mhurhangee/ep-ind-claims huggingface dataset:
A cooking device comprising an oven cavity wherein the foods to be cooked are placed, a door providing access into the oven cavity having a closed position (P C) and an entirely open position (P O) almost perpendicular to the closed position (P C) and further having a half-open position (P 2) wherein the door is almost half open and an intermediate position (P 1) wherein the opening angle of the door is between the half-open position (P 2) and the closed position (P C) and said cooking device further comprising at least one liquid collection chamber disposed at the lower side of the door and wherein the droplets that form on the inner surface of the door spill by draining, said cooking device further comprising a liquid guidance means which is disposed in the vicinity of the lower edge of the door and which provides the droplets coming from the surface of the door to be directed to the liquid collection chamber and/or to be accumulated on itself according to the opening angle of the door, wherein the liquid guidance means is having a liquid accumulation means which provides the droplets coming from surface of the door to be accumulated on itself, wherein the liquid guidance means directs the droplets coming from the surface of the door to the liquid collection chamber when the door is between the intermediate position (P 1) and the half-open position (P 2) and accumulates the droplets coming from the door surface in the liquid accumulation means when coming from the door surface in the liquid accumulation means when the door is between the half-open position (P 2) and the entirely open position (P O), characterized in that when the door is in its closed position, the droplets that form on the door directly reach the liquid collection chamber without contacting the liquid guidance means.
A rotary cooking device comprising: a device body; a cooking container that is fixed to the device body and is configured to contain food to be cooked; a rotor that is rotated inside of the cooking container and cooks the food to be cooked, which is contained inside of the cooking container; a drive source that applies drive force to the rotor, characterized in that a plurality of suckers that are attached to a bottom of the device body and serve as legs for supporting the device body by suction; and a suction releasing lever connects the plurality of suckers to each other, wherein the suction releasing lever uplifts and moves a part of each of the plurality of suckers so as to release the suction of each of the plurality of suckers. a device body; a cooking container that is fixed to the device body and is configured to contain food to be cooked; a rotor that is rotated inside of the cooking container and cooks the food to be cooked, which is contained inside of the cooking container; a drive source that applies drive force to the rotor, characterized in that a plurality of suckers that are attached to a bottom of the device body and serve as legs for supporting the device body by suction; and a suction releasing lever connects the plurality of suckers to each other, wherein the suction releasing lever uplifts and moves a part of each of the plurality of suckers so as to release the suction of each of the plurality of suckers.
A macerating apparatus for a toilet, the apparatus comprising: a tank having an open top; a macerating unit disposed in the tank; and a main cover joined to the open top of the tank and comprising a top surface and an opening; characterized in that the macerating unit is movable from an operating position beneath the top surface laterally to a maintenance position beneath the opening in the main cover. a tank having an open top; a macerating unit disposed in the tank; and a main cover joined to the open top of the tank and comprising a top surface and an opening;
An electronic apparatus, comprising: a circuit board having a first surface and a second surface opposite to each other, wherein a first heat dissipation region is provided on the first surface and a second heat dissipation region is provided on the second surface; a heat dissipation housing, comprising a first heat dissipation member and a second heat dissipation member; and an insulation member, wrapping the heat dissipation housing, wherein the first heat dissipation member has a first heat dissipation surface, and the first heat dissipation surface is in direct contact with the first heat dissipation region; the second heat dissipation member is connected to the first heat dissipation member, the second heat dissipation member has a second heat dissipation surface, and the second heat dissipation surface is in direct contact with the second heat dissipation region; and the first heat dissipation region and the second heat dissipation region are sealed by using the first heat dissipation member and the second heat dissipation member. a circuit board having a first surface and a second surface opposite to each other, wherein a first heat dissipation region is provided on the first surface and a second heat dissipation region is provided on the second surface; a heat dissipation housing, comprising a first heat dissipation member and a second heat dissipation member; and an insulation member, wrapping the heat dissipation housing, wherein the first heat dissipation member has a first heat dissipation surface, and the first heat dissipation surface is in direct contact with the first heat dissipation region; the second heat dissipation member is connected to the first heat dissipation member, the second heat dissipation member has a second heat dissipation surface, and the second heat dissipation surface is in direct contact with the second heat dissipation region; and the first heat dissipation region and the second heat dissipation region are sealed by using the first heat dissipation member and the second heat dissipation member.
