mhurhangee/ep-ind-claims huggingface dataset:
A cooking apparatus comprising: a main body including a cooking compartment to cook food using microwaves; and a door to open or close the cooking compartment, wherein the door includes: a door frame having an opening to the cooking compartment and a choke; and a shielding plate coupled to the door frame, the shielding plate including: a substrate through which to provide substantial visibility from outside of the cooking compartment into the cooking compartment, a multi-shielding layer which substantially transparently coats the substrate to at least conduct the microwaves to the door frame to prevent the microwaves in the cooking compartment from leaking to the outside, and wherein the door further includes a fixing member to fix the shielding plate to the door frame, the fixing member including: a conductive adhesive member to adhere the door frame to the shielding plate and transmit the emitted microwaves conducted by the shielding plate to the door frame, a mounting member coupled to the door frame, and a cover member coupled to the mounting member to support the shielding plate. a main body including a cooking compartment to cook food using microwaves; and a door to open or close the cooking compartment, wherein the door includes: a door frame having an opening to the cooking compartment and a choke; and a shielding plate coupled to the door frame, the shielding plate including: a substrate through which to provide substantial visibility from outside of the cooking compartment into the cooking compartment, a multi-shielding layer which substantially transparently coats the substrate to at least conduct the microwaves to the door frame to prevent the microwaves in the cooking compartment from leaking to the outside, and a door frame having an opening to the cooking compartment and a choke; and a shielding plate coupled to the door frame, the shielding plate including: a substrate through which to provide substantial visibility from outside of the cooking compartment into the cooking compartment, a multi-shielding layer which substantially transparently coats the substrate to at least conduct the microwaves to the door frame to prevent the microwaves in the cooking compartment from leaking to the outside, and a substrate through which to provide substantial visibility from outside of the cooking compartment into the cooking compartment, a multi-shielding layer which substantially transparently coats the substrate to at least conduct the microwaves to the door frame to prevent the microwaves in the cooking compartment from leaking to the outside, and a conductive adhesive member to adhere the door frame to the shielding plate and transmit the emitted microwaves conducted by the shielding plate to the door frame, a mounting member coupled to the door frame, and a cover member coupled to the mounting member to support the shielding plate.
A method in a user equipment, "use", of releasing common Enhanced Dedicated Channel, "E-DCH", resources after a Common Control Channel, "CCCH" transmission to a wireless communication network, said method comprising: triggering transmission of scheduling information, "SI", to the wireless communication network upon transmission of the last CCCH data available at the UE, regardless of whether or not a Total E-DCH Buffer Status, "TEBS", of the UE is zero; reporting in the SI that is transmitted to the wireless communication network that the TEBS of the UE equals zero, regardless of whether the TEBS of the UE is zero; and releasing the common E-DCH resources responsive to the transmission of the SI. triggering transmission of scheduling information, "SI", to the wireless communication network upon transmission of the last CCCH data available at the UE, regardless of whether or not a Total E-DCH Buffer Status, "TEBS", of the UE is zero; reporting in the SI that is transmitted to the wireless communication network that the TEBS of the UE equals zero, regardless of whether the TEBS of the UE is zero; and releasing the common E-DCH resources responsive to the transmission of the SI.
Fetal heart rate monitoring device for monitoring a heart rate of a fetus, the device comprising: a carrier suitable for being attached to a human body; at least one fetal electrocardiographic sensor mounted on the carrier and configured for providing an output signal; at least one reference sensor for providing a reference signal for filtering the output signal to enable identifying a fetal heartrate therefrom; wherein the device further comprises: an actuator arrangement comprising a plurality of actuators mounted on the carrier and distributed in an area around the fetal electrocardiographic sensor, wherein each actuator is configured for providing a haptic signal to the human body; and a controller communicatively connected to the at least one fetal electrocardiographic sensor for receiving the output signal, wherein the controller is configured for determining a signal strength from the received output signal, wherein the controller is arranged for controlling each of the plurality of actuators for providing a haptic feedback signal to the human body dependent on the received output signal, wherein the controller is configured for providing the haptic feedback signal dependent on the determined signal strength. a carrier suitable for being attached to a human body; at least one fetal electrocardiographic sensor mounted on the carrier and configured for providing an output signal; at least one reference sensor for providing a reference signal for filtering the output signal to enable identifying a fetal heartrate therefrom; wherein the device further comprises: an actuator arrangement comprising a plurality of actuators mounted on the carrier and distributed in an area around the fetal electrocardiographic sensor, wherein each actuator is configured for providing a haptic signal to the human body; and a controller communicatively connected to the at least one fetal electrocardiographic sensor for receiving the output signal, wherein the controller is configured for determining a signal strength from the received output signal, wherein the controller is arranged for controlling each of the plurality of actuators for providing a haptic feedback signal to the human body dependent on the received output signal, wherein the controller is configured for providing the haptic feedback signal dependent on the determined signal strength. an actuator arrangement comprising a plurality of actuators mounted on the carrier and distributed in an area around the fetal electrocardiographic sensor, wherein each actuator is configured for providing a haptic signal to the human body; and a controller communicatively connected to the at least one fetal electrocardiographic sensor for receiving the output signal, wherein the controller is configured for determining a signal strength from the received output signal, wherein the controller is arranged for controlling each of the plurality of actuators for providing a haptic feedback signal to the human body dependent on the received output signal, wherein the controller is configured for providing the haptic feedback signal dependent on the determined signal strength.
