mhurhangee/patent-ind-claim-en huggingface dataset:
A foot system suitable for being used in parts of furniture and furnishing items with a base or bottom with front adjustment levelling, wherein at least one front foot is configured to be positioned between the base or bottom of a piece of furniture and a floor (P) in a space reduced in height (H), said front foot containing in its interior a height adjustment mechanism actuated from a hole or actuating point by means of a manoeuvring tool , wherein said front foot comprises a lower fixed part close to the floor (P), said hole or actuating point is positioned at said lower fixed part at a free end of the front foot resting on the floor (P), the system further comprising rear foot , characterized in that said front foot provides a hook extension for housing an end portion of a manoeuvring return rod for the adjustment of the rear foot , wherein said return rod is inserted in a manoeuvring point or hole formed in the rear foot and said manoeuvring point or hole is formed in the rear foot in an upper position of the same resting on said base or bottom .
A dust collector, comprising: a cylindrical housing configured to form an outer appearance of the dust collector; a cyclone formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; axial inlet type swirl tubes configured to receive air and fine dust that have passed through the cyclone , and cause a swirling flow to separate the fine dust from the air; and a mesh configured to surround an outside of the axial inlet type swirl tubes to form a boundary between the cyclone and the axial inlet type swirl tubes , characterised in that the axial inlet type swirl tubes are stacked in multiple stages and the axial inlet type swirl tubes in each stage are arranged in two columns such that the first and second columns are disposed toward opposite directions to each other, and an axial length of each of the axial inlet type swirl tubes gradually increases as it approaches the axial inlet type swirl tube disposed at the center of each stage. a cylindrical housing configured to form an outer appearance of the dust collector; a cyclone formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; axial inlet type swirl tubes configured to receive air and fine dust that have passed through the cyclone , and cause a swirling flow to separate the fine dust from the air; and a mesh configured to surround an outside of the axial inlet type swirl tubes to form a boundary between the cyclone and the axial inlet type swirl tubes , characterised in that the axial inlet type swirl tubes are stacked in multiple stages and the axial inlet type swirl tubes in each stage are arranged in two columns such that the first and second columns are disposed toward opposite directions to each other, and an axial length of each of the axial inlet type swirl tubes gradually increases as it approaches the axial inlet type swirl tube disposed at the center of each stage.
Sealing unit for onward conduction of a fluid (F) from a stationary machine part to a rotating machine part on a machine tool or an accessory for a machine tools such as, for example, driven tools, which unit for that purpose is equipped with a stator , at least one rotor and at least two slide rings as well as with at least one radial passage for onward conduction of the fluid (F), wherein - the stator , the rotor and the slide rings are arranged coaxially with a system axis , - the stator is provided for connection with the stationary machine part and is correspondingly shaped in its outer region and receives the rotor in its inner region, - the rotor is provided for a connection with or on the rotating machine part and is correspondingly shaped in its inner region, - each slide ring has at least one slide ring sealing surface , wherein - the rotor has two rotor sealing surfaces arranged at a mutual spacing, - the slide rings are arranged within the stator and are in functional operative connection with the rotor , - a respective slide ring sealing surface and rotor sealing surface form a sealing pair (15, 43; 16, 44) and functionally co-operate, - the normals to the sealing surfaces of the rotor are directed axially towards one another and the normals to the sealing surfaces of the slide rings face axially away from one another. - the stator , the rotor and the slide rings are arranged coaxially with a system axis , - the stator is provided for connection with the stationary machine part and is correspondingly shaped in its outer region and receives the rotor in its inner region, - the rotor is provided for a connection with or on the rotating machine part and is correspondingly shaped in its inner region, - each slide ring has at least one slide ring sealing surface , wherein - the rotor has two rotor sealing surfaces arranged at a mutual spacing, - the slide rings are arranged within the stator and are in functional operative connection with the rotor , - a respective slide ring sealing surface and rotor sealing surface form a sealing pair (15, 43; 16, 44) and functionally co-operate, - the normals to the sealing surfaces of the rotor are directed axially towards one another and the normals to the sealing surfaces of the slide rings face axially away from one another.
