mhurhangee/ep-ind-claims huggingface dataset:
A dip-forming composition containing a weight average molecular weight 10,000 to 5,000,000 synthetic polyisoprene latex, a polycarboxylic acid and/or salt of a polycarboxylic acid, a sulfur-based vulcanizer, and a vulcanization accelerator, wherein the ratio of content of α,β-unsaturated carboxylic acid-based monomer units in the polycarboxylic acid and/or salt of a polycarboxylic acid is 100 wt%, the synthetic polyisoprene in the synthetic polyisoprene latex is a polymer obtained by polymerization of isoprene and the content of isoprene units of the synthetic polyisoprene is 70 wt% or more with respect to the total monomer units, and the weight average molecular weight of the synthetic polyisoprene is found by performing a measurement as described in the description.
A continuous flow fluidic particle separation device for separating particles by size in a continuous fluid flow, comprising: a sample input; a carrier fluid input; a plurality of successively cascaded separation areas in fluid connection with the sample input and the carrier fluid input, adapted to separate particles having a size equal to or greater than a critical size from particles having a size less than the critical size in a fluid sample, wherein the critical size for each separation area is different so that each region has a successively smaller critical size, and wherein particles having a size less than the critical size and particles having at least the critical size in a separation area move in different directions; a sample output in fluid connection with the separation areas; wherein the particle separation device is configured to remove particles separated in each of the separation areas through a separate output of each particle separation area; a non-clogging pathway for each separation area being succeeded by a next one of the separation areas, to accept separated particles from the respective separation area and to lead the accepted separated particles to one of the separate outputs; wherein each of the non-clogging pathways represents a bypass for one or more of the separation areas and the fluidic resistance provided by the respective non-clogging pathway is substantially equal to the fluidic resistance provided by the separation areas which are bypassed by the respective non-clogging pathway. a sample input; a carrier fluid input; a plurality of successively cascaded separation areas in fluid connection with the sample input and the carrier fluid input, adapted to separate particles having a size equal to or greater than a critical size from particles having a size less than the critical size in a fluid sample, wherein the critical size for each separation area is different so that each region has a successively smaller critical size, and wherein particles having a size less than the critical size and particles having at least the critical size in a separation area move in different directions; a sample output in fluid connection with the separation areas; wherein the particle separation device is configured to remove particles separated in each of the separation areas through a separate output of each particle separation area; a non-clogging pathway for each separation area being succeeded by a next one of the separation areas, to accept separated particles from the respective separation area and to lead the accepted separated particles to one of the separate outputs; wherein each of the non-clogging pathways represents a bypass for one or more of the separation areas and the fluidic resistance provided by the respective non-clogging pathway is substantially equal to the fluidic resistance provided by the separation areas which are bypassed by the respective non-clogging pathway.
A toilet fixture, comprising: a jet pipe adapted to be placed in fluid communication with an inlet pipe and an outlet pipe, wherein the inlet pipe and the outlet pipe are in fluid communication with a toilet bowl; and a removable jet pipe assembly configured to selectively connect and disconnect the jet pipe to the outlet pipe, wherein the removable jet pipe assembly comprises: a mounting base adapted to be positioned on the outlet pipe, and a jet removably connected to the mounting base, wherein the removable jet pipe assembly further comprises a locking mechanism configured to remove the jet from the mounting base and/or attach the jet to the mounting base, and characterized in that the locking mechanism includes a pair of locking arms (32, 34) that hold the jet to the mounting base. a jet pipe adapted to be placed in fluid communication with an inlet pipe and an outlet pipe, wherein the inlet pipe and the outlet pipe are in fluid communication with a toilet bowl; and a removable jet pipe assembly configured to selectively connect and disconnect the jet pipe to the outlet pipe, wherein the removable jet pipe assembly comprises: a mounting base adapted to be positioned on the outlet pipe, and a jet removably connected to the mounting base, a mounting base adapted to be positioned on the outlet pipe, and a jet removably connected to the mounting base, wherein the removable jet pipe assembly further comprises a locking mechanism configured to remove the jet from the mounting base and/or attach the jet to the mounting base, and characterized in that the locking mechanism includes a pair of locking arms (32, 34) that hold the jet to the mounting base.
