mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for dispensing a mixture of a diluent and an additive for sanitation, cosmetic or cleaning applications to be used in sanitary facilities, body care installations respectively cleaning facilities with low through-flow rate, the apparatus comprising a mixing unit for creating a mixture of the diluent and the additive a diluent supply for supplying the diluent to the mixing unit, an additive supply for supplying the additive to the mixing unit, an outlet for dispensing the mixture, wherein the diluent supply comprises a pump arranged to increase the pressure of the diluent before the diluent enters the mixing unit, wherein the apparatus comprises a control unit arranged to control the operation of pumps, valves and any other actuators of the apparatus, characterised in that the apparatus is configured to add the additive to the diluent in a pulsed manner, wherein the apparatus is configured to operate in a mixing mode, in which a fluid pressure of the diluent in the mixing unit is periodically reduced and the additive is added to the diluent in time periods in which the pressure is reduced, and wherein the apparatus is configured to reduce the pressure in the mixing unit by reducing a flow rate of diluent entering the mixing unit. a mixing unit for creating a mixture of the diluent and the additive a diluent supply for supplying the diluent to the mixing unit, an additive supply for supplying the additive to the mixing unit, an outlet for dispensing the mixture, wherein the diluent supply comprises a pump arranged to increase the pressure of the diluent before the diluent enters the mixing unit, wherein the apparatus comprises a control unit arranged to control the operation of pumps, valves and any other actuators of the apparatus, characterised in that the apparatus is configured to add the additive to the diluent in a pulsed manner, wherein the apparatus is configured to operate in a mixing mode, in which a fluid pressure of the diluent in the mixing unit is periodically reduced and the additive is added to the diluent in time periods in which the pressure is reduced, and wherein the apparatus is configured to reduce the pressure in the mixing unit by reducing a flow rate of diluent entering the mixing unit.
A process for the production of a refined tall diesel composition by refining of crude tall oil, said refined tall diesel composition comprising 1-30 wt.% resin acid(s), 70-95 wt.% fatty acid(s), further comprising 1-10 wt.% crude sulphate turpentine(s), 0-1 wt.% anthraquinone and 2-8 vol% neutral components, wherein the process comprises a first pre-treatment step comprising a CTO wash and separation of impurities for the production of a refined CTO, followed by separation of volatile components having boiling points in the range of from 120-200°C in the refined CTO for the production of volatiles depleted tall oil stream, which is subsequently treated in a thin-film evaporator for removal of tall oil pitch, wherein the further refined tall oil stream substantially free from TOP is fed into a fractionation tower where it is fractionated into one stream of refined tall diesel being rich in components having boiling points in a range of 170-410°C and one stream of resin acid with a boiling point in the range of 410- 440oC, wherein CST is added to the RTD composition and at least part of said added CST component has been produced during said separation of volatile components having boiling points in the range of from 120-200oC from the refined CTO.
A water repellent film-forming composition comprising a mixture of: (a) a polysilazane having an optionally fluorinated C 3 -C 20 monovalent hydrocarbon group bonded to a silicon atom, (b) untreated metal oxide nanoparticles, metal oxide nanoparticles having an optionally fluorinated C 1 -C 20 monovalent hydrocarbon group on their surface, or metal oxide nanoparticles having an alkylsilyl or alkoxysilyl group on their surface, and (c) an aprotic solvent, wherein component (a) is a polysilazane having the general formula: [RSi 1.5] m [R a 2 Si 1.0] n [R b 3 Si 0.5] p wherein R is each independently an optionally fluorinated C 3 -C 20 monovalent hydrocarbon group, R a and R b are each independently an optionally fluorinated C 1 -C 20 monovalent hydrocarbon group, m is an integer of 1 to 100, n and p are each independently an integer of 0 to 100, and the sum of m, n and p is an integer of 4 to 300. (a) a polysilazane having an optionally fluorinated C 3 -C 20 monovalent hydrocarbon group bonded to a silicon atom, (b) untreated metal oxide nanoparticles, metal oxide nanoparticles having an optionally fluorinated C 1 -C 20 monovalent hydrocarbon group on their surface, or metal oxide nanoparticles having an alkylsilyl or alkoxysilyl group on their surface, and (c) an aprotic solvent, wherein component (a) is a polysilazane having the general formula: [RSi 1.5] m [R a 2 Si 1.0] n [R b 3 Si 0.5] p wherein R is each independently an optionally fluorinated C 3 -C 20 monovalent hydrocarbon group, R a and R b are each independently an optionally fluorinated C 1 -C 20 monovalent hydrocarbon group, m is an integer of 1 to 100, n and p are each independently an integer of 0 to 100, and the sum of m, n and p is an integer of 4 to 300.
