mhurhangee/patent-ind-claim-en huggingface dataset:
A fluorescent test paper for detecting mercury ions, comprising a fluorescence development area, wherein the fluorescence development area comprises a copper nanoclusters distribution area , wherein copper nanoclusters fluorescent probes for detecting a concentration of the mercury ions are distributed in the copper nanoclusters distribution area ; characterized in that the fluorescent test paper further comprises a carbon quantum dots distribution area distinct from the copper nanoclusters distribution area; wherein carbon quantum dots fluorescent probes for checking an environment are distributed in the carbon quantum dots distribution area; the fluorescent test paper further comprises a standard fluorescent colorimetric card, the standard fluorescent colorimetric card comprises a reference channel area and a standard mercury ion sample concentration area, wherein the reference channel area comprises a reference channel excitation wavelength printing area and a reference channel-related excited color printing area , and the standard mercury ion sample concentration area comprises a standard mercury ion sample concentration identification area , a standard mercury ion sample-related excited color identification area , and a standard mercury ion concentration unit identification area . the fluorescent test paper further comprises a carbon quantum dots distribution area distinct from the copper nanoclusters distribution area; wherein carbon quantum dots fluorescent probes for checking an environment are distributed in the carbon quantum dots distribution area; the fluorescent test paper further comprises a standard fluorescent colorimetric card, the standard fluorescent colorimetric card comprises a reference channel area and a standard mercury ion sample concentration area, wherein the reference channel area comprises a reference channel excitation wavelength printing area and a reference channel-related excited color printing area , and the standard mercury ion sample concentration area comprises a standard mercury ion sample concentration identification area , a standard mercury ion sample-related excited color identification area , and a standard mercury ion concentration unit identification area .
A method for transmission of reference signals, the method being performed by a terminal device , the terminal device comprising at least two physical antenna ports , wherein each physical antenna port is fed by its own power amplifier , the method comprising: transmitting (S106), in only the physical antenna port being fed by the power amplifier configured for highest total output power of all the power amplifiers , as many uplink reference signals as there are physical antenna ports in total.
A pharmaceutical composition for use in the prevention or treatment of solid cancers or blood cancers, comprising, as an active ingredient, a 1,2-naphthoquinone derivative compound represented by the Chemical Formula 1 or a pharmaceutically acceptable salt thereof, wherein the solid cancer is selected from the group consisting of lung cancer, uterine cancer, liver cancer and breast cancer, and the blood cancer is selected from the group consisting of acute leukemia, chronic leukemia and drug-resistant chronic leukemia or refractory acute leukemia; and the compound of the Chemical Formula 1 is one of the compounds represented below: the solid cancer is selected from the group consisting of lung cancer, uterine cancer, liver cancer and breast cancer, and the blood cancer is selected from the group consisting of acute leukemia, chronic leukemia and drug-resistant chronic leukemia or refractory acute leukemia; and the compound of the Chemical Formula 1 is one of the compounds represented below:
A method for applying a coating with at least one TiCN layer to a surface of a substrate to be coated by means of HiPIMS, wherein, for depositing the at least one TiCN layer, at least one Ti-containing target is used as a Ti source for producing the TiCN layer, which target is sputtered in a reactive atmosphere by means of a HiPIMS process in a coating chamber, wherein the reactive atmosphere comprises at least one noble gas and at least nitrogen gas as a reactive gas, characterized in that , in order to reduce growth defects during the deposition of the at least one TiCN layer: - the reactive atmosphere additionally comprises, as a second reactive gas, a carbon-containing gas, which is used as a carbon source for producing the TiCN layer wherein, during the deposition of the TiCN layer, a bipolar bias voltage is applied to the substrate to be coated, wherein the bias voltage in a range from -20 V to -200 V is used, wherein the bias voltage level is set to be asymmetric or symmetric, and wherein the timing ratio t neg :t pos of the negative bias voltage to the positive bias voltage is in a range from 10:1 to 1:5, or - at least one carbon-containing target is used as a carbon source for producing the TiCN layer, which target is sputtered by means of a HiPIMS process in a coating chamber with the reactive atmosphere having only nitrogen gas as the reactive gas. - the reactive atmosphere additionally comprises, as a second reactive gas, a carbon-containing gas, which is used as a carbon source for producing the TiCN layer wherein, during the deposition of the TiCN layer, a bipolar bias voltage is applied to the substrate to be coated, wherein the bias voltage in a range from -20 V to -200 V is used, wherein the bias voltage level is set to be asymmetric or symmetric, and wherein the timing ratio t neg :t pos of the negative bias voltage to the positive bias voltage is in a range from 10:1 to 1:5, or - at least one carbon-containing target is used as a carbon source for producing the TiCN layer, which target is sputtered by means of a HiPIMS process in a coating chamber with the reactive atmosphere having only nitrogen gas as the reactive gas.
