mhurhangee/patent-ind-claim-en huggingface dataset:
A system of fluid delivery for a seat system, comprising: a seat support assembly ; a seat with an armrest , on the assembly, that includes a first air, scent, and/or water outlet and a first air outlet ; and characterised by a fluid delivery system , including a controllable valve array with an air inlet and a first air valve outlet , a first scent tank spaced from the armrest, and a first scent line connecting the first air valve outlet to the first scent tank and the first air, scent, and/or water outlet, and a fan spaced from the armrest to supply air to the first air outlet, wherein the controllable valve array further includes a second air valve outlet , a second scent tank separated from the armrest of the seat, and a second scent line connecting the second air valve outlet to the second scent tank and the first air, scent, and/or water outlet.
A method for producing a coffee extract, comprising the steps: a. providing roast and ground coffee beans; b. adding to said coffee beans water and an enzyme having β-1,3-galactanase activity; c. incubating to make an aqueous coffee extract; and d. separating the coffee extract from the extracted coffee beans; wherein the enzyme having β-1,3-galactanase activity is an enzyme which specifically hydrolyses beta-1,3-galactan and beta-1,3-galactooligosaccharides; and wherein the enzyme having β-1,3-galactanase activity has primarily endo-β-1,3-galactanase activity. a. providing roast and ground coffee beans; b. adding to said coffee beans water and an enzyme having β-1,3-galactanase activity; c. incubating to make an aqueous coffee extract; and d. separating the coffee extract from the extracted coffee beans; wherein the enzyme having β-1,3-galactanase activity is an enzyme which specifically hydrolyses beta-1,3-galactan and beta-1,3-galactooligosaccharides; and wherein the enzyme having β-1,3-galactanase activity has primarily endo-β-1,3-galactanase activity. wherein the enzyme having β-1,3-galactanase activity is an enzyme which specifically hydrolyses beta-1,3-galactan and beta-1,3-galactooligosaccharides; and wherein the enzyme having β-1,3-galactanase activity has primarily endo-β-1,3-galactanase activity.
Device for moulding objects in a cavity which is at least partially formed by an insert in a mould plate , wherein a coupling part is arranged in the mould plate , which coupling part is connectable with a further coupling part in the insert , wherein the coupling part/coupling parts in the mould plate and/or in the insert is/are mounted in a floating manner in the radial direction, characterized in that the coupling part comprises an outer sleeve which is surrounded by an outer ring , wherein a distance (a, b) between outer sleeve and outer ring of the coupling part can be changed.
A rotation detection device for detection of rotation of a vehicle pedal comprising a pedal shaft , the pedal being rotatable around an axis of rotation (A1) extending through a centre of the pedal shaft, the rotation detection device comprising: a movable first part , which, in use, accompanies the rotational motion of the pedal , a stationary second part , wherein the first and the second part are to be arranged radially outside of the pedal shaft , a magnetic field sensing component arranged in the first or in the second part and a magnetic element arranged in that part of the first or the second part that does not comprise the magnetic field sensing component , wherein the magnetic field sensing component generates an electric signal originating from magnetic interaction between the first and the second part when the first and the second part are moving in relation to each other, wherein the first part is coupled to the second part so that the motion of the first part is controlled in relation to the second part, characterized in that the first part comprises a base part and at least one arm protruding from the base part and is arranged such that said at least one arm at least partly surrounds the second part . a movable first part , which, in use, accompanies the rotational motion of the pedal , a stationary second part , wherein the first and the second part are to be arranged radially outside of the pedal shaft , a magnetic field sensing component arranged in the first or in the second part and a magnetic element arranged in that part of the first or the second part that does not comprise the magnetic field sensing component , wherein the magnetic field sensing component generates an electric signal originating from magnetic interaction between the first and the second part when the first and the second part are moving in relation to each other, wherein the first part is coupled to the second part so that the motion of the first part is controlled in relation to the second part, characterized in that the first part comprises a base part and at least one arm protruding from the base part and is arranged such that said at least one arm at least partly surrounds the second part .
