mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-based apparatus, comprising: a wireless proximity reader within a security boundary, the proximity reader configured to wirelessly receive a signal from a proximate device; a secure processor within the security boundary, the secure processor configured to cryptographically sign or encrypt a credential for transmission to a service provider system in response to the proximity reader receiving the signal from the proximate device; and an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system, wherein the security boundary comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential, wherein the security boundary physically encapsulates the proximity reader and the secure processor, wherein the proximity reader is incorporated onto a same integrated circuit as the secure processor. a wireless proximity reader within a security boundary, the proximity reader configured to wirelessly receive a signal from a proximate device; a secure processor within the security boundary, the secure processor configured to cryptographically sign or encrypt a credential for transmission to a service provider system in response to the proximity reader receiving the signal from the proximate device; and an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system, wherein the security boundary comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential, wherein the security boundary physically encapsulates the proximity reader and the secure processor, wherein the proximity reader is incorporated onto a same integrated circuit as the secure processor.
A cradle clamp bracket assembly for securing cables to a ladder rung , the cradle clamp bracket assembly comprising: an elongated bracket having a slotted portion and a raised portion with a flange extending downwardly therefrom suitable for receiving a cable strap or tie, the raised portion being parallel to the slotted portion; wherein the slotted portion has a slot located along a center of the slotted portion; and a retainer and a fastener , wherein the retainer includes a top with an opening for receiving the fastener ; wherein the fastener is slidably received in the slot, wherein the retainer is configured to slide against the ladder rung to lock the ladder rung in place by directly engaging the ladder rung between the retainer and the raised portion. an elongated bracket having a slotted portion and a raised portion with a flange extending downwardly therefrom suitable for receiving a cable strap or tie, the raised portion being parallel to the slotted portion; wherein the slotted portion has a slot located along a center of the slotted portion; and a retainer and a fastener , wherein the retainer includes a top with an opening for receiving the fastener ; wherein the fastener is slidably received in the slot, wherein the retainer is configured to slide against the ladder rung to lock the ladder rung in place by directly engaging the ladder rung between the retainer and the raised portion.
Method for the hybridization of molecular probes comprising the use of an accelerating additive comprising: a. an aqueous solution of sodium dextran sulphate, b. a salt, c. a saline sodium citrate (SSC) buffer system, d. a strong mineral base optionally mixed with at least one polar aprotic solvent; with the proviso that said additive does not contain formamide, nucleic acids, chelating agents other than saline sodium citrate (SSC), or blocking agents. a. an aqueous solution of sodium dextran sulphate, b. a salt, c. a saline sodium citrate (SSC) buffer system, d. a strong mineral base optionally mixed with at least one polar aprotic solvent;
An internal combustion engine controller comprising: a step-up coil connected to a battery power source and configured to increase a voltage (Vbat) of the battery power source ; a switching element connected to the step-up coil and configured to distribute or shut off a current to the step-up coil ; a step-up capacitor configured to accumulate current energy of an inductance component from the step-up coil ; and a step-up control circuit configured to control the switching element by a step-up current distributed to the step-up coil to charge the step-up capacitor with a high voltage generated at the step-up coil , wherein the step-up control circuit is further configured to measure a slope (214-1, 214-2) of the step-up current and corrects on/off control of the switching element in accordance with the slope (214-1, 214-2) of the step-up current such that step-up recovery time of the step-up capacitor is a constant value. a step-up coil connected to a battery power source and configured to increase a voltage (Vbat) of the battery power source ; a switching element connected to the step-up coil and configured to distribute or shut off a current to the step-up coil ; a step-up capacitor configured to accumulate current energy of an inductance component from the step-up coil ; and a step-up control circuit configured to control the switching element by a step-up current distributed to the step-up coil to charge the step-up capacitor with a high voltage generated at the step-up coil , wherein the step-up control circuit is further configured to measure a slope (214-1, 214-2) of the step-up current and corrects on/off control of the switching element in accordance with the slope (214-1, 214-2) of the step-up current such that step-up recovery time of the step-up capacitor is a constant value.
A magnetic-field generating device exhibiting two structurally identical Halbach rings, formed from permanent magnets, of the Halbach order k = 2 having in each case a predetermined inside diameter (ID) and outside diameter (AD) and predetermined ring width (R) and magnetization direction, whereby the Halbach rings having a center-point distance (M) greater than the ring width (R) and smaller than the outside diameter (AD) are arranged symmetrically relative to a plane of symmetry located in the center of an air gap, the projections of the magnetization directions onto the plane of symmetry pointing in opposite directions characterized in a coil arrangement, preferably a Helmholtz-Coil-Pair, construed for generation of a homogeneous magnetic field having a field direction perpendicularly to the plane of symmetry of the Halbach rings at least in a portion of the plane of symmetry.
