mhurhangee/ep-ind-claims huggingface dataset:
Element for an acoustic barrier having a longitudinal extension, wherein the element has two side walls extending in the direction of the longitudinal extension, each with an upper longitudinal edge and a lower longitudinal edge, wherein the element has an upper flange extending in the direction of the longitudinal extension, arranged in the region of the upper longitudinal edges and having two lateral edges extending in the direction of the longitudinal extension and/or a lower flange extending in the direction of the longitudinal extension, arranged in the region of the lower longitudinal edges and having two lateral edges extending in the direction of the longitudinal extension, and wherein an edge region of at least one of the longitudinal edges (6, 7) of at least one of the side walls is arranged extending in the direction of the longitudinal extension along a lateral edge (8, 9) of the upper flange or the lower flange, characterized in that the edge region of the longitudinal edge (6, 7) of the side wall is accommodated in a U-shaped groove which is formed by a leg of the lateral edge (8, 9) of the upper or lower flange (3, 4) and a further leg of this upper or lower flange (3, 4) connected to the leg and extending in the direction of the longitudinal extension of the element, so that the edge region of the longitudinal edge (6, 7) of the side wall and the legs (25, 26) of the upper or lower flange (3, 4) overlap one another, and in that the edge region accommodated in the groove is connected to the groove via at least one positive connection, wherein the positive connection is formed by a joint plastic deformation of at least one of the legs (25, 26) and of the edge region accommodated in the groove.
An automobile comprising: an automobile body; a door attached to the automobile body and including a door lock and a door-lock-releasing part; a battery installed in the automobile body; a backup power source device connected to the battery and disposed in an interior of the automobile body, the backup power source device including: a capacitor; a charging circuit provided in a charging path of the capacitor and performing step-down operation; a boost circuit provided in an output path of the capacitor; and a door-lock-releasing output terminal connected to the boost circuit; a vehicle electronic control unit for starting the boost circuit of the backup power source device and driving the door-lock-releasing part, using an output of the boost circuit; and an engine, characterized in that the backup power source device further includes a discharging circuit for discharging the capacitor and stopping the discharge in a state where electric charge of the capacitor is left, in a state where electric power is supplied from the battery to the vehicle ECU, the vehicle ECU starts the discharging circuit depending on a state of whether the engine is started or stopped, and in a state where no electric power is supplied from the battery to the vehicle ECU, the vehicle ECU starts the boost circuit and drives the door-lock-releasing part, using the output of the boost circuit. an automobile body; a door attached to the automobile body and including a door lock and a door-lock-releasing part; a battery installed in the automobile body; a backup power source device connected to the battery and disposed in an interior of the automobile body, the backup power source device including: a capacitor; a charging circuit provided in a charging path of the capacitor and performing step-down operation; a boost circuit provided in an output path of the capacitor; and a door-lock-releasing output terminal connected to the boost circuit; a capacitor; a charging circuit provided in a charging path of the capacitor and performing step-down operation; a boost circuit provided in an output path of the capacitor; and a door-lock-releasing output terminal connected to the boost circuit; a vehicle electronic control unit for starting the boost circuit of the backup power source device and driving the door-lock-releasing part, using an output of the boost circuit; and an engine, characterized in that the backup power source device further includes a discharging circuit for discharging the capacitor and stopping the discharge in a state where electric charge of the capacitor is left, in a state where electric power is supplied from the battery to the vehicle ECU, the vehicle ECU starts the discharging circuit depending on a state of whether the engine is started or stopped, and in a state where no electric power is supplied from the battery to the vehicle ECU, the vehicle ECU starts the boost circuit and drives the door-lock-releasing part, using the output of the boost circuit.
A method for compensating light reflections from a cover of a time-of-flight camera in an image of a scene that is sensed by the time-of-flight camera, the method comprising: receiving the image of the scene from the time-of-flight camera; modifying the image of the scene using a reference raw image to obtain a compensated image of the scene, wherein pixels of the reference raw image indicate reference values exclusively related to light reflections from the cover of the time-of-flight camera; outputting the compensated image; and controlling the time-of-flight camera to use a code modulated signal for illumination such that a measurement range of the time-of-flight camera ends immediately after the cover, wherein a raw image that is captured by the time-of-flight camera based on the code modulated signal is used as the reference raw image. receiving the image of the scene from the time-of-flight camera; modifying the image of the scene using a reference raw image to obtain a compensated image of the scene, wherein pixels of the reference raw image indicate reference values exclusively related to light reflections from the cover of the time-of-flight camera; outputting the compensated image; and controlling the time-of-flight camera to use a code modulated signal for illumination such that a measurement range of the time-of-flight camera ends immediately after the cover, wherein a raw image that is captured by the time-of-flight camera based on the code modulated signal is used as the reference raw image.
