mhurhangee/patent-ind-claim-en huggingface dataset:
A medicant injection device , comprising: a compressible body having a proximal end , and a distal end , and a plurality of bellows located between the proximal end and the distal end , the compressible body defining an inner cavity for holding a liquid medicant,; and a tip positioned at the proximal end of the compressible body ; and an outer luer body positioned around an external surface of the tip over and engaged with the tip ; wherein the tip and the outer luer body form a first fitting configured to be connected with a second fitting; and characterized in that the distal end of the compressible body includes an annular locking protrusion configured to engage one or more of the bellows at the distal end of the compressible body to enable priming of the device . a compressible body having a proximal end , and a distal end , and a plurality of bellows located between the proximal end and the distal end , the compressible body defining an inner cavity for holding a liquid medicant,; and a tip positioned at the proximal end of the compressible body ; and an outer luer body positioned around an external surface of the tip over and engaged with the tip ; wherein the tip and the outer luer body form a first fitting configured to be connected with a second fitting; and characterized in that the distal end of the compressible body includes an annular locking protrusion configured to engage one or more of the bellows at the distal end of the compressible body to enable priming of the device .
Construction system for walls, slabs and load-bearing elements, wherein a first construction element has a sealing surface equipped with a tongue and a second construction element has a sealing surface equipped with a groove , the tongue being able to be slotted into the groove with play when the two construction elements are assembled to form a seal at said sealing surfaces , said system further comprising: a spline inserted between a first lateral surface of the tongue and a first lateral surface of the groove , which faces said first lateral surface of the tongue , wherein said spline is designed and arranged so as to push said sealing surface of said first construction element, in the direction of the height of the tongue , firmly against said sealing surface of said second construction element, wherein a construction element forms a construction block in the form of a rectangular parallelepiped with four sealing surfaces , of which two adjacent sealing surfaces are provided with tongues , and two adjacent sealing surfaces are provided with grooves ; wherein the construction block has a volume consisting of two outer rectangular parallelepipeds and one median rectangular parallelepiped inserted between the two outer rectangular parallelepipeds, the median rectangular parallelepiped standing proud on two adjacent sealing surfaces of the construction block to form two tongues , and the two outer rectangular parallelepipeds standing proud on two other adjacent sealing surfaces of the construction block so as to form, between them, two grooves .
A device for detecting elevator rope elongation, the elevator rope being connected to a rope head device and an operating device in an elevator, wherein the device for detecting elevator rope elongation comprises: one and more brackets connected to an elastic reset member in the rope head device ; a coupling member connected to at least one of the brackets and configured to be driven into a trigger position by the at least one bracket when the displacement of the elastic reset member exceeds a threshold value due to reduction of compression amount; a trigger connected to the coupling member and configured to be triggered to generate a trigger signal when the coupling member is driven into the trigger position; characterized in that at least one of the brackets is provided with a fixing part for fixing the ends of the coupling member thereon. one and more brackets connected to an elastic reset member in the rope head device ; a coupling member connected to at least one of the brackets and configured to be driven into a trigger position by the at least one bracket when the displacement of the elastic reset member exceeds a threshold value due to reduction of compression amount; a trigger connected to the coupling member and configured to be triggered to generate a trigger signal when the coupling member is driven into the trigger position; characterized in that at least one of the brackets is provided with a fixing part for fixing the ends of the coupling member thereon.
Thermoforming tool for thermoforming a film , made of a thermoplastic material, into a moulded part , in particular a moulded part of a refrigerator, having an upper tool part , having a lower tool part , and having a holding device for holding the film between the two tool parts , wherein a measuring device for measuring at least one wall thickness is provided on the thermoformed film , characterized in that the measuring device or at least individual components thereof are arranged on the holding device and wherein - the holding device is realized as a clamping frame part or clamping frame and/or - a plurality of individual grippers are provided for holding the film. - the holding device is realized as a clamping frame part or clamping frame and/or - a plurality of individual grippers are provided for holding the film.
