mhurhangee/ep-ind-claims huggingface dataset:
A control method for broadcast sending in an Android system, comprising: acquiring (S110, S210, S310, S410, S510) a receiver queue corresponding to a broadcast message to be sent; determining a target receiver according to a priority of each receiver in the receiver queue and a predetermined priority; and sending (S130, S240, S340, S450, S540) the broadcast message to the target receiver; wherein determining the target receiver according to the priority of each receiver in the receiver queue and the predetermined priority comprises: sorting the receiver queue according to the priority of each receiver in the receiver queue; and determining a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring user operation records of a plurality of receivers having a same priority; sorting recent usage of the plurality of receivers based on the user operation records; and determining the target receiver according to a sorting result and the predetermined priority; or, determining a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver. acquiring (S110, S210, S310, S410, S510) a receiver queue corresponding to a broadcast message to be sent; determining a target receiver according to a priority of each receiver in the receiver queue and a predetermined priority; and sending (S130, S240, S340, S450, S540) the broadcast message to the target receiver; wherein determining the target receiver according to the priority of each receiver in the receiver queue and the predetermined priority comprises: sorting the receiver queue according to the priority of each receiver in the receiver queue; and determining a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring user operation records of a plurality of receivers having a same priority; sorting recent usage of the plurality of receivers based on the user operation records; and determining the target receiver according to a sorting result and the predetermined priority; or, determining a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver. sorting the receiver queue according to the priority of each receiver in the receiver queue; and determining a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring user operation records of a plurality of receivers having a same priority; sorting recent usage of the plurality of receivers based on the user operation records; and determining the target receiver according to a sorting result and the predetermined priority; or, determining a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver.
DC network having an electrical conductor (121, 122) and a switching unit arranged at one end of the conductor (121, 122) to break the electrical connection via the conductor (121, 122), wherein the switching unit comprises at least one controllable power semiconductor that is connected in series in the current path of the conductor (121, 122), wherein - the conductor (121, 122) is divided into a first and a second section (141, 142, 144, 145), starting from the switching unit, - a first overvoltage protection apparatus (181, 183) is connected between the connecting point for the first and second sections (141, 142, 144, 145) and a second pole of the DC network, - a second overvoltage protection apparatus (182, 184) is connected between that end of the second section (142, 145) that is remote from the switching unit and the second pole, - the first and second overvoltage protection apparatuses (181...184), barring the inductance of the interposed section of the conductor (121, 122), are connected in parallel, - the overvoltage protection apparatuses (181...184) each have a capacitor. - the conductor (121, 122) is divided into a first and a second section (141, 142, 144, 145), starting from the switching unit, - a first overvoltage protection apparatus (181, 183) is connected between the connecting point for the first and second sections (141, 142, 144, 145) and a second pole of the DC network, - a second overvoltage protection apparatus (182, 184) is connected between that end of the second section (142, 145) that is remote from the switching unit and the second pole, - the first and second overvoltage protection apparatuses (181...184), barring the inductance of the interposed section of the conductor (121, 122), are connected in parallel, - the overvoltage protection apparatuses (181...184) each have a capacitor.
A fish handling unit, comprising: an inspection system configured to inspect a plurality of live fish; a conveyor assembly configured to transport the live fish to the inspection system; at least one robotic cell having a controller configured to control operation thereof, the controller being in communication with the inspection system; and an end effector operably engaged with the robotic cell, the end effector being configured to interact with the live fish moving along the conveyor assembly, based on information determined by the inspection system and received by the controller; wherein the end effector comprises a gripper assembly having a plurality of engagement members cooperating to lift the live fish from the conveyor assembly; an injection assembly; a movable section operably engaged with the robotic cell for translational motion; and a wrist section rotatable with respect to the movable section and operably engaged with the robotic cell for rotational motion. an inspection system configured to inspect a plurality of live fish; a conveyor assembly configured to transport the live fish to the inspection system; at least one robotic cell having a controller configured to control operation thereof, the controller being in communication with the inspection system; and an end effector operably engaged with the robotic cell, the end effector being configured to interact with the live fish moving along the conveyor assembly, based on information determined by the inspection system and received by the controller; wherein the end effector comprises a gripper assembly having a plurality of engagement members cooperating to lift the live fish from the conveyor assembly; an injection assembly; a movable section operably engaged with the robotic cell for translational motion; and a wrist section rotatable with respect to the movable section and operably engaged with the robotic cell for rotational motion.
