mhurhangee/ep-ind-claims huggingface dataset:
Hob system for being inserted into a kitchen worktop, comprising 1.1. at least one vapour extraction device for extracting cooking vapours downwards, with 1.1.1. at least one cooking vapour inlet opening for drawing in cooking vapours in a downward direction, 1.1.2. at least one fan unit for drawing in the cooking vapours, which has a fan wheel and a fan motor for driving the fan wheel in rotation, and 1.1.3. a suction duct for fluid-conducting connection of the at least one cooking vapour inlet opening to the at least one fan unit, which is arranged at least in sections below the fan wheel, and 1.2. at least one hob, with 1.2.1. a hob plate for carrying cooking products, and 1.2.2. at least one hot plate for heating the cooking products arranged on the hob plate, 1.3. wherein the suction duct is designed such that a portion of the cooking vapours is drawn upwardly into the fan unit and the remaining portion of the cooking vapours drawn into the fan unit is drawn downwardly into the fan unit. characterized by an attachment of the fan motor to a supporting structure below the fan wheel. 1.1. at least one vapour extraction device for extracting cooking vapours downwards, with 1.1.1. at least one cooking vapour inlet opening for drawing in cooking vapours in a downward direction, 1.1.2. at least one fan unit for drawing in the cooking vapours, which has a fan wheel and a fan motor for driving the fan wheel in rotation, and 1.1.3. a suction duct for fluid-conducting connection of the at least one cooking vapour inlet opening to the at least one fan unit, which is arranged at least in sections below the fan wheel, and 1.1.1. at least one cooking vapour inlet opening for drawing in cooking vapours in a downward direction, 1.1.2. at least one fan unit for drawing in the cooking vapours, which has a fan wheel and a fan motor for driving the fan wheel in rotation, and 1.1.3. a suction duct for fluid-conducting connection of the at least one cooking vapour inlet opening to the at least one fan unit, which is arranged at least in sections below the fan wheel, and 1.2. at least one hob, with 1.2.1. a hob plate for carrying cooking products, and 1.2.2. at least one hot plate for heating the cooking products arranged on the hob plate, 1.3. wherein the suction duct is designed such that a portion of the cooking vapours is drawn upwardly into the fan unit and the remaining portion of the cooking vapours drawn into the fan unit is drawn downwardly into the fan unit. characterized by an attachment of the fan motor to a supporting structure below the fan wheel. 1.2.1. a hob plate for carrying cooking products, and 1.2.2. at least one hot plate for heating the cooking products arranged on the hob plate, 1.3. wherein the suction duct is designed such that a portion of the cooking vapours is drawn upwardly into the fan unit and the remaining portion of the cooking vapours drawn into the fan unit is drawn downwardly into the fan unit.
Grill pan made of metal with several cross-section roof-shaped grill portions that are arranged adjacent to each other, wherein at least one grill portion has two side walls running along a longitudinal direction, which are arranged in reversed U or V-shape, and a support surface for food to be grilled formed by the side walls, running in the longitudinal direction of the grill portion, the support surface being level, running parallel to an upper extension plane of the grill pan and having a width (b), which lies between 25% and 200% of a middle sheet thickness (d) of the side walls of the grill portion, characterized in that the grill pan has an original thickness (d) matching the middle sheet thickness (d) of the side walls and is produced by stamping.