Rail monitoring element (SUE) with a carrier (T) on which a strain sensor, in particular with an optical fiber (F) with a fiber Bragg grating (FBG), is fastened, the carrier (T) having an adhesive layer (K) for adhesive fastening to a rail (S) with a thermally activatable or thermally curable adhesive, characterized in that the adhesive layer (K) comprises a heating element (HE) with contacts (KO) for the application of electrical energy.
A surgical screw comprising: a screw body having a body main thread formed on an outer circumferential surface thereof, a body locking thread formed on the outer circumferential surface thereof apart from the body main thread with an offset portion interposed therebetween, and a body driving groove formed in an upper portion thereof; and a sleeve having a sleeve thread formed on an inner circumferential surface thereof to be screwed with the body locking thread , and a sleeve stopper spaced apart downwards from the sleeve thread to support the body locking thread , so as to prevent the body locking thread , which has been moved to a lower side of the sleeve thread , from further moving downward, characterized in that when moving the body locking thread screwed with the sleeve in the axial direction of the distal end of the screw body , a lower surface of the sleeve thread serves to prevent the body locking thread from being pulled out. a screw body having a body main thread formed on an outer circumferential surface thereof, a body locking thread formed on the outer circumferential surface thereof apart from the body main thread with an offset portion interposed therebetween, and a body driving groove formed in an upper portion thereof; and a sleeve having a sleeve thread formed on an inner circumferential surface thereof to be screwed with the body locking thread , and a sleeve stopper spaced apart downwards from the sleeve thread to support the body locking thread , so as to prevent the body locking thread , which has been moved to a lower side of the sleeve thread , from further moving downward, characterized in that when moving the body locking thread screwed with the sleeve in the axial direction of the distal end of the screw body , a lower surface of the sleeve thread serves to prevent the body locking thread from being pulled out.
A dynamoelectric machine having a rotor , a plurality of radial slots provided in said rotor , and a plurality of coils forming two windings respectively seated in said plurality of radial slots, said plurality of coils comprising a plurality of radially stacked turns with an insulating layer being placed between the two windings , a plurality of cooling slots formed in said plurality of radially stacked turns, a radial duct comprised of a column of said cooling slots, said radial duct comprising: one or more cooling slots defined in at least a portion of said radially stacked turns, said one or more cooling slots extending in a substantially radial direction to said rotor , at least a portion of an interior surface of said one or more cooling slots is comprised of one or more radially extending ribs for enhanced heat transfer, characterized in that a breakout of the windings , caused by a punching operation, forms a tapered surface along the radial duct and increases the electrical strike distance between the ribs on one winding layer to the ribs on the next layer of the adjacent windings . one or more cooling slots defined in at least a portion of said radially stacked turns, said one or more cooling slots extending in a substantially radial direction to said rotor , at least a portion of an interior surface of said one or more cooling slots is comprised of one or more radially extending ribs for enhanced heat transfer, characterized in that a breakout of the windings , caused by a punching operation, forms a tapered surface along the radial duct and increases the electrical strike distance between the ribs on one winding layer to the ribs on the next layer of the adjacent windings .
A pharmaceutical composition containing tetraarsenic hexoxide (As 4 O 6 ) as an active ingredient for use in the prevention or treatment of brain cancer, wherein the tetraarsenic hexoxide includes 99 wt% or more of tetraarsenic hexoxide crystalline polymorph a having features (i) to (iii) below: (i) Cell parameters: a = b = c = 11.0734 Å α = β = γ = 90 ° V = 1357.82 Å 3 (ii) As-O bond length: 1.786 Å (iii) O-As-O bond angle: 98.36° (i) Cell parameters: a = b = c = 11.0734 Å α = β = γ = 90 ° V = 1357.82 Å 3 (ii) As-O bond length: 1.786 Å (iii) O-As-O bond angle: 98.36°
Method for removing impurities (S) from a gasifier for substances containing carbon in form of a floating bed reactor in which biomass and/or coke (K) in a feed stream of a gaseous gasification means (V) is converted into a product gas (P), wherein the biomass and/or coke (K) in the feed stream of the gasification means (V) is suspended floatingly as a fixed bed in the floating bed reactor , characterized in that the gasification means (V) is introduced through a nozzle bottom into an intake portion below the floating bed reactor and takes the biomass and/or coke (K) into the floating bed reactor therefrom, and below the floating bed , impurities (S) which are contained in the biomass and/or coke and which have a higher density than the biomass and/or coke, sink or are moved substantially against the feed stream of the gasification means (V) into a space used for collecting the impurities (S), wherein for removing the impurities (S) from an intake portion a gastight vessel or a container is provided adjacent thereto.
