mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus configured to determine whether the apparatus is removably coupled to a medication injection device and to determine the size of a dose delivered by the medication injection device during dose delivery, the apparatus comprising: a plurality of sensing elements ; a processor in communication with the plurality of sensing elements, the processor being configured to execute computer-readable instructions that cause the processor to: obtain a set of voltage measurements from each of the plurality of sensing elements; determine two-dimensional data representative of a magnetic field of a magnetic component of the medication injection device; determine one-dimensional data based on the two-dimensional data; and determine , based on the one-dimensional data, whether the set of voltage measurements is indicative of the apparatus being coupled to the medication injection device; and determine the size of a dose delivered by the medication injection device, when the apparatus is coupled to the medication injection device, based on the output of the plurality of sensing elements during dose delivery. a plurality of sensing elements ; a processor in communication with the plurality of sensing elements, the processor being configured to execute computer-readable instructions that cause the processor to: obtain a set of voltage measurements from each of the plurality of sensing elements; determine two-dimensional data representative of a magnetic field of a magnetic component of the medication injection device; determine one-dimensional data based on the two-dimensional data; and determine , based on the one-dimensional data, whether the set of voltage measurements is indicative of the apparatus being coupled to the medication injection device; and determine the size of a dose delivered by the medication injection device, obtain a set of voltage measurements from each of the plurality of sensing elements; determine two-dimensional data representative of a magnetic field of a magnetic component of the medication injection device; determine one-dimensional data based on the two-dimensional data; and determine , based on the one-dimensional data, whether the set of voltage measurements is indicative of the apparatus being coupled to the medication injection device; and determine the size of a dose delivered by the medication injection device, when the apparatus is coupled to the medication injection device, based on the output of the plurality of sensing elements during dose delivery.
A print supply comprising: a non-transitory computer-readable medium comprising data, readable by a verifying entity, the data including: an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and a communication interface to output the data from the non-transitory computer-readable medium; wherein the type of the data indicates a type of the print supply to be authenticated; wherein the digital signature is computed based on the type of the data in combination with the data; and wherein the type of print supply indicated by the type of the data upon which the computation of the digital signature is based provides domain separation among different types of print supply so as to: prevent collisions between digital signatures generated for different types of print supply ; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply. a non-transitory computer-readable medium comprising data, readable by a verifying entity, the data including: an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and a communication interface to output the data from the non-transitory computer-readable medium; wherein the type of the data indicates a type of the print supply to be authenticated; wherein the digital signature is computed based on the type of the data in combination with the data; and wherein the type of print supply indicated by the type of the data upon which the computation of the digital signature is based provides domain separation among different types of print supply so as to: prevent collisions between digital signatures generated for different types of print supply ; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply. prevent collisions between digital signatures generated for different types of print supply ; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply.
A sterile barrier assembly for establishing a barrier between first (R) and second (EE) surgical components, the sterile barrier assembly comprising: a protective covering including: an interface , including a plurality of kinematic couplers integrated therein to provide a kinematic coupling between the first (R) and second (EE) surgical components through the protective covering ; and a drape attached to the interface ; wherein the plurality of kinematic couplers are further defined as a plurality of balls , and wherein the interface includes a load element adapted to receive a preload force for preloading the kinematic coupling between the surgical components (R, EE). an interface , including a plurality of kinematic couplers integrated therein to provide a kinematic coupling between the first (R) and second (EE) surgical components through the protective covering ; and a drape attached to the interface ; wherein the plurality of kinematic couplers are further defined as a plurality of balls , and wherein the interface includes a load element adapted to receive a preload force for preloading the kinematic coupling between the surgical components (R, EE).
