mhurhangee/patent-ind-claim-en huggingface dataset:
A bottle washing machine for washing bottles (B), in particular bottles for liquid foods, the machine comprising a turret rotatably supported about a vertical axis of rotation (z), and a plurality of washing devices held by the turret , each of which arranged to wash a corresponding bottle (B) with each revolution of the turret about said vertical axis of rotation (z), wherein each washing device comprises: a supporting body mounted on the turret so as to rotate about said vertical axis of rotation (z) together with the turret , and to rotate with respect to the turret about a horizontal axis of rotation (y) oriented tangentially with respect to a circumference having its center on said vertical axis of rotation (z), first drive means for causing the supporting body to rotate with respect to the turret about said horizontal axis of rotation (y) according to a given law of motion, gripping means which are carried by the supporting body and may be controlled to switch alternatingly, between a closed position for gripping the neck of the bottle (B) and an open position for releasing the bottle (B), injection means for injecting a fluid into the bottle (B) when the latter is clamped by said gripping means , and a dummy bottle usable to contain a spray of disinfecting liquid sprayed by said injection means during a rinsing and sanitizing process of the machine , the machine being characterized in that each dummy bottle is secured to the supporting body of the corresponding washing device so as to rotate therewith about said horizontal axis of rotation (y) between a working position, in which the dummy bottle is above and aligned with said injection means , and a rest position, in which the dummy bottle is laterally away from said injection means . a supporting body mounted on the turret so as to rotate about said vertical axis of rotation (z) together with the turret , and to rotate with respect to the turret about a horizontal axis of rotation (y) oriented tangentially with respect to a circumference having its center on said vertical axis of rotation (z), first drive means for causing the supporting body to rotate with respect to the turret about said horizontal axis of rotation (y) according to a given law of motion, gripping means which are carried by the supporting body and may be controlled to switch alternatingly, between a closed position for gripping the neck of the bottle (B) and an open position for releasing the bottle (B), injection means for injecting a fluid into the bottle (B) when the latter is clamped by said gripping means , and a dummy bottle usable to contain a spray of disinfecting liquid sprayed by said injection means during a rinsing and sanitizing process of the machine , the machine being characterized in that each dummy bottle is secured to the supporting body of the corresponding washing device so as to rotate therewith about said horizontal axis of rotation (y) between a working position, in which the dummy bottle is above and aligned with said injection means , and a rest position, in which the dummy bottle is laterally away from said injection means .
An electrical machine for use in an aircraft, comprising: a rotor , wherein the rotor comprises a plurality of rotor poles; and a stator comprising a plurality of phases, wherein each respective phase occupies at least one elementary block (616A-C), the at least one elementary block (616A-C) of each phase comprising a set of conductors of the respective phase wound around a plurality of slots of the respective elementary block (616A-C) in a concentrated winding configuration; wherein a mechanical shift angle between the respective concentrated windings of each pair of adjacent elementary blocks (616A-C) is greater than a rotor pole pitch, the rotor pole pitch being an angle between adjacent poles of the rotor; and characterised in that each elementary block (616A-C) comprises a plurality of slots arranged to house two conductors of the respective concentrated winding to define an inner layer and an outer layer , and wherein the stator further comprises a further intermediate slot arranged between adjacent elementary blocks (616A-C) to house one conductor configured to provide a return path connecting the inner layer and the outer layer of each respective elementary block (616A-C). a rotor , wherein the rotor comprises a plurality of rotor poles; and a stator comprising a plurality of phases, wherein each respective phase occupies at least one elementary block (616A-C), the at least one elementary block (616A-C) of each phase comprising a set of conductors of the respective phase wound around a plurality of slots of the respective elementary block (616A-C) in a concentrated winding configuration; wherein a mechanical shift angle between the respective concentrated windings of each pair of adjacent elementary blocks (616A-C) is greater than a rotor pole pitch, the rotor pole pitch being an angle between adjacent poles of the rotor; and characterised in that each elementary block (616A-C) comprises a plurality of slots arranged to house two conductors of the respective concentrated winding to define an inner layer and an outer layer , and wherein the stator further comprises a further intermediate slot arranged between adjacent elementary blocks (616A-C) to house one conductor configured to provide a return path connecting the inner layer and the outer layer of each respective elementary block (616A-C).
