mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus for printing by ejecting ink from an ejection head, the printing apparatus comprising: a print control unit configured to perform a printing operation by ejecting ink from the ejection head; and a recovery control unit configured to perform a recovery operation to recover an ejection state in the ejection head before the printing operation is performed by the print control unit, characterized in that the printing apparatus comprises a setting unit configured to set a control mode among a plurality of control modes which include: (i) a first control mode where a first recovery operation is performed as the recovery operation and the printing operation is performed under a first printing condition; and (ii) a second control mode where a second recovery operation for recovery at a lower level compared to the first recovery operation is performed as the recovery operation or the recovery operation is not performed and the printing operation is performed under a second printing condition, wherein performing the printing operation under the second printing condition corresponds to setting a higher target temperature, at which the ejection head is maintained during the printing operation, compared to the first printing condition and/or setting a lower drive frequency of the ejection head compared to the first printing condition. a print control unit configured to perform a printing operation by ejecting ink from the ejection head; and a recovery control unit configured to perform a recovery operation to recover an ejection state in the ejection head before the printing operation is performed by the print control unit, characterized in that the printing apparatus comprises a setting unit configured to set a control mode among a plurality of control modes which include: (i) a first control mode where a first recovery operation is performed as the recovery operation and the printing operation is performed under a first printing condition; and (ii) a second control mode where a second recovery operation for recovery at a lower level compared to the first recovery operation is performed as the recovery operation or the recovery operation is not performed and the printing operation is performed under a second printing condition, (i) a first control mode where a first recovery operation is performed as the recovery operation and the printing operation is performed under a first printing condition; and (ii) a second control mode where a second recovery operation for recovery at a lower level compared to the first recovery operation is performed as the recovery operation or the recovery operation is not performed and the printing operation is performed under a second printing condition, wherein performing the printing operation under the second printing condition corresponds to setting a higher target temperature, at which the ejection head is maintained during the printing operation, compared to the first printing condition and/or setting a lower drive frequency of the ejection head compared to the first printing condition.
A point to point encryption management computing system comprising at least one hardware processor operatively coupled to memory, the at least one hardware processor configured to: receive a first payload from a device, the first payload comprising data in a particular format and a device indicator comprising a unique identifier used for identifying the device; parse the first payload to extract the unique identifier; retrieve a unique identifier table from memory; compare the unique identifier to the unique identifier table to determine whether the unique identifier is included in the unique identifier table; upon determining that the unique identifier is included in the unique identifier table, create a fingerprint associated with the unique identifier, wherein the fingerprint is created by: parsing the particular format of the first payload into one or more distinct sections of the particular format; determining the section format of each of the one or more distinct sections; and creating a record of the section format of each of the one or more distinct sections; and compare a format of each subsequent payload received from the device to the fingerprint for the device to determine whether the device has been compromised. receive a first payload from a device, the first payload comprising data in a particular format and a device indicator comprising a unique identifier used for identifying the device; parse the first payload to extract the unique identifier; retrieve a unique identifier table from memory; compare the unique identifier to the unique identifier table to determine whether the unique identifier is included in the unique identifier table; upon determining that the unique identifier is included in the unique identifier table, create a fingerprint associated with the unique identifier, wherein the fingerprint is created by: parsing the particular format of the first payload into one or more distinct sections of the particular format; determining the section format of each of the one or more distinct sections; and creating a record of the section format of each of the one or more distinct sections; and parsing the particular format of the first payload into one or more distinct sections of the particular format; determining the section format of each of the one or more distinct sections; and creating a record of the section format of each of the one or more distinct sections; and compare a format of each subsequent payload received from the device to the fingerprint for the device to determine whether the device has been compromised.
