mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting machine for cutting expanded resins, fibers or fabrics, which comprises: - a cutting portal which comprises at least one first upright unit and a plurality of pulleys, - a cutting element which is functionally engaged by the pulleys of the cutting portal ; - a feed unit for feeding a workpiece, which cooperates with the cutting portal in order to bring the workpiece to the cutting element in order to cut the workpiece; - a tensioning system for tensioning the cutting element , which is configured to apply at least a tensioning load to the cutting element , wherein the tensioning system comprises: - measurement means for measuring the tensioning load applied to the cutting element , which are configured to measure a value of said tensioning load during a cutting work step of the machine and - means for applying and adjusting the tensioning load which are functionally connected to said measurement means in order to modify the tensioning load applied to the cutting element in a cutting work step of the machine , characterized in that the tensioning system for tensioning the cutting element comprises elastic means and wherein the adjustment means comprise an actuator which is coupled to the elastic means in order to apply a load to the elastic element , wherein the measurement means for measuring the tensioning load are configured to measure a load of the elastic element . - a cutting portal which comprises at least one first upright unit and a plurality of pulleys, - a cutting element which is functionally engaged by the pulleys of the cutting portal ; - a feed unit for feeding a workpiece, which cooperates with the cutting portal in order to bring the workpiece to the cutting element in order to cut the workpiece; - a tensioning system for tensioning the cutting element , which is configured to apply at least a tensioning load to the cutting element , - measurement means for measuring the tensioning load applied to the cutting element , which are configured to measure a value of said tensioning load during a cutting work step of the machine and - means for applying and adjusting the tensioning load which are functionally connected to said measurement means in order to modify the tensioning load applied to the cutting element in a cutting work step of the machine , characterized in that the tensioning system for tensioning the cutting element comprises elastic means and wherein the adjustment means comprise an actuator which is coupled to the elastic means in order to apply a load to the elastic element , wherein the measurement means for measuring the tensioning load are configured to measure a load of the elastic element .
A cable for a receiver-in-the canal hearing device , the hearing device comprising an in-the-canal part with a receiver and a behind-the-ear part with an electronic module , wherein the cable is adapted to connect the in-the-canal part and the behind-the-ear part , wherein the cable is configured as or comprises a flexible printed circuit board having a plurality of conductor tracks , the cable further comprising an electrical insulation , characterized in that the electrical insulation is formed by one of - cable extrusion, - embedding in a cast and - encapsulating within at least two plastic parts which are connected to each other by gluing or ultrasonic welding, wherein a plastically deformable wire is embedded in the insulation , wherein the electrical insulation is integrally formed with at least one pull relief at at least one end of the flexible printed circuit board , the pull relief being configured to be mechanically fixed to the in-the-canal part or to the behind-the-ear part of the receiver-in-the canal hearing device . - cable extrusion, - embedding in a cast and - encapsulating within at least two plastic parts which are connected to each other by gluing or ultrasonic welding,
A transformant which is defective in the functions of the gene encoding a phosphate transporter protein and the gene encoding a phosphate ester transporter protein and into which a gene encoding a hypophosphite transporter protein is introduced, the transformant being incapable of utilizing phosphate for proliferation but capable of utilizing phosphite for proliferation, the transformant being a microorganism or a plant, the phosphate transporter protein having activity to take both phosphate and a reduced phosphorous compound into cells, the phosphate ester transporter protein having activity to take phosphate ester into cells, the hypophosphite transporter protein having a function to transport a reduced phosphorous compound to cells but transport no phosphate.
A head-up display projector comprising: a light source for forming a projection image; and a reflection member having a selective reflection layer that reflects visible light and is constituted by two or more layers having selective reflection center wavelengths different from each other and an interference suppression layer that has a thickness of 10 μm or more, wherein in the reflection member , the interference suppression layer is located closer to a side on which light from the light source is incident than the selective reflection layer is, characterized in that the interference suppression layer has a thickness of 80 μm or more, and the light source includes LEDs. a light source for forming a projection image; and a reflection member having a selective reflection layer that reflects visible light and is constituted by two or more layers having selective reflection center wavelengths different from each other and an interference suppression layer that has a thickness of 10 μm or more, wherein in the reflection member , the interference suppression layer is located closer to a side on which light from the light source is incident than the selective reflection layer is, characterized in that the interference suppression layer has a thickness of 80 μm or more, and the light source includes LEDs.