An electronic device, comprising: a housing including a mounting hole (215; 402) in which a battery module (260; 300) is mounted; and a printed circuit board disposed adjacent to the mounting hole (215; 402) and electrically connected with the battery (260; 300), wherein the battery (260; 300) comprises: a battery cell (310; 410) having a connector (311; 411) projecting in a first direction, a terminal circuit (320; 420) including at least one connecting terminal electrically connected with the connector (311; 411), a supporting case (330; 430) disposed at a side of the battery cell (310; 410), seating the terminal circuit (320; 420) therein, and having an opening to expose at least part of the at least one connecting terminal of the terminal circuit (320; 420), and at least one upper film unit (340; 440; 540) disposed on an upper portion of the battery cell (310; 410), facing a surface of the supporting case (330; 430) to protect the battery cell (310; 410) or the terminal circuit (320; 420). a housing including a mounting hole (215; 402) in which a battery module (260; 300) is mounted; and a printed circuit board disposed adjacent to the mounting hole (215; 402) and electrically connected with the battery (260; 300), wherein the battery (260; 300) comprises: a battery cell (310; 410) having a connector (311; 411) projecting in a first direction, a terminal circuit (320; 420) including at least one connecting terminal electrically connected with the connector (311; 411), a supporting case (330; 430) disposed at a side of the battery cell (310; 410), seating the terminal circuit (320; 420) therein, and having an opening to expose at least part of the at least one connecting terminal of the terminal circuit (320; 420), and at least one upper film unit (340; 440; 540) disposed on an upper portion of the battery cell (310; 410), facing a surface of the supporting case (330; 430) to protect the battery cell (310; 410) or the terminal circuit (320; 420). a battery cell (310; 410) having a connector (311; 411) projecting in a first direction, a terminal circuit (320; 420) including at least one connecting terminal electrically connected with the connector (311; 411), a supporting case (330; 430) disposed at a side of the battery cell (310; 410), seating the terminal circuit (320; 420) therein, and having an opening to expose at least part of the at least one connecting terminal of the terminal circuit (320; 420), and at least one upper film unit (340; 440; 540) disposed on an upper portion of the battery cell (310; 410), facing a surface of the supporting case (330; 430) to protect the battery cell (310; 410) or the terminal circuit (320; 420).
A method for switching a low voltage contactor connecting a three-phase load and including a coil and three contacts operated by the coil, wherein each of contacts is connected to each of the phases, the method comprising, - providing an electronic control circuit for controlling voltages supplied to the coil, characterized in that the method further comprises steps of - constructing a pre-arranged time point selection scheme including a plurality of time points distributed in a period of the control voltage of the electronic control circuit, - selecting a time point from the pre-arranged time point selection scheme, - supplying the selected time point as a time delay, and - initiating an instant opening command based on the selected time point, wherein the time points are constructed in the pre-arranged time point selection scheme in a way such that the initiated opening commands based thereon are evenly distributed on each of the contacts. - providing an electronic control circuit for controlling voltages supplied to the coil, - constructing a pre-arranged time point selection scheme including a plurality of time points distributed in a period of the control voltage of the electronic control circuit, - selecting a time point from the pre-arranged time point selection scheme, - supplying the selected time point as a time delay, and - initiating an instant opening command based on the selected time point,
Non-protease component or components of bromelain, obtainable by dissolving bromelain base powder in water and heat-treating the solution at 80°C for 1 hr for use in adjuvant therapy during wound healing.
Composite pane with a sun protection and a heat protection function comprising an outer pane with an outer surface and an inner surface, an inner pane with an outer surface and an inner surface, and a thermoplastic intermediate layer, comprising at least - a sun protection coating at least on the inner surface, on the outer surface, or in the thermoplastic intermediate layer, and - a heat protection coating on the inner surface, wherein the sun protection coating comprises at least one functional layer, which contains at least silver, and wherein the heat protection coating comprises at least one functional layer, which contains at least one metal from the group consisting of niobium, tantalum, molybdenum, and zirconium, wherein the outer pane and the inner pane have a transmission in the visible spectral range greater than 70%, and wherein the composite pane has a transmission in the visible spectral range of less than 25%, particularly preferably less than 10%. - a sun protection coating at least on the inner surface, on the outer surface, or in the thermoplastic intermediate layer, and - a heat protection coating on the inner surface,
Safety device for headlights with laser light sources, which is set up for switching off laser light sources in safety-critical states, a headlight unit having at least one laser light source, a light converter and an optical system, a monitoring arrangement is arranged to emit control signals (sta, sts, stv) in the presence of safety-critical states and a headlamp control is arranged to switch off/maintain the at least one laser light source switched off when such control signals (sta, sts, stv) are supplied, characterized in that the safety device has a subsystem on the vehicle side and a subsystem on the headlamp side, the two subsystems are connected via an interface and are set up to exchange safety-relevant signals (sa1, sa2, sa3, sL, sP, sB, sC, sD), and at least one additional headlamp is provided as well as a switching means controlled by the headlamp control, which switches on the additional headlamp when the laser light source is switched off, where the headlamp control is supplied with the signal (sv) of a speed sensor (Sv), the headlamp control being set up to switch the laser light source off and the auxiliary headlamp on when the vehicle speed (v 0) falls below a predeterminable vehicle speed.
