mhurhangee/patent-ind-claim-en huggingface dataset:
A device for leakage detection for edifices comprising an electrical line in the shape of a sensor cable, comprising the data line of a bus system to which printed circuit boards are attached at predefined distances from each other, on which printed circuit boards sensors for detecting moisture and uniquely identifiable microprocessors are arranged, wherein the device as intended is to be attached under a liquid- and diffusion-tight layer of a building, wherein the sensors are capacitive proximity sensors each attached to a printed circuit board together with a uniquely identifiable microprocessor, wherein the electrical line interconnects the printed circuit boards, and wherein the printed circuit boards with all components thereon including the capacitive proximity sensors are encapsulated in a completely diffusion-tight manner and thereby protected against moisture and wetness when used as intended, regardless of the condition of the liquid- and diffusion-tight layer of the building.
Device for clamping and aligning thin-walled dome segments , comprising a supporting structure or similar framework supported on or at a base and at least two, in particular eight, clamping devices received and held by the supporting structure for receiving, fixing and clamping a respective thin-walled dome segment to be formed and joined with one or more further thin-walled dome segment (s) to form a dome or dome ring, whereby the at least two, in particular eight, clamping devices each comprise a clamping element corresponding in shape and dimension to the inside of the dome segment and a pivotable, in particular openable and closable, clamping arm , by which the dome segment can be received and between which the dome segment can be inserted, are arranged in a common plane about a common longitudinal axis , and are movable radially from the outside to the inside, and vice versa, in the common plane relative to the common longitudinal axis and/or relative to the further of the at least two, in particular eight, clamping devices .
A biosensor for determining an analyte comprising a sensor module covered at least partially by a biocompatibility layer, wherein said biocompatibility layer comprises a polymer having -CO-NR 1 R 2 side groups, wherein R 1 and R 2 are independently selected from -H and C 1 to C 6 alkyl, wherein said polymer has a chemical structure as indicated in formula (II) or (IIa): wherein R 4 is a cross-linkable or cross-linked side group, wherein n is from 0.01 to 0.99 and m is of from 0.99 to 0.01, in an embodiment wherein the sum of m and n is 1.
An exhaust gas treatment apparatus comprising: a gas/liquid reactor contacting a treatment liquid and an emission-regulated gas included in exhaust gas, to absorb and remove the emission-regulated gas; a treatment liquid supply tank supplying the treatment liquid to the gas/liquid reactor; and a gas/liquid separation treatment liquid regeneration unit regenerating a waste treatment liquid in which the emission-regulated gas is absorbed, into a treatment liquid in which the emission-regulated gas is not absorbed, and supplying the regenerated treatment liquid to the treatment liquid supply tank, wherein the gas/liquid separation treatment liquid regeneration unit includes a gas/liquid separation membrane through which a gas can pass but a liquid cannot pass, wherein the gas/liquid separation membrane partitions a liquid flow path through which the waste treatment liquid flows and a gas flow path through which the emission-regulated gas flows, and the emission-regulated gas absorbed in the waste treatment liquid flows through the liquid flow path and passes through the gas/liquid separation membrane, and moves to the gas flow path in which a low partial pressure of the emission-regulated gas is formed, to separate the emission-regulated gas and the treatment liquid. a gas/liquid reactor contacting a treatment liquid and an emission-regulated gas included in exhaust gas, to absorb and remove the emission-regulated gas; a treatment liquid supply tank supplying the treatment liquid to the gas/liquid reactor; and a gas/liquid separation treatment liquid regeneration unit regenerating a waste treatment liquid in which the emission-regulated gas is absorbed, into a treatment liquid in which the emission-regulated gas is not absorbed, and supplying the regenerated treatment liquid to the treatment liquid supply tank, wherein the gas/liquid separation treatment liquid regeneration unit includes a gas/liquid separation membrane through which a gas can pass but a liquid cannot pass, wherein the gas/liquid separation membrane partitions a liquid flow path through which the waste treatment liquid flows and a gas flow path through which the emission-regulated gas flows, and the emission-regulated gas absorbed in the waste treatment liquid flows through the liquid flow path and passes through the gas/liquid separation membrane, and moves to the gas flow path in which a low partial pressure of the emission-regulated gas is formed, to separate the emission-regulated gas and the treatment liquid.
