mhurhangee/patent-ind-claim-en huggingface dataset:
An exhaust aftertreatment arrangement for converting NOx emissions, the exhaust aftertreatment arrangement comprising: - a fluid channel for providing a fluid pathway for the exhaust gases, - a selective catalyst reduction, SCR, catalyst , arranged in or downstream the fluid channel, - an injector configured to inject a liquid reductant for providing ammonia to the SCR catalyst, the injector being arranged upstream of the SCR catalyst, - a heating arrangement for heating the injected reductant, the heating arrangement being arranged upstream of the SCR catalyst and comprising an electrical heating element and at least one evaporation member configured to be heated by the heating element, wherein the heating arrangement is removably arranged relative to the fluid channel such that, in an assembled state, the evaporation member is arranged in the fluid channel such that at least a portion of the injected liquid reductant comes into contact with the evaporation member when injected, and wherein the electrical heating element of the heating arrangement is, in the assembled state, arranged upstream of the injector, wherein the fluid channel comprises a first channel flange arranged upstream of the injector , and the heating arrangement comprises a first heating arrangement flange , such that, in the assembled state, the first channel flange is circumferentially connected to the first heating arrangement flange, and wherein the heating arrangement is removably arranged relative to the fluid channel at least by that the first channel flange is removably connected to the first heating arrangement flange. - a fluid channel for providing a fluid pathway for the exhaust gases, - a selective catalyst reduction, SCR, catalyst , arranged in or downstream the fluid channel, - an injector configured to inject a liquid reductant for providing ammonia to the SCR catalyst, the injector being arranged upstream of the SCR catalyst, - a heating arrangement for heating the injected reductant, the heating arrangement being arranged upstream of the SCR catalyst and comprising an electrical heating element and at least one evaporation member configured to be heated by the heating element, wherein the heating arrangement is removably arranged relative to the fluid channel such that, in an assembled state, the evaporation member is arranged in the fluid channel such that at least a portion of the injected liquid reductant comes into contact with the evaporation member when injected, and wherein the electrical heating element of the heating arrangement is, in the assembled state, arranged upstream of the injector, wherein the fluid channel comprises a first channel flange arranged upstream of the injector , and the heating arrangement comprises a first heating arrangement flange , such that, in the assembled state, the first channel flange is circumferentially connected to the first heating arrangement flange, and wherein the heating arrangement is removably arranged relative to the fluid channel at least by that the first channel flange is removably connected to the first heating arrangement flange.
A torch for welding-type systems comprising: a spool gun constructed to receive a spool of consumable wire and a connection line for communicating a shielding gas and welding-type electrical power from a power source to the spool gun ; characterised in that the torch comprises a unitary connector which is connectable to the power source such that both shielding gas and welding-type power from power source are communicated, in use, through the connection line to the spool gun ,; and wherein the unitary connector has an outer periphery and an inner passage , the outer periphery having a pair of grooves formed therein and a pair of O-rings , one O-ring positioned in each groove of the pair of grooves , the grooves generally flanking at least one gas opening formed in the outer periphery that is constructed to allow passage of gas to the inner passage of the connector ; and wherein an end of the unitary connector has a closed construction. a spool gun constructed to receive a spool of consumable wire and a connection line for communicating a shielding gas and welding-type electrical power from a power source to the spool gun ; characterised in that the torch comprises a unitary connector which is connectable to the power source such that both shielding gas and welding-type power from power source are communicated, in use, through the connection line to the spool gun ,; and wherein the unitary connector has an outer periphery and an inner passage , the outer periphery having a pair of grooves formed therein and a pair of O-rings , one O-ring positioned in each groove of the pair of grooves , the grooves generally flanking at least one gas opening formed in the outer periphery that is constructed to allow passage of gas to the inner passage of the connector ; and wherein an end of the unitary connector has a closed construction.
