mhurhangee/ep-ind-claims huggingface dataset:
Cleaning device for cleaning at least one container for human excreta, comprising at least one cleaning chamber having at least one fluid device for applying at least one cleaning fluid to the container, wherein the cleaning device has at least one controller, wherein the controller is configured to carry out at least one cleaning programme, wherein the cleaning programme comprises at least one washing step and at least one disinfection step, wherein, in the washing step, the cleaning fluid is applied to the container, and wherein, in the disinfection step, hot steam is applied to the container, wherein the cleaning device has at least one steam generator, wherein the controller is configured to select for the disinfection step a quantity of liquid from a plurality of possible quantities of liquid and to fill a tank of the steam generator with the selected quantity of liquid prior to the disinfection step being carried out, wherein the cleaning device has at least one level sensor for detecting a liquid level in the tank of the steam generator, wherein the level sensor is configured to detect an attainment of at least one determined, predefined or predefinable target level and/or to output a measurement result which characterizes a present level, wherein the cleaning device is configured to fill the tank of the steam generator via at least one overflow from the fluid tank, wherein the cleaning device is configured to carry out prior to the washing step at least one filling step, wherein, in the filling step, the selected quantity of liquid is filled into the tank of the steam generator via the overflow.
Process for the treatment of an industrial effluent loaded with calcium for the purpose of removing all or part of the calcium therefrom, comprising the implementation of the following measures: - the effluent to be treated is led into a zone equipped with a settler; - a part of the effluent is diverted into a diversion line, part withdrawn at the settler outlet, part of between 3% and 25% of the flow exiting from the settler, preferably between 5% and 10% of the flow exiting from the settler, part withdrawn downstream of a high-pressure pump, at a pressure of between 2 and 15 bar, preferably between 3 and 10 bar and more preferentially still between 8 and 10 bar; - at least one injection of gaseous CO 2 into the diverted stream is carried out, thus producing a reduction in the pH of the diverted stream within the range extending from 4 to 6.8, preferably within the range extending from 4.5 to 6; - the return of the diverted stream thus treated to the initial effluent, before its arrival in the settler, or to the settler proper is arranged. - the effluent to be treated is led into a zone equipped with a settler; - a part of the effluent is diverted into a diversion line, part withdrawn at the settler outlet, part of between 3% and 25% of the flow exiting from the settler, preferably between 5% and 10% of the flow exiting from the settler, part withdrawn downstream of a high-pressure pump, at a pressure of between 2 and 15 bar, preferably between 3 and 10 bar and more preferentially still between 8 and 10 bar; - at least one injection of gaseous CO 2 into the diverted stream is carried out, thus producing a reduction in the pH of the diverted stream within the range extending from 4 to 6.8, preferably within the range extending from 4.5 to 6; - the return of the diverted stream thus treated to the initial effluent, before its arrival in the settler, or to the settler proper is arranged.
A method of manipulating a feedback signal for a native feedback controller of an apparatus, the apparatus further comprising a remote controller retrofit to the native controller, the method comprising: sensing a control variable of an actuation unit of the apparatus at a sensor; generating a feedback signal by the sensor based upon the control variable; at the remote controller: receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and at the native controller, controlling operation of the actuation unit of the apparatus based at least in part upon the modified feedback signal. sensing a control variable of an actuation unit of the apparatus at a sensor; generating a feedback signal by the sensor based upon the control variable; at the remote controller: receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and receiving the feedback signal; generating a control signal based upon the feedback signal; combining the control signal and the feedback signal into a modified feedback signal; and transmitting the modified feedback signal to the native controller in lieu of the feedback signal; and at the native controller, controlling operation of the actuation unit of the apparatus based at least in part upon the modified feedback signal.
