mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for separating mixed waste material into liquid and solid components comprising: an inlet pipe having openings at a bottom portion and top portion thereof; a front plate having an opening, wherein the front plate is connected to the inlet pipe at the inlet pipe opening, such that the front plate opening and one of said inlet pipe opening align; a drum strainer capable of rotational and linear movement, having a plurality of openings for permitting passage of liquid waste material and retaining solid waste material; a spindle assembly operatively connected to the drum strainer, wherein the spindle assembly facilitates the rotational and linear movement of the drum strainer; a scraper plate fixed to an end portion of a shaft of the spindle assembly; a shroud connected to the spindle assembly, wherein the shroud is spaced apart from and substantially covers the exterior surface of the drum strainer; and wherein the drum strainer is positioned between the front plate and scraper plate, and the drum strainer, the front plate, and the scraper plate define an interior region within which mixed waste material is received via the inlet pipe; wherein the retained solid waste material is caused to be discharged from the strainer drum interior region via a scrapping action of said scraper plate. an inlet pipe having openings at a bottom portion and top portion thereof; a front plate having an opening, wherein the front plate is connected to the inlet pipe at the inlet pipe opening, such that the front plate opening and one of said inlet pipe opening align; a drum strainer capable of rotational and linear movement, having a plurality of openings for permitting passage of liquid waste material and retaining solid waste material; a spindle assembly operatively connected to the drum strainer, wherein the spindle assembly facilitates the rotational and linear movement of the drum strainer; a scraper plate fixed to an end portion of a shaft of the spindle assembly; a shroud connected to the spindle assembly, wherein the shroud is spaced apart from and substantially covers the exterior surface of the drum strainer; and wherein the drum strainer is positioned between the front plate and scraper plate, and the drum strainer, the front plate, and the scraper plate define an interior region within which mixed waste material is received via the inlet pipe; wherein the retained solid waste material is caused to be discharged from the strainer drum interior region via a scrapping action of said scraper plate.
An illumination system comprising: at least one light source, said light source emitting light from an emitting window; an optical light mixing rod (108, 308, 408, 508, 708, 908), said optical light mixing rod being formed of a solid transparent material and comprises an entrance surface (111, 311), side surfaces and an exit surface, where light from said light source enters said optical light mixing rod through said entrance surface and is transmitted through said optical light mixing rod via reflections at said side surfaces and exits said optical light mixing rod through said exit surface; a rod holder, said rod holder comprises a support part (121, 721, 921) comprising a hollow part accommodating said optical light mixing rod and said support part is adapted to fix said optical light mixing rod (108, 308, 408, 508, 708, 908) in a position where said entrance surface is arranged above and in contact with said emitting window; wherein said optical light mixing rod is formed in a flexible and solid transparent material and characterized in that said rod holder comprises a pressure mechanism adapted to provide a pressure force to said optical light mixing rod, said pressure force is adapted to press said entrance surface and said emitting window together. at least one light source, said light source emitting light from an emitting window; an optical light mixing rod (108, 308, 408, 508, 708, 908), said optical light mixing rod being formed of a solid transparent material and comprises an entrance surface (111, 311), side surfaces and an exit surface, where light from said light source enters said optical light mixing rod through said entrance surface and is transmitted through said optical light mixing rod via reflections at said side surfaces and exits said optical light mixing rod through said exit surface; a rod holder, said rod holder comprises a support part (121, 721, 921) comprising a hollow part accommodating said optical light mixing rod and said support part is adapted to fix said optical light mixing rod (108, 308, 408, 508, 708, 908) in a position where said entrance surface is arranged above and in contact with said emitting window;
A pump bearing comprising: a top face; a side face peripherally surrounding the top face; a bottom face opposed to the top face; a first bearing bore projecting from the top face to the bottom face; an edge defined where the top face meets the side face; and an asymmetric pressure balance groove defined within a portion of the edge of the top face and the side face defining first depth from the top face; and characterised in that: the pressure balance groove comprises a first groove portion that surrounds an angular portion of the first bearing bore and a second groove portion that surrounds an angular portion of a second bearing bore, wherein the surrounded angular portion of the second bearing bore is longer than the surrounded angular portion of the first bearing bore. a top face; a side face peripherally surrounding the top face; a bottom face opposed to the top face; a first bearing bore projecting from the top face to the bottom face; an edge defined where the top face meets the side face; and an asymmetric pressure balance groove defined within a portion of the edge of the top face and the side face defining first depth from the top face; and characterised in that: the pressure balance groove comprises a first groove portion that surrounds an angular portion of the first bearing bore and a second groove portion that surrounds an angular portion of a second bearing bore, wherein the surrounded angular portion of the second bearing bore is longer than the surrounded angular portion of the first bearing bore.
