mhurhangee/patent-ind-claim-en huggingface dataset:
An isolated nucleic acid molecule comprising a polynucleotide that encodes a chimeric polypeptide comprising a polypeptide of interest and a synthetic chloroplast transit peptide (CTP), the polynucleotide comprising: a nucleotide sequence that encodes the synthetic CTP, operably linked in frame to a nucleotide sequence that encodes the polypeptide of interest, wherein the synthetic CTP is at least 80% identical to the chloroplast transit peptide of SEQ ID NO:11 over its entire length, wherein the synthetic CTP functions to target the polypeptide of interest to a plastid in a plastid-containing cell. a nucleotide sequence that encodes the synthetic CTP, operably linked in frame to a nucleotide sequence that encodes the polypeptide of interest, wherein the synthetic CTP is at least 80% identical to the chloroplast transit peptide of SEQ ID NO:11 over its entire length, wherein the synthetic CTP functions to target the polypeptide of interest to a plastid in a plastid-containing cell.
A catalyst module comprising: a layer of structural catalyst bodies arranged in a pleated format having n number of pleats, the structural catalyst bodies forming pleat inlet faces and pleat outlet faces , the module being of width W , and the pleat inlet face being of width s, the structural catalyst bodies having a depth ( d ) extending between a fluid stream inlet face and a fluid stream outlet face, wherein fluid flow channels defined by inner partition walls of the structural catalyst bodies extend from the pleat inlet faces to the pleat outlet faces and the pleat inlet faces form an angle (δ) with an inlet face of the module ranging from 55 degrees to 87 degrees; the layer has a percent open area ranging from 50 to 85; the ratio d / s ranges from 0.003 to 0.3; and W 2 ⁢ ns has a value 0.1-0.9. a layer of structural catalyst bodies arranged in a pleated format having n number of pleats, the structural catalyst bodies forming pleat inlet faces and pleat outlet faces , the module being of width W , and the pleat inlet face being of width s, the structural catalyst bodies having a depth ( d ) extending between a fluid stream inlet face and a fluid stream outlet face, wherein fluid flow channels defined by inner partition walls of the structural catalyst bodies extend from the pleat inlet faces to the pleat outlet faces and the pleat inlet faces form an angle (δ) with an inlet face of the module ranging from 55 degrees to 87 degrees; the layer has a percent open area ranging from 50 to 85; the ratio d / s ranges from 0.003 to 0.3; and W 2 ⁢ ns has a value 0.1-0.9.
A battery, comprising: a plurality of battery cells , the battery cell comprising a housing , the housing being configured to be actuated when an internal pressure or temperature of the housing reaches a threshold, to relieve the internal pressure of the housing ; a plurality of first boxes , the first box being configured to accommodate at least one battery cell of the plurality of battery cells , the first box comprising a pressure relief region , and the pressure relief region being configured to relieve an internal pressure of the first box ; and a second box , the second box being configured to accommodate the plurality of first boxes ; wherein the second box comprises an electrical chamber , a collection chamber and an isolation component , and the electrical chamber is configured to accommodate the plurality of first boxes , the collection chamber is configured to collect emissions from the first box , and the isolation component is configured to isolate the electrical chamber and the collection chamber , so that the electrical chamber and the collection chamber are disposed on both sides of the isolation component . a plurality of battery cells , the battery cell comprising a housing , the housing being configured to be actuated when an internal pressure or temperature of the housing reaches a threshold, to relieve the internal pressure of the housing ; a plurality of first boxes , the first box being configured to accommodate at least one battery cell of the plurality of battery cells , the first box comprising a pressure relief region , and the pressure relief region being configured to relieve an internal pressure of the first box ; and a second box , the second box being configured to accommodate the plurality of first boxes ; wherein the second box comprises an electrical chamber , a collection chamber and an isolation component , and the electrical chamber is configured to accommodate the plurality of first boxes , the collection chamber is configured to collect emissions from the first box , and the isolation component is configured to isolate the electrical chamber and the collection chamber , so that the electrical chamber and the collection chamber are disposed on both sides of the isolation component .
