mhurhangee/patent-ind-claim-en huggingface dataset:
A printhead assembly apparatus comprising: a body comprising a hollow ink refill chamber ; a structure on a side of the body , the structure comprising a plate and a series of posts separating a series of hollow channels adjacent to the hollow ink refill chamber in the body, a compliant element on an opposite side of the plate from the body and not in contact with the series of posts; and a cavity plate between the plate and the compliant element, the cavity plate comprising: a series of pumping chambers separated by lands , and a rib extending parallel to the hollow ink refill chamber and across the lands . a body comprising a hollow ink refill chamber ; a structure on a side of the body , the structure comprising a plate and a series of posts separating a series of hollow channels adjacent to the hollow ink refill chamber in the body, a compliant element on an opposite side of the plate from the body and not in contact with the series of posts; and a cavity plate between the plate and the compliant element, the cavity plate comprising: a series of pumping chambers separated by lands , and a rib extending parallel to the hollow ink refill chamber and across the lands . a series of pumping chambers separated by lands , and a rib extending parallel to the hollow ink refill chamber and across the lands .
Method for the maintaining of a slide gate of a vessel containing a metal melt, which comprises a housing , a slide unit guided longitudinally in the housing, a holding element , a linear drive which can be inserted into this for the adjustment of the slide unit, at least one electrical line and/or a connection line for a medium, such as gas or air, wherein the linear drive can preferably be moved in and/or taken out by a robot, wherein a connection of the at least one electrical line and/or the connection line for the medium takes place by a plugging action, wherein assigned in each case to the linear drive and to the holding element , in pairs, are at least one electrical plug component and/or in each case at least one valve plug component for the medium of the at least one connection line , characterized in that the plugging action of the at least one connection line takes place automatically with the movement of the linear drive into the holding element , and/or the detachment of the at least one connection line takes place automatically when removed the linear drive from the holding element .
Fluid-bed granulator system at least comprising: - a fluid-bed granulator , - a scrubber unit and - a connection-duct between an air vent opening of the fluid-bed granulator and the scrubber unit , wherein an inner surface of the connection-duct is at least partially coated with an anti-adhesion layer . - a fluid-bed granulator , - a scrubber unit and - a connection-duct between an air vent opening of the fluid-bed granulator and the scrubber unit ,
Apparatus for installing a packing plate (4-8) of a structured packing in a container of a mass transfer column , with a separating device for separating an endless packing belt into individual packing sheets (10, 10', 10", 10"'), characterized by a feeding device for feeding the individual packing sheets (10, 10', 10", 10'") to the container in order to stack the individual packing sheets (10, 10', 10", 10'") in the container to form the packing plate (4-8), and a measuring device , which is configured to measure a distance (a 39 ), in particular a horizontal distance, between two points , lying opposite one another, of an inner contour of the container , wherein the separating device is configured to separate the individual packing sheets (10, 10', 10", 10'") from the endless packing belt in such a manner that a respective length of the packing sheets (10, 10', 10", 10"') is equal to the measured distance (a 39 ), and wherein a central axis (M 2 ) of the container is arranged horizontally in the apparatus .
An operator control unit for a steering wheel having a housing which is insertable into a steering wheel spoke of the steering wheel and which has at least one housing side wall (4.1) and a housing base (4.2), having an electrical contact element (5.1, 6.1, 7.1) provided in the housing , and having at least one actuating element (5.2, 6.2, 7.2) which is mounted movably on the housing and which acts with an electrical switching action on the contact element (5.1, 6.1, 7.1), characterized in that the operator control unit has a fan for a steering wheel temperature control arrangement and has a flow channel which is acted on by the fan , which flow channel is formed by the housing base (4.2) and has an inlet and outlet opening (9.2 and 9.1) on the housing .
