mhurhangee/ep-ind-claims huggingface dataset:
An irradiation apparatus, comprising - at least one radiation source, which emits UV-radiation as well as W-radiation, i.e. visible light and/or IR-radiation, and - a transport arrangement for feeding substrates to be irradiated, and - at least one wave-length selective filter, which reflects the UV-radiation about an angle of 45° and transmits W-radiation, - means for absorbing of IR-radiation, located downstream of the optical filter, as considered in direction of propagation, in the ray-path of the W-radiation, not deflected by the wave-length selective filter, characterized in that the means for absorbing of IR-radiation are also formed as means for absorbing visible light and UV-radiation, and that the irradiation apparatus comprises moving means for moving the wave-length selective filter into and out of the ray-path of the radiation source. - at least one radiation source, which emits UV-radiation as well as W-radiation, i.e. visible light and/or IR-radiation, and - a transport arrangement for feeding substrates to be irradiated, and - at least one wave-length selective filter, which reflects the UV-radiation about an angle of 45° and transmits W-radiation, - means for absorbing of IR-radiation, located downstream of the optical filter, as considered in direction of propagation, in the ray-path of the W-radiation, not deflected by the wave-length selective filter,
Luminous element (la, 1b, 1e, 1d) comprising at least one surface to be lit and a substrate or main body with a groove provided with side walls that extend in the direction of the thickness of said substrate or main body defining at least one cavity, wherein light emitting means are arranged against one of said walls so as to emit light mostly towards the inside of said cavity; said element further comprising light diffusion means suited to direct light so that it exits from said cavity through said at least one surface to be lit, said light diffusion means being housed in said cavity; said light diffusion means comprising a sheet made of a transparent material; characterized in that said sheet is provided with cuts on at least one of its surfaces; and in that said surface cuts consist of a plurality of surface cuts constituted by rectilinear grooves; and in that, said surface cuts consist of a plurality of surface cuts constituted by rectilinear grooves that are parallel and orthogonal to one another.
Fluid flow measuring device for evaluating a gaseous fluid flow, in particular an extraction flow or a blown air flow, of a processing machine for processing preferably panel-formed workpieces consisting in particular at least partially of wood, wood-based materials, wood substitute materials, plastic(s), composite material(s) or the like, comprising: at least one flow-through, preferably annular, housing for conducting a gaseous fluid flow which is configured to be implemented in a flow-conducting line, in particular an extraction line or blown air line of a processing machine, at least one measuring point (M 1, M 2) which is provided on the flow-through housing; characterised in that the fluid flow measuring device has a sensor unit arranged outside the housing for measuring the gaseous fluid flow by means of the at least one measuring point (M 1, M 2), wherein the sensor unit is a differential pressure sensor, an impeller sensor, a vortex sensor, a thermal sensor, an ultrasonic sensor or two pressure sensors, wherein the at least one measuring point (M 1, M 2) is designed as a recess, in particular a through bore, which connects the inside of the housing conducting the gaseous fluid flow with the outside of the housing, in particular in a pressurised and/or flow-conducting manner, and the at least one measuring point (M 1, M 2) is designed as a plurality of recesses which are preferably distributed around the circumference of the housing. at least one flow-through, preferably annular, housing for conducting a gaseous fluid flow which is configured to be implemented in a flow-conducting line, in particular an extraction line or blown air line of a processing machine, at least one measuring point (M 1, M 2) which is provided on the flow-through housing; characterised in that the fluid flow measuring device has a sensor unit arranged outside the housing for measuring the gaseous fluid flow by means of the at least one measuring point (M 1, M 2), wherein the sensor unit is a differential pressure sensor, an impeller sensor, a vortex sensor, a thermal sensor, an ultrasonic sensor or two pressure sensors, wherein the at least one measuring point (M 1, M 2) is designed as a recess, in particular a through bore, which connects the inside of the housing conducting the gaseous fluid flow with the outside of the housing, in particular in a pressurised and/or flow-conducting manner, and the at least one measuring point (M 1, M 2) is designed as a plurality of recesses which are preferably distributed around the circumference of the housing.
