mhurhangee/patent-ind-claim-en huggingface dataset:
A stator manufacturing apparatus for manufacturing a stator that comprises a stator core having a plurality of slots and stator coils each of which has a pair of side portions disposed in a predetermined pair of the slots , the apparatus comprising: an insertion tool configured to be inserted into the stator core , the insertion tool having a plurality of slit-like holding grooves formed on an outer periphery in correspondence with the plurality of slots , the insertion tool being configured to dispose the pair of side portions in a predetermined pair of the holding grooves separated by a predetermined width; and a pressing tool having a plurality of plate-like pushers narrowed toward tips arranged on a pressing body in correspondence with the positions of the plurality of the holding grooves , wherein the pressing tool is configured to push the pairs of the side portions inserted in the holding grooves radially outwardly and insert the side portions into the predetermined pair of the slots by inserting the pushers into the holding grooves at the tips, characterized in that the apparatus further comprises grippers configured to grip the pair of the side portions to dispose the stator coil in the predetermined pair of the holding grooves , and the insertion tool has a recessed groove on the outer periphery thereof to enable the grippers to be inserted to dispose the pair of the side portions in the predetermined pair of the holding grooves . an insertion tool configured to be inserted into the stator core , the insertion tool having a plurality of slit-like holding grooves formed on an outer periphery in correspondence with the plurality of slots , the insertion tool being configured to dispose the pair of side portions in a predetermined pair of the holding grooves separated by a predetermined width; and a pressing tool having a plurality of plate-like pushers narrowed toward tips arranged on a pressing body in correspondence with the positions of the plurality of the holding grooves , wherein the pressing tool is configured to push the pairs of the side portions inserted in the holding grooves radially outwardly and insert the side portions into the predetermined pair of the slots by inserting the pushers into the holding grooves at the tips, characterized in that the apparatus further comprises grippers configured to grip the pair of the side portions to dispose the stator coil in the predetermined pair of the holding grooves , and the insertion tool has a recessed groove on the outer periphery thereof to enable the grippers to be inserted to dispose the pair of the side portions in the predetermined pair of the holding grooves .
An antenna, wherein the antenna comprises: a first helical arm , wherein the first helical arm is wound clockwise along a longitudinal direction of an axis (L) of the antenna; a second helical arm , wherein the second helical arm is wound counterclockwise along the longitudinal direction of the axis (L) of the antenna, wherein the second helical arm and the first helical arm form at least one intersecting point , a first feeding point is disposed on the first helical arm , a second feeding point is disposed on the second helical arm , the first feeding point and the second feeding point are two points symmetrical relative to the axis (L) of the antenna, and one intersecting point of the at least one intersecting point forms a third feeding point; a first feeding port (A), wherein the first feeding port (A) is connected to both the first feeding point and the second feeding point ; and a second feeding port (B), wherein the second feeding port (B) is connected to the third feeding point, wherein the antenna is configured such that the first feeding port (A) provides a first input for a first linear polarization, and such that the second feeding port (B) provides a second input for a second linear polarization orthogonal to the first linear polarization. a first helical arm , wherein the first helical arm is wound clockwise along a longitudinal direction of an axis (L) of the antenna; a second helical arm , wherein the second helical arm is wound counterclockwise along the longitudinal direction of the axis (L) of the antenna, wherein the second helical arm and the first helical arm form at least one intersecting point , a first feeding point is disposed on the first helical arm , a second feeding point is disposed on the second helical arm , the first feeding point and the second feeding point are two points symmetrical relative to the axis (L) of the antenna, and one intersecting point of the at least one intersecting point forms a third feeding point; a first feeding port (A), wherein the first feeding port (A) is connected to both the first feeding point and the second feeding point ; and a second feeding port (B), wherein the second feeding port (B) is connected to the third feeding point, wherein the antenna is configured such that the first feeding port (A) provides a first input for a first linear polarization, and such that the second feeding port (B) provides a second input for a second linear polarization orthogonal to the first linear polarization.
A rotating sprinkler comprising a housing and a movable core having retracted and extended states relative to the housing along a vertical axis X of the sprinkler, the core comprising a cover , an impact member and a stream deflector ; wherein in the extended state both the cover and the impact member can pivot between pivoted and non-pivoted states about a hinge defining an axis H generally orthogonal to axis X and the stream deflector is fixed against rotation about the hinge, and characterized in that the impact member comprises a general S-shaped liquid path. the core comprising a cover , an impact member and a stream deflector ; wherein in the extended state both the cover and the impact member can pivot between pivoted and non-pivoted states about a hinge defining an axis H generally orthogonal to axis X and the stream deflector is fixed against rotation about the hinge, and characterized in that the impact member comprises a general S-shaped liquid path.
