mhurhangee/patent-ind-claim-en huggingface dataset:
An optical modulation circuit , comprising: an input terminal to receive an optical input source (OS in ) including a plurality of optical channels or wavelengths and having a first channel spacing; a first channel de-interleaver configured to separate the optical input source (OS in ) into first and second optical streams , the first and second optical streams having a second channel spacing that is greater than the first channel spacing; a second channel de-interleaver (220 ) configured to separate the first optical stream into first and second separated optical streams , the first and second separated optical streams having a third channel spacing that is greater than the second channel spacing; a first micro-ring modulation, MRM, (230 ) array configured to modulate a first set of data streams (DS1) onto optical channels of the first separated optical stream to generate a first modulated optical stream ; a second MRM array (230 ) configured to modulate a second set of data streams (DS2) onto optical channels of the second separated optical stream to generate a second modulated optical stream ; and a first optical interleaver (240 ) configured to generate a first optical output stream (OS out1 ) based on the first and second modulated optical streams . an input terminal to receive an optical input source (OS in ) including a plurality of optical channels or wavelengths and having a first channel spacing; a first channel de-interleaver configured to separate the optical input source (OS in ) into first and second optical streams , the first and second optical streams having a second channel spacing that is greater than the first channel spacing; a second channel de-interleaver (220 ) configured to separate the first optical stream into first and second separated optical streams , the first and second separated optical streams having a third channel spacing that is greater than the second channel spacing; a first micro-ring modulation, MRM, (230 ) array configured to modulate a first set of data streams (DS1) onto optical channels of the first separated optical stream to generate a first modulated optical stream ; a second MRM array (230 ) configured to modulate a second set of data streams (DS2) onto optical channels of the second separated optical stream to generate a second modulated optical stream ; and a first optical interleaver (240 ) configured to generate a first optical output stream (OS out1 ) based on the first and second modulated optical streams .
A belt tensioner for setting and maintaining a predefined tension of a drive belt for driving a deflection roller of a conveyor belt , said belt tensioner having a single-piece plastic body , which is in particular formed with mirror symmetry to a central plane (E), comprising a fastening section , in particular having a base plate , for fastening the plastic body to a carrier , in particular to a conveyor belt carrier , wherein the fastening section has an adjustment mechanism via which the plastic body can be adjustably fastened, in particular vertically adjustably fastened, to the carrier ; a pressing section , in particular having a rear wall , which is configured to press against the drive belt in order to tension the drive belt ; and a spring joint device which connects the fastening section and the pressing section to one another, which is elastically yielding along a deflection direction (R), and via which the pressing section is displaceably supported at the fastening section along the deflection direction (R) so that, when the pressing section presses against the drive belt , the amount of the displacement of the pressing section along the deflection direction (R) is dependent on the respective set drive belt tension, wherein the belt tensioner has a setting aid which indicates when the predefined drive belt tension is set by the belt tensioner . a fastening section , in particular having a base plate , for fastening the plastic body to a carrier , in particular to a conveyor belt carrier , wherein the fastening section has an adjustment mechanism via which the plastic body can be adjustably fastened, in particular vertically adjustably fastened, to the carrier ; a pressing section , in particular having a rear wall , which is configured to press against the drive belt in order to tension the drive belt ; and a spring joint device which connects the fastening section and the pressing section to one another, which is elastically yielding along a deflection direction (R), and via which the pressing section is displaceably supported at the fastening section along the deflection direction (R) so that, when the pressing section presses against the drive belt , the amount of the displacement of the pressing section along the deflection direction (R) is dependent on the respective set drive belt tension, wherein the belt tensioner has a setting aid which indicates when the predefined drive belt tension is set by the belt tensioner .
