mhurhangee/patent-ind-claim-en huggingface dataset:
Overvoltage protection device comprising a housing (G), a first overvoltage protection device (ÜSE 1 ) and a second overvoltage protection device (ÜSE 2 ), whereby the first overvoltage protection device (ÜSE 1 ) comprises a first interface (A 1 -ÜSE 1 ) and a second interface (A 2 -ÜSE 1 ) and the second overvoltage protection device (ÜSE 2 ) also comprises a first interface (A 1 -ÜSE 2 ) and a second interface (A 2 -ÜSE 2 ), whereby the first overvoltage protection device (ÜSE 1 ) and the second overvoltage protection device (ÜSE 2 ) are selected form a group comprising TVS-diode, varistor, gas filled overvoltage arrestor, spark gaps, whereby the first overvoltage protection device (ÜSE 1 ) is different from the second overvoltage protection device (ÜSE 2 ), whereby the respective first interfaces (A)-ÜSE 1 , A 1 -ÜSE 2 ) and/or the respective second interfaces (A 2 -ÜSE 1 ) (A 2 -ÜSE 2 ) are connected by at least a resistor (R), whereby the resistor (R) is composed of an organic electrically conductive material, whereby for electrically connecting of the resistor metallic formed parts (S) are provided, whereby the metallic formed parts (S) for contacting the resistor provide a large contacting surface, whereby the resistor (R) within said housing (G) is formed by an injection molding process, a polymerization reaction or a rapid prototyping process, whereby the metallic formed parts (S) comprise a plurality of wherein the increased contact surface is a plurality of branches.
Method for operating a user interface, in which data of a list are captured, the list comprising list entries (20.1 to 20.N) and the list entries (20.1 to 20.N) each having associated entry features (20.1a to 20.Nn); a list representation containing graphical symbol objects (31.1 to 34.1) for at least one subset of the list entries (20.1 to 20.N) is generated and displayed; wherein the graphical symbol objects (31.1 to 34.1) each have an associated display area (31; 32; 33; 34); a user control action for a symbol object (31.1 to 34.1) of a list entry (20.1 to 20.N) is detected; wherein the user control action comprises an input movement with an input direction; and a detail representation for the controlled symbol object (31.1 to 34.1) is generated and displayed; wherein the input direction of the user control action is taken as a basis for displaying a displacement of the controlled symbol object (31.1 to 34.1) relative to the list representation; and the represented subset of associated entry features (20.1a to 20.Nn) is larger in the detail representation than in the list representation, wherein the symbol object (31.1 to 34.1) is reduced in the detail representation as compared with the list representation, characterized in that the reduction is performed in proportion to the distance covered by the symbol object (31.1 to 34.1) during the displacement, wherein the symbol objects (31.1 to 34.1) of the list representation are arranged in a row along a direction of extent and the user control action comprises a sliding gesture in a direction perpendicular to the direction of extent. a list representation containing graphical symbol objects (31.1 to 34.1) for at least one subset of the list entries (20.1 to 20.N) is generated and displayed; wherein the graphical symbol objects (31.1 to 34.1) each have an associated display area (31; 32; 33; 34); a user control action for a symbol object (31.1 to 34.1) of a list entry (20.1 to 20.N) is detected; wherein the user control action comprises an input movement with an input direction; and a detail representation for the controlled symbol object (31.1 to 34.1) is generated and displayed; wherein the input direction of the user control action is taken as a basis for displaying a displacement of the controlled symbol object (31.1 to 34.1) relative to the list representation; and the represented subset of associated entry features (20.1a to 20.Nn) is larger in the detail representation than in the list representation, wherein the symbol object (31.1 to 34.1) is reduced in the detail representation as compared with the list representation, characterized in that the reduction is performed in proportion to the distance covered by the symbol object (31.1 to 34.1) during the displacement, wherein the symbol objects (31.1 to 34.1) of the list representation are arranged in a row along a direction of extent and the user control action comprises a sliding gesture in a direction perpendicular to the direction of extent.