A process for manufacturing a fast-disintegrating tablet, comprising the steps of: forming granules comprising a spray-dried mannitol and a sucrose binder; drying the granules to obtain slightly wetted granules having 1.2- to 2.5-times greater loss-on-drying value than sufficiently dried granules; forming a post-granulation mixture for tableting comprising the slightly wetted granules, a disintegrating agent; and a lubricant; compressing the post-granulation mixture under a pressure of 150 MPa or less to obtain a tablet; and drying the tablet under the condition of temperature of 20 to 30°C and relative humidity of 40% or less; wherein the sufficiently dried granules are granules which are obtained by drying after a wet-granulation step and the difference in the loss-on-drying value after additional drying is within ±0.3%; the spray-dried mannitol is comprised in an amount of 20 to 98% by weight, based on 100% by weight of the slightly wetted granules; the sucrose binder is comprised in an amount of 1 to 50 parts by weight as a dried sucrose, based on 100 parts by weight of the spray-dried mannitol; and the fast-disintegrating tablet has the following properties to: Hardness: 39.2 N (4.0 Kp) or more Friability: 0.5% or less Disintegration time in water: 1 minutes or less Disintegration time in the oral cavity: 30 seconds or less. forming granules comprising a spray-dried mannitol and a sucrose binder; drying the granules to obtain slightly wetted granules having 1.2- to 2.5-times greater loss-on-drying value than sufficiently dried granules; forming a post-granulation mixture for tableting comprising the slightly wetted granules, a disintegrating agent; and a lubricant; compressing the post-granulation mixture under a pressure of 150 MPa or less to obtain a tablet; and drying the tablet under the condition of temperature of 20 to 30°C and relative humidity of 40% or less; wherein the sufficiently dried granules are granules which are obtained by drying after a wet-granulation step and the difference in the loss-on-drying value after additional drying is within ±0.3%; the spray-dried mannitol is comprised in an amount of 20 to 98% by weight, based on 100% by weight of the slightly wetted granules; the sucrose binder is comprised in an amount of 1 to 50 parts by weight as a dried sucrose, based on 100 parts by weight of the spray-dried mannitol; and the fast-disintegrating tablet has the following properties to: Hardness: 39.2 N (4.0 Kp) or more Friability: 0.5% or less Disintegration time in water: 1 minutes or less Disintegration time in the oral cavity: 30 seconds or less. Hardness: 39.2 N (4.0 Kp) or more Friability: 0.5% or less Disintegration time in water: 1 minutes or less Disintegration time in the oral cavity: 30 seconds or less.
A composition for water free, pickle free chrome tanning of hides/skins comprising: [a] basic chromium sulfate, having Cr 2 O 3 content in the range of 21-25 % (weight / weight of basic chromium sulfate) [b] alkali metal salt of organic acid having carbon chain of length in the range of one to three; [c] polyhydric alcohol previously acidified with acid; wherein the ratio of [a]: [b]: [c] is in the range of 1:0.25:0.3 to 1:0.5: 1. [a] basic chromium sulfate, having Cr 2 O 3 content in the range of 21-25 % (weight / weight of basic chromium sulfate) [b] alkali metal salt of organic acid having carbon chain of length in the range of one to three; [c] polyhydric alcohol previously acidified with acid;
System for secure transmission of files over the internet and subsequent processing thereof such as files involved in a local printing process, which files are generated by a first user at a first client station, which first client station is connected by a first computer network, being Local Area Network, LAN,, to one or more local servers including a first server, which first server is configured to perform communication to a number of computer systems (10a-n) connected to the first LAN, characterized in that the first local server is configured to generate a meta data file containing only an authorisation code and a reference to the file, said meta data file is generated by means of an identity management integration point that is configured to refer to an identity database and to generate the at least one meta data file related to at least one file stored in a data cache, and is configured to transmit the at least one meta data file via the internet to at least one Master Server Unit, MSU,, which MSU is part of a corporate or public data centre, CDC, (24, 24a-n), to which CDC a number of second servers (34, 34a-n, 36,36an, 38,38a-n,40, 40a-n) are configured to communicate and to receive the meta data file, which first user or a number of users (7,7a-n) is capable of accessing the meta data file related to the file by any client station (42,42a-n) by any LAN connection to any of the second servers (34, 34a-n, 36,36a-n, 38,38a-n,40, 40a-n), which system, based on a user request and upon authorisation of the user or users, is configured to perform transmission of the file from the first server via the internet and the MSU towards the client station operated by the user (7,7a-n), and to request transfer of the file or files for processing or local printing and wherein the second servers (34, 34a-n, 36,36a-n, 38,38a-n,40, 40a-n) are configured to communicate by a communication system to and from an identity database connected to the first server, and through exchange of data combine the user identifier, such as a login name, with further data that has to be part of the meta file, wherein said user identifier is required for accessing first the meta file, and subsequently the file or files, and wherein the data cache in the second servers (6, 34, 34a-n, 36,36a-n, 38,38a-n,40, 40a-n) is configured to receive configuration data or control data from the MSU which gives access to the meta file and subsequently the file or files.
