mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet printing apparatus comprising: a print head configured to print an image by ejecting an ink from the ejection port ; a tank configured to store the ink supplied to the print head ; a connection channel for connecting the print head to the tank; a circulation path including the print head , the tank , and the connection channel and configured to circulate the ink between the print head and the tank ; and a discharging unit configured to perform a discharging operation for discharging the ink in the circulation path, characterized by further comprising: an evaporation amount calculating unit configured to calculate (S11-S13, S21-S23) an evaporation amount (V) of the ink; a calculating unit configured to calculate (S45, S46) a value (Nx) relating to ink density in the circulation path on the basis of an ink amount (Jn) in the circulation path, the evaporation amount (V), and a consumed ink amount (In); and a control unit configured to cause the discharging unit to perform the discharging operation (S52) based on the value relating to the ink density calculated by the calculating unit. a print head configured to print an image by ejecting an ink from the ejection port ; a tank configured to store the ink supplied to the print head ; a connection channel for connecting the print head to the tank; a circulation path including the print head , the tank , and the connection channel and configured to circulate the ink between the print head and the tank ; and a discharging unit configured to perform a discharging operation for discharging the ink in the circulation path, characterized by further comprising: an evaporation amount calculating unit configured to calculate (S11-S13, S21-S23) an evaporation amount (V) of the ink; a calculating unit configured to calculate (S45, S46) a value (Nx) relating to ink density in the circulation path on the basis of an ink amount (Jn) in the circulation path, the evaporation amount (V), and a consumed ink amount (In); and a control unit configured to cause the discharging unit to perform the discharging operation (S52) based on the value relating to the ink density calculated by the calculating unit. an evaporation amount calculating unit configured to calculate (S11-S13, S21-S23) an evaporation amount (V) of the ink; a calculating unit configured to calculate (S45, S46) a value (Nx) relating to ink density in the circulation path on the basis of an ink amount (Jn) in the circulation path, the evaporation amount (V), and a consumed ink amount (In); and a control unit configured to cause the discharging unit to perform the discharging operation (S52) based on the value relating to the ink density calculated by the calculating unit.
A method of wireless communication performed by a user equipment, UE, comprising: receiving sidelink control information, SCI associated with a remote vehicle; identifying a threat metric associated with the remote vehicle and previously determined and stored by the UE, the threat metric based at least in part on one or more characteristics of the remote vehicle, wherein the one or more characteristics are determined based at least in part on vehicle information received in one or more transport blocks corresponding to prior SCI associated with the remote vehicle and received prior to the SCI; and processing the SCI based at least in part on the threat metric; characterised in that the SCI and the prior SCI both include a same vehicle identifier that identifies the remote vehicle, wherein the threat metric is identified based at least in part on a stored indication of an association between the vehicle identifier and the threat metric and wherein indication of the association is stored based at least in part on analyzing the vehicle information received in the one or more transport blocks corresponding to the prior SCI. receiving sidelink control information, SCI associated with a remote vehicle; identifying a threat metric associated with the remote vehicle and previously determined and stored by the UE, the threat metric based at least in part on one or more characteristics of the remote vehicle, wherein the one or more characteristics are determined based at least in part on vehicle information received in one or more transport blocks corresponding to prior SCI associated with the remote vehicle and received prior to the SCI; and processing the SCI based at least in part on the threat metric; characterised in that the SCI and the prior SCI both include a same vehicle identifier that identifies the remote vehicle, wherein the threat metric is identified based at least in part on a stored indication of an association between the vehicle identifier and the threat metric and wherein indication of the association is stored based at least in part on analyzing the vehicle information received in the one or more transport blocks corresponding to the prior SCI.
