mhurhangee/patent-ind-claim-en huggingface dataset:
A composite composition suitable for 3D printing, said composition comprising at least one cyclic Olefin Copolymer (COC), at least one styrenic block copolymer, and a dielectric inorganic filler composition in an amount of more than 30% by weight relative to the total weight of the composite composition.
A biomolecule array, comprising (a) a first substrate, comprising wells; (b) biomolecules comprising at least 10 isolated coding deoxyribonucleic acids, wherein each deoxyribonucleic acid is physically confined at a discrete location on the first substrate defined by one of the wells, and wherein each deoxyribonucleic acid is capable of expressing its encoded protein in situ at its discrete location on the substrate; (c) reagents, comprising reticulocyte lysate, for expressing proteins within each well; and (d) a capture substrate, wherein the capture substrate is adapted to mate with the first substrate and wherein the capture substrate and the first substrate interact to form a seal about each well, wherein the discrete locations are separated from each other on the first substrate by a center to center spacing of between about 20 nm and about 1 mm, wherein the capture substrate is functionalized to capture and isolate the expressed proteins. (a) a first substrate, comprising wells; (b) biomolecules comprising at least 10 isolated coding deoxyribonucleic acids, wherein each deoxyribonucleic acid is physically confined at a discrete location on the first substrate defined by one of the wells, and wherein each deoxyribonucleic acid is capable of expressing its encoded protein in situ at its discrete location on the substrate; (c) reagents, comprising reticulocyte lysate, for expressing proteins within each well; and (d) a capture substrate, wherein the capture substrate is adapted to mate with the first substrate and wherein the capture substrate and the first substrate interact to form a seal about each well, wherein the discrete locations are separated from each other on the first substrate by a center to center spacing of between about 20 nm and about 1 mm, wherein the capture substrate is functionalized to capture and isolate the expressed proteins.
An ink comprising: an organic solvent, and a polyethylene wax having a penetration of 1.2 or less as measured according to JIS K2235 format, wherein an ink film of a solid image formed with the ink has a dynamic friction coefficient of 0.35 or less, and wherein solid matter of the ink has an endothermic peak and an exothermic peak in a temperature range of from 100 to 130 degrees C in differential scanning calorimetry measuring and a peak area of the exothermic peak is from greater than 0 to 40 J/g. an organic solvent, and a polyethylene wax having a penetration of 1.2 or less as measured according to JIS K2235 format, wherein an ink film of a solid image formed with the ink has a dynamic friction coefficient of 0.35 or less, and wherein solid matter of the ink has an endothermic peak and an exothermic peak in a temperature range of from 100 to 130 degrees C in differential scanning calorimetry measuring and a peak area of the exothermic peak is from greater than 0 to 40 J/g.
A water-based, dimensionally stable adhesive composition containing, in each case based on the total weight of the adhesive composition, a) at least 10 wt.% broken down and enzymatically modified starch having a dynamic viscosity of less than 500,000 mPas measured according to Brookfield and obtained by modifying native starch by means of a glycogen branching enzyme (EC 2.4.1.18); b) at least 20 wt. % sucrose; c) at least 3 wt.% builder selected from C 12 to C 22 fatty acids and/or the salts thereof, wherein the total proportion of starches, in particular broken down and enzymatically modified starches, and sucrose is below 65 wt.% based on the total weight of the adhesive composition, and the weight ratio of starches, in particular broken down and enzymatically modified starches, to sucrose is less than 0.70. a) at least 10 wt.% broken down and enzymatically modified starch having a dynamic viscosity of less than 500,000 mPas measured according to Brookfield and obtained by modifying native starch by means of a glycogen branching enzyme (EC 2.4.1.18); b) at least 20 wt. % sucrose; c) at least 3 wt.% builder selected from C 12 to C 22 fatty acids and/or the salts thereof, wherein the total proportion of starches, in particular broken down and enzymatically modified starches, and sucrose is below 65 wt.% based on the total weight of the adhesive composition, and the weight ratio of starches, in particular broken down and enzymatically modified starches, to sucrose is less than 0.70.
