mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber sensing layer, wherein, the optical fiber sensing layer comprises: two layers of pressure-sensitive assembly films which are vertically superposed and flexible, and at least one layer of flexible and smooth film which vertically separates a space between the two layers of pressure-sensitive assembly films into at least two interlayers; each interlayer is provided with at least one optical fiber row which extends along a first direction and has several horizontally S-shaped concatenated cablings, a bending portion of each horizontally S-shaped cabling of the optical fiber row of the two vertically adjacent interlayers is staggered alternately in the first direction; a luminance decay signal is generated when the optical fiber row deforms axially; the area on the pressure-sensitive assembly where the optical fiber row is arranged forms an optical fiber sensing area, mechanical deformation of the optical fiber row of the optical fiber sensing area and the pressure-sensitive assembly film are reflected by measuring the luminance decay signal generated by the optical fiber row. two layers of pressure-sensitive assembly films which are vertically superposed and flexible, and at least one layer of flexible and smooth film which vertically separates a space between the two layers of pressure-sensitive assembly films into at least two interlayers; each interlayer is provided with at least one optical fiber row which extends along a first direction and has several horizontally S-shaped concatenated cablings, a bending portion of each horizontally S-shaped cabling of the optical fiber row of the two vertically adjacent interlayers is staggered alternately in the first direction; a luminance decay signal is generated when the optical fiber row deforms axially; the area on the pressure-sensitive assembly where the optical fiber row is arranged forms an optical fiber sensing area, mechanical deformation of the optical fiber row of the optical fiber sensing area and the pressure-sensitive assembly film are reflected by measuring the luminance decay signal generated by the optical fiber row.
Air supported roof for a fermentation tank of a biogas plant, comprising at least two foils vertically resting one above the other and attached as gas-proof as possible to the edge of a silage tank, at least one of them serving as outer protection foil for the protection against mechanic damage of at least one inner biogas foil as gas-proof as possible, wherein in the interior between protection foil and biogas foil carrying air can be introduced via an air blower and a connection piece, supporting the protection foil and keeping a distance from the biogas foil, wherein within the interior, that can be filled with carrying air, between protection foil and biogas foil at least one, preferably a multitude of spacers is provided, characterized in that the spacer(s) is/are arranged on the side of the protection foil or the biogas foil facing the interior, or in pockets provided in the protection foil or the biogas foil.
Load carrier system comprising a bike carrier mountable on a rear mount system of a vehicle, preferably a ball hitch or fix point attachment of the vehicle, and a load receptacle mountable on said bike carrier, wherein said load receptacle comprises a load receptacle fastening member adapted to cooperate with an available counterpart of said bike carrier, wherein said load receptacle fastening member includes one of an elongate member and a receiving member of a fastening structure, and wherein said receiving member is adapted to detachably receive said elongate member, said receiving member being preferably a strap receiver comprising a pump buckle, wherein said available counterpart is one of said receiving member and said elongate member of said fastening structure depending on the kind of load receptacle fastening member, characterized in that said load receptacle fastening member is mounted on said load receptacle and said elongate member is a toothed strap made of synthetic material.
A brake pump for vehicles, comprising: - a pump body; - an actuation device operatively associated with the pump body, the actuation device being operable to generate a braking; - a piston housed inside a respective housing of the pump body, the piston being operable by the actuation device to vary the pressure of a brake fluid in a braking system to which the brake pump belongs, to generate the braking, - a switch group operatively associated with the pump body, the switch group being configured to control the generation of an electric signal for signaling braking according to the actuation of the piston carried out by the actuation device; characterized in that it comprises: - an auxiliary actuation element of said switch group kinematically engaged with the piston, wherein the auxiliary element comprises a body which is directly in contact with a portion of the piston, said auxiliary actuation element being at least partly outside the pump body to actuate said switch group following the actuation of the piston carried out by the actuation device. - a pump body; - an actuation device operatively associated with the pump body, the actuation device being operable to generate a braking; - a piston housed inside a respective housing of the pump body, the piston being operable by the actuation device to vary the pressure of a brake fluid in a braking system to which the brake pump belongs, to generate the braking, - a switch group operatively associated with the pump body, the switch group being configured to control the generation of an electric signal for signaling braking according to the actuation of the piston carried out by the actuation device; - an auxiliary actuation element of said switch group kinematically engaged with the piston, wherein the auxiliary element comprises a body which is directly in contact with a portion of the piston, said auxiliary actuation element being at least partly outside the pump body to actuate said switch group following the actuation of the piston carried out by the actuation device.