Gastro-resistant soft shell capsule with a filling material encapsulated in a capsule shell which comprises: i) high acyl gellan gum having more than 40 % acetyl and more than 45 % glyceryl residual substituents per repeat unit, ii) low acyl gellan having less than 25 % acetyl and less than 15 % glyceryl residual substituents per repeat unit iii) at least one starch, iv) at least one plasticizer, characterized in that the soft shell capsule does not comprise a functional film coat and complies with the disintegration test according to USP <2040> for at least 60 min and the shell comprises a first and a second seam, wherein the first seam has a thickness after drying of 50 to 700 μm and the second seam has a thickness after drying of 55 to 650 μm wherein the drying is conducted to a residual water activity value a w < 35%. i) high acyl gellan gum having more than 40 % acetyl and more than 45 % glyceryl residual substituents per repeat unit, ii) low acyl gellan having less than 25 % acetyl and less than 15 % glyceryl residual substituents per repeat unit iii) at least one starch, iv) at least one plasticizer,
Cutting device configured to be associated with a self-propelled mower , wherein the cutting device comprises: - a cutting member comprising a plurality of oscillating blades for cutting grass fixed to a support shaft , rotating with an axis of rotation that is horizontal and orthogonal to a direction of advance of the mower; - a system for conveying the cut grass that comprises an auger having a shaft with axis of rotation parallel to the axis of rotation of the support shaft , and provided with at least one access opening for feeding the cut grass, from the oscillating blades , to the auger and at least one outlet opening of the cut grass, wherein two helical surfaces are obtained on an outer surface of the shaft of the auger, the helical surfaces leaving a central portion of the shaft of the auger uncovered, wherein the system for conveying cut grass further comprises a grass accelerator positioned at the central portion of the shaft of the auger to face the outlet opening of the cut grass, characterised in that said grass accelerator comprises a shaft with horizontal axis of rotation, parallel and distinct from the axis of rotation of the shaft of the auger , and a plurality of vanes fixed to the shaft of the grass accelerator and arranged angularly distanced from each other. - a cutting member comprising a plurality of oscillating blades for cutting grass fixed to a support shaft , rotating with an axis of rotation that is horizontal and orthogonal to a direction of advance of the mower; - a system for conveying the cut grass that comprises an auger having a shaft with axis of rotation parallel to the axis of rotation of the support shaft , and provided with at least one access opening for feeding the cut grass, from the oscillating blades , to the auger and at least one outlet opening of the cut grass, wherein two helical surfaces are obtained on an outer surface of the shaft of the auger, the helical surfaces leaving a central portion of the shaft of the auger uncovered, wherein the system for conveying cut grass further comprises a grass accelerator positioned at the central portion of the shaft of the auger to face the outlet opening of the cut grass, characterised in that said grass accelerator comprises a shaft with horizontal axis of rotation, parallel and distinct from the axis of rotation of the shaft of the auger , and a plurality of vanes fixed to the shaft of the grass accelerator and arranged angularly distanced from each other.
A mutant v3 or v2 fHbp which is: (A) a polypeptide comprising a mutant fHbp v2 amino acid sequence, wherein: (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 5 and/or comprises a fragment of SEQ ID NO: 5 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 5; but (ii) the amino acid sequence differs from SEQ ID NO: 5 at residue 32 by the substitution S32V, wherein the polypeptide can elicit antibodies which can recognise a wild-type meningococcal polypeptide consisting of SEQ ID NO. 4, or (B) a polypeptide comprising a mutant fHbp v3 amino acid sequence, wherein: (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 17 and/or comprises a fragment of SEQ ID NO: 17 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 17; but (ii) the amino acid sequence differs from SEQ ID NO: 17 at residue 32 by the substitution S32V, wherein the polypeptide can elicit antibodies which can recognise a wild-type meningococcal polypeptide consisting of SEQ ID NO. 40. (A) a polypeptide comprising a mutant fHbp v2 amino acid sequence, wherein: (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 5 and/or comprises a fragment of SEQ ID NO: 5 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 5; but (ii) the amino acid sequence differs from SEQ ID NO: 5 at residue 32 by the substitution S32V, wherein the polypeptide can elicit antibodies which can recognise a wild-type meningococcal polypeptide consisting of SEQ ID NO. 4, or (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 5 and/or comprises a fragment of SEQ ID NO: 5 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 5; but (ii) the amino acid sequence differs from SEQ ID NO: 5 at residue 32 by the substitution S32V, (B) a polypeptide comprising a mutant fHbp v3 amino acid sequence, wherein: (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 17 and/or comprises a fragment of SEQ ID NO: 17 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 17; but (ii) the amino acid sequence differs from SEQ ID NO: 17 at residue 32 by the substitution S32V, wherein the polypeptide can elicit antibodies which can recognise a wild-type meningococcal polypeptide consisting of SEQ ID NO. 40. (i) the amino acid sequence has at least 80% sequence identity to SEQ ID NO: 17 and/or comprises a fragment of SEQ ID NO: 17 which is at least 7 amino acids long and includes a residue corresponding to residue 32 from SEQ ID NO: 17; but (ii) the amino acid sequence differs from SEQ ID NO: 17 at residue 32 by the substitution S32V,
