mhurhangee/ep-ind-claims huggingface dataset:
A bed exit detection device comprising: a thermographic sensor comprising an array of sensing elements, each operated to output signals corresponding to the temperature of a corresponding segment within the field of view of the thermographic sensor and to generate an output value matrix from the output signals of each individual sensing element; a range sensor operated to determine and output the distance between the range sensor and an object; and a processing unit operated to process the output value matrix of the thermographic sensor and the distance output by the range sensor so as to determine the position of a bed occupant and thereby determine the likelihood of a bed exit event, wherein the processing unit is operated to determine whether each output value in the output value matrix is within a characteristic range and if so to identify the corresponding segment as an occupied segment; characterised in that the upper threshold of the characteristic range is pre-set and the lower threshold of the characteristic range is varied in response to the overall output of the thermographic sensor and/or to a sensitivity setting of the thermographic sensor.
An electrolyte solution for a lithium secondary battery comprising, a first solvent comprising a heterocyclic compound containing one or more double bonds and at the same time, containing any one of an oxygen atom and a sulfur atom; a second solvent comprising at least one of an ether-based compound, an ester-based compound, an amide-based compound, and a carbonate-based compound; a lithium salt; lanthanum nitrate; and an additive comprising lithium nitrate. a first solvent comprising a heterocyclic compound containing one or more double bonds and at the same time, containing any one of an oxygen atom and a sulfur atom; a second solvent comprising at least one of an ether-based compound, an ester-based compound, an amide-based compound, and a carbonate-based compound; a lithium salt; lanthanum nitrate; and an additive comprising lithium nitrate.
A silver brazing material comprising 35 mass% or more and 45 mass% or less silver, 18 mass% or more and 25 mass% or less zinc, 2 mass% or more and 6 mass% or less manganese, 1.5 mass% or more and 6 mass% or less nickel, and 0.5 mass% or more and 5 mass% or less tin, with the balance being copper and unavoidable impurities, wherein the silver brazing material has a manganese content (C Mn) and a nickel content (C Ni) represented by the following formula: C Mn / C Ni ≧ 0.9
A chimeric protein comprising at least one human amyloid P component and at least one fragment of an Fc region of a human antibody, the human amyloid P component and the fragment of an Fc region to which it is attached being bonded to each other by means of a hinge region.
A security device for a security document, the security device comprising a fluidic structun (19, 21, 25) comprising one or more fluids arranged as a pattern or image that is visible to an unaided human eye, or with the assistance of a screening tool, each fluid comprising a liquid with macroscopic and / or microscopic particles of solid or gas contained in the fluid, wherein the particles move, coalesce, rotate, precipitate, aggregate, dissolve, flow or collect in the security device in response to an external influence upon the security device.
A system for remote surveillance of an EEG signal of a person having diabetes, said system comprising - an EEG sensor part having electrodes for measuring one or more EEG signals from said person, said EEG sensor part is provided with an electronic module, - a processing unit adapted to be removable arranged at the ear of said person, having EEG signal processing means for analyzing the EEG signal, said signal processing means being adapted for, based on the EEG signal, identifying or predicting a hypoglycemic seizure in said person, said processing part comprising decision means for deciding, based on said analyzed EEG signal, when an alarm or information must be provided, - a first connection between the EEG sensor part and the processing unit, adapted for transmitting an EEG signal from the EEG sensor part to the processing unit, - an external part adapted to receive wirelessly an alarm from said processing part, said external part being adapted to forward an alarm to a care giver, and - a second connection between the processing unit and the external part, said second connection being wireless, characterized in that said EEG sensor part being adapted for implantation in the head, preferably subcutaneous implantation, and in that said first connection is wireless and said EEG sensor part comprises a first coil and said processing unit comprises a second coil, wherein said first wireless connection being based on an inductive coupling between said first and said second coils (10, 11) and being adapted for transferring power from the processing unit to the implantable EEG sensor part. - an EEG sensor part having electrodes for measuring one or more EEG signals from said person, said EEG sensor part is provided with an electronic module, - a processing unit adapted to be removable arranged at the ear of said person, having EEG signal processing means for analyzing the EEG signal, said signal processing means being adapted for, based on the EEG signal, identifying or predicting a hypoglycemic seizure in said person, said processing part comprising decision means for deciding, based on said analyzed EEG signal, when an alarm or information must be provided, - a first connection between the EEG sensor part and the processing unit, adapted for transmitting an EEG signal from the EEG sensor part to the processing unit, - an external part adapted to receive wirelessly an alarm from said processing part, said external part being adapted to forward an alarm to a care giver, and - a second connection between the processing unit and the external part, said second connection being wireless,
