mhurhangee/ep-ind-claims huggingface dataset:
A method for providing an uplink over an access ring comprising access devices (2-i), each having at least one client interface for connecting a terminal device to said access ring, and at least one aggregation device connecting said access ring to a network core, wherein each device of said access ring has ring interfaces connecting said device to neighbouring devices in said access ring, wherein one access device (2-i) of said access ring is configured as a ring master device which sends connectivity check messages, CCM, on both its ring interfaces around said access ring to itself to detect a connectivity failure in said access ring, wherein said ring master device changes a state of one of its ring interfaces depending on the detection result, the method further comprising: transporting transparently connectivity check messages, CCM, around said access ring via a connectivity check message control Virtual Local Area Network, VLAN; and sending by the ring master device of said access ring a spanning tree topology change notification via the connectivity check message control VLAN on both its ring interfaces upon each change of a state of one of its ring interfaces performed in response to a detection result. transporting transparently connectivity check messages, CCM, around said access ring via a connectivity check message control Virtual Local Area Network, VLAN; and sending by the ring master device of said access ring a spanning tree topology change notification via the connectivity check message control VLAN on both its ring interfaces upon each change of a state of one of its ring interfaces performed in response to a detection result.
An optical semiconductor device, comprising: an optical semiconductor chip sealed in a surrounding soft resin; a holder (7, 21) formed around said soft resin and integrally with a lead frame (8, 22), harder than said soft resin in hardness; and a covering lens composed of a transparent resin, harder than said soft resin in hardness, wherein: said holder (7, 21) is coupled to said covering lens using a hook structure; said holder (7, 21) has an aperture (7b, 23) provided at a rear side of said optical semiconductor chip that is not involved in an optical path for light emitted from said optical semiconductor chip, and said aperture (7b, 23) provided at the rear side remains open; said lead frame (8, 22) protrudes into said aperture (7b, 23) of said holder (7, 21) such that an interface between said lead frame (8, 22) and said holder (7, 21) occupies an inner rim of said aperture (7b, 23) at a ratio below 1⁄2 in length of said inner rim of said aperture (7b, 23); said soft resin surrounds the whole of said optical semiconductor chip and the whole part of said lead frame (8, 22) which protrudes into said aperture (7b, 23); said holder (7, 21) and said covering lens surround said soft resin except said aperture (7b, 23), such that an extra volume of said soft resin caused from an environmental temperature increase can extend through said aperture (7b, 23). an optical semiconductor chip sealed in a surrounding soft resin; a holder (7, 21) formed around said soft resin and integrally with a lead frame (8, 22), harder than said soft resin in hardness; and a covering lens composed of a transparent resin, harder than said soft resin in hardness, said holder (7, 21) is coupled to said covering lens using a hook structure; said holder (7, 21) has an aperture (7b, 23) provided at a rear side of said optical semiconductor chip that is not involved in an optical path for light emitted from said optical semiconductor chip, and said aperture (7b, 23) provided at the rear side remains open; said lead frame (8, 22) protrudes into said aperture (7b, 23) of said holder (7, 21) such that an interface between said lead frame (8, 22) and said holder (7, 21) occupies an inner rim of said aperture (7b, 23) at a ratio below 1⁄2 in length of said inner rim of said aperture (7b, 23); said soft resin surrounds the whole of said optical semiconductor chip and the whole part of said lead frame (8, 22) which protrudes into said aperture (7b, 23); said holder (7, 21) and said covering lens surround said soft resin except said aperture (7b, 23), such that an extra volume of said soft resin caused from an environmental temperature increase can extend through said aperture (7b, 23).
A robot cleaner comprising: a main body; a water tank for storing water; a rotation mop which is configured to contact a floor and to move the main body while rotating; a drive motor which is configured to rotate the rotation mop; characterized by a motion sensor which is configured to measure a reference motion of the main body while the rotation mop rotates; and a controller which is configured to: calculate a slip rate based on an actual speed of the main body measured by the motion sensor during the reference motion and an ideal speed of the main body which is estimated according to driving of the drive motor, and control an amount of water supplied to the rotation mop based on the slip rate. a main body; a water tank for storing water; a rotation mop which is configured to contact a floor and to move the main body while rotating; a drive motor which is configured to rotate the rotation mop; characterized by a motion sensor which is configured to measure a reference motion of the main body while the rotation mop rotates; and a controller which is configured to: calculate a slip rate based on an actual speed of the main body measured by the motion sensor during the reference motion and an ideal speed of the main body which is estimated according to driving of the drive motor, and control an amount of water supplied to the rotation mop based on the slip rate. calculate a slip rate based on an actual speed of the main body measured by the motion sensor during the reference motion and an ideal speed of the main body which is estimated according to driving of the drive motor, and control an amount of water supplied to the rotation mop based on the slip rate.
