mhurhangee/ep-ind-claims huggingface dataset:
Core temperature sensor for food to be cooked, having at least one first thermoelectric voltage element and one second thermoelectric voltage element, characterised in that - the first thermoelectric voltage element and the second thermoelectric voltage element are electrically interconnected with opposite poles and in series and - an incorrect positioning of the core temperature sensor can be detected from a relative level of an electrical voltage difference (ΔU) between the first thermoelectric voltage element and the second thermoelectric voltage element. - the first thermoelectric voltage element and the second thermoelectric voltage element are electrically interconnected with opposite poles and in series and - an incorrect positioning of the core temperature sensor can be detected from a relative level of an electrical voltage difference (ΔU) between the first thermoelectric voltage element and the second thermoelectric voltage element.
A compound which is 6,6-dimethyl-2-{2-[(1-methyl-1H-pyrazol-5-yl)amino]pyrimidin-4-yl}-5-[2-(morpholin-4-yl)ethyl]-5,6-dihydro-4H-thieno[2,3-c]pyrrol-4-one; methanesulfonic acid.
A lighting-means carrier for a strip-lighting luminaire, comprising: - at least one lighting-means circuit board having light-emitting diodes that can be arranged thereon; - at least one heat sink thermally connected to the lighting-means circuit board; - wherein in a central region, the lighting-means circuit board is rigidly connected to the heat sink, in such a manner that substantially no relative motion between the lighting means circuit board and the heat sink is possible; - wherein in at least two further regions, the lighting-means circuit board is connected to the heat sink in a floating manner, so that the lighting-means circuit board is arranged on the heat sink in such a manner that the lighting-means circuit board can be moved in relation to the heat sink outside of the central region. - at least one lighting-means circuit board having light-emitting diodes that can be arranged thereon; - at least one heat sink thermally connected to the lighting-means circuit board; - wherein in a central region, the lighting-means circuit board is rigidly connected to the heat sink, in such a manner that substantially no relative motion between the lighting means circuit board and the heat sink is possible; - wherein in at least two further regions, the lighting-means circuit board is connected to the heat sink in a floating manner, so that the lighting-means circuit board is arranged on the heat sink in such a manner that the lighting-means circuit board can be moved in relation to the heat sink outside of the central region.
Method for enriching flavouring substances in sourdough, characterized in that the sourdough is fermented in two steps which are substantially independent of one another, with first a first fermentation with lactic acid bacteria and then a second fermentation with propionic acid bacteria being carried out, and in that a step for killing the lactic acid bacteria is carried out between the first fermentation with lactic acid bacteria and the second fermentation with propionic acid bacteria.
A laundry treating apparatus comprising: a cabinet; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module inducing and heating the drum through a magnetic field generated as a current is applied to a coil in which a wire is wound, wherein the induction module includes: a base housing for accommodating the coil; a cover housing comprising a through portion for discharging heat generated from the coil; a permanent magnet housing provided between the base housing and the cover housing, jointed to an upper portion of the base housing and comprising a plurality of holders in which permanent magnets are accommodated, a connector provided with through portions for connecting the plurality of holders and a through portion communicated with the through portion of the cover housing. a cabinet; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module inducing and heating the drum through a magnetic field generated as a current is applied to a coil in which a wire is wound, wherein the induction module includes: a base housing for accommodating the coil; a cover housing comprising a through portion for discharging heat generated from the coil; a permanent magnet housing provided between the base housing and the cover housing, jointed to an upper portion of the base housing and comprising a plurality of holders in which permanent magnets are accommodated, a connector provided with through portions for connecting the plurality of holders and a through portion communicated with the through portion of the cover housing. a base housing for accommodating the coil; a cover housing comprising a through portion for discharging heat generated from the coil; a permanent magnet housing provided between the base housing and the cover housing, jointed to an upper portion of the base housing and comprising a plurality of holders in which permanent magnets are accommodated, a connector provided with through portions for connecting the plurality of holders and a through portion communicated with the through portion of the cover housing.
