mhurhangee/patent-ind-claim-en huggingface dataset:
Device for hair supplementation comprising - first hairs , which are aligned parallel to each other at their upper ends in a main direction and are embedded and anchored in a first plastic matrix , - a carrier tape running transversely to the main direction , on the front side of which the first plastic matrix is attached, the first plastic matrix extending over the full width of the carrier tape in the main direction , and - a layer of adhesive covering the back of the carrier tape , adapted to fix the carrier tape to natural hair of a wearer of the hair supplement device , - second hairs which are aligned parallel to each other at their upper ends in the main direction and are embedded and anchored in a second plastic matrix , - wherein the second hairs below the second plastic matrix run freely in the main direction across the first plastic matrix , characterized in - that the first plastic matrix is covered with a first matt covering layer on its outer side facing away from the carrier tape , and - that the first and the second hairs end in the main direction with the first or second plastic matrix at an upper edge of the carrier tape , wherein the second plastic matrix is arranged at the upper edge of the carrier tape on the first matt covering layer, wherein the second plastic matrix extends in the main direction over not more than a half of the width of the carrier tape , and wherein the second hairs below the second plastic matrix run freely in the main direction across the first matt covering layer. - first hairs , which are aligned parallel to each other at their upper ends in a main direction and are embedded and anchored in a first plastic matrix , - a carrier tape running transversely to the main direction , on the front side of which the first plastic matrix is attached, the first plastic matrix extending over the full width of the carrier tape in the main direction , and - a layer of adhesive covering the back of the carrier tape , adapted to fix the carrier tape to natural hair of a wearer of the hair supplement device , - second hairs which are aligned parallel to each other at their upper ends in the main direction and are embedded and anchored in a second plastic matrix , - wherein the second hairs below the second plastic matrix run freely in the main direction across the first plastic matrix , - that the first plastic matrix is covered with a first matt covering layer on its outer side facing away from the carrier tape , and - that the first and the second hairs end in the main direction with the first or second plastic matrix at an upper edge of the carrier tape , wherein the second plastic matrix is arranged at the upper edge of the carrier tape on the first matt covering layer, wherein the second plastic matrix extends in the main direction over not more than a half of the width of the carrier tape , and wherein the second hairs below the second plastic matrix run freely in the main direction across the first matt covering layer.
A modular reel drive assembly comprising: two reel drive tower modules ; a reel hub adapter ; and a reel hub adapter support module ; characterised in that the hub adapter support module comprises at least one support pin which is configured to be movable between a storage position in which the at least one support pin is not aligned with at least one aperture on the hub adapter support module and an operational position in which the support pin is aligned with at least one aperture on the hub adapter support module wherein the hub adapter support module comprises at least one hydraulic cylinder configured to move the at least one support pin between the storage position and the operational position. two reel drive tower modules ; a reel hub adapter ; and a reel hub adapter support module ; characterised in that the hub adapter support module comprises at least one support pin which is configured to be movable between a storage position in which the at least one support pin is not aligned with at least one aperture on the hub adapter support module and an operational position in which the support pin is aligned with at least one aperture on the hub adapter support module wherein the hub adapter support module comprises at least one hydraulic cylinder configured to move the at least one support pin between the storage position and the operational position.
A three-dimensional printing system comprising: a head that has a nozzle , and by which a first continuous material (FL) including a resin and a second continuous material (FB) including fibers are individually fed; a platform on which a printing material (PM) based on the first and second continuous materials (FL, FB) from an outlet of the nozzle is stacked; a cutting device configured to cut at least the fibers; and a controller configured to control an operation device including at least one of the head , the platform , and the cutting device , characterized in that the first continuous material (FL) includes a linear resin which extends continuously, the three-dimensional printing system further comprises: a heating unit configured to soften the linear resin; and a preheater configured to mainly heat the fibers, wherein the preheater is provided separately from the heating unit and is located at an upstream position with respect to the heating unit . a head that has a nozzle , and by which a first continuous material (FL) including a resin and a second continuous material (FB) including fibers are individually fed; a platform on which a printing material (PM) based on the first and second continuous materials (FL, FB) from an outlet of the nozzle is stacked; a cutting device configured to cut at least the fibers; and a controller configured to control an operation device including at least one of the head , the platform , and the cutting device , characterized in that the first continuous material (FL) includes a linear resin which extends continuously, the three-dimensional printing system further comprises: a heating unit configured to soften the linear resin; and a preheater configured to mainly heat the fibers, wherein the preheater is provided separately from the heating unit and is located at an upstream position with respect to the heating unit .