A reception apparatus comprising: a reception section adapted to receive Demodulation Reference Signals, DMRS, and DMRS antenna port information indicating a combination of two antenna ports used for transmission of the DMRS by a transmission apparatus; and a control signal processing section adapted to identify one of a first antenna port pair and a second antenna port pair as the two antenna ports based on the received DMRS antenna port information, and adapted to demodulate a control signal using the received DMRS in the identified antenna port pair, wherein the first antenna port pair is a pair of antenna ports on which the DMRS are not mutually code-multiplexed, and the second antenna port pair is another pair of antenna ports on which the DMRS are code-multiplexed. a reception section adapted to receive Demodulation Reference Signals, DMRS, and DMRS antenna port information indicating a combination of two antenna ports used for transmission of the DMRS by a transmission apparatus; and a control signal processing section adapted to identify one of a first antenna port pair and a second antenna port pair as the two antenna ports based on the received DMRS antenna port information, and adapted to demodulate a control signal using the received DMRS in the identified antenna port pair, wherein the first antenna port pair is a pair of antenna ports on which the DMRS are not mutually code-multiplexed, and the second antenna port pair is another pair of antenna ports on which the DMRS are code-multiplexed.
A rubber composition for tire treads, the rubber composition comprising: 50 to 200 parts by weight of a wet masterbatch, 60 to 70 parts by weight of a raw rubber, and 50 to 200 parts by weight of a carbon black, wherein the wet masterbatch is prepared by reacting 50 to 200 parts by weight of a carbon black, 20 to 100 parts by weight of a plant based resin and 50 to 200 parts by weight of a processing oil with respect to 100 parts by weight of a styrene-butadiene latex, according to a batchwise method, the wet masterbatch is polymerized for three to nine hours at 50 to 95°C after inputting water into a batchwise reactor and inputting i) the styrene-butadiene latex, ii) carbon black, iii) the plant based resin and iv) the processing oil into the reactor, and wherein the plant based resin has a softening point of 50 to 90°C and is selected from the group consisting of sesame resin, sunflower resin, coconut resin, palm resin, palm kernel resin, soya bean resin, rice resin, olive resin, geranium resin, chamomile resin, tea tree resin, lemon resin, jasmine resin, rose resin, lavender resin, camellia resin, caster resin, cotton seed resin, linseed resin, rape seed resin, arachis resin, pine resin, tall resin, corn resin, safflower resin, jojoba resin, macadamia nut resin, tung resin and mixtures thereof. 50 to 200 parts by weight of a wet masterbatch, 60 to 70 parts by weight of a raw rubber, and 50 to 200 parts by weight of a carbon black, wherein the wet masterbatch is prepared by reacting 50 to 200 parts by weight of a carbon black, 20 to 100 parts by weight of a plant based resin and 50 to 200 parts by weight of a processing oil with respect to 100 parts by weight of a styrene-butadiene latex, according to a batchwise method, the wet masterbatch is polymerized for three to nine hours at 50 to 95°C after inputting water into a batchwise reactor and inputting i) the styrene-butadiene latex, ii) carbon black, iii) the plant based resin and iv) the processing oil into the reactor, and wherein the plant based resin has a softening point of 50 to 90°C and is selected from the group consisting of sesame resin, sunflower resin, coconut resin, palm resin, palm kernel resin, soya bean resin, rice resin, olive resin, geranium resin, chamomile resin, tea tree resin, lemon resin, jasmine resin, rose resin, lavender resin, camellia resin, caster resin, cotton seed resin, linseed resin, rape seed resin, arachis resin, pine resin, tall resin, corn resin, safflower resin, jojoba resin, macadamia nut resin, tung resin and mixtures thereof.
