mhurhangee/ep-ind-claims huggingface dataset:
Control system for controlling electrical actuators (1, 2), the control system comprising at least one actuator in the form of an electrical drive actuator for a shading device or the like and a portable radio remote control having an input keypad, the radio remote control having an up key, a down key and a stop key, a movement operation of the drive actuator being able to be triggered, in a first direction of movement, in particular an opening direction of movement, by actuating the up key and, in a second direction of movement, in particular a closing direction of movement, by actuating the down key and a continuous movement operation of the drive actuator being able to be interrupted by actuating the stop key, at least one actuator being in the form of an electrical lighting actuator, that a dimming operation of the lighting actuator is additionally able to be triggered, in addition to the respective movement operation of the drive actuator, by means of the same actuation of the up key and the down key of the radio remote control, and that an interruption in the dimming operation of the lighting actuator is additionally able to be triggered, in addition to interrupting the respective movement operation of the drive actuator, by means of the same actuation of the stop key of the radio remote control.
Cooking apparatus comprising at least one housing device and at least one cooking cavity having at least one cooking cavity bottom, wherein at least one steam generating device is assigned to the cooking cavity for heating of food and is suitable and formed for supplying steam to the cooking cavity, and wherein at least one foil heating body is arranged on the outer side of the cooking cavity bottom, which is suitable and formed for heating the cooking cavity bottom at least in portions, such that the cooking cavity bottom has at least one shaped portion on which the foil heating body is provided, and that the foil heating body, at least in portions and substantially, engages positively the shaped portion, and the shaped portion has a predetermined maximum filling status for residual water, and at least one temperature sensor is assigned to the foil heating body, characterised in that temperature sensor and at least one safety device are assigned to the foil heating body, wherein the foil heating body is arranged on the shaped portion and/or that the temperature sensor and/or that the least one safety device is arranged on the foil heating body such that the temperature sensor and/or the at least one safety device is substantially assigned to a predetermined maximum filling status of the shaped portion and A) the temperature sensor and at least one safety device are opposite to one another and/or B) the temperature sensor and one of the at least one safety device are arranged on the outer portion of the foil heating body, and a further safety device is provided substantially in the centre on the foil heating body. A) the temperature sensor and at least one safety device are opposite to one another and/or B) the temperature sensor and one of the at least one safety device are arranged on the outer portion of the foil heating body, and a further safety device is provided substantially in the centre on the foil heating body.
The use of polymers, which can be obtained by radical copolymerization of at least one compound of formula, where n represents a number equal to or greater than 3, with at least one compound of formula, where A - represents an anion, for increasing the cleaning performance of washing agents when washing textiles, in particular against antiperspirant stains.
A method of accommodating optical network units (ONUs) having different nominal upstream bitrates in a 10-gigabit per second capable passive optical network system, comprising: the ONUs (120, 130) interpreting bandwidth map allocations for the individual ONUs according to the ONUs' respective nominal upstream bitrates; wherein values of a StartTime parameter of a bandwidth map allocation record point to a fixed set of reference instants within an upstream burst, the fixed set being invariant with respect to a nominal upstream bitrate of a target ONU (120, 130); and the OLT determining a nominal upstream bitrate for each individual ONU (120, 130) by analyzing its associated burst preambles; characterized in that a GrantSize parameter of a bandwidth map allocation record determines a size of an upstream burst in term of fixed size words, said word size being invariant with respect to a nominal upstream bitrate of a target ONU (120, 130); and two unused bits of the GrantSize parameter are used as an offset to improve a granularity of an effective StartTime parameter value. the ONUs (120, 130) interpreting bandwidth map allocations for the individual ONUs according to the ONUs' respective nominal upstream bitrates; wherein values of a StartTime parameter of a bandwidth map allocation record point to a fixed set of reference instants within an upstream burst, the fixed set being invariant with respect to a nominal upstream bitrate of a target ONU (120, 130); and the OLT determining a nominal upstream bitrate for each individual ONU (120, 130) by analyzing its associated burst preambles; characterized in that a GrantSize parameter of a bandwidth map allocation record determines a size of an upstream burst in term of fixed size words, said word size being invariant with respect to a nominal upstream bitrate of a target ONU (120, 130); and two unused bits of the GrantSize parameter are used as an offset to improve a granularity of an effective StartTime parameter value.