Sealing device for a door or a window, wherein the sealing device has a housing rail and a sealing strip with a carrier rail and with a seal profile , wherein the sealing strip is able to be lowered and raised relative to the housing rail by means of a lowering mechanism, wherein the seal profile has a first face-side end and a second face-side end , which is situated opposite the first face-side end , wherein the first and the second face-side ends of the seal profile are arranged relative to the housing rail in such a way that, in the lowered state of the sealing strip, both of the two face-side ends protrude beyond the housing rail , and seal the latter, at a face side, characterized in that , during lowering, the sealing strip moves, without itself changing in length, by a first length (X 1 -Y 1 , Y 2 -X 2 ) in the longitudinal direction of the sealing device relative to the housing rail , and in that , during lowering of the sealing strip, the first face-side end is able to be slid towards the housing rail in the longitudinal direction of the sealing device and, during lowering of the sealing strip, the second face-side end is able to be slid away from the housing rail in the longitudinal direction of the sealing device, wherein the first and the second face-side ends are displaced by the first length (X 1 -Y 1 , Y 2 -X 2 ).
A pharmaceutical ointment composition, comprising 0.1% or 0.03% (w/w) tacrolimus or its pharmaceutically acceptable salt thereof, wherein the amount of propylene carbonate is 6.0% to 7.0% (w/w) based on the total composition.
An apparatus for removing solids from a liquid stream, the apparatus comprising: a separating chamber having a liquid inlet at an upstream end thereof, a central first outlet at a downstream end of the chamber and a second outlet disposed radially outwardly of the central first outlet ; the liquid inlet being in communication with a source of pressurised liquid and comprising at least one angled channel passing through a nozzle block and opening out into the separating chamber ; a spinner rotatably mounted inside the separating chamber and having a plurality of vanes; the denser components of the liquid stream being directed out of the chamber through the second outlet and lighter components of the liquid stream being directed out of the chamber through the central first outlet ; characterised in that the separating chamber and spinner are arranged such that, in use, pressurised liquid passing through the angled channels of the liquid inlet is incident upon the vanes of the spinner so as to rotate the spinner and thereby swirl liquid entering the separating chamber to form a vortex, the pressurised liquid being the sole means of rotating the spinner , the vortex bringing about centrifugal separation of components of the liquid as it passes from the upstream end of the chamber to the downstream end of the chamber, a separating chamber having a liquid inlet at an upstream end thereof, a central first outlet at a downstream end of the chamber and a second outlet disposed radially outwardly of the central first outlet ; the liquid inlet being in communication with a source of pressurised liquid and comprising at least one angled channel passing through a nozzle block and opening out into the separating chamber ; a spinner rotatably mounted inside the separating chamber and having a plurality of vanes; the denser components of the liquid stream being directed out of the chamber through the second outlet and lighter components of the liquid stream being directed out of the chamber through the central first outlet ; characterised in that the separating chamber and spinner are arranged such that, in use, pressurised liquid passing through the angled channels of the liquid inlet is incident upon the vanes of the spinner so as to rotate the spinner and thereby swirl liquid entering the separating chamber to form a vortex, the pressurised liquid being the sole means of rotating the spinner , the vortex bringing about centrifugal separation of components of the liquid as it passes from the upstream end of the chamber to the downstream end of the chamber,
A control device for an internal combustion engine including a variable compression ratio mechanism arranged to vary a relative position relationship between a piston and a cylinder, and thereby to vary a mechanical compression ratio, and a fuel injection valve arranged to directly inject a fuel within a combustion chamber , the control device being configured with, in an engine high load region including a full open, the mechanical compression ratio at an exhaust upper dead center being controlled to a low compression ratio, a fuel injection start timing (IT) of the fuel in which an air-fuel mixture is formed within the combustion chamber , and which is ignited by an ignition plug being set before the exhaust upper dead center, and a fuel injection end timing being set after an intake lower dead center so that a fuel injection period continuously crosses the exhaust upper dead center and the intake lower dead center from the fuel injection start timing to the fuel injection end timing.
