mhurhangee/ep-ind-claims huggingface dataset:
Robenidine, or a therapeutically acceptable salt thereof, for use in a method of treating or preventing a bacterial colonisation or infection in a subject by a Gram negative bacteria and/or Gram positive bacteria, the method comprising the step of: administering a therapeutically effective amount of robenidine, or a therapeutically acceptable salt thereof, and a compound or agent that removes or substantially removes or reduces the integrity of the cell wall of the bacteria to the subject.
An integrally blow-moulded bag-in-container having a neck region and a mouth suitable for dispensing a liquid contained in a collapsible inner bag through the mouth of the bag-in-container, by squeezing the collapsible inner bag upon control of the pressure in a region between the collapsible inner bag and an outer container, said bag-in-container comprising: • an outer layer made of a polymer and forming the outer container, • an inner layer made of a polymer and forming the collapsible inner bag, contained in the outer container, • the outer layer and the inner layer being connected to one another by an interface over substantially the whole of an inner surface of the outer layer, and • at least one vent fluidly connecting the interface to the atmosphere, characterized in that, the same polymer is in contact on either side of the interface. • an outer layer made of a polymer and forming the outer container, • an inner layer made of a polymer and forming the collapsible inner bag, contained in the outer container, • the outer layer and the inner layer being connected to one another by an interface over substantially the whole of an inner surface of the outer layer, and • at least one vent fluidly connecting the interface to the atmosphere,
Storage device for storing a container unit, having a frame unit which forms a receiving space for receiving the container unit, and a handling structure which is embodied to be handled by a lifting device, a carrying structure which is embodied to correspond with a conveying unit for loading and unloading the receiving space and has support profiles which form intermediate spaces for the engagement of conveying elements of the conveying unit and a stacking structure which is embodied to cooperate with a corresponding stacking structure in order to form a stack, of which the frame unit is an integral part.
A license plate location method, wherein the method comprises: acquiring a to-be-located license plate image; sending the to-be-located license plate image to a deep learning network for license plate location; wherein, the deep learning network comprises a feature extraction layer and a regression layer; the deep learning network is pre-trained by sample license plate images; the sample license plate images comprise positive sample license plate images and negative sample license plate images; and the positive sample license plate images comprise combinations of license plate frame areas and license plate character areas, and the negative sample license plate images are images not containing license plate frame areas and license plate character areas; extracting, by the feature extraction layer, a feature value of the to-be-located license plate image, and sending the feature value to the regression layer; acquiring a combination of a license plate frame area and a license plate character area, which is obtained by the regression layer based on the feature value; and determining a license plate area of the to-be-located license plate image based on a location area corresponding to the acquired combination, wherein the license plate frame area is an area enclosed by an outer frame of a license plate, and the license plate character area is an area in which a license plate character is located. acquiring a to-be-located license plate image; sending the to-be-located license plate image to a deep learning network for license plate location; wherein, the deep learning network comprises a feature extraction layer and a regression layer; the deep learning network is pre-trained by sample license plate images; the sample license plate images comprise positive sample license plate images and negative sample license plate images; and the positive sample license plate images comprise combinations of license plate frame areas and license plate character areas, and the negative sample license plate images are images not containing license plate frame areas and license plate character areas; extracting, by the feature extraction layer, a feature value of the to-be-located license plate image, and sending the feature value to the regression layer; acquiring a combination of a license plate frame area and a license plate character area, which is obtained by the regression layer based on the feature value; and determining a license plate area of the to-be-located license plate image based on a location area corresponding to the acquired combination, wherein the license plate frame area is an area enclosed by an outer frame of a license plate, and the license plate character area is an area in which a license plate character is located.
A method for switching a communication mode, performed by a terminal device, the method comprising: receiving first indication information from a network device, wherein the first indication information instructs the terminal device to switch from a current communication mode to a target communication mode, wherein the current communication mode and the target communication mode are any two of a first communication mode, a second communication mode, and a third communication mode, wherein the first communication mode is a communication mode in which the communication is performed via a Uu interface, the second communication mode is a communication mode in which the communication is performed via a direct-connection interface and controlled by the network device, and the third communication mode is a communication mode in which the communication is performed via a direct-connection interface and controlled by the terminal device; the method characterized by: when the terminal device is in a connected state, switching, the communication mode according to the first indication information; when the terminal device is in an idle state, receiving second indication information from the network device, determining, based on the second indication information, whether to switch according to the first indication information; wherein the second indication information indicates a trigger event of switching, by the terminal device, from the current communication mode to the target communication mode. when the terminal device is in a connected state, switching, the communication mode according to the first indication information; when the terminal device is in an idle state, receiving second indication information from the network device, determining, based on the second indication information, whether to switch according to the first indication information; wherein the second indication information indicates a trigger event of switching, by the terminal device, from the current communication mode to the target communication mode.
