mhurhangee/ep-ind-claims huggingface dataset:
A lavatory arrangement for a vehicle cabin, comprising: - a lavatory housing defining an inner space having an entrance opening, a floor and a first lateral delimitation, - a toilet arranged adjacent to the first lateral delimitation, the toilet having a front end and a back end and defining a first plane spanned by a longitudinal direction of the toilet and a first axis vertical to the floor, - a wash table arranged at the first lateral delimitation, wherein the wash table has a horizontal surface and a lining arrangement extending from the horizontal surface in the direction to the floor, thereby creating a wash table lining surface, wherein the lining arrangement comprises an indentation in a region facing to the toilet, in which indentation the lining arrangement is indented in a direction facing away from the first plane, wherein the indentation is created in a base surface of the lining arrangement and is delimited by a contour comprising a reverse L-shape, which has a mainly horizontal section that at least partially follows the horizontal extension direction of the toilet forward from the front end into the direction of the back end of the toilet, which mainly horizontal section bends into a mainly vertical section arranged in a forward direction relative to the toilet, so as to provide leg room for a downwardly bent leg of a user, which is sitting on the toilet, positioned between the toilet and the wash table lining surface, wherein the mainly horizontal section is situated above the mainly vertical section. - a lavatory housing defining an inner space having an entrance opening, a floor and a first lateral delimitation, - a toilet arranged adjacent to the first lateral delimitation, the toilet having a front end and a back end and defining a first plane spanned by a longitudinal direction of the toilet and a first axis vertical to the floor, - a wash table arranged at the first lateral delimitation,
A modular surgical system, comprising: a header module (7510, 7610, 7710); a first surgical module (7520, 7620, 7720); a second surgical module (7530, 7630, 7730) arrangeable in a stack configuration, or otherwise connectable together into a singular assembly, with the header module (7510, 7610, 7710) and the first surgical module (7520, 7620, 7720); and a module identification circuit configured to: cause a pre-determined current to be transmitted to the first surgical module (7520, 7620, 7720) through the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly; detect a first voltage indicative of a first position of the first surgical module (7520, 7620, 7720) in the stack configuration or singular assembly; and detect a second voltage indicative of a second position of the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly, wherein the second voltage is different than the first voltage. a header module (7510, 7610, 7710); a first surgical module (7520, 7620, 7720); a second surgical module (7530, 7630, 7730) arrangeable in a stack configuration, or otherwise connectable together into a singular assembly, with the header module (7510, 7610, 7710) and the first surgical module (7520, 7620, 7720); and a module identification circuit configured to: cause a pre-determined current to be transmitted to the first surgical module (7520, 7620, 7720) through the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly; detect a first voltage indicative of a first position of the first surgical module (7520, 7620, 7720) in the stack configuration or singular assembly; and detect a second voltage indicative of a second position of the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly, wherein the second voltage is different than the first voltage. cause a pre-determined current to be transmitted to the first surgical module (7520, 7620, 7720) through the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly; detect a first voltage indicative of a first position of the first surgical module (7520, 7620, 7720) in the stack configuration or singular assembly; and detect a second voltage indicative of a second position of the second surgical module (7530, 7630, 7730) in the stack configuration or singular assembly, wherein the second voltage is different than the first voltage.
