mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a laundry washing appliance having a washing chamber to wash goods, said method including: - Selecting a default washing temperature and/or a washing program having a default washing temperature; - supplying a detergent to the washing chamber ; - Determining a type of said detergent which has been added; Characterized in that , in case said detergent is of a first type, said detergent of the first type being optimized for use at relatively low water temperature, the method includes - Comparing said default washing temperature with a threshold temperature, the threshold temperature depending on the detergent's type and on the selected washing program ; - If said default washing temperature is higher than said threshold temperature, emitting a warning signal and/or changing said default washing temperature below or equal to the threshold temperature. - Selecting a default washing temperature and/or a washing program having a default washing temperature; - supplying a detergent to the washing chamber ; - Determining a type of said detergent which has been added; Characterized in that , in case said detergent is of a first type, said detergent of the first type being optimized for use at relatively low water temperature, the method includes - Comparing said default washing temperature with a threshold temperature, the threshold temperature depending on the detergent's type and on the selected washing program ; - If said default washing temperature is higher than said threshold temperature, emitting a warning signal and/or changing said default washing temperature below or equal to the threshold temperature.
A zoned moisture management shirt , comprising: two or more garment areas selected from at least a front shoulder area , a chest area , an abdomen area , a front armpit area , a back shoulder area , an upper back area , an back armpit area , and a lower back area and wherein each of the two or more garment areas comprises a zone, wherein each zone comprises: a first fabric layer comprising a first non-dissolvable yarn and a first dissolvable yarn ; and a second fabric layer comprising a second non-dissolvable yarn and a second dissolvable yarn , wherein: at least one zone of the shirt has at least one of the first or second dissolvable yarn dissolved; each zone has a different proportion of the dissolvable yarns; and the first fabric layer is formed from yarn of different tex (denier) or thickness than the yarn from which the second fabric layer is formed. two or more garment areas selected from at least a front shoulder area , a chest area , an abdomen area , a front armpit area , a back shoulder area , an upper back area , an back armpit area , and a lower back area and wherein each of the two or more garment areas comprises a zone, wherein each zone comprises: a first fabric layer comprising a first non-dissolvable yarn and a first dissolvable yarn ; and a second fabric layer comprising a second non-dissolvable yarn and a second dissolvable yarn , wherein: at least one zone of the shirt has at least one of the first or second dissolvable yarn dissolved; each zone has a different proportion of the dissolvable yarns; and the first fabric layer is formed from yarn of different tex (denier) or thickness than the yarn from which the second fabric layer is formed. a first fabric layer comprising a first non-dissolvable yarn and a first dissolvable yarn ; and a second fabric layer comprising a second non-dissolvable yarn and a second dissolvable yarn , wherein: at least one zone of the shirt has at least one of the first or second dissolvable yarn dissolved; each zone has a different proportion of the dissolvable yarns; and the first fabric layer is formed from yarn of different tex (denier) or thickness than the yarn from which the second fabric layer is formed. at least one zone of the shirt has at least one of the first or second dissolvable yarn dissolved; each zone has a different proportion of the dissolvable yarns; and the first fabric layer is formed from yarn of different tex (denier) or thickness than the yarn from which the second fabric layer is formed.
A circular stapling apparatus comprising: an end effector including a shell assembly configured to support a cartridge assembly thereon said cartridge assembly configured to house a plurality of fasteners, and comprising a distal portion, wherein said distal portion is configured to be inserted into an entrance to a body lumen; an aperture defined in an outer surface of the shell assembly in fluid communication with a lumen of said shell assembly ; and an elongated member releasably coupled from the shell assembly, further comprising a channel guide, wherein the channel guide defines a passageway, said passageway configured to be in fluid communication with the aperture, characterised in that the channel guide further comprises a nipple configured for insertion into the aperture of the shell assembly, wherein said nipple is secured to the shell assembly via tabs extending form the nipple. an end effector including a shell assembly configured to support a cartridge assembly thereon said cartridge assembly configured to house a plurality of fasteners, and comprising a distal portion, wherein said distal portion is configured to be inserted into an entrance to a body lumen; an aperture defined in an outer surface of the shell assembly in fluid communication with a lumen of said shell assembly ; and an elongated member releasably coupled from the shell assembly, further comprising a channel guide, wherein the channel guide defines a passageway, said passageway configured to be in fluid communication with the aperture, characterised in that the channel guide further comprises a nipple configured for insertion into the aperture of the shell assembly, wherein said nipple is secured to the shell assembly via tabs extending form the nipple.
