mhurhangee/ep-ind-claims huggingface dataset:
Mobile floor cleaning appliance with at least one cleaning tool (22, 23) for cleaning a floor surface, a cleaning liquid tank, a dirty liquid tank and a suction unit for collecting a cleaning liquid applied to the floor surface and transferring the cleaning liquid to the dirty liquid tank; wherein there is formed in the tank wall of the cleaning liquid tank or of the dirty liquid tank a first recess in which the suction unit is arranged, and which is covered by a first cover element; and wherein the tank wall and/or the first cover element forms/form one or more air conducting channels (76, 79, 83) which extends/extend from the first recess to an opening (77, 80, 84); characterized in that at least one channel area (72, 73, 74) of at least one of the air conducting channels (76, 79, 83) is formed in the bottom wall of the cleaning liquid tank.
An aqueous composition for forming polyolefin dispersion particles dispersed in an epoxy matrix comprising a blend of (i) from 2 to 30 wt.%, based on the total weight of solids in the composition, of (i) an acid or anhydride functionalized polyolefin dispersion or an epoxy adduct thereof, the functionalized polyolefin dispersion having an average particle size of from 0.2 to 5 microns as measured as indicated in the description, and (ii) a dispersion of one or more epoxy resins having an epoxy equivalent weight of from 150 to 4,000 and having an average particle size of from 0.2 to 1.0 microns, wherein the average particle size is measured as indicated in the description and further wherein the functionalized polyolefin dispersion is stabilized with from 2 to 8 wt.%, based on the total weight of solids in the composition, of one or more anionic surfactants, and, further wherein, the composition has a pH of from 3 to 8.
A bidirectional forwarding detection BFD session negotiation method, comprising: generating a first discriminator value according to identification information of a local device; generating a first BFD control packet, wherein the first BFD control packet comprises the first discriminator value; and sending the first BFD control packet to a peer device, so that the peer device performs a session negotiation with the local device according to the first discriminator value; characterized in that the first discriminator value is unique in a local area network to which the local device belongs, wherein the generating a first discriminator value comprises: combining a result, which is obtained by mapping, according to a set mapping algorithm, the identification information of the local device, and a serial number of a session corresponding to the first BFD control packet to form the first discriminator value. generating a first discriminator value according to identification information of a local device; generating a first BFD control packet, wherein the first BFD control packet comprises the first discriminator value; and sending the first BFD control packet to a peer device, so that the peer device performs a session negotiation with the local device according to the first discriminator value; characterized in that the first discriminator value is unique in a local area network to which the local device belongs, wherein the generating a first discriminator value comprises: combining a result, which is obtained by mapping, according to a set mapping algorithm, the identification information of the local device, and a serial number of a session corresponding to the first BFD control packet to form the first discriminator value.
A dual mode power tool for treating a surface, the power tool comprising: - a motor operable in two rotation directions, - a shaft driven by the motor, - a fixing member connectable to a pad, - a bearing enabling rotation of the fixing member around its own axis in two directions, wherein the fixing member is arranged eccentrically to the shaft, - a locking mechanism, and - a housing, wherein an operation mode of the dual mode power tool is changeable by changing rotation direction of the motor, characterized in that the dual mode power tool further comprises a gear rim, and a gear connection of gears of the fixing member and gears of the gear rim, wherein the locking mechanism is arranged to engage the gear rim to the housing when the motor is driven in one rotation direction so as to force the fixing member to rotate around its own axis with a ratio between the gear of the rim and the gear of the fixing member, and wherein the locking mechanism is arranged to disengage the gear rim from the housing when the motor is driven in the other rotation direction so that the fixing member is arranged to rotate freely around its own axis. - a motor operable in two rotation directions, - a shaft driven by the motor, - a fixing member connectable to a pad, - a bearing enabling rotation of the fixing member around its own axis in two directions, wherein the fixing member is arranged eccentrically to the shaft, - a locking mechanism, and - a housing, wherein an operation mode of the dual mode power tool is changeable by changing rotation direction of the motor, characterized in that the dual mode power tool further comprises a gear rim, and a gear connection of gears of the fixing member and gears of the gear rim, wherein the locking mechanism is arranged to engage the gear rim to the housing when the motor is driven in one rotation direction so as to force the fixing member to rotate around its own axis with a ratio between the gear of the rim and the gear of the fixing member, and wherein the locking mechanism is arranged to disengage the gear rim from the housing when the motor is driven in the other rotation direction so that the fixing member is arranged to rotate freely around its own axis.
