mhurhangee/patent-ind-claim-en huggingface dataset:
A heating, ventilation, air conditioning and refrigeration (HVACR) system, comprising: a multi-stage compressor including a first stage discharge and a second stage inlet receiving fluid from the first stage discharge; a condenser ; an expansion device ; an evaporator ; a bypass line from the condenser to the second stage inlet of the multi-stage compressor, the bypass line including a valve , wherein when the valve is open, the second stage inlet receives a fluid flow, and the second stage inlet is configured to direct the fluid flow to join the fluid from the first stage discharge in a direction having a component that is the same as a direction of flow of the fluid from the first stage discharge, and when the fluid flow joins the fluid from the first stage discharge, a head pressure is boosted in a combined fluid flow prior to entering the second stage; characterised in that the bypass line is configured to convey fluid directly from the condenser to the second stage inlet of the multi-stage compressor. a multi-stage compressor including a first stage discharge and a second stage inlet receiving fluid from the first stage discharge; a condenser ; an expansion device ; an evaporator ; a bypass line from the condenser to the second stage inlet of the multi-stage compressor, the bypass line including a valve , wherein when the valve is open, the second stage inlet receives a fluid flow, and the second stage inlet is configured to direct the fluid flow to join the fluid from the first stage discharge in a direction having a component that is the same as a direction of flow of the fluid from the first stage discharge, and when the fluid flow joins the fluid from the first stage discharge, a head pressure is boosted in a combined fluid flow prior to entering the second stage; characterised in that the bypass line is configured to convey fluid directly from the condenser to the second stage inlet of the multi-stage compressor.
A mobile terminal , comprising: a housing ; a display screen mounted to the housing and having a first aperture; a cover plate mounted to the display screen and having a through hole , the through hole being aligned with the first aperture; a circuit board mounted in the housing ; a camera mounted in the housing and aligned with the first aperture and the through hole; characterized in that a receiver is provided between the display screen and the camera and aligned with the first aperture and the through hole so as to transmit a sound signal through the first aperture and the through hole, wherein the receiver has a light signal passage , and the camera acquires an external light signal through the light signal passage , the first aperture and the through hole; a sensor assembly is mounted in the housing , the sensor assembly being adapted to emit and/or receive a signal through the light signal passage , the first aperture and the through hole; the camera comprises a base mounted to the circuit board and a camera lens , wherein the base has a mounting surface facing the display screen and the camera lens and the sensor assembly are mounted to the mounting surface. a housing ; a display screen mounted to the housing and having a first aperture; a cover plate mounted to the display screen and having a through hole , the through hole being aligned with the first aperture; a circuit board mounted in the housing ; a camera mounted in the housing and aligned with the first aperture and the through hole; characterized in that a receiver is provided between the display screen and the camera and aligned with the first aperture and the through hole so as to transmit a sound signal through the first aperture and the through hole, wherein the receiver has a light signal passage , and the camera acquires an external light signal through the light signal passage , the first aperture and the through hole; a sensor assembly is mounted in the housing , the sensor assembly being adapted to emit and/or receive a signal through the light signal passage , the first aperture and the through hole; the camera comprises a base mounted to the circuit board and a camera lens , wherein the base has a mounting surface facing the display screen and the camera lens and the sensor assembly are mounted to the mounting surface.
A method for manufacturing a multi-layered care label comprising the steps of: feeding a web of labels into a cutting device; cutting the web of labels to form individual label panels; stacking the individual label panels on top of one another in a desired order to form a label intermediate; and sonic welding the label intermediate to form said multi-layered care label , wherein cutting the web of labels to form individual label panels is performed by either a sonic knife or a cold knife , and wherein a user can adjust the depth at which the sonic knife or cold knife is applied to the web of labels. feeding a web of labels into a cutting device; cutting the web of labels to form individual label panels; stacking the individual label panels on top of one another in a desired order to form a label intermediate; and sonic welding the label intermediate to form said multi-layered care label , wherein cutting the web of labels to form individual label panels is performed by either a sonic knife or a cold knife , and wherein a user can adjust the depth at which the sonic knife or cold knife is applied to the web of labels.
