mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic vehicle tire having a carcass , a profiled tread , a belt and a single or multi-ply belt bandage having strength members running in the circumferential direction of the tire which covers this belt , • wherein at least one bandage ply of the belt bandage comprises in its axial extent two lateral sections , each comprising an axial edge of the bandage ply , and a central section arranged between the two lateral sections , • wherein each lateral section comprises at least one hybrid strength member, • wherein the central section comprises at least one strength member having a lower modulus of elasticity than the hybrid strength members of the lateral sections , in each case measured as per ASTM D885M at an extension of 3% and • wherein the at least one hybrid strength member of each lateral section is a hybrid cord made of at least two yarns twisted together, wherein at least a first yarn is a high-modulus yarn and wherein a further yarn is a low-modulus yarn, characterized in that • the at least one hybrid strength member of each of the lateral sections has a fineness of not more than 550 dtex, preferably of not more than 500 dtex, particularly preferably of not more than 460 dtex and • the at least one strength member of the central section has a fineness of not more than 1100 dtex, preferably of not more than 600 dtex, particularly preferably of not more than 500 dtex. • wherein at least one bandage ply of the belt bandage comprises in its axial extent two lateral sections , each comprising an axial edge of the bandage ply , and a central section arranged between the two lateral sections , • wherein each lateral section comprises at least one hybrid strength member, • wherein the central section comprises at least one strength member having a lower modulus of elasticity than the hybrid strength members of the lateral sections , in each case measured as per ASTM D885M at an extension of 3% and • wherein the at least one hybrid strength member of each lateral section is a hybrid cord made of at least two yarns twisted together, wherein at least a first yarn is a high-modulus yarn and wherein a further yarn is a low-modulus yarn, • the at least one hybrid strength member of each of the lateral sections has a fineness of not more than 550 dtex, preferably of not more than 500 dtex, particularly preferably of not more than 460 dtex and • the at least one strength member of the central section has a fineness of not more than 1100 dtex, preferably of not more than 600 dtex, particularly preferably of not more than 500 dtex.
An ostomy appliance comprising: a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side , a first half of a coupling attached to the distal side of the wafer , and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall , an inlet hole defined around a central axis of the inlet hole and located in the proximal wall , and an adhesive flange attached to the proximal wall around the inlet hole , wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall ; wherein, in use of the ostomy appliance , the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer , and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer , characterized in that an outer diameter of the adhesive flange at a second outer, peripheral edge of the adhesive flange is smaller than an inner diameter of the first half of the coupling at its first inner, peripheral edge . a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side , a first half of a coupling attached to the distal side of the wafer , and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall , an inlet hole defined around a central axis of the inlet hole and located in the proximal wall , and an adhesive flange attached to the proximal wall around the inlet hole , wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall ; wherein, in use of the ostomy appliance , the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer , and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer , characterized in that an outer diameter of the adhesive flange at a second outer, peripheral edge of the adhesive flange is smaller than an inner diameter of the first half of the coupling at its first inner, peripheral edge .
An adjuvant for soil or foliar applied agrochemicals, containing: 40% by weight of N-150 base paraffin oil having a viscosity of 27 mm 2 /s at 40°C and a density of 0.85 g/cm 3 at 15°C, and, 40% by weight of methyl ester of fatty acids of rapeseed oil having a viscosity of 4 mm 2 /s at 20°C and a density of 0.85 g/cm 3 and 20% by weight of an emulsifying-wetting component, characterised in that the emulsifying-wetting component is a multicomponent mixture of surfactants having emulsifying and wetting properties which is: a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. 40% by weight of N-150 base paraffin oil having a viscosity of 27 mm 2 /s at 40°C and a density of 0.85 g/cm 3 at 15°C, and, 40% by weight of methyl ester of fatty acids of rapeseed oil having a viscosity of 4 mm 2 /s at 20°C and a density of 0.85 g/cm 3 and 20% by weight of an emulsifying-wetting component, characterised in that the emulsifying-wetting component is a multicomponent mixture of surfactants having emulsifying and wetting properties which is: a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol.