A parallel gripping device having slides bearing movable gripping elements , wherein the slides are guided in a row, as seen in the gripping direction of the gripping elements , in a guide groove parallel to the gripping direction - between an opening position and a closing position - which guide groove they use jointly and which is arranged in a main body and is at least partially open to the gripping elements , in such a manner that the slides can be driven and are supported on all sides transversely to the gripping direction , - wherein the guide groove has a housing cover in the centre portion, the length of which housing cover corresponds at least to the maximum gripping stroke of the gripping elements as measured in the gripping direction , - wherein each slide directly or indirectly supports a sealing body via a seal carrier which tightly fits against the lateral guide groove walls and the bottom of the guide groove in such a manner that it seals and at least in part wipes away contaminations, and - wherein each sealing body has a sealing lip in the area of the housing cover , which sealing lip fits tightly against said cover. - wherein the guide groove has a housing cover in the centre portion, the length of which housing cover corresponds at least to the maximum gripping stroke of the gripping elements as measured in the gripping direction , - wherein each slide directly or indirectly supports a sealing body via a seal carrier which tightly fits against the lateral guide groove walls and the bottom of the guide groove in such a manner that it seals and at least in part wipes away contaminations, and - wherein each sealing body has a sealing lip in the area of the housing cover , which sealing lip fits tightly against said cover.
A sampling device comprising a housing , wherein the housing comprises a chamber, at least an opening , an actuation means and a separate compartment , wherein the separate compartment is releasably retained within the housing by a retention means and wherein the actuation means enables an internal substance to be drawn in through the opening into the chamber and simultaneously pushes the separate compartment along the housing until the separate compartment is ejected from the housing of the sampling device, thereby creating an increased space or volume for receiving and storing a sample within the chamber of the sampling device, characterised in that the actuation means is tethered to a closure means and the movement of the actuation means results in the closure means blocking the opening.
A method for determining a monitoring capability, applied to a terminal device, and comprising: determining a first monitoring capability and a second monitoring capability, wherein the first monitoring capability is a capability of the terminal device to monitor, on a first carrier, a Physical Downlink Control Channel, PDCCH, configured to schedule the first carrier, and the second monitoring capability is a capability of the terminal device to monitor, on a second carrier, the PDCCH configured to schedule the first carrier; the first carrier and the second carrier are configured to schedule the first carrier, and the first carrier is different from the second carrier; the first monitoring capability is a product of a minimum monitoring capability among a first maximum monitoring capability of the first carrier and a first total monitoring capability by a first ratio, where the first ratio is not less than 0 and not greater than 1; and in a case that the product of the minimum monitoring capability by the first ratio is not an integer, the product is rounded down to determine the obtained integer as the first monitoring capability. determining a first monitoring capability and a second monitoring capability, wherein the first monitoring capability is a capability of the terminal device to monitor, on a first carrier, a Physical Downlink Control Channel, PDCCH, configured to schedule the first carrier, and the second monitoring capability is a capability of the terminal device to monitor, on a second carrier, the PDCCH configured to schedule the first carrier; the first carrier and the second carrier are configured to schedule the first carrier, and the first carrier is different from the second carrier; the first monitoring capability is a product of a minimum monitoring capability among a first maximum monitoring capability of the first carrier and a first total monitoring capability by a first ratio, where the first ratio is not less than 0 and not greater than 1; and in a case that the product of the minimum monitoring capability by the first ratio is not an integer, the product is rounded down to determine the obtained integer as the first monitoring capability.
