mhurhangee/ep-ind-claims huggingface dataset:
A machine tool for machining a workpiece, comprising a working space, at least one telescopic wall which delimits the working space at least in zones and which has at least one linear guide, more particularly a linear sliding guide, at least between two of its wall parts (6, 7), and comprising a lubricating device which has at least one lubricant line for conveying lubricant, characterized in that the lubricant line has a lubricant opening directed towards at least one wall part (6, 7) for applying lubricant above the linear guide, and the lubricating device comprises at least one wall part (6 and/or 7) at least in zones for guiding the lubricant in the direction of the linear guide, said lubricant being applied by the lubricating device to the wall part (6 and/or 7).
Polycarbonate polymerized from 1.0 to 1.2 mol of a carbonate precursor based on 1 mol of a diphenol mixture, the diphenol mixture comprising 0.05 to 0.8 wt% of an aliphatic polyhydric alcohol-substituted diphenol compound represented by Formula 1 below and 99.2 to 99.95 wt% of a bisphenol compound: wherein R is hydrogen or a C1 to C4 alkyl group, and n is an integer of 10 to 50.
A musical instrument for hearing-impaired persons, comprising a keyboard having a plurality of keys which are connected to force sensors that are operatively connected to an electronic circuit, a base platform on which said keyboard is arranged, at least one light indicator connected to the electronic circuit, at least one pair of vibration transmitting means that conform to a body part of the person and which are connected to said electronic circuit, the electronic circuit comprising a processing device having a vibration intensity variator and at least one screen, characterized in that the electronic circuit is configured to: i) receive the electric signals from the force sensors when the keys of the keyboard are pressed, ii) process the electric signals, and convert them into a sine signal with the fundamental frequency of the musical note corresponding to each of the pressed keys and with amplitude proportional to the force exerted while pressing the keys, iii) amplify the sine signal through the vibration intensity variator, and send the amplified signal to the vibration transmitting means, where the amplified signal is converted into mechanical vibrations according to the amplitude of the sine signal, and iv) associate a specific color to the note of the key that was pressed and send a signal to the at least one light indicator and to the at least one screen, where said color is displayed.
Dishwasher, in particular household dishwasher, having a washing compartment, of which the loading opening can be closed by a door, and having a determination device for determining the position of the door, wherein the determination device comprises a signal transmitter and a signal receiver, wherein a movably mounted element is provided, in and/or on which the signal transmitter or the signal receiver of the determination device for determining the position of the door, in particular the closed end position of said door, is arranged, characterised in that - a cavity, in particular a closing trough, in or on the washing compartment or in or on the door, in particular positionally corresponding in the closed end position of the door, is assigned to the movably mounted element, - the inner contour of the cavity, in particular the closing trough, is embodied so as to be substantially complementary to the external contour of the freely projecting end of the movably mounted element assigned to the cavity. - a cavity, in particular a closing trough, in or on the washing compartment or in or on the door, in particular positionally corresponding in the closed end position of the door, is assigned to the movably mounted element, - the inner contour of the cavity, in particular the closing trough, is embodied so as to be substantially complementary to the external contour of the freely projecting end of the movably mounted element assigned to the cavity.
Method for discharging an energy-storage system in a solar panel installation wherein one or more solar panels are coupled to an electricity grid by means of a maximum power point tracking, MPPT, module and a first converter; and wherein the MPPT module is configured to enable the one or more solar panels to supply a maximum power; and wherein the energy-storage system is couplable in parallel between the one or more solar panels and the MPPT module via a second converter; characterized in that the method comprises the following steps: a) measuring an output voltage, the measured output voltage, of the one or more solar panels; and b) based on the measured output voltage, setting an output voltage of the second converter, the setting voltage; and c) coupling the second converter in parallel with the MPPT module to the one or more solar panels for a certain first time interval (ΔT BAT) such that the energy-storage system is discharged; and d) decoupling the second converter; e) repeating steps a), b), c) and d) after a certain second time interval (ΔT MPPT); wherein the certain second time interval at least corresponds to a period which the MPPT module needs to enable the one or more solar panels to supply the maximum power. a) measuring an output voltage, the measured output voltage, of the one or more solar panels; and b) based on the measured output voltage, setting an output voltage of the second converter, the setting voltage; and c) coupling the second converter in parallel with the MPPT module to the one or more solar panels for a certain first time interval (ΔT BAT) such that the energy-storage system is discharged; and d) decoupling the second converter; e) repeating steps a), b), c) and d) after a certain second time interval (ΔT MPPT); wherein the certain second time interval at least corresponds to a period which the MPPT module needs to enable the one or more solar panels to supply the maximum power.
