mhurhangee/patent-ind-claim-en huggingface dataset:
An ice-maker comprising: a cold-air hole for receiving cold air; an upper tray positioned to be exposed to the cold-air flowing from the cold-air hole ; a lower tray pivotable, with respect to the upper tray , between an open position and a closed position, wherein the lower tray in the closed position is configured to be coupled to the upper tray to define a plurality of sequentially/linearly arranged spherical ice chambers therebetween; a driver for pivoting the lower tray ; and the ice-maker characterized by at least one thermally-insulating portion formed at an upper face of the upper tray and corresponding to at least one of the ice chambers respectively, wherein the at least one thermally-insulating portion is configured to reduce heat-transfer between an inside of the ice chamber and an outside of the ice chamber through a section of the ice chamber at which the thermally-insulating portion is formed; wherein the corresponding ice chamber at which the thermally-insulating portion is formed is located closest to the cold-air hole , and no thermally-insulating portion is formed at the ice chamber that is located further downstream. a cold-air hole for receiving cold air; an upper tray positioned to be exposed to the cold-air flowing from the cold-air hole ; a lower tray pivotable, with respect to the upper tray , between an open position and a closed position, wherein the lower tray in the closed position is configured to be coupled to the upper tray to define a plurality of sequentially/linearly arranged spherical ice chambers therebetween; a driver for pivoting the lower tray ; and the ice-maker characterized by at least one thermally-insulating portion formed at an upper face of the upper tray and corresponding to at least one of the ice chambers respectively, wherein the at least one thermally-insulating portion is configured to reduce heat-transfer between an inside of the ice chamber and an outside of the ice chamber through a section of the ice chamber at which the thermally-insulating portion is formed; wherein the corresponding ice chamber at which the thermally-insulating portion is formed is located closest to the cold-air hole , and no thermally-insulating portion is formed at the ice chamber that is located further downstream.
An aircraft runway comprising a vehicle arresting system, said vehicle arresting system comprising: a plurality of cores formed of a polymeric foam material, wherein the plurality of cores are installed at the end of the aircraft runway; characterised in that : the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant. a plurality of cores formed of a polymeric foam material, wherein the plurality of cores are installed at the end of the aircraft runway; characterised in that : the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant. the polymeric foam material comprises polystyrene, polyurethane, polyester, or polypropylene, and does not include a phenolic foam, a coating is formed around each individual core such that each individual core is fully encapsulated, wherein said coating is flame retardant.
A buccal delivery dosage form for buccal mucosal absorption of a therapeutic gas in the mouth of a subject, said buccal delivery dosage form comprising: a) at least one crystallized excipient; and b) at least one therapeutic gas entrapped within the crystalized excipient, for use as a medicament for administering a therapeutic gas as active ingredient in the mouth of a subject. a) at least one crystallized excipient; and b) at least one therapeutic gas entrapped within the crystalized excipient,
Blowing or stretch-blowing machine for bottles or containers made of polymer material, the machine having a plurality of molds movable on a transport system, wherein each of said molds comprises a first half-mold and a second half-mold hinged around a hinge axis and a bottom plate , and means for vertical/translation movement of the bottom plate, to cyclically form, in cooperation with suitable shaped portions (S), a closed cavity adapted to receive a preheated preform and to allow the expansion by blowing or stretch-blowing of the preform inside the cavity to obtain a bottle or container, wherein each of said molds comprises a system for synchronized opening/closing of the half-molds and of the bottom plate actuated by an its own actuator independent of the motorization of the machine and wherein each half-mold has a C-shaped cross section, comprising a front portion , a side portion and a rear portion and wherein the bottom plate is vertically slidable on a guide element by means of a slide , characterized in that the mold comprises a sliding member having a slide slidably mounted on guide means , said sliding member being movable between an advanced position (or closed position) and a retreated position (or open position) along a direction defined by a straight line lying in the vertical plane that divides the half-molds and wherein the sliding member is connected to the two half-molds by means of respective connecting rods , said connecting rods having first ends coaxially hinged on the sliding member and second ends respectively hinged at the junction point between the side portions and the rear portions of the half-molds , such that when the sliding member is in an advanced position the mold 1 is closed; conversely, when the sliding member is in a retreated position the mold is open, and in that the sliding member is also operatively connected to an opening-closing mechanism of the bottom plate .
