mhurhangee/ep-ind-claims huggingface dataset:
A blood glucose measuring instrument capable of outputting voice, comprising: first setting means adapted to receive first threshold value information transmitted by wireless transmission from an external apparatus in accordance with a condition that the external apparatus has authenticated and set the received information as a first threshold value; storage means adapted to classify and store blood glucose level data acquired by a blood glucose measurement based on classification according to the measurement timing; second setting means adapted to calculate, using the blood glucose level data in the past stored in classified groups in the storage means, a dispersion for each classified group and set a second threshold value for each classified group based on the calculated dispersion; and notification means adapted to compare blood glucose level data acquired by the blood glucose measurement in a present cycle with the first threshold value and the second threshold value corresponding to the classified group to which the blood glucose level data in the present cycle belongs to notify output contents in accordance with a result of the comparison together with the blood glucose level data in the present cycle. first setting means adapted to receive first threshold value information transmitted by wireless transmission from an external apparatus in accordance with a condition that the external apparatus has authenticated and set the received information as a first threshold value; storage means adapted to classify and store blood glucose level data acquired by a blood glucose measurement based on classification according to the measurement timing; second setting means adapted to calculate, using the blood glucose level data in the past stored in classified groups in the storage means, a dispersion for each classified group and set a second threshold value for each classified group based on the calculated dispersion; and notification means adapted to compare blood glucose level data acquired by the blood glucose measurement in a present cycle with the first threshold value and the second threshold value corresponding to the classified group to which the blood glucose level data in the present cycle belongs to notify output contents in accordance with a result of the comparison together with the blood glucose level data in the present cycle.
Ironing appliance comprising a steam generator connected to at least one steam outlet opening by a steam distribution circuit, said steam distribution circuit comprising a main steam distribution branch comprising at least one removable filter for intercepting scale particles transported by a flow of steam, characterised in that the steam distribution circuit comprises a steam bypass branch allowing the steam flow generated by the steam generator to flow towards the steam outlet opening without passing through the filter.
Method for producing a three-dimensional workpiece with the steps: (i) applying a first raw material powder to a substrate in order to produce a raw material powder layer consisting of the first raw material powder, (ii) selectively irradiating the raw material powder layer consisting of the first raw material powder with electromagnetic radiation or particle radiation in order to produce a solidified first workpiece layer portion from the first raw material powder, (iii) removing non-solidified first raw material powder from the substrate, (iv) applying a second raw material powder to the substrate in order to produce a raw material powder layer portion consisting of the second raw material powder adjacent to the first workpiece layer portion, (v) selectively irradiating the raw material powder layer portion with electromagnetic radiation or particle radiation in order to produce a solidified second workpiece layer portion from the second raw material powder adjacent to the first workpiece layer portion, (vi) heating of non-solidified second raw material powder remaining following site-selective irradiation of the raw material powder layer portion consisting of the second raw material powder in order to produce a continuous porous sintered layer portion from the second raw material powder adjacent to the first workpiece layer portion and the second workpiece layer portion. (i) applying a first raw material powder to a substrate in order to produce a raw material powder layer consisting of the first raw material powder, (ii) selectively irradiating the raw material powder layer consisting of the first raw material powder with electromagnetic radiation or particle radiation in order to produce a solidified first workpiece layer portion from the first raw material powder, (iii) removing non-solidified first raw material powder from the substrate, (iv) applying a second raw material powder to the substrate in order to produce a raw material powder layer portion consisting of the second raw material powder adjacent to the first workpiece layer portion, (v) selectively irradiating the raw material powder layer portion with electromagnetic radiation or particle radiation in order to produce a solidified second workpiece layer portion from the second raw material powder adjacent to the first workpiece layer portion, (vi) heating of non-solidified second raw material powder remaining following site-selective irradiation of the raw material powder layer portion consisting of the second raw material powder in order to produce a continuous porous sintered layer portion from the second raw material powder adjacent to the first workpiece layer portion and the second workpiece layer portion.
Bearing device having a position indicator, comprising a bearing receptacle and a bearing which is arranged in the bearing receptacle and has a first bearing part which can move relative to the bearing receptacle, wherein the position indicator comprises a potentiometer with a resistor track and a position finger, wherein the bearing comprises a second bearing part which is arranged in fixed fashion on the bearing receptacle, wherein the bearing is embodied as a roller bearing or slider bearing, wherein the first bearing part is embodied as a first bearing ring, and the second bearing part is embodied as a second bearing ring, characterized in that the resistor track is assigned to either the bearing receptacle or the first bearing part, and in that the position finger is assigned to the other of the bearing receptacle and first bearing part.
