mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher, in particular household dishwasher, with a dishwasher cavity for receiving dishes, cutlery or similar items to be cleaned, which can be closed on its front side by a door which can be moved in relation to the dishwasher cavity, said door having an inner door region which faces the dishwasher cavity, wherein in order to seal between the inner door region and the dishwasher cavity, at least one first door seal comprising projecting side limbs and a second door seal running with a transverse component is provided between a lower region of the door and the dishwasher cavity, characterised in that in their lower regions comprising a vertical plane with a component which protrudes in relation to the front side the side limbs are adjusted to the shaping of the inner door region and in the closed state this also rests on the lower regions of the side limbs, and that the second door seal is placed below or between the lower ends of the side limbs so that the second door seal bridges the gap between the side limbs and the inner door region in a sealing manner, wherein the second door seal and the side limbs deform mutually in their contact region and thus produce a close attachment against one another. wherein in order to seal between the inner door region and the dishwasher cavity, at least one first door seal comprising projecting side limbs and a second door seal running with a transverse component is provided between a lower region of the door and the dishwasher cavity, characterised in that in their lower regions comprising a vertical plane with a component which protrudes in relation to the front side the side limbs are adjusted to the shaping of the inner door region and in the closed state this also rests on the lower regions of the side limbs, and that the second door seal is placed below or between the lower ends of the side limbs so that the second door seal bridges the gap between the side limbs and the inner door region in a sealing manner, wherein the second door seal and the side limbs deform mutually in their contact region and thus produce a close attachment against one another.
Method for event-controlled limit setting in the context of device monitoring for compliance with limit values in a medical technical, comprising the following method steps: - Predetermining of a multitude of limit-relevant events to be taken into account during device monitoring, each of which is stored as a state variable in a state vector - Defining reference state vectors (R-ZV), each of which is assigned a target limit setting (Z-GW) - Acquising measurement signals for all or selected state variables to calculate a measurement signal vector - Comparison of the calculated measurement signal vector with the respective defined reference state vectors (R-ZV) and if they match: ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW). - Predetermining of a multitude of limit-relevant events to be taken into account during device monitoring, each of which is stored as a state variable in a state vector - Defining reference state vectors (R-ZV), each of which is assigned a target limit setting (Z-GW) - Acquising measurement signals for all or selected state variables to calculate a measurement signal vector - Comparison of the calculated measurement signal vector with the respective defined reference state vectors (R-ZV) and if they match: ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW). ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW).
A digital right management device, the device comprising: a memory area for storing information on a rights object that has been transferred from the DRM device to another DRM device, to protocol moves of rights objects, wherein the rights object comprises permissions linked to a digital media object; and a processor for receiving a rights object, wherein the processor is operative to access the memory area to check whether information on the received rights object is stored in the memory area and to set up the received rights object on the digital right management device in case the information on the received rights object is not stored in the memory area and to reject the received rights object in case the information on the received rights object is stored in the memory area; wherein the rights object is only cryptographically bound to the originating device before a move, such that only the originating device can exercise the rights, and wherein the rights object is deleted from the originating device, and wherein the moved rights object is only bound to a destination device, such that only the destination device can exercise the rights, wherein the rights, in the form of the rights object related to digital media content, are transferred from the originating device to the destination device via the move operation. a memory area for storing information on a rights object that has been transferred from the DRM device to another DRM device, to protocol moves of rights objects, wherein the rights object comprises permissions linked to a digital media object; and a processor for receiving a rights object, wherein the processor is operative to access the memory area to check whether information on the received rights object is stored in the memory area and to set up the received rights object on the digital right management device in case the information on the received rights object is not stored in the memory area and to reject the received rights object in case the information on the received rights object is stored in the memory area; wherein the rights object is only cryptographically bound to the originating device before a move, such that only the originating device can exercise the rights, and wherein the rights object is deleted from the originating device, and wherein the moved rights object is only bound to a destination device, such that only the destination device can exercise the rights, wherein the rights, in the form of the rights object related to digital media content, are transferred from the originating device to the destination device via the move operation.