A method, comprising: at an electronic device with one or more processors, a display, and memory: receiving a first input including activation of a displayed user-interactive graphical user interface object, wherein the displayed user-interactive graphical user interface object is displayed on the display; determining attributes associated with the user-interactive graphical user interface object, the attributes including a verb or phrase used to trigger functionality corresponding to the activated user-interactive graphical user interface object; prioritizing the attributes based on past interactions, device history or device location; determining, based on at least one attribute, a domain associated with the displayed user-interactive graphical user interface object; receiving a second input including user speech; determining a user intent based on the domain and the user speech; determining whether the user intent includes a command based on the user speech and the displayed user-interactive graphical user interface object; and in accordance with a determination that the user intent includes the command based on the user speech and the displayed user-interactive graphical user interface object, performing a task in furtherance of the command. receiving a first input including activation of a displayed user-interactive graphical user interface object, wherein the displayed user-interactive graphical user interface object is displayed on the display; determining attributes associated with the user-interactive graphical user interface object, the attributes including a verb or phrase used to trigger functionality corresponding to the activated user-interactive graphical user interface object; prioritizing the attributes based on past interactions, device history or device location; determining, based on at least one attribute, a domain associated with the displayed user-interactive graphical user interface object; receiving a second input including user speech; determining a user intent based on the domain and the user speech; determining whether the user intent includes a command based on the user speech and the displayed user-interactive graphical user interface object; and in accordance with a determination that the user intent includes the command based on the user speech and the displayed user-interactive graphical user interface object, performing a task in furtherance of the command.
An apparatus for roasting green beans, comprising: a roasting housing comprising a roasting kettle having a roasting portion in an internal portion thereof, wherein green beans are roasted in the roasting portion, and a roasting cover surrounding an outer circumferential surface of the roasting kettle to circulate and discharge cold air; a heating member embedded in a heating-hole provided in the roasting kettle and integrated with the roasting kettle, the heating member heating the roasting kettle during roasting; a cooler connected to a bottom portion of the roasting cover to provide cold air to cool the roasting housing; a stirrer rotatably disposed within the roasting kettle to stir green beans during roasting; and a bean discharger comprising a discharge panel openably and closably connected to a portion of a bottom surface of the roasting kettle, an actuating member connected to a bottom of the discharge panel to guide pivoting of the discharge panel, a solenoid valve driving the actuating member, and a spring providing elastic restorative force toward the discharge panel, the bean discharger discharging roasted beans. a roasting housing comprising a roasting kettle having a roasting portion in an internal portion thereof, wherein green beans are roasted in the roasting portion, and a roasting cover surrounding an outer circumferential surface of the roasting kettle to circulate and discharge cold air; a heating member embedded in a heating-hole provided in the roasting kettle and integrated with the roasting kettle, the heating member heating the roasting kettle during roasting; a cooler connected to a bottom portion of the roasting cover to provide cold air to cool the roasting housing; a stirrer rotatably disposed within the roasting kettle to stir green beans during roasting; and a bean discharger comprising a discharge panel openably and closably connected to a portion of a bottom surface of the roasting kettle, an actuating member connected to a bottom of the discharge panel to guide pivoting of the discharge panel, a solenoid valve driving the actuating member, and a spring providing elastic restorative force toward the discharge panel, the bean discharger discharging roasted beans.
A method of operating a stereolithography apparatus for generating a three-dimensional object from a photocurable substance , wherein the stereolithography apparatus comprises: a vat ; a platform ; an optical unit ; and, an oscillation unit ; which method comprising the steps of: storing the photocurable substance in the vat ; supporting the three-dimensional object by means of the platform which is movable relative to the vat ; sequentially projecting layered images towards the photocurable substance by means of the optical unit so as to harden the photocurable substance deposited between the three-dimensional object and the bottom of the vat ; further comprising a step of horizontally oscillating the vat by means of the oscillation unit concomitantly with the projection of the layered images characterized by , horizontally oscillating the vat with an amplitude that is smaller than the pixel size of the layered images for preventing adhesion of the three-dimensional object to the bottom of the vat and for reducing the blurring of the three-dimensional object . storing the photocurable substance in the vat ; supporting the three-dimensional object by means of the platform which is movable relative to the vat ; sequentially projecting layered images towards the photocurable substance by means of the optical unit so as to harden the photocurable substance deposited between the three-dimensional object and the bottom of the vat ; further comprising a step of horizontally oscillating the vat by means of the oscillation unit concomitantly with the projection of the layered images characterized by , horizontally oscillating the vat with an amplitude that is smaller than the pixel size of the layered images for preventing adhesion of the three-dimensional object to the bottom of the vat and for reducing the blurring of the three-dimensional object .
