mhurhangee/patent-ind-claim-en huggingface dataset:
An ablutionary fitting comprising: a flow dispersion device , the flow dispersion device comprising: a coupling mechanism arranged to removably couple the flow dispersion device to the ablutionary fitting such that, when coupled, the flow dispersion device is arranged to disperse a water stream into a water spray; and a data storage medium arranged to store computer readable information defining one or more spray characteristics, wherein the data storage medium is readable by the ablutionary fitting, the spray characteristics defining one or more desired properties of the water spray provided by the ablutionary fitting to provide a desired user experience, an outlet arranged to provide the water stream; a reader arranged to read the computer readable information stored by the data storage medium ; and a controller in communication with the reader , the controller arranged to control one or more components which are operable to change the characteristics of the water spray formed by the dispersion device according to the one or more stored spray characteristics. a flow dispersion device , the flow dispersion device comprising: a coupling mechanism arranged to removably couple the flow dispersion device to the ablutionary fitting such that, when coupled, the flow dispersion device is arranged to disperse a water stream into a water spray; and a data storage medium arranged to store computer readable information defining one or more spray characteristics, wherein the data storage medium is readable by the ablutionary fitting, the spray characteristics defining one or more desired properties of the water spray provided by the ablutionary fitting to provide a desired user experience, a coupling mechanism arranged to removably couple the flow dispersion device to the ablutionary fitting such that, when coupled, the flow dispersion device is arranged to disperse a water stream into a water spray; and a data storage medium arranged to store computer readable information defining one or more spray characteristics, wherein the data storage medium is readable by the ablutionary fitting, the spray characteristics defining one or more desired properties of the water spray provided by the ablutionary fitting to provide a desired user experience, an outlet arranged to provide the water stream; a reader arranged to read the computer readable information stored by the data storage medium ; and a controller in communication with the reader , the controller arranged to control one or more components which are operable to change the characteristics of the water spray formed by the dispersion device according to the one or more stored spray characteristics.
A channel indication sending method, wherein the method comprises: receiving , by a first access point, channel information from a second access point, wherein the channel information indicates that an operating channel of the second access point is a first channel, and whether the second access point successfully performs channel availability check, CAC, on the first channel, wherein the second access point is a neighbor of the first access point, and the first channel is a dynamic frequency selection, DFS, channel; and sending , by the first access point on a second channel, a wireless local area network, WLAN, frame to a station associated with the first access point, wherein the second channel is an operating channel of the first access point, and the WLAN frame comprises an indication about the first channel and an indication of whether the second access point successfully performs the CAC on the first channel. receiving , by a first access point, channel information from a second access point, wherein the channel information indicates that an operating channel of the second access point is a first channel, and whether the second access point successfully performs channel availability check, CAC, on the first channel, wherein the second access point is a neighbor of the first access point, and the first channel is a dynamic frequency selection, DFS, channel; and sending , by the first access point on a second channel, a wireless local area network, WLAN, frame to a station associated with the first access point, wherein the second channel is an operating channel of the first access point, and the WLAN frame comprises an indication about the first channel and an indication of whether the second access point successfully performs the CAC on the first channel.
A method of fabricating a semiconductor structure, the method comprising: forming a stack of alternating dielectric materials and control gate materials , each of the dielectric materials of the stack comprising at least two portions of materials formulated to have different rates of removal when exposed to the same etch chemistry and having different densities; forming an opening through the stack of alternating dielectric materials and control gate materials ; removing a portion of the control gate materials to form control gate recesses adjacent the control gate materials; removing portions of the dielectric materials adjacent the control gate recesses to increase a height of the control gate recesses ; forming a charge blocking material adjacent exposed surfaces of the control gate materials ; thereafter filling the control gate recesses with a charge storage material; and removing excess portions of the charge storage material within the opening to form discrete charge storage structures , wherein a vertical, exposed surface of the discrete charge storage structures is coplanar with a vertical, exposed surface of a dielectric material of the charge blocking material , and wherein a height (L 3 ) of each of the discrete charge storage structures is the same as a height (L 1 ) of the adjacent control gate materials . forming a stack of alternating dielectric materials and control gate materials , each of the dielectric materials of the stack comprising at least two portions of materials formulated to have different rates of removal when exposed to the same etch chemistry and having different densities; forming an opening through the stack of alternating dielectric materials and control gate materials ; removing a portion of the control gate materials to form control gate recesses adjacent the control gate materials; removing portions of the dielectric materials adjacent the control gate recesses to increase a height of the control gate recesses ; forming a charge blocking material adjacent exposed surfaces of the control gate materials ; thereafter filling the control gate recesses with a charge storage material; and removing excess portions of the charge storage material within the opening to form discrete charge storage structures , wherein a vertical, exposed surface of the discrete charge storage structures is coplanar with a vertical, exposed surface of a dielectric material of the charge blocking material , and wherein a height (L 3 ) of each of the discrete charge storage structures is the same as a height (L 1 ) of the adjacent control gate materials .