Extractor hood comprising a chimney , at least one fan and at least one odour filter element , arranged downstream of the fan in the direction of flow in the extractor hood , characterised in that the extractor hood has a circulating air filter unit with a filter drawer , wherein at least one of the odour filter elements is accommodated in a removable manner in the filter drawer , which filter drawer can be displaced laterally in a guided manner against at least one further part of the extractor hood, and wherein the filter drawer has at least one front, which at least partially forms at least one outer surface of the circulating air unit, wherein the circulating air filter unit is arranged on the chimney and forms at least partially a part of the outer side of the extractor hood .
A handheld oxygen generator assembly for use in extreme and remote environments, comprising: a) a chemical oxygen generator container configured to produce oxygen in an exothermic chemical reaction; b) a containment layer surrounding at least a majority of an exposed, contactable exterior surface of the chemical oxygen generator container ; said containment layer comprising: i. an insulating layer comprising at least one sheet of silica aerogel; ii. a barrier layer configured to protect the at least one silica aerogel from contaminants and to prevent the at least one silica aerogel sheet from coming into contact with a user, characterised in that the barrier layer comprises: A) at least one layer of fibreglass surrounding the insulating layer ; B) foil tape for retaining the at least one layer of fibreglass and the insulating layer ; and C) shrink tubing for retaining together the at least one layer of fibreglass , the insulating layer and the foil tape . a) a chemical oxygen generator container configured to produce oxygen in an exothermic chemical reaction; b) a containment layer surrounding at least a majority of an exposed, contactable exterior surface of the chemical oxygen generator container ; said containment layer comprising: i. an insulating layer comprising at least one sheet of silica aerogel; ii. a barrier layer configured to protect the at least one silica aerogel from contaminants and to prevent the at least one silica aerogel sheet from coming into contact with a user, characterised in that the barrier layer comprises: A) at least one layer of fibreglass surrounding the insulating layer ; B) foil tape for retaining the at least one layer of fibreglass and the insulating layer ; and C) shrink tubing for retaining together the at least one layer of fibreglass , the insulating layer and the foil tape . i. an insulating layer comprising at least one sheet of silica aerogel; ii. a barrier layer configured to protect the at least one silica aerogel from contaminants and to prevent the at least one silica aerogel sheet from coming into contact with a user, characterised in that the barrier layer comprises: A) at least one layer of fibreglass surrounding the insulating layer ; B) foil tape for retaining the at least one layer of fibreglass and the insulating layer ; and C) shrink tubing for retaining together the at least one layer of fibreglass , the insulating layer and the foil tape . A) at least one layer of fibreglass surrounding the insulating layer ; B) foil tape for retaining the at least one layer of fibreglass and the insulating layer ; and C) shrink tubing for retaining together the at least one layer of fibreglass , the insulating layer and the foil tape .
A detector module for a modular x-ray detector, wherein the detector module comprises multiple x-ray detector substrates and associated anti-scatter collimators , wherein each x-ray detector substrate has a number of detector diodes, and each x-ray detector substrate has an associated anti-scatter collimator , wherein the x-ray detector substrates are tiled with respect to each other to form the detector module, wherein the anti-scatter collimators are anti-scatter foils or plates, which are positioned between the x-ray detector substrates, wherein the anti-scatter foils are thinner than the x-ray detector substrates, wherein the x-ray detector substrates define the active detector volume consisting of the diodes, wherein the x-ray detector substrates and the anti-scatter collimators have a length direction, and x-ray detector substrates and the anti-scatter collimators are aligned to point to an x-ray source in the length direction, wherein each x-ray detector substrate has an integrated circuit for collecting x-ray signals from the diodes, wherein the integrated circuit is attached to the x-ray detector substrate at the bottom of the x-ray detector substrate in the length direction assuming the top is where the x-rays enter, and the associated anti-scatter collimator is placed above the integrated circuit to protect the integrated circuit from radiation.
