mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a furnace containing a charge to heat the charge, comprising: providing gaseous oxidant comprising 60 vol.% to 85 vol.% oxygen; passing the gaseous oxidant through a heated regenerator and out of an oxidant port into a furnace, to heat the oxidant in the regenerator so that it emerges from the oxidant port at a temperature of 500 °C to 1400 °C, and to thereby cool said regenerator; and feeding gaseous fuel into said furnace through two or more fuel ports and combusting the fuel in the furnace with heated oxidant emerging from said oxidant port to produce gaseous hot products of said combustion which heat the charge; discontinuing the flow of oxidant through the regenerator into the furnace, and passing said combustion products into said oxidant port and through and out of said cooled regenerator to heat said regenerator, wherein the temperature of the combustion products that pass out of said regenerator is at least 500 °C; and alternating steps and, wherein said oxidant port and said fuel ports are located above the top surface of said charge in said furnace, said fuel ports being positioned at least 0.7 m above the top surface of said charge in said furnace; wherein at least one of said fuel ports is located on each side of a vertical line passing through the center of said oxidant port and said fuel ports are located 10 to 60 fuel port diameters from the center of said oxidant port; and wherein the fuel that is combusted with oxidant from a given oxidant port is fed into the furnace from two or more fuel ports at velocities of 40 to 350 m/sec, and the oxidant is fed into the furnace from the oxidant port at a velocity of 2 to 20 m/sec, wherein the fuel fed from said fuel ports entrains gaseous combustion products in said furnace before combusting with the high temperature oxidant stream. providing gaseous oxidant comprising 60 vol.% to 85 vol.% oxygen; passing the gaseous oxidant through a heated regenerator and out of an oxidant port into a furnace, to heat the oxidant in the regenerator so that it emerges from the oxidant port at a temperature of 500 °C to 1400 °C, and to thereby cool said regenerator; and feeding gaseous fuel into said furnace through two or more fuel ports and combusting the fuel in the furnace with heated oxidant emerging from said oxidant port to produce gaseous hot products of said combustion which heat the charge; discontinuing the flow of oxidant through the regenerator into the furnace, and passing said combustion products into said oxidant port and through and out of said cooled regenerator to heat said regenerator, wherein the temperature of the combustion products that pass out of said regenerator is at least 500 °C; and alternating steps and,
Driver's cab, preferably of a commercial vehicle, comprising a driver's seat and a passenger seat, which comprises at least one first component designed as an upper part and a second component that is adjacent to the upper part and to a third component designed as a seat part and is designed as a backrest, wherein the three components (25a, 25b, 25c) are each pivotable about one axis (35a; 35b) arranged between each two adjacent components (25a, 25b, 25c), wherein the passenger seat is pivotable about a rotary shaft arranged vertically on a floor surface of the driver's cab.
Packaging container, in particular for a gas-producing food product, wherein the packaging container has a packaging cup and a packaging closure, and wherein the packaging cup has a) a cup base, b) a cup jacket integrally formed on the cup base, c) a cup opening opposite the cup base, and d) an opening-side sealing edge, wherein at least one channel, in particular a plurality of channels, are introduced into the upper side of the sealing edge projecting away from the cup base, which channels are open on their long side opposite the cup base, and wherein the packaging closure is connected in a materially bonded manner to the upper side of the sealing edge opposite the cup base, such that the cup opening and the open long sides of the channels are covered and closed by the packaging closure, wherein the channels are open at their facing ends (7, 11), such that the inner region of the packaging cup is connected to the outer region thereof in a gas-permeable manner, characterized in that the channels in the sealing edge run along a straight line. a) a cup base, b) a cup jacket integrally formed on the cup base, c) a cup opening opposite the cup base, and d) an opening-side sealing edge,
An apparatus, comprising: a charge pump comprising a first charge pump output node; a charge pump voltage controller coupled to a voltage input of the charge pump and coupled to a supply voltage input node, wherein the charge pump voltage controller is configured to receive a supply voltage at the supply voltage input node and use the supply voltage to generate a voltage provided to the voltage input of the charge pump; an input switch coupled between the charge pump voltage controller and the voltage input of the charge pump; and an amplifier controller configured to transition the charge pump from a higher voltage mode (802,1002) to a lower voltage mode (806,1006) and to configure the input switch to provide a high impedance path through the input switch during a transition period (804,1004) between the higher voltage mode (802,1002) and the lower voltage mode (806,1006). a charge pump comprising a first charge pump output node; a charge pump voltage controller coupled to a voltage input of the charge pump and coupled to a supply voltage input node, wherein the charge pump voltage controller is configured to receive a supply voltage at the supply voltage input node and use the supply voltage to generate a voltage provided to the voltage input of the charge pump; an input switch coupled between the charge pump voltage controller and the voltage input of the charge pump; and an amplifier controller configured to transition the charge pump from a higher voltage mode (802,1002) to a lower voltage mode (806,1006) and to configure the input switch to provide a high impedance path through the input switch during a transition period (804,1004) between the higher voltage mode (802,1002) and the lower voltage mode (806,1006).