A computer implemented method for protecting against malware, the method comprising: training a classifier to classify a domain name as being either legitimate or illegitimate, wherein a classification of illegitimate indicates that the domain name was generated by a Domain Generation Algorithm used to generate domain names for malware; retraining the classifier using an active learning technique by: using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to classify a domain name that is the subject of a DNS query from a computer system in a network; and taking one or more predetermined actions for mitigating or preventing the activity of the malware in response to the domain name being classified as illegitimate. training a classifier to classify a domain name as being either legitimate or illegitimate, wherein a classification of illegitimate indicates that the domain name was generated by a Domain Generation Algorithm used to generate domain names for malware; retraining the classifier using an active learning technique by: using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to classify a domain name that is the subject of a DNS query from a computer system in a network; and taking one or more predetermined actions for mitigating or preventing the activity of the malware in response to the domain name being classified as illegitimate.
An apparatus , comprising: an encoding circuit configured to receive data and provide a first set of encoded data based on a first set of the data and provide a second set of encoded data based on a second set of the data, the encoding circuit configured to further provide a first data bus inversion control signal associated with the first set of encoded data and further provide a second data bus inversion control signal associated with the second set of encoded data wherein the encoding circuit is configured to encode the first and second sets of the data with data bus inversion encoding; characterized by a multi-level encoder coupled to the encoding circuit and configured to receive the first and second sets of encoded data and receive the first and second data bus inversion control signals, the multi-level encoder further configured to provide the first and second sets of encoded data as respective multi-level signals to a bus responsive to receipt of the first and second sets of encoded data and the multi-level encoder further configured to provide a multi-level data bus inversion signal based on the first and second data bus inversion control signals. an encoding circuit configured to receive data and provide a first set of encoded data based on a first set of the data and provide a second set of encoded data based on a second set of the data, the encoding circuit configured to further provide a first data bus inversion control signal associated with the first set of encoded data and further provide a second data bus inversion control signal associated with the second set of encoded data wherein the encoding circuit is configured to encode the first and second sets of the data with data bus inversion encoding; characterized by a multi-level encoder coupled to the encoding circuit and configured to receive the first and second sets of encoded data and receive the first and second data bus inversion control signals, the multi-level encoder further configured to provide the first and second sets of encoded data as respective multi-level signals to a bus responsive to receipt of the first and second sets of encoded data and the multi-level encoder further configured to provide a multi-level data bus inversion signal based on the first and second data bus inversion control signals.
A multicore comprising: a first core , being made of a water-insoluble material, having a hollow formed in the first core and, having an opening formed at both ends of the first core and connected to the hollow; a second core , being made of a water-soluble material and disposed inside the hollow; and a coating layer , being configured to surround the first core to prevent at least a portion of the first core and the second core from being exposed to an outside, wherein the first core includes an outer circumferential surface forming an exterior and an inner circumferential surface surrounding the hollow, wherein the first core includes a plurality of spaces in an area between the inner circumferential surface and the outer circumferential surface, wherein the plurality of spaces are connected to each other, wherein the plurality of spaces form a flow path in a longitudinal direction of the first core and a flow path in a radial direction of the first core to allow a fluid supplied to the first core to flow toward the second core . a first core , being made of a water-insoluble material, having a hollow formed in the first core and, having an opening formed at both ends of the first core and connected to the hollow; a second core , being made of a water-soluble material and disposed inside the hollow; and a coating layer , being configured to surround the first core to prevent at least a portion of the first core and the second core from being exposed to an outside, wherein the first core includes an outer circumferential surface forming an exterior and an inner circumferential surface surrounding the hollow, wherein the first core includes a plurality of spaces in an area between the inner circumferential surface and the outer circumferential surface, wherein the plurality of spaces are connected to each other, wherein the plurality of spaces form a flow path in a longitudinal direction of the first core and a flow path in a radial direction of the first core to allow a fluid supplied to the first core to flow toward the second core .
