mhurhangee/ep-ind-claims huggingface dataset:
A dilutable concentrated hard surface treatment composition which comprises not more than 4.8% wt. water, and which further comprises:: a detersive anionic surfactant in acid form, such that the detersive anionic surfactant in acid form reacts with an alkanolamine present in the concentrated hard surface cleaning compositions to form an alkanolamine form of the detersive anionic surfactant; an alkanolamine which is present in an amount such that the mols of alkanolamine present are in excess of the amount of the detersive anionic surfactant in salt form present: an organic acid constituent, preferably where such comprises at least one monocarboxylic or- polycarboxylic organic acid, especially where such is lactic acid; optionally but preferably a co-surfactant, preferably a nonionic cosurfactant; optionally, one or more constituents directed to improving the aesthetic or functional features of the inventive compositions characterized in that the composition comprises a dual-solvent system which comprises propylene glycol phenyl ether and dipropylene glycol n-butyl ether to the exclusion of other organic solvents an organic acid constituent, preferably where such comprises at least one monocarboxylic or- polycarboxylic organic acid, especially where such is lactic acid; optionally but preferably a co-surfactant, preferably a nonionic cosurfactant; optionally, one or more constituents directed to improving the aesthetic or functional features of the inventive compositions characterized in that the composition comprises a dual-solvent system which comprises propylene glycol phenyl ether and dipropylene glycol n-butyl ether to the exclusion of other organic solvents
A wall module flexibly connected to one or more structural components of a building, the wall module comprising: a centering bracket having a U-shaped channel including a first wall and a second wall having a first distance therebetween, the centering bracket being configured to couple to a ceiling of a building; and a frame configured to be at least partially disposed within the U-shaped channel of the centering bracket, the frame including: one or more vertical supports; and one or more horizontal supports connected to at least one of the one or more vertical supports, at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces (106a, 106b) wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces (106a, 106b), and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel. a centering bracket having a U-shaped channel including a first wall and a second wall having a first distance therebetween, the centering bracket being configured to couple to a ceiling of a building; and a frame configured to be at least partially disposed within the U-shaped channel of the centering bracket, the frame including: one or more vertical supports; and one or more horizontal supports connected to at least one of the one or more vertical supports, at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces (106a, 106b) wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces (106a, 106b), and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel. one or more vertical supports; and one or more horizontal supports connected to at least one of the one or more vertical supports, at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces (106a, 106b) wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces (106a, 106b), and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel.
A method for producing a bispecific antigen binding construct comprising dimerizing: (a) a single domain antibody binding region which binds a first target antigen, wherein said single domain antibody binding region is operatively linked to a first IgG Fc domain polypeptide; and (b) a Fab portion of a conventional IgG antibody which binds a second target antigen, wherein said Fab portion is operatively linked to a second IgG Fc domain polypeptide; wherein the light chain portion of the Fab is only able to pair with the heavy chain portion of the Fab. (a) a single domain antibody binding region which binds a first target antigen, wherein said single domain antibody binding region is operatively linked to a first IgG Fc domain polypeptide; and (b) a Fab portion of a conventional IgG antibody which binds a second target antigen, wherein said Fab portion is operatively linked to a second IgG Fc domain polypeptide; wherein the light chain portion of the Fab is only able to pair with the heavy chain portion of the Fab.
