mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharging device comprising: a first head containing a pretreatment liquid, configured to discharge the pretreatment liquid onto a recording medium; a second head disposed downstream of the first head in a conveyance direction of the recording medium, configured to discharge an ink; an exhaust unit disposed upstream of the first head in the conveyance direction, configured to evacuate a gas present between the first head and the recording medium from a downstream side to an upstream side in the conveyance direction; a housing internally containing the first head and the second head, internally or externally containing the exhaust unit, and having an opening downstream of the exhaust unit in the conveyance direction; and a shield disposed between the first head and the second head in the conveyance direction, a platen holder configured to hold the recording medium and to move along the conveyance direction and a direction vertical to the conveyance direction, the holder capable of passing through the opening and moving to a position protruding from the opening. a first head containing a pretreatment liquid, configured to discharge the pretreatment liquid onto a recording medium; a second head disposed downstream of the first head in a conveyance direction of the recording medium, configured to discharge an ink; an exhaust unit disposed upstream of the first head in the conveyance direction, configured to evacuate a gas present between the first head and the recording medium from a downstream side to an upstream side in the conveyance direction; a housing internally containing the first head and the second head, internally or externally containing the exhaust unit, and having an opening downstream of the exhaust unit in the conveyance direction; and a shield disposed between the first head and the second head in the conveyance direction, a platen holder configured to hold the recording medium and to move along the conveyance direction and a direction vertical to the conveyance direction, the holder capable of passing through the opening and moving to a position protruding from the opening.
A component for an underrun protection device comprising: a housing member, comprising a main body having a base plate with a top wall, bottom wall, and optional side walls, extending from one side of the base plate to form a housing; an arm extending from another side of the base plate, wherein the arm comprises a base in contact with the base plate, arm sides that extend from the base toward a connection area, wherein the arm sides form an arm channel; a body polymeric insert comprising body insert ribs and body insert channels, wherein the body polymeric insert is located in the housing; and an arm polymeric insert comprising arm insert ribs and arm insert channels, wherein the arm polymeric insert is located in the arm channel. a housing member, comprising a main body having a base plate with a top wall, bottom wall, and optional side walls, extending from one side of the base plate to form a housing; an arm extending from another side of the base plate, wherein the arm comprises a base in contact with the base plate, arm sides that extend from the base toward a connection area, wherein the arm sides form an arm channel; a main body having a base plate with a top wall, bottom wall, and optional side walls, extending from one side of the base plate to form a housing; an arm extending from another side of the base plate, wherein the arm comprises a base in contact with the base plate, arm sides that extend from the base toward a connection area, wherein the arm sides form an arm channel; a body polymeric insert comprising body insert ribs and body insert channels, wherein the body polymeric insert is located in the housing; and an arm polymeric insert comprising arm insert ribs and arm insert channels, wherein the arm polymeric insert is located in the arm channel.
A reactive colloidal nanocrystal comprising a) a core comprising a semiconductive compound, wherein said semiconductive compound is a combination of elements selected from the group consisting of Zn, In, Cu, S and Se; and b) at least one polythiol ligand selected from the group consisting of primary thiols, secondary thiols and mixtures thereof, wherein said core is surrounded by at least one polythiol ligand, and wherein said reactive colloidal nanocrystal does not undergo a ligand exchange process, and only the original ligands present during the synthesis are attached. a) a core comprising a semiconductive compound, wherein said semiconductive compound is a combination of elements selected from the group consisting of Zn, In, Cu, S and Se; and b) at least one polythiol ligand selected from the group consisting of primary thiols, secondary thiols and mixtures thereof,
A method of operating an internal combustion engine, characterized by the steps of determining an upper torque curve at which exhaust emissions from the internal combustion engine are acceptable; determining a lower torque curve at which exhaust emissions from the internal combustion engine are acceptable; and operating the internal combustion engine using a command torque curve ranging between said lower torque curve as a lower limit and said upper torque curve as an upper limit; determining at least one high power engine control parameter associated with a particular point along said upper torque curve; determining at least one low power engine control parameter associated with said particular point along said lower torque curve; and interpolating at least, one target engine control parameter lying between said high power engine control parameter and said low power engine control parameter.
