mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for sorting a plurality of waste containers designed to receive a quantity of waste, and provided with means readable based on radio frequencies, comprising: a conveyor arranged to transport the waste containers, a first sensor for reading based on radio frequencies, arranged to emit a signal when a waste container transported on the conveyor is recorded by the first sensor, and means (15a, 15b) for sorting the waste containers based on the signal from the first sensor, wherein the first sensor is arranged to read said means readable based on radio frequencies and arranged on the waste containers, characterised in that the arrangement comprises a second sensor for detecting a second property of the waste container and for emitting a second signal in response to the second sensor recording a waste container with said second property transported on the conveyor, and said sorting means (15a, 15b) is arranged to sort the waste containers based also on said second signal. a conveyor arranged to transport the waste containers, a first sensor for reading based on radio frequencies, arranged to emit a signal when a waste container transported on the conveyor is recorded by the first sensor, and means (15a, 15b) for sorting the waste containers based on the signal from the first sensor, wherein the first sensor is arranged to read said means readable based on radio frequencies and arranged on the waste containers, characterised in that the arrangement comprises a second sensor for detecting a second property of the waste container and for emitting a second signal in response to the second sensor recording a waste container with said second property transported on the conveyor, and said sorting means (15a, 15b) is arranged to sort the waste containers based also on said second signal.
A monoclonal antibody or a fragment of a monoclonal antibody capable of binding to a serum form of human thymidine kinase 1, TK1, wherein said monoclonal antibody or fragment has specificity for an epitope GEAVAARKLF (SEQ ID NO: 2) of said human TK1 and said monoclonal antibody or fragment has a variable heavy, VH, domain complementarity determining region 1, CDR1 having amino acid sequence (SEQ ID NO: 6); a VH domain CDR2 having amino acid sequence (SEQ ID NO: 7); a VH domain CDR3 having amino acid sequence (SEQ ID NO: 8); a variable light, VL, domain CDR1 having amino acid sequence (SEQ ID NO: 9); a VL domain CDR2 having amino acid sequence (SEQ ID NO: 10); and a VL domain CDR3 having amino acid sequence (SEQ ID NO: 11).
Feed network for antenna systems comprising a waveguide which has broad sides (a1, a2) and narrow sides (b1, b2), two microstrip conductors (MS1, MS2), each comprising a conductor loop (l1, l2) which protrudes out of one of the narrow sides (b1, b2) into the waveguide and is electrically connected to a broad side (a1, a2) of the waveguide, and in which the conductor loops (l1, l2) are not formed solely in a straight manner but rather contain jumps in width and offset pieces.
An ablation catheter for transvascular ablation of thoracic splanchnic nerves, particularly for ablating a greater splanchnic nerve or greater splanchnic nerve roots, comprising: an elongate shaft having a length such that a distal section of the elongate shaft is positionable in a T9, T10, or T11 intercostal vein; and an electrically conductive flexible ablation element carried by the elongate shaft distal section, the electrically conductive flexible ablation element being connectable to an ablation energy source; characterized in that the electrically conductive flexible ablation element has an axial length from 10 to 25 mm; the distal section is more flexible than the rest of the elongate shaft and is configured to take a radius of curvature as small as 5 mm, and angle up to 120 degrees, for flexibly traversing the bend from the azygos vein to a T9, T10, or T11 intercostal vein; the electrically conductive flexible ablation element is configured to deliver ablation energy circumferentially and/or deliver ablation energy that is radially symmetric around the ablation element. an elongate shaft having a length such that a distal section of the elongate shaft is positionable in a T9, T10, or T11 intercostal vein; and an electrically conductive flexible ablation element carried by the elongate shaft distal section, the electrically conductive flexible ablation element being connectable to an ablation energy source; characterized in that the electrically conductive flexible ablation element has an axial length from 10 to 25 mm; the distal section is more flexible than the rest of the elongate shaft and is configured to take a radius of curvature as small as 5 mm, and angle up to 120 degrees, for flexibly traversing the bend from the azygos vein to a T9, T10, or T11 intercostal vein; the electrically conductive flexible ablation element is configured to deliver ablation energy circumferentially and/or deliver ablation energy that is radially symmetric around the ablation element.