A method in a wireless communication system performed by a User Equipment, UE, the method comprising: performing a radio frequency, RF, retuning for hopping from a first narrowband including a special subframe for Time Division Duplex, TDD, to a second narrowband including an uplink subframe for TDD, wherein the special subframe comprises a start symbol and a last symbol, and the uplink subframe comprises a start symbol and a last symbol, and wherein the UE performs the RF retuning and does not transmit in a period comprising the last symbol of the special subframe in the first narrowband, the period being shorter than a length of the special subframe; and transmitting Physical Uplink Shared Channel, PUSCH, from the start symbol of the uplink subframe. performing a radio frequency, RF, retuning for hopping from a first narrowband including a special subframe for Time Division Duplex, TDD, to a second narrowband including an uplink subframe for TDD, wherein the special subframe comprises a start symbol and a last symbol, and the uplink subframe comprises a start symbol and a last symbol, and wherein the UE performs the RF retuning and does not transmit in a period comprising the last symbol of the special subframe in the first narrowband, the period being shorter than a length of the special subframe; and transmitting Physical Uplink Shared Channel, PUSCH, from the start symbol of the uplink subframe.
A route display device, comprising: an acquirer installed in a ship and configured to acquire a position and a direction of the ship; a route memory configured to store a route with a plurality of waypoints; a display unit including a display screen having a linear route display section and configured to linearly display the route in a vertical axis of the linear route display section and positional relation of either the ship or one or more targets out of the group comprising a beacon, a channel buoy, another ship, or a dangerous zone with respect to the route in left-and-right directions of the route in a horizontal axis of the linear route display section; and a display controller configured to control a display position of either the ship or the one or more targets with respect to the route; characterized in that the display controller is configured to display, in the linear route display section, either a ship mark indicating a current position of the ship and a reference mark that moves along the route according to a time schedule for the ship to travel on the route, or a course-changing point indicating a timing of starting to change, after the ship passes a waypoint, a course of the ship to the next waypoint. an acquirer installed in a ship and configured to acquire a position and a direction of the ship; a route memory configured to store a route with a plurality of waypoints; a display unit including a display screen having a linear route display section and configured to linearly display the route in a vertical axis of the linear route display section and positional relation of either the ship or one or more targets out of the group comprising a beacon, a channel buoy, another ship, or a dangerous zone with respect to the route in left-and-right directions of the route in a horizontal axis of the linear route display section; and a display controller configured to control a display position of either the ship or the one or more targets with respect to the route; characterized in that the display controller is configured to display, in the linear route display section, either a ship mark indicating a current position of the ship and a reference mark that moves along the route according to a time schedule for the ship to travel on the route, or a course-changing point indicating a timing of starting to change, after the ship passes a waypoint, a course of the ship to the next waypoint.
Pressure medium-actuated brake device of a vehicle without brake pressure control but comprising brake slip control for the driver-independent control of brake slip during a braking process and anti-spin regulation for the driver-independent control of drive slip during an acceleration process, wherein, in the context of the brake slip control, at least one ABS pressure control valve controlled by a brake control unit for increasing, maintaining or reducing the pressure in the respective brake cylinder is switched in pressure lines (10, 12) extending between a service brake valve and at least one brake cylinder, and wherein, in the context of anti-spin regulation, at least one ASR valve (20, 22) controlled by the brake control unit is provided for establishing a pneumatic connection between a pressure medium reservoir (28, 30) and the at least one ABS pressure control valve, the vehicle further comprising a hill start assistance and/or creep suppression function controlled by control routines, in the context of which the brake pressure generated by the driver in a preceding braking operation is at least maintained in at least some brake cylinders of the vehicle if its standstill is detected at a hill or if a vehicle creep is detected in the at least one brake cylinder, without the driver having to operate the brake, characterised in that all control routines of the hill start assistance and/or creep suppression function are implemented in the brake control unit, and in that the brake control unit is designed to exclusively select the at least one ABS pressure control valve and the at least one ASR valve (20, 22) for implementing the hill start assistance and/or creep suppression function.