A water-based conductive ink composition comprising: an aqueous carrier; acid-washed graphite particles; carbon black particles; and at least one stabilizing ingredient that suspends the acid-washed graphite particles and the carbon black particles in the aqueous carrier, the at least one stabilizing ingredient being selected from the group consisting of dispersants, binders, defoamers, and combinations thereof, wherein: the water-based conductive ink composition has a total elemental contaminant level of less than 100 ppm, based on the total weight of the water-based conductive ink composition; and the total elemental contaminant level is the total concentration of aluminum, calcium, cobalt, chromium, copper, iron, potassium, manganese, magnesium, nickel, and zinc in the water-based conductive ink composition. an aqueous carrier; acid-washed graphite particles; carbon black particles; and at least one stabilizing ingredient that suspends the acid-washed graphite particles and the carbon black particles in the aqueous carrier, the at least one stabilizing ingredient being selected from the group consisting of dispersants, binders, defoamers, and combinations thereof, the water-based conductive ink composition has a total elemental contaminant level of less than 100 ppm, based on the total weight of the water-based conductive ink composition; and the total elemental contaminant level is the total concentration of aluminum, calcium, cobalt, chromium, copper, iron, potassium, manganese, magnesium, nickel, and zinc in the water-based conductive ink composition.
A shoe assembly of a centrifugal-type slicing machine adapted for producing sliced food products, the shoe assembly comprising: a shoe; a knife holder mounted to the shoe; a knife (34, 38, 40) mounted to the knife holder; and means for clamping the knife (34, 38, 40) to the knife holder; wherein the knife (34, 38, 40) comprises a longitudinal length defining oppositely-disposed first and second ends and defining oppositely-disposed edges (35, 41) between the first and second ends, and each of the edges (35, 41) has a cutting edge defined thereon adapted for slicing food products; and wherein when one cutting edge of the oppositely-disposed edges (35, 41) becomes dull during operation of the machine, the knife (34, 38, 40) can be removed from the knife holder, turned over, and reinstalled so that the unused edge of the oppositely-disposed edges (35, 41) serves as the cutting edge of the knife (34, 38, 40); and wherein the means for clamping the knife (34, 38, 40) to the knife holder is configured to accommodate the knife (34, 38, 40) such that the unused edge of the oppositely-disposed edges (35, 41) is not in contact with surfaces of the means for clamping while the knife (34, 38, 40) is secured by the means for clamping; characterised in the knife (34, 38, 40) is a planar knife having rotational symmetry about a longitudinal axis thereof, wherein the cutting edges are bias-cut edges or wherein the cutting edges are substantially centered bevel-cut edges. a shoe; a knife holder mounted to the shoe; a knife (34, 38, 40) mounted to the knife holder; and means for clamping the knife (34, 38, 40) to the knife holder; wherein the knife (34, 38, 40) comprises a longitudinal length defining oppositely-disposed first and second ends and defining oppositely-disposed edges (35, 41) between the first and second ends, and each of the edges (35, 41) has a cutting edge defined thereon adapted for slicing food products; and wherein when one cutting edge of the oppositely-disposed edges (35, 41) becomes dull during operation of the machine, the knife (34, 38, 40) can be removed from the knife holder, turned over, and reinstalled so that the unused edge of the oppositely-disposed edges (35, 41) serves as the cutting edge of the knife (34, 38, 40); and wherein the means for clamping the knife (34, 38, 40) to the knife holder is configured to accommodate the knife (34, 38, 40) such that the unused edge of the oppositely-disposed edges (35, 41) is not in contact with surfaces of the means for clamping while the knife (34, 38, 40) is secured by the means for clamping; characterised in the knife (34, 38, 40) is a planar knife having rotational symmetry about a longitudinal axis thereof, wherein the cutting edges are bias-cut edges or wherein the cutting edges are substantially centered bevel-cut edges.
A crystal form, Form VI, of a compound: which is characterized by a X-ray powder diffraction (XRPD) pattern comprising peaks expressed in degrees (± 0.2 degree) of two theta angle of 6.0, 12.0, 24.0, 24.5 and 37.6 obtained using CuKα 1 X-ray (wavelength = 1.5406 Angstroms).
A method (200, 300, 400) of engaging a medical instrument with a medical instrument manipulator, the method comprising: receiving an indication that a first input coupling of the medical instrument is positioned adjacent to a first drive output of the medical instrument manipulator, the first drive output being driven by a first actuating element; characterized by: in response to receiving the indication, rotating (201, 301, 401) the first drive output in a first rotational direction; determining (202, 302, 402), by one or more processors, whether a first resistance torque is experienced by the first actuating element after rotating the first drive output in the first rotational direction; rotating (204, 304, 404) the first drive output in a second rotational direction on the condition that the first resistance torque is not experienced by the first actuating element after rotating the first drive output in the first rotational direction; and determining (206, 306, 406), by the one or more processors, whether a second resistance torque is experienced by the first actuating element after rotating the first drive output in the second rotational direction. receiving an indication that a first input coupling of the medical instrument is positioned adjacent to a first drive output of the medical instrument manipulator, the first drive output being driven by a first actuating element; characterized by: in response to receiving the indication, rotating (201, 301, 401) the first drive output in a first rotational direction; determining (202, 302, 402), by one or more processors, whether a first resistance torque is experienced by the first actuating element after rotating the first drive output in the first rotational direction; rotating (204, 304, 404) the first drive output in a second rotational direction on the condition that the first resistance torque is not experienced by the first actuating element after rotating the first drive output in the first rotational direction; and determining (206, 306, 406), by the one or more processors, whether a second resistance torque is experienced by the first actuating element after rotating the first drive output in the second rotational direction. in response to receiving the indication, rotating (201, 301, 401) the first drive output in a first rotational direction; determining (202, 302, 402), by one or more processors, whether a first resistance torque is experienced by the first actuating element after rotating the first drive output in the first rotational direction; rotating (204, 304, 404) the first drive output in a second rotational direction on the condition that the first resistance torque is not experienced by the first actuating element after rotating the first drive output in the first rotational direction; and determining (206, 306, 406), by the one or more processors, whether a second resistance torque is experienced by the first actuating element after rotating the first drive output in the second rotational direction.