An apparatus for a user equipment, comprising: at least one memory; and logic, at least a portion of which is implemented in circuitry coupled to the at least one memory, the logic to: access, at user equipment, UE, (154, 2000) control information for a reduced transmission time interval, rTTI, block, the rTTI block comprising a plurality of reduced transmission time intervals, rTTIs, including one or more rTTIs assigned to the UE, each of the plurality of rTTIs comprising a duration of less than one subframe, the control information to be comprised in signals received via resources of a first rTTI of the rTTI block; identify resources of each of the one or more rTTIs based on the control information; and using the identified resources, wirelessly communicate with an evolved node B, eNB, via resources of at least one of the one or more rTTIs; the control information comprising rTTI block-wise downlink scheduling information identifying allocated physical downlink shared channel, PDSCH, and resources of multiple rTTIs of the rTTI block, the rTTI block-wise downlink scheduling information comprising a format matching a physical downlink control channel, PDCCH, downlink control information, DCI, format. at least one memory; and logic, at least a portion of which is implemented in circuitry coupled to the at least one memory, the logic to: access, at user equipment, UE, (154, 2000) control information for a reduced transmission time interval, rTTI, block, the rTTI block comprising a plurality of reduced transmission time intervals, rTTIs, including one or more rTTIs assigned to the UE, each of the plurality of rTTIs comprising a duration of less than one subframe, the control information to be comprised in signals received via resources of a first rTTI of the rTTI block; identify resources of each of the one or more rTTIs based on the control information; and using the identified resources, wirelessly communicate with an evolved node B, eNB, via resources of at least one of the one or more rTTIs; access, at user equipment, UE, (154, 2000) control information for a reduced transmission time interval, rTTI, block, the rTTI block comprising a plurality of reduced transmission time intervals, rTTIs, including one or more rTTIs assigned to the UE, each of the plurality of rTTIs comprising a duration of less than one subframe, the control information to be comprised in signals received via resources of a first rTTI of the rTTI block; identify resources of each of the one or more rTTIs based on the control information; and using the identified resources, wirelessly communicate with an evolved node B, eNB, via resources of at least one of the one or more rTTIs; the control information comprising rTTI block-wise downlink scheduling information identifying allocated physical downlink shared channel, PDSCH, and resources of multiple rTTIs of the rTTI block, the rTTI block-wise downlink scheduling information comprising a format matching a physical downlink control channel, PDCCH, downlink control information, DCI, format.
A hardware queue manager (310, 504) comprising: an input interface for coupling to a plurality of input queues, the input interface being adapted to receive first data from at least a first worker thread (308A-308D) from an input queue of the plurality of input queues; and a queue duplication circuitry to generate a copy of at least a portion of the first data to create first copied data; the hardware queue manager further comprising an output interface for coupling to a plurality of output queues, the output interface being adapted to (a) provide the first copied data to a second worker thread to perform security monitoring; the second worker threat coupled to a first output queue of the plurality of output queues coupled to the hardware queue manager; the second worker thread being a debug thread, and to (b) provide at least a portion of the first data to a third worker threat coupled to a second output queue of the plurality of output queues, the third worker thread including packet inspection, network address translation, intrusion detection, ad insertion, or routing. an input interface for coupling to a plurality of input queues, the input interface being adapted to receive first data from at least a first worker thread (308A-308D) from an input queue of the plurality of input queues; and a queue duplication circuitry to generate a copy of at least a portion of the first data to create first copied data; the hardware queue manager further comprising an output interface for coupling to a plurality of output queues, the output interface being adapted to (a) provide the first copied data to a second worker thread to perform security monitoring; the second worker threat coupled to a first output queue of the plurality of output queues coupled to the hardware queue manager; the second worker thread being a debug thread, and to (b) provide at least a portion of the first data to a third worker threat coupled to a second output queue of the plurality of output queues, the third worker thread including packet inspection, network address translation, intrusion detection, ad insertion, or routing.