A process of producing an estolide base oil comprising providing at least one first estolide compound having at least one sulfonate residue; and eliminating the at least one sulfonate residue by exposing the at least one first estolide compound to heat and/or basic conditions to provide a desulfonated estolide compound having at least one site of unsaturation.
A compound of formula I: or a pharmaceutically acceptable salt or ester thereof; wherein n is 1-24 and wherein: R1 is selected from the group consisting of: a compound of the formula: wherein m is 0-3 and G is selected from the group consisting of: a compound of the formula: wherein m is 0-3, R4 and R5 are independently hydrogen or halogen, W is O or CH 2, and G is selected from the group consisting of: and a compound of the formula: R2 is selected from the group consisting of: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula: R1 is selected from the group consisting of: a compound of the formula: wherein m is 0-3 and G is selected from the group consisting of: a compound of the formula: wherein m is 0-3, R4 and R5 are independently hydrogen or halogen, W is O or CH 2, and G is selected from the group consisting of: and a compound of the formula: a compound of the formula: wherein m is 0-3 and G is selected from the group consisting of: a compound of the formula: wherein m is 0-3, R4 and R5 are independently hydrogen or halogen, W is O or CH 2, and G is selected from the group consisting of: and a compound of the formula: R2 is selected from the group consisting of: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula:
Method for vehicle platoon, comprising at least one leader vehicle and at least one additional vehicle, wherein said leader vehicle is adapted to detect ambient conditions, the method comprises the steps to: - appoint said leader vehicle as responsible for communicating information to said at least one additional vehicle; said information comprising detected ambient conditions; - control the driving of said at least one additional vehicle based on the communicated information, wherein said information comprises route information for a first vehicle of the vehicle platoon and information of how a vehicle ahead in the vehicle platoon controls its speed in relation to one or more vehicles position behind in the vehicle platoon, characterised by the steps to: - appoint a new leader vehicle and thus let said new leader vehicle assume said responsibility in response to changes in the vehicle platoon relating to joining vehicles, leaving vehicles or where said conditions comprises arising of deficiencies in said leader vehicle's ability to communicate said information to said at least one additional vehicle or where said conditions comprise the arising of obvious shortcomings in said information. - appoint said leader vehicle as responsible for communicating information to said at least one additional vehicle; said information comprising detected ambient conditions; - control the driving of said at least one additional vehicle based on the communicated information, wherein said information comprises route information for a first vehicle of the vehicle platoon and information of how a vehicle ahead in the vehicle platoon controls its speed in relation to one or more vehicles position behind in the vehicle platoon, - appoint a new leader vehicle and thus let said new leader vehicle assume said responsibility in response to changes in the vehicle platoon relating to joining vehicles, leaving vehicles or where said conditions comprises arising of deficiencies in said leader vehicle's ability to communicate said information to said at least one additional vehicle or where said conditions comprise the arising of obvious shortcomings in said information.
A slipfitter assembly, comprising: a slipfitter housing forming a tapered pole cavity configured to receive a light pole tenon, wherein the tapered pole cavity is formed around a longitudinal axis of the slipfitter housing; a plurality of collars arranged within the slipfitter housing, wherein each of the plurality of collars comprises an upper portion with a top edge and a lower portion with a bottom edge; a plurality of perpendicular set screws, wherein each of the plurality of perpendicular set screws is configured to apply a perpendicular mechanical force, relative to a longitudinal axis of the slipfitter housing, to a lower portion of one of the plurality of collars; and a plurality of angled set screws, wherein each of the angled set screws is configured to apply an angled mechanical force, relative to the longitudinal axis of the slipfitter housing, to an upper portion of one of the plurality of collars. a slipfitter housing forming a tapered pole cavity configured to receive a light pole tenon, wherein the tapered pole cavity is formed around a longitudinal axis of the slipfitter housing; a plurality of collars arranged within the slipfitter housing, wherein each of the plurality of collars comprises an upper portion with a top edge and a lower portion with a bottom edge; a plurality of perpendicular set screws, wherein each of the plurality of perpendicular set screws is configured to apply a perpendicular mechanical force, relative to a longitudinal axis of the slipfitter housing, to a lower portion of one of the plurality of collars; and a plurality of angled set screws, wherein each of the angled set screws is configured to apply an angled mechanical force, relative to the longitudinal axis of the slipfitter housing, to an upper portion of one of the plurality of collars.
