mhurhangee/ep-ind-claims huggingface dataset:
A method for modification of a target nucleic acid (target NA) molecule in a cell comprising the steps of a. providing a recombinant fusion nucleic acid (fuNA) molecule comprising a guide nucleic acid (gNA) molecule covalently linked to at least one donor nucleic acid (doNA) molecule, and b. introducing said fuNA molecule into one or more cells comprising the target NA molecule, and c. introducing a site directed nucleic acid modifying polypeptide into said one or more cells, and d. incubating the one or more cells under conditions that allow for homologous recombination in said one or more cells, and optionally e. isolating one or more cells in which homologous recombination occurred wherein the fuNA consists of RNA and wherein said method is not a method for treatment of the human or animal body by therapy. a. providing a recombinant fusion nucleic acid (fuNA) molecule comprising a guide nucleic acid (gNA) molecule covalently linked to at least one donor nucleic acid (doNA) molecule, and b. introducing said fuNA molecule into one or more cells comprising the target NA molecule, and c. introducing a site directed nucleic acid modifying polypeptide into said one or more cells, and d. incubating the one or more cells under conditions that allow for homologous recombination in said one or more cells, and optionally e. isolating one or more cells in which homologous recombination occurred wherein the fuNA consists of RNA and
Height-adjustable table, comprising a frame with fixed work desk, table legs consisting of feet with extensible columns with mechanic drive and outriggers, the table legs connected with the frame using flanges fixed on the extensible columns, wherein the frame is telescopic and the outriggers are connected via fixation outriggers tools with the work desk, characterised by the outriggers being fixed in the upper part of the extensible columns allowing together with the telescopic frame the fixation of the work desk.
A method for producing a frozen confectionery product, comprising the steps of: a) providing an ice confection mix comprising dairy proteins, at a pH comprised between 5.6 and 6.5; b)heating the mix at a temperature comprised between 90°C and 140°C for 5 seconds to 30 minutes to at least partially form a coagulated protein system including casein and whey protein comprising beta-lactoglobulin; with the proviso that the temperature is not 90°C, c)homogenising the mix before the heat treatment; d)cooling and optionally ageing the mix; e)freezing while optionally aerating the mix to an overrun of at least 20%, preferably at least 40%, most preferably between 100% and 120% to form the aerated frozen confectionery product; f)optionally hardening the confectionery product. a) providing an ice confection mix comprising dairy proteins, at a pH comprised between 5.6 and 6.5; b)heating the mix at a temperature comprised between 90°C and 140°C for 5 seconds to 30 minutes to at least partially form a coagulated protein system including casein and whey protein comprising beta-lactoglobulin; with the proviso that the temperature is not 90°C, c)homogenising the mix before the heat treatment; d)cooling and optionally ageing the mix; e)freezing while optionally aerating the mix to an overrun of at least 20%, preferably at least 40%, most preferably between 100% and 120% to form the aerated frozen confectionery product; f)optionally hardening the confectionery product.
A controlled-release fertilizer in the form of grains, the controlled-release fertilizer comprising oxidized glutathione and a release control agent, wherein the release control agent contains a thickener and/or a binder that is a polymeric compound, wherein the release control agent further contains an adsorptive carrier, the adsorptive carrier being an inorganic porous material, characterized in that the controlled-release fertilizer comprises: 0.000001% to 20% by mass of oxidized glutathione, 0.01% to 20% by mass of the polymeric compound, and 60% to 99.98% by mass of the inorganic porous material.