Foldaway balcony, comprising a vertical support and a platform structure tiltably mounted on the vertical support, said platform structure being able to assume a closed position in which it is arranged substantially aligned with the vertical support, and an open position in which it is arranged cantilevered from the vertical support, and further comprising a barrier structure mounted on the platform structure, wherein said platform structure comprises a box-like support structure and a planar floor structure which are tiltable separately from one another relative to the vertical support; and said barrier structure comprises a plurality of barrier elements (14a, 14a'), said barrier elements being hinged at the edge of said support structure of the platform structure, and being tiltable between a stowed position in which they lie inside the support structure, and a deployed position in which they stand up relative to the support structure; characterized in that at least one of the barrier elements, connected to a distal side of the edge of the support structure of the platform structure, comprises a first and a second pair of stanchions (14b', 14b") hinged to the distal side of the edge of the support structure, a first and a second rod (14d', 14d") that interconnect the upper ends of the stanchions (14b', 14b") of the first and second pair, respectively, and are hinged thereto, and a handrail within which a pair of parallel guides are formed, in which the first and the second rod (14d', 14d"), respectively, are slidably received.
A styrenic polymer, wherein the styrenic polymer has a polydispersity of 1 to 1.3 having structure 3); wherein R 1 is a C-1 to C-20 alkyl, R 2, R 3, R 4 and R 5 are independently selected from the group consisting of hydrogen and a C-1 to C-20, alkyl moiety, R 6, R 6a, R 6b, R 6c and R 6d are independently selected from the group consisting of hydrogen, a C-1 to C-20 alkyl, a C-1 to C-20 alkyloxy, a C-1 to C-10 fluoroalkyl, a C-1 to C-10 fluoroalkyloxy, a trialkylsilyl group, a (trialkylsilyl)alkylene group, and a (trialkylsilyl)alkyleneoxy group, R is selected from the group consisting of hydrogen, a halide, a C-1 to C-20 alkyl moiety, and a C-1 to C-20 alkyloxy moiety, n is the number of repeat unit in a polymer chain, and is a non-zero positive integer, and m is an integer from 1 to 3.
A pigment printing ink jet ink composition comprising: a pigment; a resin particle; a sulfonate-based anionic surfactant; and water; wherein the resin particle is a polycarbonate-based urethane resin particle, and a content of the resin particle is equal to or more than 2.5% by mass. a pigment; a resin particle; a sulfonate-based anionic surfactant; and water; wherein the resin particle is a polycarbonate-based urethane resin particle, and a content of the resin particle is equal to or more than 2.5% by mass.
Side tarpaulin of a tarpaulin structure of a utility vehicle, in particular a truck, trailer or semitrailer, with a flat tarpaulin material, wherein the tarpaulin material has a front edge, a rear edge opposite the front edge, an upper edge connecting the front edge to the rear edge and a lower edge connecting the front edge to the rear edge, wherein, in a smoothed position of the side tarpaulin with the tarpaulin material, the front edge, the rear edge, the upper edge and the lower edge at least substantially in a common tarpaulin plane, the tarpaulin material is arranged at least substantially wrinkle-free, and wherein in the smoothed position of the side tarpaulin the front edge and the rear edge are arranged, in a projection of the front edge and of the rear edge in a direction at least substantially parallel to the common tarpaulin plane and perpendicular to the front edge and/or to the rear edge, relative to one another in a projection position, characterized in that in the projection position, the upper end of the front edge projects outwards relative to the upper end of the rear edge and the lower end of the rear edge projects outwards relative to the lower end of the front edge.
