mhurhangee/ep-ind-claims huggingface dataset:
Cooking system comprising at least one hob plate (12a-f) defining at least one region for setting down a cooking pot (14a-f), with at least one display unit (16a-f) which is arranged at least partially in a region close to the region (14a-f) for setting down a cooking pot, when being viewed perpendicularly to a main extension plane of the hob plate (12a-f), wherein the region close to the region for setting down a cooking pot forms a two-dimensional region, which, when being viewed perpendicularly to a main extension plane of the hob plate (12a-f), contains the region for setting down a cooking pot (14a-f) and which extends in any direction, over an extent of a maximum of 25% beyond a maximum extent of the region for setting down a cooking pot (14a-f) in the direction and with at least one control unit (18a-f) which is provided to operate the display unit (16a-f) in at least one operating state, as a function of at least one operation request parameter, characterised by at least one supply unit (20a-f) which in the operating state individually supplies each lighting element (22a-f) of the display unit (16a-f) with energy.
A flow measurement sensing device comprising: a first venturi (22, 122) comprising a first shield portion (38, 138); an elongated portion connected to an outer surface of the first venturi (22, 122); a second venturi (24, 124, 224) housed within the first venturi (22, 122), the second venturi (24, 124, 224) comprising: a second shield portion (40, 140, 240); and at least one passageway inlet (32, 232); and a first integral passageway extending from the at least one passageway inlet (32, 232) through the elongated portion; wherein the first venturi (22, 122) and the second venturi (24, 124, 224) are configured to sample portions of an airflow; characterized in that: the first integral passageway comprises: a first tapered segment beginning at and in the region adjacent the passageway inlet (32, 232), the first tapered segment having a first cross-sectional shape; and a second segment having a second cross-sectional shape; wherein the first cross-sectional shape of the first segment is an ellipse or a rectangle; wherein a long axis of the first cross-sectional shape extends in a direction perpendicular to the airflow; and wherein the second cross-sectional shape of the second segment is a circle. a first venturi (22, 122) comprising a first shield portion (38, 138); an elongated portion connected to an outer surface of the first venturi (22, 122); a second venturi (24, 124, 224) housed within the first venturi (22, 122), the second venturi (24, 124, 224) comprising: a second shield portion (40, 140, 240); and at least one passageway inlet (32, 232); and a second shield portion (40, 140, 240); and at least one passageway inlet (32, 232); and a first integral passageway extending from the at least one passageway inlet (32, 232) through the elongated portion; wherein the first venturi (22, 122) and the second venturi (24, 124, 224) are configured to sample portions of an airflow; characterized in that: the first integral passageway comprises: a first tapered segment beginning at and in the region adjacent the passageway inlet (32, 232), the first tapered segment having a first cross-sectional shape; and a second segment having a second cross-sectional shape; wherein the first cross-sectional shape of the first segment is an ellipse or a rectangle; wherein a long axis of the first cross-sectional shape extends in a direction perpendicular to the airflow; and wherein the second cross-sectional shape of the second segment is a circle. the first integral passageway comprises: a first tapered segment beginning at and in the region adjacent the passageway inlet (32, 232), the first tapered segment having a first cross-sectional shape; and a second segment having a second cross-sectional shape; wherein the first cross-sectional shape of the first segment is an ellipse or a rectangle; wherein a long axis of the first cross-sectional shape extends in a direction perpendicular to the airflow; and wherein the second cross-sectional shape of the second segment is a circle.
Holder suitable for holding for one or more biological indicators and/or one or more thermocouples, said holder comprising one or more basic parts (2, 3a, 3b), there being at least one first hollow basic part wherein one or more biological indicators and/or one or more thermocouples can be placed in the first hollow basic part, wherein the first hollow basic part is provided with one or more holes at the location where the biological indicator or indicators will be located, and wherein the holder is provided with means for securing the one or more thermocouples and/or biological indicators in the holder and characterized in that the holes in the first hollow basic part (2, 3a, 3b) consist of notches which are arranged alternately on two opposite sides such that the first hollow basic part is extensible and flexible.