A brushhead for use in a power skin brush appliance which includes a drive system having a single drive member , comprising: a base assembly mountable to the drive system having a single moving portion responsive to said single drive member which in operation oscillates back and forth through a selected angle and with a selected frequency in response to the drive system; and wherein at least first and second concentric annular oscillating filament tuft groups are mounted on the single moving portion of the base assembly, characterised in that the first and second oscillating filament tuft groups each comprise at least one ring of filament tufts , and in that the filament tufts in the first and second oscillating filament tuft groups, respectively, have a physical characteristic which differs sufficiently to produce a differential stiffness to produce an out-of-phase motion of at least 15° between the tips of the filaments in the first oscillating filament tuft group relative to the tips of the filaments in the second oscillating filament tuft group when the first and second filament tuft groups are wet. a base assembly mountable to the drive system having a single moving portion responsive to said single drive member which in operation oscillates back and forth through a selected angle and with a selected frequency in response to the drive system; and wherein at least first and second concentric annular oscillating filament tuft groups are mounted on the single moving portion of the base assembly, characterised in that the first and second oscillating filament tuft groups each comprise at least one ring of filament tufts , and in that the filament tufts in the first and second oscillating filament tuft groups, respectively, have a physical characteristic which differs sufficiently to produce a differential stiffness to produce an out-of-phase motion of at least 15° between the tips of the filaments in the first oscillating filament tuft group relative to the tips of the filaments in the second oscillating filament tuft group when the first and second filament tuft groups are wet.
A knitted sleeve pattern comprising: a tubular sleeve body , the tubular sleeve body comprising: a) an upper arm portion ; b) a forearm portion ; and c) an elbow portion between the upper arm portion and the forearm portion ; a shoulder portion adjacent a posterior sleeve edge of the tubular sleeve body , the shoulder portion comprising a front neck extension and a rear neck extension that extend from a sleeve upper end , the shoulder portion forming at least a portion of a neckline of a garment to which the tubular sleeve body is joinable; and an underarm extension with respect to a garment body, the underarm extension adjacent an anterior sleeve edge of the tubular sleeve body , the underarm extension having a bottom edge displaced a threshold distance from the anterior sleeve edge ; characterized in that the tubular sleeve body is configured such that the sleeve upper end extends to form the shoulder portion and the front and rear neck extensions , wherein the shoulder portion and the front and rear neck extensions are seamlessly coupled to the tubular sleeve body such that the shoulder portion and the front and rear neck extensions provide an extension of the tubular sleeve body . a tubular sleeve body , the tubular sleeve body comprising: a) an upper arm portion ; b) a forearm portion ; and c) an elbow portion between the upper arm portion and the forearm portion ; a shoulder portion adjacent a posterior sleeve edge of the tubular sleeve body , the shoulder portion comprising a front neck extension and a rear neck extension that extend from a sleeve upper end , the shoulder portion forming at least a portion of a neckline of a garment to which the tubular sleeve body is joinable; and an underarm extension with respect to a garment body, the underarm extension adjacent an anterior sleeve edge of the tubular sleeve body , the underarm extension having a bottom edge displaced a threshold distance from the anterior sleeve edge ; characterized in that the tubular sleeve body is configured such that the sleeve upper end extends to form the shoulder portion and the front and rear neck extensions , wherein the shoulder portion and the front and rear neck extensions are seamlessly coupled to the tubular sleeve body such that the shoulder portion and the front and rear neck extensions provide an extension of the tubular sleeve body .
Distribution strip for distributing electrical energy for device and / or server cabinets, having an upper , a lower and two lateral elongated side faces and a first and a second end face , which define an inner chamber, a feed cable provided on the first end face for supplying electrical energy and a plurality of connecting means provided on the upper side face , to which electrical consumers can be connected for the energy supply, characterised in that the first end face forms, with the upper side face , an inner angle of greater than 105°, that the basic form of the inner chamber corresponds substantially to that of an elongated cuboid with a wedge element positioned on the first end face and that the feed cable extends substantially perpendicularly through the first end face .
A dielectric composition comprising, as a main component, a tungsten bronze type composite oxide represented by a chemical formula (Sr 1.00-(s+t) Ba s Ca t ) 6.00-x R x (Ti 1.00 - (a+d) Zr a Si d ) x+2.00 (Nb 1.00-b Ta b ) 8.00-x O 30.00 , wherein the R is at least one element selected from Y, La, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and s, t, x, a, b, and d satisfy 0 ≤ s ≤ 1.00, 0 ≤ t ≤ 1.00, 0 ≤ s + t ≤ 1.00, 0 ≤ x ≤ 3.00, 0.01 ≤ a ≤ 0.98, 0 ≤ b ≤ 1.00, 0.02 ≤ d ≤ 0.15, and 0.03 ≤ a + d ≤ 1.00.