A memory device comprising: - a memory array including a plurality of memory cells arranged in rows and columns and a plurality of word lines (WL) and bit lines (BL); - a dummy structure comprising a dummy row of dummy cells and a dummy word line (WLD), each dummy cell having a corresponding position along the dummy word line and comprising a respective control terminal, which is electrically coupled to the dummy word line; - a first pre-charging stage configured to bias, in a step of pre-charging of an operation of reading of said memory array, a word line of said memory array; - an output stage comprising a plurality of sense amplifiers (SA 1 , SA 2 , SA 3 ), each sense amplifier being coupled in an electrically controlled way to a corresponding bit line during said reading operation and configured to generate a corresponding output signal representing a data item stored in a corresponding memory cell coupled to said corresponding bit line and to the word line biased by said first pre-charging stage; and - a second pre-charging stage configured to bias the dummy word line simultaneously with the word line biased by the first pre-charging stage; and wherein said output stage comprises a first sense-enable stage , which is configured to detect a state of complete pre-charging of the control terminal of at least one dummy cell intermediate of the dummy cells of the dummy row, said intermediate dummy cell having a position in the dummy row different from the first and the last position; and wherein a first part of said sense amplifiers (SA 1 , SA 2 ) may be coupled to bit lines coupled to memory cells that have positions, within the respective rows, comprised between the first position and the position of the intermediate dummy cell; and wherein said first part of said sense amplifiers is configured to generate the corresponding output signals following upon sensing of said state of complete pre-charging of the control terminal of said intermediate dummy cell. - a memory array including a plurality of memory cells arranged in rows and columns and a plurality of word lines (WL) and bit lines (BL); - a dummy structure comprising a dummy row of dummy cells and a dummy word line (WLD), each dummy cell having a corresponding position along the dummy word line and comprising a respective control terminal, which is electrically coupled to the dummy word line; - a first pre-charging stage configured to bias, in a step of pre-charging of an operation of reading of said memory array, a word line of said memory array; - an output stage comprising a plurality of sense amplifiers (SA 1 , SA 2 , SA 3 ), each sense amplifier being coupled in an electrically controlled way to a corresponding bit line during said reading operation and configured to generate a corresponding output signal representing a data item stored in a corresponding memory cell coupled to said corresponding bit line and to the word line biased by said first pre-charging stage; and - a second pre-charging stage configured to bias the dummy word line simultaneously with the word line biased by the first pre-charging stage;
A liquid ejection head comprising a nozzle for ejecting a liquid (I), wherein a recess portion recessed relative to a nozzle inner wall surface of the nozzle is formed on a nozzle inner wall in a region having an inner diameter of the nozzle of 15 μm or less, characterized in that the recess portion is formed on the nozzle inner wall in a tapered region extending from a portion having a minimum inner diameter of the nozzle to a portion having an inner diameter twice the minimum inner diameter of the nozzle, wherein the recess portion has one of a hollow shape and a groove shape.
A method for wireless communication at a relay node of a wireless communications system, comprising: transmitting , to a parent node of the wireless communications system , a report indicating a duplexing capability of the relay node; receiving , from the parent node, a configuration that identifies discovery reference signal, DRS, transmission resources and DRS measurement resources for the relay node in accordance with the indicated duplexing capability of the relay node; transmitting a DRS using the identified DRS transmission resources; and monitoring for DRSs from other nodes of the wireless communications system using the identified DRS measurement resources. transmitting , to a parent node of the wireless communications system , a report indicating a duplexing capability of the relay node; receiving , from the parent node, a configuration that identifies discovery reference signal, DRS, transmission resources and DRS measurement resources for the relay node in accordance with the indicated duplexing capability of the relay node; transmitting a DRS using the identified DRS transmission resources; and monitoring for DRSs from other nodes of the wireless communications system using the identified DRS measurement resources.
A diode comprising: a semiconductor substrate portion of a first conductivity type, between an upper electrode (A) and a lower electrode (K); a first vertical transistor (T11) having a channel of the first conductivity type, the gate of which is doped of the first conductivity type and coupled to the upper electrode, the first transistor having a source area comprised in a doped well of a second conductivity type, the first transistor having a channel-forming region located in said well; a second transistor (T12) with a channel of a second conductivity type having a doped gate of the second conductivity type, the first and second transistors being series-connected between the electrodes; and a doped probe area of the second conductivity type, extending from a portion of the substrate covered by the gate of the first transistor, the probe area being coupled to the gate of the second transistor; the diode being characterized in that : the channel-forming region of the second transistor (T12) is located outside of the well and corresponds to an upper portion of the substrate, and that a source area of the second transistor is located in an upper portion of the substrate, astride said well. a semiconductor substrate portion of a first conductivity type, between an upper electrode (A) and a lower electrode (K); a first vertical transistor (T11) having a channel of the first conductivity type, the gate of which is doped of the first conductivity type and coupled to the upper electrode, the first transistor having a source area comprised in a doped well of a second conductivity type, the first transistor having a channel-forming region located in said well; a second transistor (T12) with a channel of a second conductivity type having a doped gate of the second conductivity type, the first and second transistors being series-connected between the electrodes; and a doped probe area of the second conductivity type, extending from a portion of the substrate covered by the gate of the first transistor, the probe area being coupled to the gate of the second transistor; the diode being characterized in that : the channel-forming region of the second transistor (T12) is located outside of the well and corresponds to an upper portion of the substrate, and that a source area of the second transistor is located in an upper portion of the substrate, astride said well. the channel-forming region of the second transistor (T12) is located outside of the well and corresponds to an upper portion of the substrate, and that a source area of the second transistor is located in an upper portion of the substrate, astride said well.