Illumination device for a decoration light, in particular for a mushroom lamp emitting light in sideward and downward direction, comprising: - a circuit carrier with a plurality of light sources being mounted thereto and being distributed circumferentially, and - an optical system for deflecting the light emitted by the light sources and for forming a light distribution, and - a control module for controlling the light sources, and - a support with an outer wall and with a longitudinal recess being surrounded by the outer wall wherein the circuit carrier and/or the optical system and/or the control module are mounted to the support wherein a plurality of positioning means and fixing means (32, 33) protrudes from the wall inwardly in the direction of the longitudinal recess, wherein at least two different kinds of fixing means (32, 33) are provided, characterized in that a first fixing means comprises a cross-sectionally circular fixing recess extending in longitudinal direction and having a first diameter, and that a second fixing means comprises a fixing recess extending as well in longitudinal direction and being larger in cross-section than the circular fixing recess of the first fixing means, wherein the different kinds of fixing means (32, 33) are arranged opposite to each other with respect to a transverse-central plane of the support, such that always a first fixing means is arranged opposite to a second fixing means. - a circuit carrier with a plurality of light sources being mounted thereto and being distributed circumferentially, and - an optical system for deflecting the light emitted by the light sources and for forming a light distribution, and - a control module for controlling the light sources, and - a support with an outer wall and with a longitudinal recess being surrounded by the outer wall
A refrigerator comprising: a cabinet equipped with a compartment; a compartment door (20, 30) connected to the cabinet, and configured to open and close the compartment; a door opening device (25, 70) provided inside an opening device accommodation part at the compartment door and having a driving motor (73, 261); wherein the door opening device (25, 70) comprises a plurality of gears (262, 263, 264, 265, 266,. 751, 752, 753, 754, 761, 762), and a push rod (27, 77) which is moveable by the plurality of gears against the cabinet to open the door (20, 30); a controller configured to control the door opening device (25, 70), wherein the controller activates the door opening device (25, 70) to open the compartment door (20, 30) in response to a door opening signal, characterized in that the push rod (27, 77) includes a curved-shape rack gear (272, 771) engaged with one of the plurality of gears (262, 263, 264, 265, 266, 751, 752, 753, 754, 761, 762). a cabinet equipped with a compartment; a compartment door (20, 30) connected to the cabinet, and configured to open and close the compartment; a door opening device (25, 70) provided inside an opening device accommodation part at the compartment door and having a driving motor (73, 261); wherein the door opening device (25, 70) comprises a plurality of gears (262, 263, 264, 265, 266,. 751, 752, 753, 754, 761, 762), and a push rod (27, 77) which is moveable by the plurality of gears against the cabinet to open the door (20, 30); a controller configured to control the door opening device (25, 70), wherein the controller activates the door opening device (25, 70) to open the compartment door (20, 30) in response to a door opening signal, characterized in that the push rod (27, 77) includes a curved-shape rack gear (272, 771) engaged with one of the plurality of gears (262, 263, 264, 265, 266, 751, 752, 753, 754, 761, 762).
Sensor device, particularly for maritime applications, with a housing that comprises a pressure port, which leads to a pressure sensor which transmits measurement data by means of a transmission device (17, 19), and which comprises at least one closable passage opening to connect the surrounding environment to at least parts of the inside of the housing in which the pressure sensor is arranged, the pressure sensor being surrounded by an incompressible medium, which is separated from the surrounding environment by means of an elastically flexible and media-tight separating device, characterised in that the separating device is designed in the form of a rolling membrane, from which a bowl-like inner part, turned at a deflection point, engages in a cup-like extension of a receiving part at least in one initial state of the membrane.
Locking assembly for a double-leaf door with a moving leaf and a fixed leaf, comprising a lock case with a lock forend and a lock rail and a blocking means (16.1) which secures the lock rail in an unenclosed state from transferring into an enclosed state, and a lock keeper with a striker, wherein the lock rail in the unenclosed state at least partially engages in a recess of the striker, wherein, in order to implement a panic function, an actuating device in the lock keeper actuates an unlocking element which is guided in the lock rail and overrides the blocking means of the lock rail in the lock case and transfers the lock rail from the unenclosed state into the enclosed state in which the lock rail releases the striker, and the unlocking element has a setting device which is accessible from the lock forend and sets a gap width in the unenclosed state between the actuating device and an actuating region (26.2) of the unlocking element, characterized in that the actuating region (26.2) is arranged on an outer part of the unlocking element, which is arranged in an axially movable manner with respect to an inner part of the unlocking element, wherein a distance (A, A', A") between the inner part and the outer part and the gap width between the actuating device and the actuating region (26.2) can be set via the setting device.
A dual-motor clip applicator, comprising a working head, and a handle, wherein the working head comprises: a first motor, a second motor, a first driving assembly, a second driving assembly, and a clip cartridge assembly that are provided in the working head, the clip cartridge assembly comprises a clip cartridge configured to accommodate a ligation clip and a clip jaw provided on a side of the clip cartridge; the working head further comprises a firing rod and a clip-pushing rod, the firing rod is connected to the clip jaw to drive the clip jaw to open or close for firing the ligation clip, the first driving assembly is respectively connected to the firing rod and the first motor, the second driving assembly is respectively connected to the clip-pushing rod and the second motor, and the clip-pushing rod is configured to push the ligation clip in the clip cartridge to enter into the clip jaw. the clip cartridge assembly comprises a clip cartridge configured to accommodate a ligation clip and a clip jaw provided on a side of the clip cartridge; the working head further comprises a firing rod and a clip-pushing rod, the firing rod is connected to the clip jaw to drive the clip jaw to open or close for firing the ligation clip, the first driving assembly is respectively connected to the firing rod and the first motor, the second driving assembly is respectively connected to the clip-pushing rod and the second motor, and the clip-pushing rod is configured to push the ligation clip in the clip cartridge to enter into the clip jaw.
