mhurhangee/ep-ind-claims huggingface dataset:
An ink set comprising: an ink composition comprising a pigment; and a treatment liquid comprising an organic acidic compound and a polymer compound comprising a structural unit represented by the following Formula and a structural unit represented by the following Formula: wherein, in Formula, R a1 represents a hydrogen atom; L a1 represents -COO- or -CONH-; L a2 represents an alkylene group having 1 to 12 carbon atoms; and A a represents a carboxyl group or a salt thereof or a sulfonic group or a salt thereof; wherein, in Formula, R b1 represents a hydrogen atom or a methyl group; L b1 represents -COO-; and R b2 represents a linear aliphatic hydrocarbon group having 1 to 12 carbon atoms, a branched aliphatic hydrocarbon group having 3 to 12 carbon atoms, an alicyclic hydrocarbon group having 3 to 12 carbon atoms, an aralkyl group having 7 to 12 carbon atoms or an aryloxyalkyl group having 7 to 12 carbon atoms. an ink composition comprising a pigment; and a treatment liquid comprising an organic acidic compound and a polymer compound comprising a structural unit represented by the following Formula and a structural unit represented by the following Formula: wherein, in Formula, R a1 represents a hydrogen atom; L a1 represents -COO- or -CONH-; L a2 represents an alkylene group having 1 to 12 carbon atoms; and A a represents a carboxyl group or a salt thereof or a sulfonic group or a salt thereof; wherein, in Formula, R b1 represents a hydrogen atom or a methyl group; L b1 represents -COO-; and R b2 represents a linear aliphatic hydrocarbon group having 1 to 12 carbon atoms, a branched aliphatic hydrocarbon group having 3 to 12 carbon atoms, an alicyclic hydrocarbon group having 3 to 12 carbon atoms, an aralkyl group having 7 to 12 carbon atoms or an aryloxyalkyl group having 7 to 12 carbon atoms.
A camera module comprising: a lens part; a front body configured to receive the lens part; a rear body coupled to the front body; a substrate part received within the rear body and comprising a plurality of printed circuit boards; a cable conductively connected to the substrate part; a connector part disposed in the rear body and configured to connect the cable to the substrate part; wherein the connector part comprises a first connector coupled to the substrate part and a second connector and a first shielding part disposed between the rear body and the second connector and formed of a conductive material, wherein the second connector is provided with one side coupled to the first connector and another side coupled to the first shielding part, and wherein an inner wall of the rear body contacting the first shielding part is coated with a conductive material, a holder coupled to the rear body, the cable passing through the holder; and a second shielding part formed of a conductive material and arranged between the rear body and the holder to shield the electromagnetic noise generated from the substrate part or the outside. a lens part; a front body configured to receive the lens part; a rear body coupled to the front body; a substrate part received within the rear body and comprising a plurality of printed circuit boards; a cable conductively connected to the substrate part; a connector part disposed in the rear body and configured to connect the cable to the substrate part; wherein the connector part comprises a first connector coupled to the substrate part and a second connector and a first shielding part disposed between the rear body and the second connector and formed of a conductive material, wherein the second connector is provided with one side coupled to the first connector and another side coupled to the first shielding part, and wherein an inner wall of the rear body contacting the first shielding part is coated with a conductive material, a holder coupled to the rear body, the cable passing through the holder; and a second shielding part formed of a conductive material and arranged between the rear body and the holder to shield the electromagnetic noise generated from the substrate part or the outside.
A program generating apparatus comprising: an input unit configured to be operated by a user to thereby input a machining shape of a workpiece; and a program generating unit (52c, 52d) configured to generate a machining program configured to control a wire electrical discharge machine so as to machine the workpiece on a worktable in accordance with the input machining shape of the workpiece and so as to fix, to the workpiece, a core which is produced when the workpiece is machined, characterized in that the program generating unit (52c, 52d) generates a core handling program in accordance with the input machining shape of the workpiece, wherein the core handling program is configured to control a robot so as to: detach the workpiece that has been machined from the worktable, place the workpiece that has been machined within a core handling area, and remove the core from the workpiece by applying an impact to the core at a core handling position. an input unit configured to be operated by a user to thereby input a machining shape of a workpiece; and a program generating unit (52c, 52d) configured to generate a machining program configured to control a wire electrical discharge machine so as to machine the workpiece on a worktable in accordance with the input machining shape of the workpiece and so as to fix, to the workpiece, a core which is produced when the workpiece is machined, characterized in that the program generating unit (52c, 52d) generates a core handling program in accordance with the input machining shape of the workpiece, wherein the core handling program is configured to control a robot so as to: detach the workpiece that has been machined from the worktable, place the workpiece that has been machined within a core handling area, and remove the core from the workpiece by applying an impact to the core at a core handling position. detach the workpiece that has been machined from the worktable, place the workpiece that has been machined within a core handling area, and remove the core from the workpiece by applying an impact to the core at a core handling position.