A heating cooker comprising: a heating chamber in which an object to be heated is stored; a heating unit heating the object to be heated stored in the heating chamber; an imaging unit imaging an inside of the heating chamber; a reading unit extracting a character of heating control information from an attachment attached to the object to be heated and reading that character; and a heating control unit (14, 114) controlling the heating unit based on the heating control information read by the reading unit, wherein the heating control information includes first heating power, heating time at the first heating power, second heating power that differs from the first heating power, and heating time at the second heating power, characterized in that the reading unit includes an error determination unit determining a reading error from the first heating power, the heating time at the first heating power, the second heating power, and the heating time at the second heating power. a heating chamber in which an object to be heated is stored; a heating unit heating the object to be heated stored in the heating chamber; an imaging unit imaging an inside of the heating chamber; a reading unit extracting a character of heating control information from an attachment attached to the object to be heated and reading that character; and a heating control unit (14, 114) controlling the heating unit based on the heating control information read by the reading unit, wherein the heating control information includes first heating power, heating time at the first heating power, second heating power that differs from the first heating power, and heating time at the second heating power, characterized in that the reading unit includes an error determination unit determining a reading error from the first heating power, the heating time at the first heating power, the second heating power, and the heating time at the second heating power.
A device for starting single-phase asynchronous motors, comprising a switching means connected in series to a start winding of a single-phase asynchronous motor, said switching means disengaging said motor after its starting; a dual-control adjustment means driving said switching means as a function of a starting time, which is preset, and a starting voltage, said dual-control adjustment means deriving their power supply from the windings of said single-phase asynchronous motor; said dual-control adjustment means comprising at least one timer circuit, said timer circuit being connected to a gate of said switching means by means of a driver logic support component; said driver logic support component driving said switching means as a function of said starting time and of said repetition time; said dual-control adjustment means further comprising at least one comparator circuit, said comparator circuit having an output connected to said timer circuit; said comparator circuit activating said timer circuit or inhibiting said timer circuit as a function of said starting voltage; wherein, for the repetition time, said timer circuit remains insensitive to the command that arrives from said comparator circuit; said device being characterized in that said dual-control adjustment means comprise at least one low-voltage auxiliary winding, which is derived from the run winding of said single-phase asynchronous motor, for the complete supply of power to said dual-control adjustment means.
A method for the manufacture of the polyunsaturated fatty acid arachidonic acid, eicosapentaenoic acid or docosahexaenoic acid comprising: a) cultivating a host cell under conditions which allow for the production of said polyunsaturated fatty acid in said host cell, wherein said host cell is a plant cell, bacterium, or fungus and comprises a polynucleotide comprising a nucleic acid sequence selected from the group consisting of: (i) a nucleic acid sequence as shown in SEQ ID NO: 1; (ii) a nucleic acid sequence encoding a polypeptide having an amino acid sequence as shown in SEQ ID NO: 2; (iii) a nucleic acid sequence being at least 60% identical to the nucleic acid sequence of (i) or (ii), wherein said nucleic acid sequence encodes a polypeptide having dehydratase/enoyl-CoA reductase activity; (iv) a nucleic acid sequence encoding a polypeptide having dehydratase/enoyl-CoA reductase activity and having an amino acid sequence which is at least 60% identical to the amino acid sequence of (ii); and b) obtaining said polyunsaturated fatty acid from said host cell. a) cultivating a host cell under conditions which allow for the production of said polyunsaturated fatty acid in said host cell, wherein said host cell is a plant cell, bacterium, or fungus and comprises a polynucleotide comprising a nucleic acid sequence selected from the group consisting of: (i) a nucleic acid sequence as shown in SEQ ID NO: 1; (ii) a nucleic acid sequence encoding a polypeptide having an amino acid sequence as shown in SEQ ID NO: 2; (iii) a nucleic acid sequence being at least 60% identical to the nucleic acid sequence of (i) or (ii), wherein said nucleic acid sequence encodes a polypeptide having dehydratase/enoyl-CoA reductase activity; (iv) a nucleic acid sequence encoding a polypeptide having dehydratase/enoyl-CoA reductase activity and having an amino acid sequence which is at least 60% identical to the amino acid sequence of (ii); and (i) a nucleic acid sequence as shown in SEQ ID NO: 1; (ii) a nucleic acid sequence encoding a polypeptide having an amino acid sequence as shown in SEQ ID NO: 2; (iii) a nucleic acid sequence being at least 60% identical to the nucleic acid sequence of (i) or (ii), wherein said nucleic acid sequence encodes a polypeptide having dehydratase/enoyl-CoA reductase activity; (iv) a nucleic acid sequence encoding a polypeptide having dehydratase/enoyl-CoA reductase activity and having an amino acid sequence which is at least 60% identical to the amino acid sequence of (ii); and b) obtaining said polyunsaturated fatty acid from said host cell.