Pouched unit comprising a dose of a substance which is enveloped by a main part of a pouch made from a water soluble material, wherein; - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - the substance comprises a food material. - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - the substance comprises a food material.
A recreational facility, comprising: a water-filled oxygen bar (100, 200), including a source of compressed gas containing a combination of a first gas and a second gas, the first gas being substantially ambient air, the second gas being an oxygen concentration; at a level significantly above the mix of substantially ambient air a water tank (201, 503) sized sufficiently to accommodate a number of people, the water tank further including a platform towards a top of the water tank (201, 503); and a breathing apparatus configured to receive the combination of the first gas and the second gas such that the breathing apparatus enables breathing substantially ambient air if exposed to only the first gas and, an oxygen concentration at some level greater than the ambient level when exposed to both the first gas and the second gas. a source of compressed gas containing a combination of a first gas and a second gas, the first gas being substantially ambient air, the second gas being an oxygen concentration; at a level significantly above the mix of substantially ambient air a water tank (201, 503) sized sufficiently to accommodate a number of people, the water tank further including a platform towards a top of the water tank (201, 503); and a breathing apparatus configured to receive the combination of the first gas and the second gas such that the breathing apparatus enables breathing substantially ambient air if exposed to only the first gas and, an oxygen concentration at some level greater than the ambient level when exposed to both the first gas and the second gas.
A method for secure video processing, the method comprising storing an encrypted video stream in a public stream buffer in public memory which is accessible by a central processing unit; allocating a private stream buffer at a buffer location in private memory which is accessible by a decryption unit, wherein the private memory is not accessible for the central processing unit; configuring the decryption unit to copy the encrypted video stream as stored in the public stream buffer and decrypt the copied encrypted video stream as stored in the public stream buffer and output the associated decrypted video stream to the private stream buffer at the allocated buffer location in private memory; appending the allocated buffer location to the public stream buffer; sending the buffer location as appended to the public stream buffer to a video decoder unit having access to the private memory; wherein the step of appending the buffer location to the public stream buffer comprises appending a meta structure to the public stream buffer, the meta structure comprising the buffer location and size information of the decrypted video stream in the private stream buffer, wherein the step of appending the meta structure to the public stream buffer subsequently comprises passing the public stream buffer to a video filter element being executed on the central processing unit, the video filter element being arranged to configure the video decoder unit, the method further comprising verifying existence of the buffer location in the public stream buffer by the video filter element, and if the buffer location exists, sending the buffer location as appended to the public stream buffer to the video decoder unit by the video filter element and configuring the video decoder unit to read the decrypted video stream from the private stream buffer at the buffer location for further processing, otherwise configuring the video decoder unit to read decrypted video stream data from the public stream buffer.
An apparatus of a narrowband Internet of Things, NB-IoT, user equipment, UE (210, 320), operable to establish a radio resource control, RRC, connection with an eNodeB (220, 310), the apparatus comprising: memory; and one or more processors configured to: select, at the NB-IoT UE (210, 320), a logical channel identifier, ID, for inclusion in an RRC connection setup complete message, wherein the logical channel ID indicates no packet data convergence protocol, PDCP, layer is used at the NB-IoT UE (210, 320) for a signaling radio bearer 1 bis, SRBibis, that carries the RRC connection setup complete message; store, in the memory, the logical channel ID for inclusion in the RRC connection setup complete message; and process, at the NB-IoT UE (210, 320), the RRC connection setup complete message for transmission on the SRBibis to the eNodeB (220, 310), wherein the RRC connection setup complete message includes the logical channel ID. select, at the NB-IoT UE (210, 320), a logical channel identifier, ID, for inclusion in an RRC connection setup complete message, wherein the logical channel ID indicates no packet data convergence protocol, PDCP, layer is used at the NB-IoT UE (210, 320) for a signaling radio bearer 1 bis, SRBibis, that carries the RRC connection setup complete message; store, in the memory, the logical channel ID for inclusion in the RRC connection setup complete message; and process, at the NB-IoT UE (210, 320), the RRC connection setup complete message for transmission on the SRBibis to the eNodeB (220, 310), wherein the RRC connection setup complete message includes the logical channel ID.
