mhurhangee/ep-ind-claims huggingface dataset:
Integrated component for supplying and treating water for a dishwashing machine, comprising a monolithic body of plastics material, within which an inlet conduit for water, a chamber containing substances with water-softening properties, into which said inlet conduit leads, a salt-containing reservoir arranged in the lowermost portion of the body and having a filler tube for loading the salt, a compartment for blowing out vapours having an inlet opening and an outlet opening, an outlet conduit of decalcified water from said chamber, a conduit for supplying decalcified water to said reservoir in order to produce therein a brine for regenerating the substances with water-softening properties, and a conduit connecting said reservoir to said chamber, on which control means of the flow of the brine towards said chamber are arranged, are defined, the integrated component characterized by said control means including a pump which ensures water-tightness in both flow directions, when inactive.
Cable assembly for connecting a power cable (200, 201) to an electrical installation of a power network, the cable assembly comprising a) a power cable (200, 201) having a power-carrying conductor and an insulating layer, arranged around the power-carrying conductor; b) a cable connection device (1, 2, 3) comprising a conductor element (10, 11) having a first end portion (20, 21), a second end portion (30, 31), and a middle portion (40, 41) disposed between the first end portion (20, 21) and the second end portion (30, 31), wherein the conductor element (10, 11) comprises a connector socket, arranged at the first end portion (20, 21), for mating with a cable plug, the connector socket being integrally formed with the middle portion (40, 41), wherein - the cable assembly further comprises a cable plug, attached to an end of the power-carrying conductor of the power cable (200, 201) and mated with the connector socket of the cable connection device, and wherein - the connector socket comprises a latch mechanism by which the connector socket is adapted to be permanently mated with the cable plug by inserting the cable plug into the connector socket, characterized in that the cable plug comprises notches and the connector socket comprises a plurality of electrically conductive lamellae, arranged in an inclined manner for engaging with the notches in the cable plug and for retaining the cable plug in the connector socket, such that the connector socket is adapted such that the cable plug, when mated with the connector socket, can be rotated relative to the connector socket. a) a power cable (200, 201) having a power-carrying conductor and an insulating layer, arranged around the power-carrying conductor; b) a cable connection device (1, 2, 3) comprising a conductor element (10, 11) having a first end portion (20, 21), a second end portion (30, 31), and a middle portion (40, 41) disposed between the first end portion (20, 21) and the second end portion (30, 31), - the cable assembly further comprises a cable plug, attached to an end of the power-carrying conductor of the power cable (200, 201) and mated with the connector socket of the cable connection device, and wherein - the connector socket comprises a latch mechanism by which the connector socket is adapted to be permanently mated with the cable plug by inserting the cable plug into the connector socket, characterized in that the cable plug comprises notches and the connector socket comprises a plurality of electrically conductive lamellae, arranged in an inclined manner for engaging with the notches in the cable plug and for retaining the cable plug in the connector socket, such that the connector socket is adapted such that the cable plug, when mated with the connector socket, can be rotated relative to the connector socket.
A home appliance comprising: a cabinet having a space therein, and a door configured to open and close the cabinet, the door comprising a door body and a panel assembly mounted on the door body, wherein the panel assembly comprises: a lighting device configured to emit light; a panel defining a front surface of the door and configured to transmit light emitted by the lighting device, a light guide plate provided at a rear of the panel and configured to guide light from the lighting device to the panel; and an upper bracket provided at an upper end of the panel and defining a top surface of the panel assembly, wherein an upper end of the light guide plate is positioned higher than an upper end of the panel, and the upper end of the light guide plate is accommodated in the upper bracket, wherein the panel assembly further comprises a mounting member made of transparent material, wherein the mounting member comprises: a front surface portion disposed between the panel and the light guide plate; and a side surface portion which extends rearward from each of both lateral ends of the front surface portion and which covers both lateral ends of the light guide plate. a cabinet having a space therein, and a door configured to open and close the cabinet, the door comprising a door body and a panel assembly mounted on the door body, wherein the panel assembly comprises: a lighting device configured to emit light; a panel defining a front surface of the door and configured to transmit light emitted by the lighting device, a light guide plate provided at a rear of the panel and configured to guide light from the lighting device to the panel; and an upper bracket provided at an upper end of the panel and defining a top surface of the panel assembly, wherein an upper end of the light guide plate is positioned higher than an upper end of the panel, and the upper end of the light guide plate is accommodated in the upper bracket, a lighting device configured to emit light; a panel defining a front surface of the door and configured to transmit light emitted by the lighting device, a light guide plate provided at a rear of the panel and configured to guide light from the lighting device to the panel; and an upper bracket provided at an upper end of the panel and defining a top surface of the panel assembly, wherein an upper end of the light guide plate is positioned higher than an upper end of the panel, and the upper end of the light guide plate is accommodated in the upper bracket, wherein the panel assembly further comprises a mounting member made of transparent material, wherein the mounting member comprises: a front surface portion disposed between the panel and the light guide plate; and a side surface portion which extends rearward from each of both lateral ends of the front surface portion and which covers both lateral ends of the light guide plate. a front surface portion disposed between the panel and the light guide plate; and a side surface portion which extends rearward from each of both lateral ends of the front surface portion and which covers both lateral ends of the light guide plate.