Multimeter for measuring a plurality of selectable electrical quantities, comprising: - a housing with a housing front side and a housing rear side situated opposite the housing front side, - a display for displaying a setting and/or a measured value, - a first measurement lead with a first rod-shaped contact pin, - a second measurement lead with a second rod-shaped contact pin, - a switch, preferably a rotary switch, for selecting the electrical quantity to be measured, - a first connection socket for connecting the first measurement lead, and - a second connection socket for connecting the second measurement lead, - by means of a magnet arrangement integrated into the housing, the multimeter can be fixed via its housing rear side on a ferromagnetic attachment surface by means of magnetic attraction, and - the first and second contact pin (13a, 13b) can, by means of the magnet arrangement integrated into the housing, be fixed on the housing rear side by means of magnetic attraction, characterized in that the first and second contact pin (13a, 13b) can be fixed in a first and second position on the housing rear side, wherein the first position is a storage position and wherein the second position is a working position, wherein in the working position, at least one of the two contact pins (13a, 13b) is fixed in such a way that its tip protrudes beyond the housing. - a housing with a housing front side and a housing rear side situated opposite the housing front side, - a display for displaying a setting and/or a measured value, - a first measurement lead with a first rod-shaped contact pin, - a second measurement lead with a second rod-shaped contact pin, - a switch, preferably a rotary switch, for selecting the electrical quantity to be measured, - a first connection socket for connecting the first measurement lead, and - a second connection socket for connecting the second measurement lead, - by means of a magnet arrangement integrated into the housing, the multimeter can be fixed via its housing rear side on a ferromagnetic attachment surface by means of magnetic attraction, and - the first and second contact pin (13a, 13b) can, by means of the magnet arrangement integrated into the housing, be fixed on the housing rear side by means of magnetic attraction,
Method for operating a vehicle having a transmission and a braking device during a journey, during which the vehicle, the transmission of which comprises at least one form-fitting shifting element, moves along a carriageway, wherein, during the journey of the motor vehicle, the shifting element of which is movable in form-fitting interaction with at least one further structural element, anti-lock braking is carried out by means of the braking device, in which, by means of a control device of the vehicle, at least one braking torque to be applied to at least one wheel of the vehicle by the braking device in order to brake the wheel is at least temporarily limited to a predeterminable value in order thereby to at least temporarily prevent locking of the wheel relative to the carriageway, wherein, during the anti-lock braking: - at least one value characterizing a change in a rotational speed of the wheel is determined (step S1), and - depending on the value a movement of the shifting element that brings about the form-fitting interaction of the shifting element with the further structural element is at least temporarily prevented (step S2), characterized in that - during the anti-lock braking, at least one braking value characterizing the braking torque is determined, wherein, during the anti-lock braking, the movement bringing about the form-fitting interaction of the shifting element with the further structural element is prevented depending on the determined braking value. - at least one value characterizing a change in a rotational speed of the wheel is determined (step S1), and - depending on the value a movement of the shifting element that brings about the form-fitting interaction of the shifting element with the further structural element is at least temporarily prevented (step S2), characterized in that - during the anti-lock braking, at least one braking value characterizing the braking torque is determined, wherein, during the anti-lock braking, the movement bringing about the form-fitting interaction of the shifting element with the further structural element is prevented depending on the determined braking value.
A communication method of performing a wireless communication operation in a network including a plurality of communication stations having no relation of a control station and a controlled station in which each communication station transmits a periodic beacon in which information with respect to the network is written, the periodic beacon transmission timings of the communication stations being offset, such that beacon signals do not overlap with each other, the communication method comprising the steps of: transmitting a first of the above-mentioned periodic beacons from a communication station; and setting by the communication station a state of reception operation in which (i) a reception operation is performed during periods of time before and after the transmission of said first periodic beacon signal, including a listen-window after transmission of the first periodic beacon signal, and (ii) reception operation is stopped after the listen-window if data addressed to the communication station is not received, generating, at the communication station, data to be transmitted; and at the time of generating the data to be transmitted, setting by the communication station another state of reception operation in which a further reception operation is also performed during a period of time including the transmission of a second of the above-mentioned periodic beacons by a partner station, and including a period of time before and after the transmission of the second beacon. transmitting a first of the above-mentioned periodic beacons from a communication station; and setting by the communication station a state of reception operation in which (i) a reception operation is performed during periods of time before and after the transmission of said first periodic beacon signal, including a listen-window after transmission of the first periodic beacon signal, and (ii) reception operation is stopped after the listen-window if data addressed to the communication station is not received, generating, at the communication station, data to be transmitted; and at the time of generating the data to be transmitted, setting by the communication station another state of reception operation in which a further reception operation is also performed during a period of time including the transmission of a second of the above-mentioned periodic beacons by a partner station, and including a period of time before and after the transmission of the second beacon.