Device for fixing an item of equipment to a fixing rail that is attached to the floor of a cabin and comprises two parallel retaining flanks (12a, 12b) that are separated by means of a longitudinal slot, said fixing rail also comprises a number a spaced recesses, wherein the device comprises on its upper surface means for fixing the item of equipment and also comprises on the underside at least two locking projections that can be tailored to suit the size and arrangement of at least two adjacent recesses and said locking projections can be inserted into said recesses, and wherein it is possible to produce a positive-locking connection between the device and the fixing rail by means of displacing the locking projections in the longitudinal direction of the fixing rail until the locking projections lie between adjacent recesses, wherein the device comprises a supporting part and the underside of said supporting part comprises a plug-in section that is tailored to suit the contour of the longitudinal slot and can be plugged into the fixing rail, and wherein a sliding part that can be plugged into the fixing rail is guided on the supporting part 20 in a longitudinally displaceable manner and the outer contour of said sliding part corresponds to the outer contour of the plug-in section, wherein the sliding part can be displaced in the fixing rail relative to the supporting part so as to fix the supporting part, wherein the sliding part is essentially embodied in an L-shaped manner having an actuating projection that extends in a vertical manner, characterized in that the actuating projection is arranged on the end face side in front of the supporting part and protrudes out of the longitudinal slot in such a manner that said actuating projection renders it possible from outside the longitudinal slot to displace the sliding part within the fixing rail below the supporting part in the rail longitudinal direction.
A power conversion device comprising a plurality of power semiconductor devices (50, 51, 52), a heat receiving member, a plurality of heat pipes (1, 2) and a plurality of heat radiating fins, wherein the plurality of power semiconductor devices are attached to one side of the heat receiving member; the plurality of heat pipes are connected to the other side of the heat receiving member via heat receiving sections (101, 201) of the heat pipes; the plurality of heat pipes are composed of a variety of heat pipes having two or more different shapes; one variety of the plurality of heat pipes is a U-shaped heat pipe having heat radiating sections erected from both sides of its heat receiving section to an outer side of the heat receiving member, and the other variety of the plurality of heat pipes is an L-shaped heat pipe having a heat radiating section erected from one side of its heat receiving section to the outer side of the heat receiving member; each L-shaped heat pipe is located adjacent an upstream or downstream edge of the heat receiving member relative to a direction of cooling air flow; the plurality of heat radiating fins are disposed on the heat radiating sections of the plurality of heat pipes; the heat radiating sections of the heat pipes are arranged in a zigzag manner; each L-shaped heat pipe has its heat radiating section erected from an end of its heat receiving section which is distal from the respective adjacent edge; the L-shaped heat pipes are in pairs, the L-shaped heat pipes of each pair being located adjacent respective and opposing portions of the upstream and downstream edges of the heat receiving member; and one or two of the U-shaped heat pipes are arranged between each of said pairs of L-shaped heat pipes.
Modified mussel adhesive protein fp-5, comprising at least one photocaged 3,4-dihydroxyphenylalanine derivative residue comprising a protecting group on at least one hydroxyl residue of its catechol moiety, wherein the photocaged 3,4-dihydroxyphenylalanine derivative residue replaces a naturally occurring tyrosine residue and wherein the protecting group can be cleaved from the 3,4-dihydroxyphenylalanine derivative residue by irradiation with UV light, wherein the modified mussel adhesive protein fp-5 comprises an amino acid sequence being at least 95 % identical to SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, SEQ ID NO: 16, SEQ ID NO: 17, SEQ ID NO: 18, or SEQ ID NO: 19.
