mhurhangee/ep-ind-claims huggingface dataset:
An inkjet ink composition comprising an aqueous vehicle and colorant particles stabilized by a urea terminated polyurethane dispersant in an aqueous vehicle wherein: the urea terminated polyurethane dispersant comprises at least one compound of the general structure: R 1 = alkyl, substituted alkyl, substituted alkyl/aryl from a diisocyanate, R 2 = alkyl, substituted/branched alkyl from a diol, R 3 = alkyl, branched alkyl, non-isocyanate reactive group-substituted alkyl or isocyanate reactive group-substituted alkyl, R 4 = hydrogen, or as defined above for R 3; where the isocyanate reactive groups are selected from hydroxyl, carboxyl, mercapto, or amido; n = 2 to 30; and where each R 2 = Z 1 or Z 2 and at least one Z 1 and at least one Z 2 must be present in the polyurethane composition; p is greater than or equal to 1, when p = 1, m is from 3 to 30, when p = 2 or greater, m is from 3 to 12; R 5, R 6 = hydrogen, alkyl, substituted alkyl, aryl; where the R 5 and R 6 are the same or different with each R 5 - and R 6 -substituted methylene group, and where R 5 and R 6 can be joined to form a cyclic structure; Z 2 is a diol substituted with an ionic group; wherein the urea content the urea-terminated polyurethane is at least 2.5 wt % and at most 10.5 wt % of the polyurethane, and the colorant is selected from pigments and disperse dyes or combinations of pigments and disperse dyes. R 1 = alkyl, substituted alkyl, substituted alkyl/aryl from a diisocyanate, R 2 = alkyl, substituted/branched alkyl from a diol, R 3 = alkyl, branched alkyl, non-isocyanate reactive group-substituted alkyl or isocyanate reactive group-substituted alkyl, R 4 = hydrogen, or as defined above for R 3; where the isocyanate reactive groups are selected from hydroxyl, carboxyl, mercapto, or amido; n = 2 to 30; and where each R 2 = Z 1 or Z 2 and at least one Z 1 and at least one Z 2 must be present in the polyurethane composition; p is greater than or equal to 1, when p = 1, m is from 3 to 30, when p = 2 or greater, m is from 3 to 12; R 5, R 6 = hydrogen, alkyl, substituted alkyl, aryl; where the R 5 and R 6 are the same or different with each R 5 - and R 6 -substituted methylene group, and where R 5 and R 6 can be joined to form a cyclic structure; Z 2 is a diol substituted with an ionic group; wherein the urea content the urea-terminated polyurethane is at least 2.5 wt % and at most 10.5 wt % of the polyurethane, and the colorant is selected from pigments and disperse dyes or combinations of pigments and disperse dyes.
A method of producing 1-aminocyclopropanecarboxylic acid non-hydrate, which comprises treating 1-aminocyclopropanecarboxylic acid hydrochloride with a tertiary amine in the presence of a C 3 -C 4 alcohol and water, keeping the reaction mixture at 50°C or below, collecting the precipitated crystal of 1-aminocyclopropanecarboxylic acid 0.5 hydrate by filtration, and heating the obtained crystal to 80 to 245°C. treating 1-aminocyclopropanecarboxylic acid hydrochloride with a tertiary amine in the presence of a C 3 -C 4 alcohol and water, keeping the reaction mixture at 50°C or below, collecting the precipitated crystal of 1-aminocyclopropanecarboxylic acid 0.5 hydrate by filtration, and heating the obtained crystal to 80 to 245°C.
A packaging of at least a tile, comprising at least a tile, which tile comprises an upper face having a perimeter edge portion and a central portion which is internal of the perimeter edge portion, in which the packaging of at least a tile comprises a first flap and a second flap which cover a relative part of the perimeter edge portion of the upper face of the tile; the packaging of at least a tile comprising: a first protecting element for protecting the central portion of the upper face of the at least a tile, which first protecting element is strip-conformed, connects the first flap and the second flap to one another and is arranged so as to face the central portion of the upper face of the tile, thus dividing said central portion of the upper face of the tile into a first region and a second region; first fixing means which fix the first protecting element to the first flap and the second flap; characterized in that the first protecting element comprises a first end portion and a second end portion: wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone. a first protecting element for protecting the central portion of the upper face of the at least a tile, which first protecting element is strip-conformed, connects the first flap and the second flap to one another and is arranged so as to face the central portion of the upper face of the tile, thus dividing said central portion of the upper face of the tile into a first region and a second region; first fixing means which fix the first protecting element to the first flap and the second flap; characterized in that the first protecting element comprises a first end portion and a second end portion: wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone. wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone.
