mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner for use with a single-component refrigerant mainly comprising hydrofluoroolefin having a carbon-carbon double bond or a mixture refrigerant containing this refrigerant as a fluid, the air conditioner comprising: an hermetic compressor , a condenser , a pressure-reducing device and an evaporator , all connected in series by refrigerant piping to define a refrigerating cycle, the hermetic compressor comprising: a closed container having a suction port and a discharge port both defined therein; a compression mechanism operable to compress a refrigerant inhaled through the suction port ; a high-pressure chamber operable to communicate the compression mechanism with the discharge port ; a lubricating oil sump disposed at a bottom portion of the high-pressure chamber ; a lubricating oil supply means operable to supply lubricating oil from the lubricating oil sump to the compression mechanism ; and a heat source operable to heat the lubricating oil, characterized in that the air conditioner further comprises a control device operable to control power supply to the heat source and an inverter circuit operable to drive the hermetic compressor , wherein the hermetic compressor has a variable speed and the control device controls power supply to the heat source based on power consumption or an electric current of the hermetic compressor or an output frequency of the inverter circuit. an hermetic compressor , a condenser , a pressure-reducing device and an evaporator , all connected in series by refrigerant piping to define a refrigerating cycle, the hermetic compressor comprising: a closed container having a suction port and a discharge port both defined therein; a compression mechanism operable to compress a refrigerant inhaled through the suction port ; a high-pressure chamber operable to communicate the compression mechanism with the discharge port ; a lubricating oil sump disposed at a bottom portion of the high-pressure chamber ; a lubricating oil supply means operable to supply lubricating oil from the lubricating oil sump to the compression mechanism ; and a heat source operable to heat the lubricating oil, a closed container having a suction port and a discharge port both defined therein; a compression mechanism operable to compress a refrigerant inhaled through the suction port ; a high-pressure chamber operable to communicate the compression mechanism with the discharge port ; a lubricating oil sump disposed at a bottom portion of the high-pressure chamber ; a lubricating oil supply means operable to supply lubricating oil from the lubricating oil sump to the compression mechanism ; and a heat source operable to heat the lubricating oil, characterized in that the air conditioner further comprises a control device operable to control power supply to the heat source and an inverter circuit operable to drive the hermetic compressor , wherein the hermetic compressor has a variable speed and the control device controls power supply to the heat source based on power consumption or an electric current of the hermetic compressor or an output frequency of the inverter circuit.
An autonomous robot lawnmower comprising: a chassis having a front and a back connected by first and second lateral sides ; a drive supporting the chassis above a lawn and configured to maneuver the robot lawnmower about the lawn; a motorized lawn cutting assembly comprising one or more blades (104; 104L; 104R); a first blade guard movably mounted to the first lateral side of the chassis and extending from the chassis toward the lawn, the first blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the first blade guard is positioned between a first portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the first blade guard; and characterized by : a second blade guard movably mounted to the second lateral side of the chassis and extending from the chassis toward the lawn, the second blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the second blade guard is positioned between a second portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the second blade guard. a chassis having a front and a back connected by first and second lateral sides ; a drive supporting the chassis above a lawn and configured to maneuver the robot lawnmower about the lawn; a motorized lawn cutting assembly comprising one or more blades (104; 104L; 104R); a first blade guard movably mounted to the first lateral side of the chassis and extending from the chassis toward the lawn, the first blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the first blade guard is positioned between a first portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the first blade guard; and characterized by : a second blade guard movably mounted to the second lateral side of the chassis and extending from the chassis toward the lawn, the second blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the second blade guard is positioned between a second portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the second blade guard.
Telescopic shaft cap for one end of a winding shaft of a building opening shading device, the winding shaft , onto which a curtain can be wound, being designed as a hollow shaft and the end regions thereof being receivable on support means that can be attached to the building, and the telescopic shaft cap having an outer part which can be inserted into the associated end of the winding shaft and can be secured therein and an inner part which can be slid in said outer part in the axial direction and can be partially pushed out thereof, which inner part is provided, at its front end in the push-out direction, with a bearing means which can be brought into engagement with the associated support means , and which inner part is preloaded in the extension direction and is adjustable between a retracted mounting position and an extended operating position in which it interacts with the associated support means , and vice versa, characterized in that the inner part can be latched relative to the outer part in the mounting position and in the operating position by means of a latching means, the inner part being provided with at least two axially offset, circumferential latching teeth which have radial locking surfaces facing away from one another and of which the spacing is adapted to the desired push-out length of the inner part , and the outer part having a latching recess which is continuous in the radial direction and into which the latching teeth can be alternately latched, and into which an externally operable unlocking member provided on the winding shaft can be brought into engagement in the opposite direction to the latching teeth .
