mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a fluid distribution system , said method comprising: providing a first distribution line configured to channel a fluid in a first direction ; providing at least one internal support member including a base portion and a plurality of support legs extending radially outward from the base portion, wherein the base portion has a circular shape and is sized to slide onto an outer surface of the first distribution line, wherein the at least one internal support member includes a brazing material disposed on an inner surface of the base portion, and wherein an outer surface of each support leg of the plurality of support legs of the at least one internal support member includes a brazing material disposed thereon; heating the at least one internal support member to braze the at least one internal support member to the first distribution line so as to couple the at least one internal support member to the outer surface of the first distribution line; aligning a second distribution line concentrically with and circumscribing the first distribution line, the second distribution line configured to channel the fluid in an opposite second direction ; and heating the second distribution line to braze the plurality of support legs to the second distribution line so as to couple the plurality of support legs to the inner surface of the second distribution line. providing a first distribution line configured to channel a fluid in a first direction ; providing at least one internal support member including a base portion and a plurality of support legs extending radially outward from the base portion, wherein the base portion has a circular shape and is sized to slide onto an outer surface of the first distribution line, wherein the at least one internal support member includes a brazing material disposed on an inner surface of the base portion, and wherein an outer surface of each support leg of the plurality of support legs of the at least one internal support member includes a brazing material disposed thereon; heating the at least one internal support member to braze the at least one internal support member to the first distribution line so as to couple the at least one internal support member to the outer surface of the first distribution line; aligning a second distribution line concentrically with and circumscribing the first distribution line, the second distribution line configured to channel the fluid in an opposite second direction ; and heating the second distribution line to braze the plurality of support legs to the second distribution line so as to couple the plurality of support legs to the inner surface of the second distribution line.
A method for communication detection, comprising: (S101) determining with a length level determining module a length level of a communication link according to a time length of pulse data during transmission of data over the communication link; and (S102) determining with detection time point determining module a detection time point according to the length level of the communication link. wherein the determining a length level of a communication link with the length level determining module according to a time length of pulse data during transmission of data over the communication link comprises: (S201) determining the time length of the pulse data; (S202) determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and wherein the time length of the pulse data comprises the time lengths of high-level signals of the pulse data, and the length range of the communication link corresponding to the first length level is smaller than the length range of the communication link corresponding to the second length level. (S101) determining with a length level determining module a length level of a communication link according to a time length of pulse data during transmission of data over the communication link; and (S102) determining with detection time point determining module a detection time point according to the length level of the communication link. wherein the determining a length level of a communication link with the length level determining module according to a time length of pulse data during transmission of data over the communication link comprises: (S201) determining the time length of the pulse data; (S202) determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and (S201) determining the time length of the pulse data; (S202) determining that the communication link is at the first length level in a case where the time length of the pulse data is greater than a set threshold; (S301, S302) determining that the communication link is at the second length level in a case where the time length of the pulse data is less than or equal to the set threshold; and wherein the time length of the pulse data comprises the time lengths of high-level signals of the pulse data, and the length range of the communication link corresponding to the first length level is smaller than the length range of the communication link corresponding to the second length level.
Hob for heating cooking utensils , having: - a hob plate which has a cooking area and an indicating area , wherein the indicating area is different from the cooking area and the indicating area does not overlap with the cooking area , - an indicating device which is arranged underneath the hob plate inside the indicating area and is designed to display information about the hob and/or to provide operating functions of the hob , and - at least one heating device which is arranged underneath the hob plate inside the cooking area and is designed to heat the cooking utensils , characterized by at least one thermal actuator which is designed to alter a distance between the hob plate and the indicating device depending on a temperature inside the indicating area or adjoining the indicating area and/or at the hob plate . - a hob plate which has a cooking area and an indicating area , wherein the indicating area is different from the cooking area and the indicating area does not overlap with the cooking area , - an indicating device which is arranged underneath the hob plate inside the indicating area and is designed to display information about the hob and/or to provide operating functions of the hob , and - at least one heating device which is arranged underneath the hob plate inside the cooking area and is designed to heat the cooking utensils ,
A personal care composition comprising: (a) retinoid; (b) 0.01 to 10% of modified starch by weight of the composition; and (c) sorbitan fatty acid ester, wherein: (i) the weight ratio of the sorbitan fatty acid ester to the retinoid is 0.4:1 to 1.4:1; (ii) the weight ratio of the total modified starches to the sorbitan fatty acid ester is 1:1 to 70:1; (iii) the sorbitan fatty acid ester is sorbitan C 8-24 fatty acid ester; and (iv) the modified starch is nonionic starch, anionic starch or a mixture thereof. (a) retinoid; (b) 0.01 to 10% of modified starch by weight of the composition; and (c) sorbitan fatty acid ester, (i) the weight ratio of the sorbitan fatty acid ester to the retinoid is 0.4:1 to 1.4:1; (ii) the weight ratio of the total modified starches to the sorbitan fatty acid ester is 1:1 to 70:1; (iii) the sorbitan fatty acid ester is sorbitan C 8-24 fatty acid ester; and (iv) the modified starch is nonionic starch, anionic starch or a mixture thereof.
