mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for reducing scar formation, comprising: an effective amount of a first nucleic acid; an effective amount of a second nucleic acid; an effective amount of a third nucleic acid; and a pharmaceutically acceptable carrier; wherein the first nucleic acid, the second nucleic acid, and the third nucleic acid are small interference ribonucleic acids (siRNAs) or small hairpin ribonucleic acids (shRNAs), wherein the sequence of the sense strand of the first nucleic acid comprises the sequence of SEQ ID No: 1, the sequence of the sense strand of the second nucleic acid comprises the sequence of SEQ ID No: 2 and the sequence of the sense strand of the third nucleic acid comprises the sequence of SEQ ID No: 3. an effective amount of a first nucleic acid; an effective amount of a second nucleic acid; an effective amount of a third nucleic acid; and a pharmaceutically acceptable carrier; wherein the first nucleic acid, the second nucleic acid, and the third nucleic acid are small interference ribonucleic acids (siRNAs) or small hairpin ribonucleic acids (shRNAs), wherein the sequence of the sense strand of the first nucleic acid comprises the sequence of SEQ ID No: 1, the sequence of the sense strand of the second nucleic acid comprises the sequence of SEQ ID No: 2 and the sequence of the sense strand of the third nucleic acid comprises the sequence of SEQ ID No: 3.
Compression unit, for a volumetric compressor, comprising at least one cylinder for the suction and the compression of air by means of at least one piston sliding in said at least one cylinder , said at least one cylinder comprising at least one suction conduit extending at the internal wall of said at least one cylinder , a drive shaft , operable in rotation around a rotation axis and associated with at least one piston through a connecting rod/crankshaft kinematic mechanism , the rotation of said drive shaft controlling the reciprocating motion of said at least one piston , a casing configured to receive and support said at least one cylinder and for housing of at least one portion of said drive shaft and of said connecting rod/crankshaft kinematic mechanism , said casing comprises at least one air intake in communication with the outside of said compression unit and delimiting at least one passage for the air to drawn therein and to supply to said at least one cylinder , characterised in that said at least one air intake is in fluid communication with the inside of said at least one cylinder through a path which develops inside said casing and through at least one section of a wall of said at least one cylinder , wherein said fresh air which is drawn within said casing trough said at least one air intake hits said drive shaft and said rod/crankshaft kinematic mechanism , cooling them, before traversing said at least one suction conduit , wherein said casing comprises at least one hole or through seat which develops through a wall of said casing , at a connection between the casing and said at least one cylinder , wherein said hole or through seat is adapted to bring into fluid communication the inner volume of said casing with the at least one suction conduit which develops along said at least one section of the wall of said at least one cylinder .
A method for license plate recognition, said method comprising: generating a neural network, wherein said neural network comprises a CNN , Convolutional Neural Network; training said neural network in a coarse to fine manner to thereby generate a trained neural network by: training the neural network to perform generic text recognition utilizing a plurality of training samples comprising synthetic images of dictionary words; and iteratively learning and adapting said neural network that has been trained to perform generic text recognition, by first fine-tuning using all available image samples from a target domain, wherein the target domain is license plate images and finally, by fine-tuning again with respect to only license plate images of a target subdomain that is desired to be recognized; and applying the trained neural network to a cropped image of a license plate in order to recognize text associated with said license plate and produce a license plate transcription with respect to said license plate. generating a neural network, wherein said neural network comprises a CNN , Convolutional Neural Network; training said neural network in a coarse to fine manner to thereby generate a trained neural network by: training the neural network to perform generic text recognition utilizing a plurality of training samples comprising synthetic images of dictionary words; and iteratively learning and adapting said neural network that has been trained to perform generic text recognition, by first fine-tuning using all available image samples from a target domain, wherein the target domain is license plate images and finally, by fine-tuning again with respect to only license plate images of a target subdomain that is desired to be recognized; and training the neural network to perform generic text recognition utilizing a plurality of training samples comprising synthetic images of dictionary words; and iteratively learning and adapting said neural network that has been trained to perform generic text recognition, by first fine-tuning using all available image samples from a target domain, wherein the target domain is license plate images and finally, by fine-tuning again with respect to only license plate images of a target subdomain that is desired to be recognized; and applying the trained neural network to a cropped image of a license plate in order to recognize text associated with said license plate and produce a license plate transcription with respect to said license plate.