An ostomy appliance , comprising: a pouch , the pouch including an inlet , a body side wall , and an outer wall , wherein the body side wall and the outer wall are sealed together along their peripheral edges to define a cavity for collecting body waste; and a user-removable tear-away panel ; wherein the ostomy appliance has a compacted state having a first surface area, and a deployed state having a second surface area, the second surface area being greater than the first surface area, and wherein the ostomy appliance is configured to change from the compacted state to the deployed state upon removal of the tear-away panel by a user, wherein the peripheral edges of the pouch are hidden behind the tear-away panel in the compacted state , wherein the ostomy appliance in the compacted state is configured to collect body waste and has a first body waste collection capacity, and the ostomy appliance in the deployed state is configured to collect body waste and has a second body waste collection capacity, wherein the second body waste collection capacity is greater than the first body waste collection capacity, characterised in that the ostomy appliance further comprises a filter attached on an outer surface of the pouch ; and in that the filter allows flatus gasses in the pouch to exit the ostomy appliance . a pouch , the pouch including an inlet , a body side wall , and an outer wall , wherein the body side wall and the outer wall are sealed together along their peripheral edges to define a cavity for collecting body waste; and a user-removable tear-away panel ; wherein the ostomy appliance has a compacted state having a first surface area, and a deployed state having a second surface area, the second surface area being greater than the first surface area, and wherein the ostomy appliance is configured to change from the compacted state to the deployed state upon removal of the tear-away panel by a user, wherein the peripheral edges of the pouch are hidden behind the tear-away panel in the compacted state , wherein the ostomy appliance in the compacted state is configured to collect body waste and has a first body waste collection capacity, and the ostomy appliance in the deployed state is configured to collect body waste and has a second body waste collection capacity, wherein the second body waste collection capacity is greater than the first body waste collection capacity, characterised in that the ostomy appliance further comprises a filter attached on an outer surface of the pouch ; and in that the filter allows flatus gasses in the pouch to exit the ostomy appliance .
Device for the partial embossing and punching of sealing lids from a film/foil strip, having an embossing tool comprising two half-tools, a male mould and an elastic medium, and a punching tool, characterized in that the male mould has three-dimensional elements which are disposed in an outer region and in a central region , and in that the male mould in terms of the spatial orientation thereof is mounted so as to be rotatable about an axis A which is substantially perpendicular to a film/foil strip.
A method of producing a fiber, the method comprising extruding, from a spinneret, a spinning dope solution containing a fiber-forming polymer dissolved in a solvent, once allowing the solution to run in air, and then guiding the solution into a coagulation bath liquid to allow coagulation, wherein a gas-phase portion formed in a vertically downward direction from an extrusion surface of the spinneret to a coagulation bath liquid surface has a unidirectional air flow, and has an air flow rate per unit time (Af) which satisfies, in relation to the amount of the solvent in the extruded spinning dope solution per unit time (As) in the gas-phase-portion volume (Vh), the relational expression 0.0008 m 3 ≤ Af/(As/Vh) ≤ 0.0015 m 3 , wherein the air flow is judged as unidirectional in case the conditions disclosed in the description are fulfilled, wherein the parameters Af, As and Vh are defined as disclosed in the description.
A method for producing a multilayer material web with a decor synchronously structured surface , comprising the steps of: (a) providing a multilayer material web of a curable polymeric material, wherein the material web is provided on a surface side with a printed decor pattern , (b) applying a plastic film on the printed side of the printed material web used by means of an adhesive layer or an electrostatic fixing, (c) imprinting a pre-bulged pattern on the surface of the plastic film with a curable mass, so that the pre-bulged pattern is congruent with the printed decor pattern of the printed material web in plan view, (d) subsequent curing of the pre-bulged mass, so that a printed and surface-structured, multilayer material web is obtained, (e) pressing the multilayer material web obtained in step (d) such that the surface-printed pre-bulging together with the supporting plastic film penetrates into the underlying material of the multilayer material web such that pre-bulgings of the pre-bulged pattern produces a stamping arranged congruently with the printed decor pattern , and hardening or, respectively, crosslinking the web , and (f) subsequently peeling off the plastic film to obtain a decor synchronously structured decor surface having mechanical indentations in accordance with the printed decor pattern in the multilayer web . (a) providing a multilayer material web of a curable polymeric material, wherein the material web is provided on a surface side with a printed decor pattern , (b) applying a plastic film on the printed side of the printed material web used by means of an adhesive layer or an electrostatic fixing, (c) imprinting a pre-bulged pattern on the surface of the plastic film with a curable mass, so that the pre-bulged pattern is congruent with the printed decor pattern of the printed material web in plan view, (d) subsequent curing of the pre-bulged mass, so that a printed and surface-structured, multilayer material web is obtained, (e) pressing the multilayer material web obtained in step (d) such that the surface-printed pre-bulging together with the supporting plastic film penetrates into the underlying material of the multilayer material web such that pre-bulgings of the pre-bulged pattern produces a stamping arranged congruently with the printed decor pattern , and hardening or, respectively, crosslinking the web , and (f) subsequently peeling off the plastic film to obtain a decor synchronously structured decor surface having mechanical indentations in accordance with the printed decor pattern in the multilayer web .