An apparatus for treating a pipette tip having multiple supports and a fluid enclosed therein, comprising a nozzle head having one or multiple nozzles for sucking and discharging a gas; a sucking and discharging mechanism in which the gas is sucked or discharged via the nozzles ; one or more pipette tips , wherein each pipette tip comprises the multiple supports and a fluid enclosed therein, wherein the pipette tip comprises an attachment opening that is adapted to be attached to one of the nozzles to communicate with the nozzle , and an opening that allows flow-in and flow-out of a liquid in response to the suction and discharging of the gas; an accommodating part group provided with a tip accommodating part that is adapted to accommodate or is capable of accommodating the pipette tip , and a liquid accommodating part that is adapted to accommodate or is capable of accommodating various liquids, and a transfer means for transferring the nozzle head relative to the accommodating part group wherein the multiple supports enclosed in the pipette tip , are each adapted to adsorb or capture a biological material in the liquid or react with or bond to the biological material, wherein the fluid in the one or more pipette tips is for sustainedly activating the multiple supports , the fluid is a liquid that is enclosed in the pipette tip in a releasable state and comes into contact with the multiple supports ; the one or more pipette tips each comprising a perforable member and a detachable cap , wherein the fluid for sustainedly activating the multiple supports is enclosed in a releasable state in the pipette tip by occluding the attachment opening by the perforable member and by occluding the opening by the detachable cap.
A method, comprising: determining, by a first local area network - LAN - controller , that a first device (101 1 -101N) has connected to a first wireless access point - AP (102 1 ), of a plurality of wireless APs (102 1 -102 N ), using a predefined service set identifier - SSID ; transmitting, by the first LAN controller an Extensible Authentication Protocol - EAP - request to the first device; receiving, by the first LAN controller from the first device, an EAP response specifying a destination address of a second LAN controller associated with a first private network ; creating, by the first LAN controller based on the destination address, a Control and Provisioning of Wireless Access Points - CAPWAP - tunnel between the first wireless AP and the second LAN controller; and configuring, by the first LAN controller, the first wireless AP to broadcast a private SSID associated with the first private network, wherein the first device accesses the first private network via the CAPWAP tunnel by connecting to the first wireless AP using the private SSID. determining, by a first local area network - LAN - controller , that a first device (101 1 -101N) has connected to a first wireless access point - AP (102 1 ), of a plurality of wireless APs (102 1 -102 N ), using a predefined service set identifier - SSID ; transmitting, by the first LAN controller an Extensible Authentication Protocol - EAP - request to the first device; receiving, by the first LAN controller from the first device, an EAP response specifying a destination address of a second LAN controller associated with a first private network ; creating, by the first LAN controller based on the destination address, a Control and Provisioning of Wireless Access Points - CAPWAP - tunnel between the first wireless AP and the second LAN controller; and configuring, by the first LAN controller, the first wireless AP to broadcast a private SSID associated with the first private network, wherein the first device accesses the first private network via the CAPWAP tunnel by connecting to the first wireless AP using the private SSID.
An energy storage system comprising: a module housing ; a plurality of battery cells positioned inside the module housing , each of the plurality of battery cells including a first end and a second end , each of the plurality of battery cells further including a positive terminal and a negative terminal ; a first interconnect positioned over the plurality of battery cells ; a second interconnect positioned over the plurality of battery cells ; a plurality of first cell connectors connecting the positive terminals of the battery cells to the first interconnect ; a plurality of second cell connectors connecting the negative terminals of the battery cells to the second interconnect ; and a top plate comprising an interior side and an exterior side and positioned over the first interconnect and the second interconnect , wherein the top plate includes one or more weak areas positioned above one or more battery cells of the plurality of battery cells , wherein the weak areas are regions of the top plate that have less integrity and are configured to rupture when pressure builds up due to a failed battery cell and/or when exposed to caustic gases released by a failed battery cell , wherein once rupture occurs, gases from the failed battery cell are expelled external to the module housing . a module housing ; a plurality of battery cells positioned inside the module housing , each of the plurality of battery cells including a first end and a second end , each of the plurality of battery cells further including a positive terminal and a negative terminal ; a first interconnect positioned over the plurality of battery cells ; a second interconnect positioned over the plurality of battery cells ; a plurality of first cell connectors connecting the positive terminals of the battery cells to the first interconnect ; a plurality of second cell connectors connecting the negative terminals of the battery cells to the second interconnect ; and a top plate comprising an interior side and an exterior side and positioned over the first interconnect and the second interconnect , wherein the top plate includes one or more weak areas positioned above one or more battery cells of the plurality of battery cells , wherein the weak areas are regions of the top plate that have less integrity and are configured to rupture when pressure builds up due to a failed battery cell and/or when exposed to caustic gases released by a failed battery cell , wherein once rupture occurs, gases from the failed battery cell are expelled external to the module housing .
