mhurhangee/patent-ind-claim-en huggingface dataset:
A transparent cosmetic or persona! care composition comprising: a) a polymeric thickener, b) a protein, c) an active material, which is selected from disaccharides, lactones, inorganic salts, diacids and mixtures thereof, d) a solubiliser, e) a pH adjuster, f) a dye g) water wherein the solubiliser comprises a mixture of at least two components, said mixture comprising at least one high HLB component having an HLB value of from 10 to 20 and at least one low HLB component having an HLB value of from 1 to less than 10, and wherein the dye comprises violet, blue, red or mixtures thereof. a) a polymeric thickener, b) a protein, c) an active material, which is selected from disaccharides, lactones, inorganic salts, diacids and mixtures thereof, d) a solubiliser, e) a pH adjuster, f) a dye g) water
Insertion aid for a tracheostomy tube , with a head which can be guided through the tracheostomy tube , wherein the head of the insertion aid is hollow and the cavity of the head is connected via a tube running through the lumen of the tracheostomy tube to a variable fluid reservoir for filling and emptying the cavity , which is arranged on the proximal side of the tracheostomy tube in use, characterized in that the head protrudes from the distal end of the tracheostomy tube in use and the tube connecting the fluid reservoir and the head extends into the cavity of the head in sections, wherein the end of the tube extending into the cavity narrows in the distal direction, wherein the head has a thin-walled, flexible sheath , so that, when the cavity is filled, the head takes on a maximum outside diameter with respect to the longitudinal axis of the tracheostomy tube , which is larger than the inside diameter of the tracheostomy tube , and, when the cavity is emptied, can take a maximum outside diameter with respect to the longitudinal axis of the tracheostomy tube , which is smaller than the inside diameter of the tracheostomy tube .
An oral pharmaceutical composition for use in the treatment of a condition associated with testosterone deficiency in a human subject, the composition comprising: a testosterone ester having a structure: wherein R is -C 13 H 25 O or -C 14 H 27 O, and one or both esters can be present in the composition; and a pharmaceutically acceptable carrier, wherein the composition is formulated as an oral dosage form, wherein the treatment comprises administering to the human subject the oral dosage form to provide a daily testosterone ester dose of about 420 mg to about 1250 mg based on single unit or multiple unit dosing, and wherein the human subject is a hypogonadal male. wherein R is -C 13 H 25 O or -C 14 H 27 O, and one or both esters can be present in the composition; and a pharmaceutically acceptable carrier, wherein the composition is formulated as an oral dosage form, wherein the treatment comprises administering to the human subject the oral dosage form to provide a daily testosterone ester dose of about 420 mg to about 1250 mg based on single unit or multiple unit dosing, and wherein the human subject is a hypogonadal male.
A firearm comprising a trigger safety, said firearm comprising a frame and a trigger , the trigger being positioned on a trigger axis positioned on a trigger lever commanding an ignition chain, said trigger lever being positioned on a trigger lever axis fixed to the frame, said trigger lever being able to switch from an idle position to a position triggering a shot and said trigger being able to switch from an idle position where the trigger bears on the trigger lever on a first bearing surface and a firing position where the trigger bears on the trigger lever on a second bearing surface , resilient means keeping the trigger in the idle position when no pressure is applied thereto, said trigger comprising a trigger blocking surface bearing on a corresponding blocking element on the frame blocking the rotation of the trigger lever when the trigger is idle and said trigger blocking surface retracting when the trigger rotates on its axis relative to the trigger lever , freeing the rotation of the trigger lever characterized in that said trigger lever is located in a cavity within the trigger , the first bearing surface being located forward of the trigger cavity and the second bearing surface being located to the rear of the trigger cavity.
A library of synthetic polynucleotides encoding light chain variable regions, wherein polypeptide sequences of the light chain variable regions (i) are varied at two or three positions between Kabat positions 89-94, and (ii) comprise polypeptide sequences produced by translation of polynucleotide sequences provided in Tables 5-7.
Planetary stage with a planetary carrier , at least one planetary gear and at least one planetary shaft ; the at least one planetary gear being mounted in the at least one planetary shaft such that it can be rotated about a rotational axis; the at least one planetary shaft being fixed in the planetary carrier in such a way that the at least one planetary shaft can be tilted with regard to at least one part of the planetary carrier orthogonally with respect to the rotational axis of the at least one planetary gear ; the at least one planetary shaft being fixed in a positively locking manner in the planetary carrier ; characterized in that the at least one planetary shaft has a first shoulder and a second shoulder ; the planetary carrier having a shoulder and a groove ; a securing ring being introduced into the groove ; the first shoulder of the at least one planetary shaft being supported against the shoulder of the planetary carrier , with the result that the at least one planetary shaft is fixed in a first axial direction with respect to the planetary carrier ; and the second shoulder of the at least one planetary shaft being supported against the securing ring , with the result that the at least one planetary shaft is fixed in a second axial direction with respect to the planetary carrier .
