mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: depositing a layer of powdered build material ; depositing , in a predetermined pattern, a detailing agent on the layer of powdered build material to generate a uniform temperature distribution across a portion of the powdered build material that is to form a slice of a three-dimensional printed object ; and fusing a portion of the layer of powdered build material to form the slice of the 3D printed object by selectively activating a subset of lasers in an array of lasers , whereby the subset of lasers coincides with the slice; and whereby the fusing is performed by the subset of lasers and free of fusing agent. depositing a layer of powdered build material ; depositing , in a predetermined pattern, a detailing agent on the layer of powdered build material to generate a uniform temperature distribution across a portion of the powdered build material that is to form a slice of a three-dimensional printed object ; and fusing a portion of the layer of powdered build material to form the slice of the 3D printed object by selectively activating a subset of lasers in an array of lasers , whereby the subset of lasers coincides with the slice; and whereby the fusing is performed by the subset of lasers and free of fusing agent.
Liquid-cooled internal combustion engine comprising at least one cylinder block having a cooling jacket with a plurality of cylinders , wherein the cooling jacket has a bottom facing toward a crankcase and a cover facing toward a cylinder head seal plane and the bottom - observed in a side view of the cylinder block - has a wavy profile, wherein - measured in each case in the direction of the cylinder axis - a first distance (H 1 ) in the region of at least a first engine transverse plane between two adjacent cylinders is greater than a second distance (H 2 ) of the bottom of the cooling jacket from the cover in the region of at least a second engine transverse plane containing the cylinder axis , wherein the bottom of the cooling jacket in the region of a first engine transverse plane has at least one flat first section arranged in a first reference plane (ε 1 ) and has at least one flat second section between at least a first engine transverse plane and a second engine transverse plane , which is arranged in a second reference plane (ε 2 ) which, on the one hand, is inclined relative to the first engine transverse plane and second engine transverse plane and, on the other hand, is arranged normal to a longitudinal engine plane spanned by the cylinder axes , characterised in that the second reference plane (s2) encloses an angle (a) of approximately 15° to 50° with the first reference plane (ε 1 ) and the flat first section is formed extending on both sides of a first engine transverse plane , wherein the bottom of the cooling jacket , originating from the flat first section , rises in a steeply rising second section in the said angle range in the direction of the cylinder head sealing surface to approximately the cylinder center or of the second engine transverse plane and then descends with the same inclination in a subsequent descending second section to the next, flat first section in the adjacent region of the first engine transverse plane between two cylinders , wherein a second transition radius (r 2 ) is provided at the transition in the region of the second engine transverse plane between the ascending second section and the descending second section .
A solid free-flowing particulate laundry detergent composition comprising a particle, wherein the particle comprises: (a) from 25wt% to 80wt%, by weight of the particle, a continuous phase; and (b) from 20wt% to 75wt%, by weight of the particle, a discontinuous phase, wherein the continuous phase comprises from 66wt% to 100wt%, by weight of the continuous phase, fatty material, wherein the fatty material is selected from: fatty acid and/or salts thereof; fatty alcohol; and any combination thereof, wherein the discontinuous phase comprises: (i) from 12wt% to 50wt%, by weight of the discontinuous phase, non-ionic and/or anionic emulsifier surfactant; (ii) from 12wt% to 50wt%, by weight of the discontinuous phase, hydrophobized polyethylene glycol polymer; (iii) from 25wt% to 70wt%, by weight of the discontinuous phase, silicone and/or petrolatum; and (iv) from 0.01wt% to 20wt%, by weight of the discontinuous phase, perfume, wherein the weight ratio of (i) the non-ionic and/or anionic emulsifier surfactant to (ii) hydrophobized polyethylene glycol polymer present in the discontinuous phase is in the range of from 0.5:1 to 2:1. (a) from 25wt% to 80wt%, by weight of the particle, a continuous phase; and (b) from 20wt% to 75wt%, by weight of the particle, a discontinuous phase, (i) from 12wt% to 50wt%, by weight of the discontinuous phase, non-ionic and/or anionic emulsifier surfactant; (ii) from 12wt% to 50wt%, by weight of the discontinuous phase, hydrophobized polyethylene glycol polymer; (iii) from 25wt% to 70wt%, by weight of the discontinuous phase, silicone and/or petrolatum; and (iv) from 0.01wt% to 20wt%, by weight of the discontinuous phase, perfume,
A visor for a helmet , comprising: a brim comprising a front and a back opposite the front ; a first wing extending from the brim and curving rearward; and a second wing opposite the first wing , the second wing extending from the brim and curving rearward, the second wing and the first wing facing each other; wherein the first wing further comprises a first prong extending from the first wing toward the second wing , the second wing further comprising a second prong extending from the second wing toward the first wing , a distance between the first prong and the second prong is smaller than a distance between a first engagement point on a first side vent and a second engagement point on a second side vent of a helmet , the first prong is configured to engage with the first engagement point on the first side vent of the helmet through a horizontal tension of the first wing caused by an expansion of a wingspan between the first wing and the second wing , and the second prong is configured to engage with the second engagement point on the second side vent of the helmet through the tension of the second wing caused by the expansion of the wingspan. a brim comprising a front and a back opposite the front ; a first wing extending from the brim and curving rearward; and a second wing opposite the first wing , the second wing extending from the brim and curving rearward, the second wing and the first wing facing each other; wherein the first wing further comprises a first prong extending from the first wing toward the second wing , the second wing further comprising a second prong extending from the second wing toward the first wing , a distance between the first prong and the second prong is smaller than a distance between a first engagement point on a first side vent and a second engagement point on a second side vent of a helmet , the first prong is configured to engage with the first engagement point on the first side vent of the helmet through a horizontal tension of the first wing caused by an expansion of a wingspan between the first wing and the second wing , and the second prong is configured to engage with the second engagement point on the second side vent of the helmet through the tension of the second wing caused by the expansion of the wingspan.
