mhurhangee/ep-ind-claims huggingface dataset:
Motor starter for an electric motor, comprising: - a first and a second phase (12, 14) which each have an associated switching apparatus (29, 31), which each have an electromechanical switch (22, 24) and a semiconductor switch (23, 25) connected to form a bypass circuit, wherein the electromechanical switches (22, 24) and the semiconductor switches (23, 25) are each designed to be separately operable by a control unit, - a third phase, which has an associated third electromechanical switch, wherein the third phase does not have a semiconductor switch in the bypass circuit for the third electromechanical switch, characterised in that - the first, second and third phase (12, 14, 16) are connected to a passive overcurrent protection means which has a fuse (32, 34, 36) for each phase and wherein a measuring apparatus (42, 44) is arranged in at least one of the first or second phases (12, 14) along the phase direction directly between the passive overcurrent protection means and at least one of the switching apparatuses (29, 31), and - at least one of the fuses (32, 34, 36) has a triggering duration at a reference current intensity corresponding to a reaction time of at least one of the switching apparatuses (29, 31). - a first and a second phase (12, 14) which each have an associated switching apparatus (29, 31), which each have an electromechanical switch (22, 24) and a semiconductor switch (23, 25) connected to form a bypass circuit, wherein the electromechanical switches (22, 24) and the semiconductor switches (23, 25) are each designed to be separately operable by a control unit, - a third phase, which has an associated third electromechanical switch, wherein the third phase does not have a semiconductor switch in the bypass circuit for the third electromechanical switch, - the first, second and third phase (12, 14, 16) are connected to a passive overcurrent protection means which has a fuse (32, 34, 36) for each phase and wherein a measuring apparatus (42, 44) is arranged in at least one of the first or second phases (12, 14) along the phase direction directly between the passive overcurrent protection means and at least one of the switching apparatuses (29, 31), and - at least one of the fuses (32, 34, 36) has a triggering duration at a reference current intensity corresponding to a reaction time of at least one of the switching apparatuses (29, 31).
A cleaner head for a surface treating appliance, comprising: a main body having a fluid port located at the rear of the main body; a front conduit comprising a front section connected to the main body for rotation relative thereto about a first axis extending rearwardly from the main body and through the fluid port and the front section, a rear elbow section and at least one first connector; and a rear conduit, characterised in that the rear conduit comprises a front elbow section moveable within or about the rear elbow section of the front conduit, a rear section and at least one second connector connected to said at least one first connector to enable the rear conduit to pivot relative to the front conduit about a second axis which is orthogonal to the first axis and which lies outside a fluid flow path passing through the front conduit and the rear conduit. a main body having a fluid port located at the rear of the main body; a front conduit comprising a front section connected to the main body for rotation relative thereto about a first axis extending rearwardly from the main body and through the fluid port and the front section, a rear elbow section and at least one first connector; and a rear conduit, characterised in that the rear conduit comprises a front elbow section moveable within or about the rear elbow section of the front conduit, a rear section and at least one second connector connected to said at least one first connector to enable the rear conduit to pivot relative to the front conduit about a second axis which is orthogonal to the first axis and which lies outside a fluid flow path passing through the front conduit and the rear conduit.
A rotary sealing arrangement comprising: a housing; a shaft mounted for rotation within the housing about a shaft axis; a rotary seal provided between the housing and the shaft; the rotary seal comprising a static seal element mounted to the housing and comprising a mounting part and a flexible lip seal extending from the mounting part in an axial direction relative to the shaft; a rotary seal element comprising a seal body comprising an axially facing sealing face and mounted for rotation with the shaft, the lip seal resiliently engaging the sealing face of the seal body; the static seal element and the rotary seal element being mounted such that the relative axial positions of the static seal element and the rotary seal element can be adjusted, the mounting part being movable relative to the housing characterized in that the mounting part comprises an externally threaded portion which is threadably received in a threaded bore in the housing to permit adjustment of the axial position of the static sealing element within the housing. a housing; a shaft mounted for rotation within the housing about a shaft axis; a rotary seal provided between the housing and the shaft; the rotary seal comprising a static seal element mounted to the housing and comprising a mounting part and a flexible lip seal extending from the mounting part in an axial direction relative to the shaft; a rotary seal element comprising a seal body comprising an axially facing sealing face and mounted for rotation with the shaft, the lip seal resiliently engaging the sealing face of the seal body; the static seal element and the rotary seal element being mounted such that the relative axial positions of the static seal element and the rotary seal element can be adjusted, the mounting part being movable relative to the housing characterized in that the mounting part comprises an externally threaded portion which is threadably received in a threaded bore in the housing to permit adjustment of the axial position of the static sealing element within the housing.