Method for controlling an illuminant, wherein - the illuminant has at least two independently controllable light-emitting diodes , - the two independently controllable light-emitting diodes are operated by a respective operating device , - in the event of a mains voltage failure, a first light-emitting diode is controlled by the first operating device on the basis of a rechargeable battery, - wherein the second light-emitting diode is controlled by the second operating device if the second operating device is connected to the mains voltage supply by a switchable motion detector, characterized in that - the switchable motion detector connects the second operating device to the mains voltage supply by means of a relay or a semiconductor switch. - the illuminant has at least two independently controllable light-emitting diodes , - the two independently controllable light-emitting diodes are operated by a respective operating device , - in the event of a mains voltage failure, a first light-emitting diode is controlled by the first operating device on the basis of a rechargeable battery, - wherein the second light-emitting diode is controlled by the second operating device if the second operating device is connected to the mains voltage supply by a switchable motion detector, characterized in that - the switchable motion detector connects the second operating device to the mains voltage supply by means of a relay or a semiconductor switch.
An antibody which specifically binds to CD3, wherein the antibody comprises: a. a heavy chain variable (VH) region comprising the amino acid sequence of SEQ ID NO: 4; and b. a light chain variable (VL) region comprising the amino acid sequence of SEQ ID NO: 3. a. a heavy chain variable (VH) region comprising the amino acid sequence of SEQ ID NO: 4; and b. a light chain variable (VL) region comprising the amino acid sequence of SEQ ID NO: 3.
A cable lock , comprising: a lock body including a locking mechanism having a locked state and an unlocked state; a plurality of bodies (30; 60) each formed of a relatively hard material and each including a center portion (34; 64) defining an aperture (32; 62) and a plurality of projections (40; 70) extending from the center portion (34; 64), wherein each of the bodies (30; 60) are located adjacent one another, and wherein the plurality of projections (40; 70) of one of the plurality of bodies (30; 60) overlaps the center portion (34; 64) of each of two adjacently located bodies (30; 60); and a cord (52; 82; 100) extending through the aperture (32; 62) of each of the plurality of adjacent bodies (30; 60) and operatively connected to the lock body . a lock body including a locking mechanism having a locked state and an unlocked state; a plurality of bodies (30; 60) each formed of a relatively hard material and each including a center portion (34; 64) defining an aperture (32; 62) and a plurality of projections (40; 70) extending from the center portion (34; 64), wherein each of the bodies (30; 60) are located adjacent one another, and wherein the plurality of projections (40; 70) of one of the plurality of bodies (30; 60) overlaps the center portion (34; 64) of each of two adjacently located bodies (30; 60); and a cord (52; 82; 100) extending through the aperture (32; 62) of each of the plurality of adjacent bodies (30; 60) and operatively connected to the lock body .
A screw compressor comprising: a casing ; a screw rotor rotatable in the casing ; a compression chamber defined between the casing and the screw rotor and configured to compress refrigerant gas; a slide groove disposed on an inner peripheral surface of the casing and extending along a direction of a rotational axis of the screw rotor ; an economizer gas passage , connectable to an economizer, extending through the casing to communicate between an outside of the casing and the slide groove ; a first slidable valve disposed in the slide groove to be slidable along the direction of the rotational axis of the screw rotor ; an economizer port penetrating through the first slidable valve to communicate between the economizer gas passage and the compression chamber depending on a position of the first slidable valve , the screw compressor is characterised by the first slidable valve being configured to move between a first position and a second position, the first slidable valve at the first position allowing the economizer gas passage to communicate with the compression chamber , the first slidable valve at the second position preventing the economizer port from communicating with the compression chamber ; and a second slidable valve disposed in the casing , the second slidable valve being slidable along the direction of the rotational axis of the screw rotor to adjust timing of discharge from the compression chamber . a casing ; a screw rotor rotatable in the casing ; a compression chamber defined between the casing and the screw rotor and configured to compress refrigerant gas; a slide groove disposed on an inner peripheral surface of the casing and extending along a direction of a rotational axis of the screw rotor ; an economizer gas passage , connectable to an economizer, extending through the casing to communicate between an outside of the casing and the slide groove ; a first slidable valve disposed in the slide groove to be slidable along the direction of the rotational axis of the screw rotor ; an economizer port penetrating through the first slidable valve to communicate between the economizer gas passage and the compression chamber depending on a position of the first slidable valve , the screw compressor is characterised by the first slidable valve being configured to move between a first position and a second position, the first slidable valve at the first position allowing the economizer gas passage to communicate with the compression chamber , the first slidable valve at the second position preventing the economizer port from communicating with the compression chamber ; and a second slidable valve disposed in the casing , the second slidable valve being slidable along the direction of the rotational axis of the screw rotor to adjust timing of discharge from the compression chamber .