An aerofoil for use in a gas turbine engine including: a body comprising a first body portion and a second body portion bonded to the first body portion , the first and second body portions having outer faces forming an outer surface of the aerofoil , and inner faces opposing the outer faces ; a channel formed within the aerofoil by the inner faces of the first body portion and the second body portion ; and a dividing sheet provided within the channel , such that a cooling passage is formed between the dividing sheet and the inner face of at least one of the first body portion and the second body portion , the cooling passage having a width between the inner surface of the body and the dividing sheet and being arranged to conduct cooling fluid adjacent the body , for cooling the body ; wherein the body has a suction surface defined by a rear face and an opposing pressure surface defined by a front face ; and wherein the dividing sheet is provided within the channel and extends parallel to at least a portion of a rear face of the body , and along the radial height of the channel , from an inner platform to an outer platform , such that the cooling passage is formed parallel to the rear face ; characterised in that the dividing sheet extends along the axial length of the channel from an end near the leading edge of the body to an end near the trailing edge of the body and in that the width of the cooling passage is between 0.5mm and 2mm. a body comprising a first body portion and a second body portion bonded to the first body portion , the first and second body portions having outer faces forming an outer surface of the aerofoil , and inner faces opposing the outer faces ; a channel formed within the aerofoil by the inner faces of the first body portion and the second body portion ; and a dividing sheet provided within the channel , such that a cooling passage is formed between the dividing sheet and the inner face of at least one of the first body portion and the second body portion , the cooling passage having a width between the inner surface of the body and the dividing sheet and being arranged to conduct cooling fluid adjacent the body , for cooling the body ; wherein the body has a suction surface defined by a rear face and an opposing pressure surface defined by a front face ; and wherein the dividing sheet is provided within the channel and extends parallel to at least a portion of a rear face of the body , and along the radial height of the channel , from an inner platform to an outer platform , such that the cooling passage is formed parallel to the rear face ; characterised in that the dividing sheet extends along the axial length of the channel from an end near the leading edge of the body to an end near the trailing edge of the body and in that the width of the cooling passage is between 0.5mm and 2mm.
A battery module, comprising: a cell stack including a plurality of battery cells and at least one pad composite interposed between neighboring battery cells; and a module case configured to accommodate the cell stack, wherein the pad composite includes: a pair of swelling absorption pads compressed according to a volume expansion of the battery cell caused by swelling; and a heat shielding pad interposed between the pair of swelling absorption pads to block heat transfer between the neighboring battery cells and configured to expand at a preset reference temperature or above, wherein the swelling absorption pad is shrunken at the reference temperature or above to reduce a thickness, and wherein the heat shielding pad is expanded at the reference temperature or above to fill the space created by shrinkage of the swelling absorption pad, and wherein the reference temperature is within the range of about 100 °C to 300 °C. a cell stack including a plurality of battery cells and at least one pad composite interposed between neighboring battery cells; and a module case configured to accommodate the cell stack, wherein the pad composite includes: a pair of swelling absorption pads compressed according to a volume expansion of the battery cell caused by swelling; and a heat shielding pad interposed between the pair of swelling absorption pads to block heat transfer between the neighboring battery cells and configured to expand at a preset reference temperature or above, wherein the swelling absorption pad is shrunken at the reference temperature or above to reduce a thickness, and wherein the heat shielding pad is expanded at the reference temperature or above to fill the space created by shrinkage of the swelling absorption pad, and wherein the reference temperature is within the range of about 100 °C to 300 °C. a pair of swelling absorption pads compressed according to a volume expansion of the battery cell caused by swelling; and a heat shielding pad interposed between the pair of swelling absorption pads to block heat transfer between the neighboring battery cells and configured to expand at a preset reference temperature or above, wherein the swelling absorption pad is shrunken at the reference temperature or above to reduce a thickness, and wherein the heat shielding pad is expanded at the reference temperature or above to fill the space created by shrinkage of the swelling absorption pad, and wherein the reference temperature is within the range of about 100 °C to 300 °C.
An ophthalmic apparatus that objectively measures optical characteristics of a subject eye (E), comprising: an eye refractive power measuring optical system including a first light projecting optical system that projects a first measurement light flux toward a fundus of the subject eye (E), and a first light receiving optical system in which a first detector detects a first reflection light flux, reflected by the fundus, of the first measurement light flux as a first index pattern image, and for acquiring an eye refractive power of the subject eye (E); and a contrast measuring optical system including a second light projecting optical system that projects a patterned second measurement light flux toward the fundus of the subject eye (E), and a second light receiving optical system in which a second detector detects a second index pattern image formed by a second reflection light flux, reflected by the fundus, of the second measurement light flux, and for acquiring contrast information related to a contrast of the subject eye (E), wherein the first detector and the second detector are different detectors. an eye refractive power measuring optical system including a first light projecting optical system that projects a first measurement light flux toward a fundus of the subject eye (E), and a first light receiving optical system in which a first detector detects a first reflection light flux, reflected by the fundus, of the first measurement light flux as a first index pattern image, and for acquiring an eye refractive power of the subject eye (E); and a contrast measuring optical system including a second light projecting optical system that projects a patterned second measurement light flux toward the fundus of the subject eye (E), and a second light receiving optical system in which a second detector detects a second index pattern image formed by a second reflection light flux, reflected by the fundus, of the second measurement light flux, and for acquiring contrast information related to a contrast of the subject eye (E), wherein the first detector and the second detector are different detectors.
