mhurhangee/patent-ind-claim-en huggingface dataset:
Contacting device for contacting a shielding conductor of an electrical line with an earthing section , having - a housing which encloses a receiving space into which an electrical line with a shielding conductor is insertable, wherein the housing is attachable to an earthing section in such a manner that the earthing section extends into the receiving space , - a spring element which is arranged on the housing so as to be pivotable about a pivot axis (S) and is pivotable from an open position into a clamping position in order, in the clamping position, to contact a shielding conductor of an electrical line inserted into the receiving space with an earthing section to which the housing is attached, wherein the spring element has an actuating limb arranged pivotably on the housing and a clamping limb which can be bent over to the actuating limb and can be brought into contact in a clamping manner with the shielding conductor of the electrical line inserted into the receiving space , characterized in that the clamping limb has an end edge remote from the actuating limb and a contact section which is spaced apart from the end edge and is curved about the pivot axis (S), wherein the spring element is designed so as, in the clamping position, to enter into contact via the contact section with the shielding conductor of the electrical line inserted into the receiving space . - a housing which encloses a receiving space into which an electrical line with a shielding conductor is insertable, wherein the housing is attachable to an earthing section in such a manner that the earthing section extends into the receiving space , - a spring element which is arranged on the housing so as to be pivotable about a pivot axis (S) and is pivotable from an open position into a clamping position in order, in the clamping position, to contact a shielding conductor of an electrical line inserted into the receiving space with an earthing section to which the housing is attached, wherein the spring element has an actuating limb arranged pivotably on the housing and a clamping limb which can be bent over to the actuating limb and can be brought into contact in a clamping manner with the shielding conductor of the electrical line inserted into the receiving space , characterized in that the clamping limb has an end edge remote from the actuating limb and a contact section which is spaced apart from the end edge and is curved about the pivot axis (S), wherein the spring element is designed so as, in the clamping position, to enter into contact via the contact section with the shielding conductor of the electrical line inserted into the receiving space .
A testing vessel comprising: a flexible vessel body having a bottom and a hollow shape; and an adapter detachably mounted to the interior of the vessel body, the adapter having a bottom and a hollow shape; wherein the adapter comprises a partition extending from the bottom of the adapter to its opening, the partition dividing an analyte extract containable space in the adapter into two or more compartments , wherein if the height Y of the analyte extract containable space in the vessel body is 2, the height X of the partition in the adapter is 1.8 to 0.5. a flexible vessel body having a bottom and a hollow shape; and an adapter detachably mounted to the interior of the vessel body, the adapter having a bottom and a hollow shape; wherein the adapter comprises a partition extending from the bottom of the adapter to its opening, the partition dividing an analyte extract containable space in the adapter into two or more compartments , wherein if the height Y of the analyte extract containable space in the vessel body is 2, the height X of the partition in the adapter is 1.8 to 0.5.
Vibration load for vibration testing of a shaft with a conical end , comprising a load element capable of being acted upon by at least one vibration exciter , characterized in that the load element has a cylindrical opening in which a ring with a conical opening for releasably anchoring on the likewise conical shaft end of the shaft is accommodated, wherein the ring has a circumferential sealing ring on each axial side of the conical opening for sealing a gap , which is formed between the conical shaft end and the conical opening when the ring is anchored on the conical shaft end , and at least one lubricant nozzle leading into the conical opening between the two sealing rings , which lubricant nozzle is configured to be connected to and fed by a lubricant pump .
A system for personnel at readily accessible locations comprising: one or more electrical, mechanical, transmitting and receiving devices, microprocessors and controllers configured to relay and/or switch on from a normally open configuration or off from a normally closed configuration, the source or line supply of all potentially hazardous equipment or energized/charged systems in a facility; a visible and/or audible indicator configured to allow a first responder or system maintenance crew to have definitive on or off status of the source or line supply; said system configured to require a lockout code sequence and/or mechanical lock out apparatus to re-energize the source or line supply; and wherein a modular main control panel enclosure containing a communications module is configured to: transmit and receive data to/from junction boxes/enclosures that are paired to the devices, and a processor board handling all front panel peripherals, displays, devices, and interaction, interfacing the main control box to external devices, and for supporting protocols for remote operation and telemetry, data logging for performance and forensic applications, and interaction with security and/or fire systems. one or more electrical, mechanical, transmitting and receiving devices, microprocessors and controllers configured to relay and/or switch on from a normally open configuration or off from a normally closed configuration, the source or line supply of all potentially hazardous equipment or energized/charged systems in a facility; a visible and/or audible indicator configured to allow a first responder or system maintenance crew to have definitive on or off status of the source or line supply; said system configured to require a lockout code sequence and/or mechanical lock out apparatus to re-energize the source or line supply; and wherein a modular main control panel enclosure containing a communications module is configured to: transmit and receive data to/from junction boxes/enclosures that are paired to the devices, and a processor board handling all front panel peripherals, displays, devices, and interaction, interfacing the main control box to external devices, and for supporting protocols for remote operation and telemetry, data logging for performance and forensic applications, and interaction with security and/or fire systems.