A paste comprising as paste constituents: a. At least 80 wt. % silver powder, based on the total weight of the paste; b. An inorganic reaction system; c. An organic vehicle; d. Additive particles comprising Al, Mg and Si as particle constituents, wherein Al, Mg and Si are present in the additive particles as elements or in one or more single phase mixtures of elements comprising one or more of the particle constituents, or a combination of one or more elements with one or more single phase mixtures of elements. a. At least 80 wt. % silver powder, based on the total weight of the paste; b. An inorganic reaction system; c. An organic vehicle; d. Additive particles comprising Al, Mg and Si as particle constituents,
A laundry treating apparatus, comprising: a body having a laundry introduction opening; and a door configured to open and close the laundry introduction opening, wherein the door includes: a door frame rotatably coupled to the body, and having an opening facing the laundry introduction opening in a closed state of the door; and a front glass attached to the door frame, wherein the front glass includes: a transparent region corresponding to the opening; an opaque region enclosing the transparent region; and a transparent align mark formed in the opaque region, and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame. a body having a laundry introduction opening; and a door configured to open and close the laundry introduction opening, wherein the door includes: a door frame rotatably coupled to the body, and having an opening facing the laundry introduction opening in a closed state of the door; and a front glass attached to the door frame, wherein the front glass includes: a transparent region corresponding to the opening; an opaque region enclosing the transparent region; and a transparent align mark formed in the opaque region, and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame. a door frame rotatably coupled to the body, and having an opening facing the laundry introduction opening in a closed state of the door; and a front glass attached to the door frame, wherein the front glass includes: a transparent region corresponding to the opening; an opaque region enclosing the transparent region; and a transparent align mark formed in the opaque region, and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame. a transparent region corresponding to the opening; an opaque region enclosing the transparent region; and a transparent align mark formed in the opaque region, and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame.
A diode (100; 200) integrated on a chip of semiconductor material having an anode surface and a cathode surface opposite to each other, the diode comprising: at least one cathode region having a doping of a first type, the cathode region extending from the cathode surface in the chip, an intrinsic region having a doping of the first type with a dopant concentration lower than a dopant concentration of the cathode region, the intrinsic region extending between the anode surface and the cathode region, a plurality of anode regions (135c, 135f) having a doping of a second type, each anode region extending from the anode surface in the intrinsic region, a cathode electrode of electrically conductive material electrically coupled with said at least one cathode region on the cathode surface, and an anode electrode of electrically conducting material, characterized in that one or more contacted anode regions of said anode regions are electrically coupled with the anode electrode on the anode surface, and one or more floating anode regions of said anode regions are electrically insulated from the anode electrode, the diode being configured so that charge carriers are injected from said at least one floating anode region into the intrinsic region in response to the applying of a control voltage between the anode electrode and the cathode electrode exceeding a threshold voltage of the diode. at least one cathode region having a doping of a first type, the cathode region extending from the cathode surface in the chip, an intrinsic region having a doping of the first type with a dopant concentration lower than a dopant concentration of the cathode region, the intrinsic region extending between the anode surface and the cathode region, a plurality of anode regions (135c, 135f) having a doping of a second type, each anode region extending from the anode surface in the intrinsic region, a cathode electrode of electrically conductive material electrically coupled with said at least one cathode region on the cathode surface, and an anode electrode of electrically conducting material, characterized in that one or more contacted anode regions of said anode regions are electrically coupled with the anode electrode on the anode surface, and one or more floating anode regions of said anode regions are electrically insulated from the anode electrode, the diode being configured so that charge carriers are injected from said at least one floating anode region into the intrinsic region in response to the applying of a control voltage between the anode electrode and the cathode electrode exceeding a threshold voltage of the diode.
