mhurhangee/patent-ind-claim-en huggingface dataset:
A shuttering and reinforcement arrangement for concrete construction, including a spacer , at least one reinforcement element , and a shuttering wall , wherein the spacer is arranged between shuttering or a floor surface and the reinforcement element in the region of the shuttering wall , being in particular semipermeable, wherein the spacer comprises: an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element , wherein at least one reinforcement element is positioned on the support of the spacer , characterized by a grout collector member configured to collect grout emerging at the shuttering wall , wherein the shuttering wall is arranged substantially above the grout collector member. at least one reinforcement element , and a shuttering wall , wherein the spacer is arranged between shuttering or a floor surface and the reinforcement element in the region of the shuttering wall , being in particular semipermeable, wherein the spacer comprises: an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element , wherein at least one reinforcement element is positioned on the support of the spacer , characterized by a grout collector member configured to collect grout emerging at the shuttering wall , wherein the shuttering wall is arranged substantially above the grout collector member. an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element , wherein at least one reinforcement element is positioned on the support of the spacer , characterized by a grout collector member configured to collect grout emerging at the shuttering wall , wherein the shuttering wall is arranged substantially above the grout collector member.
An adhesive tape cartridge comprising: a housing; and an adhesive tape roll that is disposed in said housing and winds a double-faced adhesive tape , said double-faced adhesive tape comprising: a base material layer ; a first adhesive layer (162; 162A; 162B) that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer (161; 161B) that is disposed on the one side of said first adhesive layer (162; 162A, 162B) in the thickness direction and comprises an adhesive with a second pigment added; a third adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive; and a separation material layer that is disposed on said other side of said third adhesive layer in the thickness direction; a volume ratio of said first pigment in said first adhesive layer (162; 162A; 162B) being greater than a volume ratio of said second pigment in said second adhesive layer (161; 161B). a housing; and an adhesive tape roll that is disposed in said housing and winds a double-faced adhesive tape , said double-faced adhesive tape comprising: a base material layer ; a first adhesive layer (162; 162A; 162B) that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer (161; 161B) that is disposed on the one side of said first adhesive layer (162; 162A, 162B) in the thickness direction and comprises an adhesive with a second pigment added; a third adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive; and a separation material layer that is disposed on said other side of said third adhesive layer in the thickness direction; a volume ratio of said first pigment in said first adhesive layer (162; 162A; 162B) being greater than a volume ratio of said second pigment in said second adhesive layer (161; 161B). a base material layer ; a first adhesive layer (162; 162A; 162B) that is disposed on one side of said base material layer in a thickness direction and comprises an adhesive with a first pigment added; a second adhesive layer (161; 161B) that is disposed on the one side of said first adhesive layer (162; 162A, 162B) in the thickness direction and comprises an adhesive with a second pigment added; a third adhesive layer that is disposed on the other side of said base material layer in the thickness direction and comprises an adhesive; and a separation material layer that is disposed on said other side of said third adhesive layer in the thickness direction; a volume ratio of said first pigment in said first adhesive layer (162; 162A; 162B) being greater than a volume ratio of said second pigment in said second adhesive layer (161; 161B).
Manipulator system comprising: - a manipulator configured to guide an instrument ; - a control means which is configured to control the manipulator in such a way that the instrument is pressed against a human body with a pressing force; - a force reduction input means which is provided separately from the manipulator and is actuatable by an operator for reduction of the pressing force; - wherein the control means is also configured to control the manipulator in such a way that the pressing force is reduced to an amount greater than zero, based on a corresponding actuation of the force reduction input means , characterized in that - the manipulator system is configured to acquire measured values by means of the instrument during the pressing; in that - the manipulator system further comprises a measured value evaluation means which is configured to acquire a quality of the measured values; and in that - the control means is also configured to control the manipulator based on the acquired quality of the measured values. - a manipulator configured to guide an instrument ; - a control means which is configured to control the manipulator in such a way that the instrument is pressed against a human body with a pressing force; - a force reduction input means which is provided separately from the manipulator and is actuatable by an operator for reduction of the pressing force; - wherein the control means is also configured to control the manipulator in such a way that the pressing force is reduced to an amount greater than zero, based on a corresponding actuation of the force reduction input means , characterized in that - the manipulator system is configured to acquire measured values by means of the instrument during the pressing; in that - the manipulator system further comprises a measured value evaluation means which is configured to acquire a quality of the measured values; and in that - the control means is also configured to control the manipulator based on the acquired quality of the measured values.