A method for producing a colored or colorless micropattern, in which a) a die form in the form of a web-shaped plastic foil is provided whose surface comprises an arrangement of elevations and depressions in the form of the desired micropattern, b) the depressions in the web-shaped plastic foil are filled with a curable colored or colorless first lacquer , c) the surface of the web-shaped plastic foil is brought into contact with a layer composed of a curable second lacquer , d) the first lacquer that is in the depressions of the web-shaped plastic foil and that is in contact with the second lacquer is cured together with the layer composed of the second lacquer and, at the same time, is joined with the layer composed of the second lacquer , and e) the surface of the web-shaped plastic foil is removed from the second cured lacquer again such that the cured first lacquer that is joined with the second lacquer is pulled out of the depressions in the web-shaped plastic foil . a) a die form in the form of a web-shaped plastic foil is provided whose surface comprises an arrangement of elevations and depressions in the form of the desired micropattern, b) the depressions in the web-shaped plastic foil are filled with a curable colored or colorless first lacquer , c) the surface of the web-shaped plastic foil is brought into contact with a layer composed of a curable second lacquer , d) the first lacquer that is in the depressions of the web-shaped plastic foil and that is in contact with the second lacquer is cured together with the layer composed of the second lacquer and, at the same time, is joined with the layer composed of the second lacquer , and e) the surface of the web-shaped plastic foil is removed from the second cured lacquer again such that the cured first lacquer that is joined with the second lacquer is pulled out of the depressions in the web-shaped plastic foil .
An ex vivo expansion method for cord blood Natural killer (NK) cells, characterized in that the ex vivo expansion method comprises the following steps: step 1): activatedly culturing the cord blood NK cells by: adjusting the density of cord blood mononuclear cells to 0.5×10 6 to 5×10 6 /mL using a lymphocyte culture medium, adding at least zoledronic acid with the concentration ranging from 1μg/mL to 10μg/mL and recombinant human interleukin-2 with the concentration ranging from 200IU/mL to 2000IU/mL, culturing for 1 to 5 days in an environment with a temperature ranging from 36°C to 40°C and CO 2 saturated humidity of 5%, and collecting cell fluid; and step 2): proliferately culturing the cord blood NK cells by: obtaining cells from the cell fluid collected in step 1), adjusting the density of the cells to 0.5×10 6 to 5×10 6 /mL using a lymphocyte culture medium, adding recombinant human interleukin-2 with the concentration ranging from 200IU/mL to 2000IU/mL, culturing in an environment with a temperature ranging from 36°C to 38°C and CO 2 saturated humidity of 5%, replenishing with fresh culture medium every other 2 to 3 days and adjusting the density of the cells to 0.5×10 6 to 5×10 6 /mL, and culturing for 14 to 35 days to harvest the cord blood NK cells. step 1): activatedly culturing the cord blood NK cells by: adjusting the density of cord blood mononuclear cells to 0.5×10 6 to 5×10 6 /mL using a lymphocyte culture medium, adding at least zoledronic acid with the concentration ranging from 1μg/mL to 10μg/mL and recombinant human interleukin-2 with the concentration ranging from 200IU/mL to 2000IU/mL, culturing for 1 to 5 days in an environment with a temperature ranging from 36°C to 40°C and CO 2 saturated humidity of 5%, and collecting cell fluid; and step 2): proliferately culturing the cord blood NK cells by: obtaining cells from the cell fluid collected in step 1), adjusting the density of the cells to 0.5×10 6 to 5×10 6 /mL using a lymphocyte culture medium, adding recombinant human interleukin-2 with the concentration ranging from 200IU/mL to 2000IU/mL, culturing in an environment with a temperature ranging from 36°C to 38°C and CO 2 saturated humidity of 5%, replenishing with fresh culture medium every other 2 to 3 days and adjusting the density of the cells to 0.5×10 6 to 5×10 6 /mL, and culturing for 14 to 35 days to harvest the cord blood NK cells.
