mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: storing, in a register , an encoded pointer (206; 610; 810) to a memory location, wherein first context information (602; 802) is stored in first bits of the encoded pointer and an encrypted slice (604; 804) of a memory address of the memory location is stored in second bits of the encoded pointer; decoding the encoded pointer to obtain the memory address of the memory location, comprising decrypting the encrypted slice of the memory address in the encoded pointer based on an address key (116 ; 818) and an address tweak (208; 812); using the memory address obtained by decoding the encoded pointer to access encrypted data at the memory location; and decrypting the encrypted data based on a data key (116 ) and a data tweak , the data tweak including one or more bits derived, at least in part, from the encoded pointer. storing, in a register , an encoded pointer (206; 610; 810) to a memory location, wherein first context information (602; 802) is stored in first bits of the encoded pointer and an encrypted slice (604; 804) of a memory address of the memory location is stored in second bits of the encoded pointer; decoding the encoded pointer to obtain the memory address of the memory location, comprising decrypting the encrypted slice of the memory address in the encoded pointer based on an address key (116 ; 818) and an address tweak (208; 812); using the memory address obtained by decoding the encoded pointer to access encrypted data at the memory location; and decrypting the encrypted data based on a data key (116 ) and a data tweak , the data tweak including one or more bits derived, at least in part, from the encoded pointer.
Exercise apparatus comprising: a single weight source operably connected to at least four manual actuators by a cable and pulley system comprising a plurality of pulley wheels , a supporting frame for the weight source and pulley wheels, and the cable defining a force path from the weight source over the pulley wheels to the manual actuators, wherein the pulley wheels and frame are provided in a common plane with the weight source at least when the exercise apparatus is not in use, and the manual actuators are provided at spaced locations along the path defined by the cable and are actuatable in a direction away from the common plane when in use wherein the cable comprises a plurality of cable portions comprising a common cable portion operably connected to the weight source and one or more branching cable portion wherein at least one of the manual actuators is connected to an end of the common cable portion, at least one of the manual actuators is connected to an end of the branching cable portion, and at least one of the of the manual actuators is connected part-way along the length of the cable and arranged to be actuated away from the common plane. a single weight source operably connected to at least four manual actuators by a cable and pulley system comprising a plurality of pulley wheels , a supporting frame for the weight source and pulley wheels, and the cable defining a force path from the weight source over the pulley wheels to the manual actuators, wherein the pulley wheels and frame are provided in a common plane with the weight source at least when the exercise apparatus is not in use, and the manual actuators are provided at spaced locations along the path defined by the cable and are actuatable in a direction away from the common plane when in use wherein the cable comprises a plurality of cable portions comprising a common cable portion operably connected to the weight source and one or more branching cable portion wherein at least one of the manual actuators is connected to an end of the common cable portion, at least one of the manual actuators is connected to an end of the branching cable portion, and at least one of the of the manual actuators is connected part-way along the length of the cable and arranged to be actuated away from the common plane.
A gunite application device for gunning a gunning material, in particular a refractory concrete gunning material, onto a surface, having: a) a compressed-air source for providing conveying air; b) an injection-material storage container which is filled with a dry or liquid injection material, in particular an injection liquid, which contains at least one concrete additive, preferably a setting regulator; c) a dry-mixture storage container which is filled with a dry mixture from material free of binding agents and setting regulators; d) a mixing nozzle for mixing the injection material and the conveying air and the dry mixture so as to form an in particular pre-wetted material mixture; e) a gunning nozzle for gunning the gunning material onto the surface to be coated; f) a hose line connected to the mixing nozzle for conveying the material mixture to the gunning nozzle ; g) a liquid storage container which is filled with a liquid binding agent; h) means for mixing the, in particular pre-wetted, material mixture and the liquid binding agent so as to form the gunning material at the gunning nozzle end of the hose line ahead of or in the gunning nozzle . a) a compressed-air source for providing conveying air; b) an injection-material storage container which is filled with a dry or liquid injection material, in particular an injection liquid, which contains at least one concrete additive, preferably a setting regulator; c) a dry-mixture storage container which is filled with a dry mixture from material free of binding agents and setting regulators; d) a mixing nozzle for mixing the injection material and the conveying air and the dry mixture so as to form an in particular pre-wetted material mixture; e) a gunning nozzle for gunning the gunning material onto the surface to be coated; f) a hose line connected to the mixing nozzle for conveying the material mixture to the gunning nozzle ; g) a liquid storage container which is filled with a liquid binding agent; h) means for mixing the, in particular pre-wetted, material mixture and the liquid binding agent so as to form the gunning material at the gunning nozzle end of the hose line ahead of or in the gunning nozzle .