A gas turbine engine comprising: first and second structures (50, 62) secured to one another at a bolted flange joint; a cover arranged over the bolted flange joint and discrete from the first and second structures (50, 62), the cover including an integral heat shield that seals against the second structure; a third structure; and a seal supported by the third structure, wherein the cover provides a seal land that engages the seal, the cover includes a second end opposite a first end, and the second end includes the seal land, characterised in that: the first structure is a support secured to an engine static structure at another bolted flange joint; and the first end is secured to the first structure at the another bolted flange joint. first and second structures (50, 62) secured to one another at a bolted flange joint; a cover arranged over the bolted flange joint and discrete from the first and second structures (50, 62), the cover including an integral heat shield that seals against the second structure; a third structure; and a seal supported by the third structure, wherein the cover provides a seal land that engages the seal, the cover includes a second end opposite a first end, and the second end includes the seal land, characterised in that: the first structure is a support secured to an engine static structure at another bolted flange joint; and the first end is secured to the first structure at the another bolted flange joint. the first structure is a support secured to an engine static structure at another bolted flange joint; and the first end is secured to the first structure at the another bolted flange joint.
A refrigerator, comprising: a cabinet having a cabinet liner; a partition plate assembly disposed in the cabinet liner and configured to partition an inner space of the cabinet liner into a plurality of compartments spaced apart from one another; and a door having a door liner, mounted to the cabinet, and configured to open or close the plurality of compartments simultaneously, wherein the door liner is configured to be sealingly fitted with the partition plate assembly so as to isolate the plurality of compartments hermetically, wherein a first sealing member is provided at a front surface of the partition plate assembly; and a second sealing member is provided at a rear surface of the door liner, and the first sealing member is configured to be fitted with the second sealing member, characterized in that the door is further provided with a plurality of third sealing members, the plurality of third sealing members are in one-to-one correspondence with the plurality of compartments, and each third sealing member is configured to be sealingly fitted with a corresponding compartment, wherein each third sealing member is configured to be a sealing boss having a frame shape, and the sealing boss is configured to be tightly fitted with a part of an inner peripheral wall of the corresponding compartment, wherein the second sealing member is disposed between the third sealing members. a cabinet having a cabinet liner; a partition plate assembly disposed in the cabinet liner and configured to partition an inner space of the cabinet liner into a plurality of compartments spaced apart from one another; and a door having a door liner, mounted to the cabinet, and configured to open or close the plurality of compartments simultaneously, wherein the door liner is configured to be sealingly fitted with the partition plate assembly so as to isolate the plurality of compartments hermetically, wherein a first sealing member is provided at a front surface of the partition plate assembly; and a second sealing member is provided at a rear surface of the door liner, and the first sealing member is configured to be fitted with the second sealing member, characterized in that the door is further provided with a plurality of third sealing members, the plurality of third sealing members are in one-to-one correspondence with the plurality of compartments, and each third sealing member is configured to be sealingly fitted with a corresponding compartment, wherein each third sealing member is configured to be a sealing boss having a frame shape, and the sealing boss is configured to be tightly fitted with a part of an inner peripheral wall of the corresponding compartment, wherein the second sealing member is disposed between the third sealing members.
Process for the electrochemical application of a surface coating, in particular a chromium coating, to a body, for example a machine component, characterized in that a layer of a polyhydroxy compound is applied to the body before the electrochemical application of the surface coating, the compound having a dynamic viscosity of at least 1000 mPas at 25°C, measured with a rotational viscometer in accordance with DIN 53 019-1; 2008-09, this compound being oxidized by a chromic acid-containing solution which is used as electrolyte solution.
An anhydrous composition comprising a sun-care active, wherein the sun-care active comprises avobenzone and a self adapting polymer which aligns with a hydrophilic group pointing to the surface during application to a surface, wherein the self adapting polymer comprises a VA/butyl maleate/isobornyl acrylate copolymer and wherein the composition exhibits an increase in hydrophobicity after contact with water.