A method for a first wireless transmit/receive unit, in the following also referred to as WTRU, comprising: triggering a first buffer status report, in the following also referred to as BSR, wherein the first BSR indicates an amount of data expected to arrive; triggering a second BSR, wherein the second BSR indicates an amount of data already available; and generating a Medium Access Control, in the following also referred to as MAC, Protocol Data Unit, in the following also referred to as PDU,, characterized in that the method further comprises: determining if uplink, in the following also referred to as UL, resources for transmitting the MAC PDU are enough to accommodate one first BSR MAC Control Element, in the following also referred to as CE, for the first BSR and one second BSR MAC CE for the second BSR, based on a rule which prioritizes the one second BSR MAC CE over the one first BSR MAC CE on the order of inclusion; the MAC PDU includes the one first BSR MAC CE for the first BSR and the one second BSR MAC CE for the second BSR, if the UL resources for transmitting the MAC PDU are enough to accommodate both the one first BSR MAC CE and the one second BSR MAC CE, and the MAC PDU includes the one second BSR MAC CE for the second BSR, and does not include the one first BSR MAC CE for the first BSR, if the UL resources for transmitting the MAC PDU are enough to accommodate the one second BSR MAC CE but not enough to accommodate both the one second BSR MAC CE and the one first BSR MAC CE based on the rule. triggering a first buffer status report, in the following also referred to as BSR, wherein the first BSR indicates an amount of data expected to arrive; triggering a second BSR, wherein the second BSR indicates an amount of data already available; and generating a Medium Access Control, in the following also referred to as MAC, Protocol Data Unit, in the following also referred to as PDU,, characterized in that the method further comprises: determining if uplink, in the following also referred to as UL, resources for transmitting the MAC PDU are enough to accommodate one first BSR MAC Control Element, in the following also referred to as CE, for the first BSR and one second BSR MAC CE for the second BSR, based on a rule which prioritizes the one second BSR MAC CE over the one first BSR MAC CE on the order of inclusion; the MAC PDU includes the one first BSR MAC CE for the first BSR and the one second BSR MAC CE for the second BSR, if the UL resources for transmitting the MAC PDU are enough to accommodate both the one first BSR MAC CE and the one second BSR MAC CE, and the MAC PDU includes the one second BSR MAC CE for the second BSR, and does not include the one first BSR MAC CE for the first BSR, if the UL resources for transmitting the MAC PDU are enough to accommodate the one second BSR MAC CE but not enough to accommodate both the one second BSR MAC CE and the one first BSR MAC CE based on the rule.
A system for reducing a data reception error in acoustic communication, comprising: a transmitter for acoustically transmitting audio signals, which contains synchronization signals and bit-wise data signals in frequency domain; and a receiver for receiving the audio signal transmitted acoustically, transforming thereof into frequency domain, detecting the synchronization signals and detecting the data signals with a reference to the position of the detected synchronization signals, and collectively determining the bits of the data signals based on clusters of the data signals formed in I-Q complex frequency domain, the system characterized in that detecting the synchronization signals comprising performing a modulated complex lapped transform - MCLT - on each sample frame of the audio signals, performing a correlation operation so as to generate a correlation value, and determining a location of the synchronization signal based on the location of a peak of the correlation value. a transmitter for acoustically transmitting audio signals, which contains synchronization signals and bit-wise data signals in frequency domain; and a receiver for receiving the audio signal transmitted acoustically, transforming thereof into frequency domain, detecting the synchronization signals and detecting the data signals with a reference to the position of the detected synchronization signals, and collectively determining the bits of the data signals based on clusters of the data signals formed in I-Q complex frequency domain, the system characterized in that detecting the synchronization signals comprising performing a modulated complex lapped transform - MCLT - on each sample frame of the audio signals, performing a correlation operation so as to generate a correlation value, and determining a location of the synchronization signal based on the location of a peak of the correlation value.
A fire tube condensing boiler for generating hot water, provided with a structure made of carbon steel which comprises an outer enclosure that is adapted to delimit a portion of space for containing the water to be heated, which is introduced cold by way of an inlet connector located proximate to the base of the enclosure and exits hot by way of an outlet connector located proximate to the top of the enclosure, said portion of space being crossed by tubes for conveyance of the exhaust gases produced by combustion in a furnace located proximate to the top of said portion, the boiler further comprising a thermostatic device that is interposed between said outlet connector and the portion of space for containing the water to be heated, which is adapted to let the water flow out when it reaches a preset temperature value, and further comprising a bypass line for conveying water that runs outsize the enclosure that delimits the portion of space for containing the water to be heated and is connected at two ends (9a, 9b) respectively to said outlet connector downstream of the thermostatic device and to said portion of space in a position that is interposed between the inlet connector of the cold water and a perforated diaphragm that is arranged below the furnace and is spaced therefrom.