A method of encoding information on an information carrier (501, 601), the method involving providing the information carrier with an electrically conductive pattern on a substrate (503, 603), the pattern comprising multiple pattern elements (505a, 505b, 605a, 605b), and one or more of the pattern elements having a multilayer structure having a lower layer (511, 611) and an upper layer (509, 609), the lower layer being in closer proximity to the substrate than the upper layer, characterised in that both the upper layer and lower layer are made from conductive materials and the conductivity of the upper layer is greater than that of the lower layer, and wherein the pattern is configured to produce different capacitance values for different pattern elements at different parts of the electrically conductive pattern when placed on a capacitive touchscreen, wherein information is encoded based on said different capacitance values of different pattern elements.
A device for pouring liquid held in a container, comprising a base body which snap fits onto the outlet of the container, said base body forming a cavity (1.1) in which a pouring element is held, a spring arranged between the base body and the pouring element which pushes the pouring element out of the base body, a cap which, owing to it being coupled to the base body, retracts the spring and the pouring element into the cavity (1.1) of the base body, the cap being arranged inside a capsule which screws onto the outside wall of the outlet of the container, characterised in that the spring is isolated inside an encapsulated housing formed by an inner cylindrical wall (5.1) and an outer cylindrical wall (5.2), the inner cylindrical wall (5.1) being located on the base body and telescopically pressure-inserted in the outer cylindrical wall (5.2), the outer cylindrical wall (5.2) being arranged in the centre of the pouring element, and a peripheral duct is formed between the housing and the inner wall of the base body and the outer wall of the pouring element for pouring the liquid outwardly of the container.
Arrangement for attaching a stair stringer to screed flooring, in particular finished screed flooring, - a retaining body being provided which has an internal thread; - a threaded bolt being provided which has an external thread that matches said internal thread, the threaded bolt being screwed and/or glued into a blind hole in a raw concrete floor underneath the screed flooring by its lower end; - and the retaining body being screwed onto the upper end of the threaded bolt; and - a stair stringer comprising a recess that complements the external shape of the retaining body such that the stair stringer can be placed over the retaining body with an exact fit by means of the recess, characterised in that - a retaining bolt is driven, with an exact fit, through a first hole in the stair stringer and through a second hole in the retaining body that is aligned with said first hole. - a retaining body being provided which has an internal thread; - a threaded bolt being provided which has an external thread that matches said internal thread, the threaded bolt being screwed and/or glued into a blind hole in a raw concrete floor underneath the screed flooring by its lower end; - and the retaining body being screwed onto the upper end of the threaded bolt; and - a stair stringer comprising a recess that complements the external shape of the retaining body such that the stair stringer can be placed over the retaining body with an exact fit by means of the recess, characterised in that - a retaining bolt is driven, with an exact fit, through a first hole in the stair stringer and through a second hole in the retaining body that is aligned with said first hole.
A facility for monitoring a portion of a high-voltage electrical power transmission network comprising: - several local electrical substations (10, 12, 14, 16) for connection of high voltage lines (L1, L2, L3, L4, L5), located at each of a plurality of nodes of the network portion, each local electrical substation being electrically connected to at least one high voltage line end and implementing a first communication protocol dedicated to internal communication between electrical devices (18, 20, 22, 24) that it contains, - at least one remote monitoring site (28, 30, 32) connected to each of the local electrical substations (10, 12, 14, 16) by a remote control network implementing a second communication protocol dedicated to this remote control, characterized in that: - one of the local electrical substations (10, 12, 14, 16), called the main electrical substation, comprises additional automated monitoring means configured to receive, process and transmit data conforming with the first communication protocol for dynamically managing the network portion, - this main electrical substation is connected to each of the other local electrical substations (10, 14, 16) by an additional monitoring network, distinct from the remote control network, implementing the first communication protocol. - several local electrical substations (10, 12, 14, 16) for connection of high voltage lines (L1, L2, L3, L4, L5), located at each of a plurality of nodes of the network portion, each local electrical substation being electrically connected to at least one high voltage line end and implementing a first communication protocol dedicated to internal communication between electrical devices (18, 20, 22, 24) that it contains, - at least one remote monitoring site (28, 30, 32) connected to each of the local electrical substations (10, 12, 14, 16) by a remote control network implementing a second communication protocol dedicated to this remote control, - one of the local electrical substations (10, 12, 14, 16), called the main electrical substation, comprises additional automated monitoring means configured to receive, process and transmit data conforming with the first communication protocol for dynamically managing the network portion, - this main electrical substation is connected to each of the other local electrical substations (10, 14, 16) by an additional monitoring network, distinct from the remote control network, implementing the first communication protocol.