A method of determining the methylation status of a target nucleic acid molecule in a sample, wherein the method comprises the steps of: (a) bisulfite treatment of the sample for converting the unmethylated cytosine bases in the target nucleic acid molecule to uracil; (b) amplifying at least part of the converted target nucleic acid molecule, said part comprising a target region the methylation status of which is to be analyzed, in a polymerase chain reaction (PCR), using a pair of methylation-specific primers under conditions allowing such amplification to generate PCR amplification products (amplicons); (c) contacting the amplicons with a methylation-specific plasmonic nanoprobe comprising a plasmonic nanoparticle and a non-ionic oligonucleotide analog probe covalently coupled thereto, the oligonucleotide analog probe comprising a base sequence that is complementary to the target region, under conditions that allow the oligonucleotide analog probe and the amplicons comprising the target region to hybridize to each other, wherein the probe generates a detectable signal if hybridized to the target nucleic acid molecule that is distinguishable from the signal of the unhybridized probe; (d) determining the methylation status of the target nucleic acid molecule based on the determination of the melting temperature T m of the hybrid of the nanoprobe and the target nucleic acid. (a) bisulfite treatment of the sample for converting the unmethylated cytosine bases in the target nucleic acid molecule to uracil; (b) amplifying at least part of the converted target nucleic acid molecule, said part comprising a target region the methylation status of which is to be analyzed, in a polymerase chain reaction (PCR), using a pair of methylation-specific primers under conditions allowing such amplification to generate PCR amplification products (amplicons); (c) contacting the amplicons with a methylation-specific plasmonic nanoprobe comprising a plasmonic nanoparticle and a non-ionic oligonucleotide analog probe covalently coupled thereto, the oligonucleotide analog probe comprising a base sequence that is complementary to the target region, under conditions that allow the oligonucleotide analog probe and the amplicons comprising the target region to hybridize to each other, wherein the probe generates a detectable signal if hybridized to the target nucleic acid molecule that is distinguishable from the signal of the unhybridized probe; (d) determining the methylation status of the target nucleic acid molecule based on the determination of the melting temperature T m of the hybrid of the nanoprobe and the target nucleic acid.
A single domain antibody comprising the amino acid sequence of SEQ ID NO: 118, and which binds to H1N1 influenza virus.
A nonwoven web material comprising one or more active agents, wherein the web material exhibits a Basis Weight of less than 500 g/m 2 as measured according to the Basis Weight Test Method described herein; wherein the web material comprises a total level of one or more active agents of 50% or greater by weight of the web material; wherein the web material comprises a filament-forming material wherein the filament forming material is a water-soluble hydroxyl polymer; wherein the web material comprises a plurality of filaments and the active agent is comprised in said filaments; and wherein at least one of the one or more active agents is selected from the group consisting of skin benefit agents, lotions, fabric care agents, dishwashing agents, carpet care agents, surface care agents, hair care agents, air care agents, and mixtures thereof.
A magnetic field sensor system comprising: a magnetic sense element for detecting an external magnetic field ; a magnetic field source proximate the magnetic sense element for providing an internal magnetic field that is detectable by the magnetic sense element , wherein the system selectively functions in-situ in either of an operational mode and a standby mode, and wherein the magnetic sense element detects the external magnetic field in the operational mode, the external magnetic field is not available for detection by the magnetic sense element in the standby mode, and the internal magnetic field is provided only when the system is in the standby mode; and a power supply coupled with the magnetic field source and configured to provide a constant supply current through the magnetic field source for generating the internal magnetic field , the constant supply current being provided only when the system is in the standby mode. a magnetic sense element for detecting an external magnetic field ; a magnetic field source proximate the magnetic sense element for providing an internal magnetic field that is detectable by the magnetic sense element , wherein the system selectively functions in-situ in either of an operational mode and a standby mode, and wherein the magnetic sense element detects the external magnetic field in the operational mode, the external magnetic field is not available for detection by the magnetic sense element in the standby mode, and the internal magnetic field is provided only when the system is in the standby mode; and a power supply coupled with the magnetic field source and configured to provide a constant supply current through the magnetic field source for generating the internal magnetic field , the constant supply current being provided only when the system is in the standby mode.