Assembly formed by at least one drawer side wall and at least one connection device for connecting the at least one drawer side wall to at least one further drawer wall , in particular a front panel, wherein the at least one connection device comprises at least one retaining device which is or can be arranged in the at least one drawer side wall and at least one mounting device which can be secured to the further drawer wall , the at least one retaining device has at least one retaining bar and at least one guide , and the at least one retaining bar is arranged in the at least one guide displaceable between a retaining position, in which the at least one retaining bar retains the mounting device , and a release position, in which the at least one retaining bar releases the mounting device , wherein the at least one drawer side wall is manufactured from a, preferably non-metallic, material, particularly preferably from wood or at least one wood substitute, and the at least one guide is formed, preferably milled out, in the material of the at least one drawer side wall , wherein the at least one retaining bar is mounted in the at least one guide directly and immediately displaceable, characterized in that at least one height-adjustment device , with which a location of the at least one mounting device is adjustable in a transverse direction of the at least one drawer side wall , is arranged in the at least one drawer side wall , preferably wherein a location of the at least one mounting device is adjustable relative to the at least one retaining bar with the at least one height-adjustment device , preferably wherein the at least one retaining bar is formed substantially plate-shaped and is arranged substantially in a longitudinal plane of the at least one drawer side wall .
A blood coagulation system examination module comprising a thrombin potential examination unit configured to examine thrombin potential on a basis of an electrical property of blood as measured at a specific frequency and predetermined time intervals in a predetermined period after reversal of an anticoagulation action working on the blood, wherein the thrombin potential examination unit is configured to examine the thrombin potential on a basis of a value G max /A max obtained by dividing a maximum gradient (G max ) of a waveform of the electrical property at the specific frequency in the predetermined period with a maximum amplitude (A max ) of the waveform of the electrical property at the specific frequency in the predetermined period.
Device for providing fluids under a specifiable pressure for the pressure supply of a consumer, such as a working unit of an SCR (selective catalytic reduction) system for treating the exhaust gas of internal combustion engines, having at least one pump which, in a fluid circuit formed between a fluid reservoir and the consumer , draws the fluid in question from the fluid reservoir and feeds said fluid to the consumer , wherein a line branch , which contains a throttling point , and a valve assembly are provided in the fluid circuit , which valve assembly can be actuated into a switching position connecting the fluid reservoir to the pump , in which switching position a flow path containing the line branch having the throttling point is formed, and which valve assembly can be actuated into a second switching position interrupting the supply of the consumer, in which second switching position a flow path connecting the pump to the environment is formed, characterised in that the pump is a positive displacement pump, wherein a displacement element is formed by a metal bellows having the shape of a corrugated bellows which encloses a fluid space inside the pump housing .
Free available chlorine (FAC) water for use in treating or reducing the incidence of an infection in a mammal caused by a biofilm containing an infectious microorganism present on the surface of a tissue wherein: (a) the pH of the FAC water is from 7.3 to 7.5; (b) the concentration of oxychlorine species in the FAC water is from 80 mg/L to 200 mg/L, wherein the oxychlorine species comprises hypochlorous acid and sodium hypochlorite; (c) the biofilm is present on tissue which has been impaired or damaged by one or more burns, cuts, abrasions, scrapes, rashes, ulcers, puncture wounds or combinations thereof; and (d) the infectious microorganism is selected from the group consisting of Pseudomonas sp., Haemophilus sp., Pneumococcus sp., Candida sp., Mycobacterium sp., Staphylococcus sp., Stenotrophomonas sp., Streptococcus sp., Escherichia sp., Mycoplasma sp., and combinations thereof. (a) the pH of the FAC water is from 7.3 to 7.5; (b) the concentration of oxychlorine species in the FAC water is from 80 mg/L to 200 mg/L, wherein the oxychlorine species comprises hypochlorous acid and sodium hypochlorite; (c) the biofilm is present on tissue which has been impaired or damaged by one or more burns, cuts, abrasions, scrapes, rashes, ulcers, puncture wounds or combinations thereof; and (d) the infectious microorganism is selected from the group consisting of Pseudomonas sp., Haemophilus sp., Pneumococcus sp., Candida sp., Mycobacterium sp., Staphylococcus sp., Stenotrophomonas sp., Streptococcus sp., Escherichia sp., Mycoplasma sp., and combinations thereof.