A map data storage method for acquiring map data content used in a subject vehicle and storing the map data content in a database by using a controller, comprising: setting a priority level to the map data content in accordance with a level for achieving a function regarding an autonomous driving of the subject vehicle on a road; acquiring the map data content in accordance with the set priority level from an external database; converting a format of the acquired map data content to a predetermined format that can be used in the subject vehicle; storing the map data content converted into the predetermined format in the database; acquiring update information regarding the map data content stored in the database; and editing the map data content in the predetermined format stored in the database on a basis of the acquired update information. setting a priority level to the map data content in accordance with a level for achieving a function regarding an autonomous driving of the subject vehicle on a road; acquiring the map data content in accordance with the set priority level from an external database; converting a format of the acquired map data content to a predetermined format that can be used in the subject vehicle; storing the map data content converted into the predetermined format in the database; acquiring update information regarding the map data content stored in the database; and editing the map data content in the predetermined format stored in the database on a basis of the acquired update information.
A nitride group semiconductor light emitting device comprising: a substrate, n-type and p-type semiconductor layers (11, 12) that are formed on or above said substrate, and an active region that is interposed between the n-type and p-type semiconductor layers (11, 12), wherein said active region includes barrier layers that are included in a multiquantum well structure, wherein said barrier layers include at least first barrier layers, and second barrier layers that are arranged on the p-type semiconductor layer side relative to said first barrier layers and have a thickness smaller than said first barrier layers, wherein the total number of said first barrier layers is greater than the total of said second barrier layers, characterized in that said active region further includes an end barrier layer that is arranged closest to said p-type semiconductor layer, wherein the thickness of said end barrier layer is greater than said first barrier layers and said second barrier layers. a substrate, n-type and p-type semiconductor layers (11, 12) that are formed on or above said substrate, and an active region that is interposed between the n-type and p-type semiconductor layers (11, 12), wherein said active region includes barrier layers that are included in a multiquantum well structure, wherein said barrier layers include at least first barrier layers, and second barrier layers that are arranged on the p-type semiconductor layer side relative to said first barrier layers and have a thickness smaller than said first barrier layers, wherein the total number of said first barrier layers is greater than the total of said second barrier layers,
A refrigerant pump, comprising a housing and a pump head, wherein the housing is provided with a liquid inlet, a liquid outlet, and first space and second space that are disposed side by side in the housing and that are isolated from each other, the first space is configured to store refrigerant of a cooling system, the liquid inlet is configured to be directly connected to a condenser of the cooling system by using a pipeline, an inlet of the pump head is located at the bottom of the first space R1 in a gravity direction, the pump head is configured to transfer the refrigerant in the first space to the second space, and the refrigerant in the second space is output through the liquid outlet; characterized in that the refrigerant pump further comprises a one-way valve, the one-way valve and the pump head are disposed in parallel between the first space and the second space, and an inlet of the one-way valve is located at the bottom of the first space in the gravity direction.
Method of producing a deep foundation element, characterised by the steps: placing a water-soluble material into a ground and introducing a deep foundation element into the ground on the water-soluble material, wherein after introducing the deep foundation element is temporarily supported downwards on the water-soluble material and becomes free of peak pressure by dissolving of the water-soluble material. placing a water-soluble material into a ground and introducing a deep foundation element into the ground on the water-soluble material, wherein after introducing the deep foundation element is temporarily supported downwards on the water-soluble material and becomes free of peak pressure by dissolving of the water-soluble material.
A smoke detector comprising: a housing; a flow path for ambient atmosphere carried by the housing; a source of ultrasonic signals carried by the housing, wherein the source is adapted to generate a resonant acoustic field of a predetermined intensity in at least a portion of the flow path where the source comprises an ultrasonic transducer; an aspirating element that induces movement of ambient atmosphere along the flow-path; and a smoke sensor coupled to the path the sensor receives particulate matter, carried by the ambient atmosphere in the flow path subsequent to that particulate matter having been exposed to the acoustic field; characterized in that the acoustic field is adapted to coagulate particulate matter carried by the ambient atmosphere prior to that particulate matter entering a sensing region of the sensor and wherein signals from the smoke sensor are coupled to a control unit for analysis and a determination as to the existence of one or more predetermined smoke related conditions. a housing; a flow path for ambient atmosphere carried by the housing; a source of ultrasonic signals carried by the housing, wherein the source is adapted to generate a resonant acoustic field of a predetermined intensity in at least a portion of the flow path where the source comprises an ultrasonic transducer; an aspirating element that induces movement of ambient atmosphere along the flow-path; and a smoke sensor coupled to the path the sensor receives particulate matter, carried by the ambient atmosphere in the flow path subsequent to that particulate matter having been exposed to the acoustic field;