mhurhangee/ep-ind-claims huggingface dataset:
A seaming roll for sealing a container comprising a rotation body rotatable on a bolt for sealing the container, wherein the rotation body comprises a first basic side and a second basic side different from the first basic side as well as a bearing, wherein the bolt is arranged on the bearing via the first basic side in such a way that the rotation body can be rotated about the bolt in the circumferential direction of the second basic side when the container is sealed, wherein the seaming roll comprises an exchangeable seaming profile for seaming a container lid with a body of the container and a fastening mechanism (15, 16), wherein the exchangeable seaming profile is detachably connected to the rotation body via the fastening mechanism (15, 16), characterized in that the fastening mechanism (15, 16) comprises a pin on the rotation body and a notch on the seaming profile, and the seaming profile with the notch can be connected to the pin on the rotation body in a torque-proof and force-locking manner. wherein the seaming roll comprises an exchangeable seaming profile for seaming a container lid with a body of the container and a fastening mechanism (15, 16), wherein the exchangeable seaming profile is detachably connected to the rotation body via the fastening mechanism (15, 16), characterized in that the fastening mechanism (15, 16) comprises a pin on the rotation body and a notch on the seaming profile, and the seaming profile with the notch can be connected to the pin on the rotation body in a torque-proof and force-locking manner.
Method for sorting and/or conveying food products, in particular sausage, ham and/or cheese, having the following method steps: receiving the food product by means of a receiving element, positioning the food product in a target position, by virtue of the receiving element being moved by means of at least one actuator, and depositing the food product at the target position, characterized in that, when the food product is being deposited, a switchable friction-reduction means for reducing the friction between the food product and the receiving element is switched on, in that the friction-reduction means comprises a fluid system having a fluid-exit nozzle, which is formed on the receiving element, and a fluid-supply unit, which is in fluid connection with the fluid-exit nozzle, wherein, when the friction-reduction means is switched on, fluid flows out of the fluid-exit nozzle in the direction of the food product, and in that the receiving element is designed in the form of an essentially horizontal, planar plate, wherein the plate has an integrated fluid channel, and wherein the fluid channel is in fluid connection with openings on the upper side of the plate, said openings functioning as fluid-exit nozzles.
A road vehicle for the public transport of passengers, said vehicle comprising a plurality of walls (2, 3, 4) defining an interior space accessible to passengers through at least two doors (6a, 6b), said vehicle comprising sensor means carried by one of the walls of said vehicle and configured to acquire data relating to the presence of a road vehicle approaching said vehicle, the opening or closing of said doors (6a, 6b) being controlled by actuator means,. characterized in that said vehicle comprising a system for controlling said actuator means of said doors, said control system being configured to delay the opening of at least one of the doors (6a, 6b) as a function of the data acquired by said sensor means, wherein said door opening control system comprises an electronic unit electrically connected to said actuator means and to said sensor means, said electronic unit comprising processing means configured to control said actuator means for delaying the opening of at least one of said doors (6a, 6b) as a function of the data acquired by the sensor means, wherein said opening delay is a time pre-set and stored in said electronic unit or a time processed according to the dynamic conditions and the type of vehicle detected. said vehicle comprising sensor means carried by one of the walls of said vehicle and configured to acquire data relating to the presence of a road vehicle approaching said vehicle, the opening or closing of said doors (6a, 6b) being controlled by actuator means,. characterized in that said vehicle comprising a system for controlling said actuator means of said doors, said control system being configured to delay the opening of at least one of the doors (6a, 6b) as a function of the data acquired by said sensor means, wherein said door opening control system comprises an electronic unit electrically connected to said actuator means and to said sensor means, said electronic unit comprising processing means configured to control said actuator means for delaying the opening of at least one of said doors (6a, 6b) as a function of the data acquired by the sensor means, wherein said opening delay is a time pre-set and stored in said electronic unit or a time processed according to the dynamic conditions and the type of vehicle detected.
A brake assembly comprising: a brake carrier; a brake caliper that defines a bore that extends along an axis; and a guide pin assembly that slidably couples the brake caliper to the brake carrier, the guide pin assembly including: a bushing that is received in the bore; a sleeve that is received in the bushing; a resilient member that is received in the bushing and that extends between the bushing and the sleeve; and a fastener that fixedly couples the sleeve to the brake carrier; wherein the brake caliper is slidable along the bushing. a brake carrier; a brake caliper that defines a bore that extends along an axis; and a guide pin assembly that slidably couples the brake caliper to the brake carrier, the guide pin assembly including: a bushing that is received in the bore; a sleeve that is received in the bushing; a resilient member that is received in the bushing and that extends between the bushing and the sleeve; and a fastener that fixedly couples the sleeve to the brake carrier; a bushing that is received in the bore; a sleeve that is received in the bushing; a resilient member that is received in the bushing and that extends between the bushing and the sleeve; and a fastener that fixedly couples the sleeve to the brake carrier; wherein the brake caliper is slidable along the bushing.