A power unit comprising: an engine body that includes a crankcase that supports a crankshaft rotatably around a rotation axis (Rx), and a water jacket (52a, 52b) that guides a flow of coolant water around a combustion chamber; a radiator that is disposed at a position facing one end of the crankshaft protruding from a first side of the crankcase, and that is connected to the water jacket (52a, 52b) by a pipe (92a, 92b, 92c); a belt type continuously variable transmission that includes a driving pulley attached to the crankshaft projecting from a second side of the crankcase opposite to the first side, and a belt wound on a driven pulley attached to a driven shaft; a transmission case that is connected to the crankcase and forms a transmission chamber accommodating the belt; and a cooling fan that is fixed to the crankshaft and generates an air flow in response to rotation of the crankshaft, characterized in that as said cooling fan, a single cooling fan is provided and fixed to one end of the crankshaft, and the engine body is provided with a first guide path that guides the air flow of the cooling fan toward the belt in the transmission chamber and a second guide path that guides the air flow of the cooling fan which passes through the radiator. an engine body that includes a crankcase that supports a crankshaft rotatably around a rotation axis (Rx), and a water jacket (52a, 52b) that guides a flow of coolant water around a combustion chamber; a radiator that is disposed at a position facing one end of the crankshaft protruding from a first side of the crankcase, and that is connected to the water jacket (52a, 52b) by a pipe (92a, 92b, 92c); a belt type continuously variable transmission that includes a driving pulley attached to the crankshaft projecting from a second side of the crankcase opposite to the first side, and a belt wound on a driven pulley attached to a driven shaft; a transmission case that is connected to the crankcase and forms a transmission chamber accommodating the belt; and a cooling fan that is fixed to the crankshaft and generates an air flow in response to rotation of the crankshaft, characterized in that as said cooling fan, a single cooling fan is provided and fixed to one end of the crankshaft, and the engine body is provided with a first guide path that guides the air flow of the cooling fan toward the belt in the transmission chamber and a second guide path that guides the air flow of the cooling fan which passes through the radiator.
A surge suppression unit, comprising: a connection panel comprising terminals configured to connect to a first set of power cables connected to a power supply and connect to a second set of power cables connected to radios; a tray configured to retain surge suppression devices (100A, 100B) and including in-line connectors configured to connect the surge suppression devices (100A, 100B) to the terminals responsive to the tray attaching to the connection panel; a mounting frame configured to connect to a rack or other support structure, the mounting frame including: a back wall having an opening for receiving the connection panel; and a floor and side walls configured to retain the tray. a connection panel comprising terminals configured to connect to a first set of power cables connected to a power supply and connect to a second set of power cables connected to radios; a tray configured to retain surge suppression devices (100A, 100B) and including in-line connectors configured to connect the surge suppression devices (100A, 100B) to the terminals responsive to the tray attaching to the connection panel; a mounting frame configured to connect to a rack or other support structure, the mounting frame including: a back wall having an opening for receiving the connection panel; and a floor and side walls configured to retain the tray. a back wall having an opening for receiving the connection panel; and a floor and side walls configured to retain the tray.
A pump set for use with a pumping apparatus having a rotor with a plurality of rollers mounted on the rotor rotatable about an axis of rotation, the pump set comprising: a cassette comprising a cassette body defining a rotor recess for receiving at least a portion of the rotor, and a flexible stator member disposed at a bottom portion of the cassette body in a stator opening defined by interior top, bottom, and side edges of the cassette body, the flexible stator member comprising a fixed portion secured to the cassette body, a second portion opposite the fixed portion, a reaction surface and a second surface opposite the reaction surface, the reaction surface being defined between the fixed portion and the second portion, the flexible stator member being free to float in the stator opening between the interior top and bottom edges; and a deformable tube secured to the cassette body. a cassette comprising a cassette body defining a rotor recess for receiving at least a portion of the rotor, and a flexible stator member disposed at a bottom portion of the cassette body in a stator opening defined by interior top, bottom, and side edges of the cassette body, the flexible stator member comprising a fixed portion secured to the cassette body, a second portion opposite the fixed portion, a reaction surface and a second surface opposite the reaction surface, the reaction surface being defined between the fixed portion and the second portion, the flexible stator member being free to float in the stator opening between the interior top and bottom edges; and a deformable tube secured to the cassette body.