A sleeve-type coal material decomposition apparatus for the continuous operation including kiln body being characterized in that: the inside of said kiln body is set with multiple annular layered spaces for propulsion and decomposition of coal material and multiple annular layered spaces for heating centered on the axis of kiln body; said annular layered spaces for propulsion and decomposition of coal material and annular layered spaces for heating are in multilayer alternating arrangement; the number of the said annular layered spaces for propulsion and decomposition of coal material and annular layered spaces for heating is respectively two or more; said annular layered spaces for propulsion and decomposition of coal material and annular layered spaces for heating are isolated from each other; both ends of the said annular layered space for propulsion and decomposition of coal material are respectively connected to the coal inlet and coal outlet on kiln body and are also connected to the decomposition gas collecting mechanism on kiln body.
Method for operating an electrical machine with a block control, characterized in that, as part of a control of a torque of the electrical machine, a precommutation angle (a) is set in such a way that it does not exceed a tilt angle (420, 421) for motor operation and/or generator operation, wherein the tilt angle (420, 421) for motor operation and/or generator operation is determined iteratively during operation.
A bacteria culture medium, in which one kind or several kinds of β-lactam antibiotics and/or salts thereof are premixed, wherein the β-lactam antibiotics and/or the salts thereof premixed in the bacteria culture medium have solubility in water greater than 0mg/ml and less than 10mg/ml at 25°C, wherein the premixed β-lactam antibiotics and/or the salts thereof are benethamine penicillin, cloxacillin benzathine or cephapirin benzathine and wherein concentrations of the premixed β-lactam antibiotics and/or the salts thereof are greater than the solubility of the premixed β-lactam antibiotics and/or the salts thereof in water at 25°C and less than 100mg/ml.
A ground surface access assembly (10, 110), wherein the assembly includes a frame (12, 112) defining an opening in which a cover is receivable, the frame including a wall member which extends around the opening, a support flange extending from an in use lower part of the wall member, the frame including a plurality of cover support surfaces on which one or more covers are mountable in use, characterized in that, the wall member defining pocket spaces which extend outwardly from the opening, the cover support surfaces being located in the pocket spaces.
A light-receiving element comprising a substrate having thereon an amplification layer containing silicon (Si), an absorption layer containing germanium (Ge) and an antireflection layer laminated in this order, wherein the amplification layer has an n-doped n-Si layer and a p-doped p-Si layer on the substrate in this order; the absorption layer contains a p-doped p + -Ge layer; wherein the absorption layer contains an i-Ge layer which is an intrinsic region, and the i-Ge layer and the p-Ge layer are laminated on the amplification layer in this order characterized in that the absorption layer contains a second p-Ge layer between the i-Ge layer and the amplification layer.
A system for securing different first and second drill tools to a drill head including a socket, comprising: a chuck adapted for positioning at least partially within the socket of the drill head, the chuck including a first opening adapted for receiving the first drill tool; and an adapter configured for forming a selective locking engagement within the first opening of the chuck, the adapter including a second opening for receiving the second drill tool, wherein the chuck includes a plurality of internal projections within the first opening and the adapter includes a plurality of external projections alternating in position with the internal projections to form the selective locking engagement, characterized in that the plurality of internal projections comprise a first set of projections having a first circumferential dimension and a second set of projections having a second circumferential dimension greater than the first circumferential dimension, whereby the plurality of external projections on the adapter passes through the first set of projections and move within the second set of projections when the adapter is twisted within the chuck to form a secure locking engagement. a chuck adapted for positioning at least partially within the socket of the drill head, the chuck including a first opening adapted for receiving the first drill tool; and an adapter configured for forming a selective locking engagement within the first opening of the chuck, the adapter including a second opening for receiving the second drill tool, wherein the chuck includes a plurality of internal projections within the first opening and the adapter includes a plurality of external projections alternating in position with the internal projections to form the selective locking engagement, characterized in that the plurality of internal projections comprise a first set of projections having a first circumferential dimension and a second set of projections having a second circumferential dimension greater than the first circumferential dimension, whereby the plurality of external projections on the adapter passes through the first set of projections and move within the second set of projections when the adapter is twisted within the chuck to form a secure locking engagement.