A method for sanitizing the sand of a beach or strand, characterized in that it comprises the steps of: - scattering on the sand to be treated at least one first layer of lime; - mechanically mixing said sand treated with said lime; - optionally repeating the two preceding steps; - mechanically ventilating said sand treated with said lime. - scattering on the sand to be treated at least one first layer of lime; - mechanically mixing said sand treated with said lime; - optionally repeating the two preceding steps; - mechanically ventilating said sand treated with said lime.
A weather and wear resistant seaming apparatus for seaming floor covering sections (1160,1162) having dense or thick backing layers, comprising: an elongated plate having an upper surface and a lower surface, said lower surface being substantially smooth and said upper surface being divided into multiple transversely spaced and longitudinally extending zones including first and second edge zones (210,212) which are laterally spaced by a central zone, said plate being inextendible in both longitudinal and lateral directions; a plurality of sharp, elongated projections extending upwardly at spaced locations from said first and second edge zones (210,212), said projections being nail shaped having a top and an elongated body portion, the top being sharply tapered to promote piercing engagement with a dense or thick floor covering backing and the elongated body extending upwards from the upper surface at an angle of less than 90 degrees; and a pressure sensitive adhesive layer positioned within said central zone and extending substantially entirely the length of said elongated plate, said plate being adapted to be positioned upon a supporting surface and interconnected to said floor covering sections to be seamed by positioning said plate below said floor covering sections (1160,1162) with terminal edge portions of said floor covering sections being fixably engaged with said adhesive layer and with a respective set of said projections and abutting in said central zone. an elongated plate having an upper surface and a lower surface, said lower surface being substantially smooth and said upper surface being divided into multiple transversely spaced and longitudinally extending zones including first and second edge zones (210,212) which are laterally spaced by a central zone, said plate being inextendible in both longitudinal and lateral directions; a plurality of sharp, elongated projections extending upwardly at spaced locations from said first and second edge zones (210,212), said projections being nail shaped having a top and an elongated body portion, the top being sharply tapered to promote piercing engagement with a dense or thick floor covering backing and the elongated body extending upwards from the upper surface at an angle of less than 90 degrees; and a pressure sensitive adhesive layer positioned within said central zone and extending substantially entirely the length of said elongated plate, said plate being adapted to be positioned upon a supporting surface and interconnected to said floor covering sections to be seamed by positioning said plate below said floor covering sections (1160,1162) with terminal edge portions of said floor covering sections being fixably engaged with said adhesive layer and with a respective set of said projections and abutting in said central zone.
A recombinant filamentous fungal cell comprising an inactivated chromosomal gene selected from dpp4 according to SEQ ID NO:13 and functionally homologous sequences having at least 60% sequence identity thereto, and further comprising an inactivated chromosomal gene selected from dpp5 according to SEQ ID NO:15 and functionally homologous sequences having at least 60% sequence identity thereto, wherein the recombinant fungal cell has enhanced expression of a protein of interest, and wherein inactivation occurs by: (i) deletion of part of the coding sequences; (ii) interruptions in the nucleic acid gene sequence; (iii) insertions in the nucleic acid gene sequence; and/or (iv) disruptions of the protein-coding sequence. (i) deletion of part of the coding sequences; (ii) interruptions in the nucleic acid gene sequence; (iii) insertions in the nucleic acid gene sequence; and/or (iv) disruptions of the protein-coding sequence.