A curable coating for a substrate comprising: a. a curable resin comprising: i. a polyester urethane acrylate; and ii. an acrylate functional monomer; b. a cure system; and c. diamond particles, characterised in that the coating contains a mixture of nano-sized and micron-sized diamond particles. a. a curable resin comprising: i. a polyester urethane acrylate; and ii. an acrylate functional monomer; i. a polyester urethane acrylate; and ii. an acrylate functional monomer; b. a cure system; and c. diamond particles,
A bleaching formulation comprising one or more particles and, separately to the particles, a transition metal ion-containing bleaching catalyst, the particles comprising: (i) a core comprising either an inorganic solid support material selected from the group consisting of clays, aluminium silicates, silicates, silicas, carbon black and activated carbon, or a catalase enzyme or a mimic thereof; and an amount of about 0 to about 10 wt% of a transition metal ion-containing bleaching catalyst, the amount of the catalyst being with respect to the weight of the core; and (ii) a coating encapsulating the core, which comprises a material that melts at a temperature of between about 30 °C and about 90 °C, with the proviso that, where the inorganic solid support material is talc or a clay, the core does not comprise a peroxy compound or source thereof or a catalase enzyme or mimic thereof. (i) a core comprising either an inorganic solid support material selected from the group consisting of clays, aluminium silicates, silicates, silicas, carbon black and activated carbon, or a catalase enzyme or a mimic thereof; and an amount of about 0 to about 10 wt% of a transition metal ion-containing bleaching catalyst, the amount of the catalyst being with respect to the weight of the core; and (ii) a coating encapsulating the core, which comprises a material that melts at a temperature of between about 30 °C and about 90 °C,
Method for reducing the energy consumption of a delivery pump which delivers water from a well into a line or a line network , wherein the actual throughflow rate of the delivery pump is brought to a target throughflow rate by changing of the drive rotational speed of an electric drive motor of the delivery pump , wherein the target throughflow rate corresponds either to the throughflow rate (Q1), indicated hereinafter as "first throughflow rate", at the operating point of the delivery pump with the lowest specific power or energy requirement, a characteristic curve (J) of the respective specific power or energy requirement of the delivery pump being calculated in dependence on a dynamic system characteristic curve (D) for the purpose of determining said operating point, or to the throughflow rate (Q2), indicated hereinafter as "second throughflow rate", at the calculated point of intersection (S2) of a pump efficiency characteristic curve (E) with high efficiency and the dynamic system characteristic curve (D), wherein the dynamic system characteristic curve (D) is calculated from the geodetic height (H geod ), the drop in the water level (H drop ) in the well and line losses in the line or in the line network , and wherein the pump efficiency characteristic curve (E) with high efficiency lies within a tolerance range of 5% of an efficiency characteristic curve for the maximum efficiency, wherein the first throughflow rate (Q1) is compared with the second throughflow rate (Q2), wherein, if the first throughflow rate (Q1) is greater than the second throughflow rate (Q2), the first throughflow rate (Q1) is selected as the target throughflow rate, and wherein, if the first throughflow rate (Q1) is less than the second throughflow rate (Q2), the actual throughflow rate of the delivery pump is brought to the first throughflow rate (Q1) as long as the first throughflow rate (Q1) is reached, and the actual throughflow rate of the delivery pump is brought to the second throughflow rate (Q2) if the first throughflow rate (Q1) is no longer reached.
A bearing assembly of a rotor of a wind turbine, namely for mounting the rotor in a fixed housing , having housing-side axial slide bearing segments , which engage on the housing , are fixed together with the housing and are supported against a first sliding surface of the rotor , having housing-side radial slide bearing segments , which engage on the housing , are fixed together with the housing and are supported against a second sliding surface of the rotor , and having additional axial slide bearing segments , characterized in that the additional axial slide bearing segments are rotor-side axial slide bearing segments , which engage on the rotor , rotate together with the rotor and are supported against a sliding surface of the housing , and that the rotor comprises a radial projection forming a rotor-side thrust collar which is secured to a hub or shaft of the rotor , wherein the rotor-side axial slide bearing segments are fastened to the radial projection .