A fluid storage and delivery system comprising (a) a fluid storage vessel having an opening and an interior; (b) a fluid flow valve assembly comprising a valve body having an external port and an inlet end having at least a first port, a second port, and a third port; a first valve disposed within the valve body and adapted to control fluid flow between the first and second ports; and a second valve disposed within the valve body and adapted to control fluid flow between the third port and the external port; wherein valve body is sealably installed in the opening in the fluid storage vessel and the first, second, and third ports are located within the fluid storage vessel; (c) a fluid processing vessel comprising an inlet, an outlet, and processing material disposed inside the fluid processing vessel and adapted for selectively processing a fluid flowing through the fluid processing vessel, wherein the fluid processing vessel is disposed within the fluid storage vessel; and (d) an inlet tube that connects the inlet of the fluid processing vessel with the second port at the inlet end of the valve body and an outlet tube that connects the outlet of the fluid processing vessel with the third port at the inlet end of the valve body. (a) a fluid storage vessel having an opening and an interior; (b) a fluid flow valve assembly comprising a valve body having an external port and an inlet end having at least a first port, a second port, and a third port; a first valve disposed within the valve body and adapted to control fluid flow between the first and second ports; and a second valve disposed within the valve body and adapted to control fluid flow between the third port and the external port; wherein valve body is sealably installed in the opening in the fluid storage vessel and the first, second, and third ports are located within the fluid storage vessel; (c) a fluid processing vessel comprising an inlet, an outlet, and processing material disposed inside the fluid processing vessel and adapted for selectively processing a fluid flowing through the fluid processing vessel, wherein the fluid processing vessel is disposed within the fluid storage vessel; and (d) an inlet tube that connects the inlet of the fluid processing vessel with the second port at the inlet end of the valve body and an outlet tube that connects the outlet of the fluid processing vessel with the third port at the inlet end of the valve body.
A method for the production of fuel, the method comprising: flowing bio-oil vapour, from externally of a reactor, into a reaction zone of the reactor; supplying a hydrocarbon oil and/or hydrocarbon melt to the reaction zone as a liquid; heating together in the reaction zone (i) the bio-oil vapour and (ii) the hydrocarbon oil and/or hydrocarbon melt, to carry out cracking; and extracting cracked reaction products. flowing bio-oil vapour, from externally of a reactor, into a reaction zone of the reactor; supplying a hydrocarbon oil and/or hydrocarbon melt to the reaction zone as a liquid; heating together in the reaction zone (i) the bio-oil vapour and (ii) the hydrocarbon oil and/or hydrocarbon melt, to carry out cracking; and extracting cracked reaction products.
A washing machine, comprising a supporting structure, inside which there is suspended a washing chamber or tub wherein there is rotatably mounted a basket for clothes and the like; and a pressure transducing device, including a support casing (2, 3) connected to said washing chamber or tub, and connected to a pipe or hose which extends inside said chamber or tub, and to which there are associated electronic circuit means predisposed for processing signals generated by said transducer to provide an indication of the level of the washing bath in said chamber or tub; the machine comprising further an electronic accelerometer solid with the support casing (2, 3) of the pres-sure transducing device and associated to said electronic circuit means, for providing electrical signals indicative of the amplitude of the vibrations of the washing chamber or tub; the machine being characterised in that said circuit means are predisposed for generating, on the basis of the signals from the pressure transducer, also signals or data indicative of the amplitude of the vibrations of the washing chamber or tub along a first axis, and for comparing the amplitude of vibrations of the washing chamber along said first axis, derived from the signals of the accelerometer, with the amplitude derived from the signals from the pressure transducer.