A method for implementation by one or more data processors forming part of at least one computing system, the method comprising: handling a plurality of concurrent transactions in an in-memory database, at least one of the transactions comprising at least one write operation (940-970) to a dictionary ; assigning each write operation (940-970) a row identifier (ID), at least one of the write operations (940-970) written to the dictionary out of sequence, the sequence based on the row ID; and mapping each row ID in the dictionary to a corresponding value identifier in the dictionary , the dictionary positioning the value identifiers so that the corresponding row IDs are in a sorted sequential order based on the row ID; characterised by wherein the dictionary comprises a transient portion having a plurality of consecutive row IDs, the consecutive row IDs associated with a base row ID and a base value ID, the base row ID and the base value ID representative of a starting point of the transient portion; wherein the base row ID and the base value ID are persisted to the in-memory database, wherein the remaining plurality of consecutive row IDs are not persisted to the in-memory database; and wherein the mapping determines the corresponding value identifier for an incoming row ID by determining an offset of the incoming row ID from the base row ID and by adding the offset to the base value ID; the method further comprising obtaining a row position for the row ID by searching an index dictionary using the corresponding value identifier for the row ID. handling a plurality of concurrent transactions in an in-memory database, at least one of the transactions comprising at least one write operation (940-970) to a dictionary ; assigning each write operation (940-970) a row identifier (ID), at least one of the write operations (940-970) written to the dictionary out of sequence, the sequence based on the row ID; and mapping each row ID in the dictionary to a corresponding value identifier in the dictionary , the dictionary positioning the value identifiers so that the corresponding row IDs are in a sorted sequential order based on the row ID; characterised by wherein the dictionary comprises a transient portion having a plurality of consecutive row IDs, the consecutive row IDs associated with a base row ID and a base value ID, the base row ID and the base value ID representative of a starting point of the transient portion; wherein the base row ID and the base value ID are persisted to the in-memory database, wherein the remaining plurality of consecutive row IDs are not persisted to the in-memory database; and wherein the mapping determines the corresponding value identifier for an incoming row ID by determining an offset of the incoming row ID from the base row ID and by adding the offset to the base value ID; the method further comprising obtaining a row position for the row ID by searching an index dictionary using the corresponding value identifier for the row ID.
Method for producing a sensor , in particular a pressure sensor, for detecting at least one property of a medium, in particular a fluid medium, wherein the method comprises the following steps: a) providing a compression spring , wherein the compression spring has at least a first end and at least a second end ; b) connecting the first end of the compression spring to a circuit carrier ; c) providing at least one housing , wherein at least one electrical contact is accommodated in the housing ; d) bringing the second end of the compression spring into contact with the electrical contact of the housing ; wherein in step d) the second end of the compression spring is brought into contact with the electrical contact by means of at least one guide element of the sensor , wherein the guide element accommodates the compression spring wholly or partly and guides it towards the electrical contact and is configured to hold the compression spring firmly in its position in such a way that displacement and/or slippage in the guide element is at least partly reduced, wherein at least one guide channel is introduced into the guide element , wherein the guide channel is formed in such a way that the guide channel has a conical basic shape and the guide element is at least partly produced from at least one plastic material. a) providing a compression spring , wherein the compression spring has at least a first end and at least a second end ; b) connecting the first end of the compression spring to a circuit carrier ; c) providing at least one housing , wherein at least one electrical contact is accommodated in the housing ; d) bringing the second end of the compression spring into contact with the electrical contact of the housing ;
A method for enabling group control of terminals , the method being performed by a management entity , and the method comprising: the management entity receiving a message comprising a terminal identifier identifying a terminal ; the management entity obtaining subscription data for the terminal, the subscription data comprising a list of access point names, APNs; the management entity using the list of APNs to determine that the terminal is a member of a particular group of terminals, wherein the method further comprises: the management entity storing a group identifier identifying the particular group of terminals , and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals , comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal . the management entity receiving a message comprising a terminal identifier identifying a terminal ; the management entity obtaining subscription data for the terminal, the subscription data comprising a list of access point names, APNs; the management entity using the list of APNs to determine that the terminal is a member of a particular group of terminals, wherein the method further comprises: the management entity storing a group identifier identifying the particular group of terminals , and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals , comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal . the management entity storing a group identifier identifying the particular group of terminals , and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals , comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal .
