mhurhangee/ep-ind-claims huggingface dataset:
A free space optical communication system (600, 715, 725, 813, 843, 913, 915, 917, 925), comprising: an optical circulator having a first port, a second port, and a third port; a single mode fiber coupled to the first port of the optical circulator; a double clad fiber coupled to the second port of the optical circulator; and a multimode fiber coupled to the third port of the optical circulator; wherein the optical circulator is adapted to route optical signals from the single mode fiber to a core of the double clad fiber, and wherein the optical circulator is further adapted to route optical signals from an inner cladding of the double clad fiber to the multimode fiber; one or more transmitters coupled to the single mode fiber, the one or more transmitters transmitting first optical signals through free space via the core of the double clad fiber using a first one or more channels; and one or more receivers coupled to the multimode fiber, the one or more receivers receiving second optical signals through free space via the inner cladding of the double clad fiber using a second one or more channels simultaneously with the transmitting by the one or more transmitters; wherein the first one or more channels and the second one or more channels have different wavelength bands. an optical circulator having a first port, a second port, and a third port; a single mode fiber coupled to the first port of the optical circulator; a double clad fiber coupled to the second port of the optical circulator; and a multimode fiber coupled to the third port of the optical circulator; wherein the optical circulator is adapted to route optical signals from the single mode fiber to a core of the double clad fiber, and wherein the optical circulator is further adapted to route optical signals from an inner cladding of the double clad fiber to the multimode fiber; one or more transmitters coupled to the single mode fiber, the one or more transmitters transmitting first optical signals through free space via the core of the double clad fiber using a first one or more channels; and one or more receivers coupled to the multimode fiber, the one or more receivers receiving second optical signals through free space via the inner cladding of the double clad fiber using a second one or more channels simultaneously with the transmitting by the one or more transmitters; wherein the first one or more channels and the second one or more channels have different wavelength bands.
A mechanical seal device (4, 104) having a mating ring (21, 31) that is rotatable with a rotating shaft (1, 10, 101), as well as a seal ring (23, 33, 133) that slidably contacts the mating ring (21, 31, 121), so as to seal between the rotating shaft (1, 10, 101) and a seal cover (5, 105) configured to be fixed to an equipment main body (2, 102); the seal cover (5, 105) is a three-part split structure comprising at least an inner-diameter-side seal cover (8, 8', 108), an outer-diameter-side seal cover (7, 7', 107), and an axial-direction seal cover (6, 106) which are detachably connected, the outer-diameter-side seal cover (7, 7', 107) is detachably fixed to the axial-direction seal cover (6, 106) by a first fixing means, the inner-diameter-side seal cover (8, 8', 108) is provided with a flange (8a, 8a', 108a), the outer-diameter-side seal cover (7, 7', 107) is detachably fixed to the inner-diameter-side seal cover (8, 8', 108) by a second fixing means in a state where the flange (8a, 108a) of the inner-diameter-side-seal cover (8, 8', 108) is abutting an inner side of the outer-diameter-side seal cover (7, 7', 107) in an axial direction, the seal ring (23, 33, 133) is connected to the inner-diameter-side seal cover (8, 8', 108) in a securely following manner, the mechanical seal device (4, 104) characterized in that after release of the first fixing means the inner-diameter-side seal cover (8, 8', 108), the outer-diameter-side seal cover (7, 7', 107) and the seal ring (33, 133) are removable at once in an assembled state from the mechanical seal device, the outer-diameter-side seal cover (7, 7', 107) remaining detachably fixed to the inner-diameter-side seal cover (8, 8', 108) by the second fixing means. the seal cover (5, 105) is a three-part split structure comprising at least an inner-diameter-side seal cover (8, 8', 108), an outer-diameter-side seal cover (7, 7', 107), and an axial-direction seal cover (6, 106) which are detachably connected, the outer-diameter-side seal cover (7, 7', 107) is detachably fixed to the axial-direction seal cover (6, 106) by a first fixing means, the inner-diameter-side seal cover (8, 8', 108) is provided with a flange (8a, 8a', 108a), the outer-diameter-side seal cover (7, 7', 107) is detachably fixed to the inner-diameter-side seal cover (8, 8', 108) by a second fixing means in a state where the flange (8a, 108a) of the inner-diameter-side-seal cover (8, 8', 108) is abutting an inner side of the outer-diameter-side seal cover (7, 7', 107) in an axial direction, the seal ring (23, 33, 133) is connected to the inner-diameter-side seal cover (8, 8', 108) in a securely following manner, the mechanical seal device (4, 104) characterized in that after release of the first fixing means the inner-diameter-side seal cover (8, 8', 108), the outer-diameter-side seal cover (7, 7', 107) and the seal ring (33, 133) are removable at once in an assembled state from the mechanical seal device, the outer-diameter-side seal cover (7, 7', 107) remaining detachably fixed to the inner-diameter-side seal cover (8, 8', 108) by the second fixing means.
