mhurhangee/ep-ind-claims huggingface dataset:
Drying device for drying planar textile structures, in particular mats or carpets, wherein the drying device comprises: - a housing which has or forms at least one drying chamber (107, 109), - a blower and a heating element, which are fluidically coupled to the drying chamber (107, 109) and are configured for the fluidic treatment of a drying air flow (160, 160'), - a conveying device having a continuous conveying section which extends through the at least one drying chamber (107, 109) and along which the planar textile structures can be conveyed through the at least one drying chamber (107, 109), - wherein the conveying device has at least one first conveying section and a second conveying section, wherein the second conveying section is contiguous to the first conveying section in a conveying direction specified by the conveying section by way of a deflection device within the housing, and wherein the first conveying section as well as the second conveying section are able to be impinged with the drying air flow (160, 160'), characterized in that the drying air flow (160, 160') within the housing is guided counter to the conveying direction of the conveying device, wherein at least one of the first conveying section and the second conveying section has at least a first belt conveyor which has a revolving flexible belt that is guided by at least two rollers (43, 44) mutually spaced apart in the conveying direction. - a housing which has or forms at least one drying chamber (107, 109), - a blower and a heating element, which are fluidically coupled to the drying chamber (107, 109) and are configured for the fluidic treatment of a drying air flow (160, 160'), - a conveying device having a continuous conveying section which extends through the at least one drying chamber (107, 109) and along which the planar textile structures can be conveyed through the at least one drying chamber (107, 109), - wherein the conveying device has at least one first conveying section and a second conveying section, wherein the second conveying section is contiguous to the first conveying section in a conveying direction specified by the conveying section by way of a deflection device within the housing, and wherein the first conveying section as well as the second conveying section are able to be impinged with the drying air flow (160, 160'), characterized in that the drying air flow (160, 160') within the housing is guided counter to the conveying direction of the conveying device, wherein at least one of the first conveying section and the second conveying section has at least a first belt conveyor which has a revolving flexible belt that is guided by at least two rollers (43, 44) mutually spaced apart in the conveying direction.
An implantable system for determining the accommodation requirement in an artificial accommodation system by measuring the eyeball orientation using an external magnetic field, comprising a) at least one optical system, b) at least one data acquisition system which does not contact the ciliary muscle and has means for measuring a spatial orientation of both eyeballs as a physical control signal for the accommodation requirement, c) at least one data processing system for generating an actuating signal for the optical system from the measured physical control signals, d) at least one energy supply system, and e) one fixing system, characterized in that the system in each case has means for measuring the external magnetic field in both eyes and provision is made for transfer means for mutual information exchange between the means. a) at least one optical system, b) at least one data acquisition system which does not contact the ciliary muscle and has means for measuring a spatial orientation of both eyeballs as a physical control signal for the accommodation requirement, c) at least one data processing system for generating an actuating signal for the optical system from the measured physical control signals, d) at least one energy supply system, and e) one fixing system, characterized in that the system in each case has means for measuring the external magnetic field in both eyes and provision is made for transfer means for mutual information exchange between the means.
Cathode material for an alkali metal cell, especially a lithium-sulfur cell, comprising - at least one cathode active material, wherein the at least one cathode active material is sulfur-containing, and - at least one polymer, especially polymer electrolyte, having at least one repeat unit of the general chemical formula: where - - is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z +, or where Q is a positively charged group Q + and a counterion Z -, characterized in that the cathode material comprises, as polymer, at least one copolymer having at least one first repeat unit and at least one second repeat unit different from the at least one first repeat unit, wherein the at least one first repeat unit has the general chemical formula: and wherein the at least one second repeat unit is a partly or fully fluorinated, especially perfluorinated, alkylene oxide unit, and/or a repeat unit bearing a partly or fully fluorinated, especially perfluorinated, alkylene oxide function. - at least one cathode active material, wherein the at least one cathode active material is sulfur-containing, and - at least one polymer, especially polymer electrolyte, having at least one repeat unit of the general chemical formula: where - - is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z +, or where Q is a positively charged group Q + and a counterion Z -, where - - is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z +, or where Q is a positively charged group Q + and a counterion Z -,
A fastening system comprising: a first fuse pin configured to shear upon the application of a first predetermined load, the first fuse pin comprising a head with a first mating feature; and a first receiver configured to receive the first fuse pin, the first receiver having a second mating feature; wherein the second mating feature corresponds to the first mating feature to permit the insertion of the first fuse pin into the first receiver, and to prevent the insertion of a different fuse pin having a head not comprising the first mating feature, for selectively connecting a first component to a second component, wherein the first mating feature is locally placed on the perimeter of the head, along a portion of said head in a longitudinal direction. a first fuse pin configured to shear upon the application of a first predetermined load, the first fuse pin comprising a head with a first mating feature; and a first receiver configured to receive the first fuse pin, the first receiver having a second mating feature; wherein the second mating feature corresponds to the first mating feature to permit the insertion of the first fuse pin into the first receiver, and to prevent the insertion of a different fuse pin having a head not comprising the first mating feature, for selectively connecting a first component to a second component, wherein the first mating feature is locally placed on the perimeter of the head, along a portion of said head in a longitudinal direction.