A rear derailleur assembly for mounting to a bicycle, wherein the bicycle includes a frame, comprising: an upper body portion for operationally engaging the rear derailleur assembly to the frame; a chain cage for engaging a chain of the bicycle; a controller pivotally connected to the upper body portion; a lower body portion operationally connected to the chain cage, pivotally connected to the controller, and pivotally connected to the chain cage about a pivot axis; and a damper assembly configured to provide increased rotational resistance as the chain cage rotates in a first direction about the pivot axis due to increased frictional contact between the damper assembly and the lower body portion; wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction. an upper body portion for operationally engaging the rear derailleur assembly to the frame; a chain cage for engaging a chain of the bicycle; a controller pivotally connected to the upper body portion; a lower body portion operationally connected to the chain cage, pivotally connected to the controller, and pivotally connected to the chain cage about a pivot axis; and a damper assembly configured to provide increased rotational resistance as the chain cage rotates in a first direction about the pivot axis due to increased frictional contact between the damper assembly and the lower body portion; wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction. wherein the lower body portion includes a recess within which the damper assembly is disposed; wherein the damper assembly includes a spring having an outer diameter configured to increase as the chain cage rotates in the first direction about the pivot axis and to decrease as the chain cage rotates in a second direction about the pivot axis; and characterized in that the recess includes a surface configured to engage a portion of the spring with increased frictional contact between the surface of the recess and the portion of the spring as the chain cage rotates in the first direction.
Method for identifying the magnetic anisotropy of an electric rotary field machine comprising a rotor and a stator, the method comprising the steps of setting voltage vector (U 1, U 2, U 3) injection pulses of equal absolute values during an injection interval, detecting a respective current response in form of current difference vectors, and determining the anisotropy from the voltage vectors (U 1, U 2, U 3) and current difference vectors, wherein voltage vector (U 1, U 2, U 3) injection pulses in the three-phase domain are used and the current difference vectors are demodulated using a three-phase rotation matrix, characterized in that three-phase rotation matrix is defined as cos φ cos φ− 4 π 3 cos φ − 2 π 3 cos φ − 2 π 3 cos φ cos φ− 4 π 3 cos φ− 4 π 3 cos φ − 2 π 3 cos φ wherein the angle φ is chosen such that the three-phase rotation matrix comprises only values of ±1 and ±1/2.
A device for bonding a rubber strip comprising an applicator to transport an unvulcanized rubber strip to a non-linear cylinder-like wound body rotationally actuated and to bond the rubber strip around the wound body, wherein the applicator comprises a transporting conveyor having a transporting belt which is rotatably guided by a plurality of guiding rollers and transports the rubber strip on a transporting surface; the transporting surface comprises a transporting surface width centerline extending in a straight line over the entire length of the transporting surface; and the guiding rollers are distributed into forward-side guiding rollers including a foremost-side guiding roller disposed on the foremost side in the transporting direction and backward-side guiding rollers including a backmost-side guiding roller disposed on a backmost side in the transporting direction, characterized in that the forward-side guiding rollers are held tiltibly around the transporting surface width centerline, so that the transporting surface forms a twistable twisting transporting surface portion between a forward-side transporting surface portion supported by the forward-side guiding rollers and a backward-side transporting surface portion supported by the backward-side guiding rollers.
A method of assigning pilot signals to user equipments accessing a radio base station that provides radio access, the method being performed in the base station or in a network node and comprising: receiving, in an uplink phase, an access burst including initial pilot signals from the user equipments, wherein at least two of the user equipments apply simultaneously the same initial pilot signal; estimating, in a downlink phase, a multicast channel to the at least two user equipments based on the received access burst; computing a combined signal power received at the radio base station for the at least two user equipments based on the estimated multicast channel by using channel reciprocity at the radio base station to obtain the channel estimate for the multicast channel to the at least two user equipments based on the same initial pilot signal; and sending, in the downlink phase, a message to the at least two user equipments using the multicast channel, wherein the message is indicative of the combined signal power and assigns different pilot signals to the at least two user equipments, wherein the assignment depends for each of the at least two user equipments on the combined signal power and a signal power received at the respective user equipment. receiving, in an uplink phase, an access burst including initial pilot signals from the user equipments, wherein at least two of the user equipments apply simultaneously the same initial pilot signal; estimating, in a downlink phase, a multicast channel to the at least two user equipments based on the received access burst; computing a combined signal power received at the radio base station for the at least two user equipments based on the estimated multicast channel by using channel reciprocity at the radio base station to obtain the channel estimate for the multicast channel to the at least two user equipments based on the same initial pilot signal; and sending, in the downlink phase, a message to the at least two user equipments using the multicast channel, wherein the message is indicative of the combined signal power and assigns different pilot signals to the at least two user equipments, wherein the assignment depends for each of the at least two user equipments on the combined signal power and a signal power received at the respective user equipment.
