mhurhangee/ep-ind-claims huggingface dataset:
An imprinting apparatus comprising: a first carrier for carrying a flexible stamp; and a second carrier movable relative to the first carrier, wherein the second carrier comprises: a chuck configured to carry a substrate having a resist layer; and a set of chuck actuators for translating a portion of the chuck in a direction perpendicular to the plane of the second carrier, wherein each chuck actuator comprises a chuck drive member, an actuator output and a lever arrangement (914,916) between the actuator output and said chuck drive member; characterized in that the lever arrangement comprises a first pivot between a fixed lever portion and a movable lever portion, the lever arrangement providing a reduction in displacement between the actuator output and the chuck driver member. a first carrier for carrying a flexible stamp; and a second carrier movable relative to the first carrier, wherein the second carrier comprises: a chuck configured to carry a substrate having a resist layer; and a set of chuck actuators for translating a portion of the chuck in a direction perpendicular to the plane of the second carrier, wherein each chuck actuator comprises a chuck drive member, an actuator output and a lever arrangement (914,916) between the actuator output and said chuck drive member; characterized in that the lever arrangement comprises a first pivot between a fixed lever portion and a movable lever portion, the lever arrangement providing a reduction in displacement between the actuator output and the chuck driver member. a chuck configured to carry a substrate having a resist layer; and a set of chuck actuators for translating a portion of the chuck in a direction perpendicular to the plane of the second carrier, wherein each chuck actuator comprises a chuck drive member, an actuator output and a lever arrangement (914,916) between the actuator output and said chuck drive member; characterized in that the lever arrangement comprises a first pivot between a fixed lever portion and a movable lever portion, the lever arrangement providing a reduction in displacement between the actuator output and the chuck driver member.
An in vitro method of determining if a subject has a risk of developing parkinsonism, comprising receiving at least one sample derived from a subject, wherein said sample comprises a stool sample; detecting a bacterial CsgA in the sample; and determining that the subject has a risk of developing parkinsonism when the detected bacterial CsgA in the sample is at a level higher than the level of bacterial CsgA in a reference sample of a healthy or non-parkinsonism individual. receiving at least one sample derived from a subject, wherein said sample comprises a stool sample; detecting a bacterial CsgA in the sample; and determining that the subject has a risk of developing parkinsonism when the detected bacterial CsgA in the sample is at a level higher than the level of bacterial CsgA in a reference sample of a healthy or non-parkinsonism individual.
A valve position indicator system (112, 705, 914) for use with a remote wireless electronic reader (318, 1118), the valve position indicator system comprising: a valve stem (114, 912); a wireless identifier device (118, 120, 710-720, 918, 932) coupled to the valve stem (114, 912) to move with the valve stem (116, 912), wherein the wireless identifier device is adapted to convey information indicative of the position of the valve stem (114, 912) to the remote wireless electronic reader (318, 1118); and a shielding body (130, 930) through which the valve stem (114, 912) passes and which is arranged to prevent the wireless identifier device from conveying the information to the remote wireless electronic reader (318, 1118) when the valve stem (114, 912) is in a first position and to permit the wireless identifier device to convey the information to the remote wireless electronic reader (318, 1118) when the valve stem (114, 912) is in a second position, wherein: the wireless identifier device is fixed to the valve stem (114, 912) via a stem container, such that the wireless identifier device moves with the valve stem (114, 912), the stem container having a ring-shaped or cylindrical body through which the valve stem passes, the stem container being movable into the shielding body when the valve stem (114, 912) moves from the second position to the first position. a valve stem (114, 912); a wireless identifier device (118, 120, 710-720, 918, 932) coupled to the valve stem (114, 912) to move with the valve stem (116, 912), wherein the wireless identifier device is adapted to convey information indicative of the position of the valve stem (114, 912) to the remote wireless electronic reader (318, 1118); and a shielding body (130, 930) through which the valve stem (114, 912) passes and which is arranged to prevent the wireless identifier device from conveying the information to the remote wireless electronic reader (318, 1118) when the valve stem (114, 912) is in a first position and to permit the wireless identifier device to convey the information to the remote wireless electronic reader (318, 1118) when the valve stem (114, 912) is in a second position, wherein: the wireless identifier device is fixed to the valve stem (114, 912) via a stem container, such that the wireless identifier device moves with the valve stem (114, 912), the stem container having a ring-shaped or cylindrical body through which the valve stem passes, the stem container being movable into the shielding body when the valve stem (114, 912) moves from the second position to the first position.