A method, performed by a first network node (105; 405; 505; 605; 705; 805), for supporting transport of data in a wireless communication network, the first network node (105; 405; 505; 605; 705; 805) and a target node (112; 110; 410) being comprised in the wireless communication network, wherein the transport of data is based on one or more first data transmission connections for transmission of one or more first data flows, which one or more first data transmission connections are established between the first network node and one or more service providing entities (102a-b; 402; 502a-b), and one or more second data transmission connections for transport of one or more second data flows, which one or more second data transmission connections are established between the first network node (105; 405; 505; 605; 705; 805) and one or more wireless terminals (120a-c; 420) via the target node (112; 110; 410), the one or more second data flows being associated with the one or more first data flows, characterised in that the method comprises: - obtaining a buffer measure that is indicative of a buffering degree at the target node (112; 110; 410) for a first group of the one or more second data flows, and - controlling, based on the obtained buffer measure, a transmission pace between the first network node (105; 405; 505; 605; 705; 805) and the target node (112; 110; 410) for a second group of the one or more second data flows. one or more first data transmission connections for transmission of one or more first data flows, which one or more first data transmission connections are established between the first network node and one or more service providing entities (102a-b; 402; 502a-b), and one or more second data transmission connections for transport of one or more second data flows, which one or more second data transmission connections are established between the first network node (105; 405; 505; 605; 705; 805) and one or more wireless terminals (120a-c; 420) via the target node (112; 110; 410), the one or more second data flows being associated with the one or more first data flows, characterised in that the method comprises: - obtaining a buffer measure that is indicative of a buffering degree at the target node (112; 110; 410) for a first group of the one or more second data flows, and - controlling, based on the obtained buffer measure, a transmission pace between the first network node (105; 405; 505; 605; 705; 805) and the target node (112; 110; 410) for a second group of the one or more second data flows. - obtaining a buffer measure that is indicative of a buffering degree at the target node (112; 110; 410) for a first group of the one or more second data flows, and - controlling, based on the obtained buffer measure, a transmission pace between the first network node (105; 405; 505; 605; 705; 805) and the target node (112; 110; 410) for a second group of the one or more second data flows.
A method comprising the steps of: receiving, by a communication device (1, 11, 12) linked to at least one core controller (21, 22, 23, 24) associated with an elevator or escalator device (31, 32,..., 36) from a cloud server, encrypted data that is, when decrypted by the communication device and executed on the communication device configured to control core operations associated with the at least one elevator or escalator device (31, 32,..., 36,), decrypting the data with a cryptoprocessor on the communication device (1, 11, 12); and forwarding the decrypted data from the communication device (1, 11, 12) to the at least one core controller (21, 22, 23, 24) associated with the elevator or escalator device (31, 32,..., 36). receiving, by a communication device (1, 11, 12) linked to at least one core controller (21, 22, 23, 24) associated with an elevator or escalator device (31, 32,..., 36) from a cloud server, encrypted data that is, when decrypted by the communication device and executed on the communication device configured to control core operations associated with the at least one elevator or escalator device (31, 32,..., 36,), decrypting the data with a cryptoprocessor on the communication device (1, 11, 12); and forwarding the decrypted data from the communication device (1, 11, 12) to the at least one core controller (21, 22, 23, 24) associated with the elevator or escalator device (31, 32,..., 36).
A wound treatment apparatus for treatment of a wound site comprising: a wound dressing for use in negative pressure wound therapy comprising a backing layer having an upper surface and a lower surface and defining a perimeter configured to be positioned over skin surrounding a wound site, wherein the backing layer is configured to maintain negative pressure over the wound site; a first portion underneath the backing layer comprising at least one material layer configured to transmit negative pressure to the wound site wherein the first portion comprises one or more of a transmission layer and an absorbent layer; and a bridging portion underneath the backing layer comprising at least one material layer configured to transmit negative pressure from the first portion through the bridging portion, wherein the bridging portion has a width that is less than 1/3 the width of adjacent portions of absorbent material and/or one or more transmission layers of the first portion. a wound dressing for use in negative pressure wound therapy comprising a backing layer having an upper surface and a lower surface and defining a perimeter configured to be positioned over skin surrounding a wound site, wherein the backing layer is configured to maintain negative pressure over the wound site; a first portion underneath the backing layer comprising at least one material layer configured to transmit negative pressure to the wound site wherein the first portion comprises one or more of a transmission layer and an absorbent layer; and a bridging portion underneath the backing layer comprising at least one material layer configured to transmit negative pressure from the first portion through the bridging portion, wherein the bridging portion has a width that is less than 1/3 the width of adjacent portions of absorbent material and/or one or more transmission layers of the first portion.