System for correcting the position of bones, bone parts or vertebrae, comprising a first bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank, a second bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank, a positioning member having a longitudinal axis, a first coupling member for coupling the positioning member to the first bone anchor, a second coupling member for coupling the positioning member to the second bone anchor, wherein the second coupling member is movable relative to the first coupling member on the positioning member along the longitudinal axis, wherein at least the first bone anchor or the second bone anchor is configured to assume a first configuration in which the receiver is pivotable relative to the shank and a second configuration in which the receiver is locked relative to the shank at an angle and wherein the first or second bone anchor (10, 10') is configured to assume the second configuration irrespective of the presence and of the position of the rod in the receiver, and wherein at least the first or the second coupling member (40, 40') is pivotable relative to the positioning member, the first and/or the second coupling member (40, 40') comprising a coupling portion and an actuating mechanism (51, 60, 63) that is configured to actuate pivoting of the coupling portion. a first bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank, a second bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank, a positioning member having a longitudinal axis, a first coupling member for coupling the positioning member to the first bone anchor, a second coupling member for coupling the positioning member to the second bone anchor, wherein the second coupling member is movable relative to the first coupling member on the positioning member along the longitudinal axis, wherein at least the first bone anchor or the second bone anchor is configured to assume a first configuration in which the receiver is pivotable relative to the shank and a second configuration in which the receiver is locked relative to the shank at an angle and wherein the first or second bone anchor (10, 10') is configured to assume the second configuration irrespective of the presence and of the position of the rod in the receiver, and wherein at least the first or the second coupling member (40, 40') is pivotable relative to the positioning member, the first and/or the second coupling member (40, 40') comprising a coupling portion and an actuating mechanism (51, 60, 63) that is configured to actuate pivoting of the coupling portion.
A wind turbine cooling system comprising a cooling circuit arranged to convey a cooling fluid to and from a heat source, a cooling device arranged to cool the cooling fluid, a pump arranged to circulate the cooling fluid in the cooling circuit, and a cooling fluid tank arranged in fluid connection with the cooling circuit and having a first fluid port adjacent a top of the tank and a second fluid port adjacent a bottom of the tank, wherein the second fluid port is arranged to communicate with the cooling circuit, wherein the pump has an outlet arranged in fluid connection with the cooling circuit and in fluid connection with the tank, and wherein a fluid path between the pump outlet and the tank includes a flow restriction device through which a proportion of cooling fluid discharged from the pump is configured to pass towards the tank, Characterized in that the flow restriction device has an aperture sized to promote return to the tank of any gas in the cooling fluid through the flow restriction device during operation of the pump.
A resin composition, characterized in that the resin composition comprises an unsaturated thermosetting modified polyphenylether resin and an MQ organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure and hydrolytically condensed from monofunctional siloxane unit (M unit) and tetrafunctional silica unit (Q unit).
A fluid flow meter comprising an outer casing having an inlet and an outlet, and flow connections (11, 13) adapted to be connected so that in operation fluid to be measured flows through the casing, from the inlet to the outlet, and a mechanical flow measuring means, having a housing, the housing being in at least two parts (402, 404), and being disposed in the casing to measure said flow through the casing, the casing being of plastics material and in at least two parts (30, 32) which are permanently bonded, or connected, together to enclose the measuring means, wherein said outer casing bears on each said part of said housing of the measuring means to seal said at least two parts of the housing (402, 404) together thereby forming a sealable flow path from the inlet, through the measuring means, to the outlet of the flow meter.
A pumping station for a vacuum pump, in particular for a backing pump, wherein the pumping station comprises a base element at which a support arrangement is provided for decoupling a vacuum pump, in particular a backing pump, from the pumping station in terms of vibration, wherein the support arrangement comprises: - a carrier element for at least indirectly supporting a vacuum pump; - at least one spring element via which the carrier element is supported at the base element, for which purpose the spring element extends between mutually facing sides of the carrier element and the base element; - a fastening element comprising a shank, in particular in the form of a screw, by means of which fastening element the carrier element is braced with the base element; and - a spacer sleeve which is surrounded by the spring element and which in turn surrounds the shank of the fastening element over a longitudinal extent which undergoes a stretching as a result of the bracing of the carrier element with the base element, characterized in that the carrier element comprises at least one bending beam which is supported at its ends, in each case via a spring element, at the base element and which is braced with the base element by means of a fastening element whose shank extends through a spacer sleeve. - a carrier element for at least indirectly supporting a vacuum pump; - at least one spring element via which the carrier element is supported at the base element, for which purpose the spring element extends between mutually facing sides of the carrier element and the base element; - a fastening element comprising a shank, in particular in the form of a screw, by means of which fastening element the carrier element is braced with the base element; and - a spacer sleeve which is surrounded by the spring element and which in turn surrounds the shank of the fastening element over a longitudinal extent which undergoes a stretching as a result of the bracing of the carrier element with the base element,
A window ventilation device, arranged for the installation to not more than an extent in a frame profile for a wing of a window or a door, by leaving a section of the ventilation device outside of the frame profile, the ventilation device - having a housing whose wall sections both delimit the housing and also determine at least two flow paths (S1, S2) in an interior space of the housing, which flow paths intersect each other within the housing in an intersection region; characterized in that - the housing comprises four spaced and/or non-overlapping opening regions (12 to 15) for the inflow or outflow of air, which opening regions are all arranged on the same narrow side of the housing. - having a housing whose wall sections both delimit the housing and also determine at least two flow paths (S1, S2) in an interior space of the housing, which flow paths intersect each other within the housing in an intersection region; - the housing comprises four spaced and/or non-overlapping opening regions (12 to 15) for the inflow or outflow of air, which opening regions are all arranged on the same narrow side of the housing.