A method by which an electronic device included in a terminal provides a communication service, the method comprising: generating a logical channel for communication between the electronic device and a local profile assistant, LPA, that is another electronic device in the terminal; generating a secure channel between the electronic device and the LPA when the electronic device receives a SELECT command from the LPA selecting an issuer security domain-root, ISD-R, corresponding to a secure area of the electronic device; and receiving profile data for providing the communication service from the LPA through the generated secure channel. generating a logical channel for communication between the electronic device and a local profile assistant, LPA, that is another electronic device in the terminal; generating a secure channel between the electronic device and the LPA when the electronic device receives a SELECT command from the LPA selecting an issuer security domain-root, ISD-R, corresponding to a secure area of the electronic device; and receiving profile data for providing the communication service from the LPA through the generated secure channel.
A substrate comprising a semiconductor layer which comprises tungsten oxide particles having a first peak in a range of 268 to 274 cm -1 , a second peak in a range of 630 to 720 cm -1 , and a third peak in a range of 800 to 810 cm -1 in the Raman spectroscopic analysis, characterized in that a thickness of the semiconductor layer is from 5 to 300 μm, a porosity of the semiconductor layer is from 35 to 80 vol%, and an average pore size of the semiconductor layer is 5 nm or more.
A rotating tool comprising: a base member including a cutting edge portion and a flute portion ; and a coating film that coats a surface of the base member , a ratio B/A of a film thickness B of the coating film coating a surface of the flute portion to a film thickness A of the coating film coating a surface of the cutting edge portion being more than 1.0, the film thickness A is not less than 0.1 μm and not more than 10 μm, and a material of the coating film is not less than one compound composed of: at least one element selected from a group consisting of a group 4 element, a group 5 element, a group 6 element in a periodic table, aluminum, and silicon; and at least one element selected from a group consisting of boron, carbon, nitrogen, and oxygen. a base member including a cutting edge portion and a flute portion ; and a coating film that coats a surface of the base member , a ratio B/A of a film thickness B of the coating film coating a surface of the flute portion to a film thickness A of the coating film coating a surface of the cutting edge portion being more than 1.0, the film thickness A is not less than 0.1 μm and not more than 10 μm, and a material of the coating film is not less than one compound composed of: at least one element selected from a group consisting of a group 4 element, a group 5 element, a group 6 element in a periodic table, aluminum, and silicon; and at least one element selected from a group consisting of boron, carbon, nitrogen, and oxygen.
A fluid line connection for a pneumatic distribution system for an agricultural air seeder, the fluid line connection comprising: a female connector having an inside diameter with a groove ; and a male connector configured for internal assembly with the female connector, the male connector having an engagement mechanism in the form of an external tab configured to engage the groove and retain the male connector to the female connector to form a seal when the female connector is rotatingly assembled with the male connector; and characterized in that the groove includes a locking feature that extends away from the surface of the groove, and the external tab includes a receiver configured to retain the locking feature therein and the external tab includes a ramp groove configured to guide the locking feature into the receiver when the female connector is assembled with the male connector. a female connector having an inside diameter with a groove ; and a male connector configured for internal assembly with the female connector, the male connector having an engagement mechanism in the form of an external tab configured to engage the groove and retain the male connector to the female connector to form a seal when the female connector is rotatingly assembled with the male connector; and characterized in that the groove includes a locking feature that extends away from the surface of the groove, and the external tab includes a receiver configured to retain the locking feature therein and the external tab includes a ramp groove configured to guide the locking feature into the receiver when the female connector is assembled with the male connector.