A resource mapping method, comprising: writing n virtual resource block groups into an interleaving matrix, wherein the n virtual resource block groups do not comprise the last virtual resource block group in a carrier bandwidth part; and reading the n virtual resource block groups from the interleaving matrix, wherein the n read virtual resource block groups are mapped to n physical resource block groups, wherein the last virtual resource block group in the carrier bandwidth part corresponds to the last physical resource block group in the carrier bandwidth part, wherein a quantity of physical resource blocks comprised in the first physical resource block group in the carrier bandwidth part is L − N BWP start mod L , the second to the penultimate physical resource block groups each comprise L physical resource blocks, and a quantity of physical resource blocks comprised in the last physical resource block group is N BWP start + N BWP size mod L ; and the carrier bandwidth part comprises ⌈ N BWP size / L ⌉ or ⌈ N BWP size / L ⌉ + 1 1physical resource block groups, the carrier bandwidth part comprises the N BWP size physical resource blocks, and corresponds to N BWP size virtual resource blocks, N BWP start represents a location that is of a start physical resource block in the carrier bandwidth part and that is in common resource blocks, and mod represents a modulo operation. writing n virtual resource block groups into an interleaving matrix, wherein the n virtual resource block groups do not comprise the last virtual resource block group in a carrier bandwidth part; and reading the n virtual resource block groups from the interleaving matrix, wherein the n read virtual resource block groups are mapped to n physical resource block groups, wherein the last virtual resource block group in the carrier bandwidth part corresponds to the last physical resource block group in the carrier bandwidth part, wherein a quantity of physical resource blocks comprised in the first physical resource block group in the carrier bandwidth part is L − N BWP start mod L , the second to the penultimate physical resource block groups each comprise L physical resource blocks, and a quantity of physical resource blocks comprised in the last physical resource block group is N BWP start + N BWP size mod L ; and the carrier bandwidth part comprises ⌈ N BWP size / L ⌉ or ⌈ N BWP size / L ⌉ + 1 1physical resource block groups, the carrier bandwidth part comprises the N BWP size physical resource blocks, and corresponds to N BWP size virtual resource blocks, N BWP start represents a location that is of a start physical resource block in the carrier bandwidth part and that is in common resource blocks, and mod represents a modulo operation.
A method of facilitating navigation of a carrier mounted on a track , comprising: initiating a first operation at the carrier by proceeding on the track ; sensing at the carrier a first passive track signal corresponding to a first track position ; responsive to sensing the first passive track signal, setting a track position to the first track position and measuring, by the carrier, ticks on a rotary encoder to determine a velocity of the carrier and a distance of the carrier from the track position ; characterised in that upon sensing at the carrier, an indicator that a transfer station is about to be entered, initiating a timer ; monitoring for a stop wireless signal indicating that the carrier has entered the transfer station and is situated on a track mounted on a rotating table ; and if the stop wireless signal is detected before a predetermined amount of time is measured by the timer, stopping the timer and resetting the track position to that of the stop wireless signal; and if the stop wireless signal is not detected before the predetermined amount of time is measured by the timer, transmitting an error signal by the carrier; responsive to receiving the stop wireless signal, proceeding, by the carrier, onto the first track segment; receiving at the carrier a reorientation wireless signal indicating that the transfer station has reoriented the carrier to a second track segment ; and responsive to receiving the reorientation wireless signal, proceeding, by the carrier, onto the second track segment . initiating a first operation at the carrier by proceeding on the track ; sensing at the carrier a first passive track signal corresponding to a first track position ; responsive to sensing the first passive track signal, setting a track position to the first track position and measuring, by the carrier, ticks on a rotary encoder to determine a velocity of the carrier and a distance of the carrier from the track position ; characterised in that upon sensing at the carrier, an indicator that a transfer station is about to be entered, initiating a timer ; monitoring for a stop wireless signal indicating that the carrier has entered the transfer station and is situated on a track mounted on a rotating table ; and if the stop wireless signal is detected before a predetermined amount of time is measured by the timer, stopping the timer and resetting the track position to that of the stop wireless signal; and if the stop wireless signal is not detected before the predetermined amount of time is measured by the timer, transmitting an error signal by the carrier; responsive to receiving the stop wireless signal, proceeding, by the carrier, onto the first track segment; receiving at the carrier a reorientation wireless signal indicating that the transfer station has reoriented the carrier to a second track segment ; and responsive to receiving the reorientation wireless signal, proceeding, by the carrier, onto the second track segment .