Piston pump arrangement for the high-pressure delivery of a fluid to be delivered, having a housing arrangement (10; 60; 90) which has a base housing for accommodating at least one first pressure-generating device and has at least one associated control device, characterized in that the base housing has at least one interface for the non-positively locking mechanical connection of the base housing to at least one expansion housing (62, 92), wherein the expansion housing has at least one second pressure-generating device and at least one second associated control device for the purposes of varying the delivery rate of the piston pump arrangement which is constructed in accordance with a modular principle by way of the combination of the base housing and of the at least one expansion housing, and in that, on the base housing, there is formed a motor flange for the fastening of an associated drive motor for the drive of the first and of the at least second pressure-generating device.
Domestic refrigerator, having a thermally insulated inner container with a coolable inner compartment (3, 4) for refrigerated goods, a thermally insulated door leaf (14, 18) provided for closing the inner compartment with an outer side and an inner side facing the inner compartment, and a carbonation device for beverages, which comprises a gas container, a mixing device and a beverage container and is arranged on the inner side of the door leaf (14, 18), characterised in that the inner side of the door leaf (14, 18) has an inner membrane with a section which is assigned a reinforcement part to form a holding space for the carbonation device, which reinforcement part is connected to the inner membrane of the door leaf (14, 18) by means of back-foaming with thermally insulating material, and the holding space has a cover.
Method for operating a fuel feed pump, wherein the fuel feed pump has a pump system and an electrically commutated electric motor, wherein the pump system can be driven by the electric motor, characterized in that the fluctuation in the circular motion of the pump system is detected over the rotational speed, the value of the fluctuation is standardized, and when a predefinable limit is exceeded by the standardized value the gradient of the change in the rotational speed of the pump system is limited.
An intumescent nanostructured material for thermal protection, comprising: a member including a plurality of carbon nanotubes, wherein the member is a non-woven sheet, a woven sheet, a yarn, or a network; and an intumescent material associated with the member, and configured to react in the presence of a heat source to form a foam for thermally insulating the member from the heat source. a member including a plurality of carbon nanotubes, wherein the member is a non-woven sheet, a woven sheet, a yarn, or a network; and an intumescent material associated with the member, and configured to react in the presence of a heat source to form a foam for thermally insulating the member from the heat source.
A parking brake control device that controls a hydraulic pressure unit for braking wheels hydraulically and a parking brake device for braking the wheels by transmitting power of an electric motor to the wheels mechanically, the parking brake control device comprising a hydraulic brake control unit capable of exercising a hydraulic brake control under which a brake is applied to the wheel s by the hydraulic pressure unit, on condition that a signal is received from an actuation switch for actuating the parking brake device, while a vehicle is running; characterized in that it further comprises a pressure decrease rate setting unit configured to set a rate of decrease of pressure in such a manner that when a pressure decrease control is exercised in a closing stage of the hydraulic brake control, the rate of decrease of pressure is set according to a closing condition satisfied upon entry into the closing stage of the hydraulic brake control.
A method at a terminal device, having a display screen (170; 670), input means, processing means, and motion sensing means, for navigation and selection of information, at least partly displayed on the display screen, the information further including a plurality of selectable objects, the method comprising the steps of, • operating a first control for setting the device in an active navigation mode and for determining a terminal reference position, • moving the terminal relative to the reference position to cause a displayed one of said selectable objects and a displayed selection symbol to overlap each other at least partly, • operating a second control for selection of said one object and invocation of terminal display actions in dependence of at least an object property of said one object, wherein said one object represents a sphere and characterized in that said terminal display action comprises displaying the sphere according to a conical projection. • operating a first control for setting the device in an active navigation mode and for determining a terminal reference position, • moving the terminal relative to the reference position to cause a displayed one of said selectable objects and a displayed selection symbol to overlap each other at least partly, • operating a second control for selection of said one object and invocation of terminal display actions in dependence of at least an object property of said one object, wherein said one object represents a sphere and characterized in that said terminal display action comprises displaying the sphere according to a conical projection.
