mhurhangee/ep-ind-claims huggingface dataset:
An optical device comprising: a drop optical multicast switch unit, comprising: a plurality of N input optical ports, a plurality of optical splitters, each optical splitter coupled to a corresponding input optical port, a plurality of optical switches, each optical switch coupled to each optical splitter of the plurality of optical splitters, wherein the plurality of optical switches comprises L x 1 selectors, wherein L > N, wherein extra input ports (L - N) of the L x 1 selectors of the plurality of optical switches are reserved as expansion ports, and a plurality of output optical ports; and an add optical multicast switch unit, comprising; a plurality of input optical ports; a plurality of optical switches, each optical switch coupled to a corresponding input optical port; a plurality of optical combiners, each optical combiner coupled to each optical switch of the plurality of optical switches, and a plurality of output optical ports coupled to a corresponding optical combiner. a drop optical multicast switch unit, comprising: a plurality of N input optical ports, a plurality of optical splitters, each optical splitter coupled to a corresponding input optical port, a plurality of optical switches, each optical switch coupled to each optical splitter of the plurality of optical splitters, wherein the plurality of optical switches comprises L x 1 selectors, wherein L > N, wherein extra input ports (L - N) of the L x 1 selectors of the plurality of optical switches are reserved as expansion ports, and a plurality of output optical ports; and a plurality of N input optical ports, a plurality of optical splitters, each optical splitter coupled to a corresponding input optical port, a plurality of optical switches, each optical switch coupled to each optical splitter of the plurality of optical splitters, wherein the plurality of optical switches comprises L x 1 selectors, wherein L > N, wherein extra input ports (L - N) of the L x 1 selectors of the plurality of optical switches are reserved as expansion ports, and a plurality of output optical ports; and an add optical multicast switch unit, comprising; a plurality of input optical ports; a plurality of optical switches, each optical switch coupled to a corresponding input optical port; a plurality of optical combiners, each optical combiner coupled to each optical switch of the plurality of optical switches, and a plurality of output optical ports coupled to a corresponding optical combiner. a plurality of input optical ports; a plurality of optical switches, each optical switch coupled to a corresponding input optical port; a plurality of optical combiners, each optical combiner coupled to each optical switch of the plurality of optical switches, and a plurality of output optical ports coupled to a corresponding optical combiner.
A drug delivery device comprising - a housing, - a cartridge holder which is adapted and arranged for receiving a cartridge for holding a plurality of doses of a drug, wherein the cartridge holder is removable from the housing to enable an exchange of the cartridge, - a piston rod adapted and arranged to be moved from an initial position towards an end position for dispensing a dose of drug from the device and to be moved from the end position back towards the initial position to perform a reset operation of the device, - at least one resilient member (20, 25, 35), wherein the at least one resilient member (20, 25, 35) is in direct mechanical contact with the piston rod and, wherein the resilient member (20, 25, 35) is adapted and arranged to prevent an unintentional movement of the piston rod towards the initial position due to mechanical cooperation with the piston rod, wherein the resilient member mechanically cooperates with the piston rod such that a minimum force is required in order to move the piston rod back towards the initial position wherein the minimum required force is determined by a frictional force exerted onto the piston rod by the resilient member, wherein the drug delivery device further comprises an interaction member, wherein the interaction member is secured against rotation with respect to the housing, wherein the piston rod is arranged at least partly within an opening of the interaction member, and wherein the resilient member (20, 25, 35) protrudes in a radial inward direction towards the piston rod and into the opening, characterized in that the interaction member comprises a carrier, and wherein the carrier comprises at least one securing member, wherein with one end, the securing member is fixed to the carrier and with the other end the securing member is free, wherein the resilient member and the securing member are arranged on opposite sides of the interaction member, and wherein the resilient member optionally protrudes from the carrier. - a housing, - a cartridge holder which is adapted and arranged for receiving a cartridge for holding a plurality of doses of a drug, wherein the cartridge holder is removable from the housing to enable an exchange of the cartridge, - a piston rod adapted and arranged to be moved from an initial position towards an end position for dispensing a dose of drug from the device and to be moved from the end position back towards the initial position to perform a reset operation of the device, - at least one resilient member (20, 25, 35),
An optical sensor for detecting objects within a surveillance area, with a transmitter emitting transmitted light pulses and a receiver, which are arranged at opposite edges of the surveillance area in such a way that, when the surveillance area is free, the transmitted light pulses of the transmitter are guided to the receiver, and with an evaluation unit in which an object detection signal is generated as a function of received signals from the receiver, characterised in that the transmitter emits the transmitted light pulses periodically within scan cycles, wherein the transmitted light pulses emitted by the transmitter are received by the receiver within predetermined expectation time intervals, the expectation time intervals being adapted to the durations of the transmitted light pulses and to the distance between transmitters and receivers, and in that an extraneous light evaluation stage is provided which evaluates light pulses registered at the receiver within an observation period which is shorter than the scan cycle as extraneous light pulses if these are received outside the expected time interval.