A method for commissioning a conveyor system, wherein the method comprises: - providing an optically readable code containing one or more parameters of a conveyor component and/or a link, such as a URL, to one or more parameters of the conveyor component, and attaching and/or printing said code to said conveyor component, - reading data of the optically readable code with a reader device , - transferring the data read from the optically readable code and/or downloaded from the link of the optically readable code to a control unit controlling the conveyor component and/or conveyor system via a wireless or wired communication interface, and - receiving the data by the control unit and storing the parameters to a memory of the control unit. - providing an optically readable code containing one or more parameters of a conveyor component and/or a link, such as a URL, to one or more parameters of the conveyor component, and attaching and/or printing said code to said conveyor component, - reading data of the optically readable code with a reader device , - transferring the data read from the optically readable code and/or downloaded from the link of the optically readable code to a control unit controlling the conveyor component and/or conveyor system via a wireless or wired communication interface, and - receiving the data by the control unit and storing the parameters to a memory of the control unit.
Valve arrangement, comprising a first and a second working connection (1; 2) which can be connected to a pneumatic drive, and a first and a second directional valve (4, 29; 12) which are each electro-pneumatically pilot-controlled, in which one or both directional valves (4, 29; 12) is or are arranged upstream of the working connections (1; 2) for acting upon and venting same, the preliminary stages (7; 13) of the two directional valves (4, 29; 12) being designed to be automatically resetting and the second directional valve being designed to alternately assume a rest position and a switching position, and the preliminary stage of the first directional valve having an external control connection (8; 8') which can be acted upon by means of the second directional valve in the switching position thereof and can be vented by means of said valve in the rest position thereof, characterized in that the second directional valve , as a resetting device for a main stage , has an air spring which can be acted upon and vented externally by means of the first directional valve , and a change in state between acting on or venting the air spring of the second directional valve , after the first directional valve has assumed a switching position, only takes place depending on the change in the switching state of the first directional valve , and a change in state between acting or venting at one of the two working connections (1; 2), after acting or venting which previously took place when the second directional valve assumed the switching position, only takes place depending on the second directional valve assuming the rest position.
Bicycle pedal adapter configured to be clicked onto a bicycle pedal which is intended and constructed to be used for a bicycle shoe having a cleat, wherein the bicycle pedal adapter is configured to convert the bicycle pedal to a bicycle pedal suitable to be used with a normal shoe without a cleat, wherein the bicycle pedal adapter is flat, wherein the bicycle pedal adapter comprises a main body having a height , a width and a length , wherein the width is more than four times the height and wherein the length is more than five times the height, and wherein the main body has a front end and a rear end , the bicycle pedal adapter comprising: - a front coupling at the front end, the front coupling being configured to mate with a front clamping member of the bicycle pedal and - a rear coupling at the rear end, the rear coupling being configured to mate with a rear clamping member of the bicycle pedal, and wherein the bicycle pedal adapter is configured to be clicked onto the bicycle pedal and to be uncoupled from the bicycle pedal, and wherein the bicycle pedal adapter comprises a foot support surface which faces upwards, wherein the main body does not comprise a plurality of coupling holes via which the bicycle pedal adapter can be connected to a bicycle shoe via a connecting member, characterized in that the bicycle pedal adapter does not have a toe-clip, and in that in side view the foot support surface follows a straight line. - a front coupling at the front end, the front coupling being configured to mate with a front clamping member of the bicycle pedal and - a rear coupling at the rear end, the rear coupling being configured to mate with a rear clamping member of the bicycle pedal, and
An oven comprising a cooking cavity , a stirring member extending, in use, into foodstuff contained in a vessel disposed in the cooking cavity as well as drive means to provide, in use, relative movement between the stirring member and the vessel , characterized in that the drive means comprises means to rotate, in use, the vessel with respect to the stirring member about a rotating axis , whilst the oven comprises a swivel means comprising a motor to swivel, in use, the stirring member by means of the motor about a swivel axis extending at an angle of between 60-120 degrees, preferably substantially perpendicular to the rotating axis .
A data reception method of an electronic device in a wireless communication system supporting a channel bonding technique, the method comprising: monitoring a predetermined band with a smallest bandwidth for receiving a preamble among a plurality of bands forming a total bandwidth and aggregable by the channel bonding technique; switching from the band with the smallest bandwidth to a band with a data transmission bandwidth; and receiving data in the band with the data transmission bandwidth; characterized by acquiring, when the preamble is received, information on the data transmission bandwidth and switching interval duration from the preamble . monitoring a predetermined band with a smallest bandwidth for receiving a preamble among a plurality of bands forming a total bandwidth and aggregable by the channel bonding technique; switching from the band with the smallest bandwidth to a band with a data transmission bandwidth; and receiving data in the band with the data transmission bandwidth; characterized by acquiring, when the preamble is received, information on the data transmission bandwidth and switching interval duration from the preamble .