A frame for a harness for the wearing of at least one stage prop by a stage performer, comprising: - a backrest suitable for supporting the stage prop and for resting against the back of the artist; and, - elements forming shoulder supports (22,23), suitable for positioning and/or maintaining the harness in place on the artist's shoulders, - wherein the backrest as well as the elements forming the shoulder supports are rigid; and, - wherein the elements forming the shoulder supports are coupled to the backrest by means of elastic coupling elements, characterized in that the backrest comprises a rigid front plate and rear plate, substantially vertical and parallel to each other while being maintained rigidly apart from each other for at least a part of their facing surfaces; and in that the rear plate comprises, in its upper part, a first part folded horizontally towards the front plate, and extended by a second part folded vertically upwards, which rests against the front plate and is fixed to said plate. - a backrest suitable for supporting the stage prop and for resting against the back of the artist; and, - elements forming shoulder supports (22,23), suitable for positioning and/or maintaining the harness in place on the artist's shoulders, - wherein the backrest as well as the elements forming the shoulder supports are rigid; and, - wherein the elements forming the shoulder supports are coupled to the backrest by means of elastic coupling elements, characterized in that the backrest comprises a rigid front plate and rear plate, substantially vertical and parallel to each other while being maintained rigidly apart from each other for at least a part of their facing surfaces; and in that the rear plate comprises, in its upper part, a first part folded horizontally towards the front plate, and extended by a second part folded vertically upwards, which rests against the front plate and is fixed to said plate.
An organic thin film transistor structure, comprising: a gate electrode; an organic active layer overlapping mutually with the gate electrode in a thickness direction of the gate electrode; a source-drain electrode connected with the organic active layer; and a gate insulating layer which is between the gate electrode and the organic active layer, wherein the gate insulating layer comprises a gap configured to accommodate a gas to be detected; wherein the gas to be detected accommodated in the gap is in contact with the organic active layer; wherein the gap comprises a plurality of strip gaps extending substantially in a same direction; the strip gaps overlap mutually with the organic active layer in a thickness direction of the organic active layer; characterised in that: ends of the strip gaps along a length direction protrude from the organic active layer; and the organic active layer does not completely cover the gate insulating layer. a gate electrode; an organic active layer overlapping mutually with the gate electrode in a thickness direction of the gate electrode; a source-drain electrode connected with the organic active layer; and a gate insulating layer which is between the gate electrode and the organic active layer, wherein the gate insulating layer comprises a gap configured to accommodate a gas to be detected; wherein the gas to be detected accommodated in the gap is in contact with the organic active layer; wherein the gap comprises a plurality of strip gaps extending substantially in a same direction; the strip gaps overlap mutually with the organic active layer in a thickness direction of the organic active layer; characterised in that: ends of the strip gaps along a length direction protrude from the organic active layer; and the organic active layer does not completely cover the gate insulating layer. ends of the strip gaps along a length direction protrude from the organic active layer; and the organic active layer does not completely cover the gate insulating layer.