A kit for treating tissue and for use with an electromagnetic radiation source , the kit comprising: a needle configured to create puncture holes in the tissue; and a photochemical agent configured to penetrate through the puncture holes when applied to the tissue and to be activated to cause crosslinking of proteins in the tissue when irradiated with a predetermined electromagnetic radiation; wherein: (a) the kit comprises the needle , which is part of a needle array of the kit and the needle array comprises a handle , a head and a button , the head including retractable needles configured to extend from a surface of the head by depressing the button and retract into the head once a user stops depressing the button , the head configured to be coupled to the handle ; and (b) the kit is configured to allow insertion of the needle of the kit into the tissue; and wherein the kit is configured to allow for simultaneously drawing back the needle out of the tissue while injecting the photochemical agent through the needle so that the photochemical agent penetrates a depth of the tissue. a needle configured to create puncture holes in the tissue; and a photochemical agent configured to penetrate through the puncture holes when applied to the tissue and to be activated to cause crosslinking of proteins in the tissue when irradiated with a predetermined electromagnetic radiation; wherein: (a) the kit comprises the needle , which is part of a needle array of the kit and the needle array comprises a handle , a head and a button , the head including retractable needles configured to extend from a surface of the head by depressing the button and retract into the head once a user stops depressing the button , the head configured to be coupled to the handle ; and (b) the kit is configured to allow insertion of the needle of the kit into the tissue; and wherein the kit is configured to allow for simultaneously drawing back the needle out of the tissue while injecting the photochemical agent through the needle so that the photochemical agent penetrates a depth of the tissue. (a) the kit comprises the needle , which is part of a needle array of the kit and the needle array comprises a handle , a head and a button , the head including retractable needles configured to extend from a surface of the head by depressing the button and retract into the head once a user stops depressing the button , the head configured to be coupled to the handle ; and (b) the kit is configured to allow insertion of the needle of the kit into the tissue; and wherein the kit is configured to allow for simultaneously drawing back the needle out of the tissue while injecting the photochemical agent through the needle so that the photochemical agent penetrates a depth of the tissue.
A station for forming a protective enclosure around a bottle (A), of the type comprising a line for supplying the bottles (A), a casing machine and at least one assembly for forming protective enclosures , characterized in that it comprises: - at least one path for conveying containers for accommodating said formed protective enclosures , dispensed by at least said assembly , said at least one path merging in said line for supplying bottles (A), upstream of said casing machine , - at least one apparatus for picking up bottles from said line and arranging each one of them within respective containers arranged on said at least one path , said at least one apparatus being arranged upstream of the intersection of said line with said path . - at least one path for conveying containers for accommodating said formed protective enclosures , dispensed by at least said assembly , said at least one path merging in said line for supplying bottles (A), upstream of said casing machine , - at least one apparatus for picking up bottles from said line and arranging each one of them within respective containers arranged on said at least one path , said at least one apparatus being arranged upstream of the intersection of said line with said path .