A method for cutting tensioned tension members of a concrete tower , in particular of a wind power installation concrete tower, which has a multiplicity of tension members , said method comprising: - coupling a bar-shaped positioning element to a main frame ; - positioning the positioning element in such a manner that the cut end thereof that faces the concrete tower is disposed within a cutting region in the interior of the concrete tower , wherein at least one of the tension members is situated within the cutting region ; - disposing a cutting unit on the cut end of the positioning element ; - positioning the cut end in such a manner that the cutting unit has a predetermined spacing from one of the tension members ; - cutting the tension member with the cutting unit . - coupling a bar-shaped positioning element to a main frame ; - positioning the positioning element in such a manner that the cut end thereof that faces the concrete tower is disposed within a cutting region in the interior of the concrete tower , wherein at least one of the tension members is situated within the cutting region ; - disposing a cutting unit on the cut end of the positioning element ; - positioning the cut end in such a manner that the cutting unit has a predetermined spacing from one of the tension members ; - cutting the tension member with the cutting unit .
A sealed air boiler air inlet chamber , comprising: a casing, defining a volume, an air and water inlet aperture , a first outlet for water, and a second outlet for air; a barrier , spaced from the second outlet , demarking a first region of the casing including the first outlet and a second region of the casing including the second outlet , wherein the barrier is configured to inhibit the flow of water from the first region to the second region and to permit the flow of air from the first region to the second region . characterized in that the sealed air boiler air inlet chamber further comprises a spacer configured to inhibit an object within the chamber from contacting the surface of the chamber. a casing, defining a volume, an air and water inlet aperture , a first outlet for water, and a second outlet for air; a barrier , spaced from the second outlet , demarking a first region of the casing including the first outlet and a second region of the casing including the second outlet , wherein the barrier is configured to inhibit the flow of water from the first region to the second region and to permit the flow of air from the first region to the second region . characterized in that the sealed air boiler air inlet chamber further comprises a spacer configured to inhibit an object within the chamber from contacting the surface of the chamber.
A dispenser device for dispensing a fluid or powder composition, the dispenser device including a dispenser head provided with a dispenser opening , an air expeller for generating a flow of air while the device is being actuated, and at least one reservoir that contains a single dose of composition, said reservoir including an air inlet that is connected to said air expeller , and a composition outlet that is connected to said dispenser opening , said reservoir being mounted in removable manner on said air expeller such that, after the device has been actuated, the empty reservoir can be removed from said air expeller and replaced with a new full reservoir, said air expeller being adapted to return to its rest position so as to make a new actuation possible with said new full reservoir, said air inlet being closed by a first closure element and said composition outlet being closed by a second closure element , said device including a mechanical opening system that co-operates with said first and second closure elements so as to expel each closure element mechanically from its respective closed position while the device is being actuated, the device being characterized in that said mechanical opening system comprises a first rod that is secured to said air expeller and a second rod that is secured to said dispenser head , each of said first and second rods co-operating with a respective closure element during actuation, so as to expel it mechanically from its closed position.
Method for adjusting or operating a particle-metering system for a particle blasting installation, in particular a blasting installation for the working of surfaces, the abrasive throughput of which is preset by means of a passing-through opening that can be varied on the basis of time and/or variables and is determined by means of a downstream throughput sensor as a throughput sensor signal (DS), wherein the throughput sensor signal (DS) is used for controlling a manipulated variable (SG) for the degree of setting of the passing-through opening, characterized in that to adjust the metering system for at least one value of the manipulated variable (SG), the actual throughput (D) through the passing-through opening is determined by means of a measurement of the weight of abrasive material (M) allowed through within a defined time period (Dt), and the manipulated variable (SG), the actual throughput (D) and the corresponding throughput sensor signal (DS) are stored in an assignment table, wherein the relations between the actual throughput (D), the manipulated variable (SG) and the throughput sensor signal (DS) are used during subsequent operation.