Melamine-aldehyde-condensation product obtainable by reacting at least one aldehyde, in particular formaldehyde, with a) Melamine, b) at least one melamine derivative of the general structure (I) which is used in an amount of 1 to 45 mol% in respect to melamine, and c) at least one melamine derivative of the general structure (II) which is used in an amount of 1 to 45 mol% in respect to melamine, wherein R 1 , R 2 , R 3 and R 4 mean independently from each other linear or branched C 1 -C 20 -alkyl, C 5 -C 20 -cyclo alkyl, C 5 -C 20 -aryl, C 1 -C 20 -alkylsubstituted C 5 -C 20 -aryl or cyclic amines, or wherein R 1 and R 2 or R 3 and R 4 form together an alkyl ring, wherein in each case one or multiple carbon atoms can be substituted by one or multiple oxygen atoms, sulphur atoms and/or substituted nitrogen atoms and/or by one or multiple groups of the type -C(O)O-, -OC(O)-, -C(O)- and/or -OC(O)O-, and/or can be functionalized by one or multiple hydroxyl groups and/or mercapto groups; or an amide of a carboxylic acid or an imide of a cyclic dicarboxylic acid, and wherein R 1 , R 2 , R 3 and R 4 can be the same or different, wherein the molar ratio of aldehyde and melamine / melamine derivatives is between 1.8 : 1 and 1.3 : 1. a) Melamine, b) at least one melamine derivative of the general structure (I) which is used in an amount of 1 to 45 mol% in respect to melamine, and c) at least one melamine derivative of the general structure (II)
A method of printing device discovery comprising: with a low energy wireless (LEW) device within the printing device , sending a number of announcement messages, in which the printing device is in a sleep mode and the only device awake in the printing device is the LEW device ; waking up the printing device upon receiving a response to the announcement messages from a mobile computing device , the received response to the announcement messages creating an LEW connection with the mobile computing device ; and creating a second wireless connection between the printing device and the mobile computing device of a connection type different than and having a relatively higher data transfer speed than the LEW connection. with a low energy wireless (LEW) device within the printing device , sending a number of announcement messages, in which the printing device is in a sleep mode and the only device awake in the printing device is the LEW device ; waking up the printing device upon receiving a response to the announcement messages from a mobile computing device , the received response to the announcement messages creating an LEW connection with the mobile computing device ; and creating a second wireless connection between the printing device and the mobile computing device of a connection type different than and having a relatively higher data transfer speed than the LEW connection.
A transceiver for transmitting data over a twisted metallic pair using an orthogonal frequency division multiplex technique and employing a time division duplex mode of operation, the transceiver being operable to adopt a four-set framing structure, which structure specifies the structure of a four-set frame, each four-set frame having a frame duration equal to a predetermined frame duration period and comprising first and second downstream sets of contiguous downstream symbols, first and second upstream sets of contiguous upstream symbols and gaps after each of these sets of symbols summing to a total gap duration of an integer number of symbol durations, the downstream sets being interleaved with the upstream sets.
Formwork assembly for a vertical formwork, said formwork assembly comprising a formwork panel , and at least one support coupled to said formwork panel and configured for holding an anchoring assembly formed by a tie rod and an anchor fixed to said tie rod on a rear side of the formwork panel when said anchoring assembly is not securing the vertical formwork , the formwork panel comprising at least one hole on the rear side, and the support comprising a first part configured for being coupled to the hole of the formwork panel , and a second part comprising a housing configured for holding the anchoring assembly suspended on the rear side of the formwork panel , the support being able to be arranged in a suspension position (B) in which the first part of the support is housed in the hole of the formwork panel whereas the housing of the second part of the support protrudes from the formwork panel such that it allows the tie rod of the anchoring assembly to be introduced to enable suspending said anchoring assembly, the support being configured for also being arranged in a retracted position (A) in which the first part of the support is kept housed in the hole of the formwork panel and the second part of the support does not protrude from the formwork panel , wherein the support comprises retention means for retaining the support in the retracted position (A) when the support is arranged in said retracted position (A), wherein the hole is a hole which vertically goes through a horizontal cross-piece of the formwork panel , the retention means being formed by at least one section of the second part of the support that is compressed against an upper horizontal surface of the horizontal cross-piece when the support is arranged in the retracted position (A), such that said compressive force retains the support , and wherein the support is formed by a shaped rod comprising a central section which forms the second part of the support demarcating the housing of the support , and two end sections which form the first part of the support , characterized in that each end section comprises at its free end a bend protruding from a lower horizontal surface of the horizontal cross-piece and extending laterally, both bends abutting with the lower horizontal surface of the horizontal cross-piece so as to prevent the removal of the first part of the support from the opening .
