mhurhangee/ep-ind-claims huggingface dataset:
A housing for a locking system, wherein the housing includes a surrounding walling with an opening, an element, which is mobile in relation to the surrounding walling, and a closure device, wherein the surrounding walling defines an interior space and the closure device is adapted to arrest the mobile element in relation to the surrounding walling, and wherein the closure element includes an element for interlocking, a first elastic element, a guide and a latching device, wherein the first elastic element movably supports the element for interlocking, and the element for interlocking is movable along a direction of movement specified by the guide in such a manner that, in a first position, it engages into the latching device and, in a second position, it does not engage into the latching device, wherein, in the first position, the latching device is prevented from movement in relation to the element for interlocking, characterized in that, furthermore, the closure device includes a second elastic element, which charges the latching device and/or the element for interlocking with a force having a component vertical to the direction of movement of the element for interlocking, and in that the element for interlocking includes ferromagnetic material and is movable by means of applying a magnetic field along the direction of movement, which is specified by the guide.
A computer implemented method for probe data management comprising: receiving, by one or more publisher modules, a message comprising real-time position information indicative of a geographical position of a respective probe device and device identification information identifying the probe device; assigning probe identification information to the position information, the probe identification information anonymously identifying a source of the position information within a probe data management system without reference to the device identification information, wherein the assigning comprises stripping or removing the device identification information from the received message and attaching the probe identification information to the message before onward transmission; and temporarily storing, by the or each publisher module, an association between the device identification information and the probe identification information, wherein the stored association between the device identification information and the probe identification information is removed if no position information is received from the probe device for a predetermined time period. receiving, by one or more publisher modules, a message comprising real-time position information indicative of a geographical position of a respective probe device and device identification information identifying the probe device; assigning probe identification information to the position information, the probe identification information anonymously identifying a source of the position information within a probe data management system without reference to the device identification information, wherein the assigning comprises stripping or removing the device identification information from the received message and attaching the probe identification information to the message before onward transmission; and temporarily storing, by the or each publisher module, an association between the device identification information and the probe identification information, wherein the stored association between the device identification information and the probe identification information is removed if no position information is received from the probe device for a predetermined time period.
A method for producing a sialylated oligosaccharide in a bacterium comprising: providing a bacterium, said bacterium comprising an exogenous sialyl-transferase, a deficient sialic acid catabolic pathway, a sialic acid synthetic capability, a functional lactose permease gene, and an increased UDP-GlcNAc production capability comprising overexpression of nagC, such that the bacterium produces at least 10% more UDP-GlcNAc than a native bacterium; and culturing said bacterium in the presence of lactose. providing a bacterium, said bacterium comprising an exogenous sialyl-transferase, a deficient sialic acid catabolic pathway, a sialic acid synthetic capability, a functional lactose permease gene, and an increased UDP-GlcNAc production capability comprising overexpression of nagC, such that the bacterium produces at least 10% more UDP-GlcNAc than a native bacterium; and culturing said bacterium in the presence of lactose.
A method for driving a three-dimensional image display, comprising: generating a double-speed image signal including a black image signal with no screen signals and including left-eye and right-eye image signals (L1+, R1+) having a shorter period than one frame, with respect to an input image signal in units of frames, wherein the input image signal separately contains a left-eye image and a right-eye image (R1, characterized in that the method further comprises: generating an inverted driving signal for inverting the left-eye image signal (L1+) or the right-eye image signal (R1+) after generating the double-speed image signal; and generating a driving signal for driving a display panel by multiplying the double-speed image signal by the inverted driving signal. generating a double-speed image signal including a black image signal with no screen signals and including left-eye and right-eye image signals (L1+, R1+) having a shorter period than one frame, with respect to an input image signal in units of frames, wherein the input image signal separately contains a left-eye image and a right-eye image (R1, characterized in that the method further comprises: generating an inverted driving signal for inverting the left-eye image signal (L1+) or the right-eye image signal (R1+) after generating the double-speed image signal; and generating a driving signal for driving a display panel by multiplying the double-speed image signal by the inverted driving signal. generating an inverted driving signal for inverting the left-eye image signal (L1+) or the right-eye image signal (R1+) after generating the double-speed image signal; and generating a driving signal for driving a display panel by multiplying the double-speed image signal by the inverted driving signal.