A handheld vacuum cleaner comprising: a main body including a handle; a motor assembly positioned within the main body; and a cyclonic separator assembly removably coupled to the main body, the cyclonic separator assembly including an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; wherein the inlet nozzle includes an upstream height measured perpendicular to the inlet axis and a downstream height measured parallel to the separator axis, and wherein the downstream height is larger than the upstream height, characterised in that, the cleaner further comprises a wand having an end mounted to the dirty air inlet and an opposed end mounted on a surface cleaning head, and wherein the cyclonic separator assembly further includes a bottom that is openable when the wand is mounted to the dirty fluid inlet. a main body including a handle; a motor assembly positioned within the main body; and a cyclonic separator assembly removably coupled to the main body, the cyclonic separator assembly including an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; an inlet nozzle having a dirty air inlet positioned at a front of the handheld vacuum cleaner when the cyclonic separator assembly is coupled to the main body, a cyclonic chamber in fluid communication with the dirty air inlet, the cyclonic chamber defining a separator axis, and a dirt collection region configured to receive debris separated in the cyclonic chamber; wherein the inlet nozzle includes an upstream height measured perpendicular to the inlet axis and a downstream height measured parallel to the separator axis, and wherein the downstream height is larger than the upstream height, characterised in that, the cleaner further comprises a wand having an end mounted to the dirty air inlet and an opposed end mounted on a surface cleaning head, and wherein the cyclonic separator assembly further includes a bottom that is openable when the wand is mounted to the dirty fluid inlet.
A rotor for asynchronous machines, comprising a rotor shaft, a rotor lamination stack connected for co-rotation with the rotor shaft and confined by lateral press plates and comprising grooves for accommodating short circuit rods connected at their ends via short circuit rings, and means for safeguarding the connection between the ends of the short circuit rods and the short circuit rings, wherein each press plate comprises means for positive-fit connection with the respective short circuit ring, characterized in that each press plate is connected in a positive-locking manner with the respective short circuit ring in tangential direction by complementarily designed shapings in the press plate and at the short circuit ring in circumferential direction.
An ice-cube complete filling detector, comprising: a cam; an arm lever rotated by the cam; a detector driving gear rotated by the arm lever; a detector driven gear rotated by the detector driving gear and a detector driven gear-engaging portion engaging with teeth of the detector driven gear; and an ice-cube detection lever connected to the detector driven gear characterized in that the ice-cube complete filling detector further comprises a sensing unit to detect rotation of one of the arm lever, the detector driving gear and the ice-cube detection lever, wherein the detector driving gear comprises an arm lever-engaging portion engaging with teeth of the arm lever. a cam; an arm lever rotated by the cam; a detector driving gear rotated by the arm lever; a detector driven gear rotated by the detector driving gear and a detector driven gear-engaging portion engaging with teeth of the detector driven gear; and an ice-cube detection lever connected to the detector driven gear characterized in that the ice-cube complete filling detector further comprises a sensing unit to detect rotation of one of the arm lever, the detector driving gear and the ice-cube detection lever, wherein the detector driving gear comprises an arm lever-engaging portion engaging with teeth of the arm lever.