A method for generating an interactive electronic menu on a display, the menu comprising menu items (a,b,c,d,e), wherein a menu item may be in a deselected, selected or activated state, and the menu being coded into a menu data segment, characterized in that - at least a first and a second menu item (1.0, 1.1) are connected by a parent-child relationship, wherein the second menu item (1.1) being a child of the first menu item (1.0) can only be selected when the first menu item is selected; and - the first and the second menu item are coded into the same data segment, wherein at least one button command is associated to a menu item and coded into said menu data segment, the button command being usable for modifying the visibility of at least one other menu item. - at least a first and a second menu item (1.0, 1.1) are connected by a parent-child relationship, wherein the second menu item (1.1) being a child of the first menu item (1.0) can only be selected when the first menu item is selected; and - the first and the second menu item are coded into the same data segment, wherein at least one button command is associated to a menu item and coded into said menu data segment, the button command being usable for modifying the visibility of at least one other menu item.
An adaptor, used for connecting a front end device with a back end device, the adaptor comprising: a controller, configured to generate a power controlling signal according to a first data signal received from the front end device; and a modulator circuit, configured to modulate a power signal according to the power controlling signal, and output a modulated signal to an output terminal of the modulator circuit, the power signal being received from the front end device and supplied to the controller, wherein the modulator circuit comprises a first switching element and a second switching element, wherein the output terminal comprises two pins, a first pin and a second pin, wherein the first switching element is connected between the first pin and a VDD pin of the controller, wherein the modulator circuit comprises a first diode and a second diode, wherein the first diode is set between the first pin and the second pin, and the second diode is set between the first pin and the VDD pin of the controller. a controller, configured to generate a power controlling signal according to a first data signal received from the front end device; and a modulator circuit, configured to modulate a power signal according to the power controlling signal, and output a modulated signal to an output terminal of the modulator circuit, modulate a power signal according to the power controlling signal, and output a modulated signal to an output terminal of the modulator circuit, the power signal being received from the front end device and supplied to the controller, wherein the modulator circuit comprises a first switching element and a second switching element, wherein the output terminal comprises two pins, a first pin and a second pin, wherein the first switching element is connected between the first pin and a VDD pin of the controller, wherein the modulator circuit comprises a first diode and a second diode, wherein the first diode is set between the first pin and the second pin, and the second diode is set between the first pin and the VDD pin of the controller.
A dryer comprising: a drum including a drum body providing a space for storing clothes, a front cover forming a front surface of the drum body, a rear cover forming a rear surface of the drum body and having an air inlet formed thereon, and a drum inlet penetrating through the front cover and communicating with the inside of the drum body; a fixing panel provided at a position apart from the rear cover; a motor including a stator fixed to the fixing panel and a rotor configured to supply a rotational force to the drum while being rotated by the stator, wherein the rotation center of the rotor is located on a concentric axis with the rotation center of the drum; a supply port including a plurality of supply holes formed in the shape of a ring on the fixing panel along an outer circumferential surface of the motor and configured to guide air into the air inlet; and a ring-shaped supply duct fixed to the fixing panel, configured to guide air to the supply port, and including an accommodator for accommodating the motor at the center thereof, characterized in that the dryer further comprises: a first cooling hole formed on the fixing panel; a second cooling hole formed on the fixing panel, apart from the first cooling hole; and a duct cover configured to circulate air by connecting the first cooling hole, the accommodator, and the second cooling hole, to cool the motor. a drum including a drum body providing a space for storing clothes, a front cover forming a front surface of the drum body, a rear cover forming a rear surface of the drum body and having an air inlet formed thereon, and a drum inlet penetrating through the front cover and communicating with the inside of the drum body; a fixing panel provided at a position apart from the rear cover; a motor including a stator fixed to the fixing panel and a rotor configured to supply a rotational force to the drum while being rotated by the stator, wherein the rotation center of the rotor is located on a concentric axis with the rotation center of the drum; a supply port including a plurality of supply holes formed in the shape of a ring on the fixing panel along an outer circumferential surface of the motor and configured to guide air into the air inlet; and a ring-shaped supply duct fixed to the fixing panel, configured to guide air to the supply port, and including an accommodator for accommodating the motor at the center thereof, characterized in that the dryer further comprises: a first cooling hole formed on the fixing panel; a second cooling hole formed on the fixing panel, apart from the first cooling hole; and a duct cover configured to circulate air by connecting the first cooling hole, the accommodator, and the second cooling hole, to cool the motor. a first cooling hole formed on the fixing panel; a second cooling hole formed on the fixing panel, apart from the first cooling hole; and a duct cover configured to circulate air by connecting the first cooling hole, the accommodator, and the second cooling hole, to cool the motor.