An apatite crystal, wherein the apatite crystal is a single crystal expressed by a general formula (M 2 ) 5 (PO 4 ) 3 X where M 2 is Ca, and X is Cl, and wherein the single crystal is of a tubular shape.
A hybrid-electric propulsion system comprising: a thermal engine having a fluid output ; an electrical motor ; an air mover operatively connected to the electrical motor and to the thermal engine; a motor drive operatively connected to the electrical motor to provide power thereto, wherein the motor drive has a fluid inlet in fluid communication with the fluid output of the thermal engine, wherein the fluid inlet of the motor drive is downstream from the fluid output of the thermal engine; and a fuel storage in fluid communication with the thermal engine to provide fuel thereto, wherein the fuel storage is downstream from the motor drive and in fluid communication with a fluid output of the motor drive; and the system further comprising a motive flow fluid circuit defined from the fluid output of the thermal engine, through the fluid inlet of the motor drive and the motor drive, and to the fuel storage. a thermal engine having a fluid output ; an electrical motor ; an air mover operatively connected to the electrical motor and to the thermal engine; a motor drive operatively connected to the electrical motor to provide power thereto, wherein the motor drive has a fluid inlet in fluid communication with the fluid output of the thermal engine, wherein the fluid inlet of the motor drive is downstream from the fluid output of the thermal engine; and a fuel storage in fluid communication with the thermal engine to provide fuel thereto, wherein the fuel storage is downstream from the motor drive and in fluid communication with a fluid output of the motor drive; and the system further comprising a motive flow fluid circuit defined from the fluid output of the thermal engine, through the fluid inlet of the motor drive and the motor drive, and to the fuel storage.
Use of a kit in the in vitro detection or diagnosis of liver cancer, wherein said kit comprises nucleic acid(s) capable of specifically binding to a polynucleotide of liver cancer marker miR-1343-3p.
A mitochondrial biogenesis inhibitor for use in a method of identifying and treating endocrine therapy resistance in a breast cancer, wherein the method comprises: (a) determining, or having determined, the level of each biomarker in a Mito-Signature comprising the biomarkers HSPD1, VDAC2, and CPT1A in a biological epithelial sample of the breast cancer; (b) comparing the determined level of each biomarker in the Mito-Signature to a threshold level for each biomarker in the Mito-Signature; and (c) if the determined levels of each biomarker in the Mito-Signature exceeds a threshold level for each biomarker in the Mito-Signature, administering a pharmaceutically effective amount of the mitochondrial biogenesis inhibitor. (a) determining, or having determined, the level of each biomarker in a Mito-Signature comprising the biomarkers HSPD1, VDAC2, and CPT1A in a biological epithelial sample of the breast cancer; (b) comparing the determined level of each biomarker in the Mito-Signature to a threshold level for each biomarker in the Mito-Signature; and (c) if the determined levels of each biomarker in the Mito-Signature exceeds a threshold level for each biomarker in the Mito-Signature, administering a pharmaceutically effective amount of the mitochondrial biogenesis inhibitor.
An industrial automation system, comprising: a velocity regulator associated with a motor system , wherein the motor system comprises at least a motor , a position sensor , a current regulator and the velocity regulator ; and a transformation component that generates a power signal spectrum from at least one output of the velocity regulator <and at least one transform function, and employs the power signal spectrum for determination of resonant frequency of the motor system . a velocity regulator associated with a motor system , wherein the motor system comprises at least a motor , a position sensor , a current regulator and the velocity regulator ; and a transformation component that generates a power signal spectrum from at least one output of the velocity regulator <and at least one transform function, and employs the power signal spectrum for determination of resonant frequency of the motor system .