A printing apparatus for performing printing of a viscous fluid onto a print target using a screen mask, the printing apparatus comprising: a moving section configured to perform at least one of moving an exchangeable member to an exchange position or loading and unloading of said exchangeable member, for at least two types of said exchangeable member that, out of a cartridge configured to house the viscous fluid, a squeegee, a screen mask, a cleaning member used to clean the screen mask, and a support member configured to fix the print target, include at least one out of said cartridge, said squeegee, and said cleaning member; and an exchange control section configured to control the moving section to perform exchange processing of exchanging said exchangeable member, wherein the moving section includes a shared moving mechanism (22;38,53) configured to move at least two types of said exchangeable members using the same mechanism (22;38,53). a moving section configured to perform at least one of moving an exchangeable member to an exchange position or loading and unloading of said exchangeable member, for at least two types of said exchangeable member that, out of a cartridge configured to house the viscous fluid, a squeegee, a screen mask, a cleaning member used to clean the screen mask, and a support member configured to fix the print target, include at least one out of said cartridge, said squeegee, and said cleaning member; and an exchange control section configured to control the moving section to perform exchange processing of exchanging said exchangeable member,
Pigment paste comprising at least one aqueous dispersion comprising at least one copolymer, said copolymer being preparable by (i) initially charging an aqueous dispersion of at least one polyurethane, and then (ii) polymerizing a mixture of olefinically unsaturated monomers in the presence of the polyurethane from (i), in which (a) a water-soluble initiator is used, (b) the olefinically unsaturated monomers are metered in such that a concentration of 6.0% by weight, based on the total amount of olefinically unsaturated monomers used for polymerization, in the reaction solution is not exceeded over the entire reaction time, and (c) the mixture of the olefinically unsaturated monomers comprises at least one polyolefinically unsaturated monomer, and at least one pigment, where the weight ratio of the at least one pigment to the at least one copolymer is greater than 1.5. (i) initially charging an aqueous dispersion of at least one polyurethane, and then (ii) polymerizing a mixture of olefinically unsaturated monomers in the presence of the polyurethane from (i), in which (a) a water-soluble initiator is used, (b) the olefinically unsaturated monomers are metered in such that a concentration of 6.0% by weight, based on the total amount of olefinically unsaturated monomers used for polymerization, in the reaction solution is not exceeded over the entire reaction time, and (c) the mixture of the olefinically unsaturated monomers comprises at least one polyolefinically unsaturated monomer, (a) a water-soluble initiator is used, (b) the olefinically unsaturated monomers are metered in such that a concentration of 6.0% by weight, based on the total amount of olefinically unsaturated monomers used for polymerization, in the reaction solution is not exceeded over the entire reaction time, and (c) the mixture of the olefinically unsaturated monomers comprises at least one polyolefinically unsaturated monomer,
An anchoring assembly for enclosures that comprise at least one laminar screen, which has at least one rigid wire, and at least one post, for supporting the screen with vertical orientation, said anchoring assembly comprising at least: - a pin provided with a head and with a shank, said shank having a transverse space occupation and being configured to be inserted into a hole which is provided along the post, until the head abuts on the post and an end portion of said shank exits on the opposite side of the post, said pin having lateral tabs that can move elastically between a non-deformed configuration, in which they protrude from the lateral surface of said end portion of said shank, and at least one deformed configuration, in which they are kept inside the transverse space occupation of said shank, characterised in that the anchoring assembly further comprises: - a clamp that comprises a first jaw and a second jaw, said second jaw being able to abut with a base surface thereof against the post and having a recess along said base surface which is configured to receive said shank with interference, it being possible to clamp the rigid wire in a position spaced apart from said base surface between said jaws (6, 7), mutually tightened, - an at least partially threaded stem, which can be inserted into said jaws (6, 7) and into said shank until it is screwed into a female thread which is provided inside said pin, with consequent mutual tightening of said jaws (6, 7) and clamping in place of the rigid wire. - a pin provided with a head and with a shank, said shank having a transverse space occupation and being configured to be inserted into a hole which is provided along the post, until the head abuts on the post and an end portion of said shank exits on the opposite side of the post, said pin having lateral tabs that can move elastically between a non-deformed configuration, in which they protrude from the lateral surface of said end portion of said shank, and at least one deformed configuration, in which they are kept inside the transverse space occupation of said shank, - a clamp that comprises a first jaw and a second jaw, said second jaw being able to abut with a base surface thereof against the post and having a recess along said base surface which is configured to receive said shank with interference, it being possible to clamp the rigid wire in a position spaced apart from said base surface between said jaws (6, 7), mutually tightened, - an at least partially threaded stem, which can be inserted into said jaws (6, 7) and into said shank until it is screwed into a female thread which is provided inside said pin, with consequent mutual tightening of said jaws (6, 7) and clamping in place of the rigid wire.