Machine tool, in particular multi-spindle turning machine, comprising: - a machine frame, - a turret body being rotatably supported by the machine frame, - a plurality of workpiece spindles being arranged on the turret body, each of the workpiece spindles having a workpiece receiving portion for receiving a respective workpiece on one side of the turret body facing a working space of the machine tool, and - a plurality of tool post assemblies supported by the machine frame around the turret body, characterized in that each tool post assembly includes a tool post having plural tool cartridge receiving openings (41A, 41B, 41C) respectively being arranged adjacent to each other along a Y-direction being perpendicular to the respective spindle axis and/or tangentially arranged with respect to the longitudinal axis of the turret body, and respectively being configured to detachably receive a tool holder cartridge holding a tool (FT; ALT; PLT), and wherein the tool post assembly further includes a drive mechanism (42, 43) configured to rotationally drive a drivable tool (ALT; PLT; DPLT) held by a tool holder cartridge received in one of the tool receiving portions (41A; 41B; 41C) and the tool holder cartridge is configured to hold a fixed tool or a drivable tool (ALT; PLT; DPLT). - a machine frame, - a turret body being rotatably supported by the machine frame, - a plurality of workpiece spindles being arranged on the turret body, each of the workpiece spindles having a workpiece receiving portion for receiving a respective workpiece on one side of the turret body facing a working space of the machine tool, and - a plurality of tool post assemblies supported by the machine frame around the turret body, each tool post assembly includes a tool post having plural tool cartridge receiving openings (41A, 41B, 41C) respectively being arranged adjacent to each other along a Y-direction being perpendicular to the respective spindle axis and/or tangentially arranged with respect to the longitudinal axis of the turret body, and respectively being configured to detachably receive a tool holder cartridge holding a tool (FT; ALT; PLT), and wherein the tool post assembly further includes a drive mechanism (42, 43) configured to rotationally drive a drivable tool (ALT; PLT; DPLT) held by a tool holder cartridge received in one of the tool receiving portions (41A; 41B; 41C) and the tool holder cartridge is configured to hold a fixed tool or a drivable tool (ALT; PLT; DPLT).
A method for dynamically allocating channel resources by a system controller in a wireless communication system, the method comprising: receiving a request for a channel resource by a new talkgroup call; determining that the new talkgroup call is associated to an associated communication based upon an operational relationship of the new talkgroup call to the associated communication, wherein the operational relationship identifies whether the relationship of the new talkgroup call to the associated communication is required; and allocating the new talkgroup call to a channel resource; characterized in that: said channel resource is associated to a second channel resource associated to the associated communication; and the allocating is based upon whether the operational relationship is required or optional, wherein if the operational relationship is required, the allocating comprises queuing the new talkgroup call until said channel resource associated to said second channel resource becomes available. receiving a request for a channel resource by a new talkgroup call; determining that the new talkgroup call is associated to an associated communication based upon an operational relationship of the new talkgroup call to the associated communication, wherein the operational relationship identifies whether the relationship of the new talkgroup call to the associated communication is required; and allocating the new talkgroup call to a channel resource; said channel resource is associated to a second channel resource associated to the associated communication; and the allocating is based upon whether the operational relationship is required or optional, wherein if the operational relationship is required, the allocating comprises queuing the new talkgroup call until said channel resource associated to said second channel resource becomes available.