A method of monitoring a plurality of phone numbers, the method comprising, for each phone number: detecting call activity involving the phone number during a detection period having a preselected duration; determining an answer seizure ratio ASR during the detection period from the call activity; determining a difference between the ASR during the detection period and an ASR for the phone number from at least one previous detection period; and determining that the difference satisfies at least one preselected criterion and instigating a procedure to investigate or repair the phone number when the difference satisfies the at least one preselected criterion. detecting call activity involving the phone number during a detection period having a preselected duration; determining an answer seizure ratio ASR during the detection period from the call activity; determining a difference between the ASR during the detection period and an ASR for the phone number from at least one previous detection period; and determining that the difference satisfies at least one preselected criterion and instigating a procedure to investigate or repair the phone number when the difference satisfies the at least one preselected criterion.
Device comprising a cloth, wherein the device also comprises first control means configured and suitable for positioning the cloth in a first position (A;A1;A2) in which the cloth, in a situation of use of the device, forms a sunshade and a second position (B;B1;B2) in which the cloth, in a situation of use of the device, forms a wind-break, the device comprising a screen that can be folded out and folded in, the screen comprising the cloth and a framework configured and suitable for fastening and tensioning the cloth thereon, wherein the device also comprises a stand configured and suitable for supporting the screen, characterized in that the first control means comprise a rod and first connecting means that connect the rod at a first outer end pivotally to the stand, and in that: the first control means comprise second connecting means that connect the rod at a second outer end pivotally to the framework, the screen is fan-shaped and comprises a hinge from which the framework extends and (un)folds, the first control means comprise third connecting means that connect the hinge pivotally and slidably to the stand.
A composition comprising (a) a compound of Formula: wherein R is H or Me; (b) the compound PAC-1: and (c) a pharmaceutically acceptable diluent, excipient, or carrier. (a) a compound of Formula: wherein R is H or Me; (b) the compound PAC-1: and (c) a pharmaceutically acceptable diluent, excipient, or carrier.
A method at a server associated with a webpage, the method characterized by: causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving, over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising highlighting a component or element of the displayed webpage and providing comments about the highlighted component or element in a corresponding displayed comment box; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback. causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving, over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising highlighting a component or element of the displayed webpage and providing comments about the highlighted component or element in a corresponding displayed comment box; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback.
A control device for controlling the rotational speed (n VAD (t)) of a non-pulsatile ventricular assist device, VAD, by means of an event-based within-a-beat control strategy, wherein the control device is configured to alter the rotational speed ( n VAD (t)) of the VAD within the cardiac cycle of the assisted heart and to synchronize the alteration of the rotational speed ( n VAD (t)) with the heartbeat by at least one sequence of trigger signals (σ-(t)) that is related to at least one predetermined characteristic event in the cardiac cycle, wherein the control device is configured to control the rotational speed ( n VAD (t)) of the VAD so that in a diastolic phase of the cardiac cycle of the assisted heart the amount of blood ejected into the aorta or into the pulmonary artery is such that a blood volume remains in the corresponding ventricle and co-ejection of the VAD and the ventricle during systole results in a predetermined minimum total peak blood flow (Q total | max (h)) of at least 6 L/min.