An endoscope system comprising: a flexible endoscope having a flexible insertion section including a distal end portion in which an imaging unit is arranged, an operation section arranged on a base end side of the insertion section, and a flexible channel that passes through the insertion section; a device inserted from an insertion opening of the operation section to pass through the channel; and a power supply for outputting high-frequency power, characterized in that the endoscope has a power transmission unit for generating, by the high-frequency power input from the power supply, an AC magnetic field to be applied to the channel, and the device has a power reception unit for receiving power through the AC magnetic field generated by the power transmission unit, and the power received by the power reception unit is output to a load section. a flexible endoscope having a flexible insertion section including a distal end portion in which an imaging unit is arranged, an operation section arranged on a base end side of the insertion section, and a flexible channel that passes through the insertion section; a device inserted from an insertion opening of the operation section to pass through the channel; and a power supply for outputting high-frequency power, the endoscope has a power transmission unit for generating, by the high-frequency power input from the power supply, an AC magnetic field to be applied to the channel, and the device has a power reception unit for receiving power through the AC magnetic field generated by the power transmission unit, and the power received by the power reception unit is output to a load section.
An inductor assembly comprising a magnetic core with a center leg and a number n of phase legs, wherein n is an integer and n>1, - wherein each phase leg is magnetically connected to the center leg by an upper bridge and a lower bridge to form a magnetic main loop, characterized in that a midpoint of the phase leg being magnetically connected to a center point of the center leg by a shunt element comprising a gap, - wherein each phase leg further comprises an upper inductor coil disposed on an upper phase leg section located between the midpoint and the upper bridge and a lower inductor coil disposed on a lower phase leg section located between the midpoint and the lower bridge or each phase leg further comprises an upper inductor coil disposed on the upper bridge and a lower inductor coil disposed on the lower bridge, - wherein the upper inductor coil comprises a first terminal and a second terminal and wherein the lower inductor coil comprises a third terminal and a fourth terminal, - wherein the second terminal of the upper inductor coil and the third terminal of the lower inductor coil are connected to each other in order to form a series connection of the upper inductor coil and the lower inductor coil, and - wherein a winding direction of the upper inductor coil starting from its first terminal and directed to its second terminal is equal to a winding direction of the lower inductor coil starting from its third terminal and directed to its fourth terminal. - wherein each phase leg is magnetically connected to the center leg by an upper bridge and a lower bridge to form a magnetic main loop, characterized in that a midpoint of the phase leg being magnetically connected to a center point of the center leg by a shunt element comprising a gap, - wherein each phase leg further comprises an upper inductor coil disposed on an upper phase leg section located between the midpoint and the upper bridge and a lower inductor coil disposed on a lower phase leg section located between the midpoint and the lower bridge or each phase leg further comprises an upper inductor coil disposed on the upper bridge and a lower inductor coil disposed on the lower bridge, - wherein the upper inductor coil comprises a first terminal and a second terminal and wherein the lower inductor coil comprises a third terminal and a fourth terminal, - wherein the second terminal of the upper inductor coil and the third terminal of the lower inductor coil are connected to each other in order to form a series connection of the upper inductor coil and the lower inductor coil, and - wherein a winding direction of the upper inductor coil starting from its first terminal and directed to its second terminal is equal to a winding direction of the lower inductor coil starting from its third terminal and directed to its fourth terminal.