An electric induction heating apparatus for induction heating a bulbous end of a longitudinally oriented workpiece, the apparatus comprising a crown inductor (12, 22, 24), a skirt inductor (14, 26) and at least one alternating current power source connected to the crown inductor and skirt inductor; the crown inductor comprising a central longitudinal section (12a, 22a, 24a), a right flank longitudinal section (12b, 22b), and a left flank longitudinal section (12c, 24c), the right and left flank longitudinal sections each having a length shorter than the length of the central longitudinal section and being disposed on opposing sides of the central longitudinal section; the skirt inductor comprising opposing right (14a, 14b, 26a), and left (14c, 14d, 26b) side skirt inductor sections; and the crown inductor and skirt inductor being arranged relative to each other so that a longitudinally oriented workpiece can pass sequentially through the crown inductor and the skirt inductor with the top of the bulbous end passing under the central longitudinal section, the opposing flanks of the bulbous end passing within the right and left flank longitudinal sections, and the opposing sides of the bulbous end passing through the opposing right and left side skirt inductor sections. the crown inductor comprising a central longitudinal section (12a, 22a, 24a), a right flank longitudinal section (12b, 22b), and a left flank longitudinal section (12c, 24c), the right and left flank longitudinal sections each having a length shorter than the length of the central longitudinal section and being disposed on opposing sides of the central longitudinal section; the skirt inductor comprising opposing right (14a, 14b, 26a), and left (14c, 14d, 26b) side skirt inductor sections; and the crown inductor and skirt inductor being arranged relative to each other so that a longitudinally oriented workpiece can pass sequentially through the crown inductor and the skirt inductor with the top of the bulbous end passing under the central longitudinal section, the opposing flanks of the bulbous end passing within the right and left flank longitudinal sections, and the opposing sides of the bulbous end passing through the opposing right and left side skirt inductor sections.
Electrical cable comprising a cable bundle formed by at least two single wires, each single wire comprising a conductor surrounded by insulation, wherein the single wires, in the end assembled state, are adhered to one another or are adhered to a support, characterized in that an adhesive is directly applied at least to the insulation of one of the single wires to form an adhesive layer surrounding the insulation in a sheath-like manner, via which adhesive layer the single wires are adhered to one another or are adhered to a support, wherein the adhesive is formed as an activatable and curable adhesive, which becomes adhesive and/or is cured only following an activation, and in that the cable bundle in the end assembled state does not have a surrounding cable sheath.
A lighting system controller for controlling a networked lighting system comprising one or more lighting units, the lighting system controller arranged for: enabling addition, by a user, of a sensor as a new network node to the networked lighting system, receiving sensor information from the sensor, and providing wireless control signals to the one or more lighting units in dependence upon the received sensor information, wherein the lighting system controller is further arranged for: in response to addition of the sensor, temporarily switch from a normal operation mode to a high sensitivity mode for assisting the user in testing the sensor function, characterized in that: in the high sensitivity mode the lighting system controller is arranged to control the networked lighting system so as to increase a frequency of polling of the sensor by the lighting system controller, such that there is an increased frequency of communications between the lighting system controller and the sensor compared to a frequency of communications in the normal operational mode. enabling addition, by a user, of a sensor as a new network node to the networked lighting system, receiving sensor information from the sensor, and providing wireless control signals to the one or more lighting units in dependence upon the received sensor information, in response to addition of the sensor, temporarily switch from a normal operation mode to a high sensitivity mode for assisting the user in testing the sensor function, characterized in that: in the high sensitivity mode the lighting system controller is arranged to control the networked lighting system so as to increase a frequency of polling of the sensor by the lighting system controller, such that there is an increased frequency of communications between the lighting system controller and the sensor compared to a frequency of communications in the normal operational mode.
A compound of formula including pharmaceutically acceptable salts thereof, wherein R 1 is a nitrile group, or is a five- or six-membered heteroaromatic ring containing from one to three heteroatoms independently selected from nitrogen, oxygen, and sulfur; wherein said heteroaromatic ring is optionally substituted with one or two groups selected from halo, haloC 1-6 alkyl, hydroxyl, amino, C 1-6 alkoxy, and C 1-6 alkyl; A is selected from O and CH 2, or is a bond; B is selected from -(CH 2) n -, -CH=CH-(cis), -CH=CH-(trans), and -(CH 2) n CH(R 3)-; D is selected from O, NR 3, -CH -, -CH(OR 3)-, and -CH(N[R 3] 2)-, or is a bond; E is selected from -(CH 2) n -, -CH=CH-(cis), -CH=CH-(trans), and -(CH 2) n CH(R 3)-; F is selected from O and NR 3, or is a bond; G is selected from -CH 2 -, -CH 2 -CH 2 -, NR 3, and -N(R 3)-CH 2 -; S, T, and U are independently selected from carbon and nitrogen, with the proviso that no more than one of S, T, and U is nitrogen; R 2 is optionally one, two, or three of the following: halogen, C 1-4 alkoxy, OCF 3, C 1-4 alkyl, CN; R 3 is independently C 1-4 alkyl or hydrogen; and n is 0-3. R 1 is a nitrile group, or is a five- or six-membered heteroaromatic ring containing from one to three heteroatoms independently selected from nitrogen, oxygen, and sulfur; wherein said heteroaromatic ring is optionally substituted with one or two groups selected from halo, haloC 1-6 alkyl, hydroxyl, amino, C 1-6 alkoxy, and C 1-6 alkyl; A is selected from O and CH 2, or is a bond; B is selected from -(CH 2) n -, -CH=CH-(cis), -CH=CH-(trans), and -(CH 2) n CH(R 3)-; D is selected from O, NR 3, -CH -, -CH(OR 3)-, and -CH(N[R 3] 2)-, or is a bond; E is selected from -(CH 2) n -, -CH=CH-(cis), -CH=CH-(trans), and -(CH 2) n CH(R 3)-; F is selected from O and NR 3, or is a bond; G is selected from -CH 2 -, -CH 2 -CH 2 -, NR 3, and -N(R 3)-CH 2 -; S, T, and U are independently selected from carbon and nitrogen, with the proviso that no more than one of S, T, and U is nitrogen; R 2 is optionally one, two, or three of the following: halogen, C 1-4 alkoxy, OCF 3, C 1-4 alkyl, CN; R 3 is independently C 1-4 alkyl or hydrogen; and n is 0-3.
