mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting a target molecule, comprising: forming a complex of a target molecule, a capture oligonucleotide, an oligonucleotide primer, and a single-stranded circular DNA; performing a nucleic acid amplification reaction by rolling circle amplification based on the formation of the complex; and detecting amplified nucleic acid; wherein the single-stranded circular DNA contains a first region, and a second region linked to the 3'-side of the first region; the oligonucleotide primer contains a first aptamer sequence which binds to the target molecule, and a sequence which is linked to the 3'-side of the first aptamer sequence and is complementary to the first region of the single-stranded circular DNA; and the capture oligonucleotide contains a sequence complementary to the second region of the single-stranded circular DNA, and a second aptamer sequence which is linked to the 3'-side of the sequence complementary to the second region and binds to the target molecule. forming a complex of a target molecule, a capture oligonucleotide, an oligonucleotide primer, and a single-stranded circular DNA; performing a nucleic acid amplification reaction by rolling circle amplification based on the formation of the complex; and detecting amplified nucleic acid; the single-stranded circular DNA contains a first region, and a second region linked to the 3'-side of the first region; the oligonucleotide primer contains a first aptamer sequence which binds to the target molecule, and a sequence which is linked to the 3'-side of the first aptamer sequence and is complementary to the first region of the single-stranded circular DNA; and the capture oligonucleotide contains a sequence complementary to the second region of the single-stranded circular DNA, and a second aptamer sequence which is linked to the 3'-side of the sequence complementary to the second region and binds to the target molecule.
Apparatus for treating containers being transported in groups along a conveying path in cyclic operation with a medium, in particular a gaseous, vaporous, or liquid medium, comprising at least one linear holding apparatus with a plurality of container holders for the suspended holding of the containers , at least one treatment station, comprising at least one treatment device with a supply line for the medium and a plurality of outlet heads , connected by respective branch lines to the supply line , wherein at least the outlet heads can be moved by means of a drive together as a group in a vertical direction, wherein each outlet head has a vertically oriented longitudinal axis (LA) and an outlet line , extending along the longitudinal axis (LA) and connected via the branch line to the central supply line , for discharging the medium into the containers , wherein the outlet line for treating the container can be introduced at least in sections into the container held suspended in the container holder , characterised in that at least one controllable restraining mechanism is assigned to each outlet head , wherein the apparatus further comprises at least one control means which is in communicative connection with the restraining mechanism , and wherein the controllable restraining mechanism comprises at least one restraining element and is configured such as to restrain at least the outlet line of a respective outlet head , in a controlled manner as required, in a restraining position (P1), wherein the apparatus further comprises at least one sensory detection unit for detecting the presence of containers in the container holders of the holding device , wherein the sensory detection unit is in communicative connection with the control means . at least one controllable restraining mechanism is assigned to each outlet head , wherein the apparatus further comprises at least one control means which is in communicative connection with the restraining mechanism , and wherein the controllable restraining mechanism comprises at least one restraining element and is configured such as to restrain at least the outlet line of a respective outlet head , in a controlled manner as required, in a restraining position (P1), wherein the apparatus further comprises at least one sensory detection unit for detecting the presence of containers in the container holders of the holding device , wherein the sensory detection unit is in communicative connection with the control means .
An orthopaedic implant , comprising: an implant body comprising a biocompatible material and configured to be implanted at an anatomical location, said implant body defining a surface; and a porous material at least one of attached to and integral with said surface of said implant body , said porous material having a plurality of grooves formed therein; characterized in that : said implant body is a semi-spherical shell defining an apex and a bottom and at least a first groove of said plurality of grooves extends in a helical manner from at least one of said apex towards said bottom and said bottom towards said apex . an implant body comprising a biocompatible material and configured to be implanted at an anatomical location, said implant body defining a surface; and a porous material at least one of attached to and integral with said surface of said implant body , said porous material having a plurality of grooves formed therein; characterized in that : said implant body is a semi-spherical shell defining an apex and a bottom and at least a first groove of said plurality of grooves extends in a helical manner from at least one of said apex towards said bottom and said bottom towards said apex .