An antenna system, comprising: a radiation array, comprising a transmit antenna element group and a receive antenna element group that are separately disposed, wherein the transmit antenna element group is configured to transmit a signal, and the receive antenna element group is configured to receive a signal; a transceiver, TRX, unit, comprising a transmit module and a receive module; and a filter bank, comprising a first-type filter and a second-type filter, wherein the first-type filter is connected between the transmit antenna element group and the transmit module, and the second-type filter is connected between the receive antenna element group and the receive module wherein the radiation array comprises M columns of transmit antenna element groups and N columns of receive antenna element groups, the M columns of transmit antenna element groups and the N columns of receive antenna element groups are interleaved in the radiation array, wherein the radiation array is located on one side of a reflector of the antenna system opposite to the filter bank, and in the M columns of transmit antenna element groups and the N columns of receive antenna element groups, a column spacing between any two columns of adjacent antenna element groups is greater than 0, wherein both M and N are integers greater than 1. a radiation array, comprising a transmit antenna element group and a receive antenna element group that are separately disposed, wherein the transmit antenna element group is configured to transmit a signal, and the receive antenna element group is configured to receive a signal; a transceiver, TRX, unit, comprising a transmit module and a receive module; and a filter bank, comprising a first-type filter and a second-type filter, wherein the first-type filter is connected between the transmit antenna element group and the transmit module, and the second-type filter is connected between the receive antenna element group and the receive module wherein the radiation array comprises M columns of transmit antenna element groups and N columns of receive antenna element groups, the M columns of transmit antenna element groups and the N columns of receive antenna element groups are interleaved in the radiation array, wherein the radiation array is located on one side of a reflector of the antenna system opposite to the filter bank, and in the M columns of transmit antenna element groups and the N columns of receive antenna element groups, a column spacing between any two columns of adjacent antenna element groups is greater than 0, wherein both M and N are integers greater than 1.
An air guide device for a turbomachine including an air supply channel of a turbomachine engine, said supply channel having an upstream part (11 am) and a downstream part connected to each other through a deflecting part built and adapted to convey an air flow received along a first direction from said upstream part (11 am) to a second direction within said downstream part, said upstream part and said deflecting part being connected to each other via an inside bend (Ci) and an outside bend (Ce), at said inside bend (Ci), the inner surface of the air guide device having a groove extending longitudinally in the length direction of the supply channel, said air guide device being characterized in that the longitudinal edges of the groove are flared towards the downstream end of the upstream part (11 am) of the supply channel, the upstream width (lam) of the groove being lower than the downstream width (lav) of the groove.
A containment, archiving and storage assembly of the type comprising at least one container that defines inside it a compartment for accommodating products of various kinds and can slide between a configuration for resting on a surface which faces the access opening to its inner compartment and a configuration of separation from said surface, the at least one container comprising, along its walls, at least one respective paneling made of fire-resistant material and comprising at least one sensor for detecting the configuration of said at least one container with respect to said facing surface, controlled by an apparatus chosen between a movement system, for restoring automatically said resting configuration, and a signaling system, for indicating the configuration assumed by the at least one container to users, said containers being a plurality, mutually arranged like the cabinets of a rack that can slide on guides, the edges of a said containers that delimit said compartment comprising a gasket band which is subjected, during said resting configuration, to compression between the edge of the containers and the respective surface coupled thereto, said gasket bands being made of intumescent material so that when stimulated by heat it triggers a reaction which creates a hermetic and fire-resistant seal in the regions of points of contact between two adjacent mutually compacted containers.