Device for guiding rotatably pivotally a pivoting mass about a virtual pivoting axis (A), the device comprising a first support and a second support , one of which is fixed and the other of which is intended to be rotary and to form or to support the pivoting mass, the device being substantially arranged in a plane and comprising a first and a second flexible leaf oriented in the same direction when the device is at rest, as well as an intermediate leaf having a rigidity notably greater than the flexible leaves and connecting the first flexible leaf to the second , the device comprising a first fixed link formed by the first support and a first end of the first leaf , a second fixed link formed by a second end of the first leaf and by a first end of the intermediate leaf , a third fixed link formed by a second end of the intermediate leaf and by a first end of the second leaf and a fourth fixed link formed by at least one second end of the second leaf , the first and/or the fourth link being arranged substantially between the second and the third link in said direction when the device is at rest, characterised in that the intermediate leaf has a length x 1 defined by the following equation: x 1 = − L 1 3 + 3 L 1 2 L 2 + 3 L 1 L 2 L 2 + L 2 3 6 L 1 L 2 ; where L 1 is the length of the first flexible leaf and L 2 is the length of the second flexible leaf .
A gas turbine engine comprising: a vane (72; 172) and a combustor housing supported relative to an engine static structure ; a retaining assembly clamping the combustor housing and the vane (72; 172) to one another in an axial direction; and a circumferential load transfer assembly circumferentially affixing the vane (72; 172) relative to the engine static structure , the retaining assembly secured to the circumferential load transfer assembly, wherein the engine static structure includes a vane support , the vane support including one of a tab (94; 194) and a fork (90; 190), and the vane (72; 172) including the other of the tab (94; 194) and the fork (90; 190), the tab (94; 194) received in the fork (90; 190), and the tab (94; 194) and the fork (90; 190) providing the circumferential load transfer assembly, characterised in that : the retainer assembly includes a retainer (108; 208) secured to the tab , and the combustor housing is arranged axially between the retainer and the vane . a vane (72; 172) and a combustor housing supported relative to an engine static structure ; a retaining assembly clamping the combustor housing and the vane (72; 172) to one another in an axial direction; and a circumferential load transfer assembly circumferentially affixing the vane (72; 172) relative to the engine static structure , the retaining assembly secured to the circumferential load transfer assembly, wherein the engine static structure includes a vane support , the vane support including one of a tab (94; 194) and a fork (90; 190), and the vane (72; 172) including the other of the tab (94; 194) and the fork (90; 190), the tab (94; 194) received in the fork (90; 190), and the tab (94; 194) and the fork (90; 190) providing the circumferential load transfer assembly, characterised in that : the retainer assembly includes a retainer (108; 208) secured to the tab , and the combustor housing is arranged axially between the retainer and the vane .
A process for producing a biologically active botulinum neurotoxin, the method comprising the following steps: (a) providing a fermentation medium which is entirely free of animal-derived products or contains animal-derived products in an amount less than 1 wt.%; (b) fermenting Clostridium botulinum bacteria in the fermentation medium; (c) contacting the fermentation medium with an anion exchange chromatography medium; (d) contacting an eluate of the anion exchange chromatography medium with a cation exchange chromatography medium; and (e) eluting an eluate containing botulinum neurotoxin from the cation exchange chromatography medium; wherein no animal-derived enzyme is used to purify the botulinum neurotoxin. (a) providing a fermentation medium which is entirely free of animal-derived products or contains animal-derived products in an amount less than 1 wt.%; (b) fermenting Clostridium botulinum bacteria in the fermentation medium; (c) contacting the fermentation medium with an anion exchange chromatography medium; (d) contacting an eluate of the anion exchange chromatography medium with a cation exchange chromatography medium; and (e) eluting an eluate containing botulinum neurotoxin from the cation exchange chromatography medium;
A Bluetooth positioning device detection method, applied to a first electronic device, wherein the method comprises: recording first location information, wherein a set of the first location information is used as a first track, and the first track is a moving track of the first electronic device; recording second location information when a preset trigger condition is met, wherein a set of the second location information is used as a second track, and the second track is used to represent a moving track of a Bluetooth positioning device ; calculating a similarity between the first track and the second track in a preset time period; determining that the first electronic device is tracked by the Bluetooth positioning device if the track similarity is greater than a preset similarity threshold; and wherein the recording first location information comprises: periodically recording the first location information of the first electronic device after a Bluetooth module of the first electronic device detects a Bluetooth status signal through scanning, wherein the Bluetooth status signal is sent by a second electronic device and the second electronic device is different from the first electronic device. recording first location information, wherein a set of the first location information is used as a first track, and the first track is a moving track of the first electronic device; recording second location information when a preset trigger condition is met, wherein a set of the second location information is used as a second track, and the second track is used to represent a moving track of a Bluetooth positioning device ; calculating a similarity between the first track and the second track in a preset time period; determining that the first electronic device is tracked by the Bluetooth positioning device if the track similarity is greater than a preset similarity threshold; and wherein the recording first location information comprises: periodically recording the first location information of the first electronic device after a Bluetooth module of the first electronic device detects a Bluetooth status signal through scanning, wherein the Bluetooth status signal is sent by a second electronic device and the second electronic device is different from the first electronic device.