An access method for a terminal to gain access to a specific area of a memory card, the specific area being assigned to an area number of the memory card, the method comprising the steps of: mutual authentication processing (S401) to authenticate the terminal and the memory card to each other using a shared verification key; transmitting (S402), by the terminal, designation information including the area number, an access start offset in the specific area associated with the area number and a size of data to access and designating the access area of the memory card, to the memory card; transmitting (S403), by the terminal, verification data generated based on the designation information including area number, block address and length and the verification key, together with a processing command including a command for read or write for the access area; verifying, by the memory card, the verification data using the designation information and the public key of the verification key; and executing, by the memory card, the processing command when the verification succeeds. mutual authentication processing (S401) to authenticate the terminal and the memory card to each other using a shared verification key; transmitting (S402), by the terminal, designation information including the area number, an access start offset in the specific area associated with the area number and a size of data to access and designating the access area of the memory card, to the memory card; transmitting (S403), by the terminal, verification data generated based on the designation information including area number, block address and length and the verification key, together with a processing command including a command for read or write for the access area; verifying, by the memory card, the verification data using the designation information and the public key of the verification key; and executing, by the memory card, the processing command when the verification succeeds.
A ginkgo diterpene lactone composition, comprising, by weight: 32-36% of GA, 55-58% of GB, and 2.2-3.4% of GK, wherein the composition further comprises GC, GJ and GL in the total content of above 2.6%, each not less than 0.5%.
Switch cabinet arrangement , which comprises at least one switch cabinet housing with an electrical switchgear and further a human-machine-interface with an optical display , via which a circuit diagram of the electrical switchgear is displayed, wherein at least one component of the electrical switchgear comprises a machine-readable identifier , via which the component is uniquely assigned to a component symbol in the circuit diagram indicating the component, wherein a data interface is formed between the human-machine-interface and the electrical switchgear and a state of the component is displayed by means of an optical state of the component symbol via the optical display , and wherein the human-machine-interface is configured to detect a change of the electrical switchgear , in particular addition or removal of an electrical component , and to adopt this change in the circuit diagram , characterized in that the human-machine-interface comprises an optical detection unit, such as a photo module, which comprises a component detection, wherein the component detection is configured to detect the machine-readable identifier of the component of the electrical switchgear and to detect a change of a component population of the electrical switchgear by comparing with the circuit diagram .
Method for checking execution of applets (AA1, AB1) developed in object-oriented language and compiled in bytecode, the method being implemented by a software firewall (FW) of an operating system installed in a chip of the iUICC type or on an electronic card of the eUICC type, the operating system comprising an interpreter (JCVM) that is software interpreting and executing the bytecode of the applets (AA1, AB1), each applet (AA1, AB1) being associated with a single context (CA1, CB1, JB), each context (CA1, CB1, JB) being associated with one or more applets, each context (CA1, CB1, JB) being associated with a single use profile (PA, PB) among a plurality of use profiles, and each use profile (PA, PB) being associated with one or more contexts (CA1, CB1, JB), and, when the software firewall (FW) is informed by the interpreter (JCVM) of access to a static data item from a first applet (AB1) to a second applet (AB3, AA1), the software firewall (FW) performs the following steps: - determining a source profile of the access to the static data item, which is the profile associated with the context with which the first applet (AB1) is associated; - determining a destination profile of the access to the static data item, which is the profile associated with the context with which the second applet (AB3, AA1) is associated; - checking whether the source profile of the access is identical to the destination profile of the access to the static data item; - when the source profile of the access to the static data item is not identical to the destination profile of the access to the static data item, refusing access to the static data item; and - when the source profile of the access to the static data item is identical to the destination profile of the access to the static data item, applying intercontext access checking rules. - determining a source profile of the access to the static data item, which is the profile associated with the context with which the first applet (AB1) is associated; - determining a destination profile of the access to the static data item, which is the profile associated with the context with which the second applet (AB3, AA1) is associated; - checking whether the source profile of the access is identical to the destination profile of the access to the static data item; - when the source profile of the access to the static data item is not identical to the destination profile of the access to the static data item, refusing access to the static data item; and - when the source profile of the access to the static data item is identical to the destination profile of the access to the static data item, applying intercontext access checking rules.