A turbine section of a gas turbine engine, the turbine section being annular about a longitudinal axis, the turbine section comprising: a first turbine with a first inlet and a first outlet; a second turbine with a second inlet and a second outlet; an inter-turbine duct extending from the first outlet to the second inlet and configured to direct an air flow from the first turbine to the second turbine, the inter-turbine duct being defined by a hub and a shroud; characterised in that at least two splitter blades (260, 280) disposed within the inter-turbine duct, the at least two splitter blades including a first splitter blade and a second splitter blade radially interior to the first splitter blade, wherein at least the second splitter blade has a radial position that is greater than 60% of a distance from the shroud to the hub. a first turbine with a first inlet and a first outlet; a second turbine with a second inlet and a second outlet; an inter-turbine duct extending from the first outlet to the second inlet and configured to direct an air flow from the first turbine to the second turbine, the inter-turbine duct being defined by a hub and a shroud; characterised in that at least two splitter blades (260, 280) disposed within the inter-turbine duct, the at least two splitter blades including a first splitter blade and a second splitter blade radially interior to the first splitter blade, wherein at least the second splitter blade has a radial position that is greater than 60% of a distance from the shroud to the hub.
Radio node (10, 100) for a wireless communication network, the radio node (10, 100) being adapted for transmitting data, based on a Listen-Before-Talk, LBT, procedure, on a plurality of carriers, characterized in that, the data is transmitted on the plurality of carriers when and/or after reaching a wait time, wherein the wait time is determined based on one or more operational conditions and/or parameters, wherein the wait time indicates a point in time, up to which one or more carriers of the plurality of carriers with completed backoff procedure will wait, before transmission of the data.
A positive-engagement clutch for optional positive torque transmission to a powertrain of a motor vehicle, having an input element, which can be directly or indirectly coupled to the motor shaft in order to introduce a torque, an output element, which can be rotated relative to the input element in order to output the torque, multiple axially movable balls for coupling the output element to the input element in positive engagement, an actuation element for axially moving the balls between a closed position, in which they are inserted into an axial toothing, and an open position, in which they are axially offset relative to the axial toothing, wherein the balls are inserted into a radial toothing between the closed position and the open position, wherein the actuation element has a receiving depression, in particular in the form of a circumferential groove, for partly receiving each ball, and a spring device which is secured to the actuation element in order to axially bias each ball within the receiving depression onto the axial toothing, characterised in that the spring device has a mounting ring secured to the actuation element and flexure springs projecting radially from the mounting ring and engaging the respective ball. an input element, which can be directly or indirectly coupled to the motor shaft in order to introduce a torque, an output element, which can be rotated relative to the input element in order to output the torque, multiple axially movable balls for coupling the output element to the input element in positive engagement, an actuation element for axially moving the balls between a closed position, in which they are inserted into an axial toothing, and an open position, in which they are axially offset relative to the axial toothing, wherein the balls are inserted into a radial toothing between the closed position and the open position, wherein the actuation element has a receiving depression, in particular in the form of a circumferential groove, for partly receiving each ball, and a spring device which is secured to the actuation element in order to axially bias each ball within the receiving depression onto the axial toothing, characterised in that the spring device has a mounting ring secured to the actuation element and flexure springs projecting radially from the mounting ring and engaging the respective ball.