An nucleic acid integrated detection method, comprising: separating a lysis solution, a cleaning solution and a reaction solution in a detection reagent tube by providing a plurality of separation plugs arranged one above one another and disposing a hydrophobic layer in a liquid or a solid phase at each separation plug; adding a sample into the lysis solution for mixing and lysis; extracting a nucleic acid in the sample using magnetic nanobeads; and then driving, by an external magnet, the magnetic nanobeads carrying the nucleic acid to sequentially pass through each hydrophobic layer along a magnetic bead channel in an inner wall of the detection reagent tube and into the cleaning solution and the reaction solution to realize a cleaning and amplification for the nucleic acid, wherein a biological agent required in the reaction solution is stored in a separation plug above the reaction solution; and finally, detecting the nucleic acid of the sample by an external device using an optical detection method, thus realizing a plurality of steps of nucleic acid extraction, cleaning and amplification reaction in the same detection reagent tube.
An in vitro cell construct useful as a tumor model, comprising: (a) a core comprised of live cancer cells, wherein said live cancer cells comprise colorectal cancer cells, mesothelioma cancer cells, appendiceal cancer cells, melanoma cancer cells, glioma cancer cells, lung cancer cells, ovarian cancer cells, liver cancer cells and/or sarcoma cancer cells; and (b) a shell surrounding said core, said shell comprised of live benign cells. (a) a core comprised of live cancer cells, wherein said live cancer cells comprise colorectal cancer cells, mesothelioma cancer cells, appendiceal cancer cells, melanoma cancer cells, glioma cancer cells, lung cancer cells, ovarian cancer cells, liver cancer cells and/or sarcoma cancer cells; and (b) a shell surrounding said core, said shell comprised of live benign cells.
An anti-sprouting method for bulbs and tubers comprising the application of 0.1 to 2 kg of the composition per tonne of tubers and bulbs, wherein the composition comprises: - from 0.1 to 20% of one or more lipophilic components selected from among vegetable oils, mineral oils, lecithin, fatty acids and mixtures thereof, - from 1 to 30% of an emulsifier or mixture of emulsifiers selected from among ethoxylated oleic acid, lauric acid, sucroesters and their mixtures, - from 10 to 80% of a solvent selected from among water, monopropylene glycol, ethanol and mixtures thereof, and - from 0 to 10% of anti-oxydant agent(s). - from 0.1 to 20% of one or more lipophilic components selected from among vegetable oils, mineral oils, lecithin, fatty acids and mixtures thereof, - from 1 to 30% of an emulsifier or mixture of emulsifiers selected from among ethoxylated oleic acid, lauric acid, sucroesters and their mixtures, - from 10 to 80% of a solvent selected from among water, monopropylene glycol, ethanol and mixtures thereof, and - from 0 to 10% of anti-oxydant agent(s).
A process of splitting a tape of a uniaxially oriented material into a plurality of strips interconnected by fibrils, wherein the tape is passed in a process direction over a splitting profile having a row of parallel teeth with a cutting edge extending in the process direction, wherein the splitting profile is static.