Probe system comprising a probe head and a transceiver element , wherein the probe head has a stylus (1.2) and a sensor element (1.5) and a sensor signal (E1) can be generated by the sensor element (1.5) as a result of contact of the stylus (1.2), and the probe head and the transceiver element are configured in such a manner that an item of information (AI, BI) can be wirelessly transmitted between them via a radio signal, characterized in that the transceiver element or the probe head has two antennas (2.1, 2.2) arranged at a distance from one another in order to receive the radio signal and is configured in such a manner that the information (AI, BI) received by the two antennas (2.1, 2.2) via the radio signal can be processed in a parallel manner, wherein a first level of the radio signal received by the first antenna (2.1) can be determined, and a second level of the radio signal received by the second antenna (2.2) can be determined, and the probe system has a comparator (2.5) which can be used to compare the first level with the second level, and radio signals can be alternately transmitted by the two antennas (2.1, 2.2), with the result that the radio signal can be transmitted by only one antenna (2.1), while the other antenna (2.2) is silent, wherein the transmitting antenna (2.1) is that antenna (2.1) which provides the higher determined level from the comparison which was previously carried out.
A layer arrangement for producing a security feature for use in value documents, having: - an information layer for personalizing the layer arrangement; - a micro-optic layer having micro-optic elements which implement an angular-dependent color change; - a reflector layer which in cooperation with at least the micro-optic layer triggers a light reflex; - a laminatable cover layer is provided and the micro-optic layer is laminated in within the layer arrangement, - characterized in that the reflector layer and/or the micro-optic layer is partially removed. - an information layer for personalizing the layer arrangement; - a micro-optic layer having micro-optic elements which implement an angular-dependent color change; - a reflector layer which in cooperation with at least the micro-optic layer triggers a light reflex; - a laminatable cover layer is provided and the micro-optic layer is laminated in within the layer arrangement, - characterized in that the reflector layer and/or the micro-optic layer is partially removed.
Method for transferring exclusive control of a security module from a first entity to a second entity , the security module comprising a first security domain (10-1), which is controlled by the first entity by means of at least one first secret control key specific to the first entity, and a second security domain (10-2), said second security domain comprising a certificate of a public key of a controlling authority and a private key of the controlling authority, the method comprising the steps, implemented by the security module, of: - the second security domain receiving (E6, E6'), from the second entity, a request to obtain the certificate, - the second security domain sending (E7, E7') said certificate, - the first security domain receiving (E9, E9'), from the second entity, data encrypted by means of the public key certified by said certificate, the data comprising at least one second secret control key specific to the second entity, - the second security domain decrypting (E11, E11') said data, - the first security domain verifying (E13, E13') the data, and - if the verification is positive, the first security domain replacing (E14, E14') the at least first secret control key with said at least second secret control key. - the second security domain receiving (E6, E6'), from the second entity, a request to obtain the certificate, - the second security domain sending (E7, E7') said certificate, - the first security domain receiving (E9, E9'), from the second entity, data encrypted by means of the public key certified by said certificate, the data comprising at least one second secret control key specific to the second entity, - the second security domain decrypting (E11, E11') said data, - the first security domain verifying (E13, E13') the data, and - if the verification is positive, the first security domain replacing (E14, E14') the at least first secret control key with said at least second secret control key.
Apparatus for cleaning drink-containers , • with a transport device , which transports the drink-containers along a predetermined transport path (P), • with a first cleaning device , which acts upon the drink-containers with a first flowable medium for cleaning thereof, • with a second cleaning device , which is arranged after the first cleaning device in the transport direction of the drink-containers and which acts upon the drink-containers with a second flowable medium for cleaning thereof, • wherein the apparatus has a third cleaning device for acting upon the containers with freshwater and a fourth cleaning device for acting upon the containers with a cold medium, and • wherein the apparatus has at least one rotating device , which rotates the cleaning device or the drink-containers with respect to a longitudinal axis (L) during their transport and in particular also during their cleaning with, in order to enable a relative rotation between the drink-containers and at least one cleaning device , characterized in that • at least one cleaning device is suitable and intended to act upon the containers with a flowable medium which has a temperature of less than - 10°C, wherein the cleaning device which acts upon the containers with less than - 10°C is the fourth cleaning device and • for the purpose of cleaning at least one cleaning device has a cleaning head which can be introduced into an interior of the containers, and which is moveable in a longitudinal direction of the drink-containers to be cleaned. • with a transport device , which transports the drink-containers along a predetermined transport path (P), • with a first cleaning device , which acts upon the drink-containers with a first flowable medium for cleaning thereof, • with a second cleaning device , which is arranged after the first cleaning device in the transport direction of the drink-containers and which acts upon the drink-containers with a second flowable medium for cleaning thereof, • wherein the apparatus has a third cleaning device for acting upon the containers with freshwater and a fourth cleaning device for acting upon the containers with a cold medium, and • wherein the apparatus has at least one rotating device , which rotates the cleaning device or the drink-containers with respect to a longitudinal axis (L) during their transport and in particular also during their cleaning with, in order to enable a relative rotation between the drink-containers and at least one cleaning device , • at least one cleaning device is suitable and intended to act upon the containers with a flowable medium which has a temperature of less than - 10°C, wherein the cleaning device which acts upon the containers with less than - 10°C is the fourth cleaning device and • for the purpose of cleaning at least one cleaning device has a cleaning head which can be introduced into an interior of the containers, and which is moveable in a longitudinal direction of the drink-containers to be cleaned.