Lorry-mounted crane having an undercarriage, an upper carriage arranged on the undercarriage and a main boom arranged so as to be luffable on the upper carriage, as well as at least one guy mast arranged on the main boom, the guy mast comprising at least one base support which is extended by at least one extension support, a cable deflection roller being arranged on the base support in the region of the base support head and a further cable deflection roller being arranged on the extension support in the region of the extension support head, characterised in that for the extension of the base support the extension support is guided from a transport position, the extension support being separate from the base support in the transport position, to the base support and is bolted to the base support in an extension position.
A method for adjusting a plurality of printing heads of an inkjet printing device, the printing heads being arranged in groups each of which prints an ink, the method comprising the steps of: - printing at least two test supports respectively for a first electrical voltage (V min) and for a second electrical voltage (V max) applied to the printing heads; - analysing the printed test supports; - defining a function which expresses how a tonal index varies as the electrical voltage applied to the corresponding printing heads varies, the tonal index being indicative of the amount of an ink applied by each group of printing heads, the step of defining a function being carried out using measurements of the printed supports performed during the step of analysing; - selecting a desired value of the tonal index for the printing heads; - determining, based on said function, an electrical voltage to be applied to at least one printing head in order that said at least one printing head works with said desired value of the tonal index. - printing at least two test supports respectively for a first electrical voltage (V min) and for a second electrical voltage (V max) applied to the printing heads; - analysing the printed test supports; - defining a function which expresses how a tonal index varies as the electrical voltage applied to the corresponding printing heads varies, the tonal index being indicative of the amount of an ink applied by each group of printing heads, the step of defining a function being carried out using measurements of the printed supports performed during the step of analysing; - selecting a desired value of the tonal index for the printing heads; - determining, based on said function, an electrical voltage to be applied to at least one printing head in order that said at least one printing head works with said desired value of the tonal index.
A device comprising: a surface for contacting a biological material, wherein the surface defines a lumen; and a mechanism comprising a structure configured to change the surface between a first shape and a second shape, characterised in that the structure defines a plurality of cavities that surrounds the lumen and are configured to be inflated and deflated such that at least one cavity impinges on the lumen when inflated to change the surface from the first shape to the second shape and when deflated to change the surface back to the first shape, wherein the change from the first shape to the second shape may deform the surface beyond a critical strain for debonding of a fouling agent from the surface when the fouling agent has bonded to the surface in the first shape. a surface for contacting a biological material, wherein the surface defines a lumen; and a mechanism comprising a structure configured to change the surface between a first shape and a second shape, characterised in that the structure defines a plurality of cavities that surrounds the lumen and are configured to be inflated and deflated such that at least one cavity impinges on the lumen when inflated to change the surface from the first shape to the second shape and when deflated to change the surface back to the first shape, wherein the change from the first shape to the second shape may deform the surface beyond a critical strain for debonding of a fouling agent from the surface when the fouling agent has bonded to the surface in the first shape.
A commissioning device for joining at least one controller device to a first Zigbee Light Link, ZLL, network having at least one lighting device connected thereto, wherein the commissioning device is part of the ZLL network, the commissioning device comprising a target module operable to cause the commissioning device to operate in a target mode during a single Touchlink procedure established between at least the controller device and the commissioning device in which the commissioning device is capable of joining the controller device to the first ZLL network in response to the Touchlink procedure being initiated by the controller device; wherein the commissioning device is adapted to transmit to the controller device a second control message including at least one joining information associated with the first ZLL network; and wherein the commissioning device is further adapted to transmit to the controller device a third control message including binding information associated with at least one lighting device and/or with at least one group of lighting devices of the network.