A method of forming a microstructure comprising: providing a transparent substrate having a structured surface region comprising one or more recessed features with recessed surfaces, the structured surface region substantially free of plateaus; disposing a fluid composition comprising a functional material and a liquid onto the structured surface region; evaporating liquid from the fluid composition, the functional material collecting on the recessed surfaces such that the remainder of the structured surface region is substantially free of the functional material, wherein the functional material comprises an electroless plating catalyst, an electroless plating catalyst precursor, or a combination thereof; electrolessly plating the functional material with a conductive material; to form electrolessly plated structured surface regions; and backfilling the recessed features with a transparent refractive index matching material. providing a transparent substrate having a structured surface region comprising one or more recessed features with recessed surfaces, the structured surface region substantially free of plateaus; disposing a fluid composition comprising a functional material and a liquid onto the structured surface region; evaporating liquid from the fluid composition, the functional material collecting on the recessed surfaces such that the remainder of the structured surface region is substantially free of the functional material, wherein the functional material comprises an electroless plating catalyst, an electroless plating catalyst precursor, or a combination thereof; electrolessly plating the functional material with a conductive material; to form electrolessly plated structured surface regions; and backfilling the recessed features with a transparent refractive index matching material.
Non-alterable structure including data relative to a set of keys generated randomly or derived from a secret key linked to a business use, said non-alterable structure adapted to be transferred from a first computing entity to a second entity, said entities sharing at least an encryption/decryption key (K E) and a signature key (K SG), said structure comprising at least: - business data (MDC: B_ID, B_VAL) relative to the intended use of the set of keys, - an encrypted protection key encrypted with the encryption/ decryption key (K E), - an encrypted set of keys encrypted with the protection key, - a signature of the clear set of keys, the clear protection key and the clear business data (MDC: B_ID, B_VAL) relative to the intended use of the set of keys signed with the signature key (K SG). - business data (MDC: B_ID, B_VAL) relative to the intended use of the set of keys, - an encrypted protection key encrypted with the encryption/ decryption key (K E), - an encrypted set of keys encrypted with the protection key, - a signature of the clear set of keys, the clear protection key and the clear business data (MDC: B_ID, B_VAL) relative to the intended use of the set of keys signed with the signature key (K SG).
A medicine packaging apparatus, comprising: a packaging paper supplying part for supplying a packaging paper for packaging medicines; a sealing part for forming a packaging bag from the packaging paper supplied from the packaging paper supplying part; a medicine introducing part for introducing the medicines into the packaging paper on an upper stream side of a carrying direction of the packaging paper than the sealing part, characterized in that it further comprises: a detecting part being a camera or a sensor, for detecting presence of the medicines which are inside the packaging paper and on the upper stream side of the carrying direction than the sealing part; and a determining part for determining a packaging condition, wherein the detecting part is arranged for detecting the presence of the medicines as a sealing detection within a time period after a timing of starting to seal the packaging bag in which the medicines have been introduced and before a timing of introducing the medicines to be packaged into a subsequent packaging bag through the medicine introducing part, and wherein the determining part is arranged for determination that the medicines are normally packed when the presence of the medicines is not detected in the sealing detection, and wherein the determination for the presence or absence of the medicines is performed by the determining part of a control device based on the detection data obtained from the sealing detection. a packaging paper supplying part for supplying a packaging paper for packaging medicines; a sealing part for forming a packaging bag from the packaging paper supplied from the packaging paper supplying part; a medicine introducing part for introducing the medicines into the packaging paper on an upper stream side of a carrying direction of the packaging paper than the sealing part, a detecting part being a camera or a sensor, for detecting presence of the medicines which are inside the packaging paper and on the upper stream side of the carrying direction than the sealing part; and a determining part for determining a packaging condition, wherein the detecting part is arranged for detecting the presence of the medicines as a sealing detection within a time period after a timing of starting to seal the packaging bag in which the medicines have been introduced and before a timing of introducing the medicines to be packaged into a subsequent packaging bag through the medicine introducing part, and wherein the determining part is arranged for determination that the medicines are normally packed when the presence of the medicines is not detected in the sealing detection, and wherein the determination for the presence or absence of the medicines is performed by the determining part of a control device based on the detection data obtained from the sealing detection.