An agricultural machine for spreading grainy solids, having a pneumatic conveying system for conveying the grainy solids out of a storage tank to a number of dispensing units, wherein the conveying system comprises a blower a connecting line from the tank to a distribution device , which comprises a distribution chamber with a number of outlet openings formed therein, and a number of lines , which are each connected to an associated outlet opening and which each conduct solids conveyed with the airstream to one of the output units assigned to the line , characterised in that each outlet opening is assigned a sector of an outer wall of the distribution chamber with a respective sector size and the sectors assigned to the outlet openings take up different proportions in the sum of the sectors formed in the distribution chamber , and the lines , which are connected to outlet openings , whose associated sector size is greater than the sector size of other outlet openings , have in the connecting region to the outlet opening a higher dynamic pressure than lines that are connected to outlet openings whose associated sector size is smaller than the sector size of other outlet openings .
An aerosol container having a longitudinal axis and comprising: a polymeric outer container comprising a closed end bottom and an open neck longitudinally opposed thereto, said open neck having a valve sealed to said outer container in fluid tight relationship by an outer container seal , a product delivery device sealed to said valve in fluid tight relationship by a product delivery device seal , said product delivery device seal being radially spaced apart from said outer container seal ; wherein said product delivery device comprises a bag , said bag being joined to said outer container by said spin weld, and further comprising propellant between said bag and said outer container , product within said bag and an actuator operably connected to said valve for selectively dispensing said product from said aerosol container upon demand. a polymeric outer container comprising a closed end bottom and an open neck longitudinally opposed thereto, said open neck having a valve sealed to said outer container in fluid tight relationship by an outer container seal , a product delivery device sealed to said valve in fluid tight relationship by a product delivery device seal , said product delivery device seal being radially spaced apart from said outer container seal ; wherein said product delivery device comprises a bag , said bag being joined to said outer container by said spin weld, and further comprising propellant between said bag and said outer container , product within said bag and an actuator operably connected to said valve for selectively dispensing said product from said aerosol container upon demand.
A modular communications array comprising: an antenna card including a patch antenna array for communicating RF signals; a chip carrier card including a plurality of monolithic microwave integrated circuits, MMICs, each with a power amplifier, PA, and positioned on a respective metal post of a plurality of metal posts, the metal posts attached to the chip carrier card ; a phase shifter card including a plurality of phase shifter circuits for beam steering and gain control and a plurality of cavities, wherein each of the cavities corresponds to a location for the respective metal post on the chip carrier card ; and a cooling block coupled to the chip carrier card by a thermally conductive epoxy for cooling, wherein the phase shifter card is replaceable without affecting the components of the antenna card and the chip carrier card . an antenna card including a patch antenna array for communicating RF signals; a chip carrier card including a plurality of monolithic microwave integrated circuits, MMICs, each with a power amplifier, PA, and positioned on a respective metal post of a plurality of metal posts, the metal posts attached to the chip carrier card ; a phase shifter card including a plurality of phase shifter circuits for beam steering and gain control and a plurality of cavities, wherein each of the cavities corresponds to a location for the respective metal post on the chip carrier card ; and a cooling block coupled to the chip carrier card by a thermally conductive epoxy for cooling, wherein the phase shifter card is replaceable without affecting the components of the antenna card and the chip carrier card .