A photomask blank comprising: a substrate, a film made of a chromium-containing material, and a processing film (21;23) which is formed in contact with that side of the film made of chromium-containing material closer to the substrate, so that it can be processed using a pattern of the film made of the chromium-containing material as an etching mask, wherein the film made of chromium-containing material is a stacked film having a three-layer structure including, in order from the side remote from the substrate, a first layer, a second layer and a third layer, and each of the first layer, the second layer and the third layer contains chromium, oxygen and nitrogen, the first layer has a chromium content of 40 atomic% or less, an oxygen content of 50 atomic% or more, a nitrogen content of 10 atomic% or less, and a thickness of 20 nm or more, the second layer has a chromium content of 50 atomic% or more, an oxygen content of 20 atomic% or less, and a nitrogen content of 30 atomic% or more, and the third layer has a chromium content of 40 atomic% or less, an oxygen content of 50 atomic% or more, and a nitrogen content of 10 atomic% or less.
An electrical plug device for transferring electrical energy from an external source of current to an electrical load arranged in a body, preferably in a chuck body of a chuck, in particular an electrical drive motor for actuating the clamping jaws of the chuck, consisting of: - a socket possessing at least two accommodation openings, a body and an electrical load arranged therein, each of which is connected to the source of current via an electrical cable and - of at least two plugs connected to the load by one electrical cable each, with the plugs arranged in the body and coupled to the particular accommodation openings of the socket during the electrical energy transfer, and in which the plugs can be removed from the accommodation openings following the energy transfer, characterised in that, the socket can be moved in the direction of the body by means of a first advance device, that the body has a holding pocket worked into it or provided in it, into which the first advance device can be inserted with the socket, that the body has a chamber which opens into the holding pocket, that the chamber has a second advance device mounted on it in a moving arrangement on which the plugs are arranged on a free face end of the second advance device facing towards the holding pocket, and that the advance movement of the second advance device brings the plugs into active contact with one each of the accommodation openings of the socket for electrical energy transfer and for generating the coupling status, and by means of which the second advance device pulls the plugs out of the particular accommodation opening of the socket for decoupling at the end of the energy transfer. - a socket possessing at least two accommodation openings, a body and an electrical load arranged therein, each of which is connected to the source of current via an electrical cable and - of at least two plugs connected to the load by one electrical cable each, with the plugs arranged in the body and coupled to the particular accommodation openings of the socket during the electrical energy transfer, and in which the plugs can be removed from the accommodation openings following the energy transfer,
A method to determine the position and/or orientation and/or shape of at least one coil of an RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) for an MR imaging system or a hybrid MR-PET imaging system, the RF coil device having at least one RF coil, the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) further comprising a housing for the at least one RF coil, wherein the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) has a marker arrangement comprising a plurality of electromagnetic radiation markers disposed at the outer surface of the housing, wherein the electromagnetic radiation markers are adapted to emit electromagnetic radiation within the ultraviolet, visible, infrared and/or Terahertz spectrum, wherein the marker arrangement comprises at least one electromagnetic radiation source adapted to emit electromagnetic radiation, wherein the marker arrangement comprises at least one electromagnetic radiation guide to distribute the electromagnetic radiation from the at least one electromagnetic radiation source to the electromagnetic radiation markers, wherein the method comprises the steps: - positioning the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) on a patient table of an MR imaging system or a MR hybrid MR-PET imaging system; - detecting the electromagnetic radiation emitted from the plurality of electromagnetic radiation markers on the outer surface of the housing of the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) by means of an electromagnetic radiation detector; - determining the position and/or orientation and/or shape of the at least one coil of the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) using the detected electromagnetic radiation. - positioning the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) on a patient table of an MR imaging system or a MR hybrid MR-PET imaging system; - detecting the electromagnetic radiation emitted from the plurality of electromagnetic radiation markers on the outer surface of the housing of the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) by means of an electromagnetic radiation detector; - determining the position and/or orientation and/or shape of the at least one coil of the RF coil device (7, 7a, 7b, 7c, 7d, 7e, 7f) using the detected electromagnetic radiation.