Apparatus for supplying a liquid, in particular an exhaust-gas aftertreatment agent for a motor vehicle, having a tank for accommodating the liquid and having a liquid extraction device which has a delivery device and a heating device which can be arranged in the tank, wherein the heating device has a heating pot which can be introduced into the tank through a tank opening, and wherein at least one device is provided for fastening the liquid extraction device to the tank, characterized in that the device has at least one at least radially deformable clamping element which, in order to fasten the liquid extraction device to the tank, is deformed radially so as to engage axially around at least one region of the liquid extraction device and a radial projection of the tank.
Device, in particular microfluidic system, having a substrate and two adjacent cavities, which are sealed off from each other by a common cover, and having a preferably pin-shaped body that is movable out of a starting position in the direction of the cover for forming a fluidic connection of the cavities, wherein the substrate has a recess in which the body is arranged movably guided, characterized in that the device comprises, on the side of the substrate remote from the cover, an additional cover that covers and seals off the recess, wherein the additional cover is designed to be elastically or irreversibly deformable in order to transmit a force, in particular pressure, to the body.
An automated luminaire with a light beam axis with light modulators mounted on a slide for positioning the light modulator along the light beam axis where the slide further comprises: a carrier (104, 204) for the light modulator (102, 202) which slides on a slide rail (112, 113) for constraining the movement of the carrier as it slides along the slide rail; and a slide rail interface between the carrier and the slide rail employing a plurality of slots in the slide rail interface; characterized in that a plurality of parallel slots in the carrier form a plurality of fingers encircling the slide rail (112, 113). a carrier (104, 204) for the light modulator (102, 202) which slides on a slide rail (112, 113) for constraining the movement of the carrier as it slides along the slide rail; and a slide rail interface between the carrier and the slide rail employing a plurality of slots in the slide rail interface; characterized in that a plurality of parallel slots in the carrier form a plurality of fingers encircling the slide rail (112, 113).
A method performed by an access gateway of a wireless local area network, comprising: receiving, at the access gateway of the wireless local area network, an identifier of a base station in a cellular network; contacting a first device in the cellular network via a first tunnel; receiving an identity of a second device in the cellular network; establishing a second tunnel with the second device; transmitting the identifier of the base station to the cellular network via the second tunnel; receiving, using the second tunnel, a first indication whether a handover from the wireless local area network to the cellular network is accepted; and transmitting a second indication in the wireless local area network that the handover is accepted. receiving, at the access gateway of the wireless local area network, an identifier of a base station in a cellular network; contacting a first device in the cellular network via a first tunnel; receiving an identity of a second device in the cellular network; establishing a second tunnel with the second device; transmitting the identifier of the base station to the cellular network via the second tunnel; receiving, using the second tunnel, a first indication whether a handover from the wireless local area network to the cellular network is accepted; and transmitting a second indication in the wireless local area network that the handover is accepted.
A brush heat gun provided with a control circuit, comprising: a fan module provided with a brush motor and a heating module; and a main control unit for controlling the rotation of the fan module and the heating of the heating module, characterized in that the brush heat gun further comprises a gear switch unit for supplying power to the brush heat gun, wherein an EMC processing circuit which is used to enhance the electro magnetic compatibility of the brush heat gun is provided between the gear switch unit and an external power supply, the EMC processing circuit comprising a discharging circuit connected with the external power supply, a lightning protection circuit connected with the discharging circuit, a pre-capacitor connected with the lightning protection circuit, a common mode inductor connected with the pre-capacitor, and a post-capacitor, one end of which is connected with the common mode inductor and the other end of which is connected with the gear switch unit.