A cushioning-material surface layer (11a, 11b, 42a, 42b, 47a, 47b, 52a, 52b), which is in the shape of a sheet and is disposed on an outer surface of a hot-press cushioning material (21, 41, 46, 51), comprising: a resin layer that is disposed on one side of the surface layer to cover the side of the surface layer; a rubber layer that is disposed on the other side of the surface layer to cover the side of the surface layer; and a woven fabric layer that is disposed between the resin layer and the rubber layer and includes bulked yarns for at least one of warp and weft, wherein the woven fabric layer includes a woven fabric-resin composite layer that is disposed on the resin layer side and formed by impregnating part of a woven fabric as a base material with resin that forms the resin layer, the woven fabric layer includes a woven fabric-rubber composite layer that is disposed on the rubber layer side and formed by impregnating part of the woven fabric with rubber that forms the rubber layer, and the woven fabric layer includes interstices therein, wherein the residual interstice ratio of the woven fabric layer against the woven fabric as the base material is 70% or higher. a resin layer that is disposed on one side of the surface layer to cover the side of the surface layer; a rubber layer that is disposed on the other side of the surface layer to cover the side of the surface layer; and a woven fabric layer that is disposed between the resin layer and the rubber layer and includes bulked yarns for at least one of warp and weft, wherein the woven fabric layer includes a woven fabric-resin composite layer that is disposed on the resin layer side and formed by impregnating part of a woven fabric as a base material with resin that forms the resin layer, the woven fabric layer includes a woven fabric-rubber composite layer that is disposed on the rubber layer side and formed by impregnating part of the woven fabric with rubber that forms the rubber layer, and the woven fabric layer includes interstices therein, wherein the residual interstice ratio of the woven fabric layer against the woven fabric as the base material is 70% or higher.
An electromechanical power steering system having an electric servomotor which has a motor shaft and drives a shaft that meshes with a helical gear, wherein the shaft is disposed in a gearbox housing and mounted in a bearing assembly having a roller bearing so as to be rotatable about a rotation axis, comprising a pretensioning installation which for adjusting the play in the engagement between the helical gear and the shaft resiliently pretensions a movable bearing element of the bearing assembly in relation to the gearbox housing, characterized in that the gearbox housing has a housing portion having a first contact face and a second contact face, wherein the bearing assembly for the roller bearing has a bearing support that forms the movable bearing element and has a lever arm having a free end which extends from a main body of the bearing support and on the gearbox housing lies against the second contact face in a second contact region, wherein the bearing support on the main body thereof has an eccentric cam which on the housing lies against the first contact face in a first contact region.
An antibody, or antigen-binding fragment thereof, that specifically binds to hepcidin (Hep) or a hepcidin peptide with a dissociation constant of less than 500 pM, said antibody, or antigen-binding fragment thereof, comprising a variable heavy chain comprising an amino acid sequence set forth as SEQ ID NO: 44, and a variable light chain comprising an amino acid sequence set forth as SEQ ID NO: 50.
Method for increasing the share of automated driving for an at least partly automated vehicle, in which the conditions for automated driving are monitored, a termination of the automated driving as a result of manual vehicle guidance being predicted by means of a model if conditions are fulfilled for automated driving, characterized in that in the event of a predicted takeover by the driver, information is output to the driver informing the driver that the automated driving has the driving situation reliably under control.
A cigarette filter manufacturing apparatus, characterized by comprising: a stuffer jet which sends a tow together with air; a tongue which molds the tow into a bar; a convergence guide which is provided in a position between the stuffer jet and the tongue, and converges the tow while guiding the tow toward the tongue; and a plurality of thread introducing tubes, intervals between which are reduced toward downstream in a position between an outlet of the stuffer jet and an introducing part of the tongue, the thread introducing tubes supplying respective threads into the tow from respective downstream distal ends, wherein the distal ends of the thread introducing tubes are arranged in the convergence guide. a stuffer jet which sends a tow together with air; a tongue which molds the tow into a bar; a convergence guide which is provided in a position between the stuffer jet and the tongue, and converges the tow while guiding the tow toward the tongue; and a plurality of thread introducing tubes, intervals between which are reduced toward downstream in a position between an outlet of the stuffer jet and an introducing part of the tongue, the thread introducing tubes supplying respective threads into the tow from respective downstream distal ends, wherein the distal ends of the thread introducing tubes are arranged in the convergence guide.
