mhurhangee/ep-ind-claims huggingface dataset:
Epitaxially coated semiconductor wafer, comprising a substrate wafer composed of monocrystalline silicon having a front side and having a rear side; an epitaxial layer composed of silicon having a polished surface on the front side of the substrate wafer, wherein the polished surface has an RMS roughness of not more than 0.055 nm relative to a measurement window having an area of 10 μm × 10 μm; a denuded zone extending from the polished surface of the epitaxial layer to the rear side of the substrate wafer as far as a depth which, between a center and an edge of the semiconductor wafer, is not less than 6 μm and not more than 14 μm, and a region adjoining the denuded zone and having BMD nuclei which can develop into BMDs having a peak density of not less than 3.5 × 10 9 cm -3 at a distance of not more than 70 μm from the polished surface of the epitaxial layer, and which has BMD nuclei which can develop into BMDs whose density at a distance of 200 μm from the polished surface of the epitaxial layer as far as the rear side of the substrate wafer is not greater than 60% of the peak density.
An electronic device (100, 200, 300, 600) comprising: a housing; a printed circuit board disposed inside the housing and including a first face and a second face that faces away from the first face; a connection member disposed on the first face and electrically connected to the printed circuit board; a switch member disposed on the first face and at least partially overlaps the connection member when viewed from above the first face; and a button member including an electrically conductive member, and disposed to be capable of operating the switch member, wherein the electrically conductive member is electrically connected to the connection member wherein the button member includes: a guide portion disposed to be in contact with the housing; a first contact portion, as a portion of the electrically conductive member, disposed on the guide portion and exposed to an outside of the housing; and a second contact portion, as a portion of the electrically conductive member, extending from the first contact portion and disposed through the guide portion, characterised in that the connection member comes into contact with the second contact portion inside the housing, and wherein the button member further includes an engaging recess formed around the second contact portion, and the connection member is engaged with the engaging recess. a housing; a printed circuit board disposed inside the housing and including a first face and a second face that faces away from the first face; a connection member disposed on the first face and electrically connected to the printed circuit board; a switch member disposed on the first face and at least partially overlaps the connection member when viewed from above the first face; and a button member including an electrically conductive member, and disposed to be capable of operating the switch member, wherein the electrically conductive member is electrically connected to the connection member a guide portion disposed to be in contact with the housing; a first contact portion, as a portion of the electrically conductive member, disposed on the guide portion and exposed to an outside of the housing; and a second contact portion, as a portion of the electrically conductive member, extending from the first contact portion and disposed through the guide portion, characterised in that the connection member comes into contact with the second contact portion inside the housing, and wherein the button member further includes an engaging recess formed around the second contact portion, and the connection member is engaged with the engaging recess.
An automatic bundling tool device, ABT, for bundling a bundle good with a one-piece-tie, OPT, comprising - a guiding device configured to guide an OPT band part end around the bundle good through a window in an OPT head part; - a tensioning device which is configured i) to tension the OPT, with a pulling of the OPT band part end which is guided through the window in a tensioning direction (S+) and ii) to push the OPT band part end against the tensioning direction (S+) in a pushing direction (S-) after the OPT has been tensioned; characterised by - a control device which is configured i) to determine a characteristic parameter for the pushing of the OPT band part end against the tensioning direction (S+) and ii) to output a quality check signal as a function of the characteristic parameter for the pushing against the tensioning direction (S+) and a reference value predetermined for the characteristic parameter. - a guiding device configured to guide an OPT band part end around the bundle good through a window in an OPT head part; - a tensioning device which is configured i) to tension the OPT, with a pulling of the OPT band part end which is guided through the window in a tensioning direction (S+) and ii) to push the OPT band part end against the tensioning direction (S+) in a pushing direction (S-) after the OPT has been tensioned; characterised by - a control device which is configured i) to determine a characteristic parameter for the pushing of the OPT band part end against the tensioning direction (S+) and ii) to output a quality check signal as a function of the characteristic parameter for the pushing against the tensioning direction (S+) and a reference value predetermined for the characteristic parameter.