A biological sample preparation device , comprising: a squeezable liquid tube ; and a tip assembly cooperable with the liquid tube , the tip assembly supporting a filter and a porous wick , characterized in that the porous wick is secured at a tip end opening of the tip assembly , at least one air vent channel positioned along a side of the porous wick and an air gap between the filter and the porous wick , wherein the at least one air vent channel connects to the air gap . a squeezable liquid tube ; and a tip assembly cooperable with the liquid tube , the tip assembly supporting a filter and a porous wick , characterized in that the porous wick is secured at a tip end opening of the tip assembly , at least one air vent channel positioned along a side of the porous wick and an air gap between the filter and the porous wick , wherein the at least one air vent channel connects to the air gap .
A black-film-forming mixed powder which comprises (A) a zirconium nitride powder and (B) a titanium nitride powder or a titanium oxynitride powder, wherein a content ratio of (A) the zirconium nitride powder and (B) the titanium nitride powder or the titanium oxynitride powder is within a range of (90:10) to (25:75) in terms of mass ratio (A:B), the zirconium nitride powder has a peak corresponding to zirconium nitride in an X-ray diffraction profile, but does not have a peak corresponding to zirconium dioxide, a peak corresponding to a low-order oxide of zirconium or a peak corresponding to a low-order oxynitride of zirconium, in a spectrum of a dispersion in which the mixed powder is dispersed in a dispersing liquid with a mass concentration of 50 ppm by adding amine-based dispersing agent to the mixed powder in a solvent of propylene glycol monomethyl ether acetate (PGM-Ac) and by diluting the dispersion 100,000-fold, when a light transmittance at a wavelength of 400 nm is X, a light transmittance at a wavelength of 550 nm is Y, and a light transmittance at a wavelength of 1,000 nm is Z, X>10%, Y<10%, Z<16%, X/Y is 1.25 or more and Z/Y is 2.0 or less.
A method of printing a print area having one or more bar codes using a thermal printhead having heater elements arranged in groups and strobe lines for adjusting the energy of a group of heating elements, the method comprising: segmenting the print area into a plurality of region-of-interest (ROI) sections; selecting print quality settings for each ROI section of the plurality of ROI sections; analyzing one or more print quality requirements of at least one ROI section of the plurality of ROI sections; adjusting printing parameters of the heating elements arranged in groups based on the selected printed quality settings and the requirements analysis of the at least one ROI; and providing a plurality of individual strobe signals to the strobe lines to adjust the printing parameters for the heater elements arranged in groups for the at least one ROI. segmenting the print area into a plurality of region-of-interest (ROI) sections; selecting print quality settings for each ROI section of the plurality of ROI sections; analyzing one or more print quality requirements of at least one ROI section of the plurality of ROI sections; adjusting printing parameters of the heating elements arranged in groups based on the selected printed quality settings and the requirements analysis of the at least one ROI; and providing a plurality of individual strobe signals to the strobe lines to adjust the printing parameters for the heater elements arranged in groups for the at least one ROI.
A flange element for a flange connection with a longitudinal centre axis A, the flange element comprising a flange part and an attachment part , wherein the flange part has a front side with a front surface wherein the attachment part is adapted for secure attachment to a tubular element comprising a tower section of the tower structure for a wind turbine or a pipe element that is part of an offshore load bearing structure, wherein the flange part is arranged radially on the inside of the flange element and characterized in that the flange part is provided with a flange wedge comprising a flange wedge surface that is part of the front surface , and a flange heel comprising a flange heel surface that is part of the front surface , and wherein the flange wedge surface makes a wedge surface angle α 1 and the flange heel surface makes a heel surface angle β with a plane P that is perpendicular to the longitudinal centre axis A of the flange element .