A method for laser beam welding of a workpiece , wherein a laser beam directed at the workpiece is moved relative to the workpiece , so that the workpiece is welded along a weld seam , wherein a weld pool is formed on the workpiece in the area surrounding the laser beam , wherein the weld pool has a characteristic oscillation frequency f co , wherein a laser power (P) of the laser beam is modulated at least intermittently with a modulation frequency f and a modulation amplitude Π, with Π = 1 − P min P max , with P min : minimal laser power during a modulation period, and P max : maximal laser power during a modulation period, and wherein the workpiece is made of steel, in particular QT steel or case-hardened steel, characterised in that the modulation frequency f is chosen such that for a normalized characteristic oscillation frequency Λ co of the weld pool and a normalized modulation frequency Λ applies: Λ ≥ 2.2 ∗ Λ co , preferably Λ ≥ 2.7 ∗ Λ co , with Λ = f ⋅ d f v ν: feed rate of the laser beam relative to the workpiece ; and d f : diameter of a laser beam focal spot of the laser beam , and Λ co = f co test ⋅ d f , co test v co test determined from a test measurement with the laser beam without modulation of the laser power (P), with f co test : measured characteristic oscillation frequency in the test measurement; d f,co test : diameter of the laser beam focal spot during the test measurement; ν co test : feed rate of laser beam relative to the workpiece during the test measurement.
A method of collecting and concentrating Xe from air, comprising: drawing air through a filter and into an air compressor to form a compressed air stream; removing water from the compressed air stream; passing the compressed air stream through a dryer to produce a dried air stream with decreased levels of CO 2 ; passing the dried air stream through a microchannel heat exchanger/recuperator to reduce the temperature of the air stream to -90 °C or below to produce a cold, dry air stream; passing the cold, dry air stream through a cyrocooler to reduce the temperature of the stream by at least an additional -5 °C and passing the resulting stream through a cold Xe trap where Xe is adsorbed on adsorbent in the cold trap; and wherein, after passing through the cold Xe trap, the cold, dry air becomes a xenon-depleted cold, dry air stream which then passes into coolant channels of the microchannel heat exchanger/recuperator to cool the dried air stream. drawing air through a filter and into an air compressor to form a compressed air stream; removing water from the compressed air stream; passing the compressed air stream through a dryer to produce a dried air stream with decreased levels of CO 2 ; passing the dried air stream through a microchannel heat exchanger/recuperator to reduce the temperature of the air stream to -90 °C or below to produce a cold, dry air stream; passing the cold, dry air stream through a cyrocooler to reduce the temperature of the stream by at least an additional -5 °C and passing the resulting stream through a cold Xe trap where Xe is adsorbed on adsorbent in the cold trap; and wherein, after passing through the cold Xe trap, the cold, dry air becomes a xenon-depleted cold, dry air stream which then passes into coolant channels of the microchannel heat exchanger/recuperator to cool the dried air stream.
An explainer system for explaining output of a prediction system comprising a system-monitor machine learning model trained to predict states of a monitored system , wherein the monitored system comprises industrial equipment, the explainer system comprising: a perturbator configured to apply predetermined perturbations to original sample data collected from the monitored system to produce perturbed sample data , the explainer system being configured to input the perturbed sample data to the prediction system ; a tester configured to receive model output from the prediction system , the model output comprising original model output produced by the system-monitor machine learning model based on the original sample data and deviated model output produced by the system-monitor machine learning model based on the perturbed sample data , the deviated model output comprising deviations from the original model output , the deviations resulting from the applied perturbations; the original model output comprising a prediction concerning one or more of (i) a future state of the monitored system; (ii) a current state of the monitored system; (iii) a problem or fault in the monitored system; and an extractor configured to receive data defining the perturbations and the resulting deviations and to extract therefrom important features for explaining the model output. a perturbator configured to apply predetermined perturbations to original sample data collected from the monitored system to produce perturbed sample data , the explainer system being configured to input the perturbed sample data to the prediction system ; a tester configured to receive model output from the prediction system , the model output comprising original model output produced by the system-monitor machine learning model based on the original sample data and deviated model output produced by the system-monitor machine learning model based on the perturbed sample data , the deviated model output comprising deviations from the original model output , the deviations resulting from the applied perturbations; the original model output comprising a prediction concerning one or more of (i) a future state of the monitored system; (ii) a current state of the monitored system; (iii) a problem or fault in the monitored system; and an extractor configured to receive data defining the perturbations and the resulting deviations and to extract therefrom important features for explaining the model output.