A method of separating a target biomolecule from a cell culture, comprising the steps of: a) providing a plurality of magnetic beads capable of binding said target biomolecule; b) contacting said plurality of magnetic beads with an unclarified or cell-depleted cell culture comprising a target biomolecule, such as an immunoglobulin, to bind said target biomolecule to said beads, wherein cell-depleted means that a fraction, but not all, of the particulates such as cells and/or cell debris have been removed such that the cell-culture has a turbidity of at least 100 NTU, wherein step b) is performed in a flexible bag contactor (9; 109;322), mounted on a tray adapted to rock around a horizontal axis; c) retaining said beads with a magnetic field and washing said beads with a washing liquid; d) eluting said beads with an eluent to desorb said target biomolecule from said beads and recovering said target biomolecule in an eluate. a) providing a plurality of magnetic beads capable of binding said target biomolecule; b) contacting said plurality of magnetic beads with an unclarified or cell-depleted cell culture comprising a target biomolecule, such as an immunoglobulin, to bind said target biomolecule to said beads, wherein cell-depleted means that a fraction, but not all, of the particulates such as cells and/or cell debris have been removed such that the cell-culture has a turbidity of at least 100 NTU, wherein step b) is performed in a flexible bag contactor (9; 109;322), mounted on a tray adapted to rock around a horizontal axis; c) retaining said beads with a magnetic field and washing said beads with a washing liquid; d) eluting said beads with an eluent to desorb said target biomolecule from said beads and recovering said target biomolecule in an eluate.
A monolithic refractory comprising a low-carbon refractory material having a total carbon content of less than 1 wt. %, characterised in that the low-carbon refractory material comprises an inorganic binder and at least 97 wt. % of a zirconia component, wherein the zirconia component is selected from fused zirconia, zirconia grain, fused zirconia grain, zirconia powder or any combination thereof.
A method of producing a compound represented by the formula (I) : which comprises Step A: a step of reacting a compound represented by the formula (II): formaldehyde and hydrogen in the presence of a metal catalyst, in a solvent, wherein the amount of the formaldehyde to be used is exceeding 1 mol and not exceeding 5 mol per 1 mol of the compound represented by the formula (II), to obtain a mixture containing the formaldehyde and the compound represented by the formula (I), and Step B: a step of mixing the obtained mixture containing the formaldehyde and the compound represented by the formula (I) with hydrogen and a secondary amine selected from the group consisting of diethylamine, dipropylamine, diisopropylamine, butylethylamine, pyrrolidine, piperidine and morpholine, in the presence of a metal catalyst, in a solvent, and then removing the metal catalyst, followed by obtaining the compound represented by the formula (I) by distillation.
A method for assigning addresses to a plurality of functional modules (304a-d, 402) carried by a movable object , the method comprising: (a) receiving, at each functional module of the plurality of functional modules (304a-d, 402), an addressing signal comprising an address and transmitted from a control module via a shared communication interface, wherein the plurality of functional modules (304a-d, 402) are each configured to control a component of the movable object ; (b) assessing, for each functional module, whether the functional module has previously received an activation signal transmitted from the control module via a respective private communication interface (308a-d); and (c) assigning the address to the functional module if the functional module previously received the activation signal according to the assessment of step (b). (a) receiving, at each functional module of the plurality of functional modules (304a-d, 402), an addressing signal comprising an address and transmitted from a control module via a shared communication interface, wherein the plurality of functional modules (304a-d, 402) are each configured to control a component of the movable object ; (b) assessing, for each functional module, whether the functional module has previously received an activation signal transmitted from the control module via a respective private communication interface (308a-d); and (c) assigning the address to the functional module if the functional module previously received the activation signal according to the assessment of step (b).