Oral dispenser for discharging a nicotine- or cannabis-containing liquid in atomized form, with the following features: a. the oral dispenser has a liquid reservoir for receiving the nicotine- or cannabis-containing liquid prior to the discharge, and b. the liquid reservoir is designed as a pressure reservoir in which the liquid is stored under positive pressure, c. the oral dispenser has an atomization nozzle unit , and d. the oral dispenser has an outlet channel which connects the liquid reservoir to the atomization nozzle unit , and e. an outlet valve which can be in an open state and a closed state is provided in the outlet channel , and f. the oral dispenser has a mouthpiece for inhalation of the liquid atomized by the atomization nozzle unit , characterized in that g. the outlet valve is configured as a mechanically lip-actuatable outlet valve and has on the mouthpiece or in the region of the mouthpiece an actuating surface which, when force is applied by the lip of a user, causes the outlet valve to transfer from a closed state to an open state. a. the oral dispenser has a liquid reservoir for receiving the nicotine- or cannabis-containing liquid prior to the discharge, and b. the liquid reservoir is designed as a pressure reservoir in which the liquid is stored under positive pressure, c. the oral dispenser has an atomization nozzle unit , and d. the oral dispenser has an outlet channel which connects the liquid reservoir to the atomization nozzle unit , and e. an outlet valve which can be in an open state and a closed state is provided in the outlet channel , and f. the oral dispenser has a mouthpiece for inhalation of the liquid atomized by the atomization nozzle unit , characterized in that g. the outlet valve is configured as a mechanically lip-actuatable outlet valve and has on the mouthpiece or in the region of the mouthpiece an actuating surface which, when force is applied by the lip of a user, causes the outlet valve to transfer from a closed state to an open state.
An optical modulator , comprising: a first silicon region ; a polycrystalline silicon region ; a gate oxide region joining the first silicon region to a first side of the polycrystalline silicon region; and further characterized in that it comprises a second silicon region grown on a second side of the polycrystalline silicon region opposite to the first side, thereby defining an active region of an optical modulator between the first silicon region, the polycrystalline region, the gate oxide region, and the second silicon region. a first silicon region ; a polycrystalline silicon region ; a gate oxide region joining the first silicon region to a first side of the polycrystalline silicon region; and further characterized in that it comprises a second silicon region grown on a second side of the polycrystalline silicon region opposite to the first side, thereby defining an active region of an optical modulator between the first silicon region, the polycrystalline region, the gate oxide region, and the second silicon region.
A solid detergent composition comprising: a solidification matrix comprising an alkali metal carbonate and an acid, wherein the acid or salt thereof has aqueous solubility between 0.1 and 1500 g/L at 20 °C; wherein the acid or salt thereof is in an amount between about 10 wt.% and about 50 wt.% of the composition; an enzyme; and a surfactant, wherein the surfactant is a nonionic surfactant, amphoteric surfactant, or a mixture thereof; wherein upon dilution the composition provides a pH of between about 6 and about 11; and wherein the solid is a cast solid, extruded solid, molded solid, a powder, or pressed solid. a solidification matrix comprising an alkali metal carbonate and an acid, wherein the acid or salt thereof has aqueous solubility between 0.1 and 1500 g/L at 20 °C; wherein the acid or salt thereof is in an amount between about 10 wt.% and about 50 wt.% of the composition; an enzyme; and a surfactant, wherein the surfactant is a nonionic surfactant, amphoteric surfactant, or a mixture thereof; wherein upon dilution the composition provides a pH of between about 6 and about 11; and wherein the solid is a cast solid, extruded solid, molded solid, a powder, or pressed solid.
Household appliance with a circuit arrangement , an output facility and further with a receiving compartment , which can be closed by means of a door, for a household object as well as a control facility for operating the household appliance during normal use and for operating the output facility of the household appliance having more than two visual output units , by means of the circuit arrangement for operating the output facility of the household appliance having more than two visual output units , wherein the output units have in each case a storage unit for a complete visual output to be displayed and a digital output unit interface , wherein the circuit arrangement has an image-processing computer unit with a digital computer interface , wherein both the computer interface and also the output unit interfaces comprise in each case parallel data connections and a separate output unit control connection , wherein the data connections of the output unit interfaces are connected in each case in parallel to the data connections of the computer interface , further comprising a selection unit , which has a selection connection , which is connected to the computer unit , wherein the output unit control connections of both the computer interface and also the output unit interfaces are connected to the selection unit , wherein the selection unit is designed to establish a connection via communication technology between the output unit control connection of the computer interface and the output unit control connection of an output unit interface assigned to the respective selection signal as a function of a selection signal provided by the computer unit at the selection connection , wherein the output units are formed by a TFT display in each case, and the computer unit is embodied to determine data for individual outputs for the respective output units from a visual output shared by all output units and to transmit the respective data to the correspondingly assigned output units , wherein the output unit is embodied for a graphical and/or alphanumerical visual output and wherein the computer unit is embodied to determine whether the connected output unit is embodied for a graphical and/or alphanumerical visual output.