A flexible direct-current submarine cable, comprising a water-blocking conductor and an optical fiber assembly, wherein the water-blocking conductor is wrapped around an outer side of the optical fiber assembly along a circumferential direction; the water-blocking conductor comprises a conductor core wrapped around the outer side of the optical fiber assembly, the conductor core comprises at least two conductor layers comprising a first conductor layer and a second conductor layer, the first conductor layer and the second conductor layer are alternately provided along a radial direction of the optical fiber assembly, the first conductor layer is formed by stranding a plurality of first metal wires arranged along the circumferential direction of the optical fiber assembly, the second conductor layer is formed by stranding a plurality of second metal wires arranged along the circumferential direction of the optical fiber assembly; the first metal wires each have a concave part and a convex part arranged sequentially in the radial direction of the optical fiber assembly, and both a concave direction of the concave part and a convex direction of the convex part are along the circumferential direction of the optical fiber assembly, and the convex part of one of two adjacent first metal wires is stuck into the concave part of the other; the second metal wires each have two straight side wall surfaces arranged opposite, the straight side wall surfaces extend along the radial direction of the optical fiber assembly, and the straight side wall surfaces of two adjacent second metal wires fit each other. the water-blocking conductor comprises a conductor core wrapped around the outer side of the optical fiber assembly, the conductor core comprises at least two conductor layers comprising a first conductor layer and a second conductor layer, the first conductor layer and the second conductor layer are alternately provided along a radial direction of the optical fiber assembly, the first conductor layer is formed by stranding a plurality of first metal wires arranged along the circumferential direction of the optical fiber assembly, the second conductor layer is formed by stranding a plurality of second metal wires arranged along the circumferential direction of the optical fiber assembly; the first metal wires each have a concave part and a convex part arranged sequentially in the radial direction of the optical fiber assembly, and both a concave direction of the concave part and a convex direction of the convex part are along the circumferential direction of the optical fiber assembly, and the convex part of one of two adjacent first metal wires is stuck into the concave part of the other; the second metal wires each have two straight side wall surfaces arranged opposite, the straight side wall surfaces extend along the radial direction of the optical fiber assembly, and the straight side wall surfaces of two adjacent second metal wires fit each other.
An airbag housing comprising: a bottom wall ; and a side wall for forming a cavity accommodating an airbag cushion together with the bottom wall , wherein at least a portion of the side wall is formed in a double layer structure, and wherein at least a portion of the airbag housing is provided with an opening , and wherein the opening comprises a first opening which extends from the bottom wall to at least a portion of the side wall that is connected with the bottom wall , characterized in that an orifice is formed in the bottom wall for aligning with a gas inlet of the airbag cushion, wherein the airbag cushion is crimped at an outside area of the orifice and the bottom wall has a joining area at which the airbag cushion is crimped with the bottom wall , and wherein the first opening extends from a periphery of the joining area to at least a portion of the side wall along a longitudinal direction of the airbag housing . a bottom wall ; and a side wall for forming a cavity accommodating an airbag cushion together with the bottom wall , wherein at least a portion of the side wall is formed in a double layer structure, and wherein at least a portion of the airbag housing is provided with an opening , and wherein the opening comprises a first opening which extends from the bottom wall to at least a portion of the side wall that is connected with the bottom wall , characterized in that an orifice is formed in the bottom wall for aligning with a gas inlet of the airbag cushion, wherein the airbag cushion is crimped at an outside area of the orifice and the bottom wall has a joining area at which the airbag cushion is crimped with the bottom wall , and wherein the first opening extends from a periphery of the joining area to at least a portion of the side wall along a longitudinal direction of the airbag housing .