A device , comprising: - a means for attaching the device to an image recording device ; - a mechanical means configured such that skin deforms under influence of a pre-defined pressure when the mechanical means is pressed against the skin; - wherein the mechanical means is adapted such that an image of the deformed skin can be recorded by the image recording device when the device is attached to the image recording device ; wherein the mechanical means comprises: - an outer structure ; - an inner structure partly located inside the outer structure , wherein a part of the inner structure is located outside of the outer structure , and wherein the inner structure is moveable inside the outer structure ; - a spring for providing the pre-defined pressure, wherein the spring is coupled to the inner structure and positioned such that it compresses when the part of the inner structure moves inside the outer structure ; - wherein the inner structure is configured to cause the skin to deform when the device is pressed against the skin and the inner structure moves inside the outer structure , and wherein an end of the inner structure that touches the skin when the device is pressed against the skin features an opening which allows the skin to protrude the opening ; and - further comprising a first mirror positioned inside the inner structure , wherein the first mirror is positioned such that an image taken by the image recording device contains a view of the skin deformation under an angle relative to the skin plane. - a means for attaching the device to an image recording device ; - a mechanical means configured such that skin deforms under influence of a pre-defined pressure when the mechanical means is pressed against the skin; - wherein the mechanical means is adapted such that an image of the deformed skin can be recorded by the image recording device when the device is attached to the image recording device ; - an outer structure ; - an inner structure partly located inside the outer structure , wherein a part of the inner structure is located outside of the outer structure , and wherein the inner structure is moveable inside the outer structure ; - a spring for providing the pre-defined pressure, wherein the spring is coupled to the inner structure and positioned such that it compresses when the part of the inner structure moves inside the outer structure ; - wherein the inner structure is configured to cause the skin to deform when the device is pressed against the skin and the inner structure moves inside the outer structure , and wherein an end of the inner structure that touches the skin when the device is pressed against the skin features an opening which allows the skin to protrude the opening ; and - further comprising a first mirror positioned inside the inner structure , wherein the first mirror is positioned such that an image taken by the image recording device contains a view of the skin deformation under an angle relative to the skin plane.
A transmitting-end apparatus in a wireless communication system, the apparatus comprising: a mapper for mapping a quasi-orthogonal signal stream to a first bundle in a fast feedback channel by using a first mapping pattern and to a second bundle in the fast feedback channel by using a second mapping pattern, wherein the quasi-orthogonal signal stream is determined by a mapping relation between a codeword and the quasi-orthogonal signal stream and wherein each bundle includes a plurality of modulation symbols; and a transmitter for transmitting the quasi-orthogonal signal stream mapped to the plurality of bundles, wherein the quasi-orthogonal signal stream is mapped to each of the plurality of bundles, and wherein each element of the quasi-orthogonal signal stream is mapped to each bundle, wherein an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the first mapping pattern is different from an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the second mapping pattern, wherein the first bundle and second bundle have a predetermined same number of modulation symbols, and wherein the first bundle and the second bundle correspond to different time-frequency resources in the fast feedback channel. a mapper for mapping a quasi-orthogonal signal stream to a first bundle in a fast feedback channel by using a first mapping pattern and to a second bundle in the fast feedback channel by using a second mapping pattern, wherein the quasi-orthogonal signal stream is determined by a mapping relation between a codeword and the quasi-orthogonal signal stream and wherein each bundle includes a plurality of modulation symbols; and a transmitter for transmitting the quasi-orthogonal signal stream mapped to the plurality of bundles, wherein the quasi-orthogonal signal stream is mapped to each of the plurality of bundles, and wherein each element of the quasi-orthogonal signal stream is mapped to each bundle, wherein an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the first mapping pattern is different from an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the second mapping pattern, wherein the first bundle and second bundle have a predetermined same number of modulation symbols, and wherein the first bundle and the second bundle correspond to different time-frequency resources in the fast feedback channel.
An antenna component , for a small cell device, wherein the antenna component comprises a radiation patch , a feeding structure , and at least two grounding structures , wherein: one end of the feeding structure is connected to the radiation patch , one end of each of the grounding structures is connected to the radiation patch , and the feeding structure and the grounding structures are located on a same side of the radiation patch ; and the at least two grounding structures are disposed, symmetrically relative to the feeding structure , on the radiation patch , characterized in that the feeding structure comprises a first structure and a second structure , wherein one end of the first structure is connected to the radiation patch , the second structure is connected to the other end of the first structure , and a projected area of the first structure is greater than a projected area of the second structure , and the first structure is a metal cylinder, and the second structure is a metal cylinder. one end of the feeding structure is connected to the radiation patch , one end of each of the grounding structures is connected to the radiation patch , and the feeding structure and the grounding structures are located on a same side of the radiation patch ; and the at least two grounding structures are disposed, symmetrically relative to the feeding structure , on the radiation patch , characterized in that the feeding structure comprises a first structure and a second structure , wherein one end of the first structure is connected to the radiation patch , the second structure is connected to the other end of the first structure , and a projected area of the first structure is greater than a projected area of the second structure , and the first structure is a metal cylinder, and the second structure is a metal cylinder.