A working machine , comprising: a lower traveling body ; an upper slewing body slewably mounted on the lower traveling body ; a cab mounted on the upper slewing body , the cab including: a front wall having a front window ; a pair of left and right front pillars extending in an up-down direction respectively along left and right sides of the front window ; and a pair of left and right side walls extending rearward respectively from the left and right front pillars ; a display device disposed in a corner defined between one of the left and right side walls and the front wall in the cab while being fixedly attached to the one side wall or the front wall for displaying predetermined information; and a detector fixedly connected to the display device for detecting information in front of the upper slewing body , wherein the one side wall has a side window and a panel located below the side window and in the cab , and the display device is fixedly attached to an upper portion of the panel characterized in that the panel has an outlet hole for blowing out air to at least a space between the front window and the detector . a lower traveling body ; an upper slewing body slewably mounted on the lower traveling body ; a cab mounted on the upper slewing body , the cab including: a front wall having a front window ; a pair of left and right front pillars extending in an up-down direction respectively along left and right sides of the front window ; and a pair of left and right side walls extending rearward respectively from the left and right front pillars ; a display device disposed in a corner defined between one of the left and right side walls and the front wall in the cab while being fixedly attached to the one side wall or the front wall for displaying predetermined information; and a detector fixedly connected to the display device for detecting information in front of the upper slewing body , wherein the one side wall has a side window and a panel located below the side window and in the cab , and the display device is fixedly attached to an upper portion of the panel characterized in that the panel has an outlet hole for blowing out air to at least a space between the front window and the detector .
Transportable spraying device for pest control, comprising - a first container for receiving a first liquid , wherein the first liquid is a diluent; - means for connecting to the spraying device a second container having a second liquid , wherein the second liquid is a pesticide concentrate; - a spraying nozzle ; - a first and a second electrically operated pump for conveying the first and the second liquid from the respective containers in the direction of the spraying nozzle ; - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle ; - a mixing chamber , having an inlet for the first liquid, an inlet for the second liquid, and an outlet for the mixture of the first and the second liquid; - a control unit which is configured such that the latter regulates the flow of the second liquid in the direction of the spray nozzle based on the measured flow of the first liquid such that the first liquid and the second liquid by way of the spraying nozzle exit the spraying device as a mixture with a constant mixing ratio; - wherein the spraying device is embodied as a backpack device, wherein the first container is equipped with straps for carrying on the back so that a user can transport and carry on his/her back a part of the spraying device that comprises the first container , characterized in that the mixing chamber comprises a screen with a mesh width in the range from 10 μm to 500 pm, more preferably 50 to 250 pm, most preferably 80 μm to 120 pm, through which the second liquid is forced into the first liquid when the spraying device is operating, or through which a mixture of the first liquid and of the second liquid passes when the spraying device is operating. - a first container for receiving a first liquid , wherein the first liquid is a diluent; - means for connecting to the spraying device a second container having a second liquid , wherein the second liquid is a pesticide concentrate; - a spraying nozzle ; - a first and a second electrically operated pump for conveying the first and the second liquid from the respective containers in the direction of the spraying nozzle ; - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle ; - a mixing chamber , having an inlet for the first liquid, an inlet for the second liquid, and an outlet for the mixture of the first and the second liquid; - a control unit which is configured such that the latter regulates the flow of the second liquid in the direction of the spray nozzle based on the measured flow of the first liquid such that the first liquid and the second liquid by way of the spraying nozzle exit the spraying device as a mixture with a constant mixing ratio; - wherein the spraying device is embodied as a backpack device, wherein the first container is equipped with straps for carrying on the back so that a user can transport and carry on his/her back a part of the spraying device that comprises the first container ,
An X-ray inspection apparatus comprising: an emitter configured to emit an X-ray onto an article; a detector configured to detect respective X-rays in a plurality of energy bands transmitted through the article; and a generation unit configured to generate respective X-ray transmission images for each energy band based on a detection result of the X-ray for each energy band; characterized by a first estimation unit configured to obtain respective first estimated values of a mass of the article for each energy band based on the X-ray transmission image for each energy band; and a second estimation unit configured to obtain a second estimated value of the mass of the article based on the first estimated values for each energy band; wherein the second estimation unit is configured to: obtain a correction amount for the first estimated value corresponding to one energy band of the plurality of energy bands on the basis of a parameter based on a comparison between the first estimated values for each energy band; and correct the first estimated value corresponding to the one energy band based on the correction amount to obtain the second estimated value. an emitter configured to emit an X-ray onto an article; a detector configured to detect respective X-rays in a plurality of energy bands transmitted through the article; and a generation unit configured to generate respective X-ray transmission images for each energy band based on a detection result of the X-ray for each energy band; characterized by a first estimation unit configured to obtain respective first estimated values of a mass of the article for each energy band based on the X-ray transmission image for each energy band; and a second estimation unit configured to obtain a second estimated value of the mass of the article based on the first estimated values for each energy band; wherein the second estimation unit is configured to: obtain a correction amount for the first estimated value corresponding to one energy band of the plurality of energy bands on the basis of a parameter based on a comparison between the first estimated values for each energy band; and correct the first estimated value corresponding to the one energy band based on the correction amount to obtain the second estimated value. obtain a correction amount for the first estimated value corresponding to one energy band of the plurality of energy bands on the basis of a parameter based on a comparison between the first estimated values for each energy band; and correct the first estimated value corresponding to the one energy band based on the correction amount to obtain the second estimated value.