A security token comprising: a substrate and; an authentication element mounted to the substrate and formed from a solid anisotropic crystalline ceramic material, the authentication element being at least partially transparent to ultraviolet, visible and/or infrared light; the substrate and authentication element arranged to allow transmission of light through the security token by transmission of light through the authentication element. a substrate and; an authentication element mounted to the substrate and formed from a solid anisotropic crystalline ceramic material, the authentication element being at least partially transparent to ultraviolet, visible and/or infrared light; the substrate and authentication element arranged to allow transmission of light through the security token by transmission of light through the authentication element.
An aircraft, comprising: a main body ; a primary airfoil coupled to the main body ; a gas generator coupled to the main body and producing a gas stream; a conduit fluidly coupled to the gas generator ; an ejector fluidly coupled to the conduit and embedded in the primary airfoil , the ejector comprising an outlet structure out of which the gas stream flows directly from the trailing edge of the primary airfoil at a predetermined adjustable velocity; and a secondary airfoil placed in tandem with the primary airfoil , the secondary airfoil having a leading edge and located directly downstream of the outlet structure such that the gas stream from the ejector flows over the leading edge of the secondary airfoil , characterised in that the entirety of the secondary airfoil is rotatable about an axis oriented parallel to the leading edge . a main body ; a primary airfoil coupled to the main body ; a gas generator coupled to the main body and producing a gas stream; a conduit fluidly coupled to the gas generator ; an ejector fluidly coupled to the conduit and embedded in the primary airfoil , the ejector comprising an outlet structure out of which the gas stream flows directly from the trailing edge of the primary airfoil at a predetermined adjustable velocity; and a secondary airfoil placed in tandem with the primary airfoil , the secondary airfoil having a leading edge and located directly downstream of the outlet structure such that the gas stream from the ejector flows over the leading edge of the secondary airfoil , characterised in that the entirety of the secondary airfoil is rotatable about an axis oriented parallel to the leading edge .
A female terminal for an electrical connector, comprising an elongated receptacle portion which is essentially cylindrical in shape, made of an electrically conductive material, and defines a longitudinal axis, and which extends from a first end portion to an open end , specifically for receiving as well as mechanically and electrically coupling an electrical contact end of a pin terminal of a connector to be mated with the electrical connector, which pin terminal is designed complementary to the female terminal and is to be introduced via the open end ; wherein the receptacle portion provides an interior which towards the open end includes contacting webs that extend axially or obliquely or in a thread-like fashion along the inner circumference; wherein the contacting webs provided along the inner circumference extend as far as to the open end ; and wherein the receptacle portion is manufactured in a stamping/bending process; characterized in that the receptacle portion is kept in shape movably by a material interengagement such that the interior provided with the contacting webs along the inner circumference can be spread out resiliently to a limited extent, in particular when the pin terminal is urged or plugged into the open end of the female terminal, and wherein on a side substantially facing away from the material interengagement , the receptacle portion is partially formed with an axially extending slot that starts at the open end. wherein the receptacle portion provides an interior which towards the open end includes contacting webs that extend axially or obliquely or in a thread-like fashion along the inner circumference; wherein the contacting webs provided along the inner circumference extend as far as to the open end ; and wherein the receptacle portion is manufactured in a stamping/bending process; characterized in that the receptacle portion is kept in shape movably by a material interengagement such that the interior provided with the contacting webs along the inner circumference can be spread out resiliently to a limited extent, in particular when the pin terminal is urged or plugged into the open end of the female terminal, and wherein on a side substantially facing away from the material interengagement , the receptacle portion is partially formed with an axially extending slot that starts at the open end.