A mobile terminal comprising: a frame made of a metal and provided within a terminal body; a printed circuit board spaced apart from one surface of the frame and having various electronic components mounted thereon; and a shield can disposed on the printed circuit board in a manner of facing the frame , and capable of shielding electromagnetic waves by covering the electronic components , wherein the shield can is provided with a ground unit that is formed at at least one region and protruding toward the frame so as to be electrically connected to the frame wherein the ground unit comprises: a contact portion brought into surface-contact with the frame ; and a connecting portion connecting the shield can and the contact portion to each other, wherein the connecting portion is extending from a main surface portion of the shield can , wherein through holes are formed between the ground unit and the main surface portion and wherein the contact portion is formed parallel to the main surface portion . a frame made of a metal and provided within a terminal body; a printed circuit board spaced apart from one surface of the frame and having various electronic components mounted thereon; and a shield can disposed on the printed circuit board in a manner of facing the frame , and capable of shielding electromagnetic waves by covering the electronic components , wherein the shield can is provided with a ground unit that is formed at at least one region and protruding toward the frame so as to be electrically connected to the frame wherein the ground unit comprises: a contact portion brought into surface-contact with the frame ; and a connecting portion connecting the shield can and the contact portion to each other, a contact portion brought into surface-contact with the frame ; and a connecting portion connecting the shield can and the contact portion to each other, wherein the connecting portion is extending from a main surface portion of the shield can , wherein through holes are formed between the ground unit and the main surface portion and wherein the contact portion is formed parallel to the main surface portion .
A landing device for a low gravity lander having a main body , the landing device comprising a number of leg-like rods , the number of leg-like rods being attachable to a common first side surface of the main body , wherein, in the deployment position of the rods , each of the number of rods is inclined with regard to a plane of the first side surface of the main body such that the rods substantially extend in a direction of movement of the low gravity lander , and wherein the number of rods is made such that they bend or buckle under forces within a predetermined range by an impact due to a landing on a landing surface , thereby absorbing an impact momentum, characterised in that the number of leg-like rods is deployable from a stowage position to a deployment position during a landing process.
A magnetic resonance (MR) system for imaging a subject, said system comprising an MR scanner and an electronic data processing device configured to control the MR scanner to: perform a plurality of repetitions of a black blood imaging sequence , the black blood imaging sequence including a tissue nulling sub-sequence followed by a black blood acquisition sub-sequence performed a black blood time interval (TI) after the tissue nulling sub-sequence; and between successive repetitions of the black blood imaging sequence , perform a bright blood imaging sequence including the tissue nulling sub-sequence followed by a bright blood acquisition sub-sequence performed a bright blood time interval (TI) after the tissue nulling sub-sequence; wherein the black blood time interval (TI) of the black blood imaging sequence and the bright blood time interval of the bright blood imaging sequence are of the same duration, wherein the black blood imaging sequence further includes one or more consecutive pairs of RF pulses interposed between the tissue nulling sub-sequence and the black blood acquisition sub-sequence during the black blood time interval (TI), characterized in that the bright blood imaging sequence includes one or more consecutive pairs of RF pulses interposed between the tissue nulling sub-sequence and the bright blood acquisition sub-sequence during the bright blood time interval (TI) . perform a plurality of repetitions of a black blood imaging sequence , the black blood imaging sequence including a tissue nulling sub-sequence followed by a black blood acquisition sub-sequence performed a black blood time interval (TI) after the tissue nulling sub-sequence; and between successive repetitions of the black blood imaging sequence , perform a bright blood imaging sequence including the tissue nulling sub-sequence followed by a bright blood acquisition sub-sequence performed a bright blood time interval (TI) after the tissue nulling sub-sequence; wherein the black blood time interval (TI) of the black blood imaging sequence and the bright blood time interval of the bright blood imaging sequence are of the same duration, wherein the black blood imaging sequence further includes one or more consecutive pairs of RF pulses interposed between the tissue nulling sub-sequence and the black blood acquisition sub-sequence during the black blood time interval (TI), characterized in that the bright blood imaging sequence includes one or more consecutive pairs of RF pulses interposed between the tissue nulling sub-sequence and the bright blood acquisition sub-sequence during the bright blood time interval (TI) .