Tread profile of a vehicle tyre - in particular of a passenger motor vehicle tyre - having profile elements which are separated from one another by channels and which are delimited radially to the outside by a radially outer surface , and having sipes which are formed in profile elements and which, in the radially outer surface and in the section planes parallel to the radially outer surface as far as a depth T 1 , extend in each case along a main line of extent g extending substantially in an axial direction A of the vehicle tyre and which, at least in one region of extent, are formed from multiple first , second , third and fourth sections of extent, wherein the first and third sections of extent are oriented so as to run in each case parallel to the main line of extent g and are arranged one behind the other in an alternating sequence along the main line of extent g, and wherein the first sections of extent and the third sections of extent are arranged spaced apart from one another both in a direction of extent and perpendicular to the direction of extent, wherein, along the extent of the sipe proceeding from the beginning of the region of extent as far as the end of extent thereof, in each case one second rectilinear section of extent connects the end of a first section of extent to the start of the subsequent third section of extent , and a fourth section of extent connects the end of a third section of extent to the start of the subsequent first section of extent , wherein the main line of extent g formed centrally between the first and third sections of extent forms a zero line of the oscillating course of the sipe formed by the first , second , third and fourth sections of extent, which zero line is intersected by the second and fourth sections of extent, wherein the sipe , at least within the region of extent along its extent across first , second , third and fourth sections of extent, in the section planes formed perpendicular to the main line of extent g from the radially outer surface as far as the depth T 1 , has a cut profile which extends substantially in a radial direction R, characterized in that the sipe , at least in a first, radially outer section of extent of the extent height (h a ) proceeding from the radially outer surface , is formed so as to be substantially rectilinear in the radial direction R, and, in a second section of extent , adjoining this to the inside in the radial direction R, of the extent height h m , where h m > h a , is formed with a bulge pointing to one side away from the radial, wherein the side of the bulge is the same in the section planes of the region of extent formed one behind the other along the extent of the main direction of extent g.
A boat , comprising: a frame ; and a diving board mounted to the frame and including: a base ; a board coupled to the base at a pivot location and extending from the pivot location to a distal end; and an axial spring interconnected between the base and the board for cancelling out forces which are imparted by a user jumping on the board at the distal end; characterized in that the boat has a railing , and the pivot location is positioned above the railing ; the diving board is foldable at the pivot location to a stowed position alongside the railing . a frame ; and a diving board mounted to the frame and including: a base ; a board coupled to the base at a pivot location and extending from the pivot location to a distal end; and an axial spring interconnected between the base and the board for cancelling out forces which are imparted by a user jumping on the board at the distal end; a base ; a board coupled to the base at a pivot location and extending from the pivot location to a distal end; and an axial spring interconnected between the base and the board for cancelling out forces which are imparted by a user jumping on the board at the distal end; characterized in that the boat has a railing , and the pivot location is positioned above the railing ; the diving board is foldable at the pivot location to a stowed position alongside the railing .
Support system for a roll of web to be stamped in an unwinding module, the roll being rotatably mounted, comprising: - two flanges integral with the axis of the roll , and each having an axis of rotation; - two side panels being mounted on a slide , each comprising at least one notch , oriented upwards, and intended to receive the axis of each flange ; and - braking means , capable of engaging with, and of slowing down a rotation of the roll , characterised in that the braking means comprise an electromagnetic brake . - two flanges integral with the axis of the roll , and each having an axis of rotation; - two side panels being mounted on a slide , each comprising at least one notch , oriented upwards, and intended to receive the axis of each flange ; and - braking means , capable of engaging with, and of slowing down a rotation of the roll ,
A hard coat laminated film comprising a first hard coat, a second hard coat and a transparent resin film layer in order from an outermost surface layer side, wherein the first hard coat is formed of a coating material containing (A) 100 parts by mass of a polyfunctional (meth)acrylate; (B) 0.01 to 7 parts by mass of a water repellant; and (C) 0.01 to 10 parts by mass of a silane coupling agent and containing no inorganic particles; and the second hard coat is formed of a coating material containing (A) 100 parts by mass of a polyfunctional (meth)acrylate; and (D) 50 to 300 parts by mass of inorganic fine particles having an average particle size of 1 to 300 nm. the first hard coat is formed of a coating material containing (A) 100 parts by mass of a polyfunctional (meth)acrylate; (B) 0.01 to 7 parts by mass of a water repellant; and (C) 0.01 to 10 parts by mass of a silane coupling agent and containing no inorganic particles; and (A) 100 parts by mass of a polyfunctional (meth)acrylate; (B) 0.01 to 7 parts by mass of a water repellant; and (C) 0.01 to 10 parts by mass of a silane coupling agent and containing no inorganic particles; and the second hard coat is formed of a coating material containing (A) 100 parts by mass of a polyfunctional (meth)acrylate; and (D) 50 to 300 parts by mass of inorganic fine particles having an average particle size of 1 to 300 nm. (A) 100 parts by mass of a polyfunctional (meth)acrylate; and (D) 50 to 300 parts by mass of inorganic fine particles having an average particle size of 1 to 300 nm.