A process for liquefying and optionally separating a CO2-rich feed stream comprising the following steps: a) compression (C1, C2) of the supply flow from an initial pressure to a first pressure greater than 30 bara to obtain a supply flow at the first pressure and at a first temperature, b) cooling the feed flow at the first pressure and the first temperature by a flow water or oil at a second temperature lower the first temperature to form a feed flow at the first pressure and a third temperature, c) cooling of the feed flow at the first pressure and third temperature to form a feed flow at the first pressure and at a fourth temperature by heat exchange with at least one stream which is produced by heating a liquid, this liquid resulting from the liquefaction and possibly the separation of the feed flow d) cooling (R2) of the supply flow at the first pressure and at the fourth temperature 20 by heat exchange with a flow of fluid at a temperature between 5 and 40°C which is air or water to form a feed flow at the first pressure and at a fifth temperature and at least part of the feed flow at the first pressure and fifth temperature being liquefied and optionally separated by partial condensation and/or by distillation to form a liquid product , optionally a portion of the liquid part also being separated by partial condensation and/or by distillation. a) compression (C1, C2) of the supply flow from an initial pressure to a first pressure greater than 30 bara to obtain a supply flow at the first pressure and at a first temperature, b) cooling the feed flow at the first pressure and the first temperature by a flow water or oil at a second temperature lower the first temperature to form a feed flow at the first pressure and a third temperature, c) cooling of the feed flow at the first pressure and third temperature to form a feed flow at the first pressure and at a fourth temperature by heat exchange with at least one stream which is produced by heating a liquid, this liquid resulting from the liquefaction and possibly the separation of the feed flow d) cooling (R2) of the supply flow at the first pressure and at the fourth temperature 20 by heat exchange with a flow of fluid at a temperature between 5 and 40°C which is air or water to form a feed flow at the first pressure and at a fifth temperature and at least part of the feed flow at the first pressure and fifth temperature being liquefied and optionally separated by partial condensation and/or by distillation to form a liquid product , optionally a portion of the liquid part also being separated by partial condensation and/or by distillation.
A method of forming a seamless garment , comprising: applying a first adhesive on at least one of a side of a first textile and a side of a conformable expanded polytetrafluoroethylene (ePTFE) tape having an extensibility of at least 1.5X in at least one direction; positioning said textile on a garment mold; stretching said conformable ePTFE tape over said first textile and said garment mold to form a first composite comprising a conformed ePTFE membrane , said first adhesive, and said first textile; positioning a second composite comprising a second adhesive and a second textile on said first composite such that said second adhesive is positioned on said conformed ePTFE membrane to form a seamless garment ; and heating said seamless garment and said garment mold to a temperature from about 50°C to about 200°C. applying a first adhesive on at least one of a side of a first textile and a side of a conformable expanded polytetrafluoroethylene (ePTFE) tape having an extensibility of at least 1.5X in at least one direction; positioning said textile on a garment mold; stretching said conformable ePTFE tape over said first textile and said garment mold to form a first composite comprising a conformed ePTFE membrane , said first adhesive, and said first textile; positioning a second composite comprising a second adhesive and a second textile on said first composite such that said second adhesive is positioned on said conformed ePTFE membrane to form a seamless garment ; and heating said seamless garment and said garment mold to a temperature from about 50°C to about 200°C.
A brake disc arrangement for a vehicle , preferably a heavy duty vehicle such as a truck, comprising a brake disc extending annularly about an axially extending central axis (X) and defining an inwardly facing circumference comprising a splined portion for transferring torques between the brake disc and a corresponding hub , when the brake disc arrangement is mounted to the hub ; and a spring assembly adapted to be axially connected to the corresponding hub , wherein the inwardly facing circumference of the brake disc comprises one or more cavities , each cavity being defined by axially opposing lateral walls ; and that the spring assembly is partially contained in said one or more cavities , such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls , characterized in that the spring assembly comprises a plurality of spring elements. wherein the inwardly facing circumference of the brake disc comprises one or more cavities , each cavity being defined by axially opposing lateral walls ; and that the spring assembly is partially contained in said one or more cavities , such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls , characterized in that the spring assembly comprises a plurality of spring elements.