An imaging apparatus comprising: a recording source (1003,1004) configured to output a stream including compression-encoded video data; a storage unit configured to store a recording file for recording the stream which the recording source outputs and further configured to store a recording job which correlates the recording source and the recording file, and manages a recording state (Idle, Active, Error) of the recording job to indicate a current state of recording of the recording source (1003, 1004) and a current state of recording in the stream in the recording file; instructing means which is configured to change a parameter relating to the stream that is output by the recording source, according to a command transmitted from an external device connected via a network; and control means (1001, 1006) configured to perform control, when a command is received by the instructing means from the external device, such that, if there is a recording job for which the recording source (1003, 1004) is the object of recording, whether or not the command can be accepted is determined based on the recording state of the recording job. a recording source (1003,1004) configured to output a stream including compression-encoded video data; a storage unit configured to store a recording file for recording the stream which the recording source outputs and further configured to store a recording job which correlates the recording source and the recording file, and manages a recording state (Idle, Active, Error) of the recording job to indicate a current state of recording of the recording source (1003, 1004) and a current state of recording in the stream in the recording file; instructing means which is configured to change a parameter relating to the stream that is output by the recording source, according to a command transmitted from an external device connected via a network; and control means (1001, 1006) configured to perform control, when a command is received by the instructing means from the external device, such that, if there is a recording job for which the recording source (1003, 1004) is the object of recording, whether or not the command can be accepted is determined based on the recording state of the recording job.
A subsea multiphase fluid separation system, the system comprising: a gas separator for separating gas from a wellstream containing oil; a water separation stage downstream of the gas separator, comprising at least one inclined dual pipe separator for separating water from the oil of the wellstream, which at least one dual pipe separator comprises a perforated inner pipe contained within an outer pipe, an electrocoalescer and at least one second separator (110, 112) in series, downstream of the or each dual pipe separator on an oil outlet path; a water treatment system for cleaning oil from water that is produced by the water separation stage; and a water-in-oil sensor downstream of the water separation stage. a gas separator for separating gas from a wellstream containing oil; a water separation stage downstream of the gas separator, comprising at least one inclined dual pipe separator for separating water from the oil of the wellstream, which at least one dual pipe separator comprises a perforated inner pipe contained within an outer pipe, an electrocoalescer and at least one second separator (110, 112) in series, downstream of the or each dual pipe separator on an oil outlet path; a water treatment system for cleaning oil from water that is produced by the water separation stage; and a water-in-oil sensor downstream of the water separation stage.
A method for manufacturing a spark plug, the spark plug comprising: an insulator holding therein a center electrode; a metal shell surrounding a part of the insulator; a ground electrode joined to the metal shell, the ground electrode having an inner surface facing the center electrode and an outer surface located opposite the inner surface; and a tip welded to a tip weld site on the inner surface of the ground electrode, the method comprising: a positioning step of positioning the ground electrode with respect to a first electrode by bringing the outer surface of the ground electrode into contact with the first electrode and bringing a pressing member (41, 42, 44) into contact with a part of the ground electrode other than the tip weld site; a tip pressing step of allowing a second electrode to press the tip against the tip weld site of the ground electrode; and a welding step of resistance welding the tip to the tip weld site of the ground electrode by the passage of electric current between the first and second electrodes (31, 36). a positioning step of positioning the ground electrode with respect to a first electrode by bringing the outer surface of the ground electrode into contact with the first electrode and bringing a pressing member (41, 42, 44) into contact with a part of the ground electrode other than the tip weld site; a tip pressing step of allowing a second electrode to press the tip against the tip weld site of the ground electrode; and