An electrically driven scroll compressor comprising: a compression mechanism accommodation housing member for accommodating a compression mechanism that is a combination of a fixed scroll and an orbiting scroll ; a motor accommodation housing member for accommodating an electric motor for driving the compression mechanism ; and an inverter accommodation housing member for accommodating an inverter device for driving and controlling the electric motor , wherein the motor accommodation housing member includes a cylindrical motor fixing part to which a stator of the electric motor is fixed by close-fitting, an end plate having an orbiting scroll side end surface that is a support surface for the orbiting scroll , and a low rigidity part for making connection between the motor fixing part and the end plate and wherein the low rigidity part has rigidity lower than in the motor fixing part and the end plate and characterized in that the low rigidity part has a constriction part formed by recessing a part between the motor fixing part and the end plate of the motor accommodation housing member radially inward. a compression mechanism accommodation housing member for accommodating a compression mechanism that is a combination of a fixed scroll and an orbiting scroll ; a motor accommodation housing member for accommodating an electric motor for driving the compression mechanism ; and an inverter accommodation housing member for accommodating an inverter device for driving and controlling the electric motor , wherein the motor accommodation housing member includes a cylindrical motor fixing part to which a stator of the electric motor is fixed by close-fitting, an end plate having an orbiting scroll side end surface that is a support surface for the orbiting scroll , and a low rigidity part for making connection between the motor fixing part and the end plate and wherein the low rigidity part has rigidity lower than in the motor fixing part and the end plate and characterized in that the low rigidity part has a constriction part formed by recessing a part between the motor fixing part and the end plate of the motor accommodation housing member radially inward.
A method for liquid detection, comprising: implementing CT imaging and XRD imaging on one or more liquid planes of liquid contained in a container at the same time by rotating the container so that X-rays from a same radiation source scan a whole area of each of the one or more liquid planes (S102); and generating a substance identification result for the liquid contained in the container based on a CT image and a XRD image, wherein the CT imaging and the XRD imaging are implemented on a same liquid plane or different liquid planes (S104). implementing CT imaging and XRD imaging on one or more liquid planes of liquid contained in a container at the same time by rotating the container so that X-rays from a same radiation source scan a whole area of each of the one or more liquid planes (S102); and generating a substance identification result for the liquid contained in the container based on a CT image and a XRD image, wherein the CT imaging and the XRD imaging are implemented on a same liquid plane or different liquid planes (S104).
An anti-pig-h3 neutralizing antibody for use in a method to activate the anti-tumoral CD8+T cell response of a patient affected with a cancer, wherein the cancer expresses βig-h3.
Valve assembly for controlling a lifting mechanism or a mounted implement of a mobile working implement, in particular of an agricultural utility vehicle, wherein the lifting mechanism or the mounted implement has a lifting cylinder , wherein the valve assembly comprises a continuously adjustable directional control valve , which has a working connection (A), which can be brought into pressure medium connection with a pressure chamber of the lifting cylinder effective in a first actuating direction and which has a further working connection (B), which can be brought into pressure medium connection with a second pressure chamber of the lifting cylinder effective in a second actuating direction, wherein the directional control valve has a tank connection (T) and a pressure connection (P), wherein opening cross sections between the connections can be opened up or shut by adjusting a slide of the directional control valve , the slide has two active-lowering control edges via which, when the slide is adjusted into an active-lowering region (lowering active ), an inlet cross section can be opened up or shut in the direction of the pressure chamber effective in the second actuating direction and at the same time a discharge cross section can be opened up or shut, preferably in the opposite direction, from the pressure chamber effective in the second actuating direction in the direction of the tank connection (T), characterized by at least one unlockable nonreturn valve which is arranged in a pressure medium flow path to the pressure chamber effective in the first actuating direction from the working connection connectable thereto and which is mechanically coupled to the slide so that the nonreturn valve can be opened up at least when the slide is adjusted into the active-lowering region (lowering active ).