An ethylene copolymer having a) a density from 0.918 g/cm 3 to 0.935 g/cm 3 , b) G' at G" (500 Pa) value, as determined from Dynamic Mechanical Analysis at 190°C, of less than 40 Pa, c) a molecular weight distribution M z /M w of greater than 2, provided that when the M z /M w is greater than 3, the copolymer further has a normal to flat comonomer distribution, d) a CDBI 50 greater than 70; and e) a single peak in the DSC measurement; wherein the copolymer optionally has a reverse co-monomer distribution. a) a density from 0.918 g/cm 3 to 0.935 g/cm 3 , b) G' at G" (500 Pa) value, as determined from Dynamic Mechanical Analysis at 190°C, of less than 40 Pa, c) a molecular weight distribution M z /M w of greater than 2, provided that when the M z /M w is greater than 3, the copolymer further has a normal to flat comonomer distribution, d) a CDBI 50 greater than 70; and e) a single peak in the DSC measurement; wherein the copolymer optionally has a reverse co-monomer distribution.
Device (100; 100a; 100b; 100c; 100d; 100e; 100f), in particular a sensor device, comprising a magnet arrangement for generating a magnetic field, which magnet arrangement extends along a longitudinal axis and is designed such that it generates the magnetic field having at least a first radial magnetic field component (Bx) that changes along the longitudinal axis , and a magnetic sensor device arranged to be movable relative to the magnet arrangement along the longitudinal axis , which sensor device has a first magnetic sensor and a second magnetic sensor , wherein the first magnetic sensor is a magnetic revolution counter which is designed to determine an integer multiple of a relative revolution of the magnetic sensor with respect to the at least one first radial magnetic field component (Bx).
A GPR101 inhibitor for use in preventive and/or therapeutic treatment of gigantism caused by GPR101 overexpression, wherein the GPR101 inhibitor is selected from the group consisting of a monoclonal antibody specifically binding to GPR 101 , a polyclonal antibody specifically binding to GPR 101, an antisense nucleic acid specifically hybridizing to GPR101 mRNA, and a small interfering RNA specifically hybridizing to GPR101 mRNA.
A zinc oxide-based transparent conductive layer having a textured surface, wherein the textured surface has protrusions, wherein the dopant content in the conductive layer is 4 wt.-% or less, the protrusions have a first type protrusion and a second type protrusion, the first type protrusion has a ridge forming an arc in its protruding direction, the second type protrusion has an apex at an edge thereof such that two ridges form an angle of 90° or more, the number of protrusions having a shape of the first type or the second type is 40% or more of the total number of protrusions, characterized in that the zinc oxide-based transparent conductive layer has gallium and boron as a dopant.
Handle device for a hand-held power tool which has an operating-mode-switchover device and a drive device for driving an insertion tool in different operating modes, said handle device having at least one spring element and having a handle unit , which is fitted on a machine housing such that it can be moved at least to a limited extent and which is isolated from the machine housing in terms of vibration, at least to some extent, via the at least one spring element , and having at least one screw-connection plate , which is provided to fix the spring element in a form-fitting and force-fitting manner, characterized in that the handle device has at least one secondary spring element , which is formed by an elastomeric spring element , wherein the screw-connection plate is provided to accommodate the at least one secondary spring element .
Liposuction cannula , comprising a tube with a closed front end at which there is provided at least one suction opening , and with a back end intended to be connected to a source of vacuum; in the tube there being defined at least one longitudinal flow conduit for the aspirated material; and detector means arranged at the front end of said tube and capable of supplying in use signals containing information useful for the operator using the cannula ; the said detector means comprising an imaging apparatus capable of supplying first signals or data allowing the generation of a visual representation of the environment in close proximity to the front end of the tube of the cannula down to a first depth or distance, and second signals or data allowing the generation of a visual representation of the environment around the front end of the tube of the cannula down to a second depth or distance, greater than the said first depth or distance, the cannula being characterized in that said imaging apparatus comprises a first imaging device capable of producing video signals or data for displaying the environment in close proximity to the front end of said tube , as well as a second imaging device capable of producing signals or data usable for displaying tissues in depth around the front end of the said tube .