A gear structure spring hinge for household appliances, wherein the hinge comprises a fixing base and a hinge arm, the fixing base being connected to a first gear through a first gear shaft, a crank shaft being provided on a gear surface of the first gear, the crank shaft being movably connected to a pull rod, a spring assembly being sleeved on the pull rod, a front end of the spring assembly being mated with and snap-fitted to the fixing base; and the hinge arm includes a connecting arm and a second gear, the second gear being provided on an end of the connecting arm, the second gear and the connecting arm forming an integral structure, the second gear being connected to the fixing base through a second gear shaft, the second gear being meshed with the first gear, characterized in that the hinge arm further comprises a mounting member with a mounting hole; an anti-detaching positioning groove is provided on a side edge of the connecting arm, both corners of a rear end of the connecting arm being chamfered; and a connecting arm groove for mating and snap-fitting with the connecting arm is provided on the mounting member, an elastic jaw for mating and snap-fitting with the anti-detaching positioning groove being provided on a groove wall of the connecting arm groove.
A drug delivery device for dispensing of a dose of a medicinal product, comprising: - a housing (12, 20;120) having a proximal end and a distal end, - a container comprising the medicinal product, a piston being retained in the container, - a push-pull element (50;150), wherein the push-pull element (50;150) is displaceable in proximal direction for setting of a dose and wherein the push-pull element (50;150) is displaceable in distal direction for dispensing of a dose, - a piston rod (40;140) being coupled with the housing (12, 20;120) and having a distal end to interact with the piston, the piston rod (40;140) being further coupled with the push-pull element (50;150), characterised in that the drug delivery device further comprises: - coupling elements for converting a proximal displacement of the push-pull element (50;150) into a rotational movement of the piston rod (40; 140) and for converting a distal displacement of the push-pull element (50;150) into an axial movement of the piston rod with respect to the housing (12, 20;120), wherein the coupling elements comprise a recess (70; 170) arranged at the piston rod (40;140) and at least one guide and stop element (62, 66; 162) arranged at an inner surface of the device. - a housing (12, 20;120) having a proximal end and a distal end, - a container comprising the medicinal product, a piston being retained in the container, - a push-pull element (50;150), wherein the push-pull element (50;150) is displaceable in proximal direction for setting of a dose and wherein the push-pull element (50;150) is displaceable in distal direction for dispensing of a dose, - a piston rod (40;140) being coupled with the housing (12, 20;120) and having a distal end to interact with the piston, the piston rod (40;140) being further coupled with the push-pull element (50;150), - coupling elements for converting a proximal displacement of the push-pull element (50;150) into a rotational movement of the piston rod (40; 140) and for converting a distal displacement of the push-pull element (50;150) into an axial movement of the piston rod with respect to the housing (12, 20;120), wherein the coupling elements comprise a recess (70; 170) arranged at the piston rod (40;140) and at least one guide and stop element (62, 66; 162) arranged at an inner surface of the device.
An electrolyte solution comprising a compound of formula: wherein R 101 each individually is an optionally fluorinated organic group; X 101 each individually is halogen, -R c101 or -OR c101, wherein R c101 is alkyl or aryl; p1 is an integer of 1-4; and q1 is an integer satisfying (pl+ql) = 4. R 101 each individually is an optionally fluorinated organic group; X 101 each individually is halogen, -R c101 or -OR c101, wherein R c101 is alkyl or aryl; p1 is an integer of 1-4; and q1 is an integer satisfying (pl+ql) = 4.
Method for activating a drive of a pedal-driven vehicle, in particular an electric bicycle, wherein the method • detects a rotational movement variable, which represents the rotational movement of the pedals by the cyclist, by means of at least one first sensor, and • activates the drive of the vehicle to generate propulsion if the current rotational movement variable exceeds a specified threshold value, characterized in that the method • detects a time-resolved rotational movement variable, which represents the rotational movement of the pedals by the cyclist during a detection period, by means of the at least one first sensor, and • depending on the time-resolved rotational movement variable identifies a driving situation in which the pedals are moved back and forth substantially about the horizontal position, and • continues to activate the drive depending on the identified driving situation to generate propulsion for a specifiable period of time if the current rotational movement variable reaches or falls below the specified threshold value. • detects a rotational movement variable, which represents the rotational movement of the pedals by the cyclist, by means of at least one first sensor, and • activates the drive of the vehicle to generate propulsion if the current rotational movement variable exceeds a specified threshold value, characterized in that the method • detects a time-resolved rotational movement variable, which represents the rotational movement of the pedals by the cyclist during a detection period, by means of the at least one first sensor, and • depending on the time-resolved rotational movement variable identifies a driving situation in which the pedals are moved back and forth substantially about the horizontal position, and • continues to activate the drive depending on the identified driving situation to generate propulsion for a specifiable period of time if the current rotational movement variable reaches or falls below the specified threshold value.