A LED lamp comprising: a heat sink; a light-emitting module positioned on the heat sink, the light-emitting module comprising an LED unit positioned on the heat sink, a reflection cup, and a first diffuser covering the reflection cup, the reflection cup encircling the LED unit and defining at least one first ventilation hole; a heat-conducting support component positioned on the heat sink and encircling the reflection cup, the heat-conducting support component defining at least one second ventilation hole, the heat-conducting support component protrudes outwards to form at least two ear parts, and the at least two ear parts are fixedly connected to the heat sink; and a second diffuser covering the heat-conducting support component; the first ventilation hole and the second ventilation hole are connected, such that heat in the chamber formed by the reflection cup and the first diffuser is dissipated to the air via the first ventilation hole and the second ventilation hole, the LED lamp comprises a thermal insulation element fixed on the heat sink, and the heat-conducting support component is fixedly connected to the thermal insulation element, threaded fasteners run through the ear parts and the thermal insulation element sequentially to fix the heat-conducting support component on the heat sink. a heat sink; a light-emitting module positioned on the heat sink, the light-emitting module comprising an LED unit positioned on the heat sink, a reflection cup, and a first diffuser covering the reflection cup, the reflection cup encircling the LED unit and defining at least one first ventilation hole; a heat-conducting support component positioned on the heat sink and encircling the reflection cup, the heat-conducting support component defining at least one second ventilation hole, the heat-conducting support component protrudes outwards to form at least two ear parts, and the at least two ear parts are fixedly connected to the heat sink; and a second diffuser covering the heat-conducting support component; the first ventilation hole and the second ventilation hole are connected, such that heat in the chamber formed by the reflection cup and the first diffuser is dissipated to the air via the first ventilation hole and the second ventilation hole, the LED lamp comprises a thermal insulation element fixed on the heat sink, and the heat-conducting support component is fixedly connected to the thermal insulation element, threaded fasteners run through the ear parts and the thermal insulation element sequentially to fix the heat-conducting support component on the heat sink.
A mold assembly for use in a molding machine comprising: an ejector box (30, 130) having a plurality of guides (42, 142), said ejector box defining at least one ejector box linear way (94a, 94b; 194a, 194b); a cassette (50, 150) having at least one cassette plate (52, 54, 56; 152-1, 152-2, 152-3, 152-4) extending within said ejector box and supported on said guides, each cassette plate for supporting a mold piece (62, 64, 66), characterized by each cassette plate having at least one cassette plate support member (96a, 96b; 196-1, 196-2, 196-3, 196-4)extending over one said ejector box linear way, and at least one pad (100a, 100b; 200-1, 200-2, 200-3, 200-4) riding on each said ejector box linear way such that there is a pad below each cassette plate support member; and a force generator (102a, 102b; 202) disposed between said cassette plate support member and said pad below said cassette plate support member. an ejector box (30, 130) having a plurality of guides (42, 142), said ejector box defining at least one ejector box linear way (94a, 94b; 194a, 194b); a cassette (50, 150) having at least one cassette plate (52, 54, 56; 152-1, 152-2, 152-3, 152-4) extending within said ejector box and supported on said guides, each cassette plate for supporting a mold piece (62, 64, 66), characterized by each cassette plate having at least one cassette plate support member (96a, 96b; 196-1, 196-2, 196-3, 196-4)extending over one said ejector box linear way, and at least one pad (100a, 100b; 200-1, 200-2, 200-3, 200-4) riding on each said ejector box linear way such that there is a pad below each cassette plate support member; and a force generator (102a, 102b; 202) disposed between said cassette plate support member and said pad below said cassette plate support member.
A process for producing a bituminous composition, the process including the steps of: preparing a bitumen emulsion comprising, by total weight of the bitumen emulsion: bitumen, in an amount from 50.0% to 75.0% weight, the bitumen having a penetration number of from 60 to 100; an emulsifier in an amount from 0.05% to 2.0% weight; water in an amount from 23.0% to 49.95% weight; heating the bitumen emulsion to a temperature range of 25°C to 95°C; heating aggregate to a temperature range of 60°C to 140°C; and mixing the heated bitumen emulsion and the heated aggregate to provide the bituminous composition comprising, by total weight of the bituminous composition: (a) bitumen in an amount of 1.0% to 7.5% by weight, (b) an emulsifier in an amount of 0.001% to 0.2% by weight; (c) water is in an amount of 0.46% to 4.995% by weight; and (d) aggregate in an amount of 90.0% to 98.0% by weight. preparing a bitumen emulsion comprising, by total weight of the bitumen emulsion: bitumen, in an amount from 50.0% to 75.0% weight, the bitumen having a penetration number of from 60 to 100; an emulsifier in an amount from 0.05% to 2.0% weight; water in an amount from 23.0% to 49.95% weight; bitumen, in an amount from 50.0% to 75.0% weight, the bitumen having a penetration number of from 60 to 100; an emulsifier in an amount from 0.05% to 2.0% weight; water in an amount from 23.0% to 49.95% weight; heating the bitumen emulsion to a temperature range of 25°C to 95°C; heating aggregate to a temperature range of 60°C to 140°C; and mixing the heated bitumen emulsion and the heated aggregate to provide the bituminous composition comprising, by total weight of the bituminous composition: (a) bitumen in an amount of 1.0% to 7.5% by weight, (b) an emulsifier in an amount of 0.001% to 0.2% by weight; (c) water is in an amount of 0.46% to 4.995% by weight; and (d) aggregate in an amount of 90.0% to 98.0% by weight. (a) bitumen in an amount of 1.0% to 7.5% by weight, (b) an emulsifier in an amount of 0.001% to 0.2% by weight; (c) water is in an amount of 0.46% to 4.995% by weight; and (d) aggregate in an amount of 90.0% to 98.0% by weight.