An apparatus comprising: a memory configured for storing instructions; and a control unit configured for executing the instructions to: detect a real object of interest within an image of real space; detect an orientation and a position of the real object; generate a modified image, the generating comprising: determine a region of the image of real space based on the detected orientation and position of the real object; display a virtual object in the region of the image of the real space; move the virtual object within the region of the image of the real space based on a detected user input; and display the modified image. a memory configured for storing instructions; and a control unit configured for executing the instructions to: detect a real object of interest within an image of real space; detect an orientation and a position of the real object; generate a modified image, the generating comprising: determine a region of the image of real space based on the detected orientation and position of the real object; display a virtual object in the region of the image of the real space; move the virtual object within the region of the image of the real space based on a detected user input; and display the modified image. detect a real object of interest within an image of real space; detect an orientation and a position of the real object; generate a modified image, the generating comprising: determine a region of the image of real space based on the detected orientation and position of the real object; display a virtual object in the region of the image of the real space; move the virtual object within the region of the image of the real space based on a detected user input; and display the modified image. determine a region of the image of real space based on the detected orientation and position of the real object; display a virtual object in the region of the image of the real space; move the virtual object within the region of the image of the real space based on a detected user input; and display the modified image.
Device for rearing insects, the device comprising a shelving unit which has a plurality of shelf compartments and comprising a storage and retrieval machine, a discharge head being arranged on the storage and retrieval machine, the discharge head having a plurality of outlets which are arranged next to one another and/or one above the other and which, for selectively supplying insect larvae, feed or water, can be moved into a shelf compartment, in particular a trough, in order to dispense insect larvae, feed or water into a shelf compartment, the discharge head being connected to a supply, by means of which the discharge head can be supplied with the relevant material in the form of insect larvae, feed and/or water; the shelving unit and the discharge head which has the outlets being designed to supply insect larvae, feed or water at least partially simultaneously to a plurality of shelf compartments arranged one above the other and/or next to one another, characterized in that the storage and retrieval machine is designed to move along the longitudinal extent and the height of the shelving unit, the storage and retrieval machine having a load handling means which can be moved by means of the storage and retrieval machine and which has the discharge head, so that the discharge head can be moved along the longitudinal extent and the height of the shelving unit. the device comprising a shelving unit which has a plurality of shelf compartments and comprising a storage and retrieval machine, a discharge head being arranged on the storage and retrieval machine, the discharge head having a plurality of outlets which are arranged next to one another and/or one above the other and which, for selectively supplying insect larvae, feed or water, can be moved into a shelf compartment, in particular a trough, in order to dispense insect larvae, feed or water into a shelf compartment, the discharge head being connected to a supply, by means of which the discharge head can be supplied with the relevant material in the form of insect larvae, feed and/or water; the shelving unit and the discharge head which has the outlets being designed to supply insect larvae, feed or water at least partially simultaneously to a plurality of shelf compartments arranged one above the other and/or next to one another, characterized in that the storage and retrieval machine is designed to move along the longitudinal extent and the height of the shelving unit, the storage and retrieval machine having a load handling means which can be moved by means of the storage and retrieval machine and which has the discharge head, so that the discharge head can be moved along the longitudinal extent and the height of the shelving unit.