A floor-standing air conditioner comprising: a casing including a first flow path connected to a first blow-out port positioned at an upper portion and a second flow path connected to a second blow-out port positioned at a lower portion; a fan that blows out air from at least one of the first blow-out port and/or the second blow-out port; a first member that opens or closes the first flow path; a second member that opens or closes the second flow path; characterized in that it comprises: a control unit that controls the fan, the first member, and the second member, wherein the control unit is configured to perform a first blowing process of blowing out air from the first blow-out port with the first flow path opened by the first member and the second flow path closed by the second member, and a second blowing process of blowing out air from the second blow-out port with the first flow path closed by the first member and the second flow path opened by the second member, and perform a blow-out port switching process of blowing out air from both the first blow-out port and the second blow-out port during switching between the first blowing process and the second blowing process. a casing including a first flow path connected to a first blow-out port positioned at an upper portion and a second flow path connected to a second blow-out port positioned at a lower portion; a fan that blows out air from at least one of the first blow-out port and/or the second blow-out port; a first member that opens or closes the first flow path; a second member that opens or closes the second flow path; a control unit that controls the fan, the first member, and the second member, wherein the control unit is configured to perform a first blowing process of blowing out air from the first blow-out port with the first flow path opened by the first member and the second flow path closed by the second member, and a second blowing process of blowing out air from the second blow-out port with the first flow path closed by the first member and the second flow path opened by the second member, and perform a blow-out port switching process of blowing out air from both the first blow-out port and the second blow-out port during switching between the first blowing process and the second blowing process. perform a first blowing process of blowing out air from the first blow-out port with the first flow path opened by the first member and the second flow path closed by the second member, and a second blowing process of blowing out air from the second blow-out port with the first flow path closed by the first member and the second flow path opened by the second member, and perform a blow-out port switching process of blowing out air from both the first blow-out port and the second blow-out port during switching between the first blowing process and the second blowing process.
A chitosan material comprising a catechol modified chitosan, wherein the material is a dry solid form that has a thickness that is 500 microns or less and is resistant to dissolution.
A measuring machine comprising: at least one member (5; 11) mobile along an axis (Y; X); a motor (15; 73); a transmission system (14; 70) co-operating with the motor for displacing the mobile member (5; 11) along said axis (Y; X); and a control system for controlling said motor, said transmission system including at least one flexible coupling (35; 76) comprising elastic means deformable in a direction parallel to said axis (Y; X), said measuring machine being characterized in that the flexible coupling (35; 76) is configured so as to filter the vibrations transmitted to the mobile member (5; 11) in the direction of said axis (Y; X) and to minimize the forces acting on said mobile member (5; 11) in a direction transverse to said axis (Y, X), and in that said control system is configured so as to control the position of said mobile member by controlling said motor (15; 73) to minimize the position errors of the mobile member along said axis resulting from the deformations of said elastic means (43; 76). at least one member (5; 11) mobile along an axis (Y; X); a motor (15; 73); a transmission system (14; 70) co-operating with the motor for displacing the mobile member (5; 11) along said axis (Y; X); and a control system for controlling said motor, said transmission system including at least one flexible coupling (35; 76) comprising elastic means deformable in a direction parallel to said axis (Y; X), said measuring machine being characterized in that the flexible coupling (35; 76) is configured so as to filter the vibrations transmitted to the mobile member (5; 11) in the direction of said axis (Y; X) and to minimize the forces acting on said mobile member (5; 11) in a direction transverse to said axis (Y, X), and in that said control system is configured so as to control the position of said mobile member by controlling said motor (15; 73) to minimize the position errors of the mobile member along said axis resulting from the deformations of said elastic means (43; 76).
A method for managing battery load in a portable computing device, PCD, the method comprising: tracking an active load on a battery in the PCD, wherein the active load is associated with one or more active power consuming components within the PCD; monitoring a state of health of the battery, wherein the state of health is quantified by one or more measurements associated with the battery; recognizing a call for additional load on the battery, wherein the call for additional load is associated with a request for functionality of the PCD that requires activation of an inactive component within the PCD; calculating a future active load that would result from accepting the call for additional load; and responding to the call for additional load based on an analysis of an impact that the future active load would have on the state of health of the battery. tracking an active load on a battery in the PCD, wherein the active load is associated with one or more active power consuming components within the PCD; monitoring a state of health of the battery, wherein the state of health is quantified by one or more measurements associated with the battery; recognizing a call for additional load on the battery, wherein the call for additional load is associated with a request for functionality of the PCD that requires activation of an inactive component within the PCD; calculating a future active load that would result from accepting the call for additional load; and responding to the call for additional load based on an analysis of an impact that the future active load would have on the state of health of the battery.
A composition comprising a combination of a mucoadhesive component in the range from 0.05-20% by weight, an emollient component in the range from 0.02-20% by weight, sodium hyaluronate in the range from 0.01-15% by weight and one or more amino acids in the range from 0.02-5% by weight for use in the treatment of epithelial lesions, wherein said emollient component is an extract of Oryza sativa.