A wind turbine blade for a wind turbine comprising a composite material , the composite material comprising a plurality of rigid elements and plurality of flexible elements , wherein each flexible element is arranged between two rigid elements and is connected thereto such that the rigid elements are flexibly connected to each other by means of the flexible elements , the flexible elements are connected to the rigid elements by means of an adhesive or hot plate welding, the flexible elements are plastically or elastically deformable, the composite material is configured for reinforcing a blade shell of the blade , the rigid elements and the flexible elements are bar-shaped such that a length of each rigid and flexible element is at least several times larger than a height and width of the respective element , each rigid element comprises a longitudinal axis (A), and the composite material is flexible in one bending direction (V) around the longitudinal axis (A) of one of the rigid elements .
A communication method performed by a terminal, comprising: receiving first control information, from a network device wherein the first control information is used to trigger a channel state information, CSI, operation corresponding to a first secondary component carrier, the first secondary component carrier is in a deactivated state, and the CSI operation comprises aperiodic CSI measurement; and performing , based on the first control information, the CSI operation corresponding to the first secondary component carrier; the method characterized in that the first control information is used to trigger the CSI operation corresponding to a bandwidth part, BWP, of the first secondary component carrier, and the BWP is a first active BWP; and the performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier comprises: performing, based on the first control information, the CSI operation corresponding to the BWP of the first secondary component carrier. receiving first control information, from a network device wherein the first control information is used to trigger a channel state information, CSI, operation corresponding to a first secondary component carrier, the first secondary component carrier is in a deactivated state, and the CSI operation comprises aperiodic CSI measurement; and performing , based on the first control information, the CSI operation corresponding to the first secondary component carrier; the method characterized in that the first control information is used to trigger the CSI operation corresponding to a bandwidth part, BWP, of the first secondary component carrier, and the BWP is a first active BWP; and the performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier comprises: performing, based on the first control information, the CSI operation corresponding to the BWP of the first secondary component carrier.
A power supply circuit comprising: a rectifier to rectify a voltage output from a power source ; a power factor compensation circuit including a plurality of reactors to store and output currents output from the rectifier , a plurality of switches switched such that the currents are stored in the reactors or are output, and a plurality of current detectors to output voltages according to the currents from the reactors ; and a power factor compensation circuit controller to control switching of the switches and to control a power factor compensation operation, characterized by a power factor compensation circuit protection circuit to receive the voltages output from the plurality of current detectors and to stop the operation of the power factor compensation circuit controller if at least one of the voltages output from the plurality of current detectors is abnormal, wherein the power factor compensation circuit protection circuit includes a plurality of comparators to receive the output voltages of the plurality of current detectors and a reference voltage, each of the comparators is configured to compare the output voltage with the reference voltage and to output an error signal according to the result of comparing the output voltage with the reference voltage, and when the error signal is output from at least one of the plurality of comparators , the power factor compensation circuit protection circuit is configured to stop the operation of the power factor compensation circuit controller . a rectifier to rectify a voltage output from a power source ; a power factor compensation circuit including a plurality of reactors to store and output currents output from the rectifier , a plurality of switches switched such that the currents are stored in the reactors or are output, and a plurality of current detectors to output voltages according to the currents from the reactors ; and a power factor compensation circuit controller to control switching of the switches and to control a power factor compensation operation, characterized by a power factor compensation circuit protection circuit to receive the voltages output from the plurality of current detectors and to stop the operation of the power factor compensation circuit controller if at least one of the voltages output from the plurality of current detectors is abnormal, wherein the power factor compensation circuit protection circuit includes a plurality of comparators to receive the output voltages of the plurality of current detectors and a reference voltage, each of the comparators is configured to compare the output voltage with the reference voltage and to output an error signal according to the result of comparing the output voltage with the reference voltage, and when the error signal is output from at least one of the plurality of comparators , the power factor compensation circuit protection circuit is configured to stop the operation of the power factor compensation circuit controller .