An application processing method, wherein the method comprises: receiving (S201) a startup request sent by a first client, wherein the startup request is used to start an application; loading (S202), based on the startup request, in a high-level language execution environment of an enclave, a manifest file of the application and a dependency relationship between an enclave entrypoint function of the application and a static dependency class, wherein the manifest file comprises description information of the enclave entrypoint function of the application and/or description information of an enclave exit function of the application; and loading (S203) an enclave entrypoint function of the application and a static dependency class of the enclave entrypoint function of the application based on the manifest file and the dependency relationship between the enclave entrypoint function and the static dependency class. receiving (S201) a startup request sent by a first client, wherein the startup request is used to start an application; loading (S202), based on the startup request, in a high-level language execution environment of an enclave, a manifest file of the application and a dependency relationship between an enclave entrypoint function of the application and a static dependency class, wherein the manifest file comprises description information of the enclave entrypoint function of the application and/or description information of an enclave exit function of the application; and loading (S203) an enclave entrypoint function of the application and a static dependency class of the enclave entrypoint function of the application based on the manifest file and the dependency relationship between the enclave entrypoint function and the static dependency class.
Apparatus for detecting one or more properties of a rotor blade during operation of a wind turbine , the wind turbine comprising a tower , a nacelle and the rotor blade , the apparatus comprising: at least one leaky feeder configured to be arranged around a circumference of the tower , an electromagnetic transmitter connected to the at least one leaky feeder and configured for transmitting a first electromagnetic signal along the at least one leaky feeder , a reflector for diverting and/or focusing the first electromagnetic signal in a predetermined direction, thereby forming a reflected first electromagnetic signal , an electromagnetic receiver connected to the at least one leaky feeder and configured for receiving a second electromagnetic signal from the at least one leaky feeder , said second electromagnetic signal being reflected from the rotor blade when the reflected first electromagnetic signal hits the rotor blade , and a processing unit connected to the electromagnetic transmitter and the electromagnetic receiver and configured to determine the one or more properties of the rotor blade by analysing the first electromagnetic signal and the second electromagnetic signal . at least one leaky feeder configured to be arranged around a circumference of the tower , an electromagnetic transmitter connected to the at least one leaky feeder and configured for transmitting a first electromagnetic signal along the at least one leaky feeder , a reflector for diverting and/or focusing the first electromagnetic signal in a predetermined direction, thereby forming a reflected first electromagnetic signal , an electromagnetic receiver connected to the at least one leaky feeder and configured for receiving a second electromagnetic signal from the at least one leaky feeder , said second electromagnetic signal being reflected from the rotor blade when the reflected first electromagnetic signal hits the rotor blade , and a processing unit connected to the electromagnetic transmitter and the electromagnetic receiver and configured to determine the one or more properties of the rotor blade by analysing the first electromagnetic signal and the second electromagnetic signal .
