mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensitive adhesive composition for skin application comprising in the continuous phase 20-40% (w/w) based on the total adhesive composition of a polar part; in the continuous phase 20-40% (w/w) based on the total adhesive composition of an apolar part; and 30-50% (w/w) based on the total adhesive composition of hydrocolloid(s), wherein the polar part comprises poly propylene oxide as a polar plasticizing oil and polar polyethylene copolymer(s); and the apolar part comprises polyisobutylene and styrene block copolymer or butyl rubber, wherein the composition further comprises 0-20% (w/w) based on the total adhesive composition of tackifier resin.
A pressure-sensitive adhesive composition for optical film comprising: a block copolymer including 5 parts by weight to 40 parts by weight of a first block having a glass transition temperature of 50°C or more, and 60 parts by weight to 95 parts by weight of a second block having a glass transition temperature of -10°C or less; and a multifunctional compound having two or more radical polymerization groups, wherein the first block does not include a thermosetting functional group, wherein the second block includes 90 to 99.9 parts by weight of an acrylic acid ester monomer and 0.1 to 10 parts by weight of a copolymerizable monomer having a thermosetting functional group as a polymerization unit, and wherein the glass transition temperature is calculated according to the following Equation: 1 / Tg = Σ Wn / Tn wherein Wn represents a weight fraction of a monomer used in each block, and Tn represents a glass transition temperature when the monomer used forms a homopolymer. a block copolymer including 5 parts by weight to 40 parts by weight of a first block having a glass transition temperature of 50°C or more, and 60 parts by weight to 95 parts by weight of a second block having a glass transition temperature of -10°C or less; and a multifunctional compound having two or more radical polymerization groups, wherein the first block does not include a thermosetting functional group, wherein the second block includes 90 to 99.9 parts by weight of an acrylic acid ester monomer and 0.1 to 10 parts by weight of a copolymerizable monomer having a thermosetting functional group as a polymerization unit, and wherein the glass transition temperature is calculated according to the following Equation: 1 / Tg = Σ Wn / Tn wherein Wn represents a weight fraction of a monomer used in each block, and Tn represents a glass transition temperature when the monomer used forms a homopolymer.
An electronic device (100, 100', 100", 600) comprising: an electronic element having opposite sides with first and second electrodes located on the opposite sides of the electronic element, the electronic element having sidewall portions connecting the opposite sides, the surface of the sidewall portions defining an outer periphery of the electronic element; a first elastic support (102a, 602a) including a first contact section (104a, 604a) in contact with the first electrode; a second elastic support (102b, 602b) including a second contact section (104b, 604b) in contact with the first electrode at a different position from the first contact section; and a third support (108, 118, 128, 608) disposed closer to the center of the electronic element than the first contact section and the second contact section, and including a third contact section (109, 120, 609) in contact with the second electrode; characterized in that the electronic device further comprises: a pair of offset posts (106a, 106b, 606a, 606b) disposed on the same side of the electronic element as the third support and each having an end with a tip (107a, 107b, 835), wherein each tip end is closer to an axis, through the centroid of the electronic element and approximately perpendicular to the electronic element, than the first and second contact sections. an electronic element having opposite sides with first and second electrodes located on the opposite sides of the electronic element, the electronic element having sidewall portions connecting the opposite sides, the surface of the sidewall portions defining an outer periphery of the electronic element; a first elastic support (102a, 602a) including a first contact section (104a, 604a) in contact with the first electrode; a second elastic support (102b, 602b) including a second contact section (104b, 604b) in contact with the first electrode at a different position from the first contact section; and a third support (108, 118, 128, 608) disposed closer to the center of the electronic element than the first contact section and the second contact section, and including a third contact section (109, 120, 609) in contact with the second electrode; characterized in that the electronic device further comprises: a pair of offset posts (106a, 106b, 606a, 606b) disposed on the same side of the electronic element as the third support and each having an end with a tip (107a, 107b, 835), wherein each tip end is closer to an axis, through the centroid of the electronic element and approximately perpendicular to the electronic element, than the first and second contact sections. a pair of offset posts (106a, 106b, 606a, 606b) disposed on the same side of the electronic element as the third support and each having an end with a tip (107a, 107b, 835), wherein each tip end is closer to an axis, through the centroid of the electronic element and approximately perpendicular to the electronic element, than the first and second contact sections.