Set of a hand held and/or hand guided power tool in the form of a polisher or sander, the tool comprising a housing with a motor located inside the housing and a working element performing an actuating movement if the tool is actuated, the motor being adapted to actuate a tool shaft in order to make it perform a rotational movement, and the tool further comprising at least one functional unit (27; 27'), wherein the working element and a carrier element (28; 28') functionally located between the tool shaft and the working element for translating the rotational movement of the tool shaft into the actuating movement of the working element make part of the at least one functional unit (27; 27'), the at least one functional unit (27; 27') constituting a unit separate from the rest of the tool and comprising means (29; 30; 30') for detachably fixing the functional unit (27; 27') to the rest of the tool , characterized in that the set comprises a plurality of different functional units , each of which can be detachably fixed to the rest of the tool and each of which has a carrier element (28; 28') designed such that the working element of the functional unit (27; 27') performs a certain type of actuating movement, wherein the actuating movements of the working elements of the different functional units (27; 27') differ from one another by type and/or degree, wherein each of the differing types of actuating movements performed by the working elements of the different functional units (27; 27') is one of a rotational and a random-orbital actuating movement, and wherein each of the plurality of different functional units (27; 27') has a working element adapted for a polishing or sanding a workpiece.
A trap for bed bugs comprising: - an inner element having an outer surface delimited by a first base and a first top , and - an outer element being hollow and having a second base and a second top delimiting an inner surface , - the outer element being positioned around the inner element with the second top adjacent to the first top and the second base adjacent to the first base, a tapering space being defined between the outer surface of the inner element and the inner surface of the outer element, the tapering space tapering towards the first top, characterized in that - the tapering space being accessible to bed bugs crawling on the outer surface of the inner element through a base opening defined between the outer surface of the inner element and the second base, wherein an adhesive is provided on at least part of, preferably all of, the inner surface of the outer element for adhering to the dorsal side of a bed bug crawling on the outer surface of the inner element. - an inner element having an outer surface delimited by a first base and a first top , and - an outer element being hollow and having a second base and a second top delimiting an inner surface , - the outer element being positioned around the inner element with the second top adjacent to the first top and the second base adjacent to the first base, a tapering space being defined between the outer surface of the inner element and the inner surface of the outer element, the tapering space tapering towards the first top, characterized in that - the tapering space being accessible to bed bugs crawling on the outer surface of the inner element through a base opening defined between the outer surface of the inner element and the second base,
A turbine disc having a radius and a circumference, said turbine disc comprising: a central aperture ; and a plurality of cooling channels circumferentially spaced about said central aperture such that said cooling channels are in flow communication with said central aperture , wherein each of said cooling channels has a radially inner end , a radially outer end , and a lengthwise axis that is curved between said radially inner end and said radially outer end , characterized in that said turbine disc is a spacer disc , wherein said lengthwise axis is oriented substantially tangential to said central aperture at said radially inner end . a central aperture ; and a plurality of cooling channels circumferentially spaced about said central aperture such that said cooling channels are in flow communication with said central aperture , wherein each of said cooling channels has a radially inner end , a radially outer end , and a lengthwise axis that is curved between said radially inner end and said radially outer end ,
Method for the metering of dosage units , in particular from the pharmaceutical field or the field of food supplements, by means of a metering installation and a calibration installation , wherein the metering installation has a capacitive measuring system , and wherein the capacitive measuring system has at least one measuring channel with a capacitive measuring sensor for the dosage units , wherein the calibration installation comprises a metering valve which is configured to eject a liquid portion of defined volume and convey it as a test body through the measuring channel , the method comprising the following method steps: - The capacitive measuring system is calibrated, by means of the calibration installation , by at least one calibration measurement of a test body , wherein at least one liquid portion of defined volume is ejected by means of the metering valve of the calibration installation , and wherein the at least one liquid portion is conveyed as a test body through the measuring channel ; - The dosage units are metered by means of the metering installation and are checked, in terms of correctly metered mass, by means of the calibrated capacitive measuring system . - The capacitive measuring system is calibrated, by means of the calibration installation , by at least one calibration measurement of a test body , wherein at least one liquid portion of defined volume is ejected by means of the metering valve of the calibration installation , and wherein the at least one liquid portion is conveyed as a test body through the measuring channel ; - The dosage units are metered by means of the metering installation and are checked, in terms of correctly metered mass, by means of the calibrated capacitive measuring system .