A die for a printhead , comprising: a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die ; a plurality of fluidic actuators disposed in a line parallel to the plurality of fluid feed holes ; and a crack detector trace routed between each of the plurality of fluid feed holes , characterised in that the trace between the fluid feed holes is made from a brittle material. a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die ; a plurality of fluidic actuators disposed in a line parallel to the plurality of fluid feed holes ; and a crack detector trace routed between each of the plurality of fluid feed holes , characterised in that the trace between the fluid feed holes is made from a brittle material.
A blood washing system , comprising: a rotor defining an internal chamber for receiving a multi-component fluid, the rotor being rotatable about a rotational axis (x-x) at a first speed to fractionate the multi-component fluid into a plurality of fractions; and a skimmer assembly including at least one buoy moveable along a buoy track positioned within the internal chamber, wherein the buoy defines an orifice fluidly connected to an access port in the rotor; wherein the buoy comprises a specific gravity corresponding to a selected fraction of the plurality of fractions such that the buoy floats on the selected fraction; wherein the buoy track extends radially outward from the rotational axis (x-x) of the rotor such that the buoy moves radially outward from the rotational axis (x-x) along the buoy track ; and wherein the buoy track is oriented downward such that the buoy moves downward as the buoy moves radially outward from the rotational axis (x-x) along the buoy track . a rotor defining an internal chamber for receiving a multi-component fluid, the rotor being rotatable about a rotational axis (x-x) at a first speed to fractionate the multi-component fluid into a plurality of fractions; and a skimmer assembly including at least one buoy moveable along a buoy track positioned within the internal chamber, wherein the buoy defines an orifice fluidly connected to an access port in the rotor; wherein the buoy comprises a specific gravity corresponding to a selected fraction of the plurality of fractions such that the buoy floats on the selected fraction; wherein the buoy track extends radially outward from the rotational axis (x-x) of the rotor such that the buoy moves radially outward from the rotational axis (x-x) along the buoy track ; and wherein the buoy track is oriented downward such that the buoy moves downward as the buoy moves radially outward from the rotational axis (x-x) along the buoy track .
A composite fixed edge of an aircraft wing, comprising: a composite wing box skin panel , attached to an outward wing spar in an attachment region, with an overhanging edge , having substantially constant thickness and ply count in the attachment region; and a composite ramp , upon an outer surface of, and co-cured with, the composite wing box skin panel, having a proximal end and a distal end , with a maximum ramp thickness (t) at the distal end, the distal end being set back from the overhanging edge, defining a shoulder on the overhanging edge, wherein the distal end of the composite ramp and the shoulder are formed by machining the overhanging edge of the composite wing box skin panel with the co-cured composite ramp ; and a composite wing edge skin panel , having a thickness substantially equal to the maximum ramp thickness, attached to the composite wing box skin panel at the shoulder and adjacent to the distal end of the ramp; wherein the composite wing edge skin panel is directly attachable to the composite wing box skin panel without the use of splice straps, joggled panels, wiggle plates or secondarily bonded fillers. a composite wing box skin panel , attached to an outward wing spar in an attachment region, with an overhanging edge , having substantially constant thickness and ply count in the attachment region; and a composite ramp , upon an outer surface of, and co-cured with, the composite wing box skin panel, having a proximal end and a distal end , with a maximum ramp thickness (t) at the distal end, the distal end being set back from the overhanging edge, defining a shoulder on the overhanging edge, wherein the distal end of the composite ramp and the shoulder are formed by machining the overhanging edge of the composite wing box skin panel with the co-cured composite ramp ; and substantially constant thickness and ply count in the attachment region; and a composite ramp , upon an outer surface of, and co-cured with, the composite wing box skin panel, having a proximal end and a distal end , with a maximum ramp thickness (t) at the distal end, the distal end being set back from the overhanging edge, defining a shoulder on the overhanging edge, wherein the distal end of the composite ramp and the shoulder are formed by machining the overhanging edge of the composite wing box skin panel with the co-cured composite ramp ; and a composite wing edge skin panel , having a thickness substantially equal to the maximum ramp thickness, attached to the composite wing box skin panel at the shoulder and adjacent to the distal end of the ramp; wherein the composite wing edge skin panel is directly attachable to the composite wing box skin panel without the use of splice straps, joggled panels, wiggle plates or secondarily bonded fillers.
