mhurhangee/ep-ind-claims huggingface dataset:
An antifouling coating composition comprising: a polyester urethane resin; and an antifouling agent; wherein: the polyester urethane resin is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula. (wherein, n represents an integer of 1 to 100, R 1 provided by number of n is the same as or different from each other, and a part of or all of R 1 provided by number of n is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position; and R 2 provided by number of (n+1) is the same as or different from each other, and a part of or all of R 2 provided by number of (n+1) is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) (wherein, r and s are each an integer of 0 to 100, formula of r+s ≥ 1 is satisfied, R 4 provided by number of (r+s) is the same as or different from each other, R 3 is an alkylene group, R 4 is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) a polyester urethane resin; and an antifouling agent; wherein: the polyester urethane resin is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula. the polyester urethane resin is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula. (wherein, n represents an integer of 1 to 100, R 1 provided by number of n is the same as or different from each other, and a part of or all of R 1 provided by number of n is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position; and R 2 provided by number of (n+1) is the same as or different from each other, and a part of or all of R 2 provided by number of (n+1) is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) (wherein, r and s are each an integer of 0 to 100, formula of r+s ≥ 1 is satisfied, R 4 provided by number of (r+s) is the same as or different from each other, R 3 is an alkylene group, R 4 is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position)
A peptide for use in modulating an autoimmune response in a subject or for maturing dendritic cells, and or activating T cells, comprising a peptide construct selected from the group consisting of SEQ ID No.'s 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30 and 46.
A medical device for accessing, dilating and irrigating a sinus, the device comprising: a handle useful for single-handed operation of the medical device, said handle having a proximal end, a distal end and a handle body between the proximal end and the distal end; a sinus guide catheter attached to said handle distal end; a guiding element for accessing the sinus; and a balloon dilation catheter for dilating and irrigating the sinus; wherein a balloon catheter movement mechanism and a guiding element movement mechanism are slidable along the handle for single handed movement of the guiding element and balloon catheter to access, dilate and irrigate the sinus without removing the medical device from the sinus; wherein the guiding element movement mechanism and the balloon catheter movement mechanism are located one on top of the other and wherein the guiding element movement mechanism and the balloon catheter movement mechanism are adapted to move independently of each other such that each of the guiding element movement mechanism and the balloon catheter movement mechanism is slidable into a position proximal or distal of the other. a handle useful for single-handed operation of the medical device, said handle having a proximal end, a distal end and a handle body between the proximal end and the distal end; a sinus guide catheter attached to said handle distal end; a guiding element for accessing the sinus; and a balloon dilation catheter for dilating and irrigating the sinus;
An optical article comprising: an optical element; a low refractive index layer disposed on the optical element having an effective refractive index of 1.3 or less, the low refractive index layer comprising: a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a polymeric protective layer formed from organomodified silicones or thermoplastic silicone acrylate copolymers disposed on the low refractive index layer, wherein the polymeric protective layer does not increase an effective refractive index of the optical article by greater than 10%, wherein the polymeric protective layer comprises cross-linked polymers. an optical element; a low refractive index layer disposed on the optical element having an effective refractive index of 1.3 or less, the low refractive index layer comprising: a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a binder; a plurality of metal oxide particles dispersed in the binder; and a network of interconnected voids; and a polymeric protective layer formed from organomodified silicones or thermoplastic silicone acrylate copolymers disposed on the low refractive index layer, wherein the polymeric protective layer does not increase an effective refractive index of the optical article by greater than 10%, wherein the polymeric protective layer comprises cross-linked polymers.
A compressor comprising a compressor housing, a fastening device arranged on the compressor housing, and a support device connected to the fastening device for a temperature sensor, wherein the support device is designed to press the temperature sensor against a wall (1.1) of the compressor housing, characterized in that the support device has at least two sections (3.1, 3.2) located on different sides of the temperature sensor, for repeated connection to the fastening device, wherein, when the compressor is used as intended, the temperature sensor is designed to be braced against the compressor housing from below.