Burner (1, 35, 40) for pulverised and/or particulate fuel, - having a flow channel for transporting at least one gas flow into a burner chamber, - wherein the flow channel comprises a circular cross-section and a swirler impressing a swirl on the gas flow in the circumferal direction, - wherein the swirler comprises at least one first and one second group of deflection means (17, 18, 19, 31, 32, 41, 43) distributed over the circumferance of the flow channel for producing the swirl, - in that at least the second group of deflection means (18, 19, 32, 43) is held fixed to each other on a carrier structure (22, 34, 44), characterised in that - the carrier structure is provided axially displaceable and/or rotatably displaceable around the longitudinal axis of the flow channel for changing the impressed swirl along the flow channel. - having a flow channel for transporting at least one gas flow into a burner chamber, - wherein the flow channel comprises a circular cross-section and a swirler impressing a swirl on the gas flow in the circumferal direction, - wherein the swirler comprises at least one first and one second group of deflection means (17, 18, 19, 31, 32, 41, 43) distributed over the circumferance of the flow channel for producing the swirl, - in that at least the second group of deflection means (18, 19, 32, 43) is held fixed to each other on a carrier structure (22, 34, 44), characterised in that - the carrier structure is provided axially displaceable and/or rotatably displaceable around the longitudinal axis of the flow channel for changing the impressed swirl along the flow channel.
A cover plate for packing a curved display apparatus, comprising: a plate body having a plurality of grooves configured to assist to bend the plate body to cause the cover plate to have a bending tendency for reducing a radial stress and tangential stress of the curved display apparatus, wherein: an open direction of the grooves is identical to a bending direction of the cover plate; the cover plate having the bending tendency comprises an arc surface; the arc surface of the cover plate is a portion of a cylindrical surface; a longitudinal direction of the grooves is parallel to an axis of the cylindrical surface; and a cross-section view of the cover plate perpendicular to the axis of the cylindrical surface is an arc, wherein each of the grooves comprises a portion that is protruded from the cover plate body in a direction away from the axis of the cylindrical surface. an open direction of the grooves is identical to a bending direction of the cover plate; the cover plate having the bending tendency comprises an arc surface; the arc surface of the cover plate is a portion of a cylindrical surface; a longitudinal direction of the grooves is parallel to an axis of the cylindrical surface; and a cross-section view of the cover plate perpendicular to the axis of the cylindrical surface is an arc, wherein each of the grooves comprises a portion that is protruded from the cover plate body in a direction away from the axis of the cylindrical surface.
A compound as an intermediate for synthesis of upadacitinib, having a structure shown in Formula III: wherein, R is selected from a group consisting of benzyl, benzyloxycarbonyl, and allyloxycarbonyl.
Document of security and/or value, comprising at least one window, the window being formed from a multilayer assembly, characterized in that the multilayer assembly has - at least one layer comprising at least one photopolymer and incorporating at least one hologram and - at least one transparent, optically switchable layer which becomes non-transparent by means of heat or irradiation. - at least one layer comprising at least one photopolymer and incorporating at least one hologram and - at least one transparent, optically switchable layer which becomes non-transparent by means of heat or irradiation.
A computer implemented method for creating a two-way audio-video conversation between a first mobile computing device and a second mobile computing device, the method comprising the first mobile computing device performing the steps of: recording an audio data stream; encoding the audio data stream, the audio data stream comprising a stream of audio packets, each audio packet comprising an audio timestamp; recording a video data stream; encoding the video data stream, the video data stream comprising a stream of video packets, each video packet comprising a video timestamp matching a corresponding audio timestamp and audio packet that was recorded concurrently with the video packet; characterized in that: transmitting the audio data stream over a first transport protocol to a centralized server; and transmitting the video data stream separately from the audio data stream over a second transport protocol to the centralized server; whereinthe encoding of the audio data stream and the encoding of the video data stream are based on network bandwidth information about the connection between the first mobile computing device and the centralized server; the method further comprises: manipulating the audio data stream and video data stream at the centralized server based on the capability of the second mobile computing device and network bandwidth between the centralized server and the second mobile computing device, wherein the manipulating comprises re-encoding at the centralized server the audio data stream and video data stream; and transmitting both the re-encoded audio data stream and the re-encoded video data stream from the centralized server to the second mobile computing device for synchronizing the audio data stream and the video data stream based on the respective audio and video timestamps. recording an audio data stream; encoding the audio data stream, the audio data stream comprising a stream of audio packets, each audio packet comprising an audio timestamp; recording a video data stream; encoding the video data stream, the video data stream comprising a stream of video packets, each video packet comprising a video timestamp matching a corresponding audio timestamp and audio packet that was recorded concurrently with the video packet; transmitting the audio data stream over a first transport protocol to a centralized server; and transmitting the video data stream separately from the audio data stream over a second transport protocol to the centralized server; manipulating the audio data stream and video data stream at the centralized server based on the capability of the second mobile computing device and network bandwidth between the centralized server and the second mobile computing device, wherein the manipulating comprises re-encoding at the centralized server the audio data stream and video data stream; and transmitting both the re-encoded audio data stream and the re-encoded video data stream from the centralized server to the second mobile computing device for synchronizing the audio data stream and the video data stream based on the respective audio and video timestamps.