A display apparatus comprising: a display element configured to emit light; a first refractive layer on the display element and having an opening (OP2) corresponding to the display element ; a light extraction pattern located inside the opening (OP2) of the first refractive layer ; and a second refractive layer on the first refractive layer , the second refractive layer covering the first refractive layer and the light extraction pattern , characterized in that , a refractive index of the second refractive layer is greater than a refractive index of the first refractive layer and a refractive index of the light extraction pattern , the light extraction pattern is spaced from the first refractive layer , and the second refractive layer fills the opening (OP2). a display element configured to emit light; a first refractive layer on the display element and having an opening (OP2) corresponding to the display element ; a light extraction pattern located inside the opening (OP2) of the first refractive layer ; and a second refractive layer on the first refractive layer , the second refractive layer covering the first refractive layer and the light extraction pattern , characterized in that , a refractive index of the second refractive layer is greater than a refractive index of the first refractive layer and a refractive index of the light extraction pattern , the light extraction pattern is spaced from the first refractive layer , and the second refractive layer fills the opening (OP2).
An apparatus for detecting a relative position of medical devices located within in a human body, the apparatus comprising: an outer elongate member including a sensor located at a distal end of the outer elongate member ; an inner elongate member configured to move within the outer elongate member , the inner elongate member comprising a plurality of electrodes , a first sensor member (58 1 ), wherein the first sensor member (58 1 ) is located a known distance from each electrode of the plurality of electrodes , wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1 ) relative to the sensor ; and a second sensor member (58 2 ) spaced radially from the first sensor member (58 1 ), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2 ) relative to the sensor ; and a position detection module including an electronic control unit (ECU) configured to determine a longitudinal position and a rotational position of the inner elongate member relative to the outer elongate member based on the first signal and the second signal. an outer elongate member including a sensor located at a distal end of the outer elongate member ; an inner elongate member configured to move within the outer elongate member , the inner elongate member comprising a plurality of electrodes , a first sensor member (58 1 ), wherein the first sensor member (58 1 ) is located a known distance from each electrode of the plurality of electrodes , wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1 ) relative to the sensor ; and a second sensor member (58 2 ) spaced radially from the first sensor member (58 1 ), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2 ) relative to the sensor ; and , the inner elongate member comprising a plurality of electrodes , a first sensor member (58 1 ), wherein the first sensor member (58 1 ) is located a known distance from each electrode of the plurality of electrodes , wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1 ) relative to the sensor ; and a second sensor member (58 2 ) spaced radially from the first sensor member (58 1 ), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2 ) relative to the sensor ; and a position detection module including an electronic control unit (ECU) configured to determine a longitudinal position and a rotational position of the inner elongate member relative to the outer elongate member based on the first signal and the second signal.
A method of wireless communication at a User Equipment, UE, comprising: determining a first transmission power for a first transmission using a first transmission power control parameter, wherein the first transmission power control parameter comprises a first closed loop power control mode for the first transmission using transmission power accumulation based on a previous transmission power; transmitting the first transmission using the first transmission power; receiving a configured power offset for a re-transmission, the power offset including a power boost, in Downlink Control Information, DCI, from a base station; determining a second transmission power for the re-transmission using a second transmission power control parameter, wherein the second transmission power is determined based on the configured power offset including the power boost, and wherein the second transmission power control parameter comprises a second closed loop power control mode for the re-transmission without the transmission power accumulation; transmitting the re-transmission using the second transmission power; and determining a third transmission power for another first transmission following the re-transmission, wherein the third transmission power comprises an accumulated transmission power and is determined without accumulation of a transmission power command for the re-transmission. determining a first transmission power for a first transmission using a first transmission power control parameter, wherein the first transmission power control parameter comprises a first closed loop power control mode for the first transmission using transmission power accumulation based on a previous transmission power; transmitting the first transmission using the first transmission power; receiving a configured power offset for a re-transmission, the power offset including a power boost, in Downlink Control Information, DCI, from a base station; determining a second transmission power for the re-transmission using a second transmission power control parameter, wherein the second transmission power is determined based on the configured power offset including the power boost, and wherein the second transmission power control parameter comprises a second closed loop power control mode for the re-transmission without the transmission power accumulation; transmitting the re-transmission using the second transmission power; and determining a third transmission power for another first transmission following the re-transmission, wherein the third transmission power comprises an accumulated transmission power and is determined without accumulation of a transmission power command for the re-transmission.