A computer implemented method for alerting an incoming communication in a communication application, wherein a communication service: - receives a request, from at least one caller, for a communication destined to a user in at least one communication application, said communication application being adapted for a determined operating system that is installed in a computing device of said user and being registered in said communication service, said computing device operating system imposing restrictions when said communication application runs in background or is offline, said imposed restrictions at least including prohibiting the communication application to be brought to foreground of the computing device, or suspending the communication application without notice; and - checks a state of said communication application with regard to the computing device, characterized in that it comprises, if said state meaning that the communication application being running in background of the computing device or being offline thereof, performing following steps: a) triggering, by the communication application, an indication to the computing device operating system involving at least one of a visual indication, an audible indication or a vibration; b) after a certain period of time, requesting by the communication application to delete by said computing device operating system said triggered indication; and c) repeating steps a) and b) until the requested communication is established or the communication request from said caller finishes. - receives a request, from at least one caller, for a communication destined to a user in at least one communication application, said communication application being adapted for a determined operating system that is installed in a computing device of said user and being registered in said communication service, said computing device operating system imposing restrictions when said communication application runs in background or is offline, said imposed restrictions at least including prohibiting the communication application to be brought to foreground of the computing device, or suspending the communication application without notice; and - checks a state of said communication application with regard to the computing device, a) triggering, by the communication application, an indication to the computing device operating system involving at least one of a visual indication, an audible indication or a vibration; b) after a certain period of time, requesting by the communication application to delete by said computing device operating system said triggered indication; and c) repeating steps a) and b) until the requested communication is established or the communication request from said caller finishes.
Apparatus for cooling a heat-generating component in the housing of a computer, - wherein a first heat sink is arranged on the heat-generating component, and - a second heat sink is connected to the first heat sink by means of a heat pipe, characterized in that - the second heat sink is embedded in a cooling-air shaft, - which is arranged within the housing at an air-inlet opening and an air-outlet opening in the housing, - a fan is provided in the cooling-air shaft, the flow in the cooling-air shaft being induced by the said fan, and - the first heat sink is arranged within the housing and outside the cooling-air shaft, so that relatively cool external air flows through the cooling-air shaft separately from the relatively warm internal air, and therefore the second heat sink is surrounded by relatively cool external air. - wherein a first heat sink is arranged on the heat-generating component, and - a second heat sink is connected to the first heat sink by means of a heat pipe, characterized in that - the second heat sink is embedded in a cooling-air shaft, - which is arranged within the housing at an air-inlet opening and an air-outlet opening in the housing, - a fan is provided in the cooling-air shaft, the flow in the cooling-air shaft being induced by the said fan, and - the first heat sink is arranged within the housing and outside the cooling-air shaft, so that relatively cool external air flows through the cooling-air shaft separately from the relatively warm internal air, and therefore the second heat sink is surrounded by relatively cool external air.
A zoom camera comprising: a first camera including a first lens and a color image sensor covered with color filters located in front of square pixels; a second camera including a second lens and a mono color image sensor having square pixels, with a pixel arrangement of the mono color image sensor rotated by 45 degrees with respect to a pixel arrangement of the color image sensor; a first interpolation means for interpolating signals outputted from the color image sensor, converting the interpolated signals into color difference signals, and outputting the color difference signals; a second interpolation means for interpolating signals outputted from the mono color image sensor and outputting interpolated luminance signals; a first cropping means for cropping the color difference signals; a second cropping means for cropping the interpolated luminance signals; and a color image signal processing means for fusing the cropped color difference signals and the cropped luminance signals. a first camera including a first lens and a color image sensor covered with color filters located in front of square pixels; a second camera including a second lens and a mono color image sensor having square pixels, with a pixel arrangement of the mono color image sensor rotated by 45 degrees with respect to a pixel arrangement of the color image sensor; a first interpolation means for interpolating signals outputted from the color image sensor, converting the interpolated signals into color difference signals, and outputting the color difference signals; a second interpolation means for interpolating signals outputted from the mono color image sensor and outputting interpolated luminance signals; a first cropping means for cropping the color difference signals; a second cropping means for cropping the interpolated luminance signals; and a color image signal processing means for fusing the cropped color difference signals and the cropped luminance signals.