A method of logging a first user in to a computing device comprising: receiving a first image of a face of the first user via a camera operably coupled with the computing device; determining an identity of the first user based on the received first image; if the determined identity of the first user matches a first predetermined identity, then, based at least on the identity of the first user matching the first predetermined identity, logging the first user in to the computing device; receiving a second image of a face of a second user via a camera operably coupled with the computing device; determining an identity of the second user based on the received second image; characterized by if the determined identity of the second user matches a second predetermined identity, then, issuing a prompt to confirm that the first user should be logged off of the computing device and that the second user should be logged in to the computing device; receiving a valid confirmation in response to the prompt; and in response to receiving the valid confirmation from the first or second user, logging the first user off of the computing device and logging the second user in to the computing device. receiving a first image of a face of the first user via a camera operably coupled with the computing device; determining an identity of the first user based on the received first image; if the determined identity of the first user matches a first predetermined identity, then, based at least on the identity of the first user matching the first predetermined identity, logging the first user in to the computing device; receiving a second image of a face of a second user via a camera operably coupled with the computing device; determining an identity of the second user based on the received second image; characterized by if the determined identity of the second user matches a second predetermined identity, then, issuing a prompt to confirm that the first user should be logged off of the computing device and that the second user should be logged in to the computing device; receiving a valid confirmation in response to the prompt; and in response to receiving the valid confirmation from the first or second user, logging the first user off of the computing device and logging the second user in to the computing device.
A system comprising: an implantable medical device configured to transmit a port data object, the port data object including data associated with a plurality of ports used by the implantable medical device to connect to a plurality of leads; and an external device configured to communicate with the implantable medical device, the external device including: a processor; and a memory, coupled to the processor, comprising instructions, which when executed by the processor cause the processor to: receive from the implantable medical device the port data object; determine, based on the port data object, a lead configuration associated with the implantable medical device, characterised in that determining said lead configuration includes determining whether a port is unused; and said instructions further causing the processor to configure, based on the lead configuration associated with the implantable medical device, access to a programmable parameter of the implantable medical device. an implantable medical device configured to transmit a port data object, the port data object including data associated with a plurality of ports used by the implantable medical device to connect to a plurality of leads; and an external device configured to communicate with the implantable medical device, the external device including: a processor; and a memory, coupled to the processor, comprising instructions, which when executed by the processor cause the processor to: receive from the implantable medical device the port data object; determine, based on the port data object, a lead configuration associated with the implantable medical device, characterised in that determining said lead configuration includes determining whether a port is unused; and said instructions further causing the processor to configure, based on the lead configuration associated with the implantable medical device, access to a programmable parameter of the implantable medical device. a processor; and a memory, coupled to the processor, comprising instructions, which when executed by the processor cause the processor to: receive from the implantable medical device the port data object; determine, based on the port data object, a lead configuration associated with the implantable medical device, characterised in that determining said lead configuration includes determining whether a port is unused; and said instructions further causing the processor to configure, based on the lead configuration associated with the implantable medical device, access to a programmable parameter of the implantable medical device. receive from the implantable medical device the port data object; determine, based on the port data object, a lead configuration associated with the implantable medical device, characterised in that determining said lead configuration includes determining whether a port is unused; and said instructions further causing the processor to configure, based on the lead configuration associated with the implantable medical device, access to a programmable parameter of the implantable medical device.