A method of manufacturing a valve body having one or more corrosion-resistant internal surfaces, the method comprising: performing a casting process, comprising pouring a first molten metal material into a mold box to produce a valve body casting (104, 250) made of the first material; and during the casting process, forming a layer of a second material (204, 270) on one or more internal surfaces of the valve body casting (104, 250), the second material (204, 270) having a higher corrosion resistance than the first material, wherein forming the layer comprises: applying, with an additive manufacturing technique, the second material (204, 270) to one or more external surfaces of a core; and inserting the core into the mold box, wherein a portion of the first material binds to the second material (204, 270) on the one or more external surfaces of the core while the first material is poured into the mold box. performing a casting process, comprising pouring a first molten metal material into a mold box to produce a valve body casting (104, 250) made of the first material; and during the casting process, forming a layer of a second material (204, 270) on one or more internal surfaces of the valve body casting (104, 250), the second material (204, 270) having a higher corrosion resistance than the first material, wherein forming the layer comprises: applying, with an additive manufacturing technique, the second material (204, 270) to one or more external surfaces of a core; and inserting the core into the mold box, wherein a portion of the first material binds to the second material (204, 270) on the one or more external surfaces of the core while the first material is poured into the mold box. applying, with an additive manufacturing technique, the second material (204, 270) to one or more external surfaces of a core; and inserting the core into the mold box, wherein a portion of the first material binds to the second material (204, 270) on the one or more external surfaces of the core while the first material is poured into the mold box.
An ultrasonic flow meter comprising a flow tube for the fluid whose flow rate is to be determined, wherein the flow meter comprises a transmitting element for emitting ultrasonic waves, which is provided on the outer jacket of the flow tube, and wherein the flow meter comprises a receiving element for the ultrasonic waves, which is provided on the outer jacket of the flow tube, axially spaced from the transmitting element, wherein an influencing element is provided on at least the portion of the flow tube that extends from the transmitting element up to and including the receiving element, which influencing element functions to influence the velocity and/or the direction of at most a portion of the ultrasonic waves, wherein the influencing element is a material layer, characterized in that the material layer is an epoxy or an epoxy composite, and in that the assembly of the flow tube, the transmitting element and the receiving element is moulded in the epoxy or the epoxy composite in such a manner that the transmitting element and the receiving element are surrounded by the epoxy or the epoxy composite.
An implantable medical hydrogel comprising a polymeric backbone, water and at least one free radical scavenger, wherein the polymeric backbone comprises polyurethane, a copolymerization product of alternating hydrophobic and hydrophilic blocks, and a diisocyanate linker wherein the diisocyanate linker is bound to side chains of the polymeric backbone and said free radical scavenger, wherein the sidechains are comprised of 75% polyethylene oxide and 25% polypropylene oxide units, wherein the free radical scavenger(s) is a spin trap, selected from the group of nitrone compounds and nitroso compounds.
A method for transmitting data in a multiple user multiple input multiple output, MU-MIMO, system, from an access point, the method comprising: receiving a first indication of signal quality, ISQ, from a first station; receiving a second ISQ from a second station; employing power loading by: setting a first power level and a first modulation and coding scheme, MCS, for transmission of a first aggregated media access control, MAC, protocol data unit, A-MPDU, to the first station as a function of the first ISQ and an amount of payload data corresponding to the first A-MPDU; setting a second power level and a second MCS for transmission of a second A-MPDU as a function of the second ISQ and an amount of payload data corresponding to the second A-MPDU; transmitting the first A-MPDU at the first power level and within a first frame to the first station; and transmitting the second A-MPDU at the second power level and within the first frame to the second station, wherein: the first and second power levels and the first and second MCSs are selected such that terminations of the first and second A-MPDUs are more closely aligned than without power loading. receiving a first indication of signal quality, ISQ, from a first station; receiving a second ISQ from a second station; employing power loading by: setting a first power level and a first modulation and coding scheme, MCS, for transmission of a first aggregated media access control, MAC, protocol data unit, A-MPDU, to the first station as a function of the first ISQ and an amount of payload data corresponding to the first A-MPDU; setting a second power level and a second MCS for transmission of a second A-MPDU as a function of the second ISQ and an amount of payload data corresponding to the second A-MPDU; setting a first power level and a first modulation and coding scheme, MCS, for transmission of a first aggregated media access control, MAC, protocol data unit, A-MPDU, to the first station as a function of the first ISQ and an amount of payload data corresponding to the first A-MPDU; setting a second power level and a second MCS for transmission of a second A-MPDU as a function of the second ISQ and an amount of payload data corresponding to the second A-MPDU; transmitting the first A-MPDU at the first power level and within a first frame to the first station; and transmitting the second A-MPDU at the second power level and within the first frame to the second station, wherein: the first and second power levels and the first and second MCSs are selected such that terminations of the first and second A-MPDUs are more closely aligned than without power loading.