A sponge including at least one cavity , distinct from the pores of the sponge , capable of allowing the introduction of a liquid inside the sponge to impregnate the sponge , the cavity preferably having a bottom inside the sponge , and emerging on the other hand on a surface of the sponge while forming an opening such that the maximum distance between two points of the contour of the opening is comprised between 3, preferably 5, still more preferably 8, and 25, preferably 20, still more preferably 15 mm or still more preferably 12 mm, whereof all of the faces of the sponge are cleaning and/or foam-generating.
An image forming apparatus for authenticating a portable terminal by near field wireless communication with the portable terminal , said image forming apparatus comprising: an image forming portion configured to form an image on a sheet; and an operating portion configured to receive an operation by an operator, wherein said operating portion includes a display panel capable of displaying information on image formation in response to authentication of the portable terminal and includes therein an antenna (26; 261-265) configured to establish the near field wireless communication with the portable terminal held over said display panel by said operator, characterized in that said antenna (26; 261-265) being wired so as to overlap with said display panel with respect to a perpendicular direction perpendicular to said display panel , and said display panel is capable of displaying a mark as a target for guiding an operator so as to hold the portable terminal over said display panel . an image forming portion configured to form an image on a sheet; and an operating portion configured to receive an operation by an operator, wherein said operating portion includes a display panel capable of displaying information on image formation in response to authentication of the portable terminal and includes therein an antenna (26; 261-265) configured to establish the near field wireless communication with the portable terminal held over said display panel by said operator, characterized in that said antenna (26; 261-265) being wired so as to overlap with said display panel with respect to a perpendicular direction perpendicular to said display panel , and said display panel is capable of displaying a mark as a target for guiding an operator so as to hold the portable terminal over said display panel .
Valve for an airbag system for a motor vehicle, having: - a housing which extends along a longitudinal axis and which surrounds a cavity , having a narrowed portion , and a control chamber , - an electrically switchable pilot valve which selectively closes off or opens up a pilot opening of the control chamber , - a piston which is arranged in the cavity and which can be displaced relative to the housing along the longitudinal axis , - a compensating line which connects an inlet of the valve to the control chamber for fluidic communication, characterized in that, - on the narrowed portion , there is formed a sealing seat for blocking, in a closed position, in which the piston is in contact with the sealing seat , and for enabling, in further positions, a gas flow from the inlet to an outlet of the valve , - the control chamber is arranged on a first side of the piston , which first side faces away from the sealing seat , and - the piston has a first diameter on a side facing the sealing seat and a second diameter on the first side , wherein the first diameter is smaller than the second diameter . - a housing which extends along a longitudinal axis and which surrounds a cavity , having a narrowed portion , and a control chamber , - an electrically switchable pilot valve which selectively closes off or opens up a pilot opening of the control chamber , - a piston which is arranged in the cavity and which can be displaced relative to the housing along the longitudinal axis , - a compensating line which connects an inlet of the valve to the control chamber for fluidic communication, characterized in that, - on the narrowed portion , there is formed a sealing seat for blocking, in a closed position, in which the piston is in contact with the sealing seat , and for enabling, in further positions, a gas flow from the inlet to an outlet of the valve , - the control chamber is arranged on a first side of the piston , which first side faces away from the sealing seat , and - the piston has a first diameter on a side facing the sealing seat and a second diameter on the first side , wherein the first diameter is smaller than the second diameter .