A fluid pump comprising: a plastomer spring, the spring comprising a first end portion and a second end portion and a plurality of spring sections, joined together in series at adjacent corners and aligned with each other in an axial direction to connect the first end portion to the second end portion, which spring sections can be compressed in the axial direction from an initial condition to a compressed condition and can subsequently expand to their initial condition; and a pump body having an elongate pump chamber surrounding the spring and extending from a pump inlet adjacent to the first end portion to a pump outlet adjacent to the second end portion, wherein the pump chamber is compressible together with the spring in the axial direction characterised in that, the pump chamber comprises a flexible wall that inverts during compression of the pump chamber. a plastomer spring, the spring comprising a first end portion and a second end portion and a plurality of spring sections, joined together in series at adjacent corners and aligned with each other in an axial direction to connect the first end portion to the second end portion, which spring sections can be compressed in the axial direction from an initial condition to a compressed condition and can subsequently expand to their initial condition; and a pump body having an elongate pump chamber surrounding the spring and extending from a pump inlet adjacent to the first end portion to a pump outlet adjacent to the second end portion, wherein the pump chamber is compressible together with the spring in the axial direction characterised in that, the pump chamber comprises a flexible wall that inverts during compression of the pump chamber.
Cargo bike comprising a collapsible frame, the collapsible frame being adjustable between an elongate state in which the collapsible frame positions a front and rear wheel (3, 4) of the cargo bike at a first distance along a longitudinal axis of the cargo bike, and a collapsed state in which the collapsible frame positions the front and rear wheel (3, 4) at a second, smaller distance along the longitudinal axis of the cargo bike, a cargo holder for holding cargo that comprises a face that extends substantially transversely to the longitudinal axis, and wherein in the collapsed state of the collapsible frame at least one of the wheels (3, 4) extends substantially transversely to the longitudinal axis of the cargo bike and at least partially overlaps with the substantially transversely extending face, characterised in that at least a portion of a wheel support structure of the cargo bike forms a pivotable portion of the collapsible frame, wherein said pivotable portion of the collapsible frame is hingedly connected to a remaining portion of the collapsible frame by means of at least one hinge so as to be pivotable about an upright axis that extends substantially transversely to the longitudinal axis of the cargo bike, wherein said at least one hinge is provided on the wheel support structure in between a wheel suspension of the rear wheel and a crank shaft of the cargo bike.
Method for operating a fluid delivery device, in particular a pump, a fan, a compressor or a valve, via a control module, wherein - the fluid delivery device is switched on with the emergency mode deactivated, at least when an operating power is applied to the fluid delivery device for the first time, - a setpoint speed selection or setpoint control-value selection is received by a central control unit and transmitted to the fluid delivery device, - the emergency mode of the fluid delivery device is activated if the setpoint speed selection or the setpoint control-value selection exceeds a trigger value or the fluid delivery device is operated at an invalid speed or with an invalid control value for longer than an activation time. - the fluid delivery device is switched on with the emergency mode deactivated, at least when an operating power is applied to the fluid delivery device for the first time, - a setpoint speed selection or setpoint control-value selection is received by a central control unit and transmitted to the fluid delivery device, - the emergency mode of the fluid delivery device is activated if the setpoint speed selection or the setpoint control-value selection exceeds a trigger value or the fluid delivery device is operated at an invalid speed or with an invalid control value for longer than an activation time.