Heat exchange system for the thermal regulation of the gases admitted to a motor vehicle combustion engine, comprising a heat exchange module consisting of at least a first heat exchanger for the intake air, a second exchanger for the recirculated exhaust gases, comprising a first bypass for bypassing the exchanger for the intake air and a second bypass (10, 10'), which may or may not be common to the first bypass, for bypassing the exchanger for the recirculated gases, first means for distributing the intake air between the exchanger and the first bypass, second distribution means for distributing the recirculated gases between the exchanger and the second bypass, and control means connected to the first and second distribution means (14; 26) to adjust the proportion of the intake gases cooled or heated, of the intake gases which have been neither cooled nor heated, of the recirculated exhaust gases which have been cooled and of the recirculated exhaust gases which have been neither cooled nor heated, according to a predefined law and in which the first and second exchangers (2, 16) consist of separate exchangers, the first and second bypasses are combined into a single bypass.
An assembly of a supporting profile and a hinge profile fixable in the supporting profile intended to be used for a sheet unit e.g. in the form of a door, said supporting profile is in the first place intended to be fastened to a wall or the like, whereby the supporting profile has the form of an U, the legs (3,4) of which are directed towards, envelope and cooperate with two legs (5,6) having an inner friction surface protruding from the hinge-profile, said supporting profile further having in the same in pairs provided angle-bent fixing profiles (8,9), the front portions of which constitute legs (12,13) with friction surfaces, the back portions of said fixing profiles (8,9) are displaceable a short distance from each other by help of at least one adjusting screw at the same time as the front portions are displaced in a transverse direction relatively to each other to an adjustable engagement with the inner friction surface of the hinge profile, whereby the hinge profile is fixed into a selected, predetermined position in said supporting profile, said inner friction surface of the legs (5,6) of the hinge profile consisting of tooth formations extending in the longitudinal direction of the profiles and that the legs (12,13) of the fixing profiles (8,9) in their outer portions comprise friction surfaces in the form of gripping claws, said legs (12,13) of the fixing profiles (8,9) having a length corresponding the length of the legs (5,6) of the hinge profile at the same time as on both sides of the legs (12,13) of the fixing profiles (8,9), before inserting the legs (5,6) of the hinge profile into the supporting profile, there is an opening having a width being somewhat larger than the thickness of the legs (5,6) of the hinge profile, which allows inserting of the hinge profile into the supporting profile when the legs (12,13) of the fixing profiles (8,9) contact each other, characterized in that the adjustment screw is screwed through the back portions of the fixing profiles (8,9), which are parallel and angle-bent to a short distance from each other at the same time as the front portions of the fixing profiles (8,9) first contact each other and thereafter during the screwing of the adjustment screw inwards, whereby the back portions are displaced towards each other, move away from each other and making their gripping claws to grasp the tooth formation of the hinge profile.
A guide rail with a rear and a front fastening element, wherein the fastening elements are configured in such a manner that they serve to releasably fasten the guide rail to a side rack which is fastened to a side wall of a space enclosed by a plurality of walls, wherein on the wall side, the side rack has two vertical rods which are separated from each other and at least one horizontal rod connecting the vertical rods, wherein the at least one horizontal rod has a central longitudinally extending region which is located on the interior space side with respect to the vertical rods, and has angled end sections at its two ends, the respective free ends of which being fastened to a respective one of the vertical rods and positioned essentially perpendicular to the vertical rods, and the rear and front fastening elements have a retaining section which at least partially encompasses a region of a horizontal rod of the side rack in the assembled condition, the fastening elements having a support section which is attached to the retaining section and/or forms a part thereof and which bears on the horizontal rod, and having a fastening tab attached to the support section and standing upright thereto, wherein the guide rail is fastened to the fastening tab and the fastening tab is disposed in or parallel to the plane defined by the vertical rods, characterized in that the fastening tab is disposed on the wall side with respect to the longitudinally extending region of the horizontal rod.