Method for transmitting data by a terminal connected to a data relay device via a data channel using time multiplex, said transmitted by the terminal data being forwarded by the relay device, method characterised in that it comprises the following steps, implemented by the terminal: - Receiving an invitation message to transmit data, said invitation message being transmitted by the relay device before a time window guaranteeing the data immediate forwarding by the relay device; - Selecting a set of data to transmit; - Producing a data message to be transmitted, comprising the selected data; - Sending the data message in response to the invitation message. - Receiving an invitation message to transmit data, said invitation message being transmitted by the relay device before a time window guaranteeing the data immediate forwarding by the relay device; - Selecting a set of data to transmit; - Producing a data message to be transmitted, comprising the selected data; - Sending the data message in response to the invitation message.
A passive barrier comprising mitigating means for mitigating explosive blast waves, the mitigating means being transportable prior to being impacted by explosive blast waves and fragmenting when impacted by explosive blast waves, wherein the mitigating means comprises: a foam-comprising, a shock-absorbing layer having opposed first and second outer faces; the passive barrier being characterised in that said mitigating means further comprises a first layer of fragmentable fibreglass affixed directly to at least part of the first outer face of the shock-absorbing layer to form a first structurally-rigid external layer; and a second layer of fragmentable fibreglass affixed directly to at least part of the second outer face of the shock-absorbing layer to form a second structurally-rigid external layer. a foam-comprising, a shock-absorbing layer having opposed first and second outer faces; the passive barrier being characterised in that said mitigating means further comprises a first layer of fragmentable fibreglass affixed directly to at least part of the first outer face of the shock-absorbing layer to form a first structurally-rigid external layer; and a second layer of fragmentable fibreglass affixed directly to at least part of the second outer face of the shock-absorbing layer to form a second structurally-rigid external layer.
A fluid parameter meter to measure at least one parameter of a fluid, the meter comprising: an outer conduit; a sensor element assembly disposed in the outer conduit and having at least one straight uniform sensor element with an open interior to convey the fluid inside of the sensor element assembly; at least one vibration driver (105A, 105B, 106A, 106B) to cause the sensor element assembly to vibrate; and at least one vibration sensor (105A, 105B, 106A, 106B) to sense the vibration of the sensor element assembly; characterized by: at least one mounting flexure (202 - 205) fixedly attached to the sensor element assembly and to the outer conduit to attach the sensor element assembly to the outer conduit, the at least one mounting flexure (202 - 205) being configured to enable the sensor element assembly to vibrate in a natural radial mode shape of vibration. an outer conduit; a sensor element assembly disposed in the outer conduit and having at least one straight uniform sensor element with an open interior to convey the fluid inside of the sensor element assembly; at least one vibration driver (105A, 105B, 106A, 106B) to cause the sensor element assembly to vibrate; and at least one vibration sensor (105A, 105B, 106A, 106B) to sense the vibration of the sensor element assembly; characterized by: at least one mounting flexure (202 - 205) fixedly attached to the sensor element assembly and to the outer conduit to attach the sensor element assembly to the outer conduit, the at least one mounting flexure (202 - 205) being configured to enable the sensor element assembly to vibrate in a natural radial mode shape of vibration.