A thermoelectric composite material comprising: a metal oxide material; and graphene or modified graphene dispersed throughout the metal oxide material wherein the graphene or modified graphene is present at an amount less than the percolation limit. a metal oxide material; and graphene or modified graphene dispersed throughout the metal oxide material wherein the graphene or modified graphene is present at an amount less than the percolation limit.
A compound of the formula: wherein R is methyl or ethyl; or a pharmaceutically acceptable salt thereof. wherein R is methyl or ethyl; or a pharmaceutically acceptable salt thereof.
A rub rail system for a vessel, comprising: a rigid track extrusion (2, 7), a resilient flexible fender extrusion (3, 8), and a shock absorbing inner core (4, 9); said inner core (4, 9) disposed in said fender extrusion (3, 8), wherein said inner core (4, 9) is substantially softer than said fender extrusion (3, 8); said track extrusion (2, 7) configured to attach to a perimeter of said vessel; said fender extrusion (3, 8) configured to matingly engage said track extrusion (2, 7); said rigid track extrusion (2, 7) including an upper (231, 731) and a lower lip (241, 741), said upper lip (231, 731) configured to engage a top portion of said perimeter of said vessel and said lower lip (241, 741) configured to engage a lower portion of said perimeter of said vessel; said fender extrusion (3, 8) including an upper flange and a lower flange (34, 83), wherein said upper flange engages said upper lip (231, 731) of said track extrusion (2, 7) and said lower flange (34, 83) engages said lower lip (241, 741) of said track extrusion (2, 7); characterised in that said upper flange includes a hook-shaped end that engages a tip of said upper lip (231, 731) of said track extrusion (2, 7); and wherein said upper flange is longer than said lower flange (34, 83). a rigid track extrusion (2, 7), a resilient flexible fender extrusion (3, 8), and a shock absorbing inner core (4, 9); said inner core (4, 9) disposed in said fender extrusion (3, 8), wherein said inner core (4, 9) is substantially softer than said fender extrusion (3, 8); said track extrusion (2, 7) configured to attach to a perimeter of said vessel; said fender extrusion (3, 8) configured to matingly engage said track extrusion (2, 7); said rigid track extrusion (2, 7) including an upper (231, 731) and a lower lip (241, 741), said upper lip (231, 731) configured to engage a top portion of said perimeter of said vessel and said lower lip (241, 741) configured to engage a lower portion of said perimeter of said vessel; said fender extrusion (3, 8) including an upper flange and a lower flange (34, 83), wherein said upper flange engages said upper lip (231, 731) of said track extrusion (2, 7) and said lower flange (34, 83) engages said lower lip (241, 741) of said track extrusion (2, 7); characterised in that said upper flange includes a hook-shaped end that engages a tip of said upper lip (231, 731) of said track extrusion (2, 7); and wherein said upper flange is longer than said lower flange (34, 83).
A device for a wireless power transfer system for a vehicle, the device comprising a coil formed by at least a first conductor wire forming a first sub coil with a plurality of windings and a second conductor wire forming a second sub coil with a plurality of windings, the coil having a first loop and a second loop positioned next to each other, the first and second loop having a central portion of the coil in common where said at least first and second conductor wires extend from the first loop to the second loop and vice versa, said at least first and second conductor wires (23, 26) being arranged next to each other in the central portion, characterized in that said at least first and second conductor wires (23, 36) are arranged above each other in an outer portion of the first loop and in an outer portion of the second loop, each of said at least first and second conductor wires being twisted around its own longitudinal axis at a position between the central portion and the first loop outer portion and at a position between the central portion and the second loop outer portion, said at least first and second conductor wires (23, 26) being twisted in the same rotation direction such that a lateral surface of the second conductor wire facing away from the corresponding first conductor wire in the central portion, constitutes a top surface of the second conductor wire in the first loop outer portion and the second loop outer portion, and a lateral surface of the first conductor wire facing away from the corresponding second conductor wire in the central portion, constitutes a bottom surface of the first conductor wire in the first loop outer portion and the second loop outer portion, and the second conductor wire being arranged above the first conductor wire in the first loop outer portion and the second loop outer portion.