Device for holding a document body, wherein the device comprises a first clamping element and a further clamping element , wherein the first and/or the further clamping element comprises at least one resting surface for the document body, wherein the first and the further clamping elements are movably fastened to one another, wherein the movement of the clamping elements relative to one another is a linear movement, wherein the first and the further clamping elements can be moved into a clamping position and into a release position, wherein at least one movable coupling element is movably fastened to the first clamping element , wherein the movable coupling element can be moved from a first position into a further position, characterised in that the first and the further clamping element are coupled in such a way that the clamping elements are moved in a release movement from the clamping position into the release position when the coupling element is moved from the first position into the further position, wherein the release movement is put into effect by the movement of the coupling element .
A device for automatically restoring a seatback, comprising: a seat cushion ; a seatback installed in the seat cushion to be adjustable in angle; a seat rail installed in a floor panel of a vehicle in a length direction of the vehicle; a seat track having an upper portion, in which the seat cushion is mounted, and slidably installed in the seat rail ; a seat position detection sensor installed in either the seat rail or the seat track and configured to detect a position of the seat track ; a seat position detection member installed in either the seat rail or the seat track in which the seat position detection sensor is not installed and configured to operate the seat position detection sensor ; and a seatback angle adjustment motor configured to adjust an angle of the seatback in response to an output signal from the seat position detection sensor , characerized in that, in response to the seat position detection sensor detecting that the seat track has reached a predetermined operating position (S) during the seat track being moved rearward along the seat rail , the seatback angle adjustment motor is configured to deploy the seatback . a seat cushion ; a seatback installed in the seat cushion to be adjustable in angle; a seat rail installed in a floor panel of a vehicle in a length direction of the vehicle; a seat track having an upper portion, in which the seat cushion is mounted, and slidably installed in the seat rail ; a seat position detection sensor installed in either the seat rail or the seat track and configured to detect a position of the seat track ; a seat position detection member installed in either the seat rail or the seat track in which the seat position detection sensor is not installed and configured to operate the seat position detection sensor ; and a seatback angle adjustment motor configured to adjust an angle of the seatback in response to an output signal from the seat position detection sensor , characerized in that, in response to the seat position detection sensor detecting that the seat track has reached a predetermined operating position (S) during the seat track being moved rearward along the seat rail , the seatback angle adjustment motor is configured to deploy the seatback .
An apparatus for making semifinished products forming part of smokers' articles, comprising: - a stationary mandrel elongate along a longitudinal axis ; - an inner strip of paper operatively wrapped helically around the mandrel ; at least one outer strip of paper operatively wrapped helically around the inner strip , with an inside face of the outer strip in contact with an outside face of the inner strip; - a power-driven belt operating on the outer strip to impart to the inner and outer strips a movement of rotation about the longitudinal axis of the mandrel and of translation along the axis in a direction of feed, wherein the belt is in contact with the outer strip on a contact surface helically disposed relative to the longitudinal axis ; - a cutting station positioned downstream of the mandrel for cutting pieces of a tubular rod of paper coming out of the mandrel and made up of the inner and outer strips of paper glued to each other, wherein the cutting station comprises a blade for intercepting and cutting the rod , characterized in that the blade is disposed in a cutting plane perpendicular to the longitudinal axis and is movable along a circular trajectory around an axis of rotation which is inclined relative to the cutting plane so that the cutting plane is movable by translation along the longitudinal axis . - a stationary mandrel elongate along a longitudinal axis ; - an inner strip of paper operatively wrapped helically around the mandrel ; at least one outer strip of paper operatively wrapped helically around the inner strip , with an inside face of the outer strip in contact with an outside face of the inner strip; - a power-driven belt operating on the outer strip to impart to the inner and outer strips a movement of rotation about the longitudinal axis of the mandrel and of translation along the axis in a direction of feed, wherein the belt is in contact with the outer strip on a contact surface helically disposed relative to the longitudinal axis ; - a cutting station positioned downstream of the mandrel for cutting pieces of a tubular rod of paper coming out of the mandrel and made up of the inner and outer strips of paper glued to each other, wherein the cutting station comprises a blade for intercepting and cutting the rod ,