An information distribution apparatus characterized by: an acquisition unit configured to acquire, from an image forming apparatus and in response to a request from the information distribution apparatus, an application setting configuration file indicating a definition of a data type and a definition of a settable range of a setting value to an application program installed in the image forming apparatus, and status information of the image forming apparatus, the status information indicating at least one of the status and the setting of the image forming apparatus which affects the application setting value, the application setting configuration file being used for generating a UI to receive input of a setting value to the application program; a converting unit configured to convert the application setting configuration file by deleting a definition of the setting value determined not to be set to the image forming apparatus from the application setting configuration file acquired by the acquisition unit based on the status information acquired by the acquisition unit; a generating unit configured to generate a UI using the application setting configuration file converted by the converting unit, the UI being displayed on a display of a client apparatus; a verification unit configured to verify the setting value input on the UI based on the application setting configuration file converted by the converting unit; and a distribution unit configured, if the verification of the setting value is successful, to distribute the setting value set for the application program to the image forming apparatus. an acquisition unit configured to acquire, from an image forming apparatus and in response to a request from the information distribution apparatus, an application setting configuration file indicating a definition of a data type and a definition of a settable range of a setting value to an application program installed in the image forming apparatus, and status information of the image forming apparatus, the status information indicating at least one of the status and the setting of the image forming apparatus which affects the application setting value, the application setting configuration file being used for generating a UI to receive input of a setting value to the application program; a converting unit configured to convert the application setting configuration file by deleting a definition of the setting value determined not to be set to the image forming apparatus from the application setting configuration file acquired by the acquisition unit based on the status information acquired by the acquisition unit; a generating unit configured to generate a UI using the application setting configuration file converted by the converting unit, the UI being displayed on a display of a client apparatus; a verification unit configured to verify the setting value input on the UI based on the application setting configuration file converted by the converting unit; and a distribution unit configured, if the verification of the setting value is successful, to distribute the setting value set for the application program to the image forming apparatus.
A hermetic compressor with a crankshaft, the hermetic compressor comprising - a main bearing for supporting the crankshaft, - a rotor which has an innermost diameter surface for attachment onto the crankshaft below the main bearing, and - a lubricant sump, the crankshaft comprising - a vertical shaft which has a journal for resting on the main bearing, - an inner diameter surface for conveying the lubricant from the sump to the journal upon rotation of the shaft, - a lubricant outlet on the journal, wherein the lubricant outlet opens into the inner diameter surface of the shaft, - an outer diameter surface adapted for attachment to the rotor, the hermetic compressor being characterized in that - the shaft comprises an axially extending slot for conveying the lubricant from the sump to the journal upon rotation of the shaft, - the slot fluidly connects, in the radial direction, the inner diameter surface of the shaft with the outer diameter surface of the shaft, - at least part of the slot radially faces the innermost diameter surface of the rotor, - at least a part of the slot extends below the rotor. - a main bearing for supporting the crankshaft, - a rotor which has an innermost diameter surface for attachment onto the crankshaft below the main bearing, and - a lubricant sump, - a vertical shaft which has a journal for resting on the main bearing, - an inner diameter surface for conveying the lubricant from the sump to the journal upon rotation of the shaft, - a lubricant outlet on the journal, wherein the lubricant outlet opens into the inner diameter surface of the shaft, - an outer diameter surface adapted for attachment to the rotor, the hermetic compressor being characterized in that - the shaft comprises an axially extending slot for conveying the lubricant from the sump to the journal upon rotation of the shaft, - the slot fluidly connects, in the radial direction, the inner diameter surface of the shaft with the outer diameter surface of the shaft, - at least part of the slot radially faces the innermost diameter surface of the rotor, - at least a part of the slot extends below the rotor.
A roof construction for a terrace canopy, the roof construction comprising: - a frame that has a transverse direction, a longitudinal direction, an interior and an exterior; - a roof cover formed by a number of mutually parallel transverse elements (13, 14, 15) positioned on the inside of the frame, whereby each transverse element has a support element and a slat, whereby the slat has at least one end rotatably attached to a corresponding support element, whereby the support elements are attached to the frame; and - displacement means for sliding the support elements in the longitudinal direction between a spread out position and a stacked position, characterized in that the roof construction further comprises a number of cable guides that are each attached between two successive transverse elements and together form at least a part of a cable guide for guiding the cable from the frame to at least one of the transverse elements. - a frame that has a transverse direction, a longitudinal direction, an interior and an exterior; - a roof cover formed by a number of mutually parallel transverse elements (13, 14, 15) positioned on the inside of the frame, whereby each transverse element has a support element and a slat, whereby the slat has at least one end rotatably attached to a corresponding support element, whereby the support elements are attached to the frame; and - displacement means for sliding the support elements in the longitudinal direction between a spread out position and a stacked position,