Seal assembly comprising a first sealing element and a pressure-exerting element, wherein the first sealing element is in the form of a grooved ring and has a first sealing lip and a second sealing lip, wherein the pressure-exerting element is arranged between the first sealing lip and second sealing lip and exerts a radial preload on the first sealing lip and second sealing lip, wherein the pressure-exerting element closes the gap between the first sealing lip and second sealing lip, wherein the sealing lips (4, 5) have sealing edges (15, 16), wherein at least one compensation space forms between the sealing element and pressure-exerting element, characterized in that the sealing edges (15, 16) are aligned with the end side of the sealing element and pressure-exerting element.
Vapor cycle refrigeration system for an aircraft, the system comprising: a compressor, a condenser unit with a condenser radiator, a condenser fan and a condenser air duct configured to direct a stream of air generated by the condenser fan through the condenser radiator, an expansion device, an evaporator unit with an evaporator radiator, an evaporator fan and an evaporator air duct configured to direct a stream of air generated by the evaporator fan through the evaporator radiator, and a piping system connecting the compressor, the condenser radiator, the expansion device and the evaporator radiator in a closed circuit for a refrigerant, characterized in that each of the compressor, the condenser radiator, the condenser fan, the expansion device, the evaporator radiator, the evaporator fan and the piping system is fully supported directly or indirectly by at least one of the condenser air duct and the evaporator air duct, preferably by the condenser air duct, in such a manner that the system is self-supporting. a compressor, a condenser unit with a condenser radiator, a condenser fan and a condenser air duct configured to direct a stream of air generated by the condenser fan through the condenser radiator, an expansion device, an evaporator unit with an evaporator radiator, an evaporator fan and an evaporator air duct configured to direct a stream of air generated by the evaporator fan through the evaporator radiator, and a piping system connecting the compressor, the condenser radiator, the expansion device and the evaporator radiator in a closed circuit for a refrigerant, characterized in that each of the compressor, the condenser radiator, the condenser fan, the expansion device, the evaporator radiator, the evaporator fan and the piping system is fully supported directly or indirectly by at least one of the condenser air duct and the evaporator air duct, preferably by the condenser air duct, in such a manner that the system is self-supporting.
An article-orienting star wheel conveyor for conveying articles on an automated handling line and for orienting said articles according to predefined alignment conditions, comprising, at its periphery, a plurality of pockets arranged around a central axis for receiving said articles and a corresponding plurality of supporting mechanisms configured to hold said articles while leaving them free to rotate about their axes, each said pocket being equipped with at least one engaging member adapted to engage with a corresponding lug or notch in a respective article, so that further rotation of said article about its axis is prevented upon engagement of engaging member with said lug or notch, characterised by comprising means for adjusting the orientation and/or position of said engaging members.
Use of an inhibitor of the expression and/or activity of SFRP2 in the manufacture of a medicament for treating or preventing cancer or metastases, or for treating disorders related to excessive or undesired angiogenesis in a subject, wherein said inhibitor binds or targets SFRP2 and is (i) an antibody, antibody fragment or aptamer targeted to SFRP2; or (ii) an antisense oligonucleotide, triple helix oligonucleotide, siRNA, miRNA or ribozyme targeted to a nucleic acid encoding SFRP2.
A composition comprising a combination of an anti- P. gingivalis Huβ antiserum that specifically recognizes or binds an isolated or recombinant HU polypeptide and an anti-S. gordonii HU antiserum that specifically recognizes or binds an isolated or recombinant HU protein.
A waterproof member comprising: a first adhesive layer having a frame shape; a second adhesive layer having a frame shape; and a porous layer disposed between the first adhesive layer and the second adhesive layer, wherein when the first adhesive layer, the second adhesive layer, and the porous layer are seen in plan view, an outer boundary of the porous layer lies within an outer boundary of the first adhesive layer and an outer boundary of the second adhesive layer, characterized in that the first adhesive layer is bonded directly to the second adhesive layer in a region outside the outer boundary of the porous layer, and the porous layer has a peripheral surface that is shielded from outside by the first adhesive layer and the second adhesive layer. a first adhesive layer having a frame shape; a second adhesive layer having a frame shape; and a porous layer disposed between the first adhesive layer and the second adhesive layer, wherein when the first adhesive layer, the second adhesive layer, and the porous layer are seen in plan view, an outer boundary of the porous layer lies within an outer boundary of the first adhesive layer and an outer boundary of the second adhesive layer, characterized in that the first adhesive layer is bonded directly to the second adhesive layer in a region outside the outer boundary of the porous layer, and the porous layer has a peripheral surface that is shielded from outside by the first adhesive layer and the second adhesive layer.