A timepiece movement comprising: a first display wheel for a first display ; a second display wheel for a second display ; a first driving wheel that engages with and rotates the first display wheel ; and a second driving wheel that engages with and rotates the second display wheel , wherein the first display wheel and the second display wheel are coaxially disposed, and the first driving wheel and the second driving wheel are coaxially disposed, characterised in that : the timepiece movement further comprises: a first pressing member provided between the front surface of the first display wheel and the rear surface of the second display wheel ; and a second pressing member that presses the second display wheel from a side facing the front surface of the second display wheel , wherein the second display wheel is guided coaxially with the first display wheel in a region between the first pressing member and the second pressing member by a guide section provided in the first pressing member and is so disposed as to be axially separate from the first display wheel , and the first display wheel and the second display wheel separately pivot. a first display wheel for a first display ; a second display wheel for a second display ; a first driving wheel that engages with and rotates the first display wheel ; and a second driving wheel that engages with and rotates the second display wheel , wherein the first display wheel and the second display wheel are coaxially disposed, and the first driving wheel and the second driving wheel are coaxially disposed, a first pressing member provided between the front surface of the first display wheel and the rear surface of the second display wheel ; and a second pressing member that presses the second display wheel from a side facing the front surface of the second display wheel , wherein the second display wheel is guided coaxially with the first display wheel in a region between the first pressing member and the second pressing member by a guide section provided in the first pressing member and is so disposed as to be axially separate from the first display wheel , and the first display wheel and the second display wheel separately pivot.
A method of establishing secure communications between a first wireless communication device and a second wireless communication device for an instant messaging application the first and second devices having a default encryption scheme, the method comprising: Receiving (S202), at the first wireless communication device, contact information representing a contact associated with the second wireless communication device, the contact information including capability information; Determining (S204) from the capability information whether the second wireless communication device is capable of communicating using an enhanced encryption scheme; responsive to determining that the second wireless communication device is capable of communicating using an enhanced encryption scheme, establishing a protected communication session by: sending (S208) a pass phrase to the second wireless communication device via an out of band channel; receiving the pass phrase back (S210) from the second wireless communication device via the instant messaging application; and communicating with the second wireless communication device using the enhanced encryption scheme, and responsive to determining that the second wireless communication device is incapable of communicating using the enhanced encryption scheme (S204), communicating with the second wireless communication device using the default encryption scheme. Receiving (S202), at the first wireless communication device, contact information representing a contact associated with the second wireless communication device, the contact information including capability information; Determining (S204) from the capability information whether the second wireless communication device is capable of communicating using an enhanced encryption scheme; responsive to determining that the second wireless communication device is capable of communicating using an enhanced encryption scheme, establishing a protected communication session by: sending (S208) a pass phrase to the second wireless communication device via an out of band channel; receiving the pass phrase back (S210) from the second wireless communication device via the instant messaging application; and communicating with the second wireless communication device using the enhanced encryption scheme, and sending (S208) a pass phrase to the second wireless communication device via an out of band channel; receiving the pass phrase back (S210) from the second wireless communication device via the instant messaging application; and communicating with the second wireless communication device using the enhanced encryption scheme, and responsive to determining that the second wireless communication device is incapable of communicating using the enhanced encryption scheme (S204), communicating with the second wireless communication device using the default encryption scheme.