Apparatus for transferring long pasta from a production line towards a packaging machine, comprising a loader assembly for long pasta which includes at least one descender of long pasta, dosing means, and a rotor provided with a cavity, said rotor being adapted to adopt at least one filling position, wherein the cavity is facing upwards to receive a dose of long pasta therein, and an emptying position, wherein the cavity is facing downwards for unloading the dose of long pasta, said apparatus being characterized in that it also comprises a bucket conveyor positioned below the rotor, said conveyor being adapted to transport in each of the buckets comprised therein the dose of long pasta unloaded from the rotor for being transported towards a packaging machine, said loader assembly comprising guides adapted to couple to related grooves in each bucket of the conveyor so as to position each bucket below the rotor with precision.
A fundus imaging apparatus comprising: an imaging optical system that irradiates a fundus (Er) of a subject eye with illumination light and captures a fundus image based on return light of the illumination light from the fundus (Er); a control unit that controls the imaging optical system to perform continuous imaging of the fundus (Er) based on an imaging trigger, wherein the control unit sequentially acquires evaluation information used as an evaluation index of a state of the subject eye during the continuous imaging, determines whether or not to stop the continuous imaging based on the evaluation information, and continues or stops the continuous imaging according to a result of the determination; and an image processing unit that produces a composite image composed of a plurality of fundus images obtained by the continuous imaging. an imaging optical system that irradiates a fundus (Er) of a subject eye with illumination light and captures a fundus image based on return light of the illumination light from the fundus (Er); a control unit that controls the imaging optical system to perform continuous imaging of the fundus (Er) based on an imaging trigger, wherein the control unit sequentially acquires evaluation information used as an evaluation index of a state of the subject eye during the continuous imaging, determines whether or not to stop the continuous imaging based on the evaluation information, and continues or stops the continuous imaging according to a result of the determination; and an image processing unit that produces a composite image composed of a plurality of fundus images obtained by the continuous imaging.
A modular system adapted for measuring or detecting a filling level or a pressure comprising a modular display and adjustment unit, a modular power supply device, and a modular low power sensor unit which are detachably connectable to each other and which are adapted to be brought into an electrical contact with each other, whereby the power supply device energizes both the display and adjustment unit as well as the low power sensor unit simultaneously, when the modules are connected to each other; wherein the power supply device is adapted to be fitted to the low power sensor unit allowing for a power requirement of < 1.2 mA at 5 V; further comprising a microcontroller, adapted to query cyclically whether the display and adjustment unit is attached or not, and adapted to connect the display and adjustment unit to the internal power supply, in case the presence of the display and adjustment unit is detected; whereby the microcontroller is adapted to monitor the operating voltage of an energy store, to deenergize the display and adjustment unit upon the detection of the operating voltage falling below a predetermined threshold value, and to recharge the energy store, whereby the power supply of the measuring operation is not interrupted, such that a measuring task can be carried out continuously.