A working fluid composition for a refrigerating machine characterized by comprising an ester of a polyhydric alcohol and a fatty acid with a content of a C5-C9 branched fatty acid of 50-100 % by mole, and a fluoropropene refrigerant and/or trifluoroiodomethane refrigerant, wherein the fluoropropene refrigerant is at least one selected from among 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene and 1,2,3,3-tetrafluoropropene.
A method for image contrast generation by phase shifting in the electron optics, where, proceeding from an intermediate image, quadrupole fields (Q 1 ', Q 2 ', Q 3 '; Q 11 ', Q 12 ', Q 13 ') are used to generate an anamorphic reproduction (6, 6') of the axial beams (x α, y β) with simultaneous zero crossing of the field beams (x γ, y δ) in at least one diffraction intermediate image plane (8, 8'), where a magnetic or electrical field (9, 9') is used to effect a relative phase shift between a region around the electron beam of zeroth diffraction order and the electron beams of higher diffraction orders, and then further quadrupole fields (Q 3 ', Q 4 ', Q 5 '; Q 13 ', Q 14 ', Q 15 ') are used to compensate the at least one generated anamorphy of the beam path again, characterised in that to generate and compensate the at least one anamorphic reproduction (6, 6'), quadrupole elements (Q 2, Q 4; Q 12, Q 14) are used, which are arranged immediately in front of and behind said reproduction (6, 6') and have such an extent in the direction of the optical axis and such a strength that they generate an astigmatic intermediate image in in the effective region of said elements, wherein the strength is selected to be such a size that the axial field extent can be introduced into the optical system of an electron microscope, and wherein at least one of the axial beams (x α, y β) enters the quadrupole field (Q 2 '; Q 12 ') of the quadrupole element (Q 2, Q 12) immediately in front of the at least one anamorphic reproduction (6, 6') owing to the corresponding selection of a strong magnification M of the intermediate image at such a small gradient 1/M that the aspect ratio of said reproduction is considerably increased, but the length of the anamorphic reproduction (6, 6') is not exceeded so that the image quality is impaired in any way that would be disadvantageous for the assessment of the image.
Method for SPIM microscopy with a microscope, consisting of - an illumination device comprising an illumination light source and an illumination beam path for illuminating the specimen with a light sheet, - a detection device for detecting light that is emitted by the specimen, having an objective lens, - wherein the light sheet is substantially plane in the focus of the objective lens or of a defined plane in the vicinity of the focus of the imaging objective lens and the objective lens has an optical axis, which intersects the plane of the light sheet at an angle that differs from zero, preferably perpendicular, wherein the specimen is continuously displaced at preferably constant speed through the light sheet in the direction of the optical axis of the objective lens for the purposes of capturing different specimen planes, and a plurality of images are recorded at temporal, preferably periodic, intervals by means of the detection device during the displacement, characterized in that the actual optical section thickness of the light sheet is ascertained from the light sheet thickness, preferably taking account of the employed illumination wavelength, preferably taking account of the optical properties of the employed detection objective lens, and the displacement speed is ascertained therefrom and from user prescriptions such as the frequency of the image recording and/or the degree of overlap of image recordings in the direction of the detection axis and/or further user prescriptions of individual exposures, and in that there is a change from a continuous to a discontinuous displacement of the specimen on the basis of a termination criterion for the displacement speed, wherein the specimen is driven step-by-step through the light sheet in the case of the discontinuous displacement and discrete image recording is set. - an illumination device comprising an illumination light source and an illumination beam path for illuminating the specimen with a light sheet, - a detection device for detecting light that is emitted by the specimen, having an objective lens, - wherein the light sheet is substantially plane in the focus of the objective lens or of a defined plane in the vicinity of the focus of the imaging objective lens and the objective lens has an optical axis, which intersects the plane of the light sheet at an angle that differs from zero, preferably perpendicular,
An input apparatus comprising: an input unit for accepting an input; a display unit for displaying an input result to the input unit; an input mode determination unit for determining whether the input to the input unit is in a first input mode or in a second input mode; and an input control unit for controlling, when the input to a key of the input unit is determined as being in the first input mode by the input mode determination unit, so that a plurality of characters assigned to the key are sequentially changed and displayed on the display unit as input character candidates in response to the input, wherein the input control unit is configured to, when the input to the key of the input unit is determined as being in the second input mode by the input mode determination unit, search characters corresponding to the characters assigned to the key among an inputted character string displayed on the display unit as correction character candidates, and sequentially control movement of a cursor displayed on the display unit to the correction character candidates searched in response to the input. an input unit for accepting an input; a display unit for displaying an input result to the input unit; an input mode determination unit for determining whether the input to the input unit is in a first input mode or in a second input mode; and an input control unit for controlling, when the input to a key of the input unit is determined as being in the first input mode by the input mode determination unit, so that a plurality of characters assigned to the key are sequentially changed and displayed on the display unit as input character candidates in response to the input, wherein the input control unit is configured to, when the input to the key of the input unit is determined as being in the second input mode by the input mode determination unit, search characters corresponding to the characters assigned to the key among an inputted character string displayed on the display unit as correction character candidates, and sequentially control movement of a cursor displayed on the display unit to the correction character candidates searched in response to the input.