Steering column module for a motor vehicle, having a mounting element which is fixed to the vehicle and a sleeve element which is received in the mounting element and for setting the steering column module is mounted so as to be displaceable in the axial direction in the mounting element ; an energy absorption device which is able to be fixedly coupled to the mounting element and is fixedly connected to the sleeve element , wherein the energy absorption device in the event of a vehicle crash is deformed as a result of the longitudinal displacement of the sleeve element and herein absorbs part of the kinetic energy of the sleeve element ; a locking element which has an open position and a closed position, wherein the locking element in the open position permits an adjustment of the sleeve element and in the closed position establishes the physical position of said sleeve element ; a coupling device with a coupling element which has a coupled position and a decoupled position; wherein the energy absorption device has at least a first absorption element and a second absorption element which in the event of a vehicle crash are in each case configured so as to plastically deform on account of a relative movement of the sleeve element in relation to the mounting element ; wherein, in the coupled position of the coupling device , the first absorption element is fixedly coupled to the second absorption element by way of the coupling element ; wherein, in the closed position of the locking element , at least the first absorption element is fixedly coupled to the mounting element and, in the open position, the coupling element conjointly with the sleeve element is movable in the axial direction; and wherein, during a normal operation of the motor vehicle, the locking element is situated in the closed position and the coupling device is situated in the coupled position; characterized in that the coupling device comprises an adjustment element which has a first position and a second position, wherein the adjustment element in the first position holds the coupling element in the coupled position, and in the second position holds the coupling element in the decoupled position; wherein the adjustment element is a guide part which has an upper side that is configured as a longitudinal guide and is in contact with the coupling element and on a lower side opposite the upper side has wedge-shaped convexities .
A method comprising: bonding a connector to a bamboo pole, said connector comprising a body formed with an internal passageway that opens to an outer contour of said connector , by inserting said outer contour of said connector into an open end of said bamboo pole and causing an adhesive to flow into said internal passageway and flow to said outer contour of said connector such that said adhesive coats a gap between said outer contour of said connector and an inner contour of said bamboo pole and bonds said connector to said bamboo pole, and wherein said connector is rotatable along its longitudinal axis after insertion into said bamboo pole to help smear said adhesive around said outer contour of said connector , and said internal passageway that opens to an outer contour of said connector comprises a transverse aperture which communicates with a longitudinal opening . bonding a connector to a bamboo pole, said connector comprising a body formed with an internal passageway that opens to an outer contour of said connector , by inserting said outer contour of said connector into an open end of said bamboo pole and causing an adhesive to flow into said internal passageway and flow to said outer contour of said connector such that said adhesive coats a gap between said outer contour of said connector and an inner contour of said bamboo pole and bonds said connector to said bamboo pole, and wherein said connector is rotatable along its longitudinal axis after insertion into said bamboo pole to help smear said adhesive around said outer contour of said connector , and said internal passageway that opens to an outer contour of said connector comprises a transverse aperture which communicates with a longitudinal opening .
A buckle system configured to be attached to an article that places the buckle in tension when connected, the buckle comprising: a first engagement member configured to be tensioned in a first direction and having a body portion in part defining a ring portion to engage and pull in the first tensioning direction; and a second engagement member configured to be tensioned in a second direction, wherein the first engagement member is received into the second engagement member on a side of the second engagement member opposite the first direction, - the first engagement member is a plug member and the second engagement member is a receiving member that receives the plug member into a receiving channel in the first direction and in that the first engagement member and the second engagement member are engaged with one another such that as a tension force (F1, F2) is placed on the buckle in the first and second directions, the first engagement member is more firmly seated in engagement with the second engagement member , characterized in that the receiving channel includes opposing walls defining a mouth that is narrower than the width of the ring portion in a relaxed state and wider than the width of the ring portion when the ring portion is in a tensioned state, and in that the plug member is deformable. a first engagement member configured to be tensioned in a first direction and having a body portion in part defining a ring portion to engage and pull in the first tensioning direction; and a second engagement member configured to be tensioned in a second direction, wherein the first engagement member is received into the second engagement member on a side of the second engagement member opposite the first direction, - the first engagement member is a plug member and the second engagement member is a receiving member that receives the plug member into a receiving channel in the first direction and in that the first engagement member and the second engagement member are engaged with one another such that as a tension force (F1, F2) is placed on the buckle in the first and second directions, the first engagement member is more firmly seated in engagement with the second engagement member , - the first engagement member is a plug member and the second engagement member is a receiving member that receives the plug member into a receiving channel in the first direction and in that the first engagement member and the second engagement member are engaged with one another such that as a tension force (F1, F2) is placed on the buckle in the first and second directions, the first engagement member is more firmly seated in engagement with the second engagement member , characterized in that the receiving channel includes opposing walls defining a mouth that is narrower than the width of the ring portion in a relaxed state and wider than the width of the ring portion when the ring portion is in a tensioned state, and in that the plug member is deformable.