A machine for preparing pieces of an oval or spherical fruit, such as a watermelon or a melon, comprising: a first cutting station, predisposed for cutting a fruit into round portions in parallel planes; a second cutting station, provided with two or more shaped blades (21a,b,c) predisposed for cutting said round portions into prismatic fragments and arranged aligned parallel to the conveyor plane by a side of the conveyor plane; an optical detection device predisposed for acquiring an image of the round portions and for performing a measurement of a size of each round portion; a processor, predisposed for comparing the measurements performed with a plurality of size ranges, each of which is associated with a shaped blade (21a, b, c) and for determining a sending of each round portion to the shaped blade (21a, b, c) associated with the size range in which the measurement performed on the round portion falls; wherein the second cutting station comprises a conveyor plane that is mobile with a step by step motion along a forward direction and the processor is predisposed to count the forward pitches of the conveyor plane for each round portion; characterized in that a positioning device is predisposed to collect the round portions from the conveyor plane and to deposit each round portion on the shaped blade (21a,b,c) associated with the size range in which the measurement performed on the round portion falls.
A process for obtaining isobutene from an isobutene containing C4-hydrocarbon mixture in a plant comprising an etherification unit, a first distillation unit, an ether cleavage unit and a second distillation unit, the process comprising: (a) contacting the C4-hydrocarbon mixture with a primary alcohol or isopropyl alcohol and reacting the mixture with the primary alcohol or isopropyl alcohol in the presence of an acidic catalyst to form the corresponding alkyl tert-butyl ether as an intermediate product and diisobutene as a by-product in the etherification unit; (b) distilling the reaction mixture from the etherification unit in the first distillation unit, a C4-hydrocarbon raffinate being withdrawn as the overhead product, the alkyl tert-butyl ether and diisobutene being withdrawn as the liquid or vaporous bottom product, and vaporizing the bottom product if it is withdrawn as a liquid; (c) reacting the vaporous bottom product in the presence of an acidic catalyst obtaining isobutene and the primary alcohol or isopropyl alcohol as reaction products in the ether cleavage unit; (d) distilling the reaction mixture from the ether cleavage unit in the second distillation unit, isobutene being withdrawn as the overhead product, the primary alcohol or isopropyl alcohol and diisobutene being withdrawn as the bottom product and being recycled to the etherification unit; characterized in that the plant further comprises a byproduct separation unit being fed by a bottom purge stream of the first distillation unit and/or by a part of the bottom product of the second distillation unit, wherein a diisobutene product stream rich in diisobutene is separated from this feed stream (13, 14). (a) contacting the C4-hydrocarbon mixture with a primary alcohol or isopropyl alcohol and reacting the mixture with the primary alcohol or isopropyl alcohol in the presence of an acidic catalyst to form the corresponding alkyl tert-butyl ether as an intermediate product and diisobutene as a by-product in the etherification unit; (b) distilling the reaction mixture from the etherification unit in the first distillation unit, a C4-hydrocarbon raffinate being withdrawn as the overhead product, the alkyl tert-butyl ether and diisobutene being withdrawn as the liquid or vaporous bottom product, and vaporizing the bottom product if it is withdrawn as a liquid; (c) reacting the vaporous bottom product in the presence of an acidic catalyst obtaining isobutene and the primary alcohol or isopropyl alcohol as reaction products in the ether cleavage unit; (d) distilling the reaction mixture from the ether cleavage unit in the second distillation unit, isobutene being withdrawn as the overhead product, the primary alcohol or isopropyl alcohol and diisobutene being withdrawn as the bottom product and being recycled to the etherification unit;
