mhurhangee/ep-ind-claims huggingface dataset:
Sanitary switchover valve with - a valve housing which configures - a valve inlet, - a first valve outlet and - a second valve outlet, and with - a valve piston which can be moved - from a first changeover position, in which a fluid which flows in through the valve inlet can be conducted along a first flow path through the first valve outlet, into - a second changeover position, in which the fluid can be conducted along a second flow path through the second valve outlet, and with - a functional element which regulates a fluid flow along the second flow path, characterized - in that the valve piston has a connecting element which connects a first end section of the valve piston in the region of the first valve outlet to a second end section of the valve piston in the region of the second valve outlet, - an external diameter of the connecting element being smaller than an external diameter of the second end section, - the second end section of the valve piston configuring a receiving space, into which the functional element is inserted, - at least one elastic retaining jaw being provided which fixes the functional element in the receiving space, and - the at least one retaining jaw being retained by means of a retaining ring in a position which fixes the functional element. - a valve housing which configures - a valve inlet, - a first valve outlet and - a second valve outlet, and with - a valve inlet, - a first valve outlet and - a second valve outlet, and with - a valve piston which can be moved - from a first changeover position, in which a fluid which flows in through the valve inlet can be conducted along a first flow path through the first valve outlet, into - a second changeover position, in which the fluid can be conducted along a second flow path through the second valve outlet, and with - from a first changeover position, in which a fluid which flows in through the valve inlet can be conducted along a first flow path through the first valve outlet, into - a second changeover position, in which the fluid can be conducted along a second flow path through the second valve outlet, and with - a functional element which regulates a fluid flow along the second flow path, characterized - in that the valve piston has a connecting element which connects a first end section of the valve piston in the region of the first valve outlet to a second end section of the valve piston in the region of the second valve outlet, - an external diameter of the connecting element being smaller than an external diameter of the second end section, - the second end section of the valve piston configuring a receiving space, into which the functional element is inserted, - at least one elastic retaining jaw being provided which fixes the functional element in the receiving space, and - the at least one retaining jaw being retained by means of a retaining ring in a position which fixes the functional element.
A road barrier comprising a guide mounted on a row of supporting elements by means of booms, the road barrier further comprising containers with fluid mounted between the guide and the supporting elements, the containers being configured to absorb the energy of an impact of a vehicle against the guide, characterized in that the containers comprise a controllable fluid outlet control device communicatively connected with a receiver of a control signal.
A terminal apparatus that is configured to communicate with a base station apparatus by using a plurality of cells, comprising: a reception unit configured and/or programmed to receive higher layer signaling at least indicating a first uplink-downlink configuration for each of the plurality of cells, Radio Network Temporary Identifier, RNTI, periodicity to monitor a Physical Downlink Control Channel, PDCCH with the RNTI, subframes within the periodicity to monitor the PDCCH with the RNTI, and an index for each of the plurality of cells, the index indicating one of M pieces of information, each of the M pieces of information indicating a second uplink-downlink configuration, and a control unit configured and/or programmed to configure the subframes to monitor the PDCCH with the RNTI based on at least the received higher layer signaling, wherein the reception unit is configured and/or programmed to monitor, in the configured subframes, the PDCCH with the RNTI in a common search space on a predetermined cell which is one of the plurality of cells, and to receive the M pieces of information included in the PDCCH with the RNTI, each of the configured subframes is indicated by the first uplink-downlink configuration for the predetermined cell as a downlink subframe, and the control unit is configured and/or programmed to determine, for each of the plurality of cells, one second uplink-downlink configuration from the M pieces of information based on the index. a reception unit configured and/or programmed to receive higher layer signaling at least indicating a first uplink-downlink configuration for each of the plurality of cells, Radio Network Temporary Identifier, RNTI, periodicity to monitor a Physical Downlink Control Channel, PDCCH with the RNTI, subframes within the periodicity to monitor the PDCCH with the RNTI, and an index for each of the plurality of cells, the index indicating one of M pieces of information, each of the M pieces of information indicating a second uplink-downlink configuration, and a control unit configured and/or programmed to configure the subframes to monitor the PDCCH with the RNTI based on at least the received higher layer signaling, wherein the reception unit is configured and/or programmed to monitor, in the configured subframes, the PDCCH with the RNTI in a common search space on a predetermined cell which is one of the plurality of cells, and to receive the M pieces of information included in the PDCCH with the RNTI, each of the configured subframes is indicated by the first uplink-downlink configuration for the predetermined cell as a downlink subframe, and the control unit is configured and/or programmed to determine, for each of the plurality of cells, one second uplink-downlink configuration from the M pieces of information based on the index.