Formulations containing a mixture of I. an aqueous polyurethane or polyurethane-urea dispersion, containing as disperse phase a polymer A) which after drying is semicrystalline or crystalline and has a melting temperature in the range from 30 to 80°C and an enthalpy of fusion of ≥ 35 J/g, II. at least one plasticizer resin B), III. at least one tackifier resin C), characterized in that the mixture, based on the solids present overall, contains 60% - 90% by weight of polymer A), 5% - 20% by weight of plasticizer resin B) and 5% - 20% by weight of tackifier resin C), and the amounts by weight of A), B) and C) add up to 100% by weight, wherein a polymer is semicrystalline or crystalline when it exhibits a melting peak in a DSC measurement in accordance with DIN 65467 with a heating rate of 20 K/min. I. an aqueous polyurethane or polyurethane-urea dispersion, containing as disperse phase a polymer A) which after drying is semicrystalline or crystalline and has a melting temperature in the range from 30 to 80°C and an enthalpy of fusion of ≥ 35 J/g, II. at least one plasticizer resin B), III. at least one tackifier resin C), 60% - 90% by weight of polymer A), 5% - 20% by weight of plasticizer resin B) and 5% - 20% by weight of tackifier resin C), and the amounts by weight of A), B) and C) add up to 100% by weight, wherein a polymer is semicrystalline or crystalline when it exhibits a melting peak in a DSC measurement in accordance with DIN 65467 with a heating rate of 20 K/min.
A communication apparatus comprising: a determination means configured to determine whether another communication apparatus exists, by performing channel scanning based on whether or not a beacon from said another communication apparatus that is in another cluster which has not undergone frame synchronization adjustment with a cluster that the communication apparatus is in has been received; characterized by further comprising: a switching means configured, when said another communication apparatus is determined to exist, to switch the communication apparatus to function as a self-beaconing device which sends a beacon for frame synchronization adjustment with said another communication apparatus, and, when said another communication apparatus is not determined to exist, to switch the communication apparatus to function as a non-beaconing device which does not send the beacon. a determination means configured to determine whether another communication apparatus exists, by performing channel scanning based on whether or not a beacon from said another communication apparatus that is in another cluster which has not undergone frame synchronization adjustment with a cluster that the communication apparatus is in has been received; characterized by further comprising: a switching means configured, when said another communication apparatus is determined to exist, to switch the communication apparatus to function as a self-beaconing device which sends a beacon for frame synchronization adjustment with said another communication apparatus, and, when said another communication apparatus is not determined to exist, to switch the communication apparatus to function as a non-beaconing device which does not send the beacon.
Device for dispensing a fluid under aseptic conditions, comprising a conveying device for conveying the fluid to a dispensing opening, and further comprising a coupling element for connecting a syringe comprising a syringe needle or cannula, wherein the coupling element comprises a septum that can be penetrated by a syringe needle or cannula; wherein the coupling element is designed as a needle receptacle into which the septum is inserted, in particular into a circumferential groove; wherein the fluid can be conveyed from the syringe, via the coupling element and the conveying device, to the dispensing opening exclusively under the action of the conveying device; wherein the device comprises a holder into which the syringe can be inserted; wherein the syringe - when inserted into the holder - can be coupled to the device via the coupling element; wherein the holder is designed as a plug-in unit which can be inserted into a plug-in region of the device; wherein the syringe needle is largely shielded by the plug-in unit.
Storage device for a filling line for intermediately storing runners designed to accommodate containers, wherein the storage device comprises at least two runners, a buffer stream and an introduction device, wherein the runners can be introduced into the buffer stream whose intermediate storage capacity of runners is variable, and the runners can be introduced into the buffer stream from a storage area via the introduction device, characterized in that the runners can be introduced into the buffer stream independently of each other; wherein the storage device comprises a first belt via which bottle-like containers can be supplied to the storage device, wherein the containers can be taken up by one runner each and can then be incorporated into the buffer stream; wherein the storage device comprises a second belt into which the containers can be released from the buffer stream and transported and processed further; wherein the storage device comprises two distributing points and a bypass section arranged between the distributing points, wherein the distributing points can be controlled such that a container can be transported from the first distributing point to the second distributing point via the bypass section and the distance travelled by the container in the buffer stream can thus be shortened.