A detection apparatus that is wearable on an eyeball, comprising a plurality of light-receiving elements arranged in regions of the detection apparatus, wherein each of the plurality of light receiving elements is adapted to receive light that is output from a light-emitting section and reflected by the sclera and/or iris of the eyeball, a light-emitting element that is adapted to output light, wherein the light-receiving element is provided near the light-emitting element, and a signal processing unit that is adapted to detect light-receiving amounts of the plurality of light-receiving elements, wherein the light-emitting element is formed of a plurality of the light-emitting sections, and the light-receiving element is provided near the light-emitting section, characterized in that the signal processing unit is adapted to determine a direction of the eyeball based on the light-receiving amounts of the plurality of light-receiving elements when the detection apparatus is worn on the eyeball. a plurality of light-receiving elements arranged in regions of the detection apparatus, wherein each of the plurality of light receiving elements is adapted to receive light that is output from a light-emitting section and reflected by the sclera and/or iris of the eyeball, a light-emitting element that is adapted to output light, wherein the light-receiving element is provided near the light-emitting element, and a signal processing unit that is adapted to detect light-receiving amounts of the plurality of light-receiving elements, wherein the light-emitting element is formed of a plurality of the light-emitting sections, and the light-receiving element is provided near the light-emitting section, characterized in that the signal processing unit is adapted to determine a direction of the eyeball based on the light-receiving amounts of the plurality of light-receiving elements when the detection apparatus is worn on the eyeball.
Method for detecting a resending by an electronic device of a frame previously sent by the electronic device, the electronic device sending each frame on one carrier frequency among a predetermined plurality of carrier frequencies, each sent frame comprising an identifier associated with the electronic device and a counter, the value of the counter remaining identical when a frame is resent and being incremented at the time of sending of a new frame, each sent frame being received by a plurality of radio receivers, known as gateways (120, 12i,..., 12N), each gateway being connected to the same central server and retransmitting each received frame to the central server, a response delay being predefined for sending in return a frame to the electronic device, the method being executed by the central server and comprising the steps of: - receiving (202, 208) a first frame comprising a first identifier and a first counter, - determining a first reception time of receiving the first frame, - storing the first reception time and the value of the first counter as reference parameters associated with a first identifier, - receiving a second frame comprising a second identifier and a second counter, if the second identifier is equal to the first identifier and if the value of the second counter is equal to the value of the first counter, then: - determining a second reception time of receiving the second frame and, if the time elapsed between the second reception time and the first reception time is greater than the predefined response delay, then the second frame is considered to be a resending of the first frame, and - updating the reference parameters associated with the first identifier by replacing the first reception time by the second reception time. - receiving (202, 208) a first frame comprising a first identifier and a first counter, - determining a first reception time of receiving the first frame, - storing the first reception time and the value of the first counter as reference parameters associated with a first identifier, - receiving a second frame comprising a second identifier and a second counter, - determining a second reception time of receiving the second frame and, - updating the reference parameters associated with the first identifier by replacing the first reception time by the second reception time.
Apparatus for use in performing an open wedge, high tibial osteotomy, the apparatus comprising: an adjustable base assembly, the adjustable base assembly comprising: a base; an anterior arm attached to the base; a first opening extending through the anterior arm and the base for receiving a frontal fixation pin for pivotally mounting the adjustable base assembly to a tibia; and a second opening extending through the base for receiving an antero-medial fixation pin for pinning the base to the tibia, characterised in that the apparatus further comprises a hinge pin slider slidably mounted to the anterior arm for selective disposition along the anterior arm, the hinge pin slider including a hinge pin aimer for receiving a hinge pin.
Device for removing residues of paint, lacquer and adhesive from paint, lacquer, and adhesive guns, comprising a container for collecting the residues, the container being configured such that during the internal rinsing of the guns, by means of a rinsing flow for the internal cleaning of the guns with a solvent, the degree of internal cleaning of the guns can be controlled visually, characterised in that the indicator element for displaying the degree of internal cleaning can be removed from the device.