A recording apparatus comprising: a recording unit for performing recording on a recording surface (Pr) of a recording medium; a discharge section for discharging the recording medium which is transported from the recording unit along a transport path, wherein the discharge section includes a discharge roller that is positioned in a central portion of the transport path in a width direction of the recording medium which is transported; a mounting section for having the recording medium discharged by the discharge roller mounted thereon; a first bending member arranged to be in contact with the recording medium which passes through the recording unit in the transport path and is transported toward the discharge section to bend the recording medium; and a second bending member arranged to be in contact with the recording medium further downstream in a direction of the transport than a contact position of the discharge section where a feeding force is applied to the recording medium and to maintain a bending shape of the recording medium which is bent by the first bending member as it is, wherein the second bending member has mobility, characterized in that: a convex-shaped section is disposed in a central portion of the mounting section in the width direction of the recording medium, and wherein the convex-shaped section corresponds to the shape of the recording medium discharged by the discharge roller and bent by the first bending member. a recording unit for performing recording on a recording surface (Pr) of a recording medium; a discharge section for discharging the recording medium which is transported from the recording unit along a transport path, wherein the discharge section includes a discharge roller that is positioned in a central portion of the transport path in a width direction of the recording medium which is transported; a mounting section for having the recording medium discharged by the discharge roller mounted thereon; a first bending member arranged to be in contact with the recording medium which passes through the recording unit in the transport path and is transported toward the discharge section to bend the recording medium; and a second bending member arranged to be in contact with the recording medium further downstream in a direction of the transport than a contact position of the discharge section where a feeding force is applied to the recording medium and to maintain a bending shape of the recording medium which is bent by the first bending member as it is, wherein the second bending member has mobility, characterized in that: a convex-shaped section is disposed in a central portion of the mounting section in the width direction of the recording medium, and wherein the convex-shaped section corresponds to the shape of the recording medium discharged by the discharge roller and bent by the first bending member. a convex-shaped section is disposed in a central portion of the mounting section in the width direction of the recording medium, and wherein the convex-shaped section corresponds to the shape of the recording medium discharged by the discharge roller and bent by the first bending member.
A system for holding at least one surgical screw in a rack such that the at least one surgical screw is accessible by a fluid medium when accommodated in the rack, the system comprising: - at least one surgical screw with a screw head and a screw shaft; and - a rack for holding the at least one surgical screw, the rack comprising: a body having a surface, wherein in the surface at least one bore is provided that is configured to at least partly accommodate the screw shaft; and at least two support elements surrounding the bore, wherein the support elements protrude from a first level defined on or in the body and are spaced apart from each other to define spaces therebetween that enable a fluid communication between the surface and the bore characterized in that the support elements are configured to support the screw head at an underside of the screw head on a second level above the first level, such that the screw is accommodated in the rack in a hanging fashion. - at least one surgical screw with a screw head and a screw shaft; and - a rack for holding the at least one surgical screw, the rack comprising: a body having a surface, wherein in the surface at least one bore is provided that is configured to at least partly accommodate the screw shaft; and at least two support elements surrounding the bore, wherein the support elements protrude from a first level defined on or in the body and are spaced apart from each other to define spaces therebetween that enable a fluid communication between the surface and the bore characterized in that the support elements are configured to support the screw head at an underside of the screw head on a second level above the first level, such that the screw is accommodated in the rack in a hanging fashion. a body having a surface, wherein in the surface at least one bore is provided that is configured to at least partly accommodate the screw shaft; and at least two support elements surrounding the bore, wherein the support elements protrude from a first level defined on or in the body and are spaced apart from each other to define spaces therebetween that enable a fluid communication between the surface and the bore characterized in that the support elements are configured to support the screw head at an underside of the screw head on a second level above the first level, such that the screw is accommodated in the rack in a hanging fashion.
A method in a network node for traffic based energy saving, wherein the network node comprises an observing part and a controlled part which comprises modules (112-1, 112-2) associated with radio communication, such as transmission or reception of radio signals, the method characterised by: acquiring a predicted future traffic load related information from the observing part, wherein the observing part uses a time lag between a time of traffic load change and a time of propagation of the traffic load change to the controlled part to predict a future traffic load, and wherein the predicted future traffic load related information comprises at least one of an allocated bitrate to be applied on a user equipment served by the network node, and a command to modify the allocated bitrate associated with the user equipment; evaluating a required number of active modules (112-1, 112-2), for radio communication at the predicted future traffic load; and adjusting the number of active modules (112-1, 112-2) at the controlled part, according to the required number of active modules (112-1, 112-2). acquiring a predicted future traffic load related information from the observing part, wherein the observing part uses a time lag between a time of traffic load change and a time of propagation of the traffic load change to the controlled part to predict a future traffic load, and wherein the predicted future traffic load related information comprises at least one of an allocated bitrate to be applied on a user equipment served by the network node, and a command to modify the allocated bitrate associated with the user equipment; evaluating a required number of active modules (112-1, 112-2), for radio communication at the predicted future traffic load; and adjusting the number of active modules (112-1, 112-2) at the controlled part, according to the required number of active modules (112-1, 112-2).