A process for electroplating a cobalt deposit onto a semiconductor base structure comprising submicron-sized electrical interconnect features, the process comprising the steps of: a) providing a semiconductor base structure comprising submicron-sized electrical interconnect cavities in the semiconductor base structure, wherein a metalizing substrate is within said electrical interconnect cavities and an entry dimension of the electrical interconnect cavities is less than 100 nm; b) contacting the metalizing substrate within said electrical interconnect cavities with an electrodeposition composition comprising: a source of cobalt ions, wherein the molar ratio of the sum of any nickel ions and any iron ions in the electrodeposition composition to the cobalt ions is not greater than 0.01; an acetylenic suppressor, wherein said acetylenic suppressor is selected from the group consisting of propargyl alcohol, ethoxylated propargyl alcohol; a reaction product of ethoxylated propargyl alcohol and 1,4-butanediol diglycidyl ether; diethylene glycol bis(2-propynyl) ether; 1,4-bis(2-hydroxyethoxy)-2-butyne; and 2-butyne-1,4-diol; a buffering agent; and water; and c) supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the electrical interconnect cavities with cobalt. a) providing a semiconductor base structure comprising submicron-sized electrical interconnect cavities in the semiconductor base structure, wherein a metalizing substrate is within said electrical interconnect cavities and an entry dimension of the electrical interconnect cavities is less than 100 nm; b) contacting the metalizing substrate within said electrical interconnect cavities with an electrodeposition composition comprising: a source of cobalt ions, wherein the molar ratio of the sum of any nickel ions and any iron ions in the electrodeposition composition to the cobalt ions is not greater than 0.01; an acetylenic suppressor, wherein said acetylenic suppressor is selected from the group consisting of propargyl alcohol, ethoxylated propargyl alcohol; a reaction product of ethoxylated propargyl alcohol and 1,4-butanediol diglycidyl ether; diethylene glycol bis(2-propynyl) ether; 1,4-bis(2-hydroxyethoxy)-2-butyne; and 2-butyne-1,4-diol; a buffering agent; and water; and a source of cobalt ions, wherein the molar ratio of the sum of any nickel ions and any iron ions in the electrodeposition composition to the cobalt ions is not greater than 0.01; an acetylenic suppressor, wherein said acetylenic suppressor is selected from the group consisting of propargyl alcohol, ethoxylated propargyl alcohol; a reaction product of ethoxylated propargyl alcohol and 1,4-butanediol diglycidyl ether; diethylene glycol bis(2-propynyl) ether; 1,4-bis(2-hydroxyethoxy)-2-butyne; and 2-butyne-1,4-diol; a buffering agent; and water; and c) supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the electrical interconnect cavities with cobalt.
An inkjet recording device which has two sub-print heads, each of which includes a nozzle that is configured to form ink particles by applying vibration to ink being ejected under pressure, a charging electrode configured for charging the ink particles, a deflection electrode configured for deflecting the charged ink particles, and a gutter configured for recovering ink particles not used in printing, in which two nozzles are disposed in a deflection direction of the ink particles, and which performs printing on a printed object while moving the printed object relative to the ink particles in a direction substantially perpendicular to the deflection direction of the ink particles, characterized in that the inkjet recording device has a function for reducing a clearance between print results and a function of enlarging a clearance between print results, printed by the two nozzles , by controlling a voltage applied to the charging electrode and a voltage applied to the deflection electrode .
Sleeve for centering fasteners when assembling components to the substructure of a building envelope; wherein the sleeve comprises a substantially hollow-cylindrical sleeve body or split hollow-cylindrical sleeve body having at least two channel-like shell elements , wherein the latter - each have a head end and a tail end ; - are grouped symmetrically about a central mid-axis A, and - define an intermediate space therebetween with inner surfaces oriented toward each other; and - the shell elements have at the front end a recessed abutment surface or a plurality of surfaces forming an abutment surface, characterized in that the shell elements are spaced apart and separated by axially parallel longitudinal slots except for a connecting joint section arranged at the head end and adapted to be broken open when the fastener is driven in. - each have a head end and a tail end ; - are grouped symmetrically about a central mid-axis A, and - define an intermediate space therebetween with inner surfaces oriented toward each other; and - the shell elements have at the front end a recessed abutment surface or a plurality of surfaces forming an abutment surface,
A multi-purpose tire comprising: a tread section comprising a main tread zone and at least one auxiliary tread zone , the tread section being configured to facilitate, at a first inflation pressure, a first tread configuration, wherein the at least one auxiliary tread zone contacts a road surface and, at a second inflation pressure, a second tread configuration, wherein a contact of the at least one auxiliary tread zone with the road is prevented or reduced, the first inflation pressure being lower than the second inflation pressure, wherein the tread section further comprises, in an inner surface thereof, one or more channels extending continuously in a circumferential direction of the tire, the one or more circumferential channels being configured to regulate an inflation-pressure-dependent transition between the first and second tread configurations, characterized in that the main tread zone comprises first radially outer surface characteristics and the at least one auxiliary tread zone comprises second outer surface characteristics being different from the first outer surface characteristics. a tread section comprising a main tread zone and at least one auxiliary tread zone , the tread section being configured to facilitate, at a first inflation pressure, a first tread configuration, wherein the at least one auxiliary tread zone contacts a road surface and, at a second inflation pressure, a second tread configuration, wherein a contact of the at least one auxiliary tread zone with the road is prevented or reduced, the first inflation pressure being lower than the second inflation pressure, wherein the tread section further comprises, in an inner surface thereof, one or more channels extending continuously in a circumferential direction of the tire, the one or more circumferential channels being configured to regulate an inflation-pressure-dependent transition between the first and second tread configurations, characterized in that the main tread zone comprises first radially outer surface characteristics and the at least one auxiliary tread zone comprises second outer surface characteristics being different from the first outer surface characteristics.