A vehicle seat comprising: a seat back frame which has an upper frame extending in a seat back width direction at an upper portion of the seat back frame ; a support bracket that is fixed to the upper frame of the seat back frame so that a lower portion of the support bracket protrudes toward a seat back lower side from the upper frame , wherein a head rest support is connected to the support bracket , and the support bracket supports a head rest via the head rest support , wherein the head rest is tiltable forward and rearward with respect to the seat back frame due to impact force input to the vehicle seat in the event of a rear-end collision of the vehicle or a rear-face collision of the vehicle, so that the upper frame twists and deforms, so that the support bracket rotates around the upper frame ; and a bracket contact member that is arranged below the upper frame and is connected to the seat back frame , and that contacts a front face at the lower portion of the support bracket to suppress rearward tilting of the head rest with respect to the seat back frame ; wherein the seat back frame has a pair of left and right side frames that extend in a seat back height direction, upper portions of the pair of side frames being coupled by the upper frame , and the bracket contact member is bridged between the pair of side frames . a seat back frame which has an upper frame extending in a seat back width direction at an upper portion of the seat back frame ; a support bracket that is fixed to the upper frame of the seat back frame so that a lower portion of the support bracket protrudes toward a seat back lower side from the upper frame , wherein a head rest support is connected to the support bracket , and the support bracket supports a head rest via the head rest support , wherein the head rest is tiltable forward and rearward with respect to the seat back frame due to impact force input to the vehicle seat in the event of a rear-end collision of the vehicle or a rear-face collision of the vehicle, so that the upper frame twists and deforms, so that the support bracket rotates around the upper frame ; and a bracket contact member that is arranged below the upper frame and is connected to the seat back frame , and that contacts a front face at the lower portion of the support bracket to suppress rearward tilting of the head rest with respect to the seat back frame ; wherein the seat back frame has a pair of left and right side frames that extend in a seat back height direction, upper portions of the pair of side frames being coupled by the upper frame , and the bracket contact member is bridged between the pair of side frames .
A packaging assembly comprising a feed conveyor , a gripping area (G) and an undergripper , wherein the feed conveyor has a conveying surface and is suitable for conveying on the conveying surface a product support into the gripping area (G), and the undergripper is configured to grip the product support in the gripping area (G) from below, characterized in that the packaging assembly has, in the gripping area (G), a support strip for the product support , being separate from the undergripper , with an inner edge and an upper surface , the upper surface being raised in comparison with the conveying surface of the feed conveyor .
A complex comprising: a) a cell penetrating peptide; b) an antigen or an antigenic epitope; and c) a TLR peptide agonist, wherein the components a) - c) are covalently linked, for use in the prevention and/or treatment of colorectal cancer, wherein the complex comprises an epitope of ASCL2, wherein the TLR peptide agonist is a TLR2 peptide agonist and/or a TLR4 peptide agonist, and the complex is a polypeptide or a protein, in particular a recombinant polypeptide or a recombinant protein. a) a cell penetrating peptide; b) an antigen or an antigenic epitope; and c) a TLR peptide agonist, wherein the components a) - c) are covalently linked, for use in the prevention and/or treatment of colorectal cancer, wherein the complex comprises an epitope of ASCL2, wherein the TLR peptide agonist is a TLR2 peptide agonist and/or a TLR4 peptide agonist, and the complex is a polypeptide or a protein, in particular a recombinant polypeptide or a recombinant protein. wherein the components a) - c) are covalently linked, for use in the prevention and/or treatment of colorectal cancer, wherein the complex comprises an epitope of ASCL2, wherein the TLR peptide agonist is a TLR2 peptide agonist and/or a TLR4 peptide agonist, and the complex is a polypeptide or a protein, in particular a recombinant polypeptide or a recombinant protein.