A method of forming an electrostatic dissipative composition disposed on a substrate, comprising: mixing a first polymer and a second polymer to form a first composition; depositing the first composition onto the substrate; and curing the first composition; further comprising: (i) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises isopropyl alcohol; and rinsing the first composition with a second rinsing agent comprising p-Toluenesulfonic acid; or (ii) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises p-Toluenesulfonic acid; and rinsing the first composition with a second rinsing agent comprising isopropyl alcohol. mixing a first polymer and a second polymer to form a first composition; depositing the first composition onto the substrate; and curing the first composition; (i) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises isopropyl alcohol; and rinsing the first composition with a second rinsing agent comprising p-Toluenesulfonic acid; or (ii) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises p-Toluenesulfonic acid; and rinsing the first composition with a second rinsing agent comprising isopropyl alcohol.
LED lamp comprising an enclosure and an LED lighting means arranged within the enclosure , having a glass bulb , a lighting module with at least one light-emitting diode chip , which is mounted to a printed circuit board as a chip on board assembly, and driver electronics of the lighting module , the lighting module and the driver electronics being accommodated in the glass bulb characterized in that the glass bulb has an indentation which projects into the interior of the glass bulb and is in thermal contact with the printed circuit board .
A method comprising: receiving (302, 2.01), by a processor and from a requesting member , a request for a sponsored network service modification, the request including an identification of a sponsoring member for the sponsored network service modification and a time duration; generating (304, 2.03), by the processor, a group associated with the sponsoring member and the requesting member, the group including a group policy comprising a reference to the sponsored network service modification and a reference to the time duration; providing , to the sponsoring member, a key for activating the sponsored network service modification; receiving (308, 2.05), by the processor and from the sponsoring member, the key for activating the sponsored network service modification; in response to receiving the key from the sponsoring member, modifying (310, 2.18-2.19), by the processor and according to the group policy, a first network policy applied to the requesting member and a second network policy applied to the sponsoring member, the modification of the first network policy including an increase in a Quality of Service, QoS, for the requesting member and the modification to the second network policy including a decrease in a QoS for the sponsoring member; and reverting (312, 2.18-2.19) the modification to the first network policy and the second network policy in response to the time duration completing. receiving (302, 2.01), by a processor and from a requesting member , a request for a sponsored network service modification, the request including an identification of a sponsoring member for the sponsored network service modification and a time duration; generating (304, 2.03), by the processor, a group associated with the sponsoring member and the requesting member, the group including a group policy comprising a reference to the sponsored network service modification and a reference to the time duration; providing , to the sponsoring member, a key for activating the sponsored network service modification; receiving (308, 2.05), by the processor and from the sponsoring member, the key for activating the sponsored network service modification; in response to receiving the key from the sponsoring member, modifying (310, 2.18-2.19), by the processor and according to the group policy, a first network policy applied to the requesting member and a second network policy applied to the sponsoring member, the modification of the first network policy including an increase in a Quality of Service, QoS, for the requesting member and the modification to the second network policy including a decrease in a QoS for the sponsoring member; and reverting (312, 2.18-2.19) the modification to the first network policy and the second network policy in response to the time duration completing.
Egg tray for supporting eggs in an incubation chamber , the egg tray comprising: a first grid extending in a bottom plane (P), the first grid comprising one or more adjacent rows with substantially straight ribs which are slanted and extend from one side of the row to the other side of the row to form a plurality of adjacent openings , wherein every other opening in the row defines an egg accommodation , wherein the ribs are configured for contacting an egg at a contact area of the ribs between two rib ends in order to support an egg in the egg accommodation , wherein the openings are defined by three ribs and the openings have a substantially triangular shape, when projected in the bottom plane (P), wherein the egg tray further comprises a second grid , attached to the first grid , wherein the second grid is adapted to provide additional support to eggs when the tray is tilted, wherein the openings of the second grid are aligned with the egg accommodations to co-define these.