A detergent delivery pump assembly, comprising: a pump, one motor assembly and a transmission mechanism (30, 50), characterized in that: the pump defines a plurality of fixed-volume chambers therein for containing various detergents respectively, each fixed-volume chamber being provided with a liquid inlet valve and a liquid outlet valve; a plurality of pistons disposed in the plurality of fixed-volume chambers in one-to-one correspondence relationship and each piston comprises a piston head, the piston head is controlled to reciprocate in a corresponding fixed-volume chamber to draw or push out a fixed volume of detergent; the transmission mechanism (30, 50) associates the piston heads with the one motor assembly, such that the piston heads are controlled to be moved in the fixed-volume chambers by the one motor assembly respectively. the pump defines a plurality of fixed-volume chambers therein for containing various detergents respectively, each fixed-volume chamber being provided with a liquid inlet valve and a liquid outlet valve; a plurality of pistons disposed in the plurality of fixed-volume chambers in one-to-one correspondence relationship and each piston comprises a piston head, the piston head is controlled to reciprocate in a corresponding fixed-volume chamber to draw or push out a fixed volume of detergent; the transmission mechanism (30, 50) associates the piston heads with the one motor assembly, such that the piston heads are controlled to be moved in the fixed-volume chambers by the one motor assembly respectively.
A system for suspending ceiling tiles, comprising a plurality of substantially parallel upper supports, a plurality of substantially parallel lower supports which are substantially perpendicular to the upper supports and which cross the upper supports at crossing points, the upper supports having apertures and being suspended via suspending means, a mounting clip which affixes each lower support to an upper support at a crossing point, the upper and lower supports each having a substantially vertical web, the upper support having an under surface, wherein the mounting clip has the form of two plates, each of said plates has an upper section and a lower section, and the upper section of each plate has a protruding section at one edge and the two protruding sections each pass through an aperture in the upper support, whereby the lower sections of the two plates pass on opposite sides of the vertical web of the lower support and press against and grip the lower support as a result of the protruding sections being held within the aperture or apertures in the upper support, wherein the mounting clip is provided with at least one stabilizing wing that extends from one of said plates of the mounting clip in a direction substantially perpendicular to the plane of said plate, such that the upper and lower supports are stabilized in perpendicular formation by said at least one stabilizing wing (8, 9), the stabilisation effected by the ability of the stabilising wing (8, 9) to bear against the upper support in the event of deviation of the supports (10, 11) from perpendicular formation. a plurality of substantially parallel upper supports, a plurality of substantially parallel lower supports which are substantially perpendicular to the upper supports and which cross the upper supports at crossing points, the upper supports having apertures and being suspended via suspending means, a mounting clip which affixes each lower support to an upper support at a crossing point, the upper and lower supports each having a substantially vertical web, the upper support having an under surface, wherein the mounting clip has the form of two plates, each of said plates has an upper section and a lower section, and the upper section of each plate has a protruding section at one edge and the two protruding sections each pass through an aperture in the upper support, whereby the lower sections of the two plates pass on opposite sides of the vertical web of the lower support and press against and grip the lower support as a result of the protruding sections being held within the aperture or apertures in the upper support, wherein the mounting clip is provided with at least one stabilizing wing that extends from one of said plates of the mounting clip in a direction substantially perpendicular to the plane of said plate, such that the upper and lower supports are stabilized in perpendicular formation by said at least one stabilizing wing (8, 9), the stabilisation effected by the ability of the stabilising wing (8, 9) to bear against the upper support in the event of deviation of the supports (10, 11) from perpendicular formation.