An electrosurgical instrument comprising: a flexible coaxial transmission line arranged to convey microwave energy; a radiating tip portion connected at a distal end of the flexible coaxial transmission line and configured to receive the microwave energy, the radiating tip portion comprising: a distal coaxial transmission line for conveying the microwave energy; and a needle tip mounted at a distal end of the distal coaxial transmission line, the needle tip being arranged to deliver the microwave energy into biological tissue; and a heat sink mounted at an interface between the flexible coaxial transmission line and radiating tip portion, wherein the heat sink is a solid body which is in thermal communication with a proximal end of the distal coaxial transmission line and configured to draw thermal energy from the radiating tip portion, and wherein a maximum outer diameter of the radiating tip portion is smaller than an outer diameter of the flexible coaxial transmission line. a flexible coaxial transmission line arranged to convey microwave energy; a radiating tip portion connected at a distal end of the flexible coaxial transmission line and configured to receive the microwave energy, the radiating tip portion comprising: a distal coaxial transmission line for conveying the microwave energy; and a needle tip mounted at a distal end of the distal coaxial transmission line, the needle tip being arranged to deliver the microwave energy into biological tissue; and a distal coaxial transmission line for conveying the microwave energy; and a needle tip mounted at a distal end of the distal coaxial transmission line, the needle tip being arranged to deliver the microwave energy into biological tissue; and a heat sink mounted at an interface between the flexible coaxial transmission line and radiating tip portion, wherein the heat sink is a solid body which is in thermal communication with a proximal end of the distal coaxial transmission line and configured to draw thermal energy from the radiating tip portion, and wherein a maximum outer diameter of the radiating tip portion is smaller than an outer diameter of the flexible coaxial transmission line.
A method performed by a wireless device (10, 120) for receiving positioning system information from a radio network node (20, 110), wherein the wireless device (10, 120) and the radio network node (20, 110) operate in a wireless communications network, wherein the method comprises: - receiving, from the radio network node (20, 110), positioning system information broadcast scheduling information, pSI, comprising information about positioning System Information Blocks, pSIBs, that are comprised in a System Information, SI, message; - receiving, from the RNN (20,110), an indication that a pSIB is segmented into pSIB segments; - determining based on the indication and on the pSI whether or not the pSIB segments are scheduled via contiguous scheduling; - when the pSIB segments are determined to be scheduled via contiguous scheduling, monitoring scheduled resources and retrieving the contiguously scheduled pSIB segments; and - decoding position system information of the retrieved pSIB segments. - receiving, from the radio network node (20, 110), positioning system information broadcast scheduling information, pSI, comprising information about positioning System Information Blocks, pSIBs, that are comprised in a System Information, SI, message; - receiving, from the RNN (20,110), an indication that a pSIB is segmented into pSIB segments; - determining based on the indication and on the pSI whether or not the pSIB segments are scheduled via contiguous scheduling; - when the pSIB segments are determined to be scheduled via contiguous scheduling, monitoring scheduled resources and retrieving the contiguously scheduled pSIB segments; and - decoding position system information of the retrieved pSIB segments.
Method for preparing a liquid vaccine combination comprising at least: - aluminium oxide hydroxide (A100H), - one hepatitis B surface antigen (HBsAg), - one Haemophilus influenzae type b (Hib) antigen consisting of capsular polysaccharide conjugated to a carrier protein, in which the hepatitis B surface antigen is kept adsorbed on A100H, whereas the Hib antigen is kept nonadsorbed, wherein: - the hepatitis B surface antigen is adsorbed onto A100H in order to obtain an AlOOH/HBsAg complex, - said AlOOH/HBsAg complex is mixed with the Hib antigen in the presence of cationic amino acids at a concentration of at least 100 mg/l and of phosphate ions at a concentration of 35 to 45 mMol/l. - aluminium oxide hydroxide (A100H), - one hepatitis B surface antigen (HBsAg), - one Haemophilus influenzae type b (Hib) antigen consisting of capsular polysaccharide conjugated to a carrier protein, - the hepatitis B surface antigen is adsorbed onto A100H in order to obtain an AlOOH/HBsAg complex, - said AlOOH/HBsAg complex is mixed with the Hib antigen in the presence of cationic amino acids at a concentration of at least 100 mg/l and of phosphate ions at a concentration of 35 to 45 mMol/l.