A wireless communication terminal, comprising a transceiver, a controller coupled to the transceiver, the controller configuring the transceiver to monitor first and second wireless communication networks (120, 130) on which the wireless communication terminal is concurrently registered, the first and second wireless communication networks (120, 130) are uncoordinated networks being networks that require the wireless communication terminal to maintain separate registrations with each of the first and second wireless communication networks, characterized by: the controller configuring the transceiver to transmit control channel information on a control channel of only the first wireless communication network while concurrently registered to both the first and second wireless communication networks, and the control channel information transmitted on the control channel of the first wireless communication network including first information intended for the first wireless communication network and second information intended for the second wireless communication network, wherein the second information is different from the first information. the controller configuring the transceiver to transmit control channel information on a control channel of only the first wireless communication network while concurrently registered to both the first and second wireless communication networks, and the control channel information transmitted on the control channel of the first wireless communication network including first information intended for the first wireless communication network and second information intended for the second wireless communication network, wherein the second information is different from the first information.
A method of manufacturing a security element with a first tilt image, comprising the steps of: - supplying a substrate which has a region with a laser-radiation-modifiable substance, - forming a plurality of microstructures at the substrate, the microstructures being respectively configured such that they focus radiation incident on a front side of the substrate into the region, and - producing a structure of the first tilt image so that the first tilt image is recognizable from the front side in a first viewing angle range, wherein the substance has a laser-radiation-sensitive dye which changes color when irradiated with certain laser radiation, and the first tilt image shows a color effect caused by the change in color, ch aracterized in that producing the first tilt image comprises simultaneously irradiating a set of parallel laser beams onto the microstructures at a first angle (α) to the substrate, the parallel laser beams are controlled individually, and in the set of laser beams, sufficient laser beams are arranged side by side to completely produce the structure of the tilt image in at least one dimension, such as width or length. - supplying a substrate which has a region with a laser-radiation-modifiable substance, - forming a plurality of microstructures at the substrate, the microstructures being respectively configured such that they focus radiation incident on a front side of the substrate into the region, and - producing a structure of the first tilt image so that the first tilt image is recognizable from the front side in a first viewing angle range, wherein the substance has a laser-radiation-sensitive dye which changes color when irradiated with certain laser radiation, and the first tilt image shows a color effect caused by the change in color, ch aracterized in that producing the first tilt image comprises simultaneously irradiating a set of parallel laser beams onto the microstructures at a first angle (α) to the substrate, the parallel laser beams are controlled individually, and in the set of laser beams, sufficient laser beams are arranged side by side to completely produce the structure of the tilt image in at least one dimension, such as width or length.
A flow control device for mediating flow through an arterio-venous fistula between an artery and vein in a patient, said flow control device comprising: a shunt rivet adapted to connect an artery to a vein in a side-to-side anastomosis configuration, said shunt rivet having a lumen extending therethrough; and a flow mediating device comprising an inflatable cuff which is configured to be placed and secured around the artery or vein proximal to the shunt rivet and operable to mediate flow through the shunt rivet such that substantial blood flow through the shunt rivet between the artery and vein is maintained when the flow mediating device is in use. a shunt rivet adapted to connect an artery to a vein in a side-to-side anastomosis configuration, said shunt rivet having a lumen extending therethrough; and a flow mediating device comprising an inflatable cuff which is configured to be placed and secured around the artery or vein proximal to the shunt rivet and operable to mediate flow through the shunt rivet such that substantial blood flow through the shunt rivet between the artery and vein is maintained when the flow mediating device is in use.
A working Channel, CH, tuning method, comprising: providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs; receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information; and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message; or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs; and selecting a working CH corresponding to minimum power consumption for activation; wherein in a process of providing the information for the OLT, the information is provided for the OLT in a following manner: under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message. providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs; receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information; and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message; or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs; and selecting a working CH corresponding to minimum power consumption for activation; wherein in a process of providing the information for the OLT, the information is provided for the OLT in a following manner: under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message.