A filler shaped like a post for being placed in the root canal apex, for filling a tooth canal and for preventing leakage of material injected in the tooth to the root canal apex, the filler comprising: an elliptical end at a distal end; a top end at a proximal end opposite the elliptical end; a longitudinal cavity extending from the top end to the elliptical end, wherein the longitudinal cavity is wider at the top end and narrower at the elliptical end to allow the installation of an injection tube at the top end; and at least one lateral opening connected to the longitudinal cavity, the at least one lateral opening having a longitudinal shape and being configured to allow injected material to go out of the longitudinal cavity through the lateral opening to fill the tooth. an elliptical end at a distal end; a top end at a proximal end opposite the elliptical end; a longitudinal cavity extending from the top end to the elliptical end, wherein the longitudinal cavity is wider at the top end and narrower at the elliptical end to allow the installation of an injection tube at the top end; and at least one lateral opening connected to the longitudinal cavity, the at least one lateral opening having a longitudinal shape and being configured to allow injected material to go out of the longitudinal cavity through the lateral opening to fill the tooth.
A method of operation of a User Equipment, UE, of a cellular communications network comprising: receiving a retransmission that would require a total number of memory accesses to process that is greater than a memory access bandwidth of a soft buffer of the UE; and prioritizing which bits should be read from or written to, the soft buffer of the UE when processing the retransmission based on: - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, wherein prioritizing reading bits from the soft buffer of the UE comprises reading bits from the soft buffer of the UE to maximize a number of bits that overlaps between previous transmissions, therefore not all bits will be written to the soft buffer of the UE when processing the retransmission. receiving a retransmission that would require a total number of memory accesses to process that is greater than a memory access bandwidth of a soft buffer of the UE; and prioritizing which bits should be read from or written to, the soft buffer of the UE when processing the retransmission based on: - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, wherein prioritizing reading bits from the soft buffer of the UE comprises reading bits from the soft buffer of the UE to maximize a number of bits that overlaps between previous transmissions, therefore not all bits will be written to the soft buffer of the UE when processing the retransmission.
An incontinence detection pad comprising: a moisture absorbent layer having (i) non-embossed areas with a first density of fibers of the moisture absorbent layer and (ii) embossed areas with a second density of fibers of the moisture absorbent layer, the second density being greater than the first density, a plurality of electrodes positioned beneath the moisture absorbent layer, wherein the embossed areas are formed in a pattern of non-intersecting lines that extend horizontally across the absorbent layer and relative to the electrodes such as to enhance wicking in a direction for accelerating detection of moisture and to draw moisture towards a peripheral region of the incontinence detection pad, and a transmitter connected to the plurality of electrodes and configured to transmit a signal indicative of a status of the moisture absorbent layer. a moisture absorbent layer having (i) non-embossed areas with a first density of fibers of the moisture absorbent layer and (ii) embossed areas with a second density of fibers of the moisture absorbent layer, the second density being greater than the first density, a plurality of electrodes positioned beneath the moisture absorbent layer, wherein the embossed areas are formed in a pattern of non-intersecting lines that extend horizontally across the absorbent layer and relative to the electrodes such as to enhance wicking in a direction for accelerating detection of moisture and to draw moisture towards a peripheral region of the incontinence detection pad, and a transmitter connected to the plurality of electrodes and configured to transmit a signal indicative of a status of the moisture absorbent layer.