An onboard device controller comprising: a first information acquiring device configured to acquire motion information related to a motion of an occupant, the motion being a motion of an operation before and after the occupant performs an input operation when the occupant performs the input operation to a predetermined onboard device; a second information acquiring device configured to acquire operation information related to the input operation to the onboard device, the input operation being based on the motion of the occupant; a memory configured to store the motion information and the operation information in association with each other; a motion detecting device configured to detect the motion of an occupant; and a controller configured to, when the motion information related to the motion of the occupant detected by the motion detecting device is stored in the memory, output command information related to an operation command to the onboard device by referring to the operation information stored in association with the motion information. a first information acquiring device configured to acquire motion information related to a motion of an occupant, the motion being a motion of an operation before and after the occupant performs an input operation when the occupant performs the input operation to a predetermined onboard device; a second information acquiring device configured to acquire operation information related to the input operation to the onboard device, the input operation being based on the motion of the occupant; a memory configured to store the motion information and the operation information in association with each other; a motion detecting device configured to detect the motion of an occupant; and a controller configured to, when the motion information related to the motion of the occupant detected by the motion detecting device is stored in the memory, output command information related to an operation command to the onboard device by referring to the operation information stored in association with the motion information.
A drug eluting device comprising a primer layer containing a water soluble material layer and a drug layer, optionally being multi-part, having at least a first part and optionally a second part, wherein the first part comprises a macrocyclic triene immunosuppressive compound, and the second part comprises at least one polymer-free excipient, wherein the polymer-free excipient is a fatty alcohol or fatty aldehyde or a fatty acid or a nonionic surfactant, wherein the device is a drug eluting balloon catheter.
A random code generator installed in a semiconductor chip, the random code generator comprising: a PUF cell array comprising m×n PUF cells (pc1,1∼pcm,n), wherein m and n are integers, m is greater than one, and n is greater than one; a control circuit connected with the PUF cell array, wherein while an enroll action is performed, the control circuit enrolls the PUF cell array; and a verification circuit connected with the PUF cell array, wherein while a verification action is performed, the verification circuit sets a first flag corresponding to a first row of the PUF cell array to a first state if at least one of n PUF cells in the first row of the PUF cell array is a low reliability PUF cell, wherein while the verification action is performed, the verification circuit maintains a second flag corresponding to a second row of the PUF cell array in a second state if n PUF cells in the second row of the PUF cell array are normal PUF cells, wherein while the semiconductor chip is enabled, the control circuit reads states of the n normal PUF cells in the second row of the PUF cell array according to the second state stored in the second flag and generates a random code according to the states of the n normal PUF cells in the second row of the PUF cell array. a PUF cell array comprising m×n PUF cells (pc1,1∼pcm,n), wherein m and n are integers, m is greater than one, and n is greater than one; a control circuit connected with the PUF cell array, wherein while an enroll action is performed, the control circuit enrolls the PUF cell array; and a verification circuit connected with the PUF cell array, wherein while a verification action is performed, the verification circuit sets a first flag corresponding to a first row of the PUF cell array to a first state if at least one of n PUF cells in the first row of the PUF cell array is a low reliability PUF cell, wherein while the verification action is performed, the verification circuit maintains a second flag corresponding to a second row of the PUF cell array in a second state if n PUF cells in the second row of the PUF cell array are normal PUF cells, wherein while the semiconductor chip is enabled, the control circuit reads states of the n normal PUF cells in the second row of the PUF cell array according to the second state stored in the second flag and generates a random code according to the states of the n normal PUF cells in the second row of the PUF cell array.
A suction nozzle composed of zirconia-based ceramics containing first grains containing zirconia and second grains containing a black-colored component, and comprising: a suction face, a suction hole in communication with the suction face, wherein the suction face has: an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, a proportion in number of the second grains having a grain size of 0.6 μm or more in the measurement face in terms of equivalent circle diameter is less than or equal to 25%, and the area ratio and the number of the second grains are determined by observing a given selected position in the measurement face using a SEM at 10000-fold magnification, taking a photograph of an area of 90 μm 2 in the measurement face, extracting an image of the second grains alone from the photograph, and subjecting the image to image analysis in accordance with a method known as particle analysis using Image Analysis Software "AZO-KUN" of the Asahi Kasei Engineering Corporation. a suction face, a suction hole in communication with the suction face, wherein the suction face has: an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, a proportion in number of the second grains having a grain size of 0.6 μm or more in the measurement face in terms of equivalent circle diameter is less than or equal to 25%, and the area ratio and the number of the second grains are determined by observing a given selected position in the measurement face using a SEM at 10000-fold magnification, taking a photograph of an area of 90 μm 2 in the measurement face, extracting an image of the second grains alone from the photograph, and subjecting the image to image analysis in accordance with a method known as particle analysis using Image Analysis Software "AZO-KUN" of the Asahi Kasei Engineering Corporation.
A method comprising: receiving an input selecting from a plurality of media items a first media item to transfer from a mobile device to a remote device; selecting, by the mobile device in response to the input, a second media item to transfer to the remote device based on a similarity of the second media item to the first media item; and generating, by the mobile device, packaged moment data to transfer to the remote device, wherein the packaged moment data includes media data associated with at least the first media item and the second media item. receiving an input selecting from a plurality of media items a first media item to transfer from a mobile device to a remote device; selecting, by the mobile device in response to the input, a second media item to transfer to the remote device based on a similarity of the second media item to the first media item; and generating, by the mobile device, packaged moment data to transfer to the remote device, wherein the packaged moment data includes media data associated with at least the first media item and the second media item.