Method for the detection and/or staining of glycans in a paraffin-embedded cell or tissue sample, comprising (a) providing a paraffin-embedded cell or tissue sample; (b) removing the paraffin from the cell or tissue sample by a solvent and re-hydrating the sample; (c) contacting the cell or tissue sample with a recombinant polypeptide, said polypeptide comprising the carbohydrate recognition domain of human CD301 depicted in SEQ ID NO:1 or a sequence having at least 80% sequence identity thereto; provided that the resulting variant CRD still exhibits a glycan-binding activity; (d) detecting whether said recombinant polypeptide binds to said cell or tissue sample, wherein binding of said recombinant polypeptide to said paraffin-embedded cell or tissue sample indicates that the cells in the sample comprise glycans. (a) providing a paraffin-embedded cell or tissue sample; (b) removing the paraffin from the cell or tissue sample by a solvent and re-hydrating the sample; (c) contacting the cell or tissue sample with a recombinant polypeptide, said polypeptide comprising the carbohydrate recognition domain of human CD301 depicted in SEQ ID NO:1 or a sequence having at least 80% sequence identity thereto; (d) detecting whether said recombinant polypeptide binds to said cell or tissue sample,
An infusion system comprising: a frame that carries a beta detector, a gamma detector, and a controller communicatively coupled to the beta detector and the gamma detector, wherein the frame is further configured to receive a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, and the controller is configured to determine an activity of the radioactive eluate based on the beta emissions measured by the beta detector, determine an activity of the radioactive eluate based on the gamma emissions measured by the gamma detector, characterised in that the controller is further configured to calibrate the infusion system based on comparison of the activity of the radioactive eluate measured by the beta detector to the activity of the radioactive eluate measured by the gamma detector. a frame that carries a beta detector, a gamma detector, and a controller communicatively coupled to the beta detector and the gamma detector, wherein the frame is further configured to receive a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, and the controller is configured to determine an activity of the radioactive eluate based on the beta emissions measured by the beta detector, determine an activity of the radioactive eluate based on the gamma emissions measured by the gamma detector, characterised in that the controller is further configured to calibrate the infusion system based on comparison of the activity of the radioactive eluate measured by the beta detector to the activity of the radioactive eluate measured by the gamma detector.
A printed circuit board for electrical components and/or conductor paths, comprising - a base body which extends along a main extension plane, and - an insert which is integrated into the base body, wherein the insert is a metal-ceramic substrate and interacts positively and materially with the base body in a direction perpendicular to the main extension plane, wherein the metal-ceramic substrate is profiled on a side surface which does not run parallel to the main extension plane in order to form the positive interaction, characterized in that the side surface is profiled in such a way that a modulation depth or height is set which has a value of between 20 μm and 100 μm. - a base body which extends along a main extension plane, and - an insert which is integrated into the base body,
Turbomachine compressor blade of main radial orientation with respect to the main axis of the turbomachine, the blade comprising a radially internal root portion, a radially external tip portion and a radially intermediate portion, wherein the blade, comprises a curved portion curved perpendicularly to a main axial plane of the blade in a direction and at least one straight portion on the root portion and/or on the tip portion, characterised in that the tangential amplitude A of the curved portion is between 1% and 5% of the radial length L of the blade.
A safety trailer (2600, 2900, 3200, 3300) for shielding road construction workers from traffic, comprising: first and second platforms (2604, 2608), characterized in that an accordion-like safety wall (2612, 2912) is positioned between, and engaged with the first and second platforms (2604 and 2608), said safety wall (2612, 2912) includes a plurality of rotatably connected wall segments (2704, 2708, 2712), each being rotatable, about a vertical axis, with respect to an adjacent wall segment or, as appropriate, an adjacent first or second platform, wherein the vertical axis of rotation are transverse, substantially orthogonal, to a longitudinal axis of the trailer. first and second platforms (2604, 2608), characterized in that an accordion-like safety wall (2612, 2912) is positioned between, and engaged with the first and second platforms (2604 and 2608), said safety wall (2612, 2912) includes a plurality of rotatably connected wall segments (2704, 2708, 2712), each being rotatable, about a vertical axis, with respect to an adjacent wall segment or, as appropriate, an adjacent first or second platform, wherein the vertical axis of rotation are transverse, substantially orthogonal, to a longitudinal axis of the trailer.
A centering device for centering a driving ring comprising: a pivoting part configured to pivot around a first axis that extends along an axial direction of a hole formed in the pivoting part; a roller attached to a first end of the pivoting part and configured to rotate; a rod attached to a second end of the pivoting part and configured to move along a second axis; a spring mechanism enclosing a part of the rod and configured to apply a biasing force to the pivoting part; and a rod housing configured to receive an end of the rod and to allow the rod to freely move through the rod housing. a pivoting part configured to pivot around a first axis that extends along an axial direction of a hole formed in the pivoting part; a roller attached to a first end of the pivoting part and configured to rotate; a rod attached to a second end of the pivoting part and configured to move along a second axis; a spring mechanism enclosing a part of the rod and configured to apply a biasing force to the pivoting part; and a rod housing configured to receive an end of the rod and to allow the rod to freely move through the rod housing.