mhurhangee/ep-ind-claims huggingface dataset:
A hybrid construction machine having a prime mover, an ignition switch for starting and stopping the prime mover, a hydraulic pump which is driven by the prime mover, a swing structure, an electric motor for driving the swing structure, an electricity storage device which is connected to the electric motor, an inverter for driving the electric motor, hydraulic actuators which are driven by the hydraulic pump, a swing brake which is driven by hydraulic pressure and stops the rotation of the swing structure, a swing control lever device which is used for commanding the driving of the swing structure, and an inverter controller which outputs a PWM signal to the inverter and thereby controls the revolution speed of the electric motor; characterized in that the hybrid construction machine comprises: a gate lock lever switch which is used for selecting whether to mobilize or immobilize the hydraulic actuators, a first electric circuit including blocking means which blocks the PWM signal outputted from the inverter controller to the inverter in response to either an immobilization selection inputted through the gate lock lever switch or an OFF selection inputted through the ignition switch; and a second electric circuit including a swing brake solenoid valve which activates the swing brake in response to either the immobilization selection inputted through the gate lock lever switch or the OFF selection inputted through the ignition switch. a gate lock lever switch which is used for selecting whether to mobilize or immobilize the hydraulic actuators, a first electric circuit including blocking means which blocks the PWM signal outputted from the inverter controller to the inverter in response to either an immobilization selection inputted through the gate lock lever switch or an OFF selection inputted through the ignition switch; and a second electric circuit including a swing brake solenoid valve which activates the swing brake in response to either the immobilization selection inputted through the gate lock lever switch or the OFF selection inputted through the ignition switch.
An apparatus comprising: a circuit board configured to propagate an electromagnetic signal; a waveguide configured to propagate an electromagnetic signal, wherein the waveguide comprises: a first block including a first half of a waveguide channel formed into the first block; and a second block including a second half of the waveguide channel formed into the second block, wherein the first block and the second block are joined together in a split block construction such that the first half of the waveguide channel and the second half of the waveguide channel are combined to form the waveguide channel; and a coupling port (212, 252, 262, 404) configured to couple a signal between the circuit board and the waveguide, wherein the coupling port comprises a through-hole formed through a surface of the first block, the through-hole of the coupling port having portions of different dimensions based on a desired impedance of the coupling port. a circuit board configured to propagate an electromagnetic signal; a waveguide configured to propagate an electromagnetic signal, wherein the waveguide comprises: a first block including a first half of a waveguide channel formed into the first block; and a second block including a second half of the waveguide channel formed into the second block, wherein the first block and the second block are joined together in a split block construction such that the first half of the waveguide channel and the second half of the waveguide channel are combined to form the waveguide channel; and a first block including a first half of a waveguide channel formed into the first block; and a second block including a second half of the waveguide channel formed into the second block, wherein the first block and the second block are joined together in a split block construction such that the first half of the waveguide channel and the second half of the waveguide channel are combined to form the waveguide channel; and a coupling port (212, 252, 262, 404) configured to couple a signal between the circuit board and the waveguide, wherein the coupling port comprises a through-hole formed through a surface of the first block, the through-hole of the coupling port having portions of different dimensions based on a desired impedance of the coupling port.
An ampholytic polymeric system obtainable by a process comprising the copolymerisation of (i) a monomer according to Formula and (ii) an ethylenically unsaturated cationic monomer in the presence of (iii) a (co)polymer comprising an ethylenically unsaturated anionic monomer which comprises a sulfonate group: wherein X is NR 2, R 1 and R 2 are independently selected from the group consisting of hydrogen and C 1 -C 6 alkyl groups or wherein R 1 and R 2 form together a (CR 1 R 2) n -chain, wherein n is 3 to 12, and wherein R 3 is independently selected from the group consisting of hydrogen and CH 3.