A method for ventilating a heat management system (10; 10') of an internal combustion engine (12; 12'), in which coolant circulates in a plurality of coolant circuits (36, 46, 50; 36'; 46'), characterised in that switched inlets (42, 48, 52; 42'; 48', 52') of a rotary slide valve are opened and closed in a specified sequence in order to ventilate one or more of the coolant circuits (36, 46, 50; 36'; 46') in the direction of the expansion tank via at least one ventilation line (72, 74) which is in a flow connection with a coolant expansion tank, the internal combustion engine (12; 12') during the ventilation operation idling and/or running at increased speed in short intervals.
A method for a channel sounding in a wireless local area network, the method comprising: transmitting, by a device, null data packet announcement, NDPA, frames through four sub-channels each having a 20MHz bandwidth, wherein the NDPA frames are transmitted according to a duplicate frame structure; transmitting, by the device, a null data packet, NDP, following the NDPA frames over the plurality of sub-channels; and receiving, by the device, a report frame over a reception bandwidth from a receiver that has received the NDP and at least one of the NDPA frames, wherein the reception bandwidth is narrower than a total bandwidth through which the NDPA frames and the NDP frame are transmitted, and wherein each of the NDPA frames comprises first bandwidth information indicating a bandwidth used to transmit the NDPA frames. transmitting, by a device, null data packet announcement, NDPA, frames through four sub-channels each having a 20MHz bandwidth, wherein the NDPA frames are transmitted according to a duplicate frame structure; transmitting, by the device, a null data packet, NDP, following the NDPA frames over the plurality of sub-channels; and receiving, by the device, a report frame over a reception bandwidth from a receiver that has received the NDP and at least one of the NDPA frames, wherein the reception bandwidth is narrower than a total bandwidth through which the NDPA frames and the NDP frame are transmitted, and wherein each of the NDPA frames comprises first bandwidth information indicating a bandwidth used to transmit the NDPA frames.
Light module, for lighting and/or signalling of a motor vehicle, comprising: - at least first emission means (2; 102) of a light of a first colour, the first emission means (2; 102) being capable of emitting a light of amber colour to produce the direction indicator function; - at least second emission means (4; 104) of a light of a second colour, the second emission means (4; 104) being capable of emitting a light of a blue and/or green and/or blue-green colour complementing the amber colour, characterized in that it comprises at least one optical element (8; 108) arranged to receive said lights of different colours and to combine them, the colours being complementary to one another such that the combination of said lights produces white light necessary to the production of daytime running lights by the combination of light rays emitted by the first and second emission means, the first (2; 102) and second (4; 104) emission means being capable of emitting light rays inside an optical guide which forms said optical element (8; 108) and which comprises, on one side, an output surface (12; 112) common to the two emission means by which the white light obtained by combination is emitted, and, on the other side, at least one input face (10; 110) opposite which said emission means are positioned, the lights emitted by the first (2; 102) and second (4; 104) emission means being guided towards the common output surface by successive total internal reflections. - at least first emission means (2; 102) of a light of a first colour, the first emission means (2; 102) being capable of emitting a light of amber colour to produce the direction indicator function; - at least second emission means (4; 104) of a light of a second colour, the second emission means (4; 104) being capable of emitting a light of a blue and/or green and/or blue-green colour complementing the amber colour, characterized in that it comprises at least one optical element (8; 108) arranged to receive said lights of different colours and to combine them, the colours being complementary to one another such that the combination of said lights produces white light necessary to the production of daytime running lights by the combination of light rays emitted by the first and second emission means, the first (2; 102) and second (4; 104) emission means being capable of emitting light rays inside an optical guide which forms said optical element (8; 108) and which comprises, on one side, an output surface (12; 112) common to the two emission means by which the white light obtained by combination is emitted, and, on the other side, at least one input face (10; 110) opposite which said emission means are positioned, the lights emitted by the first (2; 102) and second (4; 104) emission means being guided towards the common output surface by successive total internal reflections.
Method for controlling a motor vehicle, comprising the following steps: - guiding the motor vehicle on a road independently of a driver; - detecting an accident situation of the motor vehicle; - detecting an attempt by the driver to intervene in the vehicle guidance; - determining that the intervention attempt is not a guidance attempt; and - maintaining the guidance of the motor vehicle, characterized in that an attention level of the driver before the determination of the accident situation is determined and an intervention attempt by the driver within a time interval determined on the basis of the attention level is determined as not being a guidance attempt. - guiding the motor vehicle on a road independently of a driver; - detecting an accident situation of the motor vehicle; - detecting an attempt by the driver to intervene in the vehicle guidance; - determining that the intervention attempt is not a guidance attempt; and - maintaining the guidance of the motor vehicle, characterized in that an attention level of the driver before the determination of the accident situation is determined and an intervention attempt by the driver within a time interval determined on the basis of the attention level is determined as not being a guidance attempt.