Cosmetic applicator (5, 17, 18, 19) for applying a cosmetic substance, comprising an applicator element designed for applying the cosmetic substance and comprising a supporting body, and at least two wire-like retaining elements (7, 20), which are coupled at the first end thereof with the supporting body and at the second end thereof with the applicator element, wherein the at least two retaining elements (7, 20) are guided at least in sections in a guiding sleeve which is joined to the supporting body or is formed thereon, and wherein at least one of the retaining elements (7, 20) is coupled with the supporting body in such a manner that said retaining element can be displaced in the longitudinal direction relative to the supporting body in such a manner that the position, shape and/or alignment of the applicator element can be modified by a relative displacement.
A medical imaging device comprising: processing logic (101, 201); an emitter for emitting infrared light within a frequency band; a display pixel array including a plurality of pixels, each pixel in the plurality of pixels is individually configurable to modulate an amplitude of the infrared light received from the emitter to generate an infrared holographic imaging signal according to a holographic pattern driven onto the display pixel array by the processing logic (101, 201); and an image pixel array including a plurality of imaging pixels configured to receive filtered incident light within the frequency band and substantially no light outside of the frequency band, the processing logic (101, 201) coupled to the image pixel array to initiate a capture of an infrared image, wherein the processing logic (101, 201) is further coupled to receive the captured infrared image from the image pixel array. processing logic (101, 201); an emitter for emitting infrared light within a frequency band; a display pixel array including a plurality of pixels, each pixel in the plurality of pixels is individually configurable to modulate an amplitude of the infrared light received from the emitter to generate an infrared holographic imaging signal according to a holographic pattern driven onto the display pixel array by the processing logic (101, 201); and an image pixel array including a plurality of imaging pixels configured to receive filtered incident light within the frequency band and substantially no light outside of the frequency band, the processing logic (101, 201) coupled to the image pixel array to initiate a capture of an infrared image, wherein the processing logic (101, 201) is further coupled to receive the captured infrared image from the image pixel array.
A string trimmer head assembly including a winding mechanism and a string trimmer head, the head including a body connectable to and drivable by a drive shaft of a string trimmer, and a spool supportable by the body, line being supportable by the spool, the mechanism comprising: a crank engageable to rotate the spool when the spool is supported by the body to wind the line onto the spool (22, wherein the head includes a rotatable member rotatable relative to the body and engageable with the spool, and wherein the crank includes a crank body engageable with the rotatable member to rotate the spool through the rotatable member, and characterized in that the rotatable member includes a bump knob engageable with the spool, the bump knob being engageable with a surface during operation of the trimmer to dispense line from the spool, the crank being engageable with the bump knob.
A disposable absorbent article, suitable to be worn about the lower torso of a wearer, comprising a front belly section and a rear back section, each of said section is provided with longitudinal edges (13, 14, 15, 16) and a transversal edge (17, 18); said article further comprises a crotch section extending between the front belly section and the rear back section and is permanently attached to the front belly section and the rear back section, said crotch section comprises an absorbent body and extends in the direction of a longitudinal center axis of the absorbent article; the crotch section, the front belly section and the rear back section define leg openings of the absorbent article and the front belly section and the rear back section have an edge contour (10, 11) which extends starting from the longitudinal edges (13, 14, 15, 16) towards a transverse center axis of the crotch section; wherein said front belly section and rear back section comprise first elastification means (6, 28), and, in an area (20, 21) of the front belly section and the rear back section on the crotch side facing the leg openings, second elastification means (22, 23) are provided, said second elastification means (22, 23) extend starting from longitudinal edges (13, 14, 15, 16) towards the longitudinal center axis of the absorbent article in a curved shape and are fanning out with increasing separation from each other in the rear back section and with equal separation from each other and parallel to each other in the front belly section.