A method of utilizing a monitoring system for maintaining a volume of reprocessing fluid within a supply reservoir for a fluid circulation system (290a, 290b) of an instrument reprocessor, said method comprising the steps of: supplying a quantity of reprocessing fluid to the supply reservoir from a reprocessing fluid source (201 a, 201 b); sensing the quantity of reprocessing fluid in the supply reservoir; determining whether the quantity of reprocessing fluid in the supply reservoir is more than a predetermined amount; operating a positive-displacement filling pump to supply reprocessing fluid to the supply reservoir if the quantity of reprocessing fluid in the supply reservoir is less than the predetermined amount, wherein the positive-displacement filling pump is configured to supply a fixed volume of reprocessing fluid per stroke; monitoring the quantity of reprocessing fluid in the supply reservoir as the positive-displacement filling pump is being operated; determining whether the quantity of reprocessing fluid in the supply reservoir has increased by a re-supply volume equal to the product of the volume displaced per stroke and the number of strokes of the positive-displacement filling pump; and broadcasting an alert if the quantity of reprocessing fluid in the supply reservoir has not increased by the re-supply volume. supplying a quantity of reprocessing fluid to the supply reservoir from a reprocessing fluid source (201 a, 201 b); sensing the quantity of reprocessing fluid in the supply reservoir; determining whether the quantity of reprocessing fluid in the supply reservoir is more than a predetermined amount; operating a positive-displacement filling pump to supply reprocessing fluid to the supply reservoir if the quantity of reprocessing fluid in the supply reservoir is less than the predetermined amount, wherein the positive-displacement filling pump is configured to supply a fixed volume of reprocessing fluid per stroke; monitoring the quantity of reprocessing fluid in the supply reservoir as the positive-displacement filling pump is being operated; determining whether the quantity of reprocessing fluid in the supply reservoir has increased by a re-supply volume equal to the product of the volume displaced per stroke and the number of strokes of the positive-displacement filling pump; and broadcasting an alert if the quantity of reprocessing fluid in the supply reservoir has not increased by the re-supply volume.
Nozzle assembly for a fuel injector, having a nozzle needle which is guided in a highpressure bore of a nozzle body, for the purposes of opening up and closing off at least one injection opening, by way of at least one guide section (5, 6) and which is acted on at least indirectly by the spring force of a closing spring, and having a throttle bore body which is spring-loaded in an axial direction, wherein the throttle bore body bears against the nozzle needle and is acted on in an axial direction by the spring force of the closing spring, characterized in that the throttle bore body is extended through by the nozzle needle, wherein that section of the nozzle needle which extends through the throttle bore body has an outer diameter D 3 which is smaller than the outer diameter D 2 of the nozzle needle.
An airbag module (160, 200) comprising an inflator, a diffusor, a module carrier for an airbag and the inflator mountable to a vehicle steering wheel, and a counter support adapted to be coupled to the module carrier, wherein the counter support includes a mounting device which is configured at least for mounting the diffusor, and the diffusor is configured on the counter support or is mounted on the mounting device, wherein a plurality of damping members (100, 102, 104, 106) is provided and the inflator is mounted on the damping members (100, 102, 104, 106), characterized in that the diffusor is provided with the plurality of damping members (100, 102, 104, 106) and the damping members (100, 102, 104, 106) of the diffusor are injection-molded or vulcanized to the latter.
Method for deriving a device-specific value from a physical unclonable function realized on a circuit unit, wherein - the physical unclonable function has an identical challenge applied to it at least twice in order to produce at least two responses (111, 112); the method is characterized by the following steps: - a categorization information item associated with the challenge is derived from a statistical property of the at least two responses (111, 112) wherein an association with one of at least two categories that can be stipulated by at least one threshold value is derived from the categorization information item; and - the device-specific value is produced from the categorization information item, wherein the device-specific value is produced from the association with the category. - the physical unclonable function has an identical challenge applied to it at least twice in order to produce at least two responses (111, 112); - a categorization information item associated with the challenge is derived from a statistical property of the at least two responses (111, 112) wherein an association with one of at least two categories that can be stipulated by at least one threshold value is derived from the categorization information item; and - the device-specific value is produced from the categorization information item, wherein the device-specific value is produced from the association with the category.
A method, comprising: receiving, on a first service provider network, a request for access to a target communication device, the target communication device being associated with a second service provider network; receiving, on the first service provider network, an indicator, from the second service provider network, that the target communication device is roaming on a third service provider network; and establishing a peer-to-peer communication link with the target communication device on the third service provider network by a direct peer-to-peer interconnection process, wherein a session control portion of the peer-to-peer communication link is established between the first service provider network and the second service provider network and a media path is established directly between the first service provider network and the third service provider network. receiving, on a first service provider network, a request for access to a target communication device, the target communication device being associated with a second service provider network; receiving, on the first service provider network, an indicator, from the second service provider network, that the target communication device is roaming on a third service provider network; and establishing a peer-to-peer communication link with the target communication device on the third service provider network by a direct peer-to-peer interconnection process, wherein a session control portion of the peer-to-peer communication link is established between the first service provider network and the second service provider network and a media path is established directly between the first service provider network and the third service provider network.