A method for presenting an embedded web browser in a graphical display view of a process plant, the method comprising: receiving or storing, at a user interface device included in an operating environment of a process plant, an instance of a web browser object for presenting a web browser with web content within a graphical display view, the instance of the web browser object including a source address from which to present the web content and having one or more presentation parameters defining visual attributes of, or restrictions on functions performed within, the web browser in the graphical display view; presenting, at the user interface device during runtime of the process plant, the graphical display view including (i) the web browser with the web content from the source address presented according to the one or more presentation parameters, and (ii) indications of one or more process control elements including at least one of a control module, a function block, a process plant entity, or a process section of the process plant. receiving or storing, at a user interface device included in an operating environment of a process plant, an instance of a web browser object for presenting a web browser with web content within a graphical display view, the instance of the web browser object including a source address from which to present the web content and having one or more presentation parameters defining visual attributes of, or restrictions on functions performed within, the web browser in the graphical display view; presenting, at the user interface device during runtime of the process plant, the graphical display view including (i) the web browser with the web content from the source address presented according to the one or more presentation parameters, and (ii) indications of one or more process control elements including at least one of a control module, a function block, a process plant entity, or a process section of the process plant.
A system , comprising: a load moving machine , comprising: a frame ; and a movable assembly coupled to the frame, wherein the movable assembly comprises a lift portion , a rotational portion , a first translational portion , and a second translational portion ; characterized in that : the movable assembly further comprises a spreader bar comprising one or more load couplings ; wherein the spreader bar comprises a slot extending lengthwise along the spreader bar , the lift portion comprises a first stabilizing guide disposed in the slot , and the lift portion comprises second and third stabilizing guides disposed outside of the slot on opposite sides of the spreader bar . a frame ; and a movable assembly coupled to the frame, wherein the movable assembly comprises a lift portion , a rotational portion , a first translational portion , and a second translational portion ; characterized in that : the movable assembly further comprises a spreader bar comprising one or more load couplings ; wherein the spreader bar comprises a slot extending lengthwise along the spreader bar , the lift portion comprises a first stabilizing guide disposed in the slot , and the lift portion comprises second and third stabilizing guides disposed outside of the slot on opposite sides of the spreader bar . the movable assembly further comprises a spreader bar comprising one or more load couplings ; wherein the spreader bar comprises a slot extending lengthwise along the spreader bar , the lift portion comprises a first stabilizing guide disposed in the slot , and the lift portion comprises second and third stabilizing guides disposed outside of the slot on opposite sides of the spreader bar .
A compressor for a refrigeration device, the refrigeration device comprising a coupling assembly and a frequency converter connected to one end of the coupling assembly, wherein the compressor comprises: a first shell; and a permanent magnet motor being set in the first shell and connected to the other end of the coupling assembly; wherein a critical rotation speed of the permanent magnet motor is n0, wherein the critical rotation speed is the rotation speed at which the efficiency of the star connection winding of permanent magnet motor is in a decline mode, and the efficiency of the angle connection winding of the permanent magnet motor is in rising