A 2D laser scanner comprising a laser head for outputting a measuring beam , a rotating deflection unit for deflecting the measuring beam in the direction of a measuring object, which deflection unit is driven by means of a drive, a detector module for detecting the reception/measuring beam reflected from the measuring object, and a control and evaluation unit for signal processing as well as a reference module ,for compensating environmental influences on the measuring signal, the drive, the laser head , the detector module , the control unit and the reference module being received in a housing , characterized in that the deflection unit is received in a rotor head , which is rotatably mounted on the housing , so that the rotor head with the deflection unit projects outwards from the housing , and the reference module has a reference plate configured to be moved in the beam path between the laser head and the deflection unit for reference measurement.
A method for analysing a fluid sample, the method comprising - performing nucleic acid extraction and/or purification in at least one cavity of a substrate in which a fluid sample is obtained and in which buffers and/or reagents are introduced, and - performing nucleic acid amplification in the same at least one cavity, wherein said at least one cavity comprises a silicon based micropillar filter. - performing nucleic acid extraction and/or purification in at least one cavity of a substrate in which a fluid sample is obtained and in which buffers and/or reagents are introduced, and - performing nucleic acid amplification in the same at least one cavity, wherein said at least one cavity comprises a silicon based micropillar filter.
A meta lens (ML) comprising: a first lens surface (LS1); and a second lens surface (LS2) opposite to the first lens surface, wherein at least one of the first lens surface and the second lens surface is a metasurface comprising a plurality of nanostructures (NS) having a sub-wavelength dimension that is less than a central wavelength λ 0 in an operation wavelength band of the meta lens, and wherein a deflection property of the first lens surface and a deflection property of the second lens surface based on positions of incident light are opposite to each other in at least some regions of the first lens surface and the second lens surface, and characterized in that : the plurality of nanostructures comprise a nanostructure having a stack structure, the stack structure comprising: a first layer comprising a column-shape structure (ne1) comprising a material having a refractive index different from a refractive index of a neighboring material; and a second layer comprising a hole structure (ne2) engraved inside of a medium layer with a preset refractive index in a column structure stacked on the first layer. a first lens surface (LS1); and a second lens surface (LS2) opposite to the first lens surface, wherein at least one of the first lens surface and the second lens surface is a metasurface comprising a plurality of nanostructures (NS) having a sub-wavelength dimension that is less than a central wavelength λ 0 in an operation wavelength band of the meta lens, and wherein a deflection property of the first lens surface and a deflection property of the second lens surface based on positions of incident light are opposite to each other in at least some regions of the first lens surface and the second lens surface, and characterized in that : the plurality of nanostructures comprise a nanostructure having a stack structure, the stack structure comprising: a first layer comprising a column-shape structure (ne1) comprising a material having a refractive index different from a refractive index of a neighboring material; and a second layer comprising a hole structure (ne2) engraved inside of a medium layer with a preset refractive index in a column structure stacked on the first layer. a first layer comprising a column-shape structure (ne1) comprising a material having a refractive index different from a refractive index of a neighboring material; and a second layer comprising a hole structure (ne2) engraved inside of a medium layer with a preset refractive index in a column structure stacked on the first layer.