An automated spatial frame , comprising: a first platform ; multiple automated struts coupled to the first platform , the struts configured to extend and retract in response to one or more electrical signals; a control unit electrically and/or wirelessly connected to one or more of the multiple automated struts , the control unit configured to provide the one or more electrical signals to the multiple automated struts ; a power source for energizing the multiple automated struts ; a second platform coupled to the multiple automated struts and including integrated connectivity among two or more of the multiple automated struts , the control unit , and the power source ; and a computing device that executes control instructions to: receive a spatial frame treatment plan, and transmit the treatment plan to the control unit for use in determining changes in the multiple automated strut lengths to carry out the treatment plan, characterised in that the second platform comprises a plurality of tabs and the control unit and the power source are arranged and configured to be positioned within spaces formed between adjacent tabs on the second platform. a first platform ; multiple automated struts coupled to the first platform , the struts configured to extend and retract in response to one or more electrical signals; a control unit electrically and/or wirelessly connected to one or more of the multiple automated struts , the control unit configured to provide the one or more electrical signals to the multiple automated struts ; a power source for energizing the multiple automated struts ; a second platform coupled to the multiple automated struts and including integrated connectivity among two or more of the multiple automated struts , the control unit , and the power source ; and a computing device that executes control instructions to: receive a spatial frame treatment plan, and transmit the treatment plan to the control unit for use in determining changes in the multiple automated strut lengths to carry out the treatment plan, receive a spatial frame treatment plan, and transmit the treatment plan to the control unit for use in determining changes in the multiple automated strut lengths to carry out the treatment plan, characterised in that the second platform comprises a plurality of tabs and the control unit and the power source are arranged and configured to be positioned within spaces formed between adjacent tabs on the second platform.
An adaptive optics scanning system comprising: an emission source for generating a first light, the first light being directed through the adaptive optics scanning system to a sample ; one or more adaptive optics element(s) , the adaptive optics element(s) affecting the wavefront, affecting the intensity, or affecting both the wavefront and intensity of the first light; a beam projection module , the beam projection module comprising a beam steering mechanism operating with four or more axes of motion and controlling an angle and position of the first light to interface the adaptive optics element by creating or accommodating a beam pivot point at or near the adaptive optics element(s) while scanning the first light across the sample in at least the x and y directions, each of the scanning in the x and y directions being provided by a pair of beam steering elements, wherein the beam projection module creates the beam pivot point to be used as the linkage between the beam steering mechanism and the adaptive optics element(s) without relaying the wavefront and intensity distribution of the beam of the first light, and wherein the first light is collimated within the beam projection module; a controller for controlling motion trajectories of the axes in the beam projection module ; sample delivery optics , the sample delivery optics appropriately conditioning and directing the first light to the sample ; one or more detector(s) , the detector(s) measuring a second light from the sample . an emission source for generating a first light, the first light being directed through the adaptive optics scanning system to a sample ; one or more adaptive optics element(s) , the adaptive optics element(s) affecting the wavefront, affecting the intensity, or affecting both the wavefront and intensity of the first light; a beam projection module , the beam projection module comprising a beam steering mechanism operating with four or more axes of motion and controlling an angle and position of the first light to interface the adaptive optics element by creating or accommodating a beam pivot point at or near the adaptive optics element(s) while scanning the first light across the sample in at least the x and y directions, each of the scanning in the x and y directions being provided by a pair of beam steering elements, wherein the beam projection module creates the beam pivot point to be used as the linkage between the beam steering mechanism and the adaptive optics element(s) without relaying the wavefront and intensity distribution of the beam of the first light, and wherein the first light is collimated within the beam projection module; a controller for controlling motion trajectories of the axes in the beam projection module ; sample delivery optics , the sample delivery optics appropriately conditioning and directing the first light to the sample ; one or more detector(s) , the detector(s) measuring a second light from the sample .