A device configured to send information relating to noise sound in a vehicle, the device comprising: a detector that is provided in the vehicle and acquires information related to noise sound that disturbs ultrasonic communication in the vehicle; an in-vehicle controller that is provided in the vehicle and converts the information related to noise sound into a notification signal; and a sender that sends the notification signal to a remote controller disposed in the vehicle, wherein the in-vehicle controller is configured to make the sender send the notification signal when a vehicle parameter of the vehicle changes within a predetermined range or in a predetermined manner. a detector that is provided in the vehicle and acquires information related to noise sound that disturbs ultrasonic communication in the vehicle; an in-vehicle controller that is provided in the vehicle and converts the information related to noise sound into a notification signal; and a sender that sends the notification signal to a remote controller disposed in the vehicle, wherein the in-vehicle controller is configured to make the sender send the notification signal when a vehicle parameter of the vehicle changes within a predetermined range or in a predetermined manner.
An auxiliary apparatus for an electric circuit breaker, the electric circuit breaker being, in an open position, able to interrupt the circulation of a current in an electrical connection, the electrical connection including at least one electrical conductor, the electric circuit breaker including a mechanical output member (30, 32), movable between an operating position and a stop position corresponding to the interruption of the circulation of the current in said electrical connection, the auxiliary apparatus comprising: - a mechanical coupling mean (38, 48) for mechanical coupling with the mechanical output member (30, 32), the mechanical coupling mean (38, 48) forming mean for detecting the opening of the circuit breaker, characterized in that it further comprises at least one current sensor capable of measuring the intensity of the current circulating in a respective electrical conductor, and a determining device for determining a cause of the detected opening, based on the intensity measured by the or each current sensor, the determining device being connected to the mechanical coupling mean (38, 48) and the current sensor. - a mechanical coupling mean (38, 48) for mechanical coupling with the mechanical output member (30, 32), the mechanical coupling mean (38, 48) forming mean for detecting the opening of the circuit breaker,
An apparatus, comprising: an Input/Output (I/O) interconnect configured to connect with a host device and to provide communications with the host device; a network adapter connected to the I/O interconnect and configured to communicate with a network storage; a host adapter connected to the I/O interconnect and configured to communicate with a first storage device and a second storage device wherein the first storage device has a higher latency than the second storage device; a storage logic configured to control the I/O interconnect to cause storage access requests from the host device to be cached in the second storage device via the host adapter; and a servicing logic configured to control the host adapter to send a request selected from among the storage access requests cached in the second storage device to the network adapter to be processed if the selected request is addressed to the network storage, and to control the host adapter to process the selected request if the selected request is addressed to the first storage device. an Input/Output (I/O) interconnect configured to connect with a host device and to provide communications with the host device; a network adapter connected to the I/O interconnect and configured to communicate with a network storage; a host adapter connected to the I/O interconnect and configured to communicate with a first storage device and a second storage device wherein the first storage device has a higher latency than the second storage device; a storage logic configured to control the I/O interconnect to cause storage access requests from the host device to be cached in the second storage device via the host adapter; and a servicing logic configured to control the host adapter to send a request selected from among the storage access requests cached in the second storage device to the network adapter to be processed if the selected request is addressed to the network storage, and to control the host adapter to process the selected request if the selected request is addressed to the first storage device.
A method for allowing at least one service provider to collect wireless communication unit location related data for multiple mobile network operators, MNOs, the method is performed by a base station (230, 232) operating in a closed-access mode and supporting presence services for multiple MNOs, the method comprising the steps of broadcasting on a first frequency only a first public land mobile network identifier, PLMN-ID, of a first MNO at a first instant in time for detection by first wireless communication units (202, 204, 206, 208) associated with the first MNO; receiving location related information from the first wireless communication units (202, 204, 206, 208) associated with the first MNO in response to the broadcast first PLMN-ID; broadcasting on a second frequency only a second PLMN-ID of a second MNO, at a second instant in time for detection by second wireless communication units (202, 204, 206, 208) associated with the second MNO; and receiving location related information from the second wireless communication units (202, 204, 206, 208) associated with the second MNO in response to the broadcast second PLMN-ID; wherein receiving location related information comprises: receiving a handset identity of the wireless communication unit (202, 204, 206, 208); and extracting a first subset of digits of the handset's identity to derive a home PLMN, HPLMN of the wireless communication unit (202, 204, 206, 208); or using an address of a target PLMN provided by the wireless communication unit (202, 204, 206, 208); and in response thereto reject the wireless communication unit (202, 204, 206, 208) back to their normal macro network. receiving a handset identity of the wireless communication unit (202, 204, 206, 208); and extracting a first subset of digits of the handset's identity to derive a home PLMN, HPLMN of the wireless communication unit (202, 204, 206, 208); or using an address of a target PLMN provided by the wireless communication unit (202, 204, 206, 208); and in response thereto reject the wireless communication unit (202, 204, 206, 208) back to their normal macro network.