A method comprising: accessing, by a media playback system , media content from a service provider by using a user profile to access a service provider user account, wherein the service provider is a media streaming service and wherein the user profile is one of a plurality of user profiles configured to access media content for the media playback system using the same service provider user account; receiving, by a controller of the media playback system , a preference associated with a media item provided by the service provider ; storing, by the media playback system, in a preference database affiliated with the media playback system, the preference in association with: the user profile, the user profile being determined based on the controller, and information associated with the media item; sending, by the media playback system, the preference to the service provider ; and receiving, by the media playback system from the service provider , identified media content, the identified media content identified according to the received user preference for the media item. accessing, by a media playback system , media content from a service provider by using a user profile to access a service provider user account, wherein the service provider is a media streaming service and wherein the user profile is one of a plurality of user profiles configured to access media content for the media playback system using the same service provider user account; receiving, by a controller of the media playback system , a preference associated with a media item provided by the service provider ; storing, by the media playback system, in a preference database affiliated with the media playback system, the preference in association with: the user profile, the user profile being determined based on the controller, and information associated with the media item; sending, by the media playback system, the preference to the service provider ; and receiving, by the media playback system from the service provider , identified media content, the identified media content identified according to the received user preference for the media item.
A method comprising: setting a ceiling level of a limiter module through which audio signals pass to a full-scale level; receiving , via a data interface, data that comprises a portion of an audio signal; determining a maximum amplitude of the portion of the audio signal; evaluating the portion of the audio signal with a machine learning algorithm to provide a voice likelihood estimate for the portion of the audio signal; determining , based on the maximum amplitude and the voice likelihood estimate, that the portion of the audio signal includes noise; decreasing the ceiling level of the limiter module from the full-scale level to a decreased ceiling level in response to determining that the portion of the audio signal includes noise; and providing , to the limiter module through which the audio signals pass, the decreased ceiling level to limit an amount of energy of the audio signal. setting a ceiling level of a limiter module through which audio signals pass to a full-scale level; receiving , via a data interface, data that comprises a portion of an audio signal; determining a maximum amplitude of the portion of the audio signal; evaluating the portion of the audio signal with a machine learning algorithm to provide a voice likelihood estimate for the portion of the audio signal; determining , based on the maximum amplitude and the voice likelihood estimate, that the portion of the audio signal includes noise; decreasing the ceiling level of the limiter module from the full-scale level to a decreased ceiling level in response to determining that the portion of the audio signal includes noise; and providing , to the limiter module through which the audio signals pass, the decreased ceiling level to limit an amount of energy of the audio signal.
A pressure reducing valve (10; 100; 200; 300; 400; 500; 600) for liquid and gaseous media, in particular for pressure control in piping systems, preferably in buildings, comprising a housing which has an upper housing part , an intermediate housing part and a housing cover , the intermediate housing part comprising a piston bore , the pressure reducing valve further comprising a separating element (32; 132; 232; 332; 432; 532; 632) for subdividing the housing in a fluid-free and a fluid-flow area , the fluid-flow area including at least one pressure chamber (22; 122; 222; 322; 422; 522; 622) which is partially delimited by the separating element (32; 132; 232; 332; 432; 532; 632), the pressure reducing valve (10; 100; 200; 300; 400; 500; 600) also comprising a piston movably guided in the piston bore , the piston having one of its ends connected to the separating element (32; 132; 232; 332; 432; 532; 632) and being provided with a seat gasket at its other end, characterized in that the pressure chamber (22; 122; 222; 322; 422; 522; 622) comprises a bottom (22a; 122a; 222a; 322a; 422a; 522a; 622a) which is arranged on the side of the pressure chamber (22; 122; 222; 322; 422; 522; 622) facing away from the separating element (32; 132; 232; 332; 432; 532; 632) and whose surface facing the pressure chamber is at least partially inclined relative to the separating element (32; 132; 232; 332; 432; 532; 632).