A peptide derivative represented by Formula (I) below or a pharmaceutically acceptable salt thereof: wherein X represents an oxygen atom or NR, Y represents NH 2 , N(Me)H, SH, OH, or phenyl in which any one of hydrogen atoms is replaced by NH 2 or OH, and R represents a hydrogen atom or C 1 -C 3 alkyl, provided that the derivative where X is NH, and Y is NH 2 , and the derivative where X is NH, and Y is N(Me)H are excluded, wherein the peptide derivative is selected from the group consisting of compounds below. and wherein X represents an oxygen atom or NR, Y represents NH 2 , N(Me)H, SH, OH, or phenyl in which any one of hydrogen atoms is replaced by NH 2 or OH, and R represents a hydrogen atom or C 1 -C 3 alkyl, provided that the derivative where X is NH, and Y is NH 2 , and the derivative where X is NH, and Y is N(Me)H are excluded, wherein the peptide derivative is selected from the group consisting of compounds below. and
A postcard, comprising at least one first part and one second part set alongside one another, where said first part can be folded like a book on said adjacent second part so as to be superimposed on the latter covering it completely, and wherein said first part is provided with portions of area that can be glued on the second part, thus obtaining that the inner surfaces not involved by the glue of the two parts that are glued together can be dedicated entirely to the written information and/or messages that the sender wishes to transfer to the addressee, with guarantee of confidentiality and evidence of any possible attempts at tampering; wherein at least one of the parts is provided with one or more transverse perforation lines (P2) for enabling said part to be divided into one or more portions that can be separated by detachment from the rest of the postcard characterized in that : the transverse line of folding provided between the first part and the second part is a perforation line (P1); thus obtaining that it is possible to separate by detachment the first part from the second part ; and in that the first part is provided with two transverse perforation lines (P2) that divide said first part into three portions, a first, inner, portion (Z1), adjacent to the second part , a second, central, portion (Z2), and a third, outer, portion (Z3) at the free end of the postcard, wherein said second portion (Z2) and said third portion (Z3) can be separated by being detached from the postcard. the transverse line of folding provided between the first part and the second part is a perforation line (P1); thus obtaining that it is possible to separate by detachment the first part from the second part ; and in that the first part is provided with two transverse perforation lines (P2) that divide said first part into three portions, a first, inner, portion (Z1), adjacent to the second part , a second, central, portion (Z2), and a third, outer, portion (Z3) at the free end of the postcard, wherein said second portion (Z2) and said third portion (Z3) can be separated by being detached from the postcard.
A packaging material for a power storage device , characterized in that the packaging material has a structure in which at least a substrate protective layer , a substrate layer , an adhesive layer , a metal foil layer , a sealant adhesive layer and a sealant layer are laminated in this order, wherein the substrate protective layer is a cured product of a raw material containing a polyester resin and a polyisocyanate, a ratio [NCO]/[OH] is 5 to 60, where [OH] is the number of moles of hydroxyl groups in the polyester resin, and [NCO] is the number of moles of isocyanate groups in the polyisocyanate, and the polyester resin has a hydroxyl value of 10 to 70 KOHmg/g. the packaging material has a structure in which at least a substrate protective layer , a substrate layer , an adhesive layer , a metal foil layer , a sealant adhesive layer and a sealant layer are laminated in this order, wherein the substrate protective layer is a cured product of a raw material containing a polyester resin and a polyisocyanate, a ratio [NCO]/[OH] is 5 to 60, where [OH] is the number of moles of hydroxyl groups in the polyester resin, and [NCO] is the number of moles of isocyanate groups in the polyisocyanate, and the polyester resin has a hydroxyl value of 10 to 70 KOHmg/g.
A generator for an ultrasonic surgical instrument, the generator comprising: a control circuit configured to: apply a first power level to an ultrasonic transducer to set an ultrasonic blade temperature to a first target temperature T1, wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; monitor a phase angle φ between voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; infer the temperature of the ultrasonic blade based on the phase angle φ between the voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; determine that a transection process is complete; and apply a second power level to the ultrasonic transducer to set an ultrasonic blade temperature to a second target temperature T2. apply a first power level to an ultrasonic transducer to set an ultrasonic blade temperature to a first target temperature T1, wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; monitor a phase angle φ between voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; infer the temperature of the ultrasonic blade based on the phase angle φ between the voltage V g (t) and current I g (t) signals applied to the ultrasonic transducer; determine that a transection process is complete; and apply a second power level to the ultrasonic transducer to set an ultrasonic blade temperature to a second target temperature T2.
System having a handheld power tool rechargeable battery and having a handheld lighting device with a rechargeable battery receiving region (12a-c), a pivoting apparatus (14a-c), a lighting apparatus (16a-c) and a coupling means (18a-c) which is intended to make electrical contact with the handheld power tool rechargeable battery (20a-c) arranged in the rechargeable battery receiving region (12a-c) and to mechanically fasten said rechargeable battery and is arranged between the lighting apparatus (16a-c) and the rechargeable battery receiving region (12a-c) in at least one operating state, characterized in that the pivoting apparatus (14a-c) is at least partially arranged in a vicinity (22a-c) of the coupling means (18a-c), wherein a coupling plane (30a-c) which intersects the coupling means (18a-c) along a coupling direction (28a-c) is arranged between two planes which are parallel to it, wherein one plane intersects the rechargeable battery receiving region (12a-c) and runs beside the lighting apparatus (16a-c) and the other plane intersects the lighting apparatus (16a-c)and runs beside the rechargeable battery receiving region (12a-c), wherein a perpendicular to the coupling plane (30a-c) intersects the rechargeable battery receiving region (12a-c), the coupling means (18a-c) and the lighting apparatus (16a-c) in this direction.