A prosthetic suturing device, comprising: a guide tip defining a cuff receiving area and comprising first and second apertures (214, 216) for receiving first and second suture adapters (218, 220); first and second needles (170, 172; 280, 282), each needle having an end (170E, 172E; 280E, 282E) configured to engage the respective first and second suture adapters (218, 220); at least one set of needle guides (210, 212; 294, 296) configured to guide the first and second needles (170, 172; 280, 282) through the cuff receiving area; and a grip pointing in a direction substantially orthogonal to the cuff receiving area; characterized in that the at least one set of needle guides (210, 212; 294, 296) comprises a needle guide tube; wherein the needle guide tube has at least one spiral-like needle track (178, 180) defined therein or corresponding first and second spiral-like needle tracks (178, 180) defined therein. a guide tip defining a cuff receiving area and comprising first and second apertures (214, 216) for receiving first and second suture adapters (218, 220); first and second needles (170, 172; 280, 282), each needle having an end (170E, 172E; 280E, 282E) configured to engage the respective first and second suture adapters (218, 220); at least one set of needle guides (210, 212; 294, 296) configured to guide the first and second needles (170, 172; 280, 282) through the cuff receiving area; and a grip pointing in a direction substantially orthogonal to the cuff receiving area; characterized in that the at least one set of needle guides (210, 212; 294, 296) comprises a needle guide tube; wherein the needle guide tube has at least one spiral-like needle track (178, 180) defined therein or corresponding first and second spiral-like needle tracks (178, 180) defined therein.
A method for sterilising preforms made of thermoplastic material, which are provided for producing blow-moulded containers, wherein a sterilizing means is supplied into the vicinity of the preform, wherein the preforms are heated before being blow-moulded, wherein the heating is performed in a heating section in which radiant heaters are arranged on one side along a transport direction of the preforms characterised in that - the sterilisation is performed in the heating section at least temporarily while the preforms are being heated and that the temperature of the preform in the vicinity of an inner surface is at least 80 °C during the sterilisation procedure. - the sterilisation is performed in the heating section at least temporarily while the preforms are being heated and that the temperature of the preform in the vicinity of an inner surface is at least 80 °C during the sterilisation procedure.
A motorcycle tire for an uneven terrain, the motorcycle tire comprising: a tread having an outer surface that forms a tread surface, the tread includes multiple blocks that extend outward; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in a radial direction; a pair of beads disposed inward of the sidewalls, respectively, in the radial direction; a carcass that is extended on and between one of the beads and the other of the beads in a portion inward of the tread in the radial direction; and a pair of rubber reinforcing layers disposed inward of the carcass near ends, respectively, of the tread surface, wherein a profile of the tread surface is formed by: an arc C1 that is disposed at a center in an axial direction, and that projects outward in the radial direction; and a pair of arcs C2 each of which is disposed outward of the arc C1 and each of which projects outward in the radial direction, the arc C1 contacts with the arcs C2, a radius R1 of curvature of the arc C1 is less than a radius R2 of curvature of each arc C2, outer ends of the rubber reinforcing layers are disposed outward of the ends of the tread surface in the radial direction, inner ends of the rubber reinforcing layers are disposed inward of the ends of the tread surface in the radial direction, and the rubber reinforcing layers are not disposed on an equator plane. a tread having an outer surface that forms a tread surface, the tread includes multiple blocks that extend outward; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in a radial direction; a pair of beads disposed inward of the sidewalls, respectively, in the radial direction; a carcass that is extended on and between one of the beads and the other of the beads in a portion inward of the tread in the radial direction; and a pair of rubber reinforcing layers disposed inward of the carcass near ends, respectively, of the tread surface, wherein a profile of the tread surface is formed by: an arc C1 that is disposed at a center in an axial direction, and that projects outward in the radial direction; and a pair of arcs C2 each of which is disposed outward of the arc C1 and each of which projects outward in the radial direction, the arc C1 contacts with the arcs C2, a radius R1 of curvature of the arc C1 is less than a radius R2 of curvature of each arc C2, outer ends of the rubber reinforcing layers are disposed outward of the ends of the tread surface in the radial direction, inner ends of the rubber reinforcing layers are disposed inward of the ends of the tread surface in the radial direction, and the rubber reinforcing layers are not disposed on an equator plane.