An electro-osmotic display comprising an electro-osmotic fluid that comprises a dielectric suspending liquid in which coloured charged particles are suspended, wherein the electro-osmotic fluid carries a net electrical charge, and the dielectric suspending liquid and the coloured charged particles can be electrically controlled by an applied in-plane electric field to both move within each pixel of the display to change the optical state of the respective pixel, wherein an electrode pattern is formed by an opaque grid-shaped common electrode for storing the coloured charged particles at a given hold voltage and having an aperture for each pixel with a transparent pixel electrode placed in said aperture, wherein a relatively small gap between the pixel electrode and the common electrode provides a pumping area of each pixel where the electro-osmotic fluid is subjected to a relatively high electric field which forces the electro-osmotic fluid to flow into the area of the aperture, and wherein a relatively wide gap between the pixel electrode and the common electrode provides a release area of each pixel which allows the electro-osmotic fluid to flow out of the area of the aperture.
A fluid level sensing system comprising a capacitive sensor pair including a dipstick having an electrically conductive dipstick portion (19, 21) disposed along at least a portion of a length of the dipstick, markings thereon configured to enable a user to visually determine a level of a fluid based on clingage of the fluid to a surface of the dipstick when the dipstick is removed from a body of the fluid, and an electrically nonconductive material disposed on at least a portion of the electrically conductive dipstick portion, and a dipstick support structure having an electrically conductive dipstick support structure portion disposed along at least a portion of the dipstick support structure and disposed parallel to and a non-zero distance from the electrically conductive dipstick portion; and an electrical system connected to the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion, the electrical system configured to electrically sense an electrical characteristic of an electrical current flowing between the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion, the electrical characteristic corresponding to a length of the capacitive sensor pair having the fluid between the non-zero distance of the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion. a dipstick having an electrically conductive dipstick portion (19, 21) disposed along at least a portion of a length of the dipstick, markings thereon configured to enable a user to visually determine a level of a fluid based on clingage of the fluid to a surface of the dipstick when the dipstick is removed from a body of the fluid, and an electrically nonconductive material disposed on at least a portion of the electrically conductive dipstick portion, and a dipstick support structure having an electrically conductive dipstick support structure portion disposed along at least a portion of the dipstick support structure and disposed parallel to and a non-zero distance from the electrically conductive dipstick portion; and an electrical system connected to the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion, the electrical system configured to electrically sense an electrical characteristic of an electrical current flowing between the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion, the electrical characteristic corresponding to a length of the capacitive sensor pair having the fluid between the non-zero distance of the electrically conductive dipstick portion and the electrically conductive dipstick support structure portion.
A method for treating packaging polluted by a biodegradable organic matter containing cellulose and containing an endogenous flora, comprising: - a selective sorting of polluted packaging resulting in contaminated waste batches each containing only one type of polluted plastic or glass packaging, followed by - a treatment of said polluted plastic or glass packaging with a formulation comprising at least one cellobiohydrolase enzyme and/or β 1-4 glucanase enzyme and further optionally β 1-4 glucosidase enzyme, said formulation being added to said polluted plastic or glass packaging, said at least one enzyme degrading cellulose into a mass of biodegradable organic matter, which is then degraded by the endogenous flora, so as to obtain plastic or glass packaging whose biodegradable organic matter content has been reduced. - a selective sorting of polluted packaging resulting in contaminated waste batches each containing only one type of polluted plastic or glass packaging, followed by - a treatment of said polluted plastic or glass packaging with a formulation comprising at least one cellobiohydrolase enzyme and/or β 1-4 glucanase enzyme and further optionally β 1-4 glucosidase enzyme, said formulation being added to said polluted plastic or glass packaging, said at least one enzyme degrading cellulose into a mass of biodegradable organic matter, which is then degraded by the endogenous flora, so as to obtain plastic or glass packaging whose biodegradable organic matter content has been reduced.
A method for inducing human cholangiocyte differentiation comprising the step of: culturing a provided population of human hepatoblasts (hHB) in at least one cholangiocyte induction medium to produce a population of cholangiocytes, wherein said cholangiocyte induction medium is a chemically defined medium which comprises interleukin-6.