A tile spacer for spacing tiles on a substrate, the tile spacer comprising: (a) a base for engaging a bottom surface of tiles to be spaced on the substrate; and (b) a stem projecting upwardly from the base , the stem having two oppositely facing surfaces, the stem comprising a tile alignment portion comprising (i) the two oppositely facing surfaces and (ii) two projections extending in opposite directions from the surfaces, with one projection extending from one oppositely facing surface and the other projection extending from the other oppositely facing surface, so that the tile alignment portion defines a cross-shaped profile in transverse section, wherein the cross-shaped profile defines corners for positioning corners of four tiles on the substrate, wherein, in use, none, one or both of the projections can be removed from the tile alignment portion so that the tile alignment portion can be adapted for use with four, three or two tiles respectively to space apart at least two adjacent tiles depending on whether one or both projections are removed, characterised in that at least one of the surfaces of the tile alignment portion includes a recessed area and one of the projections extends from the recessed area , such that any residual material of the projection or projections that is not removed with the projection or projections and extends from the tile alignment portion is at least substantially confined within the recessed area or areas and minimises or avoids altogether interference with laying tiles on the substrate. (a) a base for engaging a bottom surface of tiles to be spaced on the substrate; and (b) a stem projecting upwardly from the base , the stem having two oppositely facing surfaces, the stem comprising a tile alignment portion comprising (i) the two oppositely facing surfaces and (ii) two projections extending in opposite directions from the surfaces, with one projection extending from one oppositely facing surface and the other projection extending from the other oppositely facing surface, so that the tile alignment portion defines a cross-shaped profile in transverse section, wherein the cross-shaped profile defines corners for positioning corners of four tiles on the substrate, wherein, in use, none, one or both of the projections can be removed from the tile alignment portion so that the tile alignment portion can be adapted for use with four, three or two tiles respectively to space apart at least two adjacent tiles depending on whether one or both projections are removed, characterised in that at least one of the surfaces of the tile alignment portion includes a recessed area and one of the projections extends from the recessed area , such that any residual material of the projection or projections that is not removed with the projection or projections and extends from the tile alignment portion is at least substantially confined within the recessed area or areas and minimises or avoids altogether interference with laying tiles on the substrate.
Crane (1; 78) comprising a lower carriage , a superstructure which can be pivoted about an axis of rotation with respect to the lower carriage , a counterweight unit and a counterweight adjustment apparatus (19; 19a; 19b), wherein the counterweight adjustment apparatus (19; 19a; 19b) comprises: a telescopic framework which is fastened to the superstructure and has a telescopic longitudinal member , a counterweight unit which is arranged so as to be displaceable along the framework , a drive unit for displacing the counterweight unit in a driven manner on the framework , and a kinematic unit (41; 41b) which can be coupled to the drive unit in order to telescope the framework in a driven manner, characterised in that a cantilever element is fastened to a rear end of the longitudinal member remote from the axis of rotation , the counterweight unit can be displaced along the framework in the region of the superstructure as far as onto the cantilever element , the counterweight unit can be fastened to the cantilever element and the counterweight unit can be telescoped inwards and outwards on the cantilever element with the framework . a telescopic framework which is fastened to the superstructure and has a telescopic longitudinal member , a counterweight unit which is arranged so as to be displaceable along the framework , a drive unit for displacing the counterweight unit in a driven manner on the framework , and a kinematic unit (41; 41b) which can be coupled to the drive unit in order to telescope the framework in a driven manner, characterised in that a cantilever element is fastened to a rear end of the longitudinal member remote from the axis of rotation , the counterweight unit can be displaced along the framework in the region of the superstructure as far as onto the cantilever element , the counterweight unit can be fastened to the cantilever element and the counterweight unit can be telescoped inwards and outwards on the cantilever element with the framework .
Disc brake with a brake calliper which reaches over a brake disc which can be rotated on an axis (A) and brake linings which are arranged on both sides of the said brake disc in a lining shaft , with a hold-down arrangement which leads transversely over the brake linings and consists of a rigid hold-down and a leaf spring , the hold-down having a centre section , which forms the greatest part of its overall length and leads over the lining shaft , and two end sections , being supported against the brake linings towards the disc brake axis (A), and extending with its first end section into a slot of the brake calliper , and the leaf spring extending in the longitudinal direction of the hold-down and being supported resiliently against that outer side of the hold-down which faces away from the brake linings , characterized in that the first end section which extends into the slot is angled away relative to the centre section of the hold-down .