Pedal for a bicycle, comprising: - a rotary body intended to be mounted on a pedal axle, - a jaw intended to cooperate with a cleat fastened beneath a sole of a shoe, the jaw being able to move between a holding position in which it contributes to holding a shoe cleat in position on the pedal, and an open position in which it releases a shoe cleat from the pedal, - an elastic return means arranged so as to force the jaw towards the holding position, said pedal comprising: - a stop means, said stop means comprising a first zone of connection (52a, 52b) cooperating with the jaw so as to keep the jaw in the open position against the action of the elastic return means in the absence of a shoe cleat, said stop means comprising a second zone of connection with the body, said stop means extending from its first zone of connection (52a, 52b) towards its second zone of connection, characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position to its open position. - a rotary body intended to be mounted on a pedal axle, - a jaw intended to cooperate with a cleat fastened beneath a sole of a shoe, the jaw being able to move between a holding position in which it contributes to holding a shoe cleat in position on the pedal, and an open position in which it releases a shoe cleat from the pedal, - an elastic return means arranged so as to force the jaw towards the holding position, said pedal comprising: - a stop means, said stop means comprising a first zone of connection (52a, 52b) cooperating with the jaw so as to keep the jaw in the open position against the action of the elastic return means in the absence of a shoe cleat, said stop means comprising a second zone of connection with the body, said stop means extending from its first zone of connection (52a, 52b) towards its second zone of connection, characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position to its open position. - a stop means, said stop means comprising a first zone of connection (52a, 52b) cooperating with the jaw so as to keep the jaw in the open position against the action of the elastic return means in the absence of a shoe cleat, said stop means comprising a second zone of connection with the body, said stop means extending from its first zone of connection (52a, 52b) towards its second zone of connection, characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position to its open position.
Adhesive composition usable in an extrusion-coating process for application onto a substate or in an extrusion-laminating process to bond together several substrates whether or not of different type, over a broad temperature range, comprising: - from 91 to 98 % of an ethylene and alkyl acrylate copolymer, by weight of said composition; - at least one tackifying resin; - processability additives comprising at least one anti-block agent and a slip agent, characterized in that the tackifying resin represents between 1.5 and 5 % by weight of the composition, and said additives represent between 0.5 and 3.5 % by weight of the composition, and in that the anti-block agent in the processability additives represents at least 60 weight % of said additives. - from 91 to 98 % of an ethylene and alkyl acrylate copolymer, by weight of said composition; - at least one tackifying resin; - processability additives comprising at least one anti-block agent and a slip agent,
A remote-control closing device for a vehicle with at least one immovable lock (11 to 13) an the vehicle and with a portable electronic key (20, 30) in possession of an authorised person, wherein the key (20, 30) comprises a display for current data of the closing and operating states of the vehicle as well as a keypad for retrieving this data and for controlling the future closing and/or operating states in the vehicle, wherein both the display (22 to 24) and the keypad (22 to 24) are arranged at the same location in the key and are formed by a touchscreen, wherein the closing device is configured such that when starting the display and/or controlling the key (20 to 30), a code keypad appears on the touchscreen with which the authorised person has to enter the specific PIN number for this key (20, 30) and for the associated vehicle, and the key is or remains operable only if the PIN number entered is correct, wherein in idling mode the touchscreen and the associated electronics are switched off or are held in a power-saving state.
A method for the continuous production of three-dimensional objects according to computer data, wherein a material is applied, layer by layer, on a movable material-receiving means in a process chamber and the material is selectively solidified by a solidifying means comprising a drop generator in the process chamber, these steps being repeated, wherein the material is conveyed during the construction process in a continuous, uninterrupted and uniform manner to an unpacking position, and wherein an application means for the material and an applied material layer of the material are provided such that, in order to apply another material layer, the application means and the material layer are moved with respect to each other in such a manner that the receiving plane of the receiving means is at angle of > 0° to the layer plane of an applied material layer.