An implantable device, comprising: a cells/scaffold composition; and an encapsulating device that comprises: a first membrane having an inside and an outside; and a first volume disposed inside the first membrane; wherein the cells/scaffold composition is disposed inside the first membrane and the first membrane has one or more of the following characteristics: semi-permeable; biocompatible; biodegradable; and resorbable, characterised in that the encapsulating device further comprises: a second membrane having an inside and an outside, wherein the first membrane is encapsulated inside the second membrane; a second volume that is disposed outside the first membrane and that is disposed inside the second membrane; and a structure for adding fluid to the second volume, removing fluid from the second volume, or both; wherein the second membrane has one or more of the following characteristics: biocompatible; hermetic to fluid; permeable to oxygen; resorbable; biodegradable; and expandable. a cells/scaffold composition; and an encapsulating device that comprises: a first membrane having an inside and an outside; and a first volume disposed inside the first membrane; wherein the cells/scaffold composition is disposed inside the first membrane and the first membrane has one or more of the following characteristics: semi-permeable; biocompatible; biodegradable; and resorbable, semi-permeable; biocompatible; biodegradable; and resorbable, characterised in that the encapsulating device further comprises: a second membrane having an inside and an outside, wherein the first membrane is encapsulated inside the second membrane; a second volume that is disposed outside the first membrane and that is disposed inside the second membrane; and a structure for adding fluid to the second volume, removing fluid from the second volume, or both; wherein the second membrane has one or more of the following characteristics: biocompatible; hermetic to fluid; permeable to oxygen; resorbable; biodegradable; and expandable. a second membrane having an inside and an outside, wherein the first membrane is encapsulated inside the second membrane; a second volume that is disposed outside the first membrane and that is disposed inside the second membrane; and a structure for adding fluid to the second volume, removing fluid from the second volume, or both; wherein the second membrane has one or more of the following characteristics: biocompatible; hermetic to fluid; permeable to oxygen; resorbable; biodegradable; and expandable. biocompatible; hermetic to fluid; permeable to oxygen; resorbable; biodegradable; and expandable.
A binding for a sliding board, said binding comprising: a) a base plate (1, 2) which is or can be connected to the sliding board such that it cannot be moved and which comprises an axial guide; b) a first retaining unit and a second retaining unit, one of which serves to hold a toe end of a boot and the other of which serves to hold a heel end of the boot and each of which can be axially adjusted relative to the base plate (1, 2) in the longitudinal direction of the binding in a guiding engagement with the axial guide; c) a coupling rail which extends axially from the first retaining unit to the second retaining unit and can be axially adjusted relative to the base plate (1, 2) and relative to which the first retaining unit can be axially adjusted and to which the second retaining unit is connected such that they can be axially moved together; d) and at least one latching member which can be activated and is mounted such that it can be moved back and forth between a latching position and a release position and which in the latching position axially fixes the first retaining unit and the coupling rail relative to the base plate (1, 2) in a latching engagement and in the release position releases them for an axial adjustment; e) wherein the coupling rail extends beneath the base plate (1, 2) such that it can be axially moved in a channel and is preferably axially guided in the channel. a) a base plate (1, 2) which is or can be connected to the sliding board such that it cannot be moved and which comprises an axial guide; b) a first retaining unit and a second retaining unit, one of which serves to hold a toe end of a boot and the other of which serves to hold a heel end of the boot and each of which can be axially adjusted relative to the base plate (1, 2) in the longitudinal direction of the binding in a guiding engagement with the axial guide; c) a coupling rail which extends axially from the first retaining unit to the second retaining unit and can be axially adjusted relative to the base plate (1, 2) and relative to which the first retaining unit can be axially adjusted and to which the second retaining unit is connected such that they can be axially moved together; d) and at least one latching member which can be activated and is mounted such that it can be moved back and forth between a latching position and a release position and which in the latching position axially fixes the first retaining unit and the coupling rail relative to the base plate (1, 2) in a latching engagement and in the release position releases them for an axial adjustment; e) wherein the coupling rail extends beneath the base plate (1, 2) such that it can be axially moved in a channel and is preferably axially guided in the channel.