Decorative cover for a motor vehicle wheel with an axis of rotation and a hub bore or centre bore which opens out on a visible side or outer side of the wheel and is coaxial with respect to the axis of rotation, with a cover element which covers a predominant part of the visible side or outer side of the wheel, and with a fastening element for fastening the cover element to the wheel, said fastening element being provided with latching means for releasable latching within the hub bore or centre bore, characterized in that the fastening element is provided with a thread which is coaxial with respect to the axis of rotation of the wheel, and in that the cover element is provided on its inner side, which is opposite the visible side or outer side of the wheel, with a thread which is complementary to the thread of the fastening element.
Process for producing an electrolyte capacitor, in which a capacitor body at least comprising a porous electrode body of an electrode material and a dielectric which covers the surface of this electrode material, a solid electrolyte at least containing an electrically conductive material which partly or fully covers the dielectric surface, is subjected to application of at least one dispersion a1) which comprises at least particles b1) of an electrically conductive polymer and a dispersant d1), and an electrically conductive polymeric intermediate layer is formed by at least partly removing the dispersant d1), and of at least one dispersion a2) which comprises at least particles b2) of an electrically conductive polymer having a mean diameter of 70-1000 nm, a dispersant d2) and a binder c2), and an electrically conductive polymeric outer layer is formed by at least partly removing the dispersant d2) and/or curing the binder c2), characterized in that the dispersion a1) comprises a binder c1) and the particles b1) of the conductive polymer in dispersion a1) have a mean diameter of 1- 60 nm.
A method for constructing an optical network, the method comprising: connecting each of a plurality of nodes in an optical network to an all optical switching central node via a set of optical superchannels, wherein each of the optical superchannels includes of a set of wavelength subchannels and has a bounded data rate; and wherein the all optical switching central node is configured to perform wavelength selective switching among the subchannels of these superchannels at the all optical switching central node, characterized by further comprising calculating (1110,1120, 1130, 1240, 1710), for each permutation of permutations of the plurality of non-central nodes, a superchannel spectrum requirement of the respective permutation, identifying (1250, 1720) a permutation having a minimal superchannel spectrum requirement for minimizing a total superchannel bandwidth; assigning subchannel spectrum and superchannel spectrum; and sending commands to superchannel transmitter/receivers to tune to the assigned spectrum for communication. connecting each of a plurality of nodes in an optical network to an all optical switching central node via a set of optical superchannels, wherein each of the optical superchannels includes of a set of wavelength subchannels and has a bounded data rate; and wherein the all optical switching central node is configured to perform wavelength selective switching among the subchannels of these superchannels at the all optical switching central node, characterized by further comprising calculating (1110,1120, 1130, 1240, 1710), for each permutation of permutations of the plurality of non-central nodes, a superchannel spectrum requirement of the respective permutation, identifying (1250, 1720) a permutation having a minimal superchannel spectrum requirement for minimizing a total superchannel bandwidth; assigning subchannel spectrum and superchannel spectrum; and sending commands to superchannel transmitter/receivers to tune to the assigned spectrum for communication.
A cooking device and particularly a cooktop, comprising a main gas pipe carrying gas; at least one gas burner whereto the gas is transmitted by means of this gas pipe or by means of a gas collector pipe; at least one spark plug positioned at a vicinity of the gas burner in order to provide flaming of the gas arriving at the gas burner; a transformer which is in connection to the spark plug and whereon at least one socket is provided; a connection part which provides the transformer to be positioned on the pipes (15, 16); a jaw providing clamping to the pipe (15, 16) in the connection part, characterized by comprising a support piece having a connection end disposed into the socket; a body which begins from the connection end and which extends towards the jaw; a tightening part which extends to the inner surface of the jaw at the continuation of the body and which applies pressure force to the pipe (15, 16) surface the transformer is connected thereto and wherein said support piece is made of metal.
Assembly with at least one composite pipe and at least one coupling piece connected with the composite pipe in a connecting region, wherein the composite pipe comprises a multi-layered pipe wall with at least one outer plastic sheath and at least one inner plastic sheath and at least one reinforcement arranged between the outer plastic sheath and the inner plastic sheath, and the outer plastic sheath and the inner plastic sheath are in each case materially bonded, in particular fused together with the coupling piece in the connecting region, wherein the outer plastic sheath and the inner plastic sheath extend into the coupling piece to different depths in an axial longitudinal direction of the composite pipe, characterised in that, viewed in a longitudinal section along the axial longitudinal direction of the composite pipe, the outer plastic sheath and the inner plastic sheath together form a step-formed structure of the pipe wall in the connecting region.