An optical device for measurement, comprising: an entrance unit to allow light from an object to be measured to enter; a photoelectric converter to convert received light into an electrical signal; an optical guide to guide the light entering through the entrance unit to the photoelectric converter ; and a first electronic component and a second electronic component disposed around an optical axis of the optical guide and displaced from each other in a circumferential direction; wherein the optical guide includes: an optical fiber to propagate light; and a protective member disposed to cover the optical fiber and protect the optical fiber ; wherein an air layer is formed between the optical fiber and the protective member ; characterized in that the first electronic component is a controller to control measurement operation by the optical device for measurement, and the second electronic component is a power supply to transform externally supplied electric power; wherein the controller and the power supply are arranged opposite to each other with the optical fiber interposed therebetween. an entrance unit to allow light from an object to be measured to enter; a photoelectric converter to convert received light into an electrical signal; an optical guide to guide the light entering through the entrance unit to the photoelectric converter ; and a first electronic component and a second electronic component disposed around an optical axis of the optical guide and displaced from each other in a circumferential direction; wherein the optical guide includes: an optical fiber to propagate light; and a protective member disposed to cover the optical fiber and protect the optical fiber ; wherein an air layer is formed between the optical fiber and the protective member ; characterized in that the first electronic component is a controller to control measurement operation by the optical device for measurement, and the second electronic component is a power supply to transform externally supplied electric power; wherein the controller and the power supply are arranged opposite to each other with the optical fiber interposed therebetween. an optical fiber to propagate light; and a protective member disposed to cover the optical fiber and protect the optical fiber ; wherein an air layer is formed between the optical fiber and the protective member ; characterized in that the first electronic component is a controller to control measurement operation by the optical device for measurement, and the second electronic component is a power supply to transform externally supplied electric power; wherein the controller and the power supply are arranged opposite to each other with the optical fiber interposed therebetween.
A method for an at least two-stage drying of waste, in particular household waste, in which the waste is pre-dried in a first stage and finally dried in a second stage, wherein the drying comprises an aerobic rotting in which the biologically more easily decomposed organic components of the waste are degraded by adding air and microbially under heat generation, wherein in a first sub-area of a closed building , heaped-up damp waste is arranged on a perforated or slitted floor and is subjected to the first drying stage and in a second sub-area of the closed building, heaped-up pre-dried waste is subjected tc the second drying stage, wherein the second drying stage comprises the aeration of the pre-dried waste by feeding, in particular blowing in, air from outside the building and the first drying stage comprises the aeration of the damp waste by sucking the air coming out of the second drying stage through the damp waste and out of the building, characterised in that the air is sucked through the damp waste via the perforated or slitted floor of the first sub-area carrying the damp waste by means of a suction fan connected to the perforated or slitted floor of the first sub-area and arranged for sucking air out of the damp waste via the perforated or slitted floor of the first sub-area into the area surrounding the building.
A method performed by a first access point, AP, of a first basic service set, BSS, comprising: operating as a controller of a transmission opportunity, TXOP, of a wireless channel; allocating resources for a multiple access point, multi-AP, coordinated transmission on the wireless channel during at least a portion of the TXOP, wherein the resources include allocated resources for one or more second APs of one or more second BSSs, and the allocated resources are conditionally made available for use by a respective second AP or a respective second station, STA, associated with the respective second AP subject to a transmit power limit; transmitting a multi-AP coordinated transmission trigger, MAP-CT-Trigger, message that indicates the allocated resources for at least the portion of the TXOP, wherein the MAP-CT-Trigger message includes a parameter indicating the transmit power limit as a condition for each of the one or more second APs or the respective second STA to use the allocated resources; and transmitting data to, or receiving data from, at least a first STA of the first BSS as part of the multi-AP coordinated transmission during at least the portion of the TXOP. operating as a controller of a transmission opportunity, TXOP, of a wireless channel; allocating resources for a multiple access point, multi-AP, coordinated transmission on the wireless channel during at least a portion of the TXOP, wherein the resources include allocated resources for one or more second APs of one or more second BSSs, and the allocated resources are conditionally made available for use by a respective second AP or a respective second station, STA, associated with the respective second AP subject to a transmit power limit; transmitting a multi-AP coordinated transmission trigger, MAP-CT-Trigger, message that indicates the allocated resources for at least the portion of the TXOP, wherein the MAP-CT-Trigger message includes a parameter indicating the transmit power limit as a condition for each of the one or more second APs or the respective second STA to use the allocated resources; and transmitting data to, or receiving data from, at least a first STA of the first BSS as part of the multi-AP coordinated transmission during at least the portion of the TXOP.