Method of three-dimensionally localizing light emitting marker entities of unknown dipole orientation and unknown position in a sample in fluorescence light microscopy, wherein the light emitting marker entities are light emitting molecules or Quantum-dots used as fluorescence dyes, wherein the light emitted by each single marker entity is imaged onto at least two detection planes which correspond to at least two focal planes arranged at a known distance in z-direction in the sample to provide at least two images of the marker entity, and wherein the x- and y-positions of the marker entity in parallel to the focal plane and the z-position of the marker entity normal to the focal plane are determined from the emitted light intensity distributions over the at least two images of the marker entity, characterized in that x- and y-positions of the marker entity separately determined from the emitted light intensity distribution over each of the at least two images of the marker entity are taken as virtual x- and y-positions of the marker entity, the virtual x- and y-positions of the marker entity displaying a shift with regard to the real x- and y-positions of the marker entity, and the shift, with a fixed tilt angle of the dipole of the marker entity, linearly varying with the defocus with regard to the x-y-plane, and that the real x- and y-positions of the marker entity in parallel to the focal plane are determined in that the real z-position of the marker entity with a defocus of zero is determined and that the real x- and y-positions of the marker entity in parallel to the focal plane are linearly extrapolated from the virtual x- and y-positions of the marker entity to the real z-position of the marker entity.
Elevator control device for an elevator comprising a drive motor, an elevator car and a brake device, wherein the elevator control device (10; 90) comprises first power electronics for the drive motor and at least one signal barrier (30; 91) for blocking the transmission of control signals for the first power electronics, wherein the at least one signal barrier (30; 91) comprises potential-isolating signal transmission elements (34, 36; 38, 40; 52, 54) for transmitting control signals and a voltage supply circuit via which the signal transmission elements are coupled to a voltage source (62; 94), wherein the coupling between the voltage source (62; 94) and the voltage supply circuit is deactivatable by a higher-level elevator control, characterized in that the at least one signal barrier (30; 91) is configured as a separate circuit arrangement of the elevator control device (10; 90) that is electrically isolated from remaining switching portions of the elevator control device and comprises at least two potential-isolating signal transmission elements (34, 36; 38, 40; 52, 54) connected in series with each other for transmitting control signals.
Device (20, 30) for collecting oil from the surface of water in open water conditions, the oil collecting device comprising a channel with a bottom, two sides, an entry opening and a distal part, the channel defining a wave damping space whereby, in use, the bottom of the space is below the water surface, and wherein the channel is provided with damping plates and an oil collector at the distal part of the wave damping space, characterized in that - the channel is provided with damping plates (35, 35a, 35b) on both sides of the channel, - which damping plates (35, 35a, 35b) are oriented away from the channel side walls of the wave damping space (30, 30a, 30b, 30c) and are arranged in pairs so so as to form gates (46, 46a, 46b, 46c), - the entry opening and the gates (46, 46a, 46b, 46c) are narrower than the width of the channel in the wave damping space (30, 30a, 30b, 30c), - the entry opening and the gates (46, 46a, 46b, 46c) formed by the damping plates (35, 35a, 35b) form successive sections or damping chambers (30, 30a, 30b, 30c) in the channel, and - the distal part of the damping space (30, 30a, 30b, 30c) is provided with a portion of decreasing depth. - the channel is provided with damping plates (35, 35a, 35b) on both sides of the channel, - which damping plates (35, 35a, 35b) are oriented away from the channel side walls of the wave damping space (30, 30a, 30b, 30c) and are arranged in pairs so so as to form gates (46, 46a, 46b, 46c), - the entry opening and the gates (46, 46a, 46b, 46c) are narrower than the width of the channel in the wave damping space (30, 30a, 30b, 30c), - the entry opening and the gates (46, 46a, 46b, 46c) formed by the damping plates (35, 35a, 35b) form successive sections or damping chambers (30, 30a, 30b, 30c) in the channel, and - the distal part of the damping space (30, 30a, 30b, 30c) is provided with a portion of decreasing depth.