Process for producing tyres for vehicle wheels, comprising building a crown structure of the tyre, wherein building said crown structure comprises: - building a crossed belt structure on a substantially cylindrical first forming drum; - transferring said crossed belt structure from said first forming drum to an annular holding member; - arranging a radially contractable/expandable second forming drum in a radially inner position with respect to said annular holding member; - transferring said crossed belt structure from said annular holding member to said second forming drum by radially expanding said second forming drum until it is brought into an expanded condition in which it is in contact with said crossed belt structure so as to toroidally shape said crossed belt structure; - depositing at least one zero degrees belt layer on said second forming drum in a radially outer position with respect to said toroidally-shaped crossed belt structure. - building a crossed belt structure on a substantially cylindrical first forming drum; - transferring said crossed belt structure from said first forming drum to an annular holding member; - arranging a radially contractable/expandable second forming drum in a radially inner position with respect to said annular holding member; - transferring said crossed belt structure from said annular holding member to said second forming drum by radially expanding said second forming drum until it is brought into an expanded condition in which it is in contact with said crossed belt structure so as to toroidally shape said crossed belt structure; - depositing at least one zero degrees belt layer on said second forming drum in a radially outer position with respect to said toroidally-shaped crossed belt structure.
A motor denoising structure applied to vacuum cleaners, characterized in that an elastomer is disposed between a motor support and a motor cover to support the motor support, wherein the elastomer comprises a flexible cushion disposed on the motor cover, with a flexible support sheet being connected between the flexible cushion and the motor support.
A pipe coupling (10; 110; 210; 310; 410; 510) for connecting two pipe ends, comprising a clamp band (20; 120; 220; 320; 420; 520) and at least one inner housing (40; 140; 240; 340; 440; 441; 540) arranged at least regionally therein, wherein the clamp band (20; 120; 220; 320; 420; 520) has a longitudinal slot (22; 122; 222), and a clamping mechanism (12; 112; 212; 412) for reducing the internal diameter of the clamp band (20; 120; 220; 320; 420; 520), wherein the clamp band (20; 120; 220; 320; 420; 520) is further made out of a single piece flat strip, and also has at least one first outer band portion (28; 128; 228; 328; 428; 528) and at least one first inner band portion (25; 125; 225; 325; 425; 525), which are connected via at least one connection means (26; 126; 226; 326; 426; 526), wherein a connection assembly (30; 130; 230; 330; 430; 530) is provided for securing the at least one inner housing (40; 140; 240; 340; 440; 441; 540) in the clamp band (20; 120; 220; 320; 420; 520), which consists of at least one first connection part (32; 132; 232; 332; 432; 532) and at least one second connection part (34; 134; 234; 334; 434; 534), wherein the at least one first connection part (32; 132; 232; 332; 432; 532) extends into the at least one second connection part (34; 134; 234; 334; 434; 534), characterized in that at least one of the connection parts (32, 34; 132, 134; 232, 234; 332, 334; 432, 434; 532, 534) of the connection assembly (30; 130; 230; 330; 430; 530) is designed as the at least one connection means (26; 126; 226; 326; 426; 526) for connecting the at least one outer band portion (28; 128; 228; 328; 428; 528) with the at least one first inner band portion (25; 125; 225; 325; 425; 525).
A client device (108; 308) for forensic marking in adaptive streaming of media content, comprising: a transmitter configured to transmit a client identifier and a media presentation description,MPD, request to a content server; and a processor operably coupled to a memory and the transmitter, wherein the memory comprises computer executable instructions stored in a non-transitory computer readable medium such that when executed by the processor causes the processor to: receive an MPD file following transmission of the client identifier and the MPD request, wherein the MPD file assigns a base segment to at least two variant segments when the MPD request identifies a special segment for forensic marking; transmit a segment request to the content server following receipt of the MPD file; and receive the base segment and one of the at least two variant segments from the content server following transmission of the segment request, wherein the one of the at least two variant segments is selected based on the client identifier. a transmitter configured to transmit a client identifier and a media presentation description,MPD, request to a content server; and a processor operably coupled to a memory and the transmitter, wherein the memory comprises computer executable instructions stored in a non-transitory computer readable medium such that when executed by the processor causes the processor to: receive an MPD file following transmission of the client identifier and the MPD request, wherein the MPD file assigns a base segment to at least two variant segments when the MPD request identifies a special segment for forensic marking; transmit a segment request to the content server following receipt of the MPD file; and receive the base segment and one of the at least two variant segments from the content server following transmission of the segment request, wherein the one of the at least two variant segments is selected based on the client identifier. receive an MPD file following transmission of the client identifier and the MPD request, wherein the MPD file assigns a base segment to at least two variant segments when the MPD request identifies a special segment for forensic marking; transmit a segment request to the content server following receipt of the MPD file; and receive the base segment and one of the at least two variant segments from the content server following transmission of the segment request, wherein the one of the at least two variant segments is selected based on the client identifier.