Use of a packaging for roof window installation products, said packaging comprising a folded sheet member having a bottom section defining a first plane four side sections and a top section , said sections together defining an inner room and first outer dimensions of the packaging, in the assembled state; wherein the use includes; moving at least one handle from a first position, where it extends substantially parallel with and adjacent to at least one of said sections, to a second position, where it extends beyond the first outer dimensions, using said handle for carrying the packaging when in the second position, and moving at least one flange from a first position, where it extends substantially in parallel with a least one of said sections and adjacent to said at least section, to a second position where it extends beyond the first outer dimensions of the packaging. a folded sheet member having a bottom section defining a first plane four side sections and a top section , said sections together defining an inner room and first outer dimensions of the packaging, in the assembled state; wherein the use includes; moving at least one handle from a first position, where it extends substantially parallel with and adjacent to at least one of said sections, to a second position, where it extends beyond the first outer dimensions, using said handle for carrying the packaging when in the second position, and moving at least one flange from a first position, where it extends substantially in parallel with a least one of said sections and adjacent to said at least section, to a second position where it extends beyond the first outer dimensions of the packaging.
A gas-discharge electron beam gun, consisting of a sealed metal casing that hosts high-voltage insulator , cold concave cathode with an extended emitting surface, coaxial hollow anode with a bottom part designed in the shape of a plate with channels for cooling water, which are executed within the body of the plate and linked between each other forming a single system, located around an opening for the passage of the electron beam , as well as beam guide tightly attached to the casing and consisting of two parts in the shape of a bend, the first part of which is attached to the metal casing, while the second part is attached to the first part, the angle of rotation (α) of the second part of the beam guide in respect the first part is chosen to exclude direct passing of the beam through the opening in the anode to a crucible, which is located in a process chamber, and focusing coils are located on the first part of the beam guide, and the second part of it features beam rotation coils by an angle of rotation of the second part of the beam guide, characterised in that a second bend is made on the beam guide with the same angle (α) as the first bend, but oppositely directed, and both bends divide the beam guide into three parts, the first of which is hermetically attached to the gun's metal casing, the second is intermediate and the third is arranged such that it can be hermetically attached to the processing chamber, and beam turning coils are located near the bends on the beam guide and are arranged such that they can turn the beam to an angle (α) equal to the angle of bends, and beam focusing coils and deflection scanning coils are respectively located on all three parts.
An electronic device housing comprising: a substrate of the electronic device housing, the substrate having an outer surface ; and recessed markings disposed on the outer surface of the substrate of the electronic device housing; wherein the recessed markings comprise: an athermally ablated surface layer that is recessed into the outer surface; a plurality of melted regions overlaying the athermally ablated surface layer , the plurality of melted regions configured to reduce light scattering from light scattering features within the recessed marking; and at least one sidewall adjacent the athermally ablated surface layer. a substrate of the electronic device housing, the substrate having an outer surface ; and recessed markings disposed on the outer surface of the substrate of the electronic device housing; an athermally ablated surface layer that is recessed into the outer surface; a plurality of melted regions overlaying the athermally ablated surface layer , the plurality of melted regions configured to reduce light scattering from light scattering features within the recessed marking; and at least one sidewall adjacent the athermally ablated surface layer.