Technical cap made of composite material for the capping of fizzy and sparkling wine refermented in a bottle with a neck (200, 300) having a protruding retaining ring or a thread, and provided with a valve, which can be actuated manually from an open position (30 b) to a closed position (30 a), said technical cap being able to be applied to the bottle and including an inner part of a truncated cone shape facilitating the discharge of the yeast agglomerate and sediment contained therein, with the upside down bottle, said technical cap including a pressure-tight sealed interspace or containment chamber after said valve, characterized in that said valve is a rotating hemispherical ball valve actuated by a lever of external rotation, and said interspace or containment chamber delimits the top of the same technical cap, wherein the top has the shape of a removable lid and seals said interspace or containment chamber, said ball valve when is rotated in its closed position (30 a) allows the unloading of the yeast agglomerate which is precipitated in the inner part of the neck of the bottle (200 - 300) and its deposit, by gravity, specific weight and pressure, on the surface of the ball valve, where such yeast will lie as a preservative of fizzy and sparkling and, when said hemispherical ball valve is rotated in its open position (30 b), the yeast and sediment are transiting and stored in the containment chamber, and finally, as a last operation, said hemispherical ball valve is rotated again closed (30 a), the technical cap is removed together with the yeast and sediment present in it and the wine can be tasted in its most pristine and natural form with no added sulphites, and said top can be removed from the body of the same technical cap, to enable the disposal of the yeast agglomeration.
A power supply control device mounted on a vehicle, comprising: a first relay (SMRB) connected to one electrode of a direct-current power supply; a second relay (SMRG) connected to the other electrode of said direct-current power supply; a third relay (SMRP) and a resistive element (Rp) connected in series and connected to said second relay (SMRG) in parallel; a charge unit connected between a first power line electrically connected to said first relay ( SMRB) and a second power line electrically connected to a circuit including said second relay ( SMRG) as well as said third relay ( SMRP) and said resistive element ( Rp) connected in series; a discharging device ( MG1, MG2) configured to discharge said charge unit; and a control device ( 30, 30A), said control device ( 30, 30A) is configured to perform a discharging process to discharge said charge unit by said discharging device ( MG1, MG2) when said charge unit has a voltage exceeding a predetermined value after start of a system of said vehicle, characterized in that said control device ( 30, 30A) is configured to prohibit said discharging process when said first and third relays ( SMRB, SMRP) are determined to be welded. a first relay (SMRB) connected to one electrode of a direct-current power supply; a second relay (SMRG) connected to the other electrode of said direct-current power supply; a third relay (SMRP) and a resistive element (Rp) connected in series and connected to said second relay (SMRG) in parallel; a charge unit connected between a first power line electrically connected to said first relay ( SMRB) and a second power line electrically connected to a circuit including said second relay ( SMRG) as well as said third relay ( SMRP) and said resistive element ( Rp) connected in series; a discharging device ( MG1, MG2) configured to discharge said charge unit; and a control device ( 30, 30A), said control device ( 30, 30A) is configured to perform a discharging process to discharge said charge unit by said discharging device ( MG1, MG2) when said charge unit has a voltage exceeding a predetermined value after start of a system of said vehicle, characterized in that said control device ( 30, 30A) is configured to prohibit said discharging process when said first and third relays ( SMRB, SMRP) are determined to be welded.
Device for extracting silage from a ground-storage type silo that is covered with a silage film, comprising a reel for receiving the silage film; extraction means for extracting silage from an extraction opening of the silo; with the reel and the extraction means being mounted on a frame, said reel being appropriately arranged to ensure that the silage film will extend over the extraction opening and over the extraction means, and said frame having a holding and drive device for the reel and being designed to be movable relative to the silo, and said frame being operatively connected to a means for producing an advancing movement in the longitudinal direction of the silo, wherein the frame has two legs aligned parallel to one another and a strut connecting the two legs to one another, with the two legs partially surrounding the silo in the region of the removal opening, and displacement means being provided on the legs and/or on the strut via which the frame makes contact with the ground, wherein the legs have a bracket mounted thereon which surrounds the top part of the silo, with clamping brackets being arranged on either side of the bracket that are adapted to be pivoted about the longitudinal axis of the bracket, characterized in that a flap means is mounted on the bracket above the silo, which flap means is adapted to be pivoted down in front of the extraction opening.