A method performed by a network exposure node, comprising: receiving , from a server, a request for subscribing to a monitoring report related to a device failure predicted for a terminal device that can be enabled by an operator node, wherein the request comprises a data structure "MonitoringEventSubscription" having an attribute "monitoringType" set to "predictedDeviceFailure"; transmitting the monitoring request for subscribing to the monitoring report to the operator node; receiving the monitoring report indicating a predicted device failure for the terminal device from the operator node, wherein the monitoring report comprises a data structure "MonitoringEventNotification" having a parameter "predictedDeviceFailure" in a data type "monitoringEventReports", the parameter "predictedDeviceFailure" being set to the predicted device failure; and transmitting the monitoring report to the server. receiving , from a server, a request for subscribing to a monitoring report related to a device failure predicted for a terminal device that can be enabled by an operator node, wherein the request comprises a data structure "MonitoringEventSubscription" having an attribute "monitoringType" set to "predictedDeviceFailure"; transmitting the monitoring request for subscribing to the monitoring report to the operator node; receiving the monitoring report indicating a predicted device failure for the terminal device from the operator node, wherein the monitoring report comprises a data structure "MonitoringEventNotification" having a parameter "predictedDeviceFailure" in a data type "monitoringEventReports", the parameter "predictedDeviceFailure" being set to the predicted device failure; and transmitting the monitoring report to the server.
A system configured to enable sterile compounding, comprising: a scale with a base portion and a disposable platen supported by the base portion , the scale configured to be in communication with a user display which is configured to display an output of the scale ; and an image capture device configured to capture at least one image of an object placed on the platen , the image capture device in communication with the user display which is configured to display the captured image, characterized in that the disposable platen comprises an absorbent material configured to absorb a liquid used in the sterile compounding process. a scale with a base portion and a disposable platen supported by the base portion , the scale configured to be in communication with a user display which is configured to display an output of the scale ; and an image capture device configured to capture at least one image of an object placed on the platen , the image capture device in communication with the user display which is configured to display the captured image, characterized in that the disposable platen comprises an absorbent material configured to absorb a liquid used in the sterile compounding process.
A light-diffuser comprising: a transparent resin ; and transparent particles dispersed in the transparent resin, wherein the transparent resin has a refractive index that is different from a refractive index of the transparent particles, and at least one portion of an outer periphery of each of the transparent particles is compatibilized with the transparent resin disposed in a vicinity of each of the transparent particles, respectively, wherein the transparent resin infiltrates a portion of the outer periphery of each of the transparent particles, the refractive index of the transparent particles continuously changes at the interface between the transparent particles and the transparent resin, and a refractive index gradient exists between a refractive index n 1 of each of the transparent particles and a refractive index n M of surfaces of the transparent particles, characterised in that a glass transition temperature (Tg) of the transparent resin is in a range of -60°C to 200°C, and wherein the refractive index n 1 of each of the transparent particles, the refractive index n 2 of the transparent resin, and the refractive index n M of the surfaces of the transparent particles in the compatibilized state with the transparent resin satisfy a relationship n 2 < n M < n 1 . a transparent resin ; and transparent particles dispersed in the transparent resin, wherein the transparent resin has a refractive index that is different from a refractive index of the transparent particles, and at least one portion of an outer periphery of each of the transparent particles is compatibilized with the transparent resin disposed in a vicinity of each of the transparent particles, respectively, wherein the transparent resin infiltrates a portion of the outer periphery of each of the transparent particles, the refractive index of the transparent particles continuously changes at the interface between the transparent particles and the transparent resin, and a refractive index gradient exists between a refractive index n 1 of each of the transparent particles and a refractive index n M of surfaces of the transparent particles, characterised in that a glass transition temperature (Tg) of the transparent resin is in a range of -60°C to 200°C, and wherein the refractive index n 1 of each of the transparent particles, the refractive index n 2 of the transparent resin, and the refractive index n M of the surfaces of the transparent particles in the compatibilized state with the transparent resin satisfy a relationship n 2 < n M < n 1 .
An engine fuel rail arrangement, comprising an engine including a camshaft and a fuel rail first mounting bracket , and a fuel rail fixed thereto, and a fuel rail second mounting bracket , said fuel rail including one or more outlets connected to respective fuel injector pipes , wherein said arrangement includes common fixing means to fix both the fuel rail to the fuel rail first mounting bracket and fix said fuel injector pipes to respective outlets in the fuel rail , wherein said fuel rail first mounting bracket includes at least one mounting surface for mounting of said fuel rail and said common fixing means includes clamping means adapted to provide a force to hold/fix said pipe(s) into position to respective fuel outlets on the fuel rail , said force additionally providing force to secure said fuel rail to said fuel rail first mounting bracket , characterised in that the fuel rail first mounting bracket includes a portion which surrounds or partially surrounds said camshaft of the engine.