An electronics unit for an electromotor, formed with an electronics housing, in which a control electronics is arranged on a printed circuit board on which an interface structural group having a plug interface comprising contacts (34, 35) and for inserting at least one connection plug connector (48, 49) is mounted, wherein the electronics housing has a receiving area into which a connection box can be inserted in an authorized manner for connecting the at least one connection plug connector (48, 49), wherein further at least one sealing arrangement sealing the interface structural group on the front side in an area of the plug interface is provided and has a seal sealing the inner of the electronics housing, in such a manner that the inside of the electronics housing is also sealed in the non-used state of the connection box against the entrance of liquid and wherein the interface structural group comprises a contact carrier housing having a housing wall on which the seal formed as a circumferential seal is attached along a front side section of the housing wall, wherein the electronics housing forms in the receiving area for the connection box a wall graduated in an axial direction with a contact area elevated opposite a first wall area for the connection box, characterized in that a housing wall surrounding the contacts (34, 35) is provided in the contact carrier housing and which projects with its front side in axial direction opposite the plug-side ends of the contacts (34, 35), the electronics housing is provided above the receiving areas for the connection box with a dismountable cover and the circumferential seal of the sealing arrangement rests against an inside of the electronics housing in the elevated contact area of the wall.
A method of decoding a picture of a video signal, comprising: selecting a block of the picture for decoding; estimating a spatial activity of the block, wherein estimating the spatial activity of the block comprises calculating a spatial activity of at least one sample of the block according to the formula: Δ Pi, j = 4 * Pi, j − Pi − 1, j − Pi + 1, j − Pi,j − 1 − Pi,j + 1, where Pi,j is a component sample value at position (i,j) in the block; obtaining an overlapped block motion compensation, OBMC, restriction criterion, wherein the OBMC restriction criterion comprises a block spatial activity threshold; determining whether the OBMC restriction criterion is met with respect to the block, wherein determining whether the OBMC restriction criterion is met comprises determining whether the spatial activity of the block is below the block spatial activity threshold; and in response to determining that the OBMC restriction criterion is met, decoding the block without performing OBMC decoding on the block. selecting a block of the picture for decoding; estimating a spatial activity of the block, wherein estimating the spatial activity of the block comprises calculating a spatial activity of at least one sample of the block according to the formula: Δ Pi, j = 4 * Pi, j − Pi − 1, j − Pi + 1, j − Pi,j − 1 − Pi,j + 1, where Pi,j is a component sample value at position (i,j) in the block; obtaining an overlapped block motion compensation, OBMC, restriction criterion, wherein the OBMC restriction criterion comprises a block spatial activity threshold; determining whether the OBMC restriction criterion is met with respect to the block, wherein determining whether the OBMC restriction criterion is met comprises determining whether the spatial activity of the block is below the block spatial activity threshold; and in response to determining that the OBMC restriction criterion is met, decoding the block without performing OBMC decoding on the block.
A recombinant Bacillus host cell modified in its genome to result in no production of a neutral protease coded by a npr gene and of an alkaline protease coded by a apr gene which host cell comprises a nucleic acid construct, wherein the nucleic acid construct comprises a polynucleotide encoding an enzyme operably linked to a promoter sequence allowing for expression of the polynucleotide in the host cell, wherein the promoter comprises a bacteriophage SPO1 promoter sequence which is a polynucleotide sequence according to SEQ ID NO: 1 or a polynucleotide sequence at least 70% identical to SEQ ID NO: 1, wherein the bacteriophage SPO1 promoter sequence is part of an expression module comprising a modified rib leader located downstream of the promoter and upstream of a sequence coding for a RBS, wherein the modified rib leader is a rib leader comprising the ribO mutation C85T, wherein the modified rib leader is a rib leader according to SEQ ID NO: 55 comprising the ribO mutation C85T, even more preferably a rib leader according to SEQ ID NO: 55 comprising the ribO mutation C85T in the corresponding position of SEQ ID NO: 55 and a deletion of nucleotides corresponding to nucleotides 166 to 263 of SEQ ID NO:55.