A method of controlling communication between a first network node and a second network node in a multicarrier wireless communications system in which a predetermined set of a plurality of carriers are utilised to support communication between said first network node and said second network node, said predetermined set of said plurality of carriers comprising a primary carrier and at least one secondary carrier, said method comprising the steps of: detecting a radio link failure requiring a change in said primary carrier by receiving an indication from said second network node of said radio link failure encoded in an Enhanced Dedicated Channel Transport Format Combination Identifier; and transmitting a physical layer instruction between said first network node and said second network node, said physical layer instruction encoding reselection information to cause said second network node to select a different carrier from said plurality of carriers as a new primary carrier. detecting a radio link failure requiring a change in said primary carrier by receiving an indication from said second network node of said radio link failure encoded in an Enhanced Dedicated Channel Transport Format Combination Identifier; and transmitting a physical layer instruction between said first network node and said second network node, said physical layer instruction encoding reselection information to cause said second network node to select a different carrier from said plurality of carriers as a new primary carrier.
A polyolefin composition comprising (percentage by weight): from 60 to 85% of a broad molecular weight distribution propylene polymer (component A) having a polydispersity index from 5 to 15 and melt flow rate of from 40 to 75 g/10 min (according to ASTM-D 1238, condition L) and wehrein the polydispersity (P.I.) value is derived from the following equation: P. I. = 54.6 ⁢ modulus separation - 1.76 wherein the modulus separation is defined as: MS = frequency at Gʹ = 500 Pa / frequence at Gʺ = 500 Pa wherein G' is the storage modulus and G" is the loss modulus; and from 15 to 40% of a partially xylene-soluble olefin polymer rubber (component B) consisting of a poly(ethylene-co-propylene)containing at least 65% by weight of ethylene, wherein the xylene-insoluble content is 25-40% by weight, measured by dissolving the polymer in xylene at 135°C, cooling the solution to 25°C, allowing to settle for 30 minutes, followed by filtering. from 60 to 85% of a broad molecular weight distribution propylene polymer (component A) having a polydispersity index from 5 to 15 and melt flow rate of from 40 to 75 g/10 min (according to ASTM-D 1238, condition L) and wehrein the polydispersity (P.I.) value is derived from the following equation: P. I. = 54.6 ⁢ modulus separation - 1.76 wherein the modulus separation is defined as: MS = frequency at Gʹ = 500 Pa / frequence at Gʺ = 500 Pa wherein G' is the storage modulus and G" is the loss modulus; and from 15 to 40% of a partially xylene-soluble olefin polymer rubber (component B) consisting of a poly(ethylene-co-propylene)containing at least 65% by weight of ethylene, wherein the xylene-insoluble content is 25-40% by weight, measured by dissolving the polymer in xylene at 135°C, cooling the solution to 25°C, allowing to settle for 30 minutes, followed by filtering.
A method, in a first machine-to-machine, M2M, node that wishes to register with a second M2M node to obtain services, for avoiding loops in node-to-node registrations, the method comprising: obtaining a list of identifiers for each M2M node with which the second M2M node is registered; refraining from registering with the second M2M node if an identifier for the first M2M node is in the obtained list, registering with the second M2M node if the second M2M node is not registered with any other M2M nodes, and otherwise: (a) retrieving identifiers for each M2M node with which any M2M node on the obtained list is registered, if any; (b) registering with the second M2M node in the event that no identifiers are retrieved; and (c) in the event that the identifier for the first M2M node is retrieved, refraining from registering with the second M2M node. obtaining a list of identifiers for each M2M node with which the second M2M node is registered; refraining from registering with the second M2M node if an identifier for the first M2M node is in the obtained list, registering with the second M2M node if the second M2M node is not registered with any other M2M nodes, and otherwise: (a) retrieving identifiers for each M2M node with which any M2M node on the obtained list is registered, if any; (b) registering with the second M2M node in the event that no identifiers are retrieved; and (c) in the event that the identifier for the first M2M node is retrieved, refraining from registering with the second M2M node. (a) retrieving identifiers for each M2M node with which any M2M node on the obtained list is registered, if any; (b) registering with the second M2M node in the event that no identifiers are retrieved; and (c) in the event that the identifier for the first M2M node is retrieved, refraining from registering with the second M2M node.