An anchor assembly , comprising: a distal anchor extending along a longitudinal axis and having a proximal end and a distal self-punching tip ; at least a first aperture extending through the proximal end of the distal anchor in a direction substantially parallel to the longitudinal axis; a first suture passing aperture extending through the distal anchor at an angle to the longitudinal axis and between the proximal end and the distal self-punching tip ; and a proximal screw configured to engage or abut the proximal end of the distal anchor , characterized in that the proximal end of the distal anchor includes a recess with a surface positioned therein extending in a plane substantially perpendicular to the longitudinal axis, wherein the at least first aperture and a second aperture are positioned through the surface . a distal anchor extending along a longitudinal axis and having a proximal end and a distal self-punching tip ; at least a first aperture extending through the proximal end of the distal anchor in a direction substantially parallel to the longitudinal axis; a first suture passing aperture extending through the distal anchor at an angle to the longitudinal axis and between the proximal end and the distal self-punching tip ; and a proximal screw configured to engage or abut the proximal end of the distal anchor , characterized in that the proximal end of the distal anchor includes a recess with a surface positioned therein extending in a plane substantially perpendicular to the longitudinal axis, wherein the at least first aperture and a second aperture are positioned through the surface .
Method for assigning tyre pressure monitoring units to a vehicle, wherein the tyre pressure monitoring units each transmit data telegrams which each contain a characteristic identifier of the transmitting tyre pressure monitoring unit, and the data telegrams are received by a central receiver unit of the vehicle, the central receiving unit records in a counter, for each characteristic identifier contained in one of the data telegrams received by it, how many data telegrams with this identifier have been received, in order to decide which tyre pressure monitoring units belong to the vehicle on the basis of the frequency of the received identifiers, characterised in that the tyre pressure monitoring units of the vehicle each receive data telegrams from other tyre pressure monitoring units and, for each characteristic identifier contained in one of the received data telegrams, record in counters how many data telegrams with that identifier have been received, and the tyre pressure monitoring units inform the central receiving unit in data telegrams which characteristic identifiers they have received most frequently, and when assigning tyre pressure monitoring units to the vehicle, the central receiving unit takes into account which characteristic identifiers the tyre pressure monitoring units have received most frequently. the tyre pressure monitoring units each transmit data telegrams which each contain a characteristic identifier of the transmitting tyre pressure monitoring unit, and the data telegrams are received by a central receiver unit of the vehicle, the central receiving unit records in a counter, for each characteristic identifier contained in one of the data telegrams received by it, how many data telegrams with this identifier have been received, in order to decide which tyre pressure monitoring units belong to the vehicle on the basis of the frequency of the received identifiers, characterised in that the tyre pressure monitoring units of the vehicle each receive data telegrams from other tyre pressure monitoring units and, for each characteristic identifier contained in one of the received data telegrams, record in counters how many data telegrams with that identifier have been received, and the tyre pressure monitoring units inform the central receiving unit in data telegrams which characteristic identifiers they have received most frequently, and when assigning tyre pressure monitoring units to the vehicle, the central receiving unit takes into account which characteristic identifiers the tyre pressure monitoring units have received most frequently.
A compression garment , comprising: a body , which is made of inelastic laminate materials and/or elastic materials and is dimensioned to wrap at least partially around a length of a torso of a user, wherein the body further comprises indicia indicating a dimension of the user to trim the body to conform to the torso of the user, a plurality of tension bands positioned along the body and comprising one or more fasteners , and at least one shoulder strap , wherein the shoulder strap extends away from an upper edge of the body and is operable to wrap over the shoulder of the user to hold the garment in position. a body , which is made of inelastic laminate materials and/or elastic materials and is dimensioned to wrap at least partially around a length of a torso of a user, wherein the body further comprises indicia indicating a dimension of the user to trim the body to conform to the torso of the user, a plurality of tension bands positioned along the body and comprising one or more fasteners , and at least one shoulder strap , wherein the shoulder strap extends away from an upper edge of the body and is operable to wrap over the shoulder of the user to hold the garment in position.
Mn-Mg ferrite particles having an average particle size of 1 to 2000 nm and having a spherical shape with an average degree of sphericity of 1 to 1.2, wherein the ferrite particles contain 13 to 25 % by weight of Mn, 1 to 3.5 % by weight of Mg, and 43 to 57 % by weight of Fe.