A method for wireless communication at a sidelink device, comprising: receiving a configuration of multiple bandwidth parts, BWPs for sidelink communication, each bandwidth part BWP, comprising one or more sidelink resource pools ; activating a BWP from the multiple BWPs configured for the sidelink communication ; transmitting or receiving the sidelink communication in resources from a resource pool in the activated BWP ; transmitting or receiving an indication of a BWP switch from a first BWP to a second BWP; wherein the indication of the BWP switch is transmitted or received in sidelink control information, SCI, in a first resource pool of the first BWP that is associated with BWP indications, and the indication indicates a switch to the second BWP; and switching to the second BWP after a physical sidelink feedback channel, PSFCH, associated with the sidelink transmission in the first BWP, wherein a switching time is defined for the BWP switch from a symbol comprising feedback for a physical sidelink control channel, PSCCH, that indicates the BWP switch to a first slot in which resource pools in the second BWP become active. receiving a configuration of multiple bandwidth parts, BWPs for sidelink communication, each bandwidth part BWP, comprising one or more sidelink resource pools ; activating a BWP from the multiple BWPs configured for the sidelink communication ; transmitting or receiving the sidelink communication in resources from a resource pool in the activated BWP ; transmitting or receiving an indication of a BWP switch from a first BWP to a second BWP; wherein the indication of the BWP switch is transmitted or received in sidelink control information, SCI, in a first resource pool of the first BWP that is associated with BWP indications, and the indication indicates a switch to the second BWP; and switching to the second BWP after a physical sidelink feedback channel, PSFCH, associated with the sidelink transmission in the first BWP, wherein a switching time is defined for the BWP switch from a symbol comprising feedback for a physical sidelink control channel, PSCCH, that indicates the BWP switch to a first slot in which resource pools in the second BWP become active.
A method for producing a polyether, the method forming a reaction mixture comprising a hydroxyl-containing starter, at least one alkylene oxide and a catalyst complex, and polymerizing the alkylene oxide onto the hydroxyl-containing starter to produce the polyether in the presence of no more than 0.01 moles of a compound that gives rise to carbonate (-O-C(O)-O-) linkages when polymerized with the alkylene oxide, wherein the catalyst complex is produced in a method comprising: a) forming a starting solution comprising i) a solvent that includes at least one of water and a liquid aliphatic alcohol, the solvent having dissolved therein ii) a cyanometallate compound having an M 2 metal cyanometallate group and iii) a M 1 metal salt which reacts with the cyanometallate compound to form a water-insoluble M 1 metal cyanometallate, which starting solution further contains 0.01 to 10 moles, per mole of cyanometallate compound, of iv) at least one M 3 metal different from the M 1 metal salt, the M 3 metal being a compound of a M 3 metal selected from aluminum, hafnium, gallium, indium, scandium, manganese, molybdenum, cobalt, iron, tungsten, vanadium, magnesium, tin, zinc and nickel, which the M 3 metal is bonded to at least one alkoxide, aryloxy, amide, oxide, hydride, or hydrocarbon anion, and the M 3 metal compound is devoid of halide anions the M 3 metal compound further being (a) a compound that reacts with water under the conditions of step a) and/or step b) to form an M 3 metal oxide; and b) reacting the cyanometallate compound and M 1 metal salt to form a water-insoluble catalyst complex that includes a M 1 metal cyanometallate. a) forming a starting solution comprising i) a solvent that includes at least one of water and a liquid aliphatic alcohol, the solvent having dissolved therein ii) a cyanometallate compound having an M 2 metal cyanometallate group and iii) a M 1 metal salt which reacts with the cyanometallate compound to form a water-insoluble M 1 metal cyanometallate, which starting solution further contains 0.01 to 10 moles, per mole of cyanometallate compound, of iv) at least one M 3 metal different from the M 1 metal salt, the M 3 metal being a compound of a M 3 metal selected from aluminum, hafnium, gallium, indium, scandium, manganese, molybdenum, cobalt, iron, tungsten, vanadium, magnesium, tin, zinc and nickel, which the M 3 metal is bonded to at least one alkoxide, aryloxy, amide, oxide, hydride, or hydrocarbon anion, and the M 3 metal compound is devoid of halide anions the M 3 metal compound further being (a) a compound that reacts with water under the conditions of step a) and/or step b) to form an M 3 metal oxide; and b) reacting the cyanometallate compound and M 1 metal salt to form a water-insoluble catalyst complex that includes a M 1 metal cyanometallate.