An exercise device comprising a casing defining an exercise chamber having an opening to receive the torso of an individual during use of the exercise device, an exercise unit located in the exercise chamber, a vacuum pump operable to create a negative pressure in the exercise chamber and a control means for controlling the exercise unit and the vacuum pump, in which the exercise device is provided in a modular construction format having a plurality of separate components connectable together on site to form the exercise device, the components including at least a separate planar base plate suitable for reception of the exercise device thereon, characterised in that there is provided a door in the casing to provide access to and from the exercise chamber, and in which, in addition to the door that provides access into the chamber, the casing comprises a two-part casing divided along the longitudinal axis of the casing and along a vertical plane into two substantially equally-dimensioned opposite parts including a left side casing panel and a right side casing panel, the left side casing panel and the right side casing panel each having complementary engagement members (33, 35) for engagement of the other of the left side casing panel and the right side casing panel, and in which there is provided a hinge joint mounted on the base for engagement of at least one of the left side casing panel and the right side casing panel and to permit pivoting of the connected left side casing panel and right side casing panels in unison about the hinge joint to and from a lowered position in which the left side casing panel and the right side casing panel are in sealed engagement with the base and a raised position in which the left side casing panel and the right side casing panel are inclined with respect to the base allowing access to the interior of the chamber between the left side casing panel, the right side casing panel and the base plate.
A high pressure turbine blade or vane comprising: a substantially arcuate trailing edge, an arrangement of trailing edge cooling holes, arranged at the substantially arcuate trailing edge and configured as fluid injection elements to inject fluid there from at one or more angles to the main flow to create vorticity that mixes out the wake, such that aerodynamic losses due to wake and shock interactions are reduced to a desired level, and further such that thermal wake segregation effects are reduced to a desired level, and one or more turbine blade or vane geometric elements, wherein the one or more geometric elements in combination with the one or more fluid injection elements are together configured to mix the wakes generated via the HPT turbine blade or vane, and the one or more geometric elements comprise a trailing edge slot, wherein at least one wall of the slot is crenulated in a spanwise direction of the slot on both an inner and an outer side of said wall. a substantially arcuate trailing edge, an arrangement of trailing edge cooling holes, arranged at the substantially arcuate trailing edge and configured as fluid injection elements to inject fluid there from at one or more angles to the main flow to create vorticity that mixes out the wake, such that aerodynamic losses due to wake and shock interactions are reduced to a desired level, and further such that thermal wake segregation effects are reduced to a desired level, and one or more turbine blade or vane geometric elements, wherein the one or more geometric elements in combination with the one or more fluid injection elements are together configured to mix the wakes generated via the HPT turbine blade or vane, and the one or more geometric elements comprise a trailing edge slot, wherein at least one wall of the slot is crenulated in a spanwise direction of the slot on both an inner and an outer side of said wall.
A method of mounting a ventilation hood to an underside of a cabinet positioned along a rear wall above a cooking appliance comprising: securing first and second brackets to the underside of the cabinet at spaced positions, with each of the first and second brackets including a locator tab abutting the rear wall and at least one support tab (120, 121) extending below the cabinet; inserting each support tab (120,121) into a respective slot (160, 161,162, 163) provided in a top panel of the ventilation hood; characterized in that the method comprises the step of shifting the ventilation hood rearward, causing portions of the top panel of the ventilation hood to be received within slits established between the support tabs (120, 121) and main body portions of the first and second support brackets, wherein the ventilation hood is hung from the first and second brackets and further comprising the step of guiding the ventilation hood during rearward shifting along ramped sections formed on the support tabs (120,121). securing first and second brackets to the underside of the cabinet at spaced positions, with each of the first and second brackets including a locator tab abutting the rear wall and at least one support tab (120, 121) extending below the cabinet; inserting each support tab (120,121) into a respective slot (160, 161,162, 163) provided in a top panel of the ventilation hood; characterized in that the method comprises the step of shifting the ventilation hood rearward, causing portions of the top panel of the ventilation hood to be received within slits established between the support tabs (120, 121) and main body portions of the first and second support brackets, wherein the ventilation hood is hung from the first and second brackets and further comprising the step of guiding the ventilation hood during rearward shifting along ramped sections formed on the support tabs (120,121).