1. A system in a vehicle comprising: an in-vehicle network including an interface port for connecting an external device or system to the in-vehicle network; and a security unit connected to the in-vehicle network, the security unit adapted to receive from the external device a vehicle specific security token based on a unique identification of the vehicle generated based on an interaction of a user with a system, and to enable the external device to communicate with the in-vehicle network, over the interface port, based on said vehicle specific security token. an in-vehicle network including an interface port for connecting an external device or system to the in-vehicle network; and a security unit connected to the in-vehicle network, the security unit adapted to receive from the external device a vehicle specific security token based on a unique identification of the vehicle generated based on an interaction of a user with a system, and to enable the external device to communicate with the in-vehicle network, over the interface port, based on said vehicle specific security token.
Method for producing synthesis gas implementing at least one first and one second steam reforming reactors, each formed of an assembly of stages constituted of millimetric channels and each comprising at least one stage constituted of millimetric "reaction" channels making it possible for the circulation of a reactional mixture and at least one stage constituted of millimetric "heat input" channels making it possible for the circulation of a heat-transfer fluid, comprising the following steps: a) mixing a hydrocarbon charge gas and water vapour so as to form the reactional mixture, b) providing in parallel the reaction stages of the first and of the second steam reforming reactor with the reactional mixture obtained in step a), c) producing combustion fumes having a temperature greater than 1000°C and could be used as a heat-transfer fluid within steam reforming reactors, d) cooling the combustion fumes from step c) at a temperature less than 1000°C, e) introducing the combustion fumes from step d) in the "heat input" stage of the first steam reforming reactor, f) recovering the combustion fumes at the outlet of the first steam reforming reactor and introducing them in the "heat transfer" stage of the second steam reforming reactor, and g) recovering, at the outlet of the first and of the second steam reforming reactor of the synthesis gas. a) mixing a hydrocarbon charge gas and water vapour so as to form the reactional mixture, b) providing in parallel the reaction stages of the first and of the second steam reforming reactor with the reactional mixture obtained in step a), c) producing combustion fumes having a temperature greater than 1000°C and could be used as a heat-transfer fluid within steam reforming reactors, d) cooling the combustion fumes from step c) at a temperature less than 1000°C, e) introducing the combustion fumes from step d) in the "heat input" stage of the first steam reforming reactor, f) recovering the combustion fumes at the outlet of the first steam reforming reactor and introducing them in the "heat transfer" stage of the second steam reforming reactor, and g) recovering, at the outlet of the first and of the second steam reforming reactor of the synthesis gas.
An aircraft water supply system for supplying water to a water discharge port in an aircraft, the system comprising: a cold water flow path that supplies cold water to the water discharge port ; a hot water flow path that supplies hot water to the water discharge port ; a first control valve that adjusts a flow rate of the cold water flowing through the cold water flow path ; a second control valve that adjusts a flow rate of the hot water flowing through the hot water flow path ; a flow sensor that detects a flow rate of water at any point up to the water discharge port ; and a flow control unit that controls an opening/closing state of the first control valve and the second control valve based on a detection value of the flow sensor so that an amount of the water discharged from the water discharge port reaches a predetermined target flow rate, characterized in that at least two flow sensors are provided on an upstream side and a downstream side of a flow path up to the water discharge port , the system further comprising: a leakage detection unit that determines that water leakage may occur in a flow path between the two flow sensors when a state where a difference between the flow rates detected by the at least two flow sensors is equal to or greater than a predetermined amount continues for a predetermined period or longer. a cold water flow path that supplies cold water to the water discharge port ; a hot water flow path that supplies hot water to the water discharge port ; a first control valve that adjusts a flow rate of the cold water flowing through the cold water flow path ; a second control valve that adjusts a flow rate of the hot water flowing through the hot water flow path ; a flow sensor that detects a flow rate of water at any point up to the water discharge port ; and a flow control unit that controls an opening/closing state of the first control valve and the second control valve based on a detection value of the flow sensor so that an amount of the water discharged from the water discharge port reaches a predetermined target flow rate, characterized in that at least two flow sensors are provided on an upstream side and a downstream side of a flow path up to the water discharge port , the system further comprising: a leakage detection unit that determines that water leakage may occur in a flow path between the two flow sensors when a state where a difference between the flow rates detected by the at least two flow sensors is equal to or greater than a predetermined amount continues for a predetermined period or longer.