A method of identifying a candidate anti-viral agent, the method comprising a) contacting a test agent with a mammalian cell, wherein the mammalian cell has been genetically modified with a recombinant expression vector to provide a genetically modified mammalian cell comprising: i) a nucleotide sequence encoding a herpesvirus transactivator; and ii) a herpesvirus transcriptional control element operably linked to the nucleotide sequence encoding the herpesvirus transactivator, wherein the herpesvirus transcriptional control element is derived from a naturally occurring herpesvirus transcriptional control element that regulates transcription of the transactivator in a wild-type herpesvirus; and b) determining the effect, if any, of the test agent on transcription of the nucleotide sequence encoding the herpesvirus transactivator, wherein an agent that reduces or increases transcription of the nucleotide sequence encoding the herpesvirus transactivator, compared to a control, is considered a candidate anti-viral agent. a) contacting a test agent with a mammalian cell, wherein the mammalian cell has been genetically modified with a recombinant expression vector to provide a genetically modified mammalian cell comprising: i) a nucleotide sequence encoding a herpesvirus transactivator; and ii) a herpesvirus transcriptional control element operably linked to the nucleotide sequence encoding the herpesvirus transactivator, wherein the herpesvirus transcriptional control element is derived from a naturally occurring herpesvirus transcriptional control element that regulates transcription of the transactivator in a wild-type herpesvirus; and i) a nucleotide sequence encoding a herpesvirus transactivator; and ii) a herpesvirus transcriptional control element operably linked to the nucleotide sequence encoding the herpesvirus transactivator, wherein the herpesvirus transcriptional control element is derived from a naturally occurring herpesvirus transcriptional control element that regulates transcription of the transactivator in a wild-type herpesvirus; and b) determining the effect, if any, of the test agent on transcription of the nucleotide sequence encoding the herpesvirus transactivator, wherein an agent that reduces or increases transcription of the nucleotide sequence encoding the herpesvirus transactivator, compared to a control, is considered a candidate anti-viral agent.
An electronic device, comprising: an array of memory cells, which are configured to store data values; one or more sense amplifiers, each having a respective pair of differential inputs (SA1, SA2) for receiving signals from the memory cells and configured to output the data values corresponding to the received signals; switching circuitry, which is coupled between the array of the memory cells and the sense amplifiers and is configured to receive an indication of a temporal pattern and to switch the differential inputs (SA1, SA2) of the sense amplifiers so that the data values output by the one or more sense amplifiers alternate between actual data values read from the memory cells and complements of the actual data values in accordance with the temporal pattern; and a control link over which an indication of the pattern is communicated between the device and a processor, which receives and rearranges the data values output by the sense amplifiers. an array of memory cells, which are configured to store data values; one or more sense amplifiers, each having a respective pair of differential inputs (SA1, SA2) for receiving signals from the memory cells and configured to output the data values corresponding to the received signals; switching circuitry, which is coupled between the array of the memory cells and the sense amplifiers and is configured to receive an indication of a temporal pattern and to switch the differential inputs (SA1, SA2) of the sense amplifiers so that the data values output by the one or more sense amplifiers alternate between actual data values read from the memory cells and complements of the actual data values in accordance with the temporal pattern; and a control link over which an indication of the pattern is communicated between the device and a processor, which receives and rearranges the data values output by the sense amplifiers.
Automatic air coupling for a rail vehicle, having a mouthpiece for coupling the air coupling to an identical but oppositely arranged air coupling; having a compressed-air nozzle for connecting the air coupling to a rail vehicle compressed-air system; having a flow channel which connects the mouthpiece to the compressed-air nozzle so as to conduct compressed air; having a valve which is arranged in the flow channel and which has a valve body (4.1) which can be actuated in order to selectively block off and release the flow channel; having a valve drive which acts on the valve body (4.1) to actuate the latter in order to selectively block off and release the flow channel; characterized in that the valve is designed as a pinch valve. having a mouthpiece for coupling the air coupling to an identical but oppositely arranged air coupling; having a compressed-air nozzle for connecting the air coupling to a rail vehicle compressed-air system; having a flow channel which connects the mouthpiece to the compressed-air nozzle so as to conduct compressed air; having a valve which is arranged in the flow channel and which has a valve body (4.1) which can be actuated in order to selectively block off and release the flow channel; having a valve drive which acts on the valve body (4.1) to actuate the latter in order to selectively block off and release the flow channel; characterized in that the valve is designed as a pinch valve.