A method for heating liquids, including an electrolysis process in an electrolytic cell where the electrolyte is heated and gas is released and a first heat-transferring fluid is heated directly in the electrolyte cell by the heated electrolyte and give its heat in the accumulating vessel which contains the liquid to be heated characterized in that the released gas is Oxy-Hydrogen gas and the temperature of the electrolyte is maintained within the range of 35-65°C and a second heat-transferring fluid is heated with the released Oxy-Hydrogen gas by a gas flame burner, which second heat-transferring fluid is independent from the first heat-transferring fluid and also it gives its heat into the accumulating vessel whereas the rate of heating both heat-transferring fluids is regulated.
A fan section for a gas turbine engine, the fan section comprising: a fan disk (300; 400) comprising a hub (322; 422); and a segmented structural link (302; 402) coupled to the fan disk (300; 400), the segmented structural link (302; 402) comprising: a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face, wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that: the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. a fan disk (300; 400) comprising a hub (322; 422); and a segmented structural link (302; 402) coupled to the fan disk (300; 400), the segmented structural link (302; 402) comprising: a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face, wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that: the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face, wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that: the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees.
A method for voice recognition applicable to an earphone (000, 100) comprising a first microphone (01, 12), characterized by comprising: receiving (S201, S301, S403, S501) a first trigger signal configured to trigger to receive and buffer first audio data; receiving the first audio data via the first microphone (01, 12) and buffering the first audio data in response to the first trigger signal; receiving (S303, S405, S504) a second trigger signal sent later than the first trigger signal and configured to trigger to recognize a first set of audio data comprising the first audio data and second audio data; receiving the second audio data via the first microphone (01, 12), combining the first audio data and the second audio data, and recognizing whether the first set of audio data obtained by combining the first audio data with the second audio data contains data of a wake-on-voice word in response to the second trigger signal; wherein the first audio data is received and buffered in a first duration, the first duration starting from a time point at which the first trigger signal is received and ending at another time point at which the second trigger signal is received; and the second audio data is received in a second duration, the second duration starting from the another time point at which the second trigger signal is received and ending at yet another time point at which whether the first set of audio data contains data of the wake-on-voice word is recognized. receiving (S201, S301, S403, S501) a first trigger signal configured to trigger to receive and buffer first audio data; receiving the first audio data via the first microphone (01, 12) and buffering the first audio data in response to the first trigger signal; receiving (S303, S405, S504) a second trigger signal sent later than the first trigger signal and configured to trigger to recognize a first set of audio data comprising the first audio data and second audio data; receiving the second audio data via the first microphone (01, 12), combining the first audio data and the second audio data, and recognizing whether the first set of audio data obtained by combining the first audio data with the second audio data contains data of a wake-on-voice word in response to the second trigger signal; wherein the first audio data is received and buffered in a first duration, the first duration starting from a time point at which the first trigger signal is received and ending at another time point at which the second trigger signal is received; and the second audio data is received in a second duration, the second duration starting from the another time point at which the second trigger signal is received and ending at yet another time point at which whether the first set of audio data contains data of the wake-on-voice word is recognized.