A method for disposing of asbestos-containing material by heating the asbestos-containing material with microwave energy, the method being characterized by: - mixing crumbled asbestos-containing material with a cullet; - heating the crumbled asbestos-containing material in a pre-heating chamber by means of at least one burner powered by liquid fuel or gaseous fuel to a temperature from 900°C to 1000°C; and - inputting the heated asbestos-containing material into a drum with inner ceramic walls and heating the asbestos-containing material therein with microwave energy to a temperature from 1000°C to 1200°C; - pouring the asbestos-containing material heated inside the drum to a cooling chamber; - directing a stream of hot gases from the drum through a cyclone to a vertical chamber filled with ceramic microwave-absorbing elements, wherein the microwave-absorbing elements are heated by microwave energy to a temperature from 1200°C to 1400°C. - mixing crumbled asbestos-containing material with a cullet; - heating the crumbled asbestos-containing material in a pre-heating chamber by means of at least one burner powered by liquid fuel or gaseous fuel to a temperature from 900°C to 1000°C; and - inputting the heated asbestos-containing material into a drum with inner ceramic walls and heating the asbestos-containing material therein with microwave energy to a temperature from 1000°C to 1200°C; - pouring the asbestos-containing material heated inside the drum to a cooling chamber; - directing a stream of hot gases from the drum through a cyclone to a vertical chamber filled with ceramic microwave-absorbing elements, wherein the microwave-absorbing elements are heated by microwave energy to a temperature from 1200°C to 1400°C.
A food homogenizer, comprising: a base; and a homogenizer assembly removably coupled to the base, comprising: a homogenizing chamber; an inlet chute in fluid communication with the homogenizing chamber; an exit spout separate from the inlet chute and in fluid communication with the homogenizing chamber; and a twist-lock coupler to removably couple the homogenizer assembly to the base, wherein the homogenizing chamber, inlet chute, exit spout, and twist-lock coupler are formed together as a monolithic structure, the base further comprising a driving motor with a drive shaft, the homogenizer assembly further comprising a shredder driven by the drive shaft for rotational movement within the homogenizing chamber, the shredder comprising a conical geometry and defining an upper conical surface, a plurality of blades, extending on the conical surface, characterised in that at least one depression is disposed between the plurality of blades. a base; and a homogenizer assembly removably coupled to the base, comprising: a homogenizing chamber; an inlet chute in fluid communication with the homogenizing chamber; an exit spout separate from the inlet chute and in fluid communication with the homogenizing chamber; and a twist-lock coupler to removably couple the homogenizer assembly to the base, a homogenizing chamber; an inlet chute in fluid communication with the homogenizing chamber; an exit spout separate from the inlet chute and in fluid communication with the homogenizing chamber; and a twist-lock coupler to removably couple the homogenizer assembly to the base, wherein the homogenizing chamber, inlet chute, exit spout, and twist-lock coupler are formed together as a monolithic structure, the base further comprising a driving motor with a drive shaft, the homogenizer assembly further comprising a shredder driven by the drive shaft for rotational movement within the homogenizing chamber, the shredder comprising a conical geometry and defining an upper conical surface, a plurality of blades, extending on the conical surface, characterised in that at least one depression is disposed between the plurality of blades.
Process for treating an aqueous (meth)acrylic polymer dispersion, in particular aqueous (meth)acrylic polymer emulsion, prepared by polymerizing at least one or more ethylenically unsaturated monomers, comprising adding to said (meth)acrylic polymeric dispersion one or more organic peroxides selected from the group consisting of peroxydicarbonates, diacyl peroxides and mixtures thereof, preferably diacyl peroxides.