A differential signal amplification circuit, comprising a multi-stage differential amplifier, a common-mode transient adaptive biasing circuit, wherein a positive input terminal and a negative input terminal of a primary differential amplifier of the multi-stage differential amplifier, which corresponds to a first stage of the multi-stage differential amplifier, are connected to respective input terminals of the common-mode transient adaptive biasing circuit; and the common-mode transient adaptive biasing circuit is configured to detect a positive or negative common-mode transient interference signal at the positive input terminal and the negative input terminal, and characterized in that the common-mode transient adaptive biasing circuit is configured to provide a biasing current to a differential amplifier of at least one stage above a second stage of the multi-stage differential amplifier when the positive or negative common-mode transient interference signals are detected. a common-mode transient adaptive biasing circuit, wherein a positive input terminal and a negative input terminal of a primary differential amplifier of the multi-stage differential amplifier, which corresponds to a first stage of the multi-stage differential amplifier, are connected to respective input terminals of the common-mode transient adaptive biasing circuit; and the common-mode transient adaptive biasing circuit is configured to detect a positive or negative common-mode transient interference signal at the positive input terminal and the negative input terminal, and characterized in that the common-mode transient adaptive biasing circuit is configured to provide a biasing current to a differential amplifier of at least one stage above a second stage of the multi-stage differential amplifier when the positive or negative common-mode transient interference signals are detected.
A method of determining boundaries between fractions (12, 14, 16) in a fractionated sample, the method comprising the steps of: providing the fractionated sample in a receptacle, the receptacle having at least a transparent window; positioning the receptacle in a known position relative to datum means; capturing an image of the receptacle and datum means; and processing the image to determine the position of boundaries between the fractions (12, 14, 16) in the sample relative to the datum means; characterised in that the known position of the receptacle is set by positioning the receptacle with its lower end in contact with the datum means, thereby enabling the position of the lower end of the receptacle to be determined and the relative positions of the fraction boundaries in the sample to be determined. providing the fractionated sample in a receptacle, the receptacle having at least a transparent window; positioning the receptacle in a known position relative to datum means; capturing an image of the receptacle and datum means; and processing the image to determine the position of boundaries between the fractions (12, 14, 16) in the sample relative to the datum means;
Downpipe sensor for single seed identification of seeds in a downpipe having a predetermined measuring field, on which a transmitting device and a receiving device are arranged spaced with respect to one another, wherein the light beams that are emitted by the transmitting device are guided in the case of a clear beam path through the downpipe interior space to the receiving device and in the event of a seed passing through, said light beams are at least in part attenuated, and wherein the receiving device is formed from a line element that comprises a predetermined number of receiving elements, characterised in that the transmitting device comprises one or multiple light-emitting diodes, which are arranged in a line and have perforated screens, and a prism-shaped reflector element that is embodied as a right-angled triangle in which the two surfaces that are perpendicular to one another form an entrance surface and exit surface and the third surface forms a reflection surface and the light beams are emitted by the light diodes transverse with respect to a receiving axis of the receiving device and are bundled via the perforated screens and are subsequently guided via the entrance surface into the reflector element and are deflected via the reflection surface of said reflector element by means of total internal reflection towards the exit surface to form a light band of light beams that are oriented parallel with the result that the light band in the measuring field entirely illuminates the entire downpipe interior space with an approximately identical intensity and said light band enters parallel to the receiving axis of the receiving device, wherein the entire width of the downpipe interior space and therefore the light band is completely captured via the line element of said receiving device and that means are provided for the identification of surfaces of seeds that are arranged in the light band.
An electronic cigarette comprising: a battery portion including a battery configured to power the electronic cigarette; and a cartridge coupled with the battery portion, the cartridge including, a heating element that vaporizes a liquid; and a temperature sensor configured to measure a temperature within the electronic cigarette during operation thereof and prevent further operation of the electronic cigarette when the measured temperature exceeds a predetermined threshold, the temperature sensor including a thermal fuse. a battery portion including a battery configured to power the electronic cigarette; and a cartridge coupled with the battery portion, the cartridge including, a heating element that vaporizes a liquid; and a temperature sensor configured to measure a temperature within the electronic cigarette during operation thereof and prevent further operation of the electronic cigarette when the measured temperature exceeds a predetermined threshold, the temperature sensor including a thermal fuse.