A TEM grid for a transmission electron microscope, comprising: a holder body having an outer edge and an inner edge ; multiple attachment elements attached to the holder body, each respective attachment element adapted for attaching multiple thin samples prepared for viewing on a TEM, each respective attachment element having a base attached to the holder body characterized in that each respective attachment element extends from the inner edge , one side of each respective attachment element has at least two steps extending to a right side of each respective attachment element, each step of the at least two steps adapted to receive attachment of one of the multiple thin samples, the at least two steps of each respective attachment element located at different distances from the base, and wherein each attachment element has a top end with a different shape from the other attachment elements; and each respective attachment element has an opposite side from the at least two steps, the opposite side extending to a left side of each respective attachment element, the opposite side including no steps and further adapted to receive one of the multiple thin samples attached at a sufficient distance from a bulk of the TEM grid to minimize the risk of redeposition from the TEM grid . a holder body having an outer edge and an inner edge ; multiple attachment elements attached to the holder body, each respective attachment element adapted for attaching multiple thin samples prepared for viewing on a TEM, each respective attachment element having a base attached to the holder body characterized in that each respective attachment element extends from the inner edge , one side of each respective attachment element has at least two steps extending to a right side of each respective attachment element, each step of the at least two steps adapted to receive attachment of one of the multiple thin samples, the at least two steps of each respective attachment element located at different distances from the base, and wherein each attachment element has a top end with a different shape from the other attachment elements; and each respective attachment element has an opposite side from the at least two steps, the opposite side extending to a left side of each respective attachment element, the opposite side including no steps and further adapted to receive one of the multiple thin samples attached at a sufficient distance from a bulk of the TEM grid to minimize the risk of redeposition from the TEM grid .
A battery , comprising a case , an accommodation space being formed inside the case ; at least one row of battery cells , the at least one row of battery cells being arranged in the accommodation space, and each row of battery cells comprising at least two battery cells arranged opposite each other in a first direction; and a support member , the support member extending in the first direction, and two ends of the support member being fixed to the case , the support member comprises a support rod and a base located at an end of the support rod , wherein the base is connected to the side wall of the case , characterized in that an adhesive surface is formed on the base , and the adhesive surface abuts against the side wall of the case and is connected to the side wall by means of gluing. a case , an accommodation space being formed inside the case ; at least one row of battery cells , the at least one row of battery cells being arranged in the accommodation space, and each row of battery cells comprising at least two battery cells arranged opposite each other in a first direction; and a support member , the support member extending in the first direction, and two ends of the support member being fixed to the case , the support member comprises a support rod and a base located at an end of the support rod , wherein the base is connected to the side wall of the case , characterized in that an adhesive surface is formed on the base , and the adhesive surface abuts against the side wall of the case and is connected to the side wall by means of gluing.
A compound of a Formula I: wherein: X is -NH- or -N(CH 3 )-; L is O; B is C-F or N; Z is CH 2 , 0, NH or NR a R a is: C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, or C 3-6 cycloalkyl, each of which can be independently substituted with up to three independently selected R b groups; or aryl optionally substituted with up to five independently selected R b ; and each R b is independently selected from H, halogen, NH 2 , NO 2 , OH, C(=O)OH, CN, and C 1-4 alkyl; in free or salt form; optionally in an isolated or purified free or salt form. X is -NH- or -N(CH 3 )-; L is O; B is C-F or N; Z is CH 2 , 0, NH or NR a R a is: C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, or C 3-6 cycloalkyl, each of which can be independently substituted with up to three independently selected R b groups; or aryl optionally substituted with up to five independently selected R b ; and each R b is independently selected from H, halogen, NH 2 , NO 2 , OH, C(=O)OH, CN, and C 1-4 alkyl; in free or salt form; optionally in an isolated or purified free or salt form. C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, or C 3-6 cycloalkyl, each of which can be independently substituted with up to three independently selected R b groups; or aryl optionally substituted with up to five independently selected R b ; and each R b is independently selected from H, halogen, NH 2 , NO 2 , OH, C(=O)OH, CN, and C 1-4 alkyl; in free or salt form; optionally in an isolated or purified free or salt form.
A method of manufacturing a thermal management device, the method comprising: radiantly heating an unsealed chamber of the thermal management device that is filled with a working fluid , further comprising weighing the thermal management device and working fluid while radiantly heating the unsealed chamber .
An absorbent composite comprising: a nonwoven substrate, an absorbent layer, and a cover layer, wherein the nonwoven substrate comprises a nonwoven support sheet hydroentangled with a carded fiber web; wherein the absorbent layer comprises super absorbent polymer particles coated with microfibrillated cellulose; wherein the cover layer is a tissue or a nonwoven fabric and is co-extensive with the absorbent layer and is not mechanically or chemically treated adhere to the absorbent layer, wherein upon drying the microfibrillated cellulose binds the cover layer to the superabsorbent polymer particles and to the carded fiber web through hydrogen bonding, and wherein no adhesive is utilized to adhere the cover layer to the absorbent layer. a nonwoven substrate, an absorbent layer, and a cover layer, wherein the nonwoven substrate comprises a nonwoven support sheet hydroentangled with a carded fiber web; wherein the absorbent layer comprises super absorbent polymer particles coated with microfibrillated cellulose; wherein the cover layer is a tissue or a nonwoven fabric and is co-extensive with the absorbent layer and is not mechanically or chemically treated adhere to the absorbent layer, wherein upon drying the microfibrillated cellulose binds the cover layer to the superabsorbent polymer particles and to the carded fiber web through hydrogen bonding, and wherein no adhesive is utilized to adhere the cover layer to the absorbent layer.