A method for producing a DDR type zeolite membrane having a separation ability of 10 or higher separation coefficient to a mixed gas of carbon dioxide (CO 2) and methane (CH 4), wherein the separation coefficient is determined in accordance with the description, which method comprises a membrane formation step of immersing a porous substrate having a DDR type zeolite seed crystal adhered thereon, in a raw material solution containing 1-adamantaneamine, silica (SiO 2) and water, and conducting a hydrothermal synthesis of DDR type zeolite to form a 1-adamantaneamine-containing DDR type zeolite membrane on the porous substrate to produce a precursor of DDR type zeolite membrane, and a burning step of heating the precursor at 400°C or above and at 550°C or below to burn and remove the 1-adamantaneamine contained in the DDR type zeolite membrane, wherein, in the burning step, the precursor is heated at 450°C or above and at 550°C or below for 50 hours or longer to obtain a DDR type zeolite membrane having a separation ability of 10 or higher separation coefficient to a mixed gas of carbon dioxide (CO 2) and methane (CH 4) and 200 ×10 -9 mol/sec·m 2 ·Pa or higher permeance of carbon dioxide (CO 2).
A Positive Expiratory Pressure module comprising: a hollow device housing having a mouthpiece at a first end thereof and a cover at an opposite second end thereof, wherein a valve housing of a valve assembly defines a passageway for directing the airflow of the expiratory air from the mouthpiece towards the cover, the valve assembly configured to be disposed within the device housing between the mouthpiece and the cover, the valve assembly comprising a valve housing and a valve movably mounted on the valve housing, wherein the valve is movable relative to the valve housing between a first position that is substantially out of the airflow and a second position that is substantially in the airflow, wherein the valve oscillates repeatedly between the first position and the second position, the valve operable for producing oscillations in an airflow, characterized in that the valve is shaped as an "H" having lower legs and upper legs affixed to the valve housing, whereby the legs are triangular in shape and in opposing parallel position with a central horizontal ledge, whereby the valve is rotatably disposed on the valve housing such that the valve is operable for movement into and out of the airflow wherein the movement into and out of the airflow of the expiratory air is directed through the passageway defined by the valve housing and the flow of expiratory air over the surface of valve creates a lifting force which causes the valve to move from a first position towards a second position. a hollow device housing having a mouthpiece at a first end thereof and a cover at an opposite second end thereof, wherein a valve housing of a valve assembly defines a passageway for directing the airflow of the expiratory air from the mouthpiece towards the cover, the valve assembly configured to be disposed within the device housing between the mouthpiece and the cover, the valve assembly comprising a valve housing and a valve movably mounted on the valve housing, wherein the valve is movable relative to the valve housing between a first position that is substantially out of the airflow and a second position that is substantially in the airflow, wherein the valve oscillates repeatedly between the first position and the second position, the valve operable for producing oscillations in an airflow, characterized in that the valve is shaped as an "H" having lower legs and upper legs affixed to the valve housing, whereby the legs are triangular in shape and in opposing parallel position with a central horizontal ledge, whereby the valve is rotatably disposed on the valve housing such that the valve is operable for movement into and out of the airflow wherein the movement into and out of the airflow of the expiratory air is directed through the passageway defined by the valve housing and the flow of expiratory air over the surface of valve creates a lifting force which causes the valve to move from a first position towards a second position.
A method for processing a planar object with the aid of a planar drive system, the planar drive system comprising at least a stator assembly comprising in each case a plurality of coil groups for generating a stator magnetic field, a stator surface above the stator assembly, and a rotor, the rotor comprising a plurality of magnet units for generating a rotor magnetic field, the rotor being movable above the stator surface with the aid of an interaction of the stator magnetic field with the rotor magnetic field in a first direction and/or a second direction and/or a third direction, wherein the first direction and the second direction are parallel to the stator surface, wherein the rotor is movable in the third direction perpendicular to the stator surface, wherein a tool is arranged at the rotor, wherein the planar object is arranged between the stator surface and the rotor, the method comprising the following steps: - energizing the coil groups in such a way that the rotor comprises a predetermined height above the stator surface in the third direction; - energizing the coil groups in such a way that the rotor moves along a predetermined trajectory, wherein the tool and the planar object are in mechanical contact, thereby processing the planar object. - energizing the coil groups in such a way that the rotor comprises a predetermined height above the stator surface in the third direction; - energizing the coil groups in such a way that the rotor moves along a predetermined trajectory, wherein the tool and the planar object are in mechanical contact, thereby processing the planar object.