A coated article for an electro-mechanical device , having: - a plurality of conductors carrying a current therewithin, - a heat convection enabling component disposed in operable connection with one or more of the conductors , - wherein the heat convection enabling component is at least one ventilation channel disposed within at least one conductor , - wherein a coating is applied at least partially on one or more of the conductors and on the heat convection enabling component , characterized in that - the plurality of conductors carries a direct current therewithin, - the coating comprises a Graphene derivative and - the coating formed over the heat convection enabling component is configured to increase the current carrying capacity of the conductors. - a plurality of conductors carrying a current therewithin, - a heat convection enabling component disposed in operable connection with one or more of the conductors , - wherein the heat convection enabling component is at least one ventilation channel disposed within at least one conductor , - wherein a coating is applied at least partially on one or more of the conductors and on the heat convection enabling component , characterized in that - the plurality of conductors carries a direct current therewithin, - the coating comprises a Graphene derivative and - the coating formed over the heat convection enabling component is configured to increase the current carrying capacity of the conductors.
A peptide of formula (I), or a pharmaceutically acceptable salt thereof: R 1 -C-R-X 1 -X 2 -P-X 3 -X 4 -X 5 -X 6 -C-R 2 (I) wherein X 1 , X 3 , X 5 , and X 6 is an amino acid residue selected from the group consisting of serine, alanine, valine, leucine, isoleucine and glycine; X 2 is alanine, arginine or lysine; X 4 is glutamic acid or aspartic acid; R 1 is selected from the group consisting of S, HS, GHS, PGHS, APGHS, EAPGHS, 1 SEAPGHS, SSEAPGHS, PSSEAPGHS, DPSSEAPGHS and IDPSSEAPGHS, or R is absent; and R 2 is selected from the group consisting of S, SS, SSK, SSKF, SSKFS, SSKFSW, SSKFSWD, SSKFSWDE, SSKFSWDEY, SSKFSWDEYE, SSKFSWDEYEQ, SSKFSWDEYEQY, SSKFSWDEYEQYK, SSKFSWDEYEQYKK, SSKFSWDEYEQYKKE, or R 2 is absent; and wherein the peptide of formula (I), or the pharmaceutically acceptable salt thereof, is a cyclic peptide formed by a disulphide bond between the two cysteine residues. X 1 , X 3 , X 5 , and X 6 is an amino acid residue selected from the group consisting of serine, alanine, valine, leucine, isoleucine and glycine; X 2 is alanine, arginine or lysine; X 4 is glutamic acid or aspartic acid; R 1 is selected from the group consisting of S, HS, GHS, PGHS, APGHS, EAPGHS, 1 SEAPGHS, SSEAPGHS, PSSEAPGHS, DPSSEAPGHS and IDPSSEAPGHS, or R is absent; and R 2 is selected from the group consisting of S, SS, SSK, SSKF, SSKFS, SSKFSW, SSKFSWD, SSKFSWDE, SSKFSWDEY, SSKFSWDEYE, SSKFSWDEYEQ, SSKFSWDEYEQY, SSKFSWDEYEQYK, SSKFSWDEYEQYKK, SSKFSWDEYEQYKKE, or R 2 is absent; and wherein the peptide of formula (I), or the pharmaceutically acceptable salt thereof, is a cyclic peptide formed by a disulphide bond between the two cysteine residues.
An excimer laser system, comprising: a master oscillator chamber (MO), a power amplifier chamber (PA), a line width narrowing module (LNM), a line width analysis module (LAM), a master oscillator wavefront engineering box (MO WEB), an optical pulse stretcher (OPS), an auto shutter, a partial reflectance mirror (PR), a beam splitting system (Splitter), a first high reflectance mirror (HR1), a second high reflectance mirror (HR2) and a third high reflectance mirror (HR3), the master oscillator chamber (MO) generates laser pulses with a narrowed line width and a small energy by means of the line width narrowing module (LNM) as a seed light, wherein the seed light is refracted by the master oscillator wavefront engineering box (MO WEB) and then injected into the power amplifier chamber (PA) through the beam splitting system (Splitter), the beam splitting system (Splitter), the first high reflectance mirror (HR1), the second high reflectance mirror (HR2) and the third high reflectance mirror (HR3) constitute a quadrilateral annular optical path, the power amplifier chamber (PA) has a first pair of Brewster windows (B1, B1') and a second pair of Brewster windows (B2, B2'), wherein the first pair of Brewster windows (B1, B1') is located in a first amplification optical path of the annular optical path along with a discharging electrode of the power amplifier chamber (PA), and the second pair of Brewster windows (B2, B2') is located in a second optical path of the annular optical path which is parallel to the first amplification optical path.