A fluorescent probe for detecting dipeptidyl peptidase IV (DPP-IV) comprising a compound represented by the following formula (I) or a salt thereof: wherein A and B are either the same or different and each independently represent an amino acid residue; wherein A is bonded by forming an amide bond with the adjacent NH in the formula and B is bonded by forming an amide bond with A, and wherein an amino acid residue is a structure corresponding to the partial structure remaining after a hydroxyl group has been removed from a carboxyl group of an amino acid; wherein A is an amino acid residue selected from proline and alanine; R 1 represents hydrogen atom or one to four of the same or different substituents bonded to a benzene ring, said substituents being selected from the group consisting of an alkyl group, alkoxy group, halogen atom, amino group, mono- or di-substituted amino group, substituted silyl group, and acyl group; R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 each independently represent a hydrogen atom, hydroxyl group, alkyl group, or halogen atom; R 8 and R 9 each independently represent a hydrogen atom or alkyl group; X represents a C 1 -C 3 alkylene group, wherein the alkyl group is a straight-chained, branched, cyclic, or combination thereof aliphatic hydrocarbon group, and the alkoxy group is a structure in which an alkyl group is bonded to an oxygen atom. A and B are either the same or different and each independently represent an amino acid residue; wherein A is bonded by forming an amide bond with the adjacent NH in the formula and B is bonded by forming an amide bond with A, and wherein an amino acid residue is a structure corresponding to the partial structure remaining after a hydroxyl group has been removed from a carboxyl group of an amino acid; wherein A is an amino acid residue selected from proline and alanine; R 1 represents hydrogen atom or one to four of the same or different substituents bonded to a benzene ring, said substituents being selected from the group consisting of an alkyl group, alkoxy group, halogen atom, amino group, mono- or di-substituted amino group, substituted silyl group, and acyl group; R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 each independently represent a hydrogen atom, hydroxyl group, alkyl group, or halogen atom; R 8 and R 9 each independently represent a hydrogen atom or alkyl group; X represents a C 1 -C 3 alkylene group, wherein the alkyl group is a straight-chained, branched, cyclic, or combination thereof aliphatic hydrocarbon group, and the alkoxy group is a structure in which an alkyl group is bonded to an oxygen atom.
Fitting for a tiltable and slideable wing having at least one stay with two arms connected to one another in an articulated manner, wherein the at least one stay is held on a guide rail in a displaceable manner on one side and is connected to a wing on the opposite side, wherein the at least one stay can be latched in an extended position of the wing by means of a latching mechanism and the wing can be moved along the guide rail in the latched position, characterized in that at least one damper is provided, by means of which the latching mechanism can be unlatched during a closing movement of the wing , so that the wing can then pivot out of the parallel parked position into the closed position, wherein the damper is designed as a linear damper which is effective parallel to the direction of movement of the wing during displacement, wherein a stop which can be fixed to a frame is provided and the damper is arranged between the stop and a displaceable unit having the at least one stay , wherein the damper can be fixed in a stationary manner to the frame and can be compressed by the displaceable unit, wherein, when the wing is tilted, the at least one stay is pivoted and the damper brakes an opening movement of the wing , and in the tilted position the wing is pivoted away from the frame only linearly in the upper region, wherein no lateral movement of the wing takes place, so that the at least one stay pivots about an axis of a joint on the wing .
An androgenic agent for use in a method of reducing mammographic breast density in a patient, wherein the method comprises administering to the patient an effective amount of the androgenic agent; and an effective amount of an aromatase inhibitor, wherein the androgenic agent is selected from the group consisting of: testosterone, methyltestosterone, enanthate testosterone, propionate testosterone, cypionate testosterone, and undecanoate testosterone; and wherein the aromatase inhibitor is selected from the group consisting of: exemestane, formestane, anastrozole, letrozole, vorozole, and fadrozole; and wherein the method mitigates or reduces the treated patient's risk of breast cancer.
A cleaner performing automatic traveling, the cleaner comprising: a main body ; a driving unit for moving the main body ; and a cleaning unit for performing cleaning on a cleaning area in which the main body is positioned, wherein the driving unit includes: a main wheel ; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel ; and characterised in that the driving unit further includes a leg member disposed on a shaft connecting the main wheel and the gear unit and providing thrust independently of the main wheel . a main body ; a driving unit for moving the main body ; and a cleaning unit for performing cleaning on a cleaning area in which the main body is positioned, wherein the driving unit includes: a main wheel ; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel ; and characterised in that the driving unit further includes a leg member disposed on a shaft connecting the main wheel and the gear unit and providing thrust independently of the main wheel . a main wheel ; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel ; and characterised in that the driving unit further includes a leg member disposed on a shaft connecting the main wheel and the gear unit and providing thrust independently of the main wheel .