A method for wireless communication performed by a user equipment, UE, comprising: determining a first code division multiplexing group associated with a first transmission/reception point and a second code division multiplexing group associated with a second transmission/reception point, wherein the first code division multiplexing group is different from the second code division multiplexing group; receiving a signal indicating that code division multiplexing group hopping is enabled for the first transmission/reception point and the second transmission/reception point; receiving , during a first instance of the code division multiplexing group hopping, a first demodulation reference signal from the first transmission/reception point according to the first code division multiplexing group and a second demodulation reference signal from the second transmission/reception point according to the second code division multiplexing group; and receiving , during a second instance of the code division multiplexing group hopping, the first demodulation reference signal from the first transmission/reception point according to the second code division multiplexing group and the second demodulation reference signal from the second transmission/reception point according to the first code division multiplexing group, wherein the UE assumes that demodulation reference signals within the same code division multiplexing group are quasi-co-located, QCL, with respect to Doppler shift, Doppler spread, average delay, delay spread and spatial reception. determining a first code division multiplexing group associated with a first transmission/reception point and a second code division multiplexing group associated with a second transmission/reception point, wherein the first code division multiplexing group is different from the second code division multiplexing group; receiving a signal indicating that code division multiplexing group hopping is enabled for the first transmission/reception point and the second transmission/reception point; receiving , during a first instance of the code division multiplexing group hopping, a first demodulation reference signal from the first transmission/reception point according to the first code division multiplexing group and a second demodulation reference signal from the second transmission/reception point according to the second code division multiplexing group; and receiving , during a second instance of the code division multiplexing group hopping, the first demodulation reference signal from the first transmission/reception point according to the second code division multiplexing group and the second demodulation reference signal from the second transmission/reception point according to the first code division multiplexing group, wherein the UE assumes that demodulation reference signals within the same code division multiplexing group are quasi-co-located, QCL, with respect to Doppler shift, Doppler spread, average delay, delay spread and spatial reception.
Method for loading a material in layers, wherein: - a first fraction of said material intended to form a first layer is fed to a belt conveyor located above a loading zone, - the means for tilting the belt conveyor about its longitudinal axis are used and the conveyor is tilted about its longitudinal axis , such that the entire first fraction is poured into a receiving zone in a receptacle, in particular a bin, silo or corridor, and thereby said first layer is formed, - a subsequent fraction of the material intended to form a subsequent layer is fed to said conveyor , - said means for tilting the belt conveyor are used and the conveyor is tilted about its longitudinal axis , such that the entire subsequent layer is poured onto the receiving zone and thereby said subsequent layer is formed, said layered material is preferably formed of organic materials, particularly compost. - a first fraction of said material intended to form a first layer is fed to a belt conveyor located above a loading zone, - the means for tilting the belt conveyor about its longitudinal axis are used and the conveyor is tilted about its longitudinal axis , such that the entire first fraction is poured into a receiving zone in a receptacle, in particular a bin, silo or corridor, and thereby said first layer is formed, - a subsequent fraction of the material intended to form a subsequent layer is fed to said conveyor , - said means for tilting the belt conveyor are used and the conveyor is tilted about its longitudinal axis , such that the entire subsequent layer is poured onto the receiving zone and thereby said subsequent layer is formed,
Recombinant live attenuated canine parvovirus (CPV), characterised in that the genome of said parvovirus comprises a capsid gene coding for an amino acid other than Isoleucine at amino acid position 219 of the capsid protein VP2 and an amino acid other than Glutamine at amino acid position 386 of the capsid protein VP2, and wherein said genome carries an attenuating mutation in the nonstructural region from position 2061 to 2070 of SEQ ID NO: 1 and wherein said capsid protein VP2 is other than that of CPV serotype 2.
A production assembly for connecting a line for liquid or gaseous media to a plug connector , the production assembly comprising: - a measuring device for measuring the geometry of the lines to be connected, wherein a marking device for marking the measured line is formed on the measuring device ; - a pressing machine for pressing the plug connector with the measured line , wherein a detection means for detecting a marking placed on the line is formed on the pressing machine . - a measuring device for measuring the geometry of the lines to be connected, wherein a marking device for marking the measured line is formed on the measuring device ; - a pressing machine for pressing the plug connector with the measured line , wherein a detection means for detecting a marking placed on the line is formed on the pressing machine .