A digital microscope comprising: a stationary stand base body , a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft , the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit for braking and/or immobilizing the pivot unit , the brake unit comprising at least one brake element (32 to 38) biased by an elastic element in a braking position, said brake element contacting the shaft in the braking position, the pivot unit comprising an actuation element for releasing the brake unit , the brake element (32 to 38) being movable against the restoring force of the elastic element from the braking position into a released position by manual actuation of the actuation element , and the actuation element being coupled to the brake element (32 to 38) via a coupling unit, characterized in that the brake element or the brake elements (32 to 38) is/are configured as radial pistons, and the radial piston or the radial pistons (32 to 38) each comprise a contact region for contacting the shaft , wherein the contact region is beveled at a predetermined angle relative to the circumferential surface of the radial piston. a stationary stand base body , a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft , the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit for braking and/or immobilizing the pivot unit , the brake unit comprising at least one brake element (32 to 38) biased by an elastic element in a braking position, said brake element contacting the shaft in the braking position, the pivot unit comprising an actuation element for releasing the brake unit , the brake element (32 to 38) being movable against the restoring force of the elastic element from the braking position into a released position by manual actuation of the actuation element , and the actuation element being coupled to the brake element (32 to 38) via a coupling unit, characterized in that the brake element or the brake elements (32 to 38) is/are configured as radial pistons, and the radial piston or the radial pistons (32 to 38) each comprise a contact region for contacting the shaft , wherein the contact region is beveled at a predetermined angle relative to the circumferential surface of the radial piston.
A heater for use in an aerosol generating device , the heater comprising: a heating element , the heating element comprising a coil, the coil having at least two coiled regions (315; 316, 415, 416) and one non-coiled region , wherein the non-coiled region is arranged between the at least two coiled regions ; and, at least two wicking regions , wherein each wicking region is arranged to feed a liquid to the heating element to be heated and wherein a first wicking region of the at least two wicking regions (320, 325; 420, 425) feeds liquid to the heating element along a different pathway to that of a second wicking region of the at least two wicking regions ; wherein the first wicking region and the second wicking region are arranged to form a substantially cross shape. a heating element , the heating element comprising a coil, the coil having at least two coiled regions (315; 316, 415, 416) and one non-coiled region , wherein the non-coiled region is arranged between the at least two coiled regions ; and, at least two wicking regions , wherein each wicking region is arranged to feed a liquid to the heating element to be heated and wherein a first wicking region of the at least two wicking regions (320, 325; 420, 425) feeds liquid to the heating element along a different pathway to that of a second wicking region of the at least two wicking regions ; wherein the first wicking region and the second wicking region are arranged to form a substantially cross shape.
A vane assembly of a gas turbine, wherein the vane assembly comprises an inner platform in the form of a first ring or sector of ring , an outer platform in the form of a second ring or sector of ring , and a plurality of vanes each consisting of a leading edge portion , a trailing edge portion and a body portion , said vane assembly comprising a repair member being arranged for repairing a damaged vane of said plurality of vanes and comprising: - an inner platform portion designed to replace part of the inner platform of said damaged vane , - an outer platform portion designed to replace part of the outer platform of said damaged vane , and - an airfoil portion connecting said inner and outer platform portions , designed to replace a leading edge portion or a trailing edge portion of said damaged vane ; characterized in that said inner platform portion is configured so to reach an edge of said first ring or sector of ring , wherein said outer platform portion is configured so to reach an edge of said second ring or sector of ring , and wherein said inner platform portion , said outer platform portion , and said airfoil portion are configured so to allow insertion of the repair member into the vane assembly by a pure translation movement being along an insertion direction and having a movement component parallel to an axes of said first and second rings or sectors of ring . said vane assembly comprising a repair member being arranged for repairing a damaged vane of said plurality of vanes and comprising: - an inner platform portion designed to replace part of the inner platform of said damaged vane , - an outer platform portion designed to replace part of the outer platform of said damaged vane , and - an airfoil portion connecting said inner and outer platform portions , designed to replace a leading edge portion or a trailing edge portion of said damaged vane ; - an inner platform portion designed to replace part of the inner platform of said damaged vane , - an outer platform portion designed to replace part of the outer platform of said damaged vane , and - an airfoil portion connecting said inner and outer platform portions , designed to replace a leading edge portion or a trailing edge portion of said damaged vane ; characterized in that said inner platform portion is configured so to reach an edge of said first ring or sector of ring , wherein said outer platform portion is configured so to reach an edge of said second ring or sector of ring , and wherein said inner platform portion , said outer platform portion , and said airfoil portion are configured so to allow insertion of the repair member into the vane assembly by a pure translation movement being along an insertion direction and having a movement component parallel to an axes of said first and second rings or sectors of ring .