A method for washing or drying a vehicle, the method comprising determining a longitudinal virtual profile of the vehicle, moving the vehicle and an overhead unit of an apparatus for washing and/or drying the vehicle in relation to one another in a longitudinal direction of the vehicle; determining a position of the overhead unit in relation to the vehicle on the basis of at least one measuring signal (MS, L20, L21) indicating a position of the overhead unit in relation to the vehicle; and controlling the position of the overhead unit in relation to the vehicle by continuously controlling the position of the overhead unit in relation to the vehicle by a basic control of the overhead unit based on the determined position of the overhead unit in relation to the vehicle and by acting on the basic control of the overhead unit, when necessary, by an additional control of the overhead unit based on the longitudinal virtual profile of the vehicle; characterised by acting on the basic control of the overhead unit by changing with the additional control of the overhead unit, on the basis of the determined longitudinal virtual profile of the vehicle, a control signal determined by the basic control on the basis of the at least one measuring signal (MS, L20, L21) and transmitting the changed control signal to a lifting motor of the overhead unit. determining a longitudinal virtual profile of the vehicle, moving the vehicle and an overhead unit of an apparatus for washing and/or drying the vehicle in relation to one another in a longitudinal direction of the vehicle; determining a position of the overhead unit in relation to the vehicle on the basis of at least one measuring signal (MS, L20, L21) indicating a position of the overhead unit in relation to the vehicle; and controlling the position of the overhead unit in relation to the vehicle by continuously controlling the position of the overhead unit in relation to the vehicle by a basic control of the overhead unit based on the determined position of the overhead unit in relation to the vehicle and by acting on the basic control of the overhead unit, when necessary, by an additional control of the overhead unit based on the longitudinal virtual profile of the vehicle; characterised by acting on the basic control of the overhead unit by changing with the additional control of the overhead unit, on the basis of the determined longitudinal virtual profile of the vehicle, a control signal determined by the basic control on the basis of the at least one measuring signal (MS, L20, L21) and transmitting the changed control signal to a lifting motor of the overhead unit.
Coupling element for a multi-joint crank drive of an internal combustion engine, with a coupling lever and a bearing cover, wherein the coupling lever has a first eye for a piston connecting rod of the crank drive, a second eye for an articulation connecting rod of the crank drive, and together with the bearing cover surrounds a third eye for a crank pin of a crank shaft, wherein the coupling lever and the bearing cover abut each other at an outer periphery of the third eye on a separating plane which extends through the centre of the third eye and are screwed to one another by means of two bolts (28, 29), characterised in that the two bolts (28, 29) have parallel longitudinal central axes (32, 33), and the separating plane is tilted at an acute angle (a) in relation to a plane which extends through the centre of the eye and is perpendicular to the longitudinal central axes (32, 33) of the two bolts (28, 29), wherein contact surfaces (34, 35) of the coupling lever and the bearing cover, which are immediately adjacent to the outer periphery of the third eye and are arranged in pairs opposite to each other, are on both sides of the third eye perpendicular to the longitudinal central axes (32, 33) of the two bolts (28, 29).
A method comprising: in a streamer (106A-F) towed by a survey vessel, the streamer comprising a first, second and third networked unit, and characterised in that it further comprises: sensing, by the first networked unit, a first interconnection of a daisy chain, the first interconnection being between the first networked unit and the second networked unit, and determining, by the first networked unit, that a fault condition exists on the first interconnection in response to the sensing; disabling, by the first networked unit, the first interconnection responsive to the fault condition; and enabling, by the first networked unit, a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit. sensing, by the first networked unit, a first interconnection of a daisy chain, the first interconnection being between the first networked unit and the second networked unit, and determining, by the first networked unit, that a fault condition exists on the first interconnection in response to the sensing; disabling, by the first networked unit, the first interconnection responsive to the fault condition; and enabling, by the first networked unit, a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit. disabling, by the first networked unit, the first interconnection responsive to the fault condition; and enabling, by the first networked unit, a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit.
Dry mortar mixture based on at least one hydraulic and/or latently hydraulic binder, which in the made-up and uncured state has firm properties (firm properties determined in accordance with DIN EN 1308, with a slump of < 18 cm, determined in accordance with DIN EN 1015-3), characterized in that it contains at least one representative of a dispersant (a) selected from the group consisting of compound containing at least a branched comb polymer having polyether side chains, naphthalenesulphonate-formaldehyde condensate ("BNS") and melaminesulphonate-formaldehyde condensate ("MFS") in an amount of from 0.01 to 5.0% by weight, based on the total composition of the dry mortar mixture, where all the representatives can be present individually or else in suitable mixtures in the proposed dry mortar mixture, and at least one compound having superabsorbent properties (b) which has a proportion of the monomer component 2-acrylamido-2-methylpropanesulphonic acid ("AMPS") of from 0 to 50 mol%, and/or which is a superabsorbent polymer ("SAP") having anionic and/or cationic properties.