A method of preparing a blast hole which method comprises the steps of: drilling a blast hole; placing explosives in the blast hole; filling the blast hole with a stemming material comprising a cement composition and water, wherein the weight ratio of water to solids content of the stemming material is at least about 1:1, wherein the cement composition is ettringite-forming and wherein the cement composition comprises a reactive silica source and an activator. drilling a blast hole; placing explosives in the blast hole; filling the blast hole with a stemming material comprising a cement composition and water, wherein the weight ratio of water to solids content of the stemming material is at least about 1:1, wherein the cement composition is ettringite-forming and wherein the cement composition comprises a reactive silica source and an activator.
Monitoring and control device for a door unit, such as a rolling gate or a sectional gate, movable by means of a drive device, the control device including electronic components (6, 8, 10, 12) which comprise a drive control unit, at least one sensor arrangement (6, 8) arranged in the vicinity of the gate unit, and at least one operating element, wherein a radio network operates according to the master/slave functional principle being provided for wireless communication of the electronic components (6, 8), wherein one of the electronic components (6, 8, 10, 12) is provided as a master device in the radio network, wherein the master device initiates and/or maintains communication as the master function, wherein control functions are distributed among a plurality of electronic components (6, 8), characterized in that the master function can be defined or determined only during a start of the control device.
A kit comprising or consisting of: a) ramipril and apraclonidine, or b) ramipril and brimonidine, or c) ramipril, neosynephrine, and timolol, in which apraclonidine, brimonidine, neosynephrine, and timolol can be administered either simultaneously or prior to ramipril. a) ramipril and apraclonidine, or b) ramipril and brimonidine, or c) ramipril, neosynephrine, and timolol,
A washing machine, in particular a laundry washer, having a fixed structure (2; 13, 14), a washing tub in said structure (2; 13, 14), loading means for conveying a treatment liquid into said tub, a control system (6; 16), prearranged for managing treatment cycles that can be carried out by the machine (1; 12) and a washing agent dispenser device having a long operating autonomy, the dispenser device comprising: - at least one container (9-11; 17-19; 26) adapted to contain a mass of a liquid washing agent sufficient for carrying out a plurality of treatment cycles; and - delivering means (24; 33), which can be controlled for taking dosed amounts of the washing agent from said at least one container (9-11; 17-19; 26), in order to deliver said dosed amounts into the washing tub, characterized in that it further comprises a movable support (8; 20) for said at least one container (9-11; 17-19; 26), the movable support (8; 20) being displaceable, with respect to a corresponding seat, between an extracted position and a retracted position, in the extracted position said at least one container (9-11; 17-19; 26) being accessible and in said retracted position said at least one container (9-11; 17-19; 26) being inaccessible, wherein said seat is defined in a lower region of said fixed structure (2; 13, 14), or underneath said tub and said movable support (8; 20) is configured substantially as a drawer. - at least one container (9-11; 17-19; 26) adapted to contain a mass of a liquid washing agent sufficient for carrying out a plurality of treatment cycles; and - delivering means (24; 33), which can be controlled for taking dosed amounts of the washing agent from said at least one container (9-11; 17-19; 26), in order to deliver said dosed amounts into the washing tub, characterized in that it further comprises a movable support (8; 20) for said at least one container (9-11; 17-19; 26), the movable support (8; 20) being displaceable, with respect to a corresponding seat, between an extracted position and a retracted position, in the extracted position said at least one container (9-11; 17-19; 26) being accessible and in said retracted position said at least one container (9-11; 17-19; 26) being inaccessible, wherein said seat is defined in a lower region of said fixed structure (2; 13, 14), or underneath said tub and said movable support (8; 20) is configured substantially as a drawer.