An anti-PD-L1 antagonist antibody or antigen-binding fragment thereof and an anti-TIGIT antagonist antibody or antigen-binding fragment thereof for use as a medicament.
System comprising a battery formed of a plurality of battery modules (BATI, BATN-1, BATN) arranged in series, each module being provided with a switch and a diode that are arranged in series and connected in parallel with the module, the system further comprising a capacitor configured to be connected both directly, by an electrical connection, to a point located between the diode and the switch of each module and directly to the negative terminal of the battery, and a load connected in parallel with the capacitor, characterized in that it comprises means for controlling the switch of a module (BATN) on the basis of the variation of the frequency of a pulse-width modulation signal that has a duty cycle (δ) which varies between 0% and 100%.
A conveying and marking apparatus comprising: a continuous flexible conveying belt having a first side and a second side and extending along a transport path; at least one cavity extending through the conveying belt for receiving an individual piece and having a first opening on the first side and a second opening on the second side, wherein said first and second openings are dimensioned to permit printing through said first and second openings on opposite surface areas of an individual piece received in said cavity; a conveyor adapted to move the conveying belt along the transport path, wherein the transport path includes an inclined portion and a linear portion; at least one retaining member (90,180,280) positioned against the second opening of the cavity; a dispenser adapted to dispense an individual piece into the cavity; and a marking unit positioned proximate the linear portion, adapted to mark the piece positioned in the cavity. a continuous flexible conveying belt having a first side and a second side and extending along a transport path; at least one cavity extending through the conveying belt for receiving an individual piece and having a first opening on the first side and a second opening on the second side, wherein said first and second openings are dimensioned to permit printing through said first and second openings on opposite surface areas of an individual piece received in said cavity; a conveyor adapted to move the conveying belt along the transport path, wherein the transport path includes an inclined portion and a linear portion; at least one retaining member (90,180,280) positioned against the second opening of the cavity; a dispenser adapted to dispense an individual piece into the cavity; and a marking unit positioned proximate the linear portion, adapted to mark the piece positioned in the cavity.
A built-in electromechanical equipment for the control and command of devices in a building, comprising - a cover plate, - a functional frame, coupled to said cover plate, - a socket holder frame and - a mounting box, so that said socket holder frame is fastened to said mounting box and said functional frame is held tightly to said mounting box as it is compressed by said socket-holder frame locked by screws which are screwed on eyes of said mounting box, wherein said mounting box contains a power supply device and said functional frame has a lower protruding rim on which a series of sensors (34, 28, 27, 39) are positioned, said functional frame being equipped with an electronic circuit, which comprises a series of RGB LEDs, a microcontroller and a series of communication ports (40, 41, 42), wherein said microcontroller is configured to analyse, control, and manage said series of communication ports (40, 41, 42) and said sensors (34, 28, 27, 39) and also manage said RGB LEDs in order to adjust their brightness, said microcontroller being formed mainly by a smartphone, and the built-in electromechanical equipment further comprising a light guide being placed in between said cover plate and said functional frame, said light guide being coupled to said RGB LEDs and being configured to illuminate in a uniform manner at least one external surface portion of said cover plate, characterized in that said cover plate is provided with a transparent cover, the built-in electromechanical equipment further comprising a plate made of opaline which is placed underneath said cover plate. - a cover plate, - a functional frame, coupled to said cover plate, - a socket holder frame and - a mounting box, so that
A vehicle image capture system, the system comprising a vehicle mounted image capture device being adapted to capture one or more images external of a vehicle, a navigation system comprising a positioning system, and a user interface being arranged to allow a user to input a first position, the image capture device, the navigation system and the user interface being adapted to communicate with each other, the image capture system being adapted to, while said vehicle is driving along a route, compare an instantaneous position of the vehicle with the first position, and if the instantaneous position of the vehicle and the first position are within a predetermined proximity, the image capture device is arranged to capture one or more images, characterized in that the image capture device is arranged to capture one or several images a preselected plural number of times, such as every time, when the instantaneous position of the vehicle and the first position are within a predetermined proximity, resulting in a series of images I 1, I 2, I 3,... I N captured within the predetermined proximity of the first position at different occasions, wherein any amount of time may pass between the occasions, wherein said vehicle image capture system further comprises processing means arranged to sort chronologically the series of images I 1, I 2, I 3,... I N and present the chronologically sorted series of images along a timeline on a display, and that the user interface further is arranged to allow a user to scroll along the timeline for presenting the series of images I 1, I 2, I 3,... I N as a movie clip.