A monitoring device for a pipe system, the monitoring device comprising: a housing defining a mounting surface and a pair of mounting receptacles (208a,b) on a mounting side, the housing configured to mount on an exterior surface of a pipe element of the pipe system, the housing comprising a housing body, a housing cover, a sensor, a controller, and a communications device, the sensor, the controller, and the communications device housed within the housing body and the cover; a tamper-resistant housing fastener (400a,b) configured to resist unfastening without a special removal tool; a strap assembly comprising a mounting tab, the strap assembly secured to the housing by receiving the housing fastener (400a,b) through the mounting tab and within a first mounting receptacle of the pair of mounting receptacles (208a,b); and a cover fastener securing the housing cover to the housing body, characterized in that the cover fastener is configured to prevent disassembly of the housing cover from the housing body without first removing the housing fastener (400a,b). a housing defining a mounting surface and a pair of mounting receptacles (208a,b) on a mounting side, the housing configured to mount on an exterior surface of a pipe element of the pipe system, the housing comprising a housing body, a housing cover, a sensor, a controller, and a communications device, the sensor, the controller, and the communications device housed within the housing body and the cover; a tamper-resistant housing fastener (400a,b) configured to resist unfastening without a special removal tool; a strap assembly comprising a mounting tab, the strap assembly secured to the housing by receiving the housing fastener (400a,b) through the mounting tab and within a first mounting receptacle of the pair of mounting receptacles (208a,b); and a cover fastener securing the housing cover to the housing body, characterized in that the cover fastener is configured to prevent disassembly of the housing cover from the housing body without first removing the housing fastener (400a,b).
Optical measurement device comprising a light emission source emitting an initial optical signal, separation means arranged to separate the initial optical signal so as to form a reference optical signal and a measurement optical signal, a reference channel arranged to detect the reference optical signal, and a measurement channel arranged to detect the measurement optical signal, an optical wire used as a sensor, the optical wire comprising at least one mechanically pre-stressed optical fiber guiding the optical signal between the separation means and the measurement channel, the reference channel receiving said reference optical signal passing along a path other than the optical wire, the device moreover comprising calculation means arranged to measure an intensity of the measurement optical signal and an intensity of the reference optical signal, and to deduce therefrom a deformation of the optical wire, the reference channel and the measurement channel being formed in a single photodetector substrate, characterized in that the light emission source emitting the initial optical signal is thermally coupled to the measurement channel and the reference channel.