Visual alarming device for a hazard detection system, which has a flashing light source for the visual alarm in the event of a hazard, an energy storage device for storing electrical energy, a switching element as well as a control unit for releasing the stored electrical energy from the energy storage device to the flashing light source via the switching element, and a housing with a housing-side mounting surface for direct wall or ceiling mounting or for mounting on a base for indirect wall or ceiling mounting, wherein the flashing light source is planarly luminous thin-layer component made of organic semiconducting materials (OLED) and wherein the planarly luminous thin-layer component is attached to the housing, characterised in that the planarly luminous thin-layer component has an inner surface opposite the housing and an outwardly protruding, curved luminous surface which is directed away from the housing.
A computer-implemented method for forming a dataset comprising training patterns, the training patterns being configured for learning a function, the function being configured to classify 2D images according to predetermined types of 3D arrangement of objects visible in the 2D images, each predetermined type of 3D arrangement corresponding to a manner to align objects in 3D, the predetermined types of 3D arrangement comprising the Manhattan type and/or the Atlanta type, the method comprising for each respective type of 3D arrangement: - constructing 3D scenes each comprising 3D modeled objects arranged according to the respective type of 3D arrangement; - generating 2D images each representing a respective 2D perspective of a respective constructed 3D scene where visible 3D modeled objects are among the 3D modeled objects of the respective constructed 3D scene which are arranged according to the respective type of 3D arrangement; and - adding to the dataset training patterns each including a respective generated 2D image and information indicative of the respective type of 3D arrangement; wherein the function is configured to take as an input a 2D image and to output information indicative of a respective predetermined type of 3D arrangement. - constructing 3D scenes each comprising 3D modeled objects arranged according to the respective type of 3D arrangement; - generating 2D images each representing a respective 2D perspective of a respective constructed 3D scene where visible 3D modeled objects are among the 3D modeled objects of the respective constructed 3D scene which are arranged according to the respective type of 3D arrangement; and - adding to the dataset training patterns each including a respective generated 2D image and information indicative of the respective type of 3D arrangement;
A method for communicating control information in a carrier aggregation configuration, comprising: receiving, at a user equipment, UE, a first resource assignment for a first downlink carrier of a first radio access technology, RAT; receiving, at the UE, a second resource assignment for a second downlink carrier of a second RAT, wherein the first downlink carrier and the second downlink carrier are aggregated for communicating data in a wireless network; determining, by the UE, resources for communicating first RAT control data for the first RAT over an uplink carrier corresponding to the first downlink carrier based at least in part on the first resource assignment, characterised by; determining, by the UE, a first processing time that is different from a second processing time defined by the second RAT, wherein the first processing time is for communicating the second RAT control data over a portion of the resources for communicating the first RAT control data; and communicating, by the UE, second RAT control data using a control channel of the uplink carrier of the first RAT over at least the portion of the resources for communicating the first RAT control data based on the first processing time, wherein communicating includes adapting the second RAT control data for transmitting on the control channel of the first RAT. receiving, at a user equipment, UE, a first resource assignment for a first downlink carrier of a first radio access technology, RAT; receiving, at the UE, a second resource assignment for a second downlink carrier of a second RAT, wherein the first downlink carrier and the second downlink carrier are aggregated for communicating data in a wireless network; determining, by the UE, resources for communicating first RAT control data for the first RAT over an uplink carrier corresponding to the first downlink carrier based at least in part on the first resource assignment, characterised by; determining, by the UE, a first processing time that is different from a second processing time defined by the second RAT, wherein the first processing time is for communicating the second RAT control data over a portion of the resources for communicating the first RAT control data; and communicating, by the UE, second RAT control data using a control channel of the uplink carrier of the first RAT over at least the portion of the resources for communicating the first RAT control data based on the first processing time,
A SIM card connector, comprising a base and signal spring, wherein: the base has a bearer panel provided such that a SIM card can be arranged parallel to the bearer panel, and the signal spring is disposed on the base; the SIM card connector further comprises a detection apparatus and is provided for being electrically connected to a controller, wherein the detection apparatus is configured to cooperate with one side of a SIM card, and is configured to detect an action of a SIM card, and the controller can be electrically connected via the detection apparatus, and via a power supply circuit of the signal spring; the detection apparatus comprises a fixed contact and a detection spring, wherein: the fixed contact is secured to the base, a first end of the detection spring is secured to the base, a second end of the detection spring performs clutch cooperation with the fixed contact by means of elastic deformation of the detection spring; and a trigger part is disposed on one side, close to a position provided for a SIM card, of the detection spring, and when the signal spring is in a free state, in a direction perpendicular to the bearer panel, compared with the signal spring, the trigger part is closer to the bearer panel; and the trigger part can press against one side of a SIM card to move the second end of the detection spring, so that the controller changes a connectivity status of the power supply circuit of the signal spring, characterised in that the signal spring has a pressing part, and the pressing part is configured to elastically press against a SIM card; and that compared with the signal spring, the trigger part is closer to the bearer panel specifically comprises that compared with the pressing part, the trigger part is closer to the bearer panel.