A device for fixing a camera module circuit board, comprising: a base part; a pair of first fixing parts each facing the other, extending in a first direction from the base part; and a pair of second fixing parts each one facing the other, extending in the first direction from the base part and spaced apart from the first fixing part; wherein a PCB is fixed by the first fixing parts and the second fixing parts, wherein each first fixing part comprises first protruding parts protruding in a second direction perpendicular to the first direction from the first fixing part, wherein each second fixing part comprise second protruding parts in a third direction perpendicular the first and the second direction from the second fixing part, and wherein the PCB is disposed between a first protruding part and a second protruding part, characterized in that a first protruding part is formed by bending an area protruded from a lateral surface of a first fixing part, a second protruding part is formed by bending an area protruded from a lateral surface of a the second fixing part, both ends of a first protruding part and a corresponding second protruding part are disposed inner than an outer edge of the PCB, the first protruding part is contacted with a first surface of the PCB, and the corresponding second protruding part is contacted with a second surface of the PCB opposite to the first surface of the PCB. a base part; a pair of first fixing parts each facing the other, extending in a first direction from the base part; and a pair of second fixing parts each one facing the other, extending in the first direction from the base part and spaced apart from the first fixing part; wherein a PCB is fixed by the first fixing parts and the second fixing parts, wherein each first fixing part comprises first protruding parts protruding in a second direction perpendicular to the first direction from the first fixing part, wherein each second fixing part comprise second protruding parts in a third direction perpendicular the first and the second direction from the second fixing part, and wherein the PCB is disposed between a first protruding part and a second protruding part, characterized in that a first protruding part is formed by bending an area protruded from a lateral surface of a first fixing part, a second protruding part is formed by bending an area protruded from a lateral surface of a the second fixing part, both ends of a first protruding part and a corresponding second protruding part are disposed inner than an outer edge of the PCB, the first protruding part is contacted with a first surface of the PCB, and the corresponding second protruding part is contacted with a second surface of the PCB opposite to the first surface of the PCB.
An automated metallographic system for preparing and analyzing specimens, the system comprising: a programmable controller, a cutting compartment, a mounting device, a polishing station, a microscope, and an analyzer; wherein_the cutting compartment comprises a sectioning saw for cutting the specimen to expose a cross-section of a coating on the surface of the specimen; wherein_the programmable controller is communicatively coupled to the sectioning saw and operable to control the sectioning saw; wherein_the mounting device comprises a mold configured to receive the specimen processed at the cutting station, a resin supply, and a mixing head configured to dispense resin from the supply into the mold; wherein_the analyzer is communicably coupled to a processor and memory, the system is characterized in that: a robotic arm configured to move a specimen within the system; the processor is configured to algorithmically evaluate at least one output obtained by the microscope with regard to the specimen to make a pass/fail determination based upon the evaluation of the coating; and transmit a result of the pass/fail determination. a programmable controller, a cutting compartment, a mounting device, a polishing station, a microscope, and an analyzer; wherein_the cutting compartment comprises a sectioning saw for cutting the specimen to expose a cross-section of a coating on the surface of the specimen; wherein_the programmable controller is communicatively coupled to the sectioning saw and operable to control the sectioning saw; wherein_the mounting device comprises a mold configured to receive the specimen processed at the cutting station, a resin supply, and a mixing head configured to dispense resin from the supply into the mold; wherein_the analyzer is communicably coupled to a processor and memory, the system is characterized in that: a robotic arm configured to move a specimen within the system; the processor is configured to algorithmically evaluate at least one output obtained by the microscope with regard to the specimen to make a pass/fail determination based upon the evaluation of the coating; and transmit a result of the pass/fail determination. wherein_the programmable controller is communicatively coupled to the sectioning saw and operable to control the sectioning saw; wherein_the mounting device comprises a mold configured to receive the specimen processed at the cutting station, a resin supply, and a mixing head configured to dispense resin from the supply into the mold; wherein_the analyzer is communicably coupled to a processor and memory, the system is characterized in that: a robotic arm configured to move a specimen within the system; the processor is configured to algorithmically evaluate at least one output obtained by the microscope with regard to the specimen to make a pass/fail determination based upon the evaluation of the coating; and transmit a result of the pass/fail determination.
A light diffusion type light emitting diode comprising: a light emitting diode positioned on a substrate to emit a light; and an encapsulating layer enclosing the light emitting diode, including an encapsulating material and microspheres dispersed in the encapsulating material, characterized in that the encapsulating material includes at least two polymers having differing refractive indices, which are separated partly in micro-phase, so that at least one of the polymers forms said microspheres.
