow to contact and attenuate polymer filaments extruded from the said extrusion orifices of each said row of extrusion orifices ; and at least one polymer distribution channel extending longitudinally through multiple said plates in the stack direction , the polymer distribution channel being in fluid communication within the plate stack for supply of polymer to the extrusion orifices of at least one said row of extrusion orifices ; and the polymer distribution channel is open to receive polymer feed only at a longitudinal end of the polymer distribution channel . at least one stack of plates stacked in a stack direction , the stack of plates comprising: polymer filament extrusion orifices including at least one row of extrusion orifices extending in the stack direction across multiple said plates of the stack ; a gas distribution system within the stack including gas outlets positioned to provide distributed gas flow to contact and attenuate polymer filaments extruded from the said extrusion orifices of each said row of extrusion orifices ; and at least one polymer distribution channel extending longitudinally through multiple said plates in the stack direction , the polymer distribution channel being in fluid communication within the plate stack for supply of polymer to the extrusion orifices of at least one said row of extrusion orifices ; and polymer filament extrusion orifices including at least one row of extrusion orifices extending in the stack direction across multiple said plates of the stack ; a gas distribution system within the stack including gas outlets positioned to provide distributed gas flow to contact and attenuate polymer filaments extruded from the said extrusion orifices of each said row of extrusion orifices ; and at least one polymer distribution channel extending longitudinally through multiple said plates in the stack direction , the polymer distribution channel being in fluid communication within the plate stack for supply of polymer to the extrusion orifices of at least one said row of extrusion orifices ; and the polymer distribution channel is open to receive polymer feed only at a longitudinal end of the polymer distribution channel .
An industrial control apparatus for controlling a production apparatus that performs processing for sequentially producing an item to be produced through a plurality of units that are arranged in a line from an upstream side toward a downstream side, the industrial control apparatus comprising: a physical quantity acquirer configured to acquire a physical quantity that represents a state of processing in a unit that is subjected to monitoring, of the plurality of units, for each cycle, a cycle being defined as a unit of processing time of processing performed by each of the plurality of units; an abnormality determiner configured to determine occurrence of an abnormality in the unit that is subjected to monitoring, based on the acquired physical quantity or a feature value that is extracted from the physical quantity; and a control instructor configured to specify, in a case where it is determined that an abnormality has occurred in the unit that is subjected to monitoring, a cycle during which a downstream unit performs processing on an item to be produced that is affected by the abnormality, and perform control so that abnormality handling processing is performed as processing in the specified cycle by the downstream unit. a physical quantity acquirer configured to acquire a physical quantity that represents a state of processing in a unit that is subjected to monitoring, of the plurality of units, for each cycle, a cycle being defined as a unit of processing time of processing performed by each of the plurality of units; an abnormality determiner configured to determine occurrence of an abnormality in the unit that is subjected to monitoring, based on the acquired physical quantity or a feature value that is extracted from the physical quantity; and a control instructor configured to specify, in a case where it is determined that an abnormality has occurred in the unit that is subjected to monitoring, a cycle during which a downstream unit performs processing on an item to be produced that is affected by the abnormality, and perform control so that abnormality handling processing is performed as processing in the specified cycle by the downstream unit.