A feed device for feeding recipe material for an extrusion process in an extrusion device, having a feed interface for suctioning feed material and a subsequent interface for suctioning subsequent material, additionally having a feed container for receiving suctioned feed material and suctioned subsequent material, wherein the feed container is connected to an outlet of a switching device via a suction line and the switching device is connected to the feed interface with a feed inlet via a feed line and is connected to the subsequent interface with a subsequent input via a subsequent line, wherein the switching device furthermore has an adjustment section, which can be adjusted between a feed position, in which the feed inlet is connected to the outlet, and a subsequent position, in which the subsequent inlet is connected to the outlet, wherein the adjustment section can additionally be adjusted into an empty suction position, in which the outlet is connected to an empty suction inlet open to the environment and/or wherein the feed interface and/or the subsequent interface have a closeable empty suction opening.
An abrasive article comprising: a body including: a bond material extending throughout the body, wherein the bond material comprises greater than 23 wt% aluminum oxide (Al 2 O 3) for a total weight of the bond material and at least 0.1 wt% and less than 2 wt% of lithium oxide for a total weight of the bond material; and abrasive particles contained within the bond material; and porosity of at most 63 vol% and at least 13 vol% for a total volume of the body. a bond material extending throughout the body, wherein the bond material comprises greater than 23 wt% aluminum oxide (Al 2 O 3) for a total weight of the bond material and at least 0.1 wt% and less than 2 wt% of lithium oxide for a total weight of the bond material; and abrasive particles contained within the bond material; and porosity of at most 63 vol% and at least 13 vol% for a total volume of the body.
A system for treating a patient comprising: an elongate shaft with a distal portion; a tissue treatment element positioned on the elongate shaft, wherein the tissue treatment element is constructed and arranged to fractionally deliver energy to target tissue positioned in an energy delivery zone, wherein the target tissue comprises multiple tissue segments with an inward facing surface, and wherein the energy delivery zone comprises between 50 and 3000 target tissue inward facing surfaces per square centimeter of tissue; an energy delivery unit configured to provide energy to the tissue treatment element; and a controller constructed and arranged to control the energy delivery unit to selectively deliver energy to each of the target tissue inward facing surfaces of the energy delivery zone to safely reduce the luminal surface area of at least a portion of the duodenum. an elongate shaft with a distal portion; a tissue treatment element positioned on the elongate shaft, wherein the tissue treatment element is constructed and arranged to fractionally deliver energy to target tissue positioned in an energy delivery zone, wherein the target tissue comprises multiple tissue segments with an inward facing surface, and wherein the energy delivery zone comprises between 50 and 3000 target tissue inward facing surfaces per square centimeter of tissue; an energy delivery unit configured to provide energy to the tissue treatment element; and a controller constructed and arranged to control the energy delivery unit to selectively deliver energy to each of the target tissue inward facing surfaces of the energy delivery zone to safely reduce the luminal surface area of at least a portion of the duodenum.
Portal device (1, 40) for shielding the interior of an installation housing of a processing installation during the processing of a continuously running material strand, for fastening in the region of inlet and outlet openings of a processing installation with an upper crossbeam, side beams (3, 4) adjoining the two ends of said crossbeam in a U-shaped manner and a table beam which connects the lower free ends of the side beams (3, 4) and is adapted as a support for the material strand or a conveyor belt, wherein a vertically displaceable vertical slotted guide provided with a horizontally extending lower edge is guided on the upper crossbeam and is movable by means of vertical actuators, and horizontal slotted guides (31, 41) which are horizontally movable and displaceable by means of horizontal actuators (35, 45) are guided on the side beams (3, 4), wherein the horizontal slotted guides (31, 41) are mounted so as to be movable independently of the vertical slotted guide, and wherein the crossbeam and the side beams (3, 4) are designed as a U-box-shaped housing, between the walls (11, 12) of which the vertical slotted guides and the horizontal slotted guides (31, 41) are guided.