A furniture flap drive comprising a first component having an electric motor for releasably fastening to a second component having an actuating arm , wherein the second component is an actuating unit of a certain flap type chosen from a plurality of mechanical actuating units for different flap types, wherein there is provided a force transmission device for moving the actuating arm, wherein the force transmission device is arranged at the first component and can be brought into engagement with an interface arranged on the actuating arm , wherein the force transmission device is in the form of a pin and wherein the interface is in the form of a receiving opening, characterized in that there is provided a positioning device with which the position of the force transmission device can be adjusted in such a way that the first component can be fastened to the second component in at least two, preferably at least three, different positions of the actuating arm depending on the flap type, wherein the positioning device has at least one abutment element with which the force transmission device is displaceably movable in such a way that it can be introduced into the interface in the form of a receiving opening at the possibly already mounted second component .
A driving device for a slidable casement as a sliding casement or slidable lifting and sliding casement of a window or a door , having a window frame , in which the casement is slidably held, wherein the driving device for sliding the casement comprises a drive motor , which can be arranged on the casement side, with a threaded spindle driven thereon, which is forcibly guided around a gear rack element of the driving device , which can be arranged at the window frame , the gear rack element being encompassingly fixable by a guide rail of the driving device and being formed from gear segments , which can be modularly connected with one another and form an integral structural unit, characterized in that the gear segment , for insertion into the guide rail at the sides , forms a rhombus-shaped foot beveled via an angle (W), which is stepped at the respective ends and can be fixed through an opening of the guide rail assembled in an undercut profile groove . the gear rack element being encompassingly fixable by a guide rail of the driving device and being formed from gear segments , which can be modularly connected with one another and form an integral structural unit, characterized in that the gear segment , for insertion into the guide rail at the sides , forms a rhombus-shaped foot beveled via an angle (W), which is stepped at the respective ends and can be fixed through an opening of the guide rail assembled in an undercut profile groove .
Crane , in particular a deck crane, comprising: a boom which is erectable in its height about an axis of rotation , and an erecting trestle for deflecting a rope of a retracting mechanism in order to erect the boom , wherein the erecting trestle is erectable in its height, and the erecting trestle comprises a pull bar which includes a rotary joint in order to rotate a first portion of the pull bar with respect to a second portion of the pull bar and wherein the rotary joint of the pull bar can be locked in order to fix the erecting trestle in its erected position, wherein depositing of the erecting trestle is effected by gravity, characterized in that locking of the rotary joint is effected via a hydraulic cylinder , and wherein preferably the hydraulic cylinders present for locking the rotary joint support the deposition by a corresponding pretension. a boom which is erectable in its height about an axis of rotation , and an erecting trestle for deflecting a rope of a retracting mechanism in order to erect the boom , wherein the erecting trestle is erectable in its height, and the erecting trestle comprises a pull bar which includes a rotary joint in order to rotate a first portion of the pull bar with respect to a second portion of the pull bar and wherein the rotary joint of the pull bar can be locked in order to fix the erecting trestle in its erected position, wherein depositing of the erecting trestle is effected by gravity, characterized in that locking of the rotary joint is effected via a hydraulic cylinder , and wherein preferably the hydraulic cylinders present for locking the rotary joint support the deposition by a corresponding pretension.
A three-dimensional measuring device, comprising an arm made up of articulated elements including a fastener base , a first segment connected to the base by a first hinge , a second segment connected to the first segment by a second hinge , an interface body connected to the second segment by a third hinge , and position sensors associated with the hinges and electrically connected to an electronic acquisition unit for supplying the electronic acquisition unit with position measurement signals measuring the positions of the segments relative to one another, the interface body carrying a measuring member and a handle enabling an operator to point the measuring member at a zone of the object that is to be measured, the measuring device being characterized in that the handle is tubular in shape with a grippable outside surface and an inside surface defining a housing in which there is engaged a reinforcing portion of a fastener base having an end portion that projects from the handle and that is fastened to the interface body, the reinforcing portion extending at least in part level with at least a portion of the grippable outside surface.