A method for reverse-filling the cosmetic material having irreversible property, as a method for filling a cosmetic inner container with cosmetic material having an irreversible property, comprising the steps of: - sealing the top part of the cosmetic inner container , the top and bottom of which are open, with a filling mold , and turning the cosmetic inner container upside down to reverse-position the cosmetic inner container so that the sealed top part of the cosmetic inner container is directed downward and the open bottom part thereof is directed upward; and - filling the cosmetic inner container through the bottom part thereof with the cosmetic material, characterized in that - the bottom surface of the filling mold is flatly formed to obtain a surface uniformity of the top surface of the cosmetic material filled in the cosmetic inner container , the surface having a maximum surface step of 0.1 to 0.4 mm. - sealing the top part of the cosmetic inner container , the top and bottom of which are open, with a filling mold , and turning the cosmetic inner container upside down to reverse-position the cosmetic inner container so that the sealed top part of the cosmetic inner container is directed downward and the open bottom part thereof is directed upward; and - filling the cosmetic inner container through the bottom part thereof with the cosmetic material, characterized in that - the bottom surface of the filling mold is flatly formed to obtain a surface uniformity of the top surface of the cosmetic material filled in the cosmetic inner container , the surface having a maximum surface step of 0.1 to 0.4 mm.
An X-ray Talbot interferometer comprising: a source grating including a plurality of X-ray transmitting portions, configured to allow some of X-rays from an X-ray source to pass therethrough; a beam splitter grating having a periodic structure, configured to diffract X-rays from the X-ray transmitting portions by using the periodic structure to form an interference pattern (8a-8c); and an X-ray detector configured to detect X-rays from the beam splitter grating , wherein the beam splitter grating diffracts an X-ray from each of the plurality of X-ray transmitting portions by using the periodic structure to form interference patterns (8a-8c) each corresponding to one of the plurality of X-ray transmitting portions, wherein the plurality of X-ray transmitting portions are arranged so that the interference patterns, each corresponding to one of the plurality of X-ray transmitting portions, are superimposed on one another to enhance a specific spatial frequency component, and wherein the specific spatial frequency component is a spatial frequency component in a sideband generated by modulation of spatial frequency components specific to the interference patterns by a sample. a source grating including a plurality of X-ray transmitting portions, configured to allow some of X-rays from an X-ray source to pass therethrough; a beam splitter grating having a periodic structure, configured to diffract X-rays from the X-ray transmitting portions by using the periodic structure to form an interference pattern (8a-8c); and an X-ray detector configured to detect X-rays from the beam splitter grating , wherein the beam splitter grating diffracts an X-ray from each of the plurality of X-ray transmitting portions by using the periodic structure to form interference patterns (8a-8c) each corresponding to one of the plurality of X-ray transmitting portions, wherein the plurality of X-ray transmitting portions are arranged so that the interference patterns, each corresponding to one of the plurality of X-ray transmitting portions, are superimposed on one another to enhance a specific spatial frequency component, and wherein the specific spatial frequency component is a spatial frequency component in a sideband generated by modulation of spatial frequency components specific to the interference patterns by a sample.