Artificial agglomerate stone material comprising inorganic fillers and a hardened binder, wherein the binder is an organic resin and the inorganic fillers comprise feldspar granules comprising a combination of oxides according to Formula A or Formula B: Formula A Formula B SiO 2 60.0 - 69.5 wt.% 60.0 - 69.5 wt.% Al 2 O 3 17.0 - 20.0 wt.% 17.0 - 20.0 wt.% Na 2 O 10.0 - 11.9 wt.% 0.0 - 2.0 wt.% K 2 O 0.0 - 2.0 wt.% 12.0 - 16.9 wt.% Fe 2 O 3 +TiO 2 0.0 - 0.5 wt.% 0.0 - 0.5 wt.% based on the weight of the feldspar granules.
A method of manufacturing glass wool or stone wool insulation comprising the steps of: - providing a collection of loose matter; - treating the collection of loose matter with a substantially formaldehyde free binder solution; - arranging the collection of loose matter treated with the binder solution in the form of a substrate; and - curing the binder by applying a source of energy; characterised in the substantially formaldehyde free binder solution consists essentially of a solution obtainable by dissolving - a reducing sugar, - a material selected from the list consisting of ammonium sulphate salts, ammonium phosphate salts, ammonium nitrate salts and ammonium carbonate salts which makes up between 5% and 25% by dry weight of the binder solution; - optionally a carboxylic acid or a precursor thereof; and - optionally ammonia; in water. - providing a collection of loose matter; - treating the collection of loose matter with a substantially formaldehyde free binder solution; - arranging the collection of loose matter treated with the binder solution in the form of a substrate; and - curing the binder by applying a source of energy; characterised in the substantially formaldehyde free binder solution consists essentially of a solution obtainable by dissolving - a reducing sugar, - a material selected from the list consisting of ammonium sulphate salts, ammonium phosphate salts, ammonium nitrate salts and ammonium carbonate salts which makes up between 5% and 25% by dry weight of the binder solution; - optionally a carboxylic acid or a precursor thereof; and - optionally ammonia;
An emissive ceramic comprising a yttrium aluminum garnet region and a dopant having a concentration gradient along a thickness of the YAG region between a first surface and a second surface, wherein said concentration gradient comprises a maximum dopant concentration located between about one-quarter and about three-quarters along the thickness of the YAG region, a first half-maximum dopant concentration, and a first slope at the first half-maximum dopant concentration, wherein an absolute value of the first slope is in the range of about one-eighth of the maximum dopant concentration divided by the thickness and about two times the maximum dopant concentration divided by the thickness.
Covering system for covering a space, for instance for storing bulk materials, for instance silage, which space is formed between two opposite walls (2, 3), wherein the covering system comprises two or more sheets which are each configured to cover a part of the space, wherein the covering system comprises a number of winding shafts, mounting means for the winding shafts and fixing means (40, 41), wherein each sheet is arranged on a winding shaft, each winding shaft is rotatably mountable on one of the walls by means of the mounting means such that in a rest position each sheet is wound round a winding shaft and in a position of use each sheet is at least partially unwound from a winding shaft and can be fixed to or close to the opposite wall using the fixing means, characterized in that successive sheets partially overlap each other in the position of use.
A device for measuring properties of a fluid flow in a pipe, comprising a first, second and third pipe section, and where - the first pipe section comprises a fluid flow modifying feature arranged such that, during use, a liquid part of the fluid flow will form an annular layer at an inner wall of the second pipe section, and - the second pipe section is arranged downstream of the first pipe section and comprises at least one near field probe having a first frequency range, which at least one near field probe is configured to apply a low frequency signal to the annular layer from a position flush to the inner wall and to measure the reflected signal, or a transmitted signal if there are at least two near field probes close to each other within the fringing field distance, characterized in that - the second pipe section further comprises at least one full volume field probe having a second frequency range, which at least one full volume field probe is configured to apply a high frequency signal into the second pipe section from a position flush to the inner wall to perform a resonance measurement and to obtain a quality factor and resonance frequency from the resonance measurement, wherein the upper limit of the first frequency range is lower than the lower limit of the second frequency range; and in that the third pipe section is arranged downstream of the second pipe section and comprises a resonance enabling element, such that said element and at least the second pipe section provides a resonator able to capture parts of the frequency range of the at least one full volume field probe. - the first pipe section comprises a fluid flow modifying feature arranged such that, during use, a liquid part of the fluid flow will form an annular layer at an inner wall of the second pipe section, and - the second pipe section is arranged downstream of the first pipe section and comprises at least one near field probe having a first frequency range, which at least one near field probe is configured to apply a low frequency signal to the annular layer from a position flush to the inner wall and to measure the reflected signal, or a transmitted signal if there are at least two near field probes close to each other within the fringing field distance, - the second pipe section further comprises at least one full volume field probe having a second frequency range, which at least one full volume field probe is configured to apply a high frequency signal into the second pipe section from a position flush to the inner wall to perform a resonance measurement and to obtain a quality factor and resonance frequency from the resonance measurement, wherein the upper limit of the first frequency range is lower than the lower limit of the second frequency range;
Emergency response vehicle, in particular fire engine, having at least one cab module, in which an operating device is arranged for operating functional units of the emergency response vehicle, and having a monitoring device for monitoring operating variables of the functional units and/or environmental conditions, and having an output device coupled to the monitoring device for output of state information of the operating variables of the functional units such that at least one operator present in the cab module can discern state information, wherein the output device has a voice output module, via which state information can be output by voice, characterized in that the voice output module provides a warning of obstacles or poor visibility by voice output.