A method for manufacturing a curved grating in which a curved grating is prepared by forming a curved grating mold through the following processes to and transferring the mold to a resin substrate: the process of forming a diffraction pattern on a silicon substrate ; the process of superimposing the silicon substrate with the diffraction pattern formed thereon and an amorphous material substrate on each other in such a way that the diffraction pattern faces a face side of the amorphous material substrate , and transferring the diffraction pattern to a main surface of the amorphous material substrate ; the process of pressing a curved substrate having a convex curved surface on one main surface against a surface opposite the surface of the amorphous material substrate with the diffraction pattern transferred thereto while abutting the one main surface side, and thereby curving the amorphous material substrate by plastic deformation; and the process of fixing a concave surface opposite the main surface of the curved amorphous material substrate , and a convex curved surface of a fixed substrate having the convex curved surface, and thereby forming a curved grating mold . the process of forming a diffraction pattern on a silicon substrate ; the process of superimposing the silicon substrate with the diffraction pattern formed thereon and an amorphous material substrate on each other in such a way that the diffraction pattern faces a face side of the amorphous material substrate , and transferring the diffraction pattern to a main surface of the amorphous material substrate ; the process of pressing a curved substrate having a convex curved surface on one main surface against a surface opposite the surface of the amorphous material substrate with the diffraction pattern transferred thereto while abutting the one main surface side, and thereby curving the amorphous material substrate by plastic deformation; and the process of fixing a concave surface opposite the main surface of the curved amorphous material substrate , and a convex curved surface of a fixed substrate having the convex curved surface, and thereby forming a curved grating mold .
A handheld computing device , comprising: a housing having a plurality of side surfaces; a plurality of force sensors , including one or more force sensors located along each of at least two different side surfaces; and a processor communicatively coupled to the plurality of force sensors, the processor capable of using one or more of the plurality of force sensors to detect a force exceeding a first threshold when the force is applied to the two different side surfaces, characterised by : determining a duration of the detected force exceeding a second threshold; and initiating an operation based on the detected force exceeding the first threshold and the duration exceeding the second threshold. a housing having a plurality of side surfaces; a plurality of force sensors , including one or more force sensors located along each of at least two different side surfaces; and a processor communicatively coupled to the plurality of force sensors, the processor capable of using one or more of the plurality of force sensors to detect a force exceeding a first threshold when the force is applied to the two different side surfaces, characterised by : determining a duration of the detected force exceeding a second threshold; and initiating an operation based on the detected force exceeding the first threshold and the duration exceeding the second threshold. determining a duration of the detected force exceeding a second threshold; and initiating an operation based on the detected force exceeding the first threshold and the duration exceeding the second threshold.
A guide device for augmenting an anatomic structure , comprising: a body including an upper surface , a lower surface , and a peripheral surface that connects each of the upper and lower surfaces; a guide slot extending between the upper surface and the lower surface of the body at an angle α that is non-parallel and non-perpendicular relative to the upper and lower surfaces, the guide slot configured for receipt of a shaping device that shapes the anatomic structure at the angle α; and a plurality of alignment members extending from the lower surface that are configured to removably couple and position the body on the anatomic structure, characterised in that one of the alignment members includes a cylindrical proximal portion unitary or connected to the body , a cylindrical middle portion unitary or connected to the proximal portion , and a cylindrical distal portion unitary or connected to the middle portion , wherein the proximal portion includes a diameter that is greater than the middle portion , and the middle portion includes a diameter that is greater than distal portion . a body including an upper surface , a lower surface , and a peripheral surface that connects each of the upper and lower surfaces; a guide slot extending between the upper surface and the lower surface of the body at an angle α that is non-parallel and non-perpendicular relative to the upper and lower surfaces, the guide slot configured for receipt of a shaping device that shapes the anatomic structure at the angle α; and a plurality of alignment members extending from the lower surface that are configured to removably couple and position the body on the anatomic structure, characterised in that one of the alignment members includes a cylindrical proximal portion unitary or connected to the body , a cylindrical middle portion unitary or connected to the proximal portion , and a cylindrical distal portion unitary or connected to the middle portion , wherein the proximal portion includes a diameter that is greater than the middle portion , and the middle portion includes a diameter that is greater than distal portion .