A trap for bed bugs comprising: - an inner element having an outer surface delimited by a first base and a first top, and - an outer element being hollow and having a second base and a second top delimiting an inner surface, - the outer element being positioned around the inner element with the second top adjacent to the first top and the second base adjacent to the first base, a tapering space being defined between the outer surface of the inner element and the inner surface of the outer element, the tapering space tapering towards the first top, characterized in that - the tapering space being accessible to bed bugs crawling on the outer surface of the inner element through a base opening defined between the outer surface of the inner element and the second base, wherein an adhesive is provided on at least part of, preferably all of, the inner surface of the outer element for adhering to the dorsal side of a bed bug crawling on the outer surface of the inner element. - an inner element having an outer surface delimited by a first base and a first top, and - an outer element being hollow and having a second base and a second top delimiting an inner surface, - the outer element being positioned around the inner element with the second top adjacent to the first top and the second base adjacent to the first base, a tapering space being defined between the outer surface of the inner element and the inner surface of the outer element, the tapering space tapering towards the first top, characterized in that - the tapering space being accessible to bed bugs crawling on the outer surface of the inner element through a base opening defined between the outer surface of the inner element and the second base,
A cleaning system for cleaning industrially produced components, comprising a cleaning chamber and a suction device for suctioning off waste air ( V̇ ab) from the cleaning chamber, and a recovery device in which a refrigeration device with a cooling register, through which the waste air ( V̇ ab) is guided and thus is cooled and dried, and a heat register are arranged, wherein the suctioned-off waste air ( V̇ ab) in the recovery device is guided through the heat register of the refrigeration device and is thereby heated substantially to the temperature of the waste air ( V̇ ab), and the waste air ( V̇ ab) heated and dried in this manner is supplied to the cleaning chamber as preheated dried supply air ( V̇ zu) via a supply air line, characterized in that the supply air line leads into the cleaning chamber in the region of a bulkhead door so as to form an air curtain in the region of the bulkhead door with the supplied supply air ( V̇ zu).
Domestic apparatus, comprising the following features: a domestic appliance having a charging interface; and a charging device for inductively charging a mobile device, wherein the charging device is or can be electrically connected to the charging interface, wherein the domestic appliance is designed to read in, via the charging interface or a further interface of the domestic appliance, at least one status signal which represents at least the status of the charging device and/or the mobile device, wherein, using the status signal, the domestic appliance is designed to provide to at least one output device of the domestic appliance an information signal representing the status at at least one interface. a domestic appliance having a charging interface; and a charging device for inductively charging a mobile device, wherein the charging device is or can be electrically connected to the charging interface, wherein the domestic appliance is designed to read in, via the charging interface or a further interface of the domestic appliance, at least one status signal which represents at least the status of the charging device and/or the mobile device, wherein, using the status signal, the domestic appliance is designed to provide to at least one output device of the domestic appliance an information signal representing the status at at least one interface.
A flaky α-alumina crystal comprising aluminum oxide and zinc oxide as main constituents, wherein said aluminium oxide and zinc oxide are comprised in the weight ratio of 100:0.04 to 100:5 and have a thickness of 0.1-0.5 μm, an average particle diameter of 15-25 μm and an aspect ratio of 50- 250.
A roller segment (10, 10', 10a, 10b, 10c, 10d) for forming a roller wheel rotatable about an axis of rotation for an agricultural implement, comprising: a central portion (101, 101'), which is adapted for attaching to an axle, a first radial portion (102, 102'), which extends radially outward from a first end of the central portion (101, 101'), and a curved outer portion (103, 103'), which extends from a radially outer portion of the first radial portion (102, 102'), characterized by a second radial portion (104, 104'), which extends radially outward from a second end of the central portion (101, 101'), the first radial portion (102, 102') having a first coupling part, and the second radial portion (104, 104') having a second coupling part, which is located at the same radial distance from the outer portion (103, 103') as the first coupling part, wherein the central portion, the first radial portion, the outer portion and the second radial portion of the roller segment (10, 10a, 10b, 10c, 10d) are formed in one piece from material which is substantially strip-shaped, preferably steel. a central portion (101, 101'), which is adapted for attaching to an axle, a first radial portion (102, 102'), which extends radially outward from a first end of the central portion (101, 101'), and a curved outer portion (103, 103'), which extends from a radially outer portion of the first radial portion (102, 102'), characterized by a second radial portion (104, 104'), which extends radially outward from a second end of the central portion (101, 101'), the first radial portion (102, 102') having a first coupling part, and the second radial portion (104, 104') having a second coupling part, which is located at the same radial distance from the outer portion (103, 103') as the first coupling part, wherein the central portion, the first radial portion, the outer portion and the second radial portion of the roller segment (10, 10a, 10b, 10c, 10d) are formed in one piece from material which is substantially strip-shaped, preferably steel.