A method of controlling a washing machine, wherein the washing machine comprises a memory configured to store control data for controlling overall operations of the washing machine, the method comprising: a first sensing step (S40 to S70, S240) of determining a state of laundry and weight of the laundry received in a washing tub from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to one or more current values supplied to a motor configured to rotate the washing tub during accelerated rotation of the washing tub as input data of an input layer of the artificial neural network; selecting (S80, S280) one of a plurality of washing modes based on the determined state of the laundry and weight of the laundry, wherein the plurality washing modes have different i) washing strength or ii) degrees of affecting wear of laundry; and a washing cycle step (S90, S290) of performing washing according to the selected washing mode, wherein said determining the state of the laundry is to determine one of a plurality of laundry quality levels classified based on hardness of laundry, and wherein the plurality of washing modes are set different with respect to at least one of a rotational speed of the washing tub, temperature of wash water that is supplied to the washing tub, an amount of wash water that is supplied to the washing tub, and washing cycle time based on the determined state of the laundry and weight of the laundry. a first sensing step (S40 to S70, S240) of determining a state of laundry and weight of the laundry received in a washing tub from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to one or more current values supplied to a motor configured to rotate the washing tub during accelerated rotation of the washing tub as input data of an input layer of the artificial neural network; selecting (S80, S280) one of a plurality of washing modes based on the determined state of the laundry and weight of the laundry, wherein the plurality washing modes have different i) washing strength or ii) degrees of affecting wear of laundry; and a washing cycle step (S90, S290) of performing washing according to the selected washing mode, wherein said determining the state of the laundry is to determine one of a plurality of laundry quality levels classified based on hardness of laundry, and wherein the plurality of washing modes are set different with respect to at least one of a rotational speed of the washing tub, temperature of wash water that is supplied to the washing tub, an amount of wash water that is supplied to the washing tub, and washing cycle time based on the determined state of the laundry and weight of the laundry.
A piece of tooling designed for disassembling a panel fastener module clipped to a rail, the piece of tooling comprising two blades on edge that are mutually parallel and designed to compress the flexible tabs of the fastener module clipped to the inner side walls of said rail when said fastener module is mounted in the rail, the piece of tooling being characterized in that it comprises a central body interposed between said blades so that on insertion of said piece into the rail with the fastener module, the blades extend on edge, each between a wall of one side of the rail and a flexible tab of the fastener module, in that said central body incorporates lift means arranged to be actuated from outside said central body in order to raise the piece of tooling inside the rail, and in that the blades are designed in such a manner that while the piece of tooling is being raised by the lift means the blades move up the walls of the rail to press the flexible tabs towards the inside of the rail, thereby making it possible, once the blades have finished moving, to unclip said fastener module from the rail.
A transdermal patch comprising a multilaminate, said multilaminate comprising: (i) a first layer comprising an opioid analgesic compound, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable pressure sensitive adhesive; (ii) a second layer comprising an opioid antagonist, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable adhesive; and (iii) a barrier layer disposed between the first and second layers, wherein the barrier layer substantially prevents the opioid antagonist diffusing from the second layer to the first layer during use, and wherein the barrier layer is a microporous ultra high density polyethylene (UHDPE) material; and wherein a proportion of the opioid antagonist in the second layer is present in the form of a pharmaceutically acceptable salt and a proportion of the opioid antagonist is present in a non-salt form (e.g. as a free base). (i) a first layer comprising an opioid analgesic compound, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable pressure sensitive adhesive; (ii) a second layer comprising an opioid antagonist, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable adhesive; and (iii) a barrier layer disposed between the first and second layers, wherein the barrier layer substantially prevents the opioid antagonist diffusing from the second layer to the first layer during use, and wherein the barrier layer is a microporous ultra high density polyethylene (UHDPE) material;
A method, comprising: receiving, by a processor, a plurality of shares representing a secret value employed in a cryptographic operation, wherein the plurality of shares comprises a first share represented by an un-encoded form and a second share represented by an encoded form; wherein the encoded form of the second share is produced by applying a non-linear bijective encoding function of the second share producing a first and second transformed form of the second share, and wherein producing a transformed form of the second share comprises applying, to the encoded form of the second share, a non-linear decoding function and a masking operation performing the cryptographic operation using the first transformed form of the second share, wherein performing the cryptographic operation comprises: determining an S-box input value by combining the first share, the first transformed form of the second share, and a round key by a linear operation; feeding the S-box input value to an S-box; and re-masking a masked output value produced by the S-box wherein re-masking the masked output value comprises combining the masked output value and the second transformed form of the second share by a linear operation. receiving, by a processor, a plurality of shares representing a secret value employed in a cryptographic operation, wherein the plurality of shares comprises a first share represented by an un-encoded form and a second share represented by an encoded form; wherein the encoded form of the second share is produced by applying a non-linear bijective encoding function of the second share producing a first and second transformed form of the second share, and wherein producing a transformed form of the second share comprises applying, to the encoded form of the second share, a non-linear decoding function and a masking operation performing the cryptographic operation using the first transformed form of the second share, determining an S-box input value by combining the first share, the first transformed form of the second share, and a round key by a linear operation; feeding the S-box input value to an S-box; and re-masking a masked output value produced by the S-box wherein re-masking the masked output value comprises combining the masked output value and the second transformed form of the second share by a linear operation.