A hollow shaft assembly for an implantation device including:- a hollow shaft (630, 730, 830) having a distal end (610a, 730a, 830a) and a proximal end (635a, 735b, 835b) and being configured to be mounted over the distal end of a fixed shaft and to be connected to a sliding element at its proximal end, the hollow shaft (630, 730, 830) being configured to retain an implant within a portion thereof at its distal end, the hollow shaft (630, 730, 830) being configured to be retracted over the fixed shaft by movement of the sliding element from its first position to second position to release an implant from within the distal end (610a, 730a, 830a) of the hollow shaft; the implant positioned in the distal end of the hollow shaft; and a fixing element (635, 735, 835) to which the hollow shaft (630, 730, 830) is connected, wherein the proximal end of the hollow shaft is fixed to the fixing element, the fixing element being configured for insertion into a housing over the fixed shaft and for engagement with the sliding element within the housing. a hollow shaft (630, 730, 830) having a distal end (610a, 730a, 830a) and a proximal end (635a, 735b, 835b) and being configured to be mounted over the distal end of a fixed shaft and to be connected to a sliding element at its proximal end, the hollow shaft (630, 730, 830) being configured to retain an implant within a portion thereof at its distal end, the hollow shaft (630, 730, 830) being configured to be retracted over the fixed shaft by movement of the sliding element from its first position to second position to release an implant from within the distal end (610a, 730a, 830a) of the hollow shaft; the implant positioned in the distal end of the hollow shaft; and a fixing element (635, 735, 835) to which the hollow shaft (630, 730, 830) is connected, wherein the proximal end of the hollow shaft is fixed to the fixing element, the fixing element being configured for insertion into a housing over the fixed shaft and for engagement with the sliding element within the housing.
A reflective substrate comprising a reflective sphere which is configured to be placed on a surgical instrument for use in surgical robotic and navigation systems, the reflective sphere comprising: an adhesion layer on a surface of the sphere having a first charge; a sub-micron structured surface comprising fumed silica nanoparticles adhered to the adhesion layer and having a second charge opposite the first charge; and a liquidphobic structure comprising a perfluorinated organic coating on the sub-micron structured surface of the sphere, wherein the sphere substantially maintains its reflective properties after the sphere is contacted with a liquid. an adhesion layer on a surface of the sphere having a first charge; a sub-micron structured surface comprising fumed silica nanoparticles adhered to the adhesion layer and having a second charge opposite the first charge; and a liquidphobic structure comprising a perfluorinated organic coating on the sub-micron structured surface of the sphere, wherein the sphere substantially maintains its reflective properties after the sphere is contacted with a liquid.
A cable provided with a magnetic shield between an outer sheath and an inner sheath which bundles a pair of electric cords transmitting alternating-current power, comprising: a first electric cord as a first side of the pair of electric cords having a plurality of first conductive wires; and a second electric cord as a second side of the pair of electric cords having a plurality of second conductive wires, wherein the first conductive wires and the second conductive wires are arranged alternately and disposed annularly in a circumferential direction of the cable, characterized in that each of the number of the first conductive wires and the number of the second conductive wires is two, and an end portion of the first electric cord is provided with a first terminal having a first terminal surface parallel to an opposing direction of the first conductive wires and an axial direction of the cable, an end portion of the second electric cord is provided with a second terminal having a second terminal surface parallel to the first terminal surface, wherein the two first conductive wires extend in the axial direction and are collectively connected to the first terminal, and the two second conductive wires are bent in a plane parallel to the second terminal surface, extend in the axial direction to avoid interference with the first terminal, and are collectively connected to the second terminal. a first electric cord as a first side of the pair of electric cords having a plurality of first conductive wires; and a second electric cord as a second side of the pair of electric cords having a plurality of second conductive wires, wherein the first conductive wires and the second conductive wires are arranged alternately and disposed annularly in a circumferential direction of the cable,
A method for optimizing the fractional sampling phase offset in the upstream direction from an analog modem to a digital modem to maximize the upstream data rate in a PCM modem system including the analog modem to which an input data stream is coupled, with the analog modem being coupled to the digital modem through an analog loop and a central office, wherein an analog-to-digital converter is used at the central office with a sampling frequency below the Nyquist rate, comprising the steps of: generating a probing signal having at least two distinct phases of a pure tone, said probing signal having a frequency of half the sampling frequency and comprising two segments, a first segment with a first phase and a second segment with a second phase, the first and second phases having a phase difference of π/2; transmitting the probing signal in the upstream direction; determine, at the digital modem, the optimal delay that the analog modem must insert to avoid aliasing of the received signal from the ratio of the two received probing signal segments; transmitting back to the analog modem the optimal delay; and delaying the input data stream by the optimal derived delay. generating a probing signal having at least two distinct phases of a pure tone, said probing signal having a frequency of half the sampling frequency and comprising two segments, a first segment with a first phase and a second segment with a second phase, the first and second phases having a phase difference of π/2; transmitting the probing signal in the upstream direction; determine, at the digital modem, the optimal delay that the analog modem must insert to avoid aliasing of the received signal from the ratio of the two received probing signal segments; transmitting back to the analog modem the optimal delay; and delaying the input data stream by the optimal derived delay.