A sealing material of improved water resistance comprising modified chemically exfoliated vermiculite in a proportion of 30-70% w/w sealing material and a filler in a proportion of 30-70% w/w sealing material, and optionally other additives in a proportion of 0-10% w/w sealing material, wherein the modified CEV comprises water resistance enhancing monovalent cations selected from one or more of sodium, potassium, rubidium, caesium, francium, ammonium, or a quaternary ammonium compound of formula R 4 N + wherein R is selected from methyl, ethyl or a combination thereof; and wherein the modified CEV is at least 5% cation exchanged with water resistance enhancing monovalent cation.
A composite membrane for an enzyme sensor, comprising: an inner membrane layer comprising a restorable polymerisable membrane, the inner membrane layer adapted to function as an interference rejection membrane; a polyurethane-based outer membrane layer, adapted to be disposed adjacent a flow channel during use; and, an enzyme layer disposed between and in contact with the inner and the outer membrane layers, said enzyme layer comprising a matrix comprising at least one enzyme selected from the group consisting of creatinase and sarcosine oxidase, a cross-linking agent, and an enzyme stabilizer selected from the group consisting of polyethyleneimine, polypropyleneimine, poly(N-vinylimidazole), polyallylamine, polyvinylpyridine, polyvinylpyrrolidone, polylysine, and protamine, wherein the outer membrane is adapted to control diffusion of an analyte into the enzyme layer. an inner membrane layer comprising a restorable polymerisable membrane, the inner membrane layer adapted to function as an interference rejection membrane; a polyurethane-based outer membrane layer, adapted to be disposed adjacent a flow channel during use; and, an enzyme layer disposed between and in contact with the inner and the outer membrane layers, said enzyme layer comprising a matrix comprising at least one enzyme selected from the group consisting of creatinase and sarcosine oxidase, a cross-linking agent, and an enzyme stabilizer selected from the group consisting of polyethyleneimine, polypropyleneimine, poly(N-vinylimidazole), polyallylamine, polyvinylpyridine, polyvinylpyrrolidone, polylysine, and protamine, wherein the outer membrane is adapted to control diffusion of an analyte into the enzyme layer.
A Ni-Cr-Fe-based alloy brazing filler material, comprising, in mass%, Cr: 15 to 30%; Fe: 15 to 30%; Cu: more than 3% and less than 5%; P: 3 to 12%; and Si: 0 to 8%; and optionally comprising 1% or less in total of at least one of B and C; 5% or less in total of at least one of Mo, Co, Mn, and V; and/or 2% or less in total of at least one of Sn, Zn, and Bi; and the balance being Ni and unavoidable impurities, wherein the total content of Cr and Fe is 30 to 54%, and the total content of P and Si is 7 to 14%.
An apparatus to mitigate interference between a Digital Subscriber Line, DSL, device and a Power Line Communication, PLC, device, said apparatus configured to: - provide, to the PLC device, a first instruction to increase a transmit power of data transmission of the PLC device in a DSL downstream band of the DSL device during a measurement period, - provide, to the DSL device, a second instruction to measure a signal-to-noise value during the measurement period; - to provide, to the PLC device and to the DSL device, a mutual time reference in which the measurement period is defined; and - to provide, to the PLC device, a fifth instruction to set the transmit power of the data transmission to a set transmit power for use by the PLC device in consideration of the measured signal-to-noise value, at least for frequency bands used by the DSL device; characterized in that said apparatus is further configured to provide to the PLC device, before the first instruction, a command to transition into a DSL protection mode, wherein transmit power, at least for frequency bands used by the DSL device, is reduced to a minimum transmit power required for protection of a DSL channel. - provide, to the PLC device, a first instruction to increase a transmit power of data transmission of the PLC device in a DSL downstream band of the DSL device during a measurement period, - provide, to the DSL device, a second instruction to measure a signal-to-noise value during the measurement period; - to provide, to the PLC device and to the DSL device, a mutual time reference in which the measurement period is defined; and - to provide, to the PLC device, a fifth instruction to set the transmit power of the data transmission to a set transmit power for use by the PLC device in consideration of the measured signal-to-noise value, at least for frequency bands used by the DSL device;