A method for printing a plurality of print jobs on a flat bed printer, wherein each print job specifies an image receiving area with a given shape and given dimensions where an image is to be printed on a recording medium, and wherein each of the print jobs comprises a number of sub-jobs specifying image layers to be printed on top of each other in a predetermined print order, with print settings being individually assigned to each sub-job, characterized by the steps of: a) grouping the sub-jobs by their print settings; b) labeling the sub-jobs preliminarily with scan numbers which preserve the print order in each print job in the sense that the scan number of a sub-job is larger than the scan number of the sub-job that belongs to the same print job and precedes in the print order, c) nesting the image receiving areas of the print jobs on a flat bed of the printer; and d) printing the sub-jobs group by group, with sub-jobs of the same group and from different print jobs being printed in common steps of scanning the flat bed, the scanning steps being performed in a scan order indicated by the scan numbers. a) grouping the sub-jobs by their print settings; b) labeling the sub-jobs preliminarily with scan numbers which preserve the print order in each print job in the sense that the scan number of a sub-job is larger than the scan number of the sub-job that belongs to the same print job and precedes in the print order, c) nesting the image receiving areas of the print jobs on a flat bed of the printer; and d) printing the sub-jobs group by group, with sub-jobs of the same group and from different print jobs being printed in common steps of scanning the flat bed, the scanning steps being performed in a scan order indicated by the scan numbers.
A transmission device, comprising: an information inserting unit configured to insert, into a SupplementaryDescriptor or an audio user data descriptor of a Media Presentation Description, MPD, metafile, identification information in the form of a descriptor indicating whether or not metadata is inserted into an audio stream; and a transmitting unit configured to transmit the MPD metafile including meta information for a reception device to acquire the audio stream into which the metadata is inserted. an information inserting unit configured to insert, into a SupplementaryDescriptor or an audio user data descriptor of a Media Presentation Description, MPD, metafile, identification information in the form of a descriptor indicating whether or not metadata is inserted into an audio stream; and a transmitting unit configured to transmit the MPD metafile including meta information for a reception device to acquire the audio stream into which the metadata is inserted.
A wireless power transfer apparatus comprising: an AC input port (101, 201, 301, 501) configured to be coupled to an AC power source; a converter circuit having a first port coupled to the AC input port (101, 201, 301, 501); an energy storage circuit coupled to the converter circuit at a second port of the converter circuit; a resonant circuit coupled to the converter circuit at the first port of the converter circuit and configured to inductively transfer power to an external device; and a control circuit (150, 250) configured to control the converter circuit responsive to a signal indicative of a state of the external device. an AC input port (101, 201, 301, 501) configured to be coupled to an AC power source; a converter circuit having a first port coupled to the AC input port (101, 201, 301, 501); an energy storage circuit coupled to the converter circuit at a second port of the converter circuit; a resonant circuit coupled to the converter circuit at the first port of the converter circuit and configured to inductively transfer power to an external device; and a control circuit (150, 250) configured to control the converter circuit responsive to a signal indicative of a state of the external device.
Apparatus for charging a heat exchange unit secured within a can for receiving a food or beverage to be cooled, said heat exchange unit having compacted adsorbent material therein, with a gas under pressure including a cooling tunnel, a source of refrigerant under pressure connected to said cooling tunnel to maintain the temperature inside said cooling tunnel at approximately five degrees Celsius, a conveyor bed for receiving said can having said heat exchange unit therein positioned within said cooling tunnel, a gassing head positioned to engage said heat exchange unit to inject a gas under pressure into said heat exchange unit to be adsorbed by said compacted adsorbent material, a source of gas under pressure connected to said gassing head, said gassing head being connected to said heat exchange unit and injecting gas under pressure therein, characterized in that: said conveyor bed is adapted to receive a plurality of cans having said heat exchange units therein; said gassing heads are connected to at least a portion of said plurality of said heat exchange units to inject gas under pressure simultaneously into said at least a portion of said plurality of said heat exchange units, and said refrigerant under pressure is adapted to continuously flow through said cooling tunnel simultaneously with gas under pressure being injected into said heat exchange units for a predetermined period of time sufficient to fully charge said at least a portion of said plurality of said heat exchange units with adsorbed gas under pressure. said conveyor bed is adapted to receive a plurality of cans having said heat exchange units therein; said gassing heads are connected to at least a portion of said plurality of said heat exchange units to inject gas under pressure simultaneously into said at least a portion of said plurality of said heat exchange units, and said refrigerant under pressure is adapted to continuously flow through said cooling tunnel simultaneously with gas under pressure being injected into said heat exchange units for a predetermined period of time sufficient to fully charge said at least a portion of said plurality of said heat exchange units with adsorbed gas under pressure.