A block for holding at least one electrical cable suitable for being fixed to a support, the block comprising a body in which there is formed at least one passage for the or each electrical cable, and for each passage, a pin movable transversely in the passage relative to the body between: - a clamping position in which the cable associated with the passage is clamped between a bearing surface and a support surface (54, 56) carried by the body, each pin delimiting the bearing surface at one end, and - a retracted position, in which the flow of the cable associated with the passage is free, the pin being moved away from the support surface (54, 56), the or each support surface (54, 56) is delimited by a reversible insert fitted into a recess of the body opening into the respective passage, the or each reversible insert defining, on two of its opposite faces, two channel-shaped support surfaces (54, 56) of different depths, the or each support surface (54, 56) exposed in the respective passage being suitable for supporting the respective cable. - a clamping position in which the cable associated with the passage is clamped between a bearing surface and a support surface (54, 56) carried by the body, each pin delimiting the bearing surface at one end, and - a retracted position, in which the flow of the cable associated with the passage is free, the pin being moved away from the support surface (54, 56), the or each support surface (54, 56) is delimited by a reversible insert fitted into a recess of the body opening into the respective passage, the or each reversible insert defining, on two of its opposite faces, two channel-shaped support surfaces (54, 56) of different depths, the or each support surface (54, 56) exposed in the respective passage being suitable for supporting the respective cable.
A machine or vehicle component comprising a first housing part, a carrier fixed relative to the first housing part and having a carrying element consisting of a structurally rigid material, a second housing part covering the first housing part and which consists of a thermoplastic material with low structural rigidity, an opening which is provided in the second housing part, a functional attachment unit extending through the opening and configured as an adjusting unit, the attachment unit having a mounting element consisting of a structurally rigid material and accommodating a functional part, wherein the attachment unit is held on the carrying element by means of the mounting element, and the carrying element is provided with a carrying ring through which passes an extension of the mounting element of the attachment unit, the extension receiving the functional part and adjoining the carrying ring, wherein the carrying element carries the mounting element without transferring forces via the second housing part, and wherein the carrying element has a contact surface on which the mounting element is supported by a mounting surface, characterized in that the second housing part comprises a sealing collar consisting of the thermoplastic material of low structural rigidity which surrounds the opening and is sealed relative to the mounting element or the carrying element without being subjected to the forces for holding the attachment unit, in that the sealing collar is sealed at least against one of the elements, the mounting element or the carrying element, by a seal which is effective between a sealing side of the sealing collar and the mounting element or the carrying element and is thereby subjected to seal compression forces transversely relative to a plane of the sealing collar, in that the sealing collar is sealed relative to the mounting element or the carrying element by means of a seal consisting of resilient material, in that the seal is subjected to seal compression forces (K1, K2) which are dimensioned such that the seal abuts the sealing collar and the mounting element or the carrying element so as to provide effective sealing, and in that the seal compression forces (K1, K2) are dimensioned such that the sealing collar does not experience a deformation due to creepage of the thermoplastic material.
Method for operating a central control device for a home automation system having the steps a) Receiving a device inclusion request (INCLUSION_REQ 58) from a new device, b) Determining at least one device identification from the device inclusion request (INCLUSION_REQ 58), c) Assessing a device authorisation (62, 72), c1) Encrypting a network key known in the control device with a temporary key, c2) Sending the network key encrypted with the temporary key together with the device identification to a key service server, c3) Receiving from the key service server the network key encrypted with the temporary key encrypted with a device key, d) Sending the network key (KEY_OFFER 64) encrypted with the temporary key encrypted with a device key in response to the device authorisation (62, 72). a) Receiving a device inclusion request (INCLUSION_REQ 58) from a new device, b) Determining at least one device identification from the device inclusion request (INCLUSION_REQ 58), c) Assessing a device authorisation (62, 72), c1) Encrypting a network key known in the control device with a temporary key, c2) Sending the network key encrypted with the temporary key together with the device identification to a key service server, c3) Receiving from the key service server the network key encrypted with the temporary key encrypted with a device key, d) Sending the network key (KEY_OFFER 64) encrypted with the temporary key encrypted with a device key in response to the device authorisation (62, 72).