Method for determining system resources scheduling in communication systems, the method comprising the steps of: I) determining a system resource density map for a communication system based on at least one first system resource parameter associated with the communication system, wherein said system resource density map comprises at least one region of the communication system and assigns at least one portion of the system resources to said at least one region; and II) determining a resource scheduling in said at least one region based on said system resource density map, characterized in that resolutions of one or more dimensions of said system resource density map are dynamically changing and said at least one first system resource parameter is a system resource in the group comprising: number of network nodes, number of antennas per network node, spatial distribution of network nodes, frequency spectrum, type of frequency spectrum, frequency spectrum per network node, transmit power per network node; transmitting/receiving characteristics of network nodes; and any combinations thereof, wherein the resolution of the system resource density map is determined dynamically in any or in all of its dimensions adapting to distribution and system usage fluctuations in space, time and/or frequency. I) determining a system resource density map for a communication system based on at least one first system resource parameter associated with the communication system, wherein said system resource density map comprises at least one region of the communication system and assigns at least one portion of the system resources to said at least one region; and II) determining a resource scheduling in said at least one region based on said system resource density map,
Ecotechnical installation for producing cultivation substrates and/or soil amendments and/or organic fertilisers having properties of anthropogenic Terra Preta soils, comprising: - at least one fermenter (3, 4), in which uncontaminated solid and liquid organic biomasses, biological waste, waste water and sewage, mineral substances are exposed to an anaerobic fermentation process, in particular anaerobic lactic acid zymosis, wherein at least inert carbon with a large pore volume or a substitute of the same such as lava, zeolite, bentonite, expanded clay and/or other porous materials are included in the fermenter (3, 4), - a clamp with a biological replacement filter positioned upstream of the at least one fermenter (3, 4) for liquid organic biomasses such as zymosis residues, slurry, slop, waste water and sewage, which consists of organic biomass and mineral materials and inert carbon with a large pore volume such as charcoal or HTC carbon in its base structure, and over which the liquid organic biomass is routed, - at least one clamp for carrying out intensive rotting for sanitising and killing germinable seeds by means of temperature increase, and at least one drying clamp for drying and neutralising the fermented biomass. - Drainage systems for individual clamps (1, 2, 5) for draining off liquid. - at least one fermenter (3, 4), in which uncontaminated solid and liquid organic biomasses, biological waste, waste water and sewage, mineral substances are exposed to an anaerobic fermentation process, in particular anaerobic lactic acid zymosis, wherein at least inert carbon with a large pore volume or a substitute of the same such as lava, zeolite, bentonite, expanded clay and/or other porous materials are included in the fermenter (3, 4), - a clamp with a biological replacement filter positioned upstream of the at least one fermenter (3, 4) for liquid organic biomasses such as zymosis residues, slurry, slop, waste water and sewage, which consists of organic biomass and mineral materials and inert carbon with a large pore volume such as charcoal or HTC carbon in its base structure, and over which the liquid organic biomass is routed, - at least one clamp for carrying out intensive rotting for sanitising and killing germinable seeds by means of temperature increase, and at least one drying clamp for drying and neutralising the fermented biomass. - Drainage systems for individual clamps (1, 2, 5) for draining off liquid.
An integrated circuit device comprising, on a substrate, a first transistor having a channel and having a carrier mobility in the channel, wherein the first transistor has a longitudinal axis which is substantially parallel to the direction of current flow through the channel; characterized in that the integrated circuit device further comprises on the substrate a through-silicon via causing stress in the substrate, the through-silicon via being disposed relative to the first transistor such that the angle between the longitudinal axis of the first transistor and a radial line from the through-silicon via to the first transistor is in the range 53-90 degrees, and the first transistor is located within 4 μm of the through-silicon via, so as to increase the carrier mobility in the channel of the first transistor.
Fluid pump, in particular for a motor vehicle, having: a housing (4, 6, 20); an impeller for conveying a fluid through a fluid space of the housing (4, 6, 20); an electric motor with a stator inside a stator space of the housing (4, 6, 20) for driving an electric motor rotor coupled to the impeller; and a containment shell which separates a wet space of the fluid pump from a dry space of the fluid pump, characterized in that the containment shell joined to the stator is arranged at least elastically compressed between two fastened together housing parts (4, 6) and rests against the stator and a pump stage housing portion (6, 20), wherein the containment shell braces the stator against the housing and thereby fixes it relative to the housing (4, 6, 20) in the longitudinal direction (X - X) of the fluid pump. a housing (4, 6, 20); an impeller for conveying a fluid through a fluid space of the housing (4, 6, 20); an electric motor with a stator inside a stator space of the housing (4, 6, 20) for driving an electric motor rotor coupled to the impeller; and a containment shell which separates a wet space of the fluid pump from a dry space of the fluid pump, characterized in that the containment shell joined to the stator is arranged at least elastically compressed between two fastened together housing parts (4, 6) and rests against the stator and a pump stage housing portion (6, 20), wherein the containment shell braces the stator against the housing and thereby fixes it relative to the housing (4, 6, 20) in the longitudinal direction (X - X) of the fluid pump.
A feed comprising fermented blackcurrant fruit comprising 0.01 to 2 mass% of the fermented blackcurrant fruit in terms of the dry mass, wherein the blackcurrant fruit is pomace of blackcurrant fruit and contains at least a pericarp.