A lightning protector device for laying on a structure that is to be protected, said device comprising at least: • a surface coating comprising at least one conductive paint layer; • a plurality of electrically conductive elements arranged in spaced-apart manner on the structure, said elements being in contact with the conductive paint layer; • a protective coating arranged on the surface coating and comprising a material that is thermally insulating and electrically conductive, the protective coating covering the electrically conductive elements in part. • a surface coating comprising at least one conductive paint layer; • a plurality of electrically conductive elements arranged in spaced-apart manner on the structure, said elements being in contact with the conductive paint layer; • a protective coating arranged on the surface coating and comprising a material that is thermally insulating and electrically conductive, the protective coating covering the electrically conductive elements in part.
A polyethylene composition comprising a base resin having a density of more than 952.0 kg/m 3 and equal to or less than 957.0 kg/m 3, determined according to ISO 1183-1:2004, wherein the composition has a melt flow rate MFR 5 (190°C, 5 kg) of 0.12 to 0.21 g/10min and a flow rate ratio FRR 21/5, being the ratio of MFR 21.6 to MFR 5, of 30 to 55, determined according to ISO 1133, and the composition has a polydispersity index PI within the range of higher than 4.9 Pa -1 and equal to or less than 9.0 Pa -1, determined by dynamic shear measurements complying with ISO 6721-1 and ISO 6721-10.
Method performed by a dual battery system comprising a first battery (B 1) and a second battery, for balancing charge level of the first battery and the second battery, the dual battery system being adapted for powering propulsion of an electric vehicle comprising a first electric motor coupled in driving relationship with one or more rear wheels of the electric vehicle and a second electric motor coupled in driving relationship with one or more front wheels of the electric vehicle, the first battery being adapted to provide electric power for driving the first electric motor and the second battery being adapted to provide electric power for driving the second electric motor, the first battery and the second battery further - with support from a switch arrangement (R1, R2, R3) - being electrically connectable to one another in parallel, electrically connectable to one another in series and electrically disconnectable from one another, the method comprising: - obtaining data and/or information of a predetermined charging event of the electric vehicle referring to estimated timing, remaining time and/or remaining distance for the electric vehicle to reach an electric vehicle supply equipment, EVSE, and/or charging station, - obtaining data and/or information of charge level of the first battery and second battery respectively, and - selecting when the charge level of the first battery and the second battery are unbalanced, a driving scenario which comprises charging and/or discharging of at least one of the first battery and the second battery, the driving scenario effected with support from said switch arrangement (R1, R2, R3) balancing the charge level of the first battery and the second battery in a timely manner prior to arriving at the predetermined charging event to enable charging directly upon arrival at the EVSE and/or charging station. - obtaining data and/or information of a predetermined charging event of the electric vehicle referring to estimated timing, remaining time and/or remaining distance for the electric vehicle to reach an electric vehicle supply equipment, EVSE, and/or charging station, - obtaining data and/or information of charge level of the first battery and second battery respectively, and - selecting when the charge level of the first battery and the second battery are unbalanced, a driving scenario which comprises charging and/or discharging of at least one of the first battery and the second battery, the driving scenario effected with support from said switch arrangement (R1, R2, R3) balancing the charge level of the first battery and the second battery in a timely manner prior to arriving at the predetermined charging event to enable charging directly upon arrival at the EVSE and/or charging station.
Capsule comprising a preferably rotationally symmetrical capsule body with at least one side wall and a base, and a cover which covers the capsule body to form at least one chamber, which contains at least one substance for preparing a liquid food, the cover forming an inlet side and the base forming an outlet side to guide a liquid through the chamber, a separate flow element being held over the base in the capsule via a holding region, the flow element subdividing the chamber into a cover-side part and a base-side part, a passage for the liquid being delimited by opposite sections of the base and the flow element, it being possible for the liquid to flow around and/or through the holding region, characterized in that the passage is formed by - at least two preferably annular webs (13, 14) that are directed towards each other, one web being part of the base and one web being part of the flow element, or - a surface of the flow element and by a preferably annular web on the base. - at least two preferably annular webs (13, 14) that are directed towards each other, one web being part of the base and one web being part of the flow element, or - a surface of the flow element and by a preferably annular web on the base.