A picture coding device that partitions differential information between a picture that is a coding target and a picture that is a prediction target into a plurality of sub blocks and codes the partitioned sub blocks in a predetermined sequence, the picture coding device comprising: a significant sub block information encoder that codes significant sub block information that represents whether or not all the values of differential coefficients belonging to the sub block are zero; a significant differential coefficient information encoder that codes significant differential coefficient information that represents whether or not the value of the differential coefficient is zero; a differential coefficient value encoder that codes the value of the differential coefficient; and a context deriver that is configured to derive a neighboring significant index, wherein the neighboring significant index is a sum of the significant sub block information of a coded sub block that is neighboring to the right side of the sub block that is a coding target and the significant sub block information multiplied by 2 of a coded sub block that is neighboring to the lower side of the sub block that is a coding target, and to derive a context used for coding the significant differential coefficient information of the differential coefficient that is a coding target based on the neighboring significant index and the position of the differential coefficient that is the coding target in the sub block that is the coding target, wherein the context deriver is configured to derive the context without referring to the significant differential coefficient information that belongs to the sub block that is the coding target. a significant sub block information encoder that codes significant sub block information that represents whether or not all the values of differential coefficients belonging to the sub block are zero; a significant differential coefficient information encoder that codes significant differential coefficient information that represents whether or not the value of the differential coefficient is zero; a differential coefficient value encoder that codes the value of the differential coefficient; and a context deriver that is configured to derive a neighboring significant index, wherein the neighboring significant index is a sum of the significant sub block information of a coded sub block that is neighboring to the right side of the sub block that is a coding target and the significant sub block information multiplied by 2 of a coded sub block that is neighboring to the lower side of the sub block that is a coding target, and to derive a context used for coding the significant differential coefficient information of the differential coefficient that is a coding target based on the neighboring significant index and the position of the differential coefficient that is the coding target in the sub block that is the coding target, wherein the context deriver is configured to derive the context without referring to the significant differential coefficient information that belongs to the sub block that is the coding target.
The use of a closure device (10', 10", 10"', 10"") with an air spring system, which has an auxiliary vessel and an air spring device attached to a link, in the event of a malfunction of the auxiliary vessel and/or of the air spring device, wherein the air spring device arranged between the link and the vehicle frame comprises a piston and an air bellows, wherein the closure device (10', 10", 10"', 10""), in the installed state, seals off a fluid channel for gas exchange between the air spring device and the auxiliary vessel, characterized in that the closure device (10', 10", 10"', 10"") - comprises a bolt which, in the installed state, seals off the air spring device by means of one end and is supported on the auxiliary vessel by means of another end, or - is designed such that, in a first state, in a section plane, it has a first cross section and, in a second state, it has a second cross section enlarged in relation to the first cross section, and comprises a deformable filling element and a fixing element (32, 33), wherein the filling element is transferred by means of the fixing element (32, 33) from the first state into the second state, or - is a covering element in the form of a plug (10'"), wherein the plug (10"') closes the fluid channel at the air spring device side, wherein the plug (10"') comprises an encircling collar, the diameter of which in a section plane is greater than an inner diameter of the fluid channel, wherein said collar lies, in the installed state, on an edge of the fluid channel, wherein the edge defines an opening of the fluid channel at the air spring device side, and wherein owing to a positive pressure prevailing in the air spring device, the plug (10'") is fixed in its position at the opening to the fluid channel and thus seals off the latter. - comprises a bolt which, in the installed state, seals off the air spring device by means of one end and is supported on the auxiliary vessel by means of another end, or - is designed such that, in a first state, in a section plane, it has a first cross section and, in a second state, it has a second cross section enlarged in relation to the first cross section, and comprises a deformable filling element and a fixing element (32, 33), wherein the filling element is transferred by means of the fixing element (32, 33) from the first state into the second state, or - is a covering element in the form of a plug (10'"), wherein the plug (10"') closes the fluid channel at the air spring device side, wherein the plug (10"') comprises an encircling collar, the diameter of which in a section plane is greater than an inner diameter of the fluid channel, wherein said collar lies, in the installed state, on an edge of the fluid channel, wherein the edge defines an opening of the fluid channel at the air spring device side, and wherein owing to a positive pressure prevailing in the air spring device, the plug (10'") is fixed in its position at the opening to the fluid channel and thus seals off the latter.