A housing assembly , comprising: a support comprising a peripheral side wall , the peripheral side wall comprising two short walls arranged opposite to each other and two opposite long walls connected between the two short walls , each of the two short walls and each of the two long walls being provided with a lug , the peripheral side wall defining a first accommodating space , and the lugs being connected to an outer peripheral side of the peripheral side wall away from the first accommodating space ; and a middle frame having a second accommodating space and a certain number of grooves in communication with the second accommodating space , the number of grooves being the same as the number of lugs , the support being accommodated in the second accommodating space , and the lugs being fitted with the grooves ; wherein the middle frame has a position limiting step protruding towards the second accommodating space , and an end surface of the peripheral side wall abuts against the position limiting step ; wherein the support further comprises a partition wall connected between the two long walls , wherein the partition wall is configured to divide the first accommodating space into two accommodating sub-spaces , and wherein the lugs provided to the long walls are disposed facing the partition wall . a support comprising a peripheral side wall , the peripheral side wall comprising two short walls arranged opposite to each other and two opposite long walls connected between the two short walls , each of the two short walls and each of the two long walls being provided with a lug , the peripheral side wall defining a first accommodating space , and the lugs being connected to an outer peripheral side of the peripheral side wall away from the first accommodating space ; and a middle frame having a second accommodating space and a certain number of grooves in communication with the second accommodating space , the number of grooves being the same as the number of lugs , the support being accommodated in the second accommodating space , and the lugs being fitted with the grooves ; wherein the middle frame has a position limiting step protruding towards the second accommodating space , and an end surface of the peripheral side wall abuts against the position limiting step ; wherein the support further comprises a partition wall connected between the two long walls , wherein the partition wall is configured to divide the first accommodating space into two accommodating sub-spaces , and wherein the lugs provided to the long walls are disposed facing the partition wall .
A method of forming a microelectronic structure, said method comprising: providing a substrate having a surface; optionally forming one or more intermediate layers on said substrate surface, there being an uppermost intermediate layer on said substrate surface, if one or more intermediate layers are present; applying a composition to said uppermost intermediate layer, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a polyamic acid and a crosslinking agent dissolved or dispersed in a solvent system, wherein said polyamic acid includes recurring monomers having the formulas where each of and is individually selected from the group consisting of aliphatic and aryl groups; heating said composition to form a carbon-rich layer comprising greater than 50% by weight carbon, based upon the weight of the layer taken as 100% by weight, said carbon-rich layer being capable of being removed with an aqueous alkaline developer, and exhibiting a weight loss of less than 10% at a temperature of 400°C for 10 minutes. providing a substrate having a surface; optionally forming one or more intermediate layers on said substrate surface, there being an uppermost intermediate layer on said substrate surface, if one or more intermediate layers are present; applying a composition to said uppermost intermediate layer, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a polyamic acid and a crosslinking agent dissolved or dispersed in a solvent system, wherein said polyamic acid includes recurring monomers having the formulas where each of and is individually selected from the group consisting of aliphatic and aryl groups; heating said composition to form a carbon-rich layer comprising greater than 50% by weight carbon, based upon the weight of the layer taken as 100% by weight, said carbon-rich layer being capable of being removed with an aqueous alkaline developer, and exhibiting a weight loss of less than 10% at a temperature of 400°C for 10 minutes.
A screwdriver , comprising a housing; a motor housed in the housing; and a tool holder configured to be driven by the motor to rotate about an axis of the tool holder ; wherein the tool holder is configured to selectively hold both a screwdriver bit and a hex key ; wherein the hex key includes a bend such that the hex key includes a first leg and a second leg, and wherein the first leg is transverse to the second leg; and wherein the tool holder includes a retainer configured to retain the hex key such that one of the legs of the hex key projects substantially axially from the tool holder , and wherein the retainer includes a side opening configured to allow the other leg of the hex key to extend therethrough; characterised in that the tool holder includes a rotary member configured to be rotated relative to the retainer to selectively secure and release the hex key . a housing; a motor housed in the housing; and a tool holder configured to be driven by the motor to rotate about an axis of the tool holder ; wherein the tool holder is configured to selectively hold both a screwdriver bit and a hex key ; wherein the hex key includes a bend such that the hex key includes a first leg and a second leg, and wherein the first leg is transverse to the second leg; and wherein the tool holder includes a retainer configured to retain the hex key such that one of the legs of the hex key projects substantially axially from the tool holder , and wherein the retainer includes a side opening configured to allow the other leg of the hex key to extend therethrough; characterised in that the tool holder includes a rotary member configured to be rotated relative to the retainer to selectively secure and release the hex key .
Topical dermocosmetic composition for use in the treatment of nail disorders, wherein the composition comprises: (a) a plant extract of the genus Panicum, (b) a plant extract from the genus Oryza, (c) at least one film forming agent, (d) optionally at least one keratin, (e) optionally biotin, and (f) pharmaceutically acceptable excipients. (a) a plant extract of the genus Panicum, (b) a plant extract from the genus Oryza, (c) at least one film forming agent, (d) optionally at least one keratin, (e) optionally biotin, and (f) pharmaceutically acceptable excipients.