Article having an elastic main body based on at least one thermoplastic elastomer or based on a vulcanizate having an article surface provided with a textile cover ply, characterized in that the textile cover ply is treated with partially oxidized polyethylene.
A method performed by a base station in a wireless communication system, the method comprising: receiving, from a terminal, information on a power headroom report, PHR; identifying a transport block size, TBS, available for a primary cell based on the PHR; identifying first information associated with an uplink, UL, electric field of the primary cell based on the TBS available for the primary cell; and transmitting, to the terminal, information controlling configuration of a UL secondary component carrier, SCC, of a secondary cell based on the first information. receiving, from a terminal, information on a power headroom report, PHR; identifying a transport block size, TBS, available for a primary cell based on the PHR; identifying first information associated with an uplink, UL, electric field of the primary cell based on the TBS available for the primary cell; and transmitting, to the terminal, information controlling configuration of a UL secondary component carrier, SCC, of a secondary cell based on the first information.
An assembly set including a drip tray and a fan assembly configured to be placed in a machine compartment of a refrigerator, the drip tray comprising: a bottom panel; a plurality of first and second walls (75, 76) that extend upward from the bottom panel, wherein each of the plurality of first and second walls (75, 76) has an inner surface and an outer surface, wherein the bottom panel, the inner surfaces of the plurality of first walls, and the outer surfaces of the plurality of second walls define a water storage space to receive water; and a fan assembly mounting space defined by the inner surfaces of the plurality of second walls in which at least a portion of a fan assembly can be mounted; wherein the water storage space is divided into a first storage space and a second storage space by the fan assembly mounting space, wherein the fan assembly mounting space is configured not to accommodate water and receives the fan assembly, wherein the fan assembly mounting space is separated by the plurality of second walls from the defrosted water storage space such that water being defrosted does not flow into the fan assembly mounting space, characterized in that the first storage space is provided on an air suction side of the fan assembly while the second storage space is arranged on an air discharge side of the fan assembly. a bottom panel; a plurality of first and second walls (75, 76) that extend upward from the bottom panel, wherein each of the plurality of first and second walls (75, 76) has an inner surface and an outer surface, wherein the bottom panel, the inner surfaces of the plurality of first walls, and the outer surfaces of the plurality of second walls define a water storage space to receive water; and a fan assembly mounting space defined by the inner surfaces of the plurality of second walls in which at least a portion of a fan assembly can be mounted; wherein the water storage space is divided into a first storage space and a second storage space by the fan assembly mounting space, wherein the fan assembly mounting space is configured not to accommodate water and receives the fan assembly, wherein the fan assembly mounting space is separated by the plurality of second walls from the defrosted water storage space such that water being defrosted does not flow into the fan assembly mounting space, characterized in that the first storage space is provided on an air suction side of the fan assembly while the second storage space is arranged on an air discharge side of the fan assembly.