A shutoff valve for pipes and the like, which has a housing that incorporates at least one rotatable flap disk which can be used to shut off a flow cross sectional area of the shutoff valve inside of the housing , and which has a seal bordering the flow cross sectional area in the area of the shutoff valve, wherein the seal consists of two annular ring bodies which abut each other, wherein the annular ring bodies of the seal are aligned concentrically to each other, wherein a first annular ring body of the seal has a larger annular ring body height than a second annular ring body of the seal , wherein the annular ring bodies comprising the seal butt against each other on the outside center to a closed position of the flap disk , characterized in that a shaft shank of the flap disk extends through the entire flap disk .
A method for producing a non-woven textile , wherein said method comprises the following steps: i) applying a layer of a dispersion comprising dispersion medium and biobased first fibers on a support, wherein the biobased first fibers are fibers derived from a micro-organism cultured in a liquid culture medium, and wherein, prior to said applying, a plasticizer has been added to the dispersion; ii) depositing reinforcing second fibers on the layer of the dispersion, wherein the reinforcing second fibers are separate fibers which are not part of a fabric, and wherein the second fibers have an average length that is at least 10x longer than the average length of the first fibers; and iii) eliminating the dispersion medium to form the non-woven textile comprising a web of biobased first fibers . i) applying a layer of a dispersion comprising dispersion medium and biobased first fibers on a support, wherein the biobased first fibers are fibers derived from a micro-organism cultured in a liquid culture medium, and wherein, prior to said applying, a plasticizer has been added to the dispersion; ii) depositing reinforcing second fibers on the layer of the dispersion, wherein the reinforcing second fibers are separate fibers which are not part of a fabric, and wherein the second fibers have an average length that is at least 10x longer than the average length of the first fibers; and iii) eliminating the dispersion medium to form the non-woven textile comprising a web of biobased first fibers .
An optical device , comprising: - an optical port array having at least one optical input (120 1 , 120 2 , 120 3 ) for receiving an optical beam and at least one optical output (120 1 , 120 2 , 120 3 ), the input and outputs extending along a common axis (y-axis); - a dispersion element receiving the optical beam from the at least one optical input (120 1 , 120 2 , 120 3 ) and spatially separating the optical beam into a plurality of wavelength components; - a focusing element for focusing the plurality of wavelength components; and - a programmable optical phase modulator for receiving the focused plurality of wavelength components, the modulator being configured to steer the wavelength components to a selected one of the optical outputs (120 1 , 120 2 , 120 3 ), characterized in that the programmable optical phase modulator being oriented with respect to the optical port array so that an axis along which the optical beam is steered is non-coincident with the common axis (y-axis) along which the input (120 1 , 120 2 , 120 3 ) and outputs (120 1 , 120 2 , 120 3 ) extend. - an optical port array having at least one optical input (120 1 , 120 2 , 120 3 ) for receiving an optical beam and at least one optical output (120 1 , 120 2 , 120 3 ), the input and outputs extending along a common axis (y-axis); - a dispersion element receiving the optical beam from the at least one optical input (120 1 , 120 2 , 120 3 ) and spatially separating the optical beam into a plurality of wavelength components; - a focusing element for focusing the plurality of wavelength components; and - a programmable optical phase modulator for receiving the focused plurality of wavelength components, the modulator being configured to steer the wavelength components to a selected one of the optical outputs (120 1 , 120 2 , 120 3 ),
Sensor device for optical detection of objects and their spatial movements, comprising, a 3D camera that acquires spatial data using a time-of-flight method, the 3D camera comprising a pulse light source and a light-sensitive detection chip, wherein the pulse light source and the detection chip are arranged in a common installation space on a board and both are aligned with a detection area of the 3D camera, the detection chip having a sensitive surface and a chip package, wherein a receiving optic is arranged on the detection chip in an optics housing , wherein the optics housing has fastening means which extend along the sides of the chip housing and at least up to the board , and the optics housing has a sleeve section for compensating manufacturing tolerances, in which a lens holder is guided in an axially adjustable manner, namely perpendicularly to the sensitive surface and the underlying board, wherein adjusting means are arranged on the sleeve section and cooperate with corresponding means on the lens holder .