A communication method, comprising: sending, by a first entity in a centralized unit control plane, CU-CP, an access request of a terminal to a second entity in the CU-CP; determining, by the second entity based on the access request, whether to allow access of the terminal, and sending, by the second entity and based on the determination result of whether to allow access to the terminal, an access response to the first entity; in response to determining that the access response indicates that access of the terminal is allowed, sending, by the first entity, a radio bearer setup request to the second entity; determining, by the second entity, whether to allow setup of a radio bearer, RB, to the terminal, and sending, by the second entity and based on the determination result of whether to allow setup of the RB to the terminal, a radio bearer setup response to the first entity; and in response to determining that the radio bearer setup response indicates that setup of the RB to the terminal is allowed, triggering, by the first entity, setup of the RB to the terminal. sending, by a first entity in a centralized unit control plane, CU-CP, an access request of a terminal to a second entity in the CU-CP; determining, by the second entity based on the access request, whether to allow access of the terminal, and sending, by the second entity and based on the determination result of whether to allow access to the terminal, an access response to the first entity; in response to determining that the access response indicates that access of the terminal is allowed, sending, by the first entity, a radio bearer setup request to the second entity; determining, by the second entity, whether to allow setup of a radio bearer, RB, to the terminal, and sending, by the second entity and based on the determination result of whether to allow setup of the RB to the terminal, a radio bearer setup response to the first entity; and in response to determining that the radio bearer setup response indicates that setup of the RB to the terminal is allowed, triggering, by the first entity, setup of the RB to the terminal.
A method of providing industrial system cybersecurity event detection and corresponding response, comprising: receiving sensor outputs from one or more industrial sensors in the industrial system, the industrial sensors being used to monitor and control an industrial process in the industrial system; deriving sensor data from the sensor outputs, the sensor data reflecting one or more industrial processing aspects of the industrial process; processing the sensor data using one or more pattern recognition algorithms, the one or more pattern recognition algorithms trained to recognize potentially suspicious/malicious patterns that indicate a potential cyberattack on the industrial system; determining whether the one or more pattern recognition algorithms recognize the sensor data as a potentially suspicious/malicious pattern; and executing a malicious pattern response process in response to the sensor data being recognized as a potentially suspicious/malicious pattern; characterized in that the method further comprises: injecting training patterns at different injection points (200, 210, 220) in the industrial system during training of the one or more pattern recognition algorithms to validate the one or more pattern recognition algorithms against real-world system effects, including processing latency. receiving sensor outputs from one or more industrial sensors in the industrial system, the industrial sensors being used to monitor and control an industrial process in the industrial system; deriving sensor data from the sensor outputs, the sensor data reflecting one or more industrial processing aspects of the industrial process; processing the sensor data using one or more pattern recognition algorithms, the one or more pattern recognition algorithms trained to recognize potentially suspicious/malicious patterns that indicate a potential cyberattack on the industrial system; determining whether the one or more pattern recognition algorithms recognize the sensor data as a potentially suspicious/malicious pattern; and executing a malicious pattern response process in response to the sensor data being recognized as a potentially suspicious/malicious pattern; characterized in that the method further comprises: injecting training patterns at different injection points (200, 210, 220) in the industrial system during training of the one or more pattern recognition algorithms to validate the one or more pattern recognition algorithms against real-world system effects, including processing latency.
Pivot unit with a pivot part that can pivot from an initial rotating end position to a second rotating end position and with an actuator in a housing for pivoting the pivot part, whereby the pivot part has stop sections (39, 40) that work jointly upon reaching the respective rotating end position with counter-stops (44, 46) on the housing, and whereby the position of the stop sections (39, 40) and/or counter-stops (44, 46) can be shifted to change the respective rotating end position, distinguished by the fact that a movable holding element parallel to the rotating axis of the pivot part is installed such that, when reaching a rotating end position, the holding element shifts from an open position to a holding position and the pivot part is held in the rotating end position, whereby the holding element has a contact section that works with a counter-contact section on the pivot part in the rotating end position, whereby the contact section enters into the respective counter-contact section upon reaching the respective end position, whereby the contact section and/or the counter-contact section are shaped like a cone so that the contact section enters into the counter-contact section at varying depths in the respective shifted rotating end position when the position of the stop sections (39, 40) and/or counter-stops (44, 46) has changed, and thus the rotating end position has changed, resulting in the pivot part securely reaching the respective rotating end position.