Article comprising a nanolaminate coating, wherein the nanolaminate coating has a total thickness ranging from 20 to 500 nm and comprises at least one pair of layers constituted of adjacent first and second layers and a minimum of three layers, said first layer being an inorganic silica layer obtained by evaporation and deposition of silicon oxide, especially SiO 2, and the second layer being a silicon-based organic-inorganic layer obtained by deposition of an organosilicon compound or a mixture of organosilicon compounds under ionic or plasma assistance, and wherein the refractive index of the nanolaminate coating as a whole is lower than 1.58 at 550 nm.
A non-volatile semiconductor memory device including: a plurality of floating gates (FGa,FGb) electrically insulated; a first bit line; a second bit line; and a cell (2a,2b) being configured for each of the floating gates (FGa,FGb), wherein each of the cells (2a,2b) includes a read transistor (4a,4b) for reading out a voltage depending on the presence or absence of charge in the floating gate, a program transistor (5a,5b) that injects charge into the floating gate, an erase transistor (3a,3b) that ejects charge from the floating gate, and a control capacitor (6a,6b) that adjusts a potential at the floating gate, the floating gate (FGa,FGb) extending on respective active regions of the read transistor (4a,4b), the program transistor (5a,5b), the erase transistor (3a,3b), and the control capacitor (6a,6b), one cell of the cells (2a,2b) has a configuration in which the first bit line is connected to the read transistor in the one cell via a switch transistor (SWa) in the one cell, and the second bit line is directly connected to a diffusion layer provided at one end of the program transistor in the one cell, and another cell paired with the one cell has a configuration in which the second bit line is connected to the read transistor in the other cell via a switch transistor (SWb) in the other cell, and the first bit line is directly connected to a diffusion layer provided at one end of the program transistor in the other cell. a plurality of floating gates (FGa,FGb) electrically insulated; a first bit line; a second bit line; and a cell (2a,2b) being configured for each of the floating gates (FGa,FGb), wherein each of the cells (2a,2b) includes a read transistor (4a,4b) for reading out a voltage depending on the presence or absence of charge in the floating gate, a program transistor (5a,5b) that injects charge into the floating gate, an erase transistor (3a,3b) that ejects charge from the floating gate, and a control capacitor (6a,6b) that adjusts a potential at the floating gate, the floating gate (FGa,FGb) extending on respective active regions of the read transistor (4a,4b), the program transistor (5a,5b), the erase transistor (3a,3b), and the control capacitor (6a,6b), one cell of the cells (2a,2b) has a configuration in which the first bit line is connected to the read transistor in the one cell via a switch transistor (SWa) in the one cell, and the second bit line is directly connected to a diffusion layer provided at one end of the program transistor in the one cell, and another cell paired with the one cell has a configuration in which the second bit line is connected to the read transistor in the other cell via a switch transistor (SWb) in the other cell, and the first bit line is directly connected to a diffusion layer provided at one end of the program transistor in the other cell.