A method for manufacturing a sleeve printing plate comprising a printing plate wound around an outer peripheral surface of a circular cylindrical sleeve body, the method comprising the steps of: a) cutting a sheet material made of a photosensitive resin containing acrylate groups into a predetermined length to obtain the printing plate, said printing plate containing a slip coat formed on its surface; b) winding the printing plate on a holder having the same diameter as the circular cylindrical sleeve body; c) irradiating ultraviolet rays to the printing plate for curing the photosensitive resin; d) after the step c), washing and cooling the printing plate with water to peel off the slip coat; e) after the step d), applying hot air treatment to the printing plate in an oven at a temperature of 135°C to 170°C; f) naturally cooling the printing plate after the hot air treatment; g) adhering the printing plate to the outer peripheral surface of a circular cylindrical sleeve body; and h) forming an image pattern on the printing plate by laser engraving; wherein the hot air treatment and the natural cooling are performed in a state where the printing plate is wound around the holder having the same diameter as the circular cylindrical sleeve body. a) cutting a sheet material made of a photosensitive resin containing acrylate groups into a predetermined length to obtain the printing plate, said printing plate containing a slip coat formed on its surface; b) winding the printing plate on a holder having the same diameter as the circular cylindrical sleeve body; c) irradiating ultraviolet rays to the printing plate for curing the photosensitive resin; d) after the step c), washing and cooling the printing plate with water to peel off the slip coat; e) after the step d), applying hot air treatment to the printing plate in an oven at a temperature of 135°C to 170°C; f) naturally cooling the printing plate after the hot air treatment; g) adhering the printing plate to the outer peripheral surface of a circular cylindrical sleeve body; and h) forming an image pattern on the printing plate by laser engraving;
A system for providing messaging services, comprising: a detector configured to detect a person (510, 602) approaching the system; an indicator communicatively coupled to the detector and configured to, without receiving manual user input after the detector transmits a signal indicating the person (510, 602) approaching the system, output an indication that the system is in a do-not-disturb mode and to prompt the person (510, 602) approaching the system to leave a message; an input device configured to receive a message from the person (510, 602) approaching the system; and a memory device configured to store the message. a detector configured to detect a person (510, 602) approaching the system; an indicator communicatively coupled to the detector and configured to, without receiving manual user input after the detector transmits a signal indicating the person (510, 602) approaching the system, output an indication that the system is in a do-not-disturb mode and to prompt the person (510, 602) approaching the system to leave a message; an input device configured to receive a message from the person (510, 602) approaching the system; and a memory device configured to store the message.
Aqueous cleansing composition for keratin fibres especially for human hair characterised in that it comprises at least one amino acid surfactant of the following structure wherein R 1 is a saturated or unsaturated, straight or branched alkyl chain with 7 to 17 C atoms, R 2 is H or a methyl, R 3 is H, COO - M +, CH 2 COO - M + or COOH, n is 0 to 2, X is COO - or SO 3 and M is independent from each other H, sodium or potassium, at least one glyceryl ether of the following formula wherein R 4 is straight or branched, saturated or unsaturated alkyl chain with 4 to 24 C atoms and R 5 is H, or straight or branched, saturated or unsaturated alkyl chain with 4 to 24 C atoms, at least one fatty alcohol of the following formula R 6 -OH wherein R 6 is straight or branched, saturated or unsaturated alkyl chain with 8 to 24 C atoms and at least one additional anionic surfactant other than amino acid surfactant at a concentration of 2 to 25% by weight calculated to total composition.
Method for producing a liquid cooling jacket of a stator of a dynamoelectric rotary machine, in particular a traction drive, by way of the following steps: - providing a prefabricated base element of a liquid cooling jacket made of a cast material with a shaped cavity, which has at least one inlet opening, at least one outlet opening and at least one casting opening, - removing the casting sand from the cavity of the base element formed of the cast material, characterised by the further step: - closing off the casting openings by means of a cold spraying method, wherein the casting opening is closed by means of a closure element, in which the cold spraying method is used to connect the closure element to the base element and thus to seal off the casting opening, and wherein the closure element and the casting opening each have a slot, into which the material is introduced by means of the cold spraying method. - providing a prefabricated base element of a liquid cooling jacket made of a cast material with a shaped cavity, which has at least one inlet opening, at least one outlet opening and at least one casting opening, - removing the casting sand from the cavity of the base element formed of the cast material, characterised by the further step: - closing off the casting openings by means of a cold spraying method, wherein the casting opening is closed by means of a closure element, in which the cold spraying method is used to connect the closure element to the base element and thus to seal off the casting opening, and wherein the closure element and the casting opening each have a slot, into which the material is introduced by means of the cold spraying method.
A clamping connection for retaining, in a clamping manner, a door leaf made from glass, including a clamping shoe, which surrounds the door leaf at the side of the edges, and at least one adjusting screw for applying a clamping force, wherein the contact surface of the clamping force acts in prolongation of the central axis of the adjusting screw onto the door leaf, characterized in that at least one recess is disposed in the area of the contact surface of the clamping force onto the door leaf at or in at least one lateral side face of the clamping shoe, which recess reduces tension peaks of the clamping force, wherein it is disposed centrally about the central axis of the adjusting screw.