Antagonistic bacteria that are used to prevent and eliminate the bacterial wilt of continuous cropping tobacco selected from strain NJL-25 and/or strain NJL-14, wherein, Strain NJL-25 is as deposited at the China General Microbiological Culture Collection Center (CGMCC) on July 9, 2009 under accession number CGMCC No.3175, and strain NJL-14 is as deposited at CGMCC on July 10, 2009 under accession number CGMCC No.3174.
Method for producing book-like identification documents , which in each case are assigned to one person and in each case comprise one individualised data page and at least one individualised book page , wherein the method comprises the following method steps: a) Provision of the individualised data page ; b) provision of an individualising data set, which comprises individualising data contained in the individualised data page , by reading out from the data page ; c) provision of a book page sheet for producing the at least one book page ; d) separating of the at least one book page from the book page sheet ; e) generation of reproductions of individualising data on and/or in the book page sheet or the at least one book page which is produced from the book page sheet , making use of the individualising data set read out from the data page ; f) gathering of the individualised data sheet and of the at least one book page to form a page stack; and g) joining of the individualised data page and of the at least one book page in the page stack with one another, wherein method step (e) is carried out before method step (f). a) Provision of the individualised data page ; b) provision of an individualising data set, which comprises individualising data contained in the individualised data page , by reading out from the data page ; c) provision of a book page sheet for producing the at least one book page ; d) separating of the at least one book page from the book page sheet ; e) generation of reproductions of individualising data on and/or in the book page sheet or the at least one book page which is produced from the book page sheet , making use of the individualising data set read out from the data page ; f) gathering of the individualised data sheet and of the at least one book page to form a page stack; and g) joining of the individualised data page and of the at least one book page in the page stack with one another,
A mounting system for mounting one or more accessory devices to a helmet , the system comprising: - a pair of mounting rails for attachment on respective sides on exterior of the helmet shell ; and - a clamping arrangement for attachment on exterior of the helmet shell between the pair of mounting rails substantially in the back portion of the helmet shell , wherein the clamping arrangement is coupled to at least one of the mounting rails via a coupling means having an adjustable length for enabling attachment to helmet shells having various properties, characterized in that the coupling means is configured to provide electrical connection between the clamping arrangement and the at least one of the mounting rails . - a pair of mounting rails for attachment on respective sides on exterior of the helmet shell ; and - a clamping arrangement for attachment on exterior of the helmet shell between the pair of mounting rails substantially in the back portion of the helmet shell , wherein the clamping arrangement is coupled to at least one of the mounting rails via a coupling means having an adjustable length for enabling attachment to helmet shells having various properties,
Scenting device for a vehicle comprising - a housing , - a scent container arranged in the housing , - at least one coupling device arranged on the housing , - at least one holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device can be coupled to and decoupled from the coupling device , characterised in that the scenting device comprises at least two differently designed holding devices , wherein both holding devices can be coupled to one of the at least one coupling device . - a housing , - a scent container arranged in the housing , - at least one coupling device arranged on the housing , - at least one holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device can be coupled to and decoupled from the coupling device , characterised in that the scenting device comprises at least two differently designed holding devices , wherein both holding devices can be coupled to one of the at least one coupling device .