A device that is suitable for use as a lens, comprising: - an amniotic membrane ; - a ring structure that is integral with said membrane and disposed at the periphery, - characterized in that said ring structure is in the form of a curable gel selected from the group of the biocompatible polysaccharide gels, galactose polymer gels, and biological tissue gels. - an amniotic membrane ; - a ring structure that is integral with said membrane and disposed at the periphery, - characterized in that said ring structure is in the form of a curable gel selected from the group of the biocompatible polysaccharide gels, galactose polymer gels, and biological tissue gels.
Drug delivery device comprising: a housing body ; a piston rod configured to rotate in a first direction during dose dispensing under a driving torque; and a threaded insert , wherein the piston rod is in threaded engagement with the threaded insert such that during dose dispensing, the piston rod displaces axially in a distal direction relative to the threaded insert , characterized in that the threaded insert is movable relative to a stop provided in the housing body and that a resilient means is provided to bias the threaded insert against the stop so that rotation of the piston rod causes the threaded insert to move away from the stop in response to reaction forces acting on the piston rod in a proximal direction when the reaction forces exceed the biasing force of the resilient means . a housing body ; a piston rod configured to rotate in a first direction during dose dispensing under a driving torque; and a threaded insert , wherein the piston rod is in threaded engagement with the threaded insert such that during dose dispensing, the piston rod displaces axially in a distal direction relative to the threaded insert , characterized in that the threaded insert is movable relative to a stop provided in the housing body and that a resilient means is provided to bias the threaded insert against the stop so that rotation of the piston rod causes the threaded insert to move away from the stop in response to reaction forces acting on the piston rod in a proximal direction when the reaction forces exceed the biasing force of the resilient means .
A transport device for transferring rod-like articles , the device comprising: - a first conveyor configured to transfer the rod-like articles as a multilayer stream (F) in a first transferring direction (F3); - a second conveyor configured to transfer the rod-like articles as the multilayer stream (F) in a second transferring direction (F4) opposite to the first transferring direction (F3); - wherein the first conveyor is located at least partially above the second conveyor ; - a transferring channel for transferring the rod-like articles from the first conveyor to the second conveyor in a third transferring direction (F5), the transferring channel being formed by a first wall located at the end of the first conveyor and a second wall distanced from the first wall by a distance equal to a width of the multilayer stream (F) of the rod-like articles , wherein the second wall is located above the second conveyor ; - wherein at least the first conveyor and the transferring channel are movable in a first conveyor displacing direction (P) corresponding to the first transferring direction (F3) or to the second transferring direction (F4); characterized in that : - the first wall forms a cover of the first conveyor ; and - the first wall is shaped such that there is a variable distance (d1, d2, d3) between the first wall and the second wall in a transverse direction that is transverse with respect to the third transferring direction (F5) of the rod-like articles in the transferring channel . - a first conveyor configured to transfer the rod-like articles as a multilayer stream (F) in a first transferring direction (F3); - a second conveyor configured to transfer the rod-like articles as the multilayer stream (F) in a second transferring direction (F4) opposite to the first transferring direction (F3); - wherein the first conveyor is located at least partially above the second conveyor ; - a transferring channel for transferring the rod-like articles from the first conveyor to the second conveyor in a third transferring direction (F5), the transferring channel being formed by a first wall located at the end of the first conveyor and a second wall distanced from the first wall by a distance equal to a width of the multilayer stream (F) of the rod-like articles , wherein the second wall is located above the second conveyor ; - wherein at least the first conveyor and the transferring channel are movable in a first conveyor displacing direction (P) corresponding to the first transferring direction (F3) or to the second transferring direction (F4); - the first wall forms a cover of the first conveyor ; and - the first wall is shaped such that there is a variable distance (d1, d2, d3) between the first wall and the second wall in a transverse direction that is transverse with respect to the third transferring direction (F5) of the rod-like articles in the transferring channel .