Procedure for the fabrication of a probe of a thermal flowmeter for the measurement of the mass flow of a medium in a measuring tube, wherein said procedure comprises the following steps: Insertion of a probe core in the form of a molten material in a first probe sleeve , wherein the first probe sleeve has an open first end and a closed second end facing away from the first end ; Smelting of the probe core ; Cooling of the probe core to a temperature less than the solidification temperature; Application of a thermocouple on a contact surface of the solidified probe core , characterized in that the contact surface is prepared for the application of the thermocouple by mechanical processing, wherein, following the cooling of the probe core , the probe core is exposed in a first area by the partial removal of a wall of the first probe sleeve , wherein, following the exposure of said area, a second probe sleeve having an open third end and an open fourth end is joined, particularly welded, in a leak-tight manner to the first end of the first probe sleeve by means of the third open end, wherein the second probe sleeve entirely surrounds the first area. Insertion of a probe core in the form of a molten material in a first probe sleeve , wherein the first probe sleeve has an open first end and a closed second end facing away from the first end ; Smelting of the probe core ; Cooling of the probe core to a temperature less than the solidification temperature; Application of a thermocouple on a contact surface of the solidified probe core , characterized in that the contact surface is prepared for the application of the thermocouple by mechanical processing, wherein, following the cooling of the probe core , the probe core is exposed in a first area by the partial removal of a wall of the first probe sleeve , wherein, following the exposure of said area, a second probe sleeve having an open third end and an open fourth end is joined, particularly welded, in a leak-tight manner to the first end of the first probe sleeve by means of the third open end, wherein the second probe sleeve entirely surrounds the first area.
A damper for reducing the running noise of wheels of rail vehicle, comprising a damping connector and a damping ring , characterized in that the damping ring comprises an open section , which has an inclined surface at both ends thereof, and that the damping connector comprises a tubular body , at both ends of which a locator is provided, respectively, wherein the tubular body has a length slightly less than the length of the open section of the damping ring and the locator comprises a cylindrical part , which is insertable into one end of the tubular body , and a wedge-shaped part , which comprises an inclined plane cooperating with the inclined surface at the end of the open section of the damping ring , wherein a spring is arranged inside the tubular body , which pushes outwards the two locators at both ends of the tubular body .
A clutch for a seat-belt tensioner in a vehicle, comprising a driving element adapted for being rotated in a driving direction (D) and in a releasing direction (R) and a driven element connectable with a seat-belt spool, the driving element and the driven element having a common rotation axis (A), a pawl being pivotally held at a pivot pin arranged on the driving element and forming a pivot axis , the pawl comprising at least one tooth for meshing with a toothing of the driven element , the pawl being adapted to assume a disengaged position in which the pawl is not in engagement with the driven element and from which it can be pivoted radially inwards by turning the driving element in driving direction (D), an engaged position in which the pawl engages the driven element and couples the driving element with the driven element , and a decoupled position in which the pawl is not in engagement with the driven element and cannot be engaged with the driven element by turning the driving element in driving direction (D), characterized in that the pawl further comprises a rigid, radially inwardly directed contact protrusion at a radial inner face of the pawl for interacting with the driven element , the contact protrusion being arranged between the at least one tooth and the pivot axis , and in that the driven element interacts with the pawl at the at least one tooth and/or at the contact protrusion when the pawl moves from the engaged position into the decoupled position.