A method for programming an implantable medical device comprising: assessing the risk of arrhythmic events for the patient based on sensed concentrations of ET-1; selecting programming parameter values based on sensed concentrations of ET-1 of a patient, wherein selecting programming parameter values based on the sensed concentrations of ET-1 includes decreasing rate discrimination values if the patient is categorized as having an above average risk of arrhythmic events; and implementing the selected programming parameter values on the implantable medical device. assessing the risk of arrhythmic events for the patient based on sensed concentrations of ET-1; selecting programming parameter values based on sensed concentrations of ET-1 of a patient, wherein selecting programming parameter values based on the sensed concentrations of ET-1 includes decreasing rate discrimination values if the patient is categorized as having an above average risk of arrhythmic events; and implementing the selected programming parameter values on the implantable medical device.
Formwork element comprising a latticework encased in a foil and comprising at least two separate lattice plates, wherein the lattice plates are encased by a common foil and the foil forms hinges between the individual lattice plates, said hinges permitting to fold the lattice plates one upon the other, characterized in that the lattice plates are additionally connected to one another by a hinge (118b; 118c) that is encased by the foil.
Fixing and carrying device for a disposable absorbent incontinence pad having a hip belt that can be releasably closed on itself by means of belt fastening elements and thus forms a hip opening that is continuous in the circumferential direction, to which hip belt the incontinence pad can be releasably attached so that it can be worn in the crotch region of the user and removed again from the hip belt and discarded after use, the hip belt having a front stomach region, a rear back region and a left and a right side region (18, 20), the hip belt, starting from the back region and the stomach region, having a flap portion (32, 34) which extends in a longitudinal direction in the direction of the crotch region of the user and which has fastening elements (40, 42) on the side thereof facing the body, which fastening elements interact in a releasably adherent manner with complementary fastening elements on the side of the incontinence pad facing away from the body, the incontinence pad having a back region and a stomach region, the dimensions of which are determined by the width of the incontinence pad transversely to the longitudinal direction and the extension in the longitudinal direction from a transverse edge (50, 52) of the incontinence pad up to a distal edge (62, 66) of the front or rear flap portion (32, 34) covering the incontinence pad, characterized in that at least 50% of the back region of the applied incontinence pad is covered by the rear back region of the hip belt and the rear flap portion, and the flap portion has an extension in the longitudinal direction over a distal transverse edge of the stomach or back region facing the crotch in the distal direction toward the crotch region of at least 5 cm, in particular of at least 6 cm, in particular of at least 7 cm, in particular of at least 8 cm, in particular of at least 9 cm, in particular of at least 10 cm, in particular of at most 20 cm, in particular of 10-18 cm, in particular of 10-16 cm.
Method for highly concentrating aqueous solutions containing thermally sensitive organic constituents and with or without mineral constituents, wherein firstly, a major portion of the water is extracted by means of membrane filtration from the solution for pre-concentration and is discharged from the process and the solution which is pre-concentrated in this way is then subjected to a freeze concentration procedure, in which, in the form of separated ice crystallisate, further water is extracted from the solution, wherein that concentration is effected in the freeze concentration procedure until a viscosity of the mother solution of at least 0.0002m 2 /s is achieved, characterized in that the separated ice crystallisate from the freeze concentration with the mother solution adhering thereto as a suspension is returned to the membrane filtration upstream of the membrane filtration or after melting of the ice crystallisate.
A device for detecting filter soiling of a filter system consisting of at least an air filter installed in an air duct and an electrically controlled fan for producing an air flow in the air duct, wherein the device comprises at least a motor controller for controlling the fan motor by means of PWM control and an evaluating apparatus for determining the actual rotational speed (ni) of the fan in accordance with the actual degree of modulation (Ti) of the motor current for achieving the present rotational speed (ni), wherein, in the evaluating apparatus, setpoint value pairs (n setpoint, T setpoint) for the setpoint rotational speed (n setpoint) at a certain degree of modulation (T setpoint) are also stored, as well as a comparator formed to compare the actual value pairs (ni, Ti) with the setpoint value pairs (n setpoint, T setpoint) and to determine therefrom as well as from the interim circuit voltage and the interim circuit current the degree of filter soiling.
A method of forming a nipple for a baby bottle, comprising: forming a first conical wall section; forming a second conical wall section molded adjacent the first conical wall section; preventing inwards depression of the second conical wall section; characterized by forming a vent hole in a side wall of the first conical wall section; and providing a flap at an end of the vent hole to allow air to enter the nipple when in use but to close the vent hole when suction on the nipple ceases; and cutting an opening through the second conical wall section into an interior section of the nipple while preventing said inwards depression of the second conical wall section. forming a first conical wall section; forming a second conical wall section molded adjacent the first conical wall section; preventing inwards depression of the second conical wall section; characterized by forming a vent hole in a side wall of the first conical wall section; and providing a flap at an end of the vent hole to allow air to enter the nipple when in use but to close the vent hole when suction on the nipple ceases; and cutting an opening through the second conical wall section into an interior section of the nipple while preventing said inwards depression of the second conical wall section.