An automatic tool changer using an AGV as a carrier, capable of removing, installing or replacing a tool , comprising an AGV , a positioning module and a tool changing module; wherein the positioning module and the tool changing module are arranged on the AGV and the tool changing module comprises a tool holder, a tool handle jaw , a positioning pin and a carrier baseboard ; characterized in that the NC axial motion unit is arranged on the AGV ; the carrier baseboard is connected to the NC axial motion unit ; the tool holder is arranged on the carrier baseboard ; the tool handle jaw is fixed on the tool holder; and the positioning pin is arranged on the tool holder.
A railcar braking device , comprising: an air brake that applies a braking force to a wheel (W) joined to an axle shaft with a pressure of air and includes a discharge valve for reducing the pressure of air; and a controller that, when there is a predetermined difference or larger in rotational speed between a plurality of axle shafts , controls the air brake to only discharge air from the air brake by controlling the discharge valve and to release, for a predetermined period of time, the braking force applied to the wheel (W) joined to the axle shaft rotating at a relatively low speed, characterized in that the controller controls the air brake to maintain a state in which the braking force is released for the predetermined period of time irrespective of variation in the rotational speed of the axle shaft rotating at the relatively low speed, and the controller generates, after an elapse of a predetermined period of time, the braking force for the wheel (W) for which the braking force has been released. an air brake that applies a braking force to a wheel (W) joined to an axle shaft with a pressure of air and includes a discharge valve for reducing the pressure of air; and a controller that, when there is a predetermined difference or larger in rotational speed between a plurality of axle shafts , controls the air brake to only discharge air from the air brake by controlling the discharge valve and to release, for a predetermined period of time, the braking force applied to the wheel (W) joined to the axle shaft rotating at a relatively low speed, characterized in that the controller controls the air brake to maintain a state in which the braking force is released for the predetermined period of time irrespective of variation in the rotational speed of the axle shaft rotating at the relatively low speed, and the controller generates, after an elapse of a predetermined period of time, the braking force for the wheel (W) for which the braking force has been released.
A resin transfer molding system comprising: a tool having an upper surface ; a cover plate coupled with said tool proximate said upper surface ; an inner cavity formed between said tool and said cover plate ; a thermal energy subsystem thermally coupled to said tool ; an intensifier located in said inner cavity and thermally coupled to said tool ; and at least one fibrous sheet wet-up with a pre-ceramic polymer resin adjacent said intensifier , wherein said intensifier is configured to pressurize said at least one fibrous sheet wet-up with a pre-ceramic polymer resin responsive to thermal expansion of said intensifier ; further comprising: a vacuum pump fluidly coupled to said inner cavity ; and a pump fluidly coupled to said inner cavity , wherein said pump and said vacuum pump are configured to transport said resin into said inner cavity to wet-up said at least one fibrous sheet . a tool having an upper surface ; a cover plate coupled with said tool proximate said upper surface ; an inner cavity formed between said tool and said cover plate ; a thermal energy subsystem thermally coupled to said tool ; an intensifier located in said inner cavity and thermally coupled to said tool ; and at least one fibrous sheet wet-up with a pre-ceramic polymer resin adjacent said intensifier , wherein said intensifier is configured to pressurize said at least one fibrous sheet wet-up with a pre-ceramic polymer resin responsive to thermal expansion of said intensifier ; further comprising: a vacuum pump fluidly coupled to said inner cavity ; and a pump fluidly coupled to said inner cavity , wherein said pump and said vacuum pump are configured to transport said resin into said inner cavity to wet-up said at least one fibrous sheet . a vacuum pump fluidly coupled to said inner cavity ; and a pump fluidly coupled to said inner cavity , wherein said pump and said vacuum pump are configured to transport said resin into said inner cavity to wet-up said at least one fibrous sheet .