An audio signal processing system comprising: a time-frequency conversion unit (161, 22) which converts an audio signal in time domain into frequency domain in frame units so as to calculate a frequency spectrum of the audio signal; a waveform change calculation unit (172, 244) which calculates, as an amount of waveform change, an amount of change of a frequency spectrum of a first frame among the frame units and a frequency spectrum of a second frame among the frame units before the first frame based on the total of the absolute values of the difference of the normalized spectrum of the first frame and the normalized spectrum of the second frame of each of a plurality of sub frequency bands obtained by dividing a frequency band containing the audio signal; and a judgment unit (174, 245) which judges that the type of the noise which is included in the audio signal of the first frame is noise of a plurality of human voices combined when the amount of waveform change is larger than a first threshold value corresponding to the amount of waveform change for one human voice. a time-frequency conversion unit (161, 22) which converts an audio signal in time domain into frequency domain in frame units so as to calculate a frequency spectrum of the audio signal; a waveform change calculation unit (172, 244) which calculates, as an amount of waveform change, an amount of change of a frequency spectrum of a first frame among the frame units and a frequency spectrum of a second frame among the frame units before the first frame based on the total of the absolute values of the difference of the normalized spectrum of the first frame and the normalized spectrum of the second frame of each of a plurality of sub frequency bands obtained by dividing a frequency band containing the audio signal; and a judgment unit (174, 245) which judges that the type of the noise which is included in the audio signal of the first frame is noise of a plurality of human voices combined when the amount of waveform change is larger than a first threshold value corresponding to the amount of waveform change for one human voice.
A connector of construction profiles, in particular for dry construction of walls of buildings and sanitary appliances, which comprises a pair of face plates (1a, 1b) arranged in parallel, each of which is provided with at least two curved edges for attachment to construction profiles, wherein the connector further comprises a clamping element, which transversely connects the face plates (1a, 1b), and at least one suspension member is arranged between the face plates (1a, 1b), characterized in that the suspension member comprises a pair of bases (21a, 21b), each of which is arranged on at least part of the inner surface of the respective face plate (1a, 1b), wherein the bases (21a, 21b) are interconnected by at least one suspension elastic element, which is formed by a longitudinal arm which is bent in the assembled state of the connector.
Monolithic multiple solar cell consisting substantially of elements of the III and V main group of the periodic system, wherein the multiple solar cell comprises at least three sub-cells (12, 14, 16, 18), of which one sub-cell is a GaInAs sub-cell and is constructed on a Ge substrate, characterised in that a semiconductor mirror is arranged under the GalnAs sub-cell and that the semiconductor mirror comprises a plurality of layers of mutually different index of refraction and/or material composition and/or thickness, and wherein the thickness d of the layers of the semiconductor mirror is 10 nm ≤ d ≤ 150 nm and the semiconductor mirror consists of n layers with 10 ≤ n ≤ 50 and the half-width HWB of the semiconductor mirror is 50 nm ≤ HWB ≤ 300 nm and that the semiconductor mirror in a part of the spectral absorption range of the sub-cell or sub-cells (12, 14, 16) arranged above the semiconductor mirror has a high reflectivity and in the spectral absorption range of the sub-cell or sub-cells arranged below the semiconductor mirror has a high transmissivity.
A cap system comprising a screwcap for closure of a threaded opening in a container and a time temperature indicator system, wherein - the time temperature indicator system comprises at least one first section comprising a first composition and at least one second section comprising a second composition; wherein the at least one first section is arranged at a first surface and the at least one second section is arranged at a second surface facing the first surface wherein the first and the second surfaces are arranged to rotate relatively to each other between a first and a second position; - the first composition and the second composition providing a time and temperature dependent visual change in appearance when brought into contact with each other; and - the at least first composition and/or second composition are/is non-flowing; characterized in that - the first composition and second compositions initially are separated in a non-activated position wherein the at least one first section is not aligned with the at least one second section; - the TTI system is activated by moving the cap so that_the at least one first section is rotated relatively to the at least one second section thereby aligning the first section and the second section and providing a surface to surface contact causing - the first composition and the second composition to come into contact with each other during said movement. - the time temperature indicator system comprises at least one first section comprising a first composition and at least one second section comprising a second composition; wherein the at least one first section is arranged at a first surface and the at least one second section is arranged at a second surface facing the first surface wherein the first and the second surfaces are arranged to rotate relatively to each other between a first and a second position; - the first composition and the second composition providing a time and temperature dependent visual change in appearance when brought into contact with each other; and - the at least first composition and/or second composition are/is non-flowing; - the first composition and second compositions initially are separated in a non-activated position wherein the at least one first section is not aligned with the at least one second section; - the TTI system is activated by moving the cap so that_the at least one first section is rotated relatively to the at least one second section thereby aligning the first section and the second section and providing a surface to surface contact causing - the first composition and the second composition to come into contact with each other during said movement.