An optical data storage tape comprising: a first read/write data area including a first plurality of tracks for storing data, each track, in the first plurality of tracks, having a first track width; a pre-seam area positioned between the first read/write data area and a seam, the pre-seam area including a second plurality of tracks, wherein at least one of the second plurality of tracks has a second track width greater than the first track width; the seam; a post-seam area positioned between the seam and a second read/write data area, the post-seam area including a third plurality of tracks, wherein at least one of the third plurality of tracks has a third track width that is greater than the first track width; the second read/write data area including a fourth plurality of tracks for storing data. a first read/write data area including a first plurality of tracks for storing data, each track, in the first plurality of tracks, having a first track width; a pre-seam area positioned between the first read/write data area and a seam, the pre-seam area including a second plurality of tracks, wherein at least one of the second plurality of tracks has a second track width greater than the first track width; the seam; a post-seam area positioned between the seam and a second read/write data area, the post-seam area including a third plurality of tracks, wherein at least one of the third plurality of tracks has a third track width that is greater than the first track width; the second read/write data area including a fourth plurality of tracks for storing data.
Striking mechanism for the movement of a timepiece such as a wrist watch, pocket watch, pendant watch, alarm timepiece or a small desk clock, comprising: - a gong , - a hammer which moves between a recoiled position, remote from the gong , and a striking position where a part of the hammer is in contact with the gong , the hammer being arranged such that said part thereof strikes the gong when the striking mechanism is in the striking mode, - a drive spring of the hammer acting directly or indirectly on the hammer and able to be cocked and then released, this drive spring , upon release, propelling the hammer against the gong from the recoiled position of the hammer when the striking mechanism is in the striking mode in order to produce a sound; the striking mechanism being characterised in that it is arranged such that, when the striking mechanism is in the inoperative mode, the hammer is in its recoiled position and the drive spring of the hammer is held in the cocked position. - a gong , - a hammer which moves between a recoiled position, remote from the gong , and a striking position where a part of the hammer is in contact with the gong , the hammer being arranged such that said part thereof strikes the gong when the striking mechanism is in the striking mode, - a drive spring of the hammer acting directly or indirectly on the hammer and able to be cocked and then released, this drive spring , upon release, propelling the hammer against the gong from the recoiled position of the hammer when the striking mechanism is in the striking mode in order to produce a sound; the striking mechanism being characterised in that it is arranged such that, when the striking mechanism is in the inoperative mode, the hammer is in its recoiled position and the drive spring of the hammer is held in the cocked position.
A method for controlling or regulating a brake system, in particular a brake system of a rail vehicle, the brake system having at least one safety-relevant brake system (PN) and at least one further brake system (ED, MG, ECB), characterized by the following steps: inputting of a rapid brake request (S10), carrying out of a rapid brake operation using at least one of the further brake systems (S20), monitoring of the overall brake force of the vehicle (S16), checking whether the overall brake force undershoots or exceeds a threshold value (S18), continuation of the rapid brake operation with exclusive use of the safety-relevant brake system (S20) if the threshold value is undershot or exceeded. inputting of a rapid brake request (S10), carrying out of a rapid brake operation using at least one of the further brake systems (S20), monitoring of the overall brake force of the vehicle (S16), checking whether the overall brake force undershoots or exceeds a threshold value (S18), continuation of the rapid brake operation with exclusive use of the safety-relevant brake system (S20) if the threshold value is undershot or exceeded.
A fall-prevention flap for a logistics module comprising: - a flexible sheet , - a hook device , - an elastic band by means of which the hook device is connected to the flexible sheet, and characterized by - a stop member fastened to the flexible sheet, a member of the hook device abutting against the stop member when the elastic band is stretched. - a flexible sheet , - a hook device , - an elastic band by means of which the hook device is connected to the flexible sheet, and characterized by - a stop member fastened to the flexible sheet, a member of the hook device abutting against the stop member when the elastic band is stretched.