An apparatus for proximity sensing in a wireless power transmitter, comprising: a transmitter coil configured to generate a magnetic field; a controller coupled to the transmitter coil and configured to provide power to the transmitter coil , in response to load variations occurring due to inductive coupling with another object; and a capacitive proximity sensor coupled to the controller ; wherein the proximity sensor is configured such that it is calibrated in the absence of any human or animal tissue and at maximum load to obtain a baseline level that indicates the non-presence of human or animal tissue at maximum load to define a threshold capacitance change above the baseline level; and wherein the controller is further configured to reduce a maximum current that can be driven into the transmitter coil , in response to the capacitive proximity sensor detecting that a change in capacitance is higher than the threshold capacitance change above the baseline level, said threshold capacitance change indicating presence of human or animal tissue. a transmitter coil configured to generate a magnetic field; a controller coupled to the transmitter coil and configured to provide power to the transmitter coil , in response to load variations occurring due to inductive coupling with another object; and a capacitive proximity sensor coupled to the controller ; wherein the proximity sensor is configured such that it is calibrated in the absence of any human or animal tissue and at maximum load to obtain a baseline level that indicates the non-presence of human or animal tissue at maximum load to define a threshold capacitance change above the baseline level; and wherein the controller is further configured to reduce a maximum current that can be driven into the transmitter coil , in response to the capacitive proximity sensor detecting that a change in capacitance is higher than the threshold capacitance change above the baseline level, said threshold capacitance change indicating presence of human or animal tissue.
A method for simulating an isothermal or non-isothermal heating load imposed by a consuming device (V) in a process medium (M) of a cooling apparatus , by means of a test bypass , wherein a flow connection between a "forward flow" (A) of the cooling apparatus and a return flow (B) of the cooling apparatus is provided, wherein the test bypass is comprised of at least one regulating valve (CV1, CV2), a first heating means (H1) for introducing the isothermal heating load, a vessel (G), and a second heating means (H2) for introducing the non-isothermal load, - wherein in the process the process medium (M) is passed from the "forward flow" (A) through the test bypass to the return flow (B), - wherein by means of the first heating means (H1) a predefined isothermal heating load is introduced into the process medium (M) and by means of the second heating means (H2) a predefined non-isothermal heating load is introduced into the process medium (M), in the test bypass , - wherein by means of the at least one regulating valve (CV1, CV2) a process pressure (p4) is established in the vessel (G) into which the isothermal heating load is introduced, so that in the vessel (G) a constant level (LI4) of a liquid phase (F) of the process medium (M) is maintained, - wherein in the test bypass a thermodynamic state of the process medium (M) is measured at a point (Z1, Z2, Z6, Z7), and wherein, using the values of the state of the isothermal heating load and of the process pressure (p4), the mass flow (m) of the process medium (M) at the point (Z1) is calculated. - wherein in the process the process medium (M) is passed from the "forward flow" (A) through the test bypass to the return flow (B), - wherein by means of the first heating means (H1) a predefined isothermal heating load is introduced into the process medium (M) and by means of the second heating means (H2) a predefined non-isothermal heating load is introduced into the process medium (M), in the test bypass , - wherein by means of the at least one regulating valve (CV1, CV2) a process pressure (p4) is established in the vessel (G) into which the isothermal heating load is introduced, so that in the vessel (G) a constant level (LI4) of a liquid phase (F) of the process medium (M) is maintained, - wherein in the test bypass a thermodynamic state of the process medium (M) is measured at a point (Z1, Z2, Z6, Z7), and wherein, using the values of the state of the isothermal heating load and of the process pressure (p4), the mass flow (m) of the process medium (M) at the point (Z1) is calculated.
Anti-theft device for a helmet for a two-wheeled vehicle comprising a lock with a first part consisting of a bolt and a second part consisting of a cylinder inserted into an end of a handlebar , said cylinder comprising a strike plate and a locking key for said bolt , characterised in that the bolt is mounted in a support comprising a groove so as to be able to rotate through 90° in the groove of said support and the cylinder has suitable dimensions for being inserted and locked in the end of a handlebar so that there is very little or optimally no space between the support and the end of the handlebar when the bolt is locked in the cylinder .