A nasal delivery system comprising a nasal insertion tube and a fluid medium located in communication with the nasal insertion tube , the nasal insertion tube comprising a tubular wall forming an internal flow path from an inlet to an outlet , wherein the outlet is configured to be arranged in a nostril of a person to thereby facilitate an upstream flow of air in a first flow path from an ambient space through the internal flow path to the respiratory tract of the person during inhaling and a downstream flow of air in a second flow path from the respiratory tract of the person outside the internal flow path to the ambient space during exhaling, the system further comprising a flow diverter structure , characterised in that the flow diverter structure is configured for providing a first ratio between the flow resistance in the first flow path and the flow resistance in the second flow path during upstream flow and for providing a second ratio between the flow resistance in the first flow path and the flow resistance in the second flow path during downstream flow, where the second ratio is equal to or higher than the first ratio.
Method of processing plasterboards for recovering a calcium sulphate source for producing a hydraulic binder, comprising the steps of a) comminuting plasterboards or a gypsum fraction thereof so as to obtain plasterboard particles, b) subjecting the plasterboard particles to a heat treatment at an elevated temperature so as to volatilize and/or decompose organic components present in the plasterboard particles, wherein the heat treatment is carried out for a time period of < 10 min, preferably 1-9 min, more preferably 2-6 min, more preferably 4-6 min, and wherein the heat treatment comprises subjecting the plasterboard particles to a temperature in the range of 300°C - 550°C, preferably 350°C - 550°C, more preferably 400°C - 500°C. a) comminuting plasterboards or a gypsum fraction thereof so as to obtain plasterboard particles, b) subjecting the plasterboard particles to a heat treatment at an elevated temperature so as to volatilize and/or decompose organic components present in the plasterboard particles,
A light irradiation device , comprising: a first supply section having a porous portion (90a1) and a space portion which is continuous with the porous portion and is made equal in size to the porous portion (90a1) in top plan configuration, the first supply section being capable of supplying a gas to a photo-curable material through the porous portion (90a1) and the space portion ; and an irradiation section disposed in alignment with the porous portion or disposed downstream from the porous portion (90a1), the irradiation section being capable of irradiating the photo-curable material with light. a first supply section having a porous portion (90a1) and a space portion which is continuous with the porous portion and is made equal in size to the porous portion (90a1) in top plan configuration, the first supply section being capable of supplying a gas to a photo-curable material through the porous portion (90a1) and the space portion ; and an irradiation section disposed in alignment with the porous portion or disposed downstream from the porous portion (90a1), the irradiation section being capable of irradiating the photo-curable material with light.
A child safety seat comprising: a seat portion ; a backrest assembly connected with the seat portion , the backrest assembly including a first backrest portion , a second backrest portion slidably connected with the first backrest portion , and a headrest slidably connected with the second backrest portion ; and a backrest adjusting system carried with the backrest assembly and configured to provide a first stage of height adjustment where the first and second backrest portions are locked with each other and the headrest is movable relative to the first and second backrest portions for adjustment between a plurality of first positions, and a second stage of height adjustment where the second backrest portion is locked with the headrest and unlocked from the first backrest portion so that the second backrest portion and the headrest are movable in unison relative to the first backrest portion for adjustment between a plurality of second positions; characterised in that the backrest adjusting system includes an adjustment latch carried with the headrest , the adjustment latch being operable to engage with the second backrest portion for locking the headrest in any one of the first positions in the first stage of height adjustment and to engage with the first backrest portion for locking the headrest in any one of the second positions in the second stage of height adjustment. a seat portion ; a backrest assembly connected with the seat portion , the backrest assembly including a first backrest portion , a second backrest portion slidably connected with the first backrest portion , and a headrest slidably connected with the second backrest portion ; and a backrest adjusting system carried with the backrest assembly and configured to provide a first stage of height adjustment where the first and second backrest portions are locked with each other and the headrest is movable relative to the first and second backrest portions for adjustment between a plurality of first positions, and a second stage of height adjustment where the second backrest portion is locked with the headrest and unlocked from the first backrest portion so that the second backrest portion and the headrest are movable in unison relative to the first backrest portion for adjustment between a plurality of second positions; characterised in that the backrest adjusting system includes an adjustment latch carried with the headrest , the adjustment latch being operable to engage with the second backrest portion for locking the headrest in any one of the first positions in the first stage of height adjustment and to engage with the first backrest portion for locking the headrest in any one of the second positions in the second stage of height adjustment.