An agricultural working machine , in particular a tractor, with at least one working assembly for carrying out or supporting agricultural work, wherein the agricultural working machine has a detecting device for detecting operational parameters and a control device for controlling operating procedures of the agricultural working machine , wherein the control device is configured to carry out predictive control of at least one operating procedure of the agricultural working machine while carrying out an agricultural operational assignment on the basis of information which is produced by at least one online learning algorithm and/or at least one online learning model based on the detected operational parameters, characterized in that one or more machine parameters of the agricultural working machine are detected as the operational parameter wherein, while it carries out an agricultural operational assignment, the agricultural working machine detects operational parameters associated with the agricultural operational assignment at the respective site of operations which is currently being traversed and from these operational parameters, it extrapolates the corresponding operational parameters in another region of the field which has not yet been traversed. wherein the control device is configured to carry out predictive control of at least one operating procedure of the agricultural working machine while carrying out an agricultural operational assignment on the basis of information which is produced by at least one online learning algorithm and/or at least one online learning model based on the detected operational parameters, characterized in that one or more machine parameters of the agricultural working machine are detected as the operational parameter wherein, while it carries out an agricultural operational assignment, the agricultural working machine detects operational parameters associated with the agricultural operational assignment at the respective site of operations which is currently being traversed and from these operational parameters, it extrapolates the corresponding operational parameters in another region of the field which has not yet been traversed.
Method for co-extruding an elongated food product comprising the following steps: a) providing a food dough; b) providing a viscous gelling agent comprising collagen; c) co-extruding a strand of food dough and an external layer of viscous gelling agent, wherein the viscous gelling agent at least partially encloses the strand of food dough; and d) performing at least one subsequent processing step, wherein the collagen is in the helical and/or crystalline form, characterised in that the method comprises the steps of: i) measuring the product characteristics including the pH, salt concentration and/or salt type of the viscous gelling agent provided in step b); ii) predicting the physical state transition point of the viscous gelling agent provided in step b) based on the product characteristics measured in step i); and iii) controlling the physical state of the collagen in step d) by balancing the pH, salt concentration and temperature to prevent conversion of the collagen into a collagen having a randomly coiled form. a) providing a food dough; b) providing a viscous gelling agent comprising collagen; c) co-extruding a strand of food dough and an external layer of viscous gelling agent, wherein the viscous gelling agent at least partially encloses the strand of food dough; and d) performing at least one subsequent processing step, i) measuring the product characteristics including the pH, salt concentration and/or salt type of the viscous gelling agent provided in step b); ii) predicting the physical state transition point of the viscous gelling agent provided in step b) based on the product characteristics measured in step i); and iii) controlling the physical state of the collagen in step d) by balancing the pH, salt concentration and temperature to prevent conversion of the collagen into a collagen having a randomly coiled form.
A method of wireless communication performed by a receiving user equipment, UE, comprising: identifying two or more peer-to-peer, P2P, communications received from two or more originating UEs to be combined by the receiving UE based at least in part on a respective location of each of the two or more originating UEs; combining the two or more P2P communications, using network coding, to form a combined P2P communication; and transmitting the combined P2P communication, characterised in that the two or more P2P communications are further identified based at least in part on a range requirement associated with at least one of the two or more P2P communications. identifying two or more peer-to-peer, P2P, communications received from two or more originating UEs to be combined by the receiving UE based at least in part on a respective location of each of the two or more originating UEs; combining the two or more P2P communications, using network coding, to form a combined P2P communication; and transmitting the combined P2P communication, characterised in that the two or more P2P communications are further identified based at least in part on a range requirement associated with at least one of the two or more P2P communications.
An optical deflector comprising: a reflective plate ; a pair of shaft portions determining a rotation axis of the reflective plate ; a pair of beam portions supporting the pair of shaft portions while extending to intersect the rotation axis; and drive elements rotating the reflective plate by deforming the beam portions , characterized in that the drive elements are arranged in the beam portions and a size thereof in a direction orthogonal to the rotation axis at positions separated by a first distance from the reflective plate along an axial direction of the rotation axis is larger than a size in the direction orthogonal to the rotation axis at positions separated by a second distance from the reflective plate along the axial direction, the second distance being greater than the first distance. a reflective plate ; a pair of shaft portions determining a rotation axis of the reflective plate ; a pair of beam portions supporting the pair of shaft portions while extending to intersect the rotation axis; and drive elements rotating the reflective plate by deforming the beam portions , characterized in that the drive elements are arranged in the beam portions and a size thereof in a direction orthogonal to the rotation axis at positions separated by a first distance from the reflective plate along an axial direction of the rotation axis is larger than a size in the direction orthogonal to the rotation axis at positions separated by a second distance from the reflective plate along the axial direction, the second distance being greater than the first distance.