A method of making a vacuum insulated appliance door having an outwardly opening dispensing cavity for dispensing ice and/or liquid water, the method comprising: providing a plurality of core material boards ; positioning the plurality of core material boards in an envelope defining an inside and having at least one opening to the inside , the envelope comprising substantially impermeable barrier material, whereby the core material boards and the envelope form a generally flat subassembly ; foldably interconnecting each core material board to at least one adjacent core material board along a fold line ; forming a vacuum around the generally flat subassembly in a vacuum to evacuate the inside of the envelope ; sealing the at least one opening of the envelope ; folding the core material boards relative to one another to form a three dimensional vacuum insulated structure having a dispensing cavity with an opening and five sides defined by core material boards , the three dimensional vacuum insulated structure further including upright lower and upper portions below and above, respectively, the opening of the dispensing cavity ; positioning the three dimensional vacuum insulated structure between a door liner and an outer door skin ; connecting the outer door skin to the door liner to form an appliance door ; forming an access opening through at least one of the core material boards defining the dispensing cavity ; and positioning a dispensing unit that dispenses at least ice and/or liquid water above the dispensing cavity whereby ice and/or liquid water from the dispensing unit travels downwardly through the access opening into the dispensing cavity . providing a plurality of core material boards ; positioning the plurality of core material boards in an envelope defining an inside and having at least one opening to the inside , the envelope comprising substantially impermeable barrier material, whereby the core material boards and the envelope form a generally flat subassembly ; foldably interconnecting each core material board to at least one adjacent core material board along a fold line ; forming a vacuum around the generally flat subassembly in a vacuum to evacuate the inside of the envelope ; sealing the at least one opening of the envelope ; folding the core material boards relative to one another to form a three dimensional vacuum insulated structure having a dispensing cavity with an opening and five sides defined by core material boards , the three dimensional vacuum insulated structure further including upright lower and upper portions below and above, respectively, the opening of the dispensing cavity ; positioning the three dimensional vacuum insulated structure between a door liner and an outer door skin ; connecting the outer door skin to the door liner to form an appliance door ; forming an access opening through at least one of the core material boards defining the dispensing cavity ; and positioning a dispensing unit that dispenses at least ice and/or liquid water above the dispensing cavity whereby ice and/or liquid water from the dispensing unit travels downwardly through the access opening into the dispensing cavity .
Process for influencing the orientation of anisometric fillers in a plastics melt during production of a moulding in an injection-moulding process, with the following steps: a) provision of a mould which has at least one cavity for receiving a plastics melt ; b) introduction of the plastics melt into the cavity under pressure; c) application of a pressure to the plastics melt in the cavity ; d) active or passive cooling of the plastics melt in the cavity at least to some extent while maintaining the pressure, thus forming the moulding; and e) demoulding of the moulding from the cavity ; characterized in that during step b) and/or during step c) at least one opening movement in the form of opening of at least one subregion of the cavity is performed in a manner that, in at least one portion of the plastics melt present in the cavity , results in source- and/or extensional-flow effects which influence the orientation of the anisometric fillers in the plastics melt , and the opening movement is followed by the application of a pressure to the plastics melt according to step c). a) provision of a mould which has at least one cavity for receiving a plastics melt ; b) introduction of the plastics melt into the cavity under pressure; c) application of a pressure to the plastics melt in the cavity ; d) active or passive cooling of the plastics melt in the cavity at least to some extent while maintaining the pressure, thus forming the moulding; and e) demoulding of the moulding from the cavity ;
An article of footwear having a medial side and a lateral side , the article of footwear comprising: a sole structure ; a first member that extends away from the sole structure , the first member at least partially defining the medial side and the lateral side ; and a second member having a body , a first support arm , and a second support arm , the body being attached to the first member such that the first member and the body cooperate to define a void that is configured to receive a foot, the body also attached to the sole structure , the first support arm attached to the first member on the medial side , the second support arm attached to the first member on the lateral side , wherein the first member at least partially defines a heel region and a forefoot region , wherein the second member also includes a third support arm and a fourth support arm , and wherein the second member is formed from a leather, suede, or fabric material, the fourth support arm is attached to the first member on the heel region , and the third support arm is attached to the first member on the forefoot region , characterised in that : the first support arm is attached to the first member on the medial side and is configured to support an arch area of a wearer's foot, the second support arm is attached to the first member on the lateral side and is configured to support a joint between a metatarsal and a phalange of a small toe of a wearer's foot. a sole structure ; a first member that extends away from the sole structure , the first member at least partially defining the medial side and the lateral side ; and a second member having a body , a first support arm , and a second support arm , the body being attached to the first member such that the first member and the body cooperate to define a void that is configured to receive a foot, the body also attached to the sole structure , the first support arm attached to the first member on the medial side , the second support arm attached to the first member on the lateral side , wherein the first member at least partially defines a heel region and a forefoot region , wherein the second member also includes a third support arm and a fourth support arm , and wherein the second member is formed from a leather, suede, or fabric material, the fourth support arm is attached to the first member on the heel region , and the third support arm is attached to the first member on the forefoot region , characterised in that : the first support arm is attached to the first member on the medial side and is configured to support an arch area of a wearer's foot, the second support arm is attached to the first member on the lateral side and is configured to support a joint between a metatarsal and a phalange of a small toe of a wearer's foot. the first support arm is attached to the first member on the medial side and is configured to support an arch area of a wearer's foot, the second support arm is attached to the first member on the lateral side and is configured to support a joint between a metatarsal and a phalange of a small toe of a wearer's foot.