A continuous inkjet printer comprising an ink droplet generator including an electromechanical transducer, a driver configured to apply a periodic modulating voltage to the transducer to cause a jet of ink ejected by the ink droplet generator to break up into a stream of ink droplets at a breakup time after ejection from the ink droplet generator, and a controller configured to vary a modulating voltage parameter of the modulating voltage and measure corresponding values of a breakup time parameter (t) indicative of the breakup time to obtain a portion (16, 20) of a characteristic (10, 12) of the breakup time parameter (t) against the modulating voltage parameter, wherein the controller is configured to obtain a variation range (14, 18), to vary the modulating voltage parameter over the variation range (14, 18) to obtain the portion (16, 20) of the characteristic (10, 12), to calculate a gradient from the portion (16, 20) of the characteristic (10, 12), and to compare the calculated gradient with a predetermined gradient, characterised in that the controller is configured, if the calculated gradient is less than the predetermined gradient, to generate an adjusted variation range that is displaced relative to the variation range (14, 18) in a first sense, or, if the calculated gradient is greater than the predetermined gradient, to generate an adjusted variation range that is displaced relative to the variation range (14, 18) in a second sense, opposite to the first sense.
An apparatus for determining at least one parameter relating to the shape of a sausage, which is transported on a transport device (2a,b), in particular between two circulating means of transport (2a,b) with a measuring device (1a,b), which comprises at least one distance sensor (1a,b), which is disposed in such a way that said sensor can detect a distance (c) to a sausage that is being transported, and with an evaluation device, which determines at least one parameter relating to the shape of the sausage as a function of the distance (c) characterized in that, the evaluation device determines the direction of curvature and/or the size of curvature as the at least one parameter and the evaluation device is designed in such a way that a signal is generated as a function of at least one detected parameter, in order to transport the sausage for corresponding further processing steps.
A lead-free semiconductor ceramic that does not contain Pb, the semiconductor ceramic comprising: a Ba m TiO 3 -based composition, as a main component, having a perovskite structure represented by general formula A m BO 3, wherein the molar ratio m between an A site and a B site satisfies 1.001 ≤ m ≤ 1.01, part of Ba constituting the A site is replaced with Na, Bi, Ca, and a rare-earth element, and the content of the Ca, with the total number of moles of the elements constituting the A site being 1 mole, is 0.05 to 0.20 on a molar ratio basis. a Ba m TiO 3 -based composition, as a main component, having a perovskite structure represented by general formula A m BO 3, wherein the molar ratio m between an A site and a B site satisfies 1.001 ≤ m ≤ 1.01, part of Ba constituting the A site is replaced with Na, Bi, Ca, and a rare-earth element, and the content of the Ca, with the total number of moles of the elements constituting the A site being 1 mole, is 0.05 to 0.20 on a molar ratio basis.
A method of welding in a semi-automatic work cell, comprising automatically selecting welding schedules for use by an operator in the semi-automatic welding work cell, each welding schedule to be used for a particular welding operation, characterized by automatically selecting a sequence of welding operations for use by the operator in the semi-automatic welding work cell, and automatically indicating the selected sequence of welding operations to the operator in the semi-automatic welding work cell, the operator creating a final welded part upon following the indicated sequence of welding operations.
An automatic juicer comprising; a lid openable to allow fruit to be placed in the juicer; a base containing a motor; a center column assembly attached to the base; a threaded collet fixed to the base; a shaft assembly connected to the motor and threadably engaging the threaded collet to vertically advance and retreat when turned by the motor; a bowl attached to the base; and a juicing cone above the bowl and attached to the shaft assembly and rotating and advancing vertically with the shaft assembly, the juicing cone rotating and pushing into a fruit for releasing juice from the fruit to be caught in the bowl, characterized in that the vertical advancing of the juicing cone is limited to prevent the juicing cone from cutting into a rind of the fruit.