Rotor for a rotating electric machine, said rotor having the following: - a number of pole teeth bearing a field winding; - in each case slots are formed between the pole teeth; - slot wedges are provided in the slots; - in addition separators are arranged in the slots, which separators extend starting from the slot wedges between the windings in the direction of a slot base, wherein the separators are V-shaped in cross section, the point of the V points towards the slot base, and the separators are under prestress and press against the field windings in at least one contact-pressure region (16, 17), characterized in that - the separators are formed from a plastic and - the two limbs of the V-shaped separators are connected at their ends to the slot wedges or are supported on said slot wedges. - a number of pole teeth bearing a field winding; - in each case slots are formed between the pole teeth; - slot wedges are provided in the slots; - in addition separators are arranged in the slots, which separators extend starting from the slot wedges between the windings in the direction of a slot base, wherein - the separators are formed from a plastic and - the two limbs of the V-shaped separators are connected at their ends to the slot wedges or are supported on said slot wedges.
A knee structure of a robot having bendable legs, each of the legs including: a thigh; a lower leg disposed below the thigh; a knee joint bendably connecting the thigh with the lower leg; and a restoring force applying member attached to the thigh and the lower leg so as to be across the thigh and the lower leg, with a slack when the leg stands straight, wherein a restoring force caused by the restoring force applying member is given to the thigh and the lower leg, when the leg is bent deeply so that the restoring force applying member is stretched, wherein the restoring force applying member is made of an elastic body, characterized in that the restoring force applying member is formed in a belt-like shape and attached so as to close a gap between the thigh and the lower leg, the gap being produced when the leg is bent. a thigh; a lower leg disposed below the thigh; a knee joint bendably connecting the thigh with the lower leg; and a restoring force applying member attached to the thigh and the lower leg so as to be across the thigh and the lower leg, with a slack when the leg stands straight, wherein a restoring force caused by the restoring force applying member is given to the thigh and the lower leg, when the leg is bent deeply so that the restoring force applying member is stretched, wherein the restoring force applying member is made of an elastic body, characterized in that the restoring force applying member is formed in a belt-like shape and attached so as to close a gap between the thigh and the lower leg, the gap being produced when the leg is bent.
A liquid electrophotographic ink developer unit comprising a developer roller comprising a layer formed from a polymer composition containing a conductive filler, whereby the polymer composition has a specific resistivity of less than 1 x 10 6 Ω.cm, and a squeegee roller for removing any excess solvent away from any liquid electrophotographic composition on the developer roller, which, in use, comes into contact with the developer roller, wherein the squeegee roller comprises a ceramic material having a specific resistivity of 1 x 10 5 to 5 x 10 8 Ω.cm. a developer roller comprising a layer formed from a polymer composition containing a conductive filler, whereby the polymer composition has a specific resistivity of less than 1 x 10 6 Ω.cm, and a squeegee roller for removing any excess solvent away from any liquid electrophotographic composition on the developer roller, which, in use, comes into contact with the developer roller, wherein the squeegee roller comprises a ceramic material having a specific resistivity of 1 x 10 5 to 5 x 10 8 Ω.cm.
Spectacle lens, comprising: - a transparent substrate, - at least one HOE-capable polymer layer arranged on the transparent substrate, wherein the HOE-capable polymer layer is suitable for forming a holographic optical element via the spatially resolved exposure of the HOE-capable polymer layer, and - a transparent hard layer arranged on the transparent substrate, wherein the at least one HOE-capable polymer layer is arranged between the transparent substrate and the hard layer. - a transparent substrate, - at least one HOE-capable polymer layer arranged on the transparent substrate, wherein the HOE-capable polymer layer is suitable for forming a holographic optical element via the spatially resolved exposure of the HOE-capable polymer layer, and - a transparent hard layer arranged on the transparent substrate,