mode; a number of poles of the permanent magnet motor is P; when a winding of the permanent magnet motor is in star connection, a busbar voltage of the frequency converter is Udc, a no-load back-EMF coefficient of the permanent magnet motor is E0, when a preset rotation speed of the permanent magnet motor is n1, a direct axis inductance of the permanent magnet motor is Ld, and an output current of the frequency converter is I1, characterized in that : a relationship between the E0, the P, the I1, the Ld, the n1, and the Udc satisfies (EO - P × I1 × Ld) × n1 ≥ 0.6 Udc, wherein n1 < n0, and n0 - n1 ≤ 1 revolutions per second, r/s, and when the winding of the permanent magnet motor is in star connection, a rotation speed of the permanent magnet motor is less than the n0. a first shell; and a permanent magnet motor being set in the first shell and connected to the other end of the coupling assembly; wherein a critical rotation speed of the permanent magnet motor is n0, wherein the critical rotation speed is the rotation speed at which the efficiency of the star connection winding of permanent magnet motor is in a decline mode, and the efficiency of the angle connection winding of the permanent magnet motor is in rising mode; a number of poles of the permanent magnet motor is P; when a winding of the permanent magnet motor is in star connection, a busbar voltage of the frequency converter is Udc, a no-load back-EMF coefficient of the permanent magnet motor is E0, when a preset rotation speed of the permanent magnet motor is n1, a direct axis inductance of the permanent magnet motor is Ld, and an output current of the frequency converter is I1, characterized in that : a relationship between the E0, the P, the I1, the Ld, the n1, and the Udc satisfies (EO - P × I1 × Ld) × n1 ≥ 0.6 Udc, wherein n1 < n0, and n0 - n1 ≤ 1 revolutions per second, r/s, and when the winding of the permanent magnet motor is in star connection, a rotation speed of the permanent magnet motor is less than the n0. a relationship between the E0, the P, the I1, the Ld, the n1, and the Udc satisfies (EO - P × I1 × Ld) × n1 ≥ 0.6 Udc, wherein n1 < n0, and n0 - n1 ≤ 1 revolutions per second, r/s, and when the winding of the permanent magnet motor is in star connection, a rotation speed of the permanent magnet motor is less than the n0.
A method for improving a trait in a cotton plant, the method comprising: contacting an agricultural seed of said cotton plant with a formulation comprising purified filamentous, spore-forming, facultative fungal endophytes of at least one non- Alternaria Dothideomycetes selected from Cladosporium cladosporioides, Cladosporium uredinicola and Epicoccum nigrum and wherein the endophytes capable of producing substances that are beneficial to plants or detrimental to pests or both, and wherein the endophytes are present in the formulation in an amount effective to modulate the colonization frequencies of the endophytes of genus Alternaria that are native to the cotton plant, and to provide a benefit to the cotton plant compared with a cotton plant grown from a seed untreated with the non- Alternaria Dothidoemycetes facultative fungal endophytes, wherein the benefit is enhanced resistance to drought stress.
A compound of formula (I): where Ar is C 5 heteroaryl, optionally substituted by a group selected from a) OH, SH, NH 2 , OMe, SMe, NHMe, NMe 2 , OEt, NHCN, Me; b) CN, CO 2 H; c) SO 2 Me, SO 3 - Na + ; d) CH 2 Q 1 , where Q 1 is selected from OH, OMe, CI, CN, NHCOMe, SO 3 H, NR N1 R N2 , where R N1 and R N2 are either H or Me; e) C 2-3 alkyl substituted by OH; where a N-ring heteroatom may additional bear a methyl group. where Ar is C 5 heteroaryl, optionally substituted by a group selected from a) OH, SH, NH 2 , OMe, SMe, NHMe, NMe 2 , OEt, NHCN, Me; b) CN, CO 2 H; c) SO 2 Me, SO 3 - Na + ; d) CH 2 Q 1 , where Q 1 is selected from OH, OMe, CI, CN, NHCOMe, SO 3 H, NR N1 R N2 , where R N1 and R N2 are either H or Me; e) C 2-3 alkyl substituted by OH; a) OH, SH, NH 2 , OMe, SMe, NHMe, NMe 2 , OEt, NHCN, Me; b) CN, CO 2 H; c) SO 2 Me, SO 3 - Na + ; d) CH 2 Q 1 , where Q 1 is selected from OH, OMe, CI, CN, NHCOMe, SO 3 H, NR N1 R N2 , where R N1 and R N2 are either H or Me; e) C 2-3 alkyl substituted by OH; where a N-ring heteroatom may additional bear a methyl group.