A system, comprising: a marine vibrator including one or more sensor inputs and one or more actuator outputs, wherein the marine vibrator is configured to generate acoustic output; and a control unit configured to: provide first input signals to the marine vibrator, characterized in that the control unit is further configured to: provide the first input signals including an excitation signal and a high-amplitude, low-frequency signal, wherein the high-amplitude, low-frequency signal has a lower frequency and a higher amplitude than the excitation signal, and wherein the high-amplitude, low-frequency signal is applied to the marine vibrator simultaneously with the excitation signal to decrease friction effects in the marine vibrator; measure, based on the sensor inputs, the acoustic output of the marine vibrator at one or more frequencies higher than those of the high-amplitude, low-frequency signal; and generate initial values for a frequency-domain transfer function between the one or more sensor inputs and the one or more actuator outputs of the marine vibrator based on the first input signals and the measured acoustic output. a marine vibrator including one or more sensor inputs and one or more actuator outputs, wherein the marine vibrator is configured to generate acoustic output; and a control unit configured to: provide first input signals to the marine vibrator, characterized in that the control unit is further configured to: provide the first input signals including an excitation signal and a high-amplitude, low-frequency signal, wherein the high-amplitude, low-frequency signal has a lower frequency and a higher amplitude than the excitation signal, and wherein the high-amplitude, low-frequency signal is applied to the marine vibrator simultaneously with the excitation signal to decrease friction effects in the marine vibrator; measure, based on the sensor inputs, the acoustic output of the marine vibrator at one or more frequencies higher than those of the high-amplitude, low-frequency signal; and generate initial values for a frequency-domain transfer function between the one or more sensor inputs and the one or more actuator outputs of the marine vibrator based on the first input signals and the measured acoustic output. provide the first input signals including an excitation signal and a high-amplitude, low-frequency signal, wherein the high-amplitude, low-frequency signal has a lower frequency and a higher amplitude than the excitation signal, and wherein the high-amplitude, low-frequency signal is applied to the marine vibrator simultaneously with the excitation signal to decrease friction effects in the marine vibrator; measure, based on the sensor inputs, the acoustic output of the marine vibrator at one or more frequencies higher than those of the high-amplitude, low-frequency signal; and generate initial values for a frequency-domain transfer function between the one or more sensor inputs and the one or more actuator outputs of the marine vibrator based on the first input signals and the measured acoustic output.
A container comprising portion packets of a tobacco or non-tobacco snuff composition having a water content from 10 wt% to 90 wt% based on the total weight of the final composition, wherein said portion packets are individually wrapped in a permeable material, characterized in that the portion packets are held in place on an interior surface of the container by an adhesive.
Push/pull rod comprising: at least one first fastening device with a coupling element and with a shaft arranged on the latter, at least one first connecting piece, which first fastening device is rotatably connected to the first connecting piece via a threaded arrangement so as to enable varying the length of the push/pull rod, a holding device with first and second holding elements which face one another when viewed in the axial direction and interact with one another, which holding elements are pressed against one another by means of a spring member, with the first holding element of the holding device being non-rotatably connected to the first connecting piece and the second holding element thereof being non-rotatably arranged on the first fastening device, wherein the spring member acts between a region on the first connecting piece and a region on the second holding element, in which case the holding elements releasably lock the rotary movement of the first fastening device relative to the first connecting piece in a plurality of rotational positions with a predetermined locking force, which first connecting piece comprises a main body and a sleeve, which latter engages at least around part of the two holding elements and the spring member and to which the main body is connected, which sleeve has an inner diameter that ensures relative movement of the holding elements with respect to one another and of the spring member, with the sleeve being fixed with respect to the main body at least in the axial direction, and the first connecting piece holding the holding device with the spring member in both axial directions, which holding device is designed as a latching device having a first latching element and a second latching element, with the second latching element having a plurality of latching lugs which engage in latching grooves of the first latching element, and with the first latching element likewise having a plurality of latching lugs which engage in latching grooves of the second latching element, characterized in that, in case of the second latching element, at least one latching lug is firmly arranged on a spring member.
A coating system comprising: a water-dispersible alkyd resin comprising the reaction product of 65 to 75 wt% of a polyester feedstock comprising at least one resin with a polyester backbone, wherein the polyester backbone of the feedstock is made from recycled polyethylene terephthalate reacted with a hydroxyl-functional compound, wherein the recycled PET is post-consumer green flake PET; and 25 to 35 wt% of a waste cooking oil feedstock selected from yellow grease. a water-dispersible alkyd resin comprising the reaction product of 65 to 75 wt% of a polyester feedstock comprising at least one resin with a polyester backbone, wherein the polyester backbone of the feedstock is made from recycled polyethylene terephthalate reacted with a hydroxyl-functional compound, wherein the recycled PET is post-consumer green flake PET; and 25 to 35 wt% of a waste cooking oil feedstock selected from yellow grease.