A print bar structure, comprising a single part having: an exterior printhead attach surface for attaching multiple printheads to the print bar structure; an interior bay for holding a liquid distribution part; multiple openings from the interior bay to the exterior printhead attach surface; and a datum comprising a first reference surface and second reference surface, each located at a respective predetermined distance from the printhead attach surface and facing in the same direction as the printhead attach surface, wherein: the printhead attach surface comprises multiple printhead attach surfaces each being configured to attach a printhead to the print bar structure a predetermined distance from the datum; and one or more of the multiple openings extends from the interior bay to each of the printhead attach surfaces, characterized in that the single part is a single molded plastic part. an exterior printhead attach surface for attaching multiple printheads to the print bar structure; an interior bay for holding a liquid distribution part; multiple openings from the interior bay to the exterior printhead attach surface; and a datum comprising a first reference surface and second reference surface, each located at a respective predetermined distance from the printhead attach surface and facing in the same direction as the printhead attach surface, wherein: the printhead attach surface comprises multiple printhead attach surfaces each being configured to attach a printhead to the print bar structure a predetermined distance from the datum; and one or more of the multiple openings extends from the interior bay to each of the printhead attach surfaces, characterized in that the single part is a single molded plastic part. the printhead attach surface comprises multiple printhead attach surfaces each being configured to attach a printhead to the print bar structure a predetermined distance from the datum; and one or more of the multiple openings extends from the interior bay to each of the printhead attach surfaces, characterized in that the single part is a single molded plastic part.
Vehicle crane comprising hydropneumatic suspension and comprising a braking system having wheel brakes (4a, 4b) and having a first braking circuit assigned to the wheel brakes (4a, 4b) of at least one vehicle axle (A6, A7, A8) and at least a second braking circuit assigned to the wheel brakes (4a, 4b) of at least one further vehicle axle (A1, A2, A3, A4, A5), characterised in that the hydropneumatic suspension is coupled to at least one automatic load-dependent braking force regulator which is operatively connected to one of the braking circuits (K1, K2) or one of the braking circuit portions (K2.1, K2.2) thereof such that, on the basis of a weight state signal of the vehicle crane which can be generated from the hydropneumatic suspension, a braking pressure which can be generated within the braking circuit or braking circuit portion (K2.2) coupled to the automatic load-dependent braking force regulator can be changed in relation to a braking pressure (P2, P3) which can be generated simultaneously within the other braking circuit or braking circuit portion (K2.1), wherein the braking pressure that can be generated within the braking circuit or braking circuit portion (K2.2) coupled to the automatic load-dependent braking force regulator corresponds to the braking pressure (P2, P3) that can be generated simultaneously within the other braking circuit and/or braking circuit portion (K2.1) without being changed by the automatically load-dependent braking force regulator, wherein the braking pressure that can be generated within the braking circuit or braking circuit portion (K2.2) coupled to the automatic load-dependent braking force regulator can be regulated, in particular can be reduced, by the automatic load-dependent braking force regulator compared with the value of the braking pressure (P2, P3) that can be generated simultaneously within the other braking circuit and/or braking circuit portion (K2.1).
A method of manufacturing an electrochemical device, comprising: depositing a layer stack of said electrochemical device over a substrate; and microwave annealing a layer in said layer stack, wherein said microwave annealing includes selecting annealing conditions with preferential microwave energy absorption in said layer, wherein the layer stack further comprises an interlayer of a thermoelectric material, said interlayer providing thermal isolation, and wherein the thermoelectric material is Bi 2 Te 3. depositing a layer stack of said electrochemical device over a substrate; and microwave annealing a layer in said layer stack, wherein said microwave annealing includes selecting annealing conditions with preferential microwave energy absorption in said layer, wherein the layer stack further comprises an interlayer of a thermoelectric material, said interlayer providing thermal isolation, and wherein the thermoelectric material is Bi 2 Te 3.
A method of manufacturing a brush comprising a bristle part and a carrier into which the bristle part protrudes and in which it is fastened, the bristle part including bristles which are fastened by means of wire sections twisted with each other, characterized by the following steps: providing an anchor part on the carrier-side end of the bristle part and, subsequently, thrusting the anchor part and the carrier-side end of the bristle part jointly into a hole in the carrier, accompanied by a deformation of the hole wall by the anchor part for a non-detachable anchoring of the bristle part in the carrier, at least one wire section, preferably both wire sections twisted with each other, being bent at the carrier-side end to receive the anchor part in the bent carrier-side end. providing an anchor part on the carrier-side end of the bristle part and, subsequently, thrusting the anchor part and the carrier-side end of the bristle part jointly into a hole in the carrier, accompanied by a deformation of the hole wall by the anchor part for a non-detachable anchoring of the bristle part in the carrier, at least one wire section, preferably both wire sections twisted with each other, being bent at the carrier-side end to receive the anchor part in the bent carrier-side end.