A sensor device, comprising: a carrier ; a force feedback sensor connected to the carrier ; and a probe containing a spin defect , the probe being connected to the force feedback sensor either directly or indirectly via a handle structure ; characterized in that the sensor device further comprises an integrated microwave antenna arranged at a minimal distance of less than 500 micrometers from the spin defect . a carrier ; a force feedback sensor connected to the carrier ; and a probe containing a spin defect , the probe being connected to the force feedback sensor either directly or indirectly via a handle structure ; characterized in that the sensor device further comprises an integrated microwave antenna arranged at a minimal distance of less than 500 micrometers from the spin defect .
A chuck device comprising: a chuck body having a tapered hole at a front end thereof; a collet capable of being reduced in diameter and inserted into the tapered hole for holding a tool (T); a nut capable of being screwed to the chuck body to fasten the collet , and a non-alignment prevention member provided between the nut and the chuck body for suppressing relative movement by bringing the nut into radial contact with the chuck body even in time of rotation, wherein the non-alignment prevention member includes a first nut rear end side tapered surface formed in an inner circumferential surface or an outer circumferential surface of the nut at a farther rear end side than a screw portion (21; 40), and a chuck body side tapered surface formed in the chuck body for coming into contact with the first nut rear end side tapered surface when the nut is screwed up, characterised in that a fitting portion (23; 42) provided between the nut and the chuck body to allow the nut to relatively rotatably fit to the chuck body at a farther front end side than the screw portion (21; 40). a chuck body having a tapered hole at a front end thereof; a collet capable of being reduced in diameter and inserted into the tapered hole for holding a tool (T); a nut capable of being screwed to the chuck body to fasten the collet , and a non-alignment prevention member provided between the nut and the chuck body for suppressing relative movement by bringing the nut into radial contact with the chuck body even in time of rotation, wherein the non-alignment prevention member includes a first nut rear end side tapered surface formed in an inner circumferential surface or an outer circumferential surface of the nut at a farther rear end side than a screw portion (21; 40), and a chuck body side tapered surface formed in the chuck body for coming into contact with the first nut rear end side tapered surface when the nut is screwed up, characterised in that a fitting portion (23; 42) provided between the nut and the chuck body to allow the nut to relatively rotatably fit to the chuck body at a farther front end side than the screw portion (21; 40).
A system comprising: a top housing that is radially centered along a first portion of a central axis ; and a bottom housing that is radially centered along a second portion of the central axis , the bottom housing including: a printed circuit board having one or more light-emitting components ; and an annular light-guide , the annular light-guide configured to transmit light radiated from the one or more light-emitting components to provide an exterior glow under the bottom housing , characterized in that the annular light-guide includes an inner-annular portion that is a light pipe and an outer-annular portion that is a diffuser . a top housing that is radially centered along a first portion of a central axis ; and a bottom housing that is radially centered along a second portion of the central axis , the bottom housing including: a printed circuit board having one or more light-emitting components ; and an annular light-guide , the annular light-guide configured to transmit light radiated from the one or more light-emitting components to provide an exterior glow under the bottom housing , characterized in that the annular light-guide includes an inner-annular portion that is a light pipe and an outer-annular portion that is a diffuser . a printed circuit board having one or more light-emitting components ; and an annular light-guide , the annular light-guide configured to transmit light radiated from the one or more light-emitting components to provide an exterior glow under the bottom housing , characterized in that the annular light-guide includes an inner-annular portion that is a light pipe and an outer-annular portion that is a diffuser .
Pipe , comprising at least one connecting section and a terminal abutting face , wherein the connecting section being formed in an end zone of the pipe , the abutting face having a sealing protrusion , and the sealing protrusion being formed as an elevation with a first and second flank in the abutting face , wherein the connecting section having at least one sealing surface which is inclined in the direction of the end zone, characterized in that the sealing protrusion is formed in an edge region of the abutting face so that at least one of its flanks merges directly into the inclined sealing surface of the connecting section .