Apparatus for processing data, comprising: processing circuitry (4, 6, 8) configured to manage page table data, said page table data specifying access management parameters associated with pages of memory within a memory address space; characterized in that: for each page of memory, said access management parameters include: a write permission flag (AP) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag indicating whether or not, if said write permission flag (AP) indicates write access is not permitted to said page, then action of said write permission flag (AP) is permitted to be overridden to permit a write access to said page; and said processing circuitry (4, 6, 8) further configured to: read said dirty-bit-modifier flag associated with said write permission flag (AP); determine whether said action of said write permission flag (AP) is permitted to be overridden; and in case said action of said write permission flag (AP) is permitted to be overridden, change said write permission flag (AP) to indicate write access is permitted to said page. for each page of memory, said access management parameters include: a write permission flag (AP) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag indicating whether or not, if said write permission flag (AP) indicates write access is not permitted to said page, then action of said write permission flag (AP) is permitted to be overridden to permit a write access to said page; and a write permission flag (AP) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag indicating whether or not, if said write permission flag (AP) indicates write access is not permitted to said page, then action of said write permission flag (AP) is permitted to be overridden to permit a write access to said page; and said processing circuitry (4, 6, 8) further configured to: read said dirty-bit-modifier flag associated with said write permission flag (AP); determine whether said action of said write permission flag (AP) is permitted to be overridden; and in case said action of said write permission flag (AP) is permitted to be overridden, change said write permission flag (AP) to indicate write access is permitted to said page. read said dirty-bit-modifier flag associated with said write permission flag (AP); determine whether said action of said write permission flag (AP) is permitted to be overridden; and in case said action of said write permission flag (AP) is permitted to be overridden, change said write permission flag (AP) to indicate write access is permitted to said page.
A wireless communication method performed by a first network device in 2. a communications system comprising a first network device, a second network device, and a terminal device, wherein the terminal device is communicatively connected to the first network device and the second network device respectively during a handover procedure for handing over the terminal device from the first network device to the second network device, wherein the method comprises sending, by the first network device, a first message to the terminal device, wherein the first message is used to instruct the terminal device to stop communication with the first network device, or the first message is used to instruct the terminal device to release a protocol stack and a data radio bearer that are corresponding to the first network device; wherein the first message carries a first data packet, wherein a sequence number or a count value of the first data packet is the same as or adjacent to a sequence number or a count value of a second data packet sent by the second network device. to the terminal device. sending, by the first network device, a first message to the terminal device, wherein the first message is used to instruct the terminal device to stop communication with the first network device, or the first message is used to instruct the terminal device to release a protocol stack and a data radio bearer that are corresponding to the first network device; wherein the first message carries a first data packet, wherein a sequence number or a count value of the first data packet is the same as or adjacent to a sequence number or a count value of a second data packet sent by the second network device. to the terminal device.
A device for supporting and installing a bearing assembly, the bearing assembly including an inner ring having an inner ring axial face, an outer ring having an outer ring axial face and an outer diameter, and a plurality of rolling elements positioned between the inner ring and the outer ring, the device comprising: a sleeve having a first end with an opening through which the bearing assembly can be received into or removed from the sleeve, a second end opposite the first end, and an inner diameter sized and configured to receive and support the outer ring along the outer diameter; and a disc positioned within the sleeve, the disc including, a disc outer diameter sized and configured to permit sliding of the disc along the sleeve inner diameter in an axial direction of the sleeve, and a disc face surface facing the first end and sized and configured to engage the inner ring axial face, or the outer ring axial face, or both when the bearing assembly is received in the sleeve. a sleeve having a first end with an opening through which the bearing assembly can be received into or removed from the sleeve, a second end opposite the first end, and an inner diameter sized and configured to receive and support the outer ring along the outer diameter; and a disc positioned within the sleeve, the disc including, a disc outer diameter sized and configured to permit sliding of the disc along the sleeve inner diameter in an axial direction of the sleeve, and a disc face surface facing the first end and sized and configured to engage the inner ring axial face, or the outer ring axial face, or both when the bearing assembly is received in the sleeve. a disc outer diameter sized and configured to permit sliding of the disc along the sleeve inner diameter in an axial direction of the sleeve, and a disc face surface facing the first end and sized and configured to engage the inner ring axial face, or the outer ring axial face, or both when the bearing assembly is received in the sleeve.
A holding component for securing a fuel injector to an injector cup, comprising a generally U-shaped holding element having two generally parallel supporting arms for engaging opposite sides of an annular groove in the fuel injector to secure the fuel injector in the injector cup, characterized in that the holding component further includes two resilient arms extending from a base part of the holding component for engaging the outer surface of the injector cup and at least one depending leg engageable in a corresponding receiving part on the fuel injector to accurately position the fuel injector angularly relative to the injector cup.