The compound BP1.4979, of formula: N -(4-{2-[4-(3-Cyanophenyl)piperazin-1-yl]ethyl}cyclohexyl)-3-methoxypropanamide or a pharmaceutically acceptable salt thereof, or its hydrates, or hydrated salts, or the polymorphic, crystalline structures thereof, for use for treating or preventing the restless leg syndrome (RLS) wherein it is administered at a dose chosen from 10 and 15 mg B.I.D ( bis in die ).
A process for the preparation of 5-phenoxy-1 -isobenzofuranone of Formula I the process comprising: (a) treating an N-substituted-4-nitro-phthalimide of Formula VII where R is substituted or unsubstituted C 1 -C 8 alkyl or substituted or unsubstituted (aryl)C 0 -C 4 alkyl with sodium or potassium phenoxide to form an N-substituted-4-phenoxy-phthalimide of Formula VIII; (b) treating the N-substituted 4-phenoxy-phthalimide of Formula VIII with zinc in the presence of a base to give 5-phenoxy-1 -isobenzofuranone of Formula I, its isomer of 6-phenoxy-1 -isobenzofuranone of Formula Ia, and alkyl amine or aryl amine NH 2 R (Formula IX); (c) isolating the 5-phenoxy-1 -isobenzofuranone ( Formula I) from the 6-phenoxy-1 -isobenzofuranone (Formula Ia). (a) treating an N-substituted-4-nitro-phthalimide of Formula VII where R is substituted or unsubstituted C 1 -C 8 alkyl or substituted or unsubstituted (aryl)C 0 -C 4 alkyl with sodium or potassium phenoxide to form an N-substituted-4-phenoxy-phthalimide of Formula VIII; (b) treating the N-substituted 4-phenoxy-phthalimide of Formula VIII with zinc in the presence of a base to give 5-phenoxy-1 -isobenzofuranone of Formula I, its isomer of 6-phenoxy-1 -isobenzofuranone of Formula Ia, and alkyl amine or aryl amine NH 2 R (Formula IX); (c) isolating the 5-phenoxy-1 -isobenzofuranone ( Formula I) from the 6-phenoxy-1 -isobenzofuranone (Formula Ia).
Calibration device for the extrusion of profiles from plastic with a tank calibration device , comprising at least two tank calibrators which have an opening and have a running surface for the extruded profile and which are arranged in a vacuum tank with cooling water and via the outer surface of which the heat of the extruded profile can be transferred at least partially to the cooling water, wherein - the at least two tank calibrators have at least one cooling channel for cooling of the running surfaces , wherein water can flow through the at least one cooling channel , said water coming from a cooling-water conveying means and/or a cooling channel of a tank calibrator situated upstream or downstream in relation to the direction of extrusion, - the distance between the at least two tank calibrators is between 0 and 50 mm, and - the tank calibration device is coupled to a dry calibration device which has one to four dry calibrators , characterized in that - the axial length (X) of the tank calibrators corresponds at least to the height (H) and/or the width (B) of the nominal size of the profile, and - the water level in the vacuum tank can be set and/or regulated so as to be higher than the extruded profile. - the at least two tank calibrators have at least one cooling channel for cooling of the running surfaces , wherein water can flow through the at least one cooling channel , said water coming from a cooling-water conveying means and/or a cooling channel of a tank calibrator situated upstream or downstream in relation to the direction of extrusion, - the distance between the at least two tank calibrators is between 0 and 50 mm, and - the tank calibration device is coupled to a dry calibration device which has one to four dry calibrators , - the axial length (X) of the tank calibrators corresponds at least to the height (H) and/or the width (B) of the nominal size of the profile, and - the water level in the vacuum tank can be set and/or regulated so as to be higher than the extruded profile.