A vehicle comprising: - a steering wheel group comprising a steering wheel and a gear shift device; - a gearbox group comprising a control unit, wherein the gear shift device is operatively connected to the control unit to configure the gearbox group in an operating mode between a plurality of operating modes, which comprise an automatic shift mode and a manual shift mode, wherein the steering wheel group identifies a main axis (X-X) of rotation of the steering wheel, wherein the gear shift device comprises: - a paddle, positioned behind the steering wheel, along the main axis (X-X), pushable by the driver from an inactive position to an active position and configured to control a gear shift action of the gearbox group; wherein the vehicle is characterized by the fact that the steering wheel group also comprises: - a control member comprising a touch interface device located on the paddle, wherein the touch interface device commands- the control unit as a function of the type of interaction with the driver to configure the gearbox group in one of the aforementioned operating modes; wherein with the gearbox group configured in automatic shift mode and the touch interface actuated by the driver, the touch interface commands the control unit to configure the gearbox group in manual shift mode, or with the gearbox group configured in manual shift mode and the actuation by the driver maintained on the touch interface, the touch interface commands the control unit to maintain the gearbox group in manual shift mode. - a steering wheel group comprising a steering wheel and a gear shift device; - a gearbox group comprising a control unit, wherein the gear shift device is operatively connected to the control unit to configure the gearbox group in an operating mode between a plurality of operating modes, which comprise an automatic shift mode and a manual shift mode, wherein the steering wheel group identifies a main axis (X-X) of rotation of the steering wheel, - a paddle, positioned behind the steering wheel, along the main axis (X-X), pushable by the driver from an inactive position to an active position and configured to control a gear shift action of the gearbox group; - a control member comprising a touch interface device located on the paddle, wherein the touch interface device commands- the control unit as a function of the type of interaction with the driver to configure the gearbox group in one of the aforementioned operating modes; wherein with the gearbox group configured in automatic shift mode and the touch interface actuated by the driver, the touch interface commands the control unit to configure the gearbox group in manual shift mode,
Clutch arrangement for a motor vehicle drive train, having a friction clutch and a hydraulic actuator arrangement for actuating the friction clutch, the actuator arrangement having a hydraulic cylinder, a pump and an electric motor, the electric motor driving the pump, a pressure connector of the pump being connected directly to the hydraulic cylinder via a pressure line, it being possible for the pressure which is provided by the pump in the pressure line to be set by way of regulation of the rotational speed (n) of the electric motor, the pressure connector being connected to a low pressure region via a hydraulic branch, and an orifice which limits the throughflow being arranged in the hydraulic branch, characterized in that a valve is arranged in the hydraulic branch, which valve is arranged in series with the orifice in logic terms, a volumetric flow through the hydraulic branch being limited generally to a value which is fixed by way of the orifice, and it being possible for the valve to be actuated so as to limit the throughflow through the hydraulic branch even further.
Use of a surface treatment agent in post-treatment of chemical conversion treatment of a metal material, wherein the surface treatment agent has a pH in a range of 3 to 5 and comprises a water-soluble ethylene glycol monoalkyl ether and a metal compound that is at least one metal compound selected from a water-soluble vanadium compound, a water-soluble titanium compound, a water-soluble zirconium compound, and a water-soluble hafnium compound.
An environmental enrichment apparatus comprising: a self-contained housing defining an interface aperture; a tablet computing device disposed within the housing, the computing device including a touchscreen interface, the interface being adjacently disposed to the interface aperture and facing out of the housing; wherein the apparatus is a self-contained unit with the ability to be portable by a single individual; wherein the computing device executes an environmental enrichment application, said enrichment application being configured to present a stimulus to an animal via the interface and to receive input from the animal via the interface without being restrained into a user position or within a cage; wherein the correct stimulus response causes the computing device to send a direct signal to the treat release system or produce a light or sound that is detected by the sensor of the treat release system; and wherein the treat release system comprises a powered valve actuator, which opens and closes the valve attached to the solid or liquid treat reservoir. a self-contained housing defining an interface aperture; a tablet computing device disposed within the housing, the computing device including a touchscreen interface, the interface being adjacently disposed to the interface aperture and facing out of the housing; wherein the apparatus is a self-contained unit with the ability to be portable by a single individual; wherein the computing device executes an environmental enrichment application, said enrichment application being configured to present a stimulus to an animal via the interface and to receive input from the animal via the interface without being restrained into a user position or within a cage; wherein the correct stimulus response causes the computing device to send a direct signal to the treat release system or produce a light or sound that is detected by the sensor of the treat release system; and wherein the treat release system comprises a powered valve actuator, which opens and closes the valve attached to the solid or liquid treat reservoir.