A waterproof carrying case suitable for carrying an electronic device whereby the device can be seen and manipulated from outside the case comprising a) a first portion including a first inner surface , a first outer surface defining a first pocket between the first inner surface and the first outer surface b) a second portion including a second inner surface , a second outer surface to define a second pocket between the second inner surface and the second outer surface wherein the second outer surface includes one or more transparent windows which form a watertight seal with the second outer surface and which provide visual access into the second pocket of the carrying case and an ability to manipulate an item located in the second pocket, and the second pocket is provided with a closing feature that is waterproof c) a first waterproof zipper extending between the first portion and the second portion d) wherein the first pocket includes a second waterproof zipper such that when the second zipper is in a closed position the first pocket is kept dry irrespective of whether the first zipper is in the closed position e) wherein when the first waterproof zipper is in a closed position the first inner surface and the second inner surface are kept dry irrespective of whether the second zipper is in the closed position. a) a first portion including a first inner surface , a first outer surface defining a first pocket between the first inner surface and the first outer surface b) a second portion including a second inner surface , a second outer surface to define a second pocket between the second inner surface and the second outer surface wherein the second outer surface includes one or more transparent windows which form a watertight seal with the second outer surface and which provide visual access into the second pocket of the carrying case and an ability to manipulate an item located in the second pocket, and the second pocket is provided with a closing feature that is waterproof c) a first waterproof zipper extending between the first portion and the second portion d) wherein the first pocket includes a second waterproof zipper such that when the second zipper is in a closed position the first pocket is kept dry irrespective of whether the first zipper is in the closed position e) wherein when the first waterproof zipper is in a closed position the first inner surface and the second inner surface are kept dry irrespective of whether the second zipper is in the closed position.
A color filter for a display panel , comprising: a substrate ; a plurality of color resistors , arranged in a matrix on the substrate, wherein each of the color resistors is configured to pass light of a specific color, and two adjacent color resistors have an interval in-between; a light blocking layer , placed in the interval; and a plurality of transparent structures arranged in the color resistors respectively for reducing transmission loss when light passes through the color resistors , wherein for each of the plurality of transparent structures, a first blind via and a second blind via are formed in the color resistor as the transparent structure, wherein the first blind via is formed by opening a hole on the color resistor from a side away from the substrate, and the first blind via extends toward the substrate, and wherein the second blind via is formed by opening a hole on the color resistor from a side close to the substrate, and the second blind via extends away from the substrate. a substrate ; a plurality of color resistors , arranged in a matrix on the substrate, wherein each of the color resistors is configured to pass light of a specific color, and two adjacent color resistors have an interval in-between; a light blocking layer , placed in the interval; and a plurality of transparent structures arranged in the color resistors respectively for reducing transmission loss when light passes through the color resistors , wherein for each of the plurality of transparent structures, a first blind via and a second blind via are formed in the color resistor as the transparent structure, wherein the first blind via is formed by opening a hole on the color resistor from a side away from the substrate, and the first blind via extends toward the substrate, and wherein the second blind via is formed by opening a hole on the color resistor from a side close to the substrate, and the second blind via extends away from the substrate.
A humeral cut guide member for a humeral head, comprising: a bone-engagement member including a first patient-specific bone-engagement surface that is complementary and made to substantially mate and nest in only one position on a specific patient's humeral head; a registration member connected to the bone-engagement member including a second patient-specific bone engagement surface that is sized and made to substantially mate and nest in only one position with the specific patient's bicipital groove ; and characterised by a cut guide plate connected to and extending away from the bone-engagement member such that, upon the bone-engagement member mating and nesting with the specific patient's humeral head, the cut guide plate is spaced apart from the humeral head. a bone-engagement member including a first patient-specific bone-engagement surface that is complementary and made to substantially mate and nest in only one position on a specific patient's humeral head; a registration member connected to the bone-engagement member including a second patient-specific bone engagement surface that is sized and made to substantially mate and nest in only one position with the specific patient's bicipital groove ; and characterised by a cut guide plate connected to and extending away from the bone-engagement member such that, upon the bone-engagement member mating and nesting with the specific patient's humeral head, the cut guide plate is spaced apart from the humeral head.
A device for illuminating plants , in particular a lawn area , comprising: - a plurality of light sources , and - a support for supporting the light sources , which is designed as a flexible fabric, wherein the light sources are predefined at the support , and the support further comprises a means which is designed for carrying and discharging water for watering the plants , in particular the lawn area , wherein in particular the means is connected or connectable to a water source (Q'), characterized in that the means is further designed to carry and discharge CO 2 , preferably in the form of a flexible line, which is fixed to the support and has one or more outlets for discharging CO 2 . - a plurality of light sources , and - a support for supporting the light sources ,