A melanoma antigen and a photosensitizing agent or a composition comprising said melanoma antigen and photosensitizing agent for use in prophylaxis or therapy in a subject, wherein the melanoma antigen is an antigen which comprises an epitope of a melanoma antigen found in said subject and a TLR 3, TLR 4, TLR 7, TLR 8 or TLR 9 ligand is to be used in said use, wherein the melanoma antigen may be obtained by isolation or synthesis.
Pharmaceutical composition for a sustained release of an active ingredient for at least 2 months, comprising: - lanreotide as the active ingredient and present in a concentration ranging from 40 to 50 % by weight relative to the total weight of the composition, wherein the amount of lanreotide expressed as percentage in the composition refers to lanreotide as a free base, - a hydrosoluble co-solvent present in a concentration ranging from 10 to 25 % by weight relative to the total weight of the composition, and selected from N-methyl-2-pyrrolidone (NMP), propylene glycol, glycerol, low molecular weight polyethylene glycols (PEG), glycofurol, ethanol and a mixture thereof, - a pH modifier which is different from the co-solvent, - water, the pH ranging from 4.0 to 7.5. - lanreotide as the active ingredient and present in a concentration ranging from 40 to 50 % by weight relative to the total weight of the composition, wherein the amount of lanreotide expressed as percentage in the composition refers to lanreotide as a free base, - a hydrosoluble co-solvent present in a concentration ranging from 10 to 25 % by weight relative to the total weight of the composition, and selected from N-methyl-2-pyrrolidone (NMP), propylene glycol, glycerol, low molecular weight polyethylene glycols (PEG), glycofurol, ethanol and a mixture thereof, - a pH modifier which is different from the co-solvent, - water,
Device for supporting and connecting an electronic card (C) for controlling a lighting or signalling module, comprising a frame incorporating, on the one hand, a first housing formed by two parallel grooves forming slides intended to receive the edges of the said card and, on the other hand, a second housing extending perpendicularly to the first housing and intended to receive and hold a removable electrical connector (E) engaging with the said card (C), on the other hand, a second housing extending perpendicularly to the first housing and intended to receive and retain a removable electrical connector (E) engaging with the said card (C) in the interface between the two housings.
A method comprising: receiving , by a user device handover information, said handover information comprising information relating to one or more first beams, said one or more first beams being target beams of a target cell; determining , by said user device, a beam quality or beam qualities associated with said one or more first beams; determining , by said user device, a beam quality or beam qualities associated with one or more second beams of the target cell, wherein - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, dedicated uplink resources are associated with said one or more first beams and shared uplink resources are associated with said one or more second beams; and determining , by said user device, that said user device is to initiate a connection to said target cell using a shared uplink resource associated with one of said one or more second beams of said target cell in an instance in which said corresponding reference signal received power or reference signal received powers of said one or more first beams is/are not above a first threshold and said corresponding reference signal received power of said one of said one or more second beams is above a second threshold. receiving , by a user device handover information, said handover information comprising information relating to one or more first beams, said one or more first beams being target beams of a target cell; determining , by said user device, a beam quality or beam qualities associated with said one or more first beams; determining , by said user device, a beam quality or beam qualities associated with one or more second beams of the target cell, wherein - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, dedicated uplink resources are associated with said one or more first beams and shared uplink resources are associated with said one or more second beams; and determining , by said user device, that said user device is to initiate a connection to said target cell using a shared uplink resource associated with one of said one or more second beams of said target cell in an instance in which said corresponding reference signal received power or reference signal received powers of said one or more first beams is/are not above a first threshold and said corresponding reference signal received power of said one of said one or more second beams is above a second threshold.