Cutting system for machining a workpiece, wherein the cutting system comprises: an expansion tool comprising an external cone for radially widening a portion of a cutting head, wherein the portion has a cutting edge for machining a workpiece, and a rotary cutting tool for machining the workpiece, wherein the cutting tool comprises: the cutting head having a recess, wherein the recess has an internal cone, wherein the recess is intended to receive the external cone, wherein the cutting system has a sleeve, wherein the sleeve is arranged between the hollow shank taper of the cutting head and the external cone of the expansion tool, characterized in that the sleeve consists of a softer material than the external cone and/or the cutting head, in order to allow particularly good sliding of the expansion tool and cutting head. an expansion tool comprising an external cone for radially widening a portion of a cutting head, wherein the portion has a cutting edge for machining a workpiece, and a rotary cutting tool for machining the workpiece, wherein the cutting tool comprises: the cutting head having a recess, wherein the recess has an internal cone, wherein the recess is intended to receive the external cone,
A solar tracker, comprising: a plurality of bases; a support structure including at least one longitudinal beam extending along a length of the solar tracker and a plurality of transverse beam pairs, the plurality of transverse beam pairs oriented generally orthogonal to the at least one longitudinal beam and each transverse beam pair rotatably coupled to one of the plurality of bases such that rotation of the transverse beam pairs rotates the support structure relative to the plurality of bases; a plurality of gear boxes, each gear box supported by at least one of the plurality of transverse beam pairs; a drive shaft traversing a length of the support structure parallel to the at least one longitudinal beam and coupled to each of the plurality of gear boxes; and for each gear box, an actuator mechanically coupled to the drive shaft via the gearbox on one end and coupled to one of the plurality of bases on a second end, wherein the actuator includes a power screw which when driven by the drive shaft extends from or retracts into a body causing the support structure to rotate about an axis of rotation, characterized in that for each gear box an input shaft extends through the gear box, the input shaft being mechanically coupled to a portion of the drive shaft, and a portion of the input shaft extending through the at least one of the plurality of transverse beam pairs that supports the gear box. a plurality of bases; a support structure including at least one longitudinal beam extending along a length of the solar tracker and a plurality of transverse beam pairs, the plurality of transverse beam pairs oriented generally orthogonal to the at least one longitudinal beam and each transverse beam pair rotatably coupled to one of the plurality of bases such that rotation of the transverse beam pairs rotates the support structure relative to the plurality of bases; a plurality of gear boxes, each gear box supported by at least one of the plurality of transverse beam pairs; a drive shaft traversing a length of the support structure parallel to the at least one longitudinal beam and coupled to each of the plurality of gear boxes; and for each gear box, an actuator mechanically coupled to the drive shaft via the gearbox on one end and coupled to one of the plurality of bases on a second end, wherein the actuator includes a power screw which when driven by the drive shaft extends from or retracts into a body causing the support structure to rotate about an axis of rotation, characterized in that for each gear box an input shaft extends through the gear box, the input shaft being mechanically coupled to a portion of the drive shaft, and a portion of the input shaft extending through the at least one of the plurality of transverse beam pairs that supports the gear box.
Process of reduction of the organic content of a waste stream consisting of a depleted brine in a plant of synthesis of an epoxy compound by oxidation of an organic raw material by means of the products of a chlor-alkali electrolysis unit fed with fresh brine, comprising the following sequential steps: a) injection of a flow of water into the depleted brine to be treated, and vapour stripping, b) pre-oxidation with hypochlorite at pH 3.5 to 5 and at a temperature of 50 to 60°C, c) final oxidation in the presence of hypochlorite at pH 3 to 4 and at a temperature of 80 to 95°C obtaining a fresh brine. a) injection of a flow of water into the depleted brine to be treated, and vapour stripping, b) pre-oxidation with hypochlorite at pH 3.5 to 5 and at a temperature of 50 to 60°C, c) final oxidation in the presence of hypochlorite at pH 3 to 4 and at a temperature of 80 to 95°C obtaining a fresh brine.