A base station comprising: a generation section that is configured to generate a master information block, MIB, including a parameter selected based on an operation mode during narrow band communication, wherein the operation mode is one of an in-band operation mode, a guard-band operation mode and a stand-alone operation mode; and a transmission section that is configured to transmit the MIB, wherein, only when the operation mode is the in-band operation mode and Z only when a physical cell indicator of an NB-IoT system is different from a physical cell indicator of LTE, the MIB includes a cell-specific reference signal, CRS, port parameter indicating the number of antenna ports of the CRS. a generation section that is configured to generate a master information block, MIB, including a parameter selected based on an operation mode during narrow band communication, wherein the operation mode is one of an in-band operation mode, a guard-band operation mode and a stand-alone operation mode; and a transmission section that is configured to transmit the MIB, wherein, only when the operation mode is the in-band operation mode and Z only when a physical cell indicator of an NB-IoT system is different from a physical cell indicator of LTE, the MIB includes a cell-specific reference signal, CRS, port parameter indicating the number of antenna ports of the CRS.
MR local coil comprising - an antenna unit having at least one antenna for receiving and/or transmitting HF signals, - a connection cable for connecting the MR local coil to a magnetic resonance apparatus , - a flat transmission element for transmitting energy and/or signals between the connection cable and the antenna unit , wherein the connection cable is designed so as to be rotated on a connecting site of the connection cable to the antenna unit about an axis of rotation relative to the antenna unit, characterised in that the transmission element is at least in part arranged about the axis of rotation (R) in a spiral manner, wherein the transmission element describes a coil having at least one half winding about the axis of rotation. - an antenna unit having at least one antenna for receiving and/or transmitting HF signals, - a connection cable for connecting the MR local coil to a magnetic resonance apparatus , - a flat transmission element for transmitting energy and/or signals between the connection cable and the antenna unit , wherein the connection cable is designed so as to be rotated on a connecting site of the connection cable to the antenna unit about an axis of rotation relative to the antenna unit, characterised in that the transmission element is at least in part arranged about the axis of rotation (R) in a spiral manner, wherein the transmission element describes a coil having at least one half winding about the axis of rotation.
A process for the preparation of low density polyethylene (LDPE) wherein the polymerisation takes place in a tubular reactor at peak temperatures ranging from 180 °C to 350 °C and at pressures ranging from 150 to 350 MPa and wherein the total effective length of the polymerisation reactor divided by the number of reaction zones is in the range from 230 to 350 m, wherein the average ΔT is ≤ 55 °C and wherein the sum of all ΔT's (ΣΔT) is in the range from 100 to 350°C, wherein average ΔT is defined as sum of all ΔT's, divided by the number of reaction zones. ΔT is defined as the temperature difference of the peak temperature and the previous valley temperature. For the first peak, ΔT is defined as the temperature difference of the first peak temperature and the starting temperature.