Conveyor system for individually packaged items, comprising a control device, a transferring conveyor line and a receiving conveyor line; wherein a) the transferring conveyor line opens sideways into the receiving conveyor line; b) the individually packaged item can be transported on the transferring conveyor line and on the receiving conveyor line; c) the conveyor system is designed to transfer the individually packaged item from the transferring conveyor line to the receiving conveyor line; d) a detector is designed to transmit a position of the individually packaged item to the control device, characterised in that e) the conveyor system for an individually packaged item comprises a controllable electro-adhesion means, and f) the electro-adhesion means is designed to generate electro-adhesion between the individually packaged item and the receiving conveyor line and/or the transferring conveyor line; and g) the control device is adapted to control the electro-adhesion means such that the individually packaged item is transferred from the transferring conveyor line to the receiving conveyor line substantially without changing its orientation. a) the transferring conveyor line opens sideways into the receiving conveyor line; b) the individually packaged item can be transported on the transferring conveyor line and on the receiving conveyor line; c) the conveyor system is designed to transfer the individually packaged item from the transferring conveyor line to the receiving conveyor line; d) a detector is designed to transmit a position of the individually packaged item to the control device, characterised in that e) the conveyor system for an individually packaged item comprises a controllable electro-adhesion means, and f) the electro-adhesion means is designed to generate electro-adhesion between the individually packaged item and the receiving conveyor line and/or the transferring conveyor line; and g) the control device is adapted to control the electro-adhesion means such that the individually packaged item is transferred from the transferring conveyor line to the receiving conveyor line substantially without changing its orientation.
An elevator service request system comprising: a wireless signal apparatus (120, 130) of an elevator system wherein the wireless signal apparatus contains a location notification unit, wherein the wireless signal apparatus (120, 130) broadcasts a corresponding wireless signal(123, 133) and the location notification unit broadcasts corresponding location marker data; an elevator service request application component running at an application layer of an operating system of a personal mobile terminal, wherein the wireless signal (123, 133) is received by the personal mobile terminal; and a wake-up module running at a system layer of the operating system of the personal mobile terminal, wherein the wake-up module is used for waking up the elevator service request application component in response to reception of the location marker data. a wireless signal apparatus (120, 130) of an elevator system wherein the wireless signal apparatus contains a location notification unit, wherein the wireless signal apparatus (120, 130) broadcasts a corresponding wireless signal(123, 133) and the location notification unit broadcasts corresponding location marker data; an elevator service request application component running at an application layer of an operating system of a personal mobile terminal, wherein the wireless signal (123, 133) is received by the personal mobile terminal; and a wake-up module running at a system layer of the operating system of the personal mobile terminal, wherein the wake-up module is used for waking up the elevator service request application component in response to reception of the location marker data.
A circuit arrangement for protecting loads connected to a multiphase network (L1; L2; L3) having an undervoltage and overvoltage switch-off function, a transient overvoltage protector and network reconnection, wherein the respective load is adapted to be connected to the network (L1; L2; L3) by means of a multipole switch and the transient overvoltage protector is provided between the switch and the network (L1; L2; L3), furthermore comprising a network voltage evaluation unit which, for tripping the switch, is connected thereto on the control side and to a reclosing unit, and a voltage supply assembly applied to the network (L1; L2; L3), characterized in that the switch is designed as a fast-tripping, mechanical, low-inductance switch and for carrying pulsed currents, wherein the switch is connected to an energy storage unit which is configured to provide the energy required for tripping the switch irrespective of the network state and the respective phase position, wherein the switch, as a fast-tripping switch, is configured to disconnect the transient overvoltage protector from the network (L1; L2; L3) within a time < 10 ms, and wherein the switch, as a low-inductance switch, is free of thermal tripping devices and is not involved in a residual current evaluation, wherein the transient overvoltage protector has an adjustable protection level which can be adapted or switched over as a function of an output signal of the network voltage evaluation unit when the switch is opened or closed. wherein the respective load is adapted to be connected to the network (L1; L2; L3) by means of a multipole switch and the transient overvoltage protector is provided between the switch and the network (L1; L2; L3), furthermore comprising a network voltage evaluation unit which, for tripping the switch, is connected thereto on the control side and to a reclosing unit, and a voltage supply assembly applied to the network (L1; L2; L3), characterized in that the switch is designed as a fast-tripping, mechanical, low-inductance switch and for carrying pulsed currents, wherein the switch is connected to an energy storage unit which is configured to provide the energy required for tripping the switch irrespective of the network state and the respective phase position, wherein the switch, as a fast-tripping switch, is configured to disconnect the transient overvoltage protector from the network (L1; L2; L3) within a time < 10 ms, and wherein the switch, as a low-inductance switch, is free of thermal tripping devices and is not involved in a residual current evaluation, wherein the transient overvoltage protector has an adjustable protection level which can be adapted or switched over as a function of an output signal of the network voltage evaluation unit when the switch is opened or closed.