A toollessly mountable holding device for surface elements, such as in particular net curtains, curtains, roller blinds, Venetian blinds, video screens and the like in front of a wall opening, comprising: - a longitudinal support, - a first clamping part, which has a first clamping extension for engaging into a reveal delimiting the wall opening and a first receiving region for receiving the support, - a second clamping part, which has a second clamping extension for engaging into the reveal and a second receiving region for receiving the support, - a first thread, which is provided on one of the clamping parts (2, 6), - a second thread, which is provided on the support and is in thread engagement with the first thread, it being possible to change the screw-in depth by means of a relative movement of the first thread with respect to the second thread, in order to effect clamping of the device in the reveal and/or a change of the spacing between the clamping extensions (3, 7), characterized - in that the support has an elongated essentially horizontally running holding region, in which the surface element can be arranged, wherein the holding region extends over the entire support and if appropriate over parts of the clamping parts (2, 6), - in that the holding region can be arranged above and outside of the wall opening, - and in that the holding region can extend laterally beyond the wall opening. - a longitudinal support, - a first clamping part, which has a first clamping extension for engaging into a reveal delimiting the wall opening and a first receiving region for receiving the support, - a second clamping part, which has a second clamping extension for engaging into the reveal and a second receiving region for receiving the support, - a first thread, which is provided on one of the clamping parts (2, 6), - a second thread, which is provided on the support and is in thread engagement with the first thread, - in that the support has an elongated essentially horizontally running holding region, in which the surface element can be arranged, wherein the holding region extends over the entire support and if appropriate over parts of the clamping parts (2, 6), - in that the holding region can be arranged above and outside of the wall opening, - and in that the holding region can extend laterally beyond the wall opening.
Method of demodulating a modulated signal, comprising steps consisting in: receiving an n-PSK or n-APSK modulated signal comprising a succession of symbols organized into frames each comprising a header followed by blocks of data symbols separated by blocks of pilot symbols, applying a frequency correction to the received signal and filtering the frequency-corrected signal so as to suppress the noise outside of a transmission channel of the signal, determining the phase of the headers and of the pilot blocks so as to predict the evolution of the phase of the signal, correcting the phase of the data symbols as a function of the evolution of the phase of the signal, and equalizing the phase-corrected data symbols using equalization coefficients (Hi, Hi') evaluated with the aid of estimated or known symbols (HD, PL, DT) of the signal, characterized in that it comprises a step of pre equalization of the header symbols, pilot symbols and data symbols, performed before the determination of the phase of the headers and pilot blocks, and using the equalization coefficients (Hi, Hi') evaluated for the equalization of the data symbols. receiving an n-PSK or n-APSK modulated signal comprising a succession of symbols organized into frames each comprising a header followed by blocks of data symbols separated by blocks of pilot symbols, applying a frequency correction to the received signal and filtering the frequency-corrected signal so as to suppress the noise outside of a transmission channel of the signal, determining the phase of the headers and of the pilot blocks so as to predict the evolution of the phase of the signal, correcting the phase of the data symbols as a function of the evolution of the phase of the signal, and equalizing the phase-corrected data symbols using equalization coefficients (Hi, Hi') evaluated with the aid of estimated or known symbols (HD, PL, DT) of the signal, characterized in that it comprises a step of pre equalization of the header symbols, pilot symbols and data symbols, performed before the determination of the phase of the headers and pilot blocks, and using the equalization coefficients (Hi, Hi') evaluated for the equalization of the data symbols.