A cell culture apparatus in which there are stored, in a multi-stage state in a casing, a plurality of cell culture units each comprising at least a culture container (U20, U30) to which a medium is supplied together with cells to perform cell culture and a medium container to supply the medium to the culture container (U20, U30), the culture container (U20, U30) and the medium container being connected by a transfer tube, thereby individually performing the cell culture in each of the cell culture units, characterized in that: a support frame in which a plurality of slide rails are arranged in a multi-stage state along a height direction is disposed in the casing, a culture container accommodating shelf in which the culture containers (U20, U30) are accommodated is slidably attached to each of the slide rails so as to slide toward a proximal side and a distal side of the casing, a measurement unit comprising an imaging part is disposed so as to be movable up and down between a back panel part of the casing and the culture container accommodating shelf, and when the measurement unit reaches a measurement position of each cell culture unit that is a measurement subject, the culture container accommodating shelf which accommodates the culture containers (U20, U30) provided in the cell culture unit moves toward the measurement unit so that portions to be measured of the culture containers (U20, U30) provided in the cell culture unit come in an imaging range of the imaging part. a support frame in which a plurality of slide rails are arranged in a multi-stage state along a height direction is disposed in the casing, a culture container accommodating shelf in which the culture containers (U20, U30) are accommodated is slidably attached to each of the slide rails so as to slide toward a proximal side and a distal side of the casing, a measurement unit comprising an imaging part is disposed so as to be movable up and down between a back panel part of the casing and the culture container accommodating shelf, and when the measurement unit reaches a measurement position of each cell culture unit that is a measurement subject, the culture container accommodating shelf which accommodates the culture containers (U20, U30) provided in the cell culture unit moves toward the measurement unit so that portions to be measured of the culture containers (U20, U30) provided in the cell culture unit come in an imaging range of the imaging part.
A nitrogen-fixing strain of Gluconacetobacter diazotrophicus (Gd) deposited with CABI in the United Kingdom under deposit accession number IMI 504958.
A method for operating a device for producing printed matter, having an unwinding unit for providing paper to be printed, wherein the unwinding unit is downstream of a printing unit that prints the paper, wherein the printing unit is arranged downstream of a cross cutter that cuts the printed paper, which is supplied to it continuously, transversely to the feed direction so that individual printed sheets are provided, wherein a collecting unit for collecting the sheets fed thereto is arranged downstream of the cross cutter, wherein the collecting unit is arranged downstream of a feeder unit, wherein the feeder unit is arranged downstream of at least one further unit for finishing the printed matter to be produced, wherein a control unit controls the units of the device, characterized in that the units (2, 3) upstream of the cross cutter and the cross cutter are operated as a function of the processing speed of at least one unit (5, 6) downstream of the cross cutter, wherein the ejection of the printing unit is adapted to the processing speed of the at least one downstream unit (5, 6) and the processing speeds of at least one unit (5, 6) downstream of the cross cutter are supplied to the control unit and a processing speed is calculated by the control unit with which the units (2, 3) upstream of the cross cutter and the cross cutter are operated.
A method of wireless communications, comprising: generating a two-dimensional polar code of size N, wherein the two-dimensional polar code has K columns and M rows, wherein N = K x M, corresponding to an outer encoding operation with a code of length K, and an inner encoding operation with a code of length M; determining a plurality of locations of row-wise block codes having a rate of 1 within the two-dimensional polar code; generating redundancy check information based on portions of a sequence of information bits, the portions being defined by the plurality of locations of the row-wise block codes having a rate of 1; inserting the redundancy check information in the sequence of information bits at locations corresponding to the plurality of locations of the row-wise block codes having a rate of 1; generating a codeword based on the sequence of information bits, including the redundancy check information; and transmitting the codeword over a wireless channel. generating a two-dimensional polar code of size N, wherein the two-dimensional polar code has K columns and M rows, wherein N = K x M, corresponding to an outer encoding operation with a code of length K, and an inner encoding operation with a code of length M; determining a plurality of locations of row-wise block codes having a rate of 1 within the two-dimensional polar code; generating redundancy check information based on portions of a sequence of information bits, the portions being defined by the plurality of locations of the row-wise block codes having a rate of 1; inserting the redundancy check information in the sequence of information bits at locations corresponding to the plurality of locations of the row-wise block codes having a rate of 1; generating a codeword based on the sequence of information bits, including the redundancy check information; and transmitting the codeword over a wireless channel.