Method for detecting a free or occupied parking area on at least one road section , including the steps of: - travelling along the road section by means of a detection vehicle in a direction of travel, - determining lateral distances between objects which are in the form of vehicles, wherein the vehicles are arranged laterally with respect to the direction of travel of the detection vehicle, and the detection vehicle by means of a determination device arranged in the detection vehicle , characterized by the following steps: - the determination device knows in advance a usable width of the road section , wherein the usable width represents a drivable width of the road section between vehicles parked on both sides of the road section ; - wherein the determination device knows that the road section has parking areas on both sides; and - comparing the determined lateral distances to the usable width ; and - detecting the occupied or free parking area by means of the comparison, - wherein the method is used to complete incomplete parking space maps, wherein, if the usable width measured in the form of the measured lateral distance matches the known usable width, it is inferred that the parking area is occupied, wherein as a result parked vehicles are used to identify parking areas, or wherein free parking areas, so-called parking spaces, are linked to identification of characteristic echo images, wherein a sequence of parked vehicle-parking space or parking space-parked vehicle must be present in each case in order to identify the free parking area. - travelling along the road section by means of a detection vehicle in a direction of travel, - determining lateral distances between objects which are in the form of vehicles, wherein the vehicles are arranged laterally with respect to the direction of travel of the detection vehicle, and the detection vehicle by means of a determination device arranged in the detection vehicle , characterized by the following steps: - the determination device knows in advance a usable width of the road section , wherein the usable width represents a drivable width of the road section between vehicles parked on both sides of the road section ; - wherein the determination device knows that the road section has parking areas on both sides; and - comparing the determined lateral distances to the usable width ; and - detecting the occupied or free parking area by means of the comparison, - wherein the method is used to complete incomplete parking space maps, wherein, if the usable width measured in the form of the measured lateral distance matches the known usable width, it is inferred that the parking area is occupied, wherein as a result parked vehicles are used to identify parking areas, or
A method for operating a security tag , comprising: coupling the security tag to an article by at least partially inserting an attachment assembly into a tag body ; performing core security tag functions by a first electronic circuit disposed within the tag body of the security tag to protect the article from an unauthorized removal of the article from an area; and performing at least one first peripheral security tag function by a second electronic circuit disposed within the attachment assembly of the security tag the first and second electronic circuits being electrically connected to each other via an elongate tack body extending down and away from a tack head of the attachment assembly; characterized in that the elongate tack body comprises a plurality of conductive segments separated from each other by a plurality of insulative elements, each said conductive segment contacting a respective electrical contact of a plurality of electrical contacts disposed within the tag body so as to establish an electrical connection between the first and second electronic circuits. coupling the security tag to an article by at least partially inserting an attachment assembly into a tag body ; performing core security tag functions by a first electronic circuit disposed within the tag body of the security tag to protect the article from an unauthorized removal of the article from an area; and performing at least one first peripheral security tag function by a second electronic circuit disposed within the attachment assembly of the security tag the first and second electronic circuits being electrically connected to each other via an elongate tack body extending down and away from a tack head of the attachment assembly; characterized in that the elongate tack body comprises a plurality of conductive segments separated from each other by a plurality of insulative elements, each said conductive segment contacting a respective electrical contact of a plurality of electrical contacts disposed within the tag body so as to establish an electrical connection between the first and second electronic circuits.
A cassette assembly attachable to an end portion of a waterborne vessel , the cassette assembly comprising: a cassette section to bear against an external structure in use, the cassette section movable relative to the vessel in a direction towards an opposite end of the vessel; and a resilient buffer system to counter movement of the cassette section when the vessel is moved towards the external structure, wherein the resilient buffer system comprises a fluid-operated buffer, characterised in that the cassette section is rotatable in a horizontal plane relative to the vessel . a cassette section to bear against an external structure in use, the cassette section movable relative to the vessel in a direction towards an opposite end of the vessel; and a resilient buffer system to counter movement of the cassette section when the vessel is moved towards the external structure, wherein the resilient buffer system comprises a fluid-operated buffer, characterised in that the cassette section is rotatable in a horizontal plane relative to the vessel .
A bicycle kickstand installation adapter comprising: a fixing body to be fixed to each of the left and right chain stays ; the chain stays are part of a frame of a quick release type bicycle; an affixing piece to be fixed to said each fixing body and extend along the chain stay ; a spacer to be interposed between left and right rear end located at a rear end of the frame and the corresponding affixing piece , wherein the affixing piece is fixed to a vertical bar upper end of a dual-leg kickstand in an approximate C shape, which is installed at the rear end, the fixing body comprises an inner block and an outer block to sandwich the chain stay from left and right, and the fixing body further comprises a uniting member to unite the inner block , the outer block , and the affixing piece with each other, characterized in that the outer block comprises a through hole through which a shift wire can be passed, the through hole passing through the outer block along the chain stay in a state where the outer block is attached to the chain stay . a fixing body to be fixed to each of the left and right chain stays ; the chain stays are part of a frame of a quick release type bicycle; an affixing piece to be fixed to said each fixing body and extend along the chain stay ; a spacer to be interposed between left and right rear end located at a rear end of the frame and the corresponding affixing piece , wherein the affixing piece is fixed to a vertical bar upper end of a dual-leg kickstand in an approximate C shape, which is installed at the rear end, the fixing body comprises an inner block and an outer block to sandwich the chain stay from left and right, and the fixing body further comprises a uniting member to unite the inner block , the outer block , and the affixing piece with each other, characterized in that the outer block comprises a through hole through which a shift wire can be passed, the through hole passing through the outer block along the chain stay in a state where the outer block is attached to the chain stay .