A manual breastpump , wherein the breastpump comprises: a milk expression mechanism having a lever coupled to a flexible membrane to form an expansible vacuum chamber for generating a primary pressure for applying an intermittent force upon a portion of a woman's breast placed within a shield ; characterized in that the breastpump further comprises a manually operated milk ejection mechanism having a flexible dome-shaped ejection button attached to a top wall of the vacuum chamber such that an ejection chamber that is formed under the ejection button is permitted fluid communication with the vacuum chamber for generating a secondary pressure which is less than the primary pressure and which is communicated to the shield to cause letdown.
A method of formulating or concentrating a radiolabeled molecule or compound comprising: providing a microfluidic device having a sample layer containing a microfluidic channel formed therein, a porous membrane having a pore size of less than 0.5 μm disposed on the sample layer and covering the microfluidic channel, and a gas flow layer having a gas-carrying channel formed therein, wherein the porous membrane is interposed between the sample layer and the gas flow layer ; providing an automated system for loading the microfluidic device with a sample fluid contained in a sample reservoir and a rinse solution contained in a rinse solution reservoir , the automated system including a computer-controlled sample pressure regulator coupled to a source of gas for driving one or more of the sample fluid and rinse solution into the microfluidic device and a computer-controlled gas-flow pressure regulator coupled to the source of gas for delivering the gas into the gas-carrying channel ; delivering the sample fluid containing the radiolabeled molecule or compound into the microfluidic channel using the gas from the computer-controlled sample pressure regulator; heating the microfluidic device to at least partially evaporate the sample fluid in the microfluidic channel; flowing the gas from the computer-controlled gas-flow pressure regulator through the gas-carrying channel to remove the evaporated fluid from the microfluidic device; and applying a vacuum via the automated system to recover the radiolabeled molecule or compound into a collection reservoir . providing a microfluidic device having a sample layer containing a microfluidic channel formed therein, a porous membrane having a pore size of less than 0.5 μm disposed on the sample layer and covering the microfluidic channel, and a gas flow layer having a gas-carrying channel formed therein, wherein the porous membrane is interposed between the sample layer and the gas flow layer ; providing an automated system for loading the microfluidic device with a sample fluid contained in a sample reservoir and a rinse solution contained in a rinse solution reservoir , the automated system including a computer-controlled sample pressure regulator coupled to a source of gas for driving one or more of the sample fluid and rinse solution into the microfluidic device and a computer-controlled gas-flow pressure regulator coupled to the source of gas for delivering the gas into the gas-carrying channel ; delivering the sample fluid containing the radiolabeled molecule or compound into the microfluidic channel using the gas from the computer-controlled sample pressure regulator; heating the microfluidic device to at least partially evaporate the sample fluid in the microfluidic channel; flowing the gas from the computer-controlled gas-flow pressure regulator through the gas-carrying channel to remove the evaporated fluid from the microfluidic device; and applying a vacuum via the automated system to recover the radiolabeled molecule or compound into a collection reservoir .
A software defined network-based data processing system, comprising a source data node , a source control node and a destination control node ; the source data node , configured to receive a first data packet, and send the first data packet to the corresponding source control node ; the source control node , configured to receive the first data packet sent by the source data node , wherein the first data packet carries a destination address of the first data packet; and determine the destination control node according to the destination address of the first data packet; and the destination control node , configured to: receive the first data packet, search a matching policy rule according to the first data packet, and generate a second data packet according to the first data packet and an action parameter or a policy parameter of the matching policy rule; and characterized by , wherein, the matching policy rule comprises: mapping between application layer information of the first data packet and the action parameter or the policy parameter. the source data node , configured to receive a first data packet, and send the first data packet to the corresponding source control node ; the source control node , configured to receive the first data packet sent by the source data node , wherein the first data packet carries a destination address of the first data packet; and determine the destination control node according to the destination address of the first data packet; and the destination control node , configured to: receive the first data packet, search a matching policy rule according to the first data packet, and generate a second data packet according to the first data packet and an action parameter or a policy parameter of the matching policy rule; and characterized by , receive the first data packet, search a matching policy rule according to the first data packet, and generate a second data packet according to the first data packet and an action parameter or a policy parameter of the matching policy rule; and characterized by , wherein, the matching policy rule comprises: mapping between application layer information of the first data packet and the action parameter or the policy parameter.