A method for the detection of a target nucleic acid in a sample, comprising: a) amplifying, in a reaction mixture, a target nucleic acid using PCR in the presence of a pair of oligonucleotide primers wherein at least one of the oligonucleotide primers incorporates a 5'-specialty sequence to provide an amplification product that intramolecularly folds into a secondary structure; and b) detecting the amplification product that folds into a secondary structure by a method comprising: i) providing an oligonucleotide cleavage component that has no or substantially reduced priming ability, ii) hybridizing said oligonucleotide cleavage component with the amplification product to form a three-strand cleavage structure wherein two strands of the three-strand cleavage structure are provided by the secondary structure of the amplification product, iii) cleaving 3'- or 5 '-strands of the three-strand cleavage structure using a duplex-specific nuclease activity resulting in a cleavage product, and iv) detecting the cleavage product, wherein the presence of the cleavage product is indicative of the presence of the target nucleic acid in said sample. a) amplifying, in a reaction mixture, a target nucleic acid using PCR in the presence of a pair of oligonucleotide primers wherein at least one of the oligonucleotide primers incorporates a 5'-specialty sequence to provide an amplification product that intramolecularly folds into a secondary structure; and b) detecting the amplification product that folds into a secondary structure by a method comprising: i) providing an oligonucleotide cleavage component that has no or substantially reduced priming ability, ii) hybridizing said oligonucleotide cleavage component with the amplification product to form a three-strand cleavage structure wherein two strands of the three-strand cleavage structure are provided by the secondary structure of the amplification product, iii) cleaving 3'- or 5 '-strands of the three-strand cleavage structure using a duplex-specific nuclease activity resulting in a cleavage product, and iv) detecting the cleavage product, i) providing an oligonucleotide cleavage component that has no or substantially reduced priming ability, ii) hybridizing said oligonucleotide cleavage component with the amplification product to form a three-strand cleavage structure wherein two strands of the three-strand cleavage structure are provided by the secondary structure of the amplification product, iii) cleaving 3'- or 5 '-strands of the three-strand cleavage structure using a duplex-specific nuclease activity resulting in a cleavage product, and iv) detecting the cleavage product,
Suction nozzle for a vacuum cleaner, having a nozzle base provided for contact with the floor and a suction mouth opening therethrough, which is connected in terms of flow to an opening which can be attached to a vacuum power source, wherein the nozzle base has contact surfaces (7, 7') in the longitudinal direction on both sides of the suction mouth, said contact surfaces merging on the side facing away from the suction mouth into gliding surfaces (8, 8') running obliquely with respect to the floor, wherein the angle (α) between the horizontal and the front gliding surface and/or the angle (a') between the horizontal and the rear gliding surface amounts to between 8.5° and 15° and the width of the contact surfaces (7, 7') in the longitudinal direction amounts to between 0.9 mm and 1.3 mm, characterized in that the suction nozzle is moveably arranged on a connecting part and the connecting part can be supported on the floor by means of rollers, wherein at least one sliding wheel is rotatably supported on the suction nozzle about a second axis of rotation and the underside of the sliding wheel is upwardly spaced between 0.5 mm and 2.5mm compared with a straight line resting from below on the front suction edge, the rear suction edge and the roller.
A thermal type fluid flow sensor comprising: a heating resistor formed on a thin film of a substrate, and plural thermal sensitive resistors (6, 7, 8, 9) configuring a bridge circuit and being disposed on the thin film of the substrate so as to be located on an adjacent upstream side and an adjacent downstream side of the heating resistor in a stream direction of fluid to be measured, characterized in that a resistor trace for each of the thermal sensitive resistors (6, 7, 8, 9) is formed from a combination of two different direction-trace portions capable of canceling out changes of their resistances due to distortion caused in the thin film to each other, wherein the two different direction-trace portions are respectively straight and form an angle of 90°, wherein sum for the lengths of one direction trace portions in the two different direction-trace portions is equal with the sum for the lengths of another direction trace-portions in the two different direction-trace portions, and these trace portions have an identical width. a heating resistor formed on a thin film of a substrate, and plural thermal sensitive resistors (6, 7, 8, 9) configuring a bridge circuit and being disposed on the thin film of the substrate so as to be located on an adjacent upstream side and an adjacent downstream side of the heating resistor in a stream direction of fluid to be measured,
Apparatus for feeding and dosing powder, comprising: a powder storage container for storing and providing powder, an oscillating feeder comprising feeding means with an adjustable feeding rate for dispensing the powder to a powder outlet with the adjustable feeding rate, a conduit arrangement for feeding the powder dispensed by the oscillating feeder in a feeding gas as a powder-gas mixture and for supplying the powder-gas mixture to a powder processing means, wherein a decoupling means is provided in the conduit arrangement for extracting a defined proportion of the powder from the powder-gas mixture, a powder quantity measuring arrangement for detecting the decoupled powder quantity per unit time and for providing a powder quantity information signal, wherein the decoupled powder quantity per unit time has a predetermined ratio to the fed powder quantity of the oscillating feeder within a tolerance range, and control means configured to adjust the adjustable feeding rate of the oscillating feeder to a predetermined set value based on the powder quantity information signal provided by the powder quantity measuring arrangement. a powder storage container for storing and providing powder, an oscillating feeder comprising feeding means with an adjustable feeding rate for dispensing the powder to a powder outlet with the adjustable feeding rate, a conduit arrangement for feeding the powder dispensed by the oscillating feeder in a feeding gas as a powder-gas mixture and for supplying the powder-gas mixture to a powder processing means, wherein a decoupling means is provided in the conduit arrangement for extracting a defined proportion of the powder from the powder-gas mixture, a powder quantity measuring arrangement for detecting the decoupled powder quantity per unit time and for providing a powder quantity information signal, wherein the decoupled powder quantity per unit time has a predetermined ratio to the fed powder quantity of the oscillating feeder within a tolerance range, and control means configured to adjust the adjustable feeding rate of the oscillating feeder to a predetermined set value based on the powder quantity information signal provided by the powder quantity measuring arrangement.