A method of maintaining transactional link-level consistency between a file system and a database cell with an attribute indicating that data for the cell is stored as a contiguous file in the file system, comprising: logging file system operations on the data for the database cell in both a database log and in a file system log; wherein logging in the database log comprises creating records of the database log and assigning a Log Sequence Number to each record, wherein the logging is performed without forced flushing the created records before performing the file system operation; and wherein logging in the file system log comprises creating a file for each file system operation and creating a filename associated with each file, wherein the filename comprises a file system object name, a Log Sequence Number of the corresponding database log record, a transaction identifier and an operation descriptor corresponding to the file system operation; wherein the method further comprises recovering the database after a system crash, wherein recovering the database comprises: performing recovery based on the database log; or performing recovery based on the file system log; wherein said recovery is performed based on the database log if the Log Sequence Number associated with the database record is greater than or equal to the Log Sequence Number of the file system log and otherwise based on the file system log; and wherein said logging steps take place prior to execution of the file system operation. logging file system operations on the data for the database cell in both a database log and in a file system log; wherein logging in the database log comprises creating records of the database log and assigning a Log Sequence Number to each record, wherein the logging is performed without forced flushing the created records before performing the file system operation; and wherein logging in the file system log comprises creating a file for each file system operation and creating a filename associated with each file, wherein the filename comprises a file system object name, a Log Sequence Number of the corresponding database log record, a transaction identifier and an operation descriptor corresponding to the file system operation; wherein the method further comprises recovering the database after a system crash, wherein recovering the database comprises: performing recovery based on the database log; or performing recovery based on the file system log; performing recovery based on the database log; or performing recovery based on the file system log; wherein said recovery is performed based on the database log if the Log Sequence Number associated with the database record is greater than or equal to the Log Sequence Number of the file system log and otherwise based on the file system log; and wherein said logging steps take place prior to execution of the file system operation.
Wad for cartridge, of the type comprising a pan to hold the ammo, connected by a bracket to a base of the wad, and manufactured by injection, characterized in that: - it consists of a single piece of water-soluble plastic and compostable material, and - it comprises a moisture content by weight of between 2% and 10% immediately after leaving the injection moulding machine without the need for subsequent treatments, said plastic material comprising, at least: - a mixture of more than one polymer resin, being at least one of them a polyvinyl alcohol resin, and - a plasticizer component. - it consists of a single piece of water-soluble plastic and compostable material, and - it comprises a moisture content by weight of between 2% and 10% immediately after leaving the injection moulding machine without the need for subsequent treatments, - a mixture of more than one polymer resin, being at least one of them a polyvinyl alcohol resin, and - a plasticizer component.
Prosthesis anchor for a prosthesis, with a clamping shaft having a threaded portion for transmitting an axial relative movement between at least one sleeve body which can be placed against an inner wall surface of a recess in a bone and can be pretensioned, in a radial direction with respect to the clamping shaft, against the inner wall surface, wherein the sleeve body has at least two wedge sleeves which are movable relative to each other and which each have an oblique surface which is inclined relative to the cross-sectional plane to their longitudinal axis, wherein the internal diameter of the wedge sleeves is greater than the diameter of the clamping sleeve, such that each wedge sleeve encloses an annular gap with the clamping shaft in the non-use position, and the wedge sleeves, in the use position, are braced axially against each other, by means of a clamping body having a threaded receptacle for the threaded portion of the clamping shaft, in such a way that the wedge sleeves in the use position are displaced by a distance from the non-use position in opposite directions transverse to the clamping shaft, characterized in that the clamping shaft is connected to at least one wedge sleeve for conjoint rotation.
A drill bit, comprising: a pad (240a,b) configured to extend and retract from a surface of the drill bit; and a force application device configured to extend the pad (240a,b) from the surface of the drill bit, the force application device including an electric motor; characterised in that the electric motor rotates a drive screw, and in the force application device including; a drive nut coupled to the drive screw, wherein the drive screw rotation in a first direction causes the drive nut to move in a first linear direction and rotation of the drive screw in a second direction causes the drive nut to move in a second linear direction; and a drive shaft coupled to the drive nut configured to exert force on the pad (240a,b) to extend the pad (240a,b) from the surface of the drill bit; wherein the drive shaft exerts force on a lever that applies force on a drive unit to cause the drive unit to extend the pad from the surface of the drill bit. a pad (240a,b) configured to extend and retract from a surface of the drill bit; and a force application device configured to extend the pad (240a,b) from the surface of the drill bit, the force application device including an electric motor; characterised in that the electric motor rotates a drive screw, and in the force application device including; a drive nut coupled to the drive screw, wherein the drive screw rotation in a first direction causes the drive nut to move in a first linear direction and rotation of the drive screw in a second direction causes the drive nut to move in a second linear direction; and a drive shaft coupled to the drive nut configured to exert force on the pad (240a,b) to extend the pad (240a,b) from the surface of the drill bit; wherein the drive shaft exerts force on a lever that applies force on a drive unit to cause the drive unit to extend the pad from the surface of the drill bit.