A fiber drop cable assembly , comprising: an optical fiber ; an adhesive layer that surrounds the optical fiber , the adhesive layer suitable for adhering the optical fiber to a wall or other permanent or semi-permanent structure; a removable jacket positioned around the adhesive layer and optical fiber , characterized in a liner layer positioned over the adhesive layer and within the jacket , wherein the liner layer remains intact after the removal of the jacket and wherein the liner layer may be subsequently separated from the adhesive layer to prepare the adhesive layer for adherence to a surface. an optical fiber ; an adhesive layer that surrounds the optical fiber , the adhesive layer suitable for adhering the optical fiber to a wall or other permanent or semi-permanent structure; a removable jacket positioned around the adhesive layer and optical fiber , characterized in a liner layer positioned over the adhesive layer and within the jacket , wherein the liner layer remains intact after the removal of the jacket and wherein the liner layer may be subsequently separated from the adhesive layer to prepare the adhesive layer for adherence to a surface.
A glass fiber-reinforced resin molded article, wherein glass fibers contained in the glass fiber-reinforced resin molded article have a fiber diameter D (μm) in a range from 4.0 to 7.5 μm; the glass fibers contained in the glass fiber-reinforced resin molded article have a number-average fiber length L (μm) in a range from 195 to 225 μm; the glass fiber-reinforced resin molded article has a glass fiber volume fraction V (%) in a range from 6.0 to 25.0%; and D, L, and V satisfy formula : 400.0 ≤ D 2 × L / V ≤ 700 .0 whereby the fiber diameter D and the number-average fiber length L are determined as specified in the specification and the glass fiber volume fraction V is determined according to JIS K 7053. the glass fibers contained in the glass fiber-reinforced resin molded article have a number-average fiber length L (μm) in a range from 195 to 225 μm; the glass fiber-reinforced resin molded article has a glass fiber volume fraction V (%) in a range from 6.0 to 25.0%; and D, L, and V satisfy formula : 400.0 ≤ D 2 × L / V ≤ 700 .0 whereby the fiber diameter D and the number-average fiber length L are determined as specified in the specification and the glass fiber volume fraction V is determined according to JIS K 7053.
Electric machine which has a housing , a rotor shaft for a rotor , a drive shaft and a cooling system , wherein the drive shaft and the rotor shaft are rotatable relative to the housing , characterised in that the cooling system of the electric machine comprises a first and a second sleeve , wherein a first sleeve coaxially surrounds the drive shaft , wherein a second sleeve coaxially surrounds the first sleeve , wherein the first sleeve and the second sleeve define a first flow chamber for a cooling medium, wherein the rotor shaft coaxially surrounds the second sleeve , wherein the second sleeve and the rotor shaft define a second flow chamber for the cooling medium, wherein the two sleeves are connected in a stationary manner to the housing , wherein a first of the two flow chambers can be used as a forward flow line and a second of the two flow chambers can be used as a return line for the cooling medium, wherein the cooling medium during the operation of the cooling system flows through the forward flow line in a first axially oriented direction, wherein the cooling medium flows in a radial direction from the forward flow line to the return line and wherein the cooling medium flows through the return line in a second axially oriented direction, which is oriented opposite the first axially oriented direction.
A battery pack having a refrigerant circulation channel provided in a pack case , the battery pack comprising: at least one battery module ; a pack case configured to receive the battery module therein; and a cooling unit located between an inside upper surface of the pack case and the battery module , the cooling unit being configured to discharge heat generated from the battery module , wherein the pack case is provided with a refrigerant circulation channel therein configured to supply and collect a refrigerant to and from the cooling unit , wherein the pack case comprises a front frame , a rear frame , and a pair of side frames connecting the front frame and the rear frame to each other, and the refrigerant circulation channel is provided in each of the pair of side frames , characterized in that an air circulation channel is located adjacent to the refrigerant circulation channel of the side frame so as to be parallel to the refrigerant circulation channel , and wherein the air circulation channel has at least one incision portion configured to allow external air to pass therethrough. at least one battery module ; a pack case configured to receive the battery module therein; and a cooling unit located between an inside upper surface of the pack case and the battery module , the cooling unit being configured to discharge heat generated from the battery module , wherein the pack case is provided with a refrigerant circulation channel therein configured to supply and collect a refrigerant to and from the cooling unit , wherein the pack case comprises a front frame , a rear frame , and a pair of side frames connecting the front frame and the rear frame to each other, and the refrigerant circulation channel is provided in each of the pair of side frames , characterized in that an air circulation channel is located adjacent to the refrigerant circulation channel of the side frame so as to be parallel to the refrigerant circulation channel , and