A support device for concrete formwork, in particular ceiling formwork, having at least one multiple-carrier comprising at least two longitudinal carriers, wherein the longitudinal carriers are joined to one another by means of at least one joining element, characterized in that the longitudinal carriers comprise each a through-opening permitting the joining element to pass through, wherein the joining element is arranged in the through-openings so as to be relocatable in the longitudinal direction of the joining element substantially perpendicular to the longitudinal direction of the longitudinal carrier, wherein the joining element is arranged in the through-opening of the one longitudinal carrier in a substantially exactly fitting manner, wherein the through-opening of the one longitudinal carrier and the joining element comprise appropriate cross-section faces, and the joining element is arranged in the through-opening of the other longitudinal carrier so as to be relocatable in the longitudinal direction of the longitudinal carrier, such that the distance between the longitudinal carriers and the angular position of the longitudinal carriers in relation to one another can be changed.
An aqueous composition in the form of an aqueous papercoating slip having a solids content of at least 72% by weight, comprising - one or more than one polymer useful as binder for papercoating slips and having a glass transition temperature Tg of less than 50°C, - at least 60% by weight of inorganic pigments, based on the total solids content, - at least 5 parts by weight of urea, based on 100 parts by weight of pigment, and optionally further additives. - one or more than one polymer useful as binder for papercoating slips and having a glass transition temperature Tg of less than 50°C, - at least 60% by weight of inorganic pigments, based on the total solids content, - at least 5 parts by weight of urea, based on 100 parts by weight of pigment, and optionally further additives.
A powdered composition comprising: a. a first powder component comprising a plurality of particles comprising starch or a polysaccharide bearing at least one hydroxyl moiety; and b. a second powder component comprising a plurality of particles comprising linear hydrophobic cellulose particles. a. a first powder component comprising a plurality of particles comprising starch or a polysaccharide bearing at least one hydroxyl moiety; and b. a second powder component comprising a plurality of particles comprising linear hydrophobic cellulose particles.
Method for the in vitro immunisation of human B lymphocytes, comprising culturing a total population of human peripheral blood mononuclear cells in the presence of an antigenic composition comprising at least one antigen covalently bonded to both: (i) a Tat protein or a Tat fragment capable of oligomerisation via one or more cysteines of the cysteine-rich region of Tat and (ii) a ligand of a surface molecule specific to antigen presenting cells, the Tat fragment capable of oligomerisation comprising the cysteine-rich, core and basic regions, and the ligand of said surface molecule specific to antigen presenting cells being selected from the group consisting of: the BB protein, ZZ protein, anti-MHC Class II antibody, anti-FcyR antibody, anti-IgM antibody, anti-IgD antibody, anti-IgG antibody, anti-DEC-205 antibody, anti-CD209 antibody or anti-CD20 antibody, and a fragment of the preceding antibodies comprising at least the paratope. (i) a Tat protein or a Tat fragment capable of oligomerisation via one or more cysteines of the cysteine-rich region of Tat and (ii) a ligand of a surface molecule specific to antigen presenting cells,
Support structure of a cover of a structure capable of being installed in the ground, for example a shaft or a gutter, wherein the cover comprises a traversable surface and the support structure extends downwards under said cover into the structure and comprises beam-shaped supports (21 23) such that their under support side facing away from the surface experiences a tensile stress when the surface is loaded, characterized in that between two areas (A, A') of minimum tensile stress, a thickness of the supports is configured substantially symmetrically in an increasing manner up to a maximum value and then, in turn, in a decreasing manner to form a spherical shape when viewing the cover from below.