A processor comprising: a plurality of cores; and characterized by: power management logic to: in response to a first break event during a reduced power state in the processor, set an exit timer by subtracting a wake time from a platform latency tolerance, said platform comprising said processor; block at least one non-critical break event from interrupting the reduced power state; and in response to a expiration of the exit timer, terminate the reduced power state. a plurality of cores; and characterized by: power management logic to: in response to a first break event during a reduced power state in the processor, set an exit timer by subtracting a wake time from a platform latency tolerance, said platform comprising said processor; block at least one non-critical break event from interrupting the reduced power state; and in response to a expiration of the exit timer, terminate the reduced power state. power management logic to: in response to a first break event during a reduced power state in the processor, set an exit timer by subtracting a wake time from a platform latency tolerance, said platform comprising said processor; block at least one non-critical break event from interrupting the reduced power state; and in response to a expiration of the exit timer, terminate the reduced power state. in response to a first break event during a reduced power state in the processor, set an exit timer by subtracting a wake time from a platform latency tolerance, said platform comprising said processor; block at least one non-critical break event from interrupting the reduced power state; and in response to a expiration of the exit timer, terminate the reduced power state.
A method of dispensing a liquid or aerosol to maintain a clog free capillary system, comprising: supplying a liquid formulation from a pumping unit to a capillary of an aerosol generator unit at a flow rate; vaporizing at least a portion of the liquid formulation within the capillary of the aerosol generator unit; and periodically increasing the flow rate from a first flow rate to a second flow rate. supplying a liquid formulation from a pumping unit to a capillary of an aerosol generator unit at a flow rate; vaporizing at least a portion of the liquid formulation within the capillary of the aerosol generator unit; and periodically increasing the flow rate from a first flow rate to a second flow rate.
A holder for accommodating a first and a second fastener for use in bolt-firing tools, comprising a space for receiving the first fastener and a connecting projection which, together with the second fastener, specifically serves to connect the holder to a second holder in the way of a hinge, chain link and/or swivelling connection, characterized in that the connecting projection consists of a clip- or snap-in portion (16; 26) designed to grip the second fastener and/or second holder.
Handtowel holder comprising: - a supporting element with a projecting connecting piece, wherein the connecting piece has an end portion with a thread and is arranged at right angles to the supporting element; - a rosette plate with an opening for accommodating the connecting piece; - a sleeve, which is designed to accommodate the connecting piece and to provide a force-fitting connection on either side between the supporting element and the rosette plate; - a counterpart to the thread; and - a spacer, which is to be arranged between the counterpart and the rosette plate, characterized in that: - the spacer is intended to be arranged in a force-fitting manner on either side; - the counterpart is intended to establish the force fit of the sleeve between the supporting element and the rosette plate via the spacer and the rosette plate, - the rosette plate is intended to be connected to the connecting piece in a rotationally fixed manner by a form fit by virtue of the connecting piece being accommodated in the opening of the rosette plate, and in that - the connecting piece is connected integrally to the supporting element. - a supporting element with a projecting connecting piece, wherein the connecting piece has an end portion with a thread and is arranged at right angles to the supporting element; - a rosette plate with an opening for accommodating the connecting piece; - a sleeve, which is designed to accommodate the connecting piece and to provide a force-fitting connection on either side between the supporting element and the rosette plate; - a counterpart to the thread; and - a spacer, which is to be arranged between the counterpart and the rosette plate, - the spacer is intended to be arranged in a force-fitting manner on either side; - the counterpart is intended to establish the force fit of the sleeve between the supporting element and the rosette plate via the spacer and the rosette plate, - the rosette plate is intended to be connected to the connecting piece in a rotationally fixed manner by a form fit by virtue of the connecting piece being accommodated in the opening of the rosette plate, and in that - the connecting piece is connected integrally to the supporting element.