A shower apparatus comprising a distally disposed head attached to a housing body which matingly receives a micro bubble generating apparatus for providing a plurality of micro bubbles into an internal cavity of the housing body , the micro bubble generating apparatus comprising a housing configured to mechanically engage on an orifice nozzle and a flow of a liquid and gas mixture is distributed through the orifice nozzle into a series of passages of the micro bubble generating apparatus oriented at an angle to each other in the housing of the micro bubble generating apparatus , at the outlet of the orifice nozzle , the housing of the micro bubble generating apparatus includes an intermediate chamber provided at an outlet of the orifice nozzle , the intermediate chamber comprising side walls tapering inwardly in a direction from bottom to top towards the fluid flow, characterized in that the head has a plurality of projections for mechanically engaging a surface and further comprises a lumen in at least one of the projections through which the micro bubbles are delivered from the internal cavity , the series of passages comprising two first fluid pathways directly connected to the intermediate chamber and oriented perpendicular to the top portion of such intermediate chamber , the series of passages further comprising two second fluid pathways directly connected to and oriented perpendicular to the first fluid pathways respectively, or only a single second pathway directly connected to and oriented perpendicular to the first fluid pathways .
A pet accessory comprising: a leash having a distal end configurable to engage an animal, a proximal end defining a handle ; and a cradle shaped and configured for operatively receiving a ball therein, wherein the cradle is shaped and dimensioned to provide an interference fit to the ball, wherein the accessory is useable to lead an animal and as a slide to cast the ball, characterized in that the distal end of the leash further defines a finger loop , and in that the cradle is an elastic resiliently deformable cradle manufactured from a polymer and/or rubber material, said cradle further configured so that the leash is slidably receivable through at least a portion of an outer periphery thereof so that folding the leash about said periphery engages the ball in the cradle, wherein the accessory is useable to lead an animal and as a sling to cast the ball. a leash having a distal end configurable to engage an animal, a proximal end defining a handle ; and a cradle shaped and configured for operatively receiving a ball therein, wherein the cradle is shaped and dimensioned to provide an interference fit to the ball, wherein the accessory is useable to lead an animal and as a slide to cast the ball, characterized in that the distal end of the leash further defines a finger loop , and in that the cradle is an elastic resiliently deformable cradle manufactured from a polymer and/or rubber material, said cradle further configured so that the leash is slidably receivable through at least a portion of an outer periphery thereof so that folding the leash about said periphery engages the ball in the cradle, wherein the accessory is useable to lead an animal and as a sling to cast the ball.
A defoaming ingredient for incorporation into a detergent composition, the ingredient comprising: (i) a monoester of glycerol and an unsaturated fatty acid sorbed by, (ii) a porous carrier material having a median pore diameter from 3x10 -4 micrometers to 5x10 -3 micrometers and wherein a 1wt% solution of the porous carrier material in distilled water at a temperature of 25°C has a pH in the range from 6.5 to 8.5. (i) a monoester of glycerol and an unsaturated fatty acid sorbed by, (ii) a porous carrier material having a median pore diameter from 3x10 -4 micrometers to 5x10 -3 micrometers and wherein a 1wt% solution of the porous carrier material in distilled water at a temperature of 25°C has a pH in the range from 6.5 to 8.5.
Fairing for a streamlined flat windscreen wiper , in particular of a vehicle, the fairing comprising two end caps and a central mount which is situated between the two end caps and which comprises means for fixing to a stiffening spine of the wiper or to a member for holding this spine, the central mount comprising, at each of its longitudinal ends, means for linking to one of the end caps, the linking means being configured to cooperate by fitting with complementary means of the corresponding end cap, characterized in that the fairing is configured so that the force necessary to separate said linking means from said complementary means by releasing them from one another, is greater than the rupture strength of at least a part of the fairing, said configuration being ensured by a thinned part of the fairing from which the linking means and/or the complementary means derive.