A peptide consisting of from 13 to 17 contiguous amino acid residues which: (i) comprises the amino acid sequence: KKSSCSCSPVGSAK (SEQ ID NO:1) or (ii) is a variant having an amino acid sequence which is at least 60% identical to the peptide of SEO ID NO:1, wherein said peptide of (i) or (ii) binds to metallothionein protein. (i) comprises the amino acid sequence: KKSSCSCSPVGSAK (SEQ ID NO:1) or KKSSCSCSPVGSAK (SEQ ID NO:1) (ii) is a variant having an amino acid sequence which is at least 60% identical to the peptide of SEO ID NO:1,
An operating circuit for lighting means, in particular, one or more LED sections, having: - an actively clocked PFC circuit, which can be supplied by an AC voltage (U AC) and optionally also a DC voltage (U DC), the output voltage (U PFC) of which is directly or indirectly supplied to a unit for generating a PWM-modulated current through the lighting means, - a control unit, which detects a frequency of a residual ripple in the voltage (U PFC) in the supply chain before, in or after the PFC circuit and causes the unit for generating a PWM-modulated current through the lighting means to select the frequency of the PWM modulation of the current through the lighting means depending on the frequency of the residual ripple, wherein the control unit determines the frequency of the PWM modulation in such a manner that it is the frequency of the control loop of the PFC circuit. - an actively clocked PFC circuit, which can be supplied by an AC voltage (U AC) and optionally also a DC voltage (U DC), the output voltage (U PFC) of which is directly or indirectly supplied to a unit for generating a PWM-modulated current through the lighting means, - a control unit, which detects a frequency of a residual ripple in the voltage (U PFC) in the supply chain before, in or after the PFC circuit and causes the unit for generating a PWM-modulated current through the lighting means to select the frequency of the PWM modulation of the current through the lighting means depending on the frequency of the residual ripple,
A light emitting device comprising: a lower electrode; a light emitting structure disposed on the lower electrode and comprising a first conductivity type semiconductor layer, an active layer, and a second conductivity type semiconductor layer; an upper electrode pad disposed on the light emitting structure at a central area of the light emitting device; at least one branch electrode connected to the upper electrode pad and disposed outside the upper electrode pad; and wherein the upper electrode pad comprises a central portion and at least one connection electrode respectively connected to the at least one branch electrode, wherein the at least one connection electrode has an integral structure with the central portion of the upper electrode pad, characterised in that an upper ohmic layer is disposed below the at least one branch electrode, each of the at least one connection electrodes is protruded outwards from the central portion, each of the at least one branch electrodes includes a first portion that vertically overlaps each of the at least one connection electrodes and a second portion that does not vertically overlap each of the at least one connection electrodes, a width of each of the at least one connection electrodes is greater than a width of the first portion of each of the at least one branch electrodes, a portion of a bottom surface of each of the at least one connection electrodes directly contacts a portion of a top surface of each of the at least one branch electrodes and a portion of a side surface of the upper ohmic layer. a lower electrode; a light emitting structure disposed on the lower electrode and comprising a first conductivity type semiconductor layer, an active layer, and a second conductivity type semiconductor layer; an upper electrode pad disposed on the light emitting structure at a central area of the light emitting device; at least one branch electrode connected to the upper electrode pad and disposed outside the upper electrode pad; and wherein the upper electrode pad comprises a central portion and at least one connection electrode respectively connected to the at least one branch electrode, wherein the at least one connection electrode has an integral structure with the central portion of the upper electrode pad, characterised in that an upper ohmic layer is disposed below the at least one branch electrode, each of the at least one connection electrodes is protruded outwards from the central portion, each of the at least one branch electrodes includes a first portion that vertically overlaps each of the at least one connection electrodes and a second portion that does not vertically overlap each of the at least one connection electrodes, a width of each of the at least one connection electrodes is greater than a width of the first portion of each of the at least one branch electrodes, a portion of a bottom surface of each of the at least one connection electrodes directly contacts a portion of a top surface of each of the at least one branch electrodes and a portion of a side surface of the upper ohmic layer.
Eyeglasses having two temples which are each hinged via a hinge connection to an optical central part covering the field of vision in the position of use and can be pivoted from a storage state, in which the temples are hinged to the optical central part, into a state of use, in which the temples are folded out from the central part, wherein the optical central part is made from a flexurally elastic material, characterized in that the two temples are hinged in each case to the central part via at least one curved pivot axis of the hinge connection or in each case via at least two rectilinear pivot axes of the hinge connection arranged transversely with respect to one another, wherein the optical central part, which is made of a flexurally elastic material, assumes, when the temples are pivoted out, a state which is dependent on the pivot angle of the temples and becomes increasingly curved as the pivot angle increases.