A cryogenic grinding device for the production of fine particles, in particular rubber powder, from an in particular pre-crushed grinding stock, in particular a rubber granulate, comprising: a material feed for feeding the grinding stock, a subsequent low-temperature embrittlement device for low-temperature embrittlement of the grinding stock fed by means of liquid low-temperature gas supply, in particular liquid nitrogen, a subsequent mill, in particular a whirlwind mill, for grinding the embrittled grinding stock in an atmosphere containing the low-temperature gas supplied, and a subsequent separating system for separating the fine particles from a mill outlet volume flow leaving the mill, in particular blown out, and containing the low-temperature gas and the ground grinding stock, characterized in that the separating system comprises an air classifier for separation of a classifier outlet volume flow containing the fine particles from a classifier inlet volume flow containing the ground grinding stock, an extraction device subsequent to the mill in order to extract the ground grinding stock from the mill outlet volume flow, and a guiding device in order to feed the extracted grinding stock into the classifier inlet volume flow and to discharge excessive mill outlet gas of the mill outlet volume flow. a material feed for feeding the grinding stock, a subsequent low-temperature embrittlement device for low-temperature embrittlement of the grinding stock fed by means of liquid low-temperature gas supply, in particular liquid nitrogen, a subsequent mill, in particular a whirlwind mill, for grinding the embrittled grinding stock in an atmosphere containing the low-temperature gas supplied, and a subsequent separating system for separating the fine particles from a mill outlet volume flow leaving the mill, in particular blown out, and containing the low-temperature gas and the ground grinding stock, characterized in that the separating system comprises an air classifier for separation of a classifier outlet volume flow containing the fine particles from a classifier inlet volume flow containing the ground grinding stock, an extraction device subsequent to the mill in order to extract the ground grinding stock from the mill outlet volume flow, and a guiding device in order to feed the extracted grinding stock into the classifier inlet volume flow and to discharge excessive mill outlet gas of the mill outlet volume flow.
Side wall element for a refrigerated vehicle body, in which insulating material is arranged for insulation between opposite cover layers (10, 12) which form inner and outer surfaces, and in which, on a section facing a lower edge of the wall element, a lower connecting element is provided with a planar first sub-element to connect to the cover layer forming the inner surface and a second sub-element projecting out from the inner surface and forming an angle with the first sub-element to connect to a floor element of the refrigerated vehicle body, the first sub-element connecting to the inner cover layer in a stepless manner and forming a flat surface with the cover layer, and the second sub-element being connectable to the floor element forming a vehicle floor of the refrigerated vehicle body, characterized in that, for fixing the lower connecting element, at least the first sub-element is provided on its rear side with retaining elements which form undercuts with respect to the rear side of the first sub-element which are filled with the insulating material by foaming, so that after curing, the retaining elements come to lie within the insulating material and are retained by a foam core of the insulating material.
Safety device for elevators, comprising braking means of the elevator car or counterweight located in the car or in the counterweight and acting on guides of the elevator, said braking means comprising a switching element that can be arranged in at least: - a first position in which said braking means can function as a safety gear to prevent the free fall or the uncontrolled movement of the car or of the counterweight; and - a second position in which said braking means function as a pit buffer to absorb the energy of the car or of the counterweight if a malfunction causes the car or the counterweight to surpass end stop positions, or as a pit buffer and as a safety gear, characterized in that said braking means exert more force in said second position of the switching element. - a first position in which said braking means can function as a safety gear to prevent the free fall or the uncontrolled movement of the car or of the counterweight; and - a second position in which said braking means function as a pit buffer to absorb the energy of the car or of the counterweight if a malfunction causes the car or the counterweight to surpass end stop positions, or as a pit buffer and as a safety gear,
A method of automatically adjusting at least one electric actuator of a brake to prevent dragging comprising: measuring a force applied by the at least one actuator to a load measuring device; verifying that the force applied by the at least one actuator is below a predetermined threshold; subtracting a predefined offset from a current zero torque position of the at least one actuator if the applied force is below the predetermined threshold; subtracting a drag offset from the current zero torque position of the actuator if the applied force is below the predetermined threshold to further compensate for a dragging brake condition; and storing the new zero torque position in a brake actuator controller configured to control the brake. measuring a force applied by the at least one actuator to a load measuring device; verifying that the force applied by the at least one actuator is below a predetermined threshold; subtracting a predefined offset from a current zero torque position of the at least one actuator if the applied force is below the predetermined threshold; subtracting a drag offset from the current zero torque position of the actuator if the applied force is below the predetermined threshold to further compensate for a dragging brake condition; and storing the new zero torque position in a brake actuator controller configured to control the brake.