A divisible container, particularly a bottle crate, with which the two crate halves (2, 3) can be locked with one another by movable carrying handles, particularly handles which can be moved up and down, for forming the crate, each crate half (2, 3) being provided with a carrying handle having bar members (26, 28) which engage into, particularly bowl-shaped or bushing-shaped bar receivers (30, 34), of the respective other crate half (2, 3), characterized in that each carrying handle is formed by a linear column that is arranged in the corresponding crate half (2, 3) and at which upper end a handhold is formed, and which with its lower end is stored and guided movably at a crossing point of compartment walls (8, 10) which limit the bottle receiving compartments, and in that each carrying handle comprises a bar arm which projects freely to the parting plane of both crate halves (2, 3), the arm being provided with two legs (20, 22) which protrude to the sides, each of which carries one bar member (26, 28).
An ultrasonic probe comprising: a matching layer; a piezoelectric layer that is disposed on a bottom surface of the matching layer and generates ultrasonic waves; and a backing layer that is disposed on a bottom surface of the piezoelectric layer and comprises plate-shaped carbon allotropes and a backing material provided between the plate-shaped carbon allotropes, wherein the backing layer comprises a plurality of layers which are formed in a parallel direction to the piezoelectric layer, and the carbon allotropes include a main frame including horizontal frames, the horizontal frames being parallel to the backing layer and stacked in the parallel direction to the piezoelectric layer on each of the layers of the backing layer, each horizontal frame having a first end and a second end, the carbon allotropes further including a plurality of support frames which are formed in a vertical direction to the piezoelectric layer and being disposed between the horizontal frames so as to support the stacked horizontal frames, wherein the main frame further includes vertical frames, the vertical frames being perpendicular to the backing layer and parallel to the support frames and being disposed between the horizontal frames, each of the vertical frames being alternately disposed at an end of each of the horizontal frames so that each of the plurality of layers of the backing layer alternately presents an open end and an end which is closed by a vertical frame. a matching layer; a piezoelectric layer that is disposed on a bottom surface of the matching layer and generates ultrasonic waves; and a backing layer that is disposed on a bottom surface of the piezoelectric layer and comprises plate-shaped carbon allotropes and a backing material provided between the plate-shaped carbon allotropes, wherein the backing layer comprises a plurality of layers which are formed in a parallel direction to the piezoelectric layer, and the carbon allotropes include a main frame including horizontal frames, the horizontal frames being parallel to the backing layer and stacked in the parallel direction to the piezoelectric layer on each of the layers of the backing layer, each horizontal frame having a first end and a second end, the carbon allotropes further including a plurality of support frames which are formed in a vertical direction to the piezoelectric layer and being disposed between the horizontal frames so as to support the stacked horizontal frames, wherein the main frame further includes vertical frames, the vertical frames being perpendicular to the backing layer and parallel to the support frames and being disposed between the horizontal frames, each of the vertical frames being alternately disposed at an end of each of the horizontal frames so that each of the plurality of layers of the backing layer alternately presents an open end and an end which is closed by a vertical frame.
A conductive concentrated resin composition, comprising: (a) 100 parts by weight of a base resin comprising 60 to 85 % by weight of a polyamide resin, 3 to 15 % by weight of a polar polymer, and 5 to 25 % by weight of a non-polar polymer; (b) 15 to 25 parts by weight of a carbon nanofibril; (c) 1 to 4 parts by weight of a carbon nanoplate; and (d) 1 to 3 parts by weight of a nanosilicate. (a) 100 parts by weight of a base resin comprising 60 to 85 % by weight of a polyamide resin, 3 to 15 % by weight of a polar polymer, and 5 to 25 % by weight of a non-polar polymer; (b) 15 to 25 parts by weight of a carbon nanofibril; (c) 1 to 4 parts by weight of a carbon nanoplate; and (d) 1 to 3 parts by weight of a nanosilicate.
A ventilation device for a vehicle comprising a frame defining an opening and a closing device comprising at least one closing flap extending in a general direction in the opening, the closing device being movable between an open position and a closing position, in which a passage surface for the air through the ventilation device is smaller than the passage surface for the air in the open position, the flap being movable between an open position when the closing device is in the open position and a closing position when the closing device is in the closing position, the closing device comprising a first actuator configured to move the closing flap between its open and closed positions by a first actuating point; and the ventilation device comprises a second actuator, said ventilation device being characterized in that the second actuator is configured to move the closing flap between its open and closed positions by a second actuating point, the second actuating point being separate from the first actuating point, the first and second actuators being configured to move the closing flap jointly.