Engine cowling of an aircraft gas-turbine engine with a thrust-reversing device, with a core engine and a bypass duct surrounding the latter, wherein the engine cowling includes: a front cowling enclosing the bypass duct and a rear cowling movable in the axial direction, as well as a plurality of cascade elements arranged over the circumference which can be placed by a substantially axial movement into an intermediate space resulting from a movement of the rear cowling relative to the front cowling, characterized in that the cascade elements are connected directly to the rear cowling, that the rear cowling has a rounded outer leading edge and that the cascade element has at its rear area a flow-guiding element, in front of which several thrust-reversing stator vanes are arranged and behind which at least one flow-guiding vane is arranged whose curvature shape matches the rounding of the outer leading edge of the rear cowling. a front cowling enclosing the bypass duct and a rear cowling movable in the axial direction, as well as a plurality of cascade elements arranged over the circumference which can be placed by a substantially axial movement into an intermediate space resulting from a movement of the rear cowling relative to the front cowling, characterized in that the cascade elements are connected directly to the rear cowling, that the rear cowling has a rounded outer leading edge and that the cascade element has at its rear area a flow-guiding element, in front of which several thrust-reversing stator vanes are arranged and behind which at least one flow-guiding vane is arranged whose curvature shape matches the rounding of the outer leading edge of the rear cowling.
Device for time-shifted playback of audio/video data comprising: - means of storing audio/video data received, - means (12, 17) of recording said audio/video data received on said storage means, - means of displaying said audio/video data received as it is recorded, - means of pausing at a given time the display of said audio/video data while continuing to record it, characterized in that on switching back to playback mode, said display means display a summary of the audio/video data received during the pause before resuming the playback of said audio/video data received in real time, said summary being comprised of important representative moments of the received audio/video data obtained from an analysis of audio components and a detection of changes of shot. - means of storing audio/video data received, - means (12, 17) of recording said audio/video data received on said storage means, - means of displaying said audio/video data received as it is recorded, - means of pausing at a given time the display of said audio/video data while continuing to record it,
A packaging container (-01) comprising a first portion (-02) formed of a first material or material combination mainly consisting of plastic, a second portion (-03) formed of a second material or material combination comprising a fibre based packaging laminate, the first portion (-02) being fused to the second portion (-03) by molding or welding, the packaging container (-01) further comprising a pouring opening (-04) formed in the first portion, the second portion (-03) further being provided with separation means (-06) for separating the entire first portion (-02) from the second portion (-03), characterized in that the separation means (-06) comprises a perforation extending along a part of the upper circumference of the second portion (-03), and wherein the perforation (206;306;406;506) extends along a non-linear path, the extension of the perforation (206;306;406;506) in a width direction on the side of the packaging container (201;301;401;501) where it is located is smaller than the extension of the side of the packaging container in the same width direction, wherein at least one end of the non-linear path is directed towards the first portion so as to direct an initial rupture beyond the perforation towards an interface between the first portion and the second portion.
A method comprising: arranging multiple regions of application functionalities and information for display substantially in-line within a designated area of a user interface; calculating a pixel size for each region of the multiple regions of application functionalities and information for display; summing, from the calculation of the pixel size for each region, pixel amounts to identify a total pixel size; identifying an amount of an available space to the user interface within the designated area of the user interface; comparing the total pixel size to the amount of the available space; and adjusting a visual display of at least one of the multiple regions of application functionalities and information according to one or more predetermined scaling priorities based on the comparing to accommodate the available space within the designated area of the user interface, wherein the scaling priorities instruct the application to perform a series of truncation operations on a first region of the multiple regions of application functionalities and information to a first minimum threshold prior to performing a truncation operation on a second region of the multiple regions of application functionalities and information. arranging multiple regions of application functionalities and information for display substantially in-line within a designated area of a user interface; calculating a pixel size for each region of the multiple regions of application functionalities and information for display; summing, from the calculation of the pixel size for each region, pixel amounts to identify a total pixel size; identifying an amount of an available space to the user interface within the designated area of the user interface; comparing the total pixel size to the amount of the available space; and adjusting a visual display of at least one of the multiple regions of application functionalities and information according to one or more predetermined scaling priorities based on the comparing to accommodate the available space within the designated area of the user interface, wherein the scaling priorities instruct the application to perform a series of truncation operations on a first region of the multiple regions of application functionalities and information to a first minimum threshold prior to performing a truncation operation on a second region of the multiple regions of application functionalities and information.