A method of assembling vehicle parts, the method comprising: measuring at least one of a dimension or a characteristic of each of a plurality of types of vehicle parts (14, 30, 32R, 32L, 36R, 36L), and, for types of vehicle parts of which there are a plurality in stock, measuring at least one of a dimension or a characteristic of each one of the plurality of vehicle parts that are in stock (A1-A10, B1-B10, C1-C10, D1-D10, E1-E10); determining a combination of the plurality of types of vehicle parts by selecting specific vehicle parts from among the types of vehicle parts of which there are a plurality in stock, such that the selected specific vehicle parts closely approximate specific vehicle specification reference values (θ1, θ2, IL, IW, H); and assembling the plurality of types of vehicle parts in accordance with the combination that has been determined. measuring at least one of a dimension or a characteristic of each of a plurality of types of vehicle parts (14, 30, 32R, 32L, 36R, 36L), and, for types of vehicle parts of which there are a plurality in stock, measuring at least one of a dimension or a characteristic of each one of the plurality of vehicle parts that are in stock (A1-A10, B1-B10, C1-C10, D1-D10, E1-E10); determining a combination of the plurality of types of vehicle parts by selecting specific vehicle parts from among the types of vehicle parts of which there are a plurality in stock, such that the selected specific vehicle parts closely approximate specific vehicle specification reference values (θ1, θ2, IL, IW, H); and assembling the plurality of types of vehicle parts in accordance with the combination that has been determined.
A distributed storage system for storage of a data unit, comprising: - a plurality of storage elements of unspecified system reliability; - a public network interconnecting the plurality of storage elements; - reliability index control means measuring a plurality of storage element reliability indexes which are associated with the plurality of storage elements and take into account the reliability of the plurality of storage elements and the reliability of the part of the public network connecting the plurality of storage elements; - means to receive a request to store the data unit according to a data unit availability index, reflecting an availability requirement of a user for the data unit; and - means to store replicated copies of the data unit in at least one storage element, such that the data unit availability index is achieved; wherein the reliability index control means calculates the storage element reliability indexes by being configured to: - initialize the storage element reliability index of a new storage element with a default reliability index; - increase the storage element reliability index by a first pre-defined value, if the storage element has participated in a first pre-defined number of successful storage transactions within a given time period; and - decrease the storage element reliability index by a second predefined value, if the storage element has not participated in a second pre-defined number of successful storage transactions within a given time period. - a plurality of storage elements of unspecified system reliability; - a public network interconnecting the plurality of storage elements; - reliability index control means measuring a plurality of storage element reliability indexes which are associated with the plurality of storage elements and take into account the reliability of the plurality of storage elements and the reliability of the part of the public network connecting the plurality of storage elements; - means to receive a request to store the data unit according to a data unit availability index, reflecting an availability requirement of a user for the data unit; and - means to store replicated copies of the data unit in at least one storage element, such that the data unit availability index is achieved; - initialize the storage element reliability index of a new storage element with a default reliability index; - increase the storage element reliability index by a first pre-defined value, if the storage element has participated in a first pre-defined number of successful storage transactions within a given time period; and - decrease the storage element reliability index by a second predefined value, if the storage element has not participated in a second pre-defined number of successful storage transactions within a given time period.
A method for performing policy and charging control, PCC, by a base station, BS, in a decentralized network architecture, the method comprising: performing, by the BS, a procedure of initial network entry of a mobile station, MS; determining, by the BS, first PCC rules relating to a user policy and charging control for the MS based on at least one of subscription information and application information regarding the MS; performing, by the BS, data communication with the MS based on the first PCC rules; when the MS hands over from the BS to a target BS, generating, by the BS, second PCC rules to be enforced by the target BS, wherein the second PCC rules are determined based on an amount of data consumed while the BS communicates with the MS; and transferring, by the BS, the second PCC rules to the target BS in order that the target BS uses the second PCC rules for data communication with the MS. performing, by the BS, a procedure of initial network entry of a mobile station, MS; determining, by the BS, first PCC rules relating to a user policy and charging control for the MS based on at least one of subscription information and application information regarding the MS; performing, by the BS, data communication with the MS based on the first PCC rules; when the MS hands over from the BS to a target BS, generating, by the BS, second PCC rules to be enforced by the target BS, wherein the second PCC rules are determined based on an amount of data consumed while the BS communicates with the MS; and transferring, by the BS, the second PCC rules to the target BS in order that the target BS uses the second PCC rules for data communication with the MS.