A method performed in a 5G cellular communications system comprising a gNB Radio Access Node, RAN, an Access and Mobility Management Function, AMF and a Service Capability Server/ Application Server, SCS/AS, the SCS/AS subscribing to the AMF for a UE reachability report through a Namf_EventExposure_Subscriber Request service operation, when there is pending downlink data towards the UE, the gNB RAN being adapted for receiving from the AMF, a N2 Notification Request to retrieve UE reachability information, the gNB RAN, if the UE is in RRC inactive state and not currently reachable, responding (402, 2) back to the AMF indicating the UE is not reachable, the gNB RAN moreover being adapted for indicating if RAN paging is scheduled, if RAN paging is scheduled, the gNB RAN scheduling RAN paging for a time at which the UE will be reachable, such as at a next possible paging occasion for the UE, the gNB RAN moreover marking that AMF is to be notified when UE contacts the network next time, if the UE is still in RRC inactive state the gNB RAN performing paging (406A, 406B), either scheduled RAN paging or paging triggered by an AMF N2 Notification Request, upon the UE being RRC connected and reachable, the gNB RAN reporting to the AMF that the UE is RRC connected and reachable, receiving and forwarding downlink data to the UE. the SCS/AS subscribing to the AMF for a UE reachability report through a Namf_EventExposure_Subscriber Request service operation, when there is pending downlink data towards the UE, the gNB RAN being adapted for receiving from the AMF, a N2 Notification Request to retrieve UE reachability information, the gNB RAN, if the UE is in RRC inactive state and not currently reachable, responding (402, 2) back to the AMF indicating the UE is not reachable, the gNB RAN moreover being adapted for indicating if RAN paging is scheduled, if RAN paging is scheduled, the gNB RAN scheduling RAN paging for a time at which the UE will be reachable, such as at a next possible paging occasion for the UE, the gNB RAN moreover marking that AMF is to be notified when UE contacts the network next time, if the UE is still in RRC inactive state the gNB RAN performing paging (406A, 406B), either scheduled RAN paging or paging triggered by an AMF N2 Notification Request, upon the UE being RRC connected and reachable, the gNB RAN reporting to the AMF that the UE is RRC connected and reachable, receiving and forwarding downlink data to the UE.
An illumination device (203, 303) comprising an optical plate (209, 309) extending over a plurality of LEDs (207, 307) arranged on a PCB main surface of a PCB (205, 305), in a mounted configuration said PCB and optical plate are mutually connected by a plurality of fasteners (221, 321), wherein each fastener (221, 321) extends through a respective, associated through hole (227, 327) in the optical plate (209, 309) in a direction transverse to said PCB main surface, wherein said associated through hole (227, 327) has a wide portion extending over a depth D from a first main surface of the optical plate facing away from the PCB (205, 305) towards a second main surface of the optical plate facing towards the PCB, which through hole is narrowed to a neck portion at said depth D, and wherein each fastener extends through said through hole (227, 327) with play S in a plane P parallel to said PCB main surface and rests on a respective, associated resilient washer (241, 341, 441) seated in the wide portion of said associated through hole, characterized in that the wide portion comprises a tapered portion which gradually, preferably continually, tapers along depth D, and in that the washer (241, 341, 441) is a toothed washer, preferably with teeth extending outward. wherein each fastener (221, 321) extends through a respective, associated through hole (227, 327) in the optical plate (209, 309) in a direction transverse to said PCB main surface, wherein said associated through hole (227, 327) has a wide portion extending over a depth D from a first main surface of the optical plate facing away from the PCB (205, 305) towards a second main surface of the optical plate facing towards the PCB, which through hole is narrowed to a neck portion at said depth D, and wherein each fastener extends through said through hole (227, 327) with play S in a plane P parallel to said PCB main surface and rests on a respective, associated resilient washer (241, 341, 441) seated in the wide portion of said associated through hole, characterized in that the wide portion comprises a tapered portion which gradually, preferably continually, tapers along depth D, and in that the washer (241, 341, 441) is a toothed washer, preferably with teeth extending outward.
A sensor device for determining the presence and/or amount of at least one component in a fluid, the sensor device comprising at least one sensor unit to be arranged in the fluid, the at least one sensor unit comprising at least one elongated nanostructure on a substrate defining a plane and a dielectric material essentially surrounding the at least one elongated nanostructure, the dielectric material being selectively permeable for one of the at least one component, and the elongated nanostructure being adapted for sensing the component permeated through the dielectric material, wherein the at least one elongated nanostructure has a longitudinal axis extending in a direction perpendicular to the plane of the substrate, the at least one elongated nanostructure having a bottom and a top located at either side along the longitudinal axis, the bottom being closer to the substrate than the top, wherein the sensor device furthermore comprises at least a drain contact and a source contact, the drain contact being connected to the bottom of the at least one nanostructure and the source contact being connected to the top of the at least one nanostructure, and a gate structure (2, 3) underneath the drain contact.