mhurhangee/ep-ind-claims huggingface dataset:
A portable ultrasonic diagnostic apparatus comprising: a measurement depth setting portion configured to set a measurement depth for measurement based on an input received by the user; a voltage supplying portion configured to supply a voltage to be applied to a pulse generating portion according to the set measurement depth, wherein the voltage supplying portion is configured to supply a lower voltage when the set measurement depth is shallower and to supply a higher voltage when the set measurement depth is deeper; and the pulse generating portion configured to generate an electric pulse to be applied to an ultrasonic transducer to generate an ultrasonic wave and generate an electric pulse of a voltage corresponding to the voltage supplied from the voltage supplying portion; a variable gain amplifier configured to compensate for attenuation according to a reflection depth by amplifying an echo signal input from the ultrasonic transducer; and a compensation property adjusting portion configured to adjust amplification properties of the variable gain amplifier according to the reflection depth, wherein the compensation property adjusting portion is configured to adjust the amplification properties to have a certain maximum gain at the set measurement depth and to have a form in which the gain is increased according to the reflection depth within the range below the set measurement depth. a measurement depth setting portion configured to set a measurement depth for measurement based on an input received by the user; a voltage supplying portion configured to supply a voltage to be applied to a pulse generating portion according to the set measurement depth, wherein the voltage supplying portion is configured to supply a lower voltage when the set measurement depth is shallower and to supply a higher voltage when the set measurement depth is deeper; and the pulse generating portion configured to generate an electric pulse to be applied to an ultrasonic transducer to generate an ultrasonic wave and generate an electric pulse of a voltage corresponding to the voltage supplied from the voltage supplying portion; a variable gain amplifier configured to compensate for attenuation according to a reflection depth by amplifying an echo signal input from the ultrasonic transducer; and a compensation property adjusting portion configured to adjust amplification properties of the variable gain amplifier according to the reflection depth, wherein the compensation property adjusting portion is configured to adjust the amplification properties to have a certain maximum gain at the set measurement depth and to have a form in which the gain is increased according to the reflection depth within the range below the set measurement depth.
A toothbrush characterized by a head which is divided into at least two portions (20,22) which can be moved independent of each other, a vibrator for vibrating the head and one or more tooth cleaning elements having a cleaning portion and a lower portion and wherein the lower portion is disposed in a hole that extends through the head..
A solid state MARX pulse modulator, the solid state MARX pulse modulator comprising an Insulated Gate Bipolar Transistor, IGBT, the IGBT having an emitter, a gate and a collector, the IGBT being used as a switch device in the solid state MARX pulse modulator, wherein the solid state MARX pulse modulator further comprises: a diode, the diode having a cathode connected to the emitter of the IGBT and an anode connected to a ground for the gate of the IGBT so as to supply a stable voltage to the emitter of the IGBT with respect to the ground for the gate of the IGBT; and an overvoltage protection circuit for the IGBT, wherein the overvoltage protection circuit comprises: a collector voltage detection circuit configured to detect a voltage at the collector of the IGBT during a turn-off phase of the IGBT and output a signal indicating whether the voltage at the collector exceeds a reference value; and an overvoltage trigger circuit configured to output an overvoltage trigger signal to a driving circuit of the IGBT when the signal output by the collector voltage detection circuit indicates that the voltage at the collector exceeds the reference value, wherein the driving circuit is configured to receive the overvoltage trigger signal from the overvoltage trigger circuit and output a driving signal to the gate of the IGBT so as to turn on the IGBT. a collector voltage detection circuit configured to detect a voltage at the collector of the IGBT during a turn-off phase of the IGBT and output a signal indicating whether the voltage at the collector exceeds a reference value; and an overvoltage trigger circuit configured to output an overvoltage trigger signal to a driving circuit of the IGBT when the signal output by the collector voltage detection circuit indicates that the voltage at the collector exceeds the reference value, wherein the driving circuit is configured to receive the overvoltage trigger signal from the overvoltage trigger circuit and output a driving signal to the gate of the IGBT so as to turn on the IGBT.
A device for the measurement of the flow of milk in a mixture of milk and air, comprising air separation means and a leaky measuring chamber with conductivity electrodes (7, 8, 13, 14), whereby the level of milk in the measuring chamber is converted to a flow measure, characterized in that elements are provided to cause the milk to be distributed to flow essentially only towards a first array of measurement electrodes (13, 14, 13', 14'), while a second array of measurement electrodes (7, 8) is covered to the instant level of the milk in the measuring chamber, thereby generating a continuous level indication based on conductivity.
An infant phototherapy device comprising: a housing assembly having a connection site; a light source carried within the housing assembly, the light source constructed and arranged to emit light from the housing assembly; an enabling switch operable to enable and disable operability of the light source; a spotlight mode adaptor constructed to be selectively detachably connected with the housing assembly at the connection site, wherein attachment of the spotlight mode adaptor to the connection site changes the enabling switch from a disabling configuration to an enabling configuration and detachment of the spotlight mode adaptor changes the enabling switch from the enabling configuration to the disabling configuration; and a panel mode assembly including a panel mode adaptor, the panel mode adaptor constructed and arranged to be detachably connected with the housing assembly at the connection site, the panel mode assembly including a light pipe connected at one end to the panel mode adaptor and at an opposite end to a light emitting panel, the panel mode assembly enabling light to be communicated from the light source, through the light pipe to the light emitting panel when the panel mode adaptor is attached to the connection site. a housing assembly having a connection site; a light source carried within the housing assembly, the light source constructed and arranged to emit light from the housing assembly; an enabling switch operable to enable and disable operability of the light source; a spotlight mode adaptor constructed to be selectively detachably connected with the housing assembly at the connection site, wherein attachment of the spotlight mode adaptor to the connection site changes the enabling switch from a disabling configuration to an enabling configuration and detachment of the spotlight mode adaptor changes the enabling switch from the enabling configuration to the disabling configuration; and a panel mode assembly including a panel mode adaptor, the panel mode adaptor constructed and arranged to be detachably connected with the housing assembly at the connection site, the panel mode assembly including a light pipe connected at one end to the panel mode adaptor and at an opposite end to a light emitting panel, the panel mode assembly enabling light to be communicated from the light source, through the light pipe to the light emitting panel when the panel mode adaptor is attached to the connection site.
A secondary battery, comprising: one or a plurality of electrode bodies which have a positive electrode and a negative electrode; a battery case which houses the electrode body and which has a terminal extracting hole (18,19); a terminal (30,40) which is electrically connected to the positive electrode or the negative electrode inside the battery case and which is extracted to outside of the battery case from the terminal extracting hole (18,19); and an external conductive member (32,42) which is joined to the terminal (30,40) outside of the battery case, wherein the external conductive member (32,42) has a through-hole into which a part of the terminal (30,40) is inserted, a joining portion between the external conductive member (32,42) and the terminal (30,40) provided on a peripheral edge of the through-hole, characterised in that the external conductive member (32,42) has an approximately annular thin portion provided around the joining portion, and the thin portion is configured to melt when a current of 1000 A or more flows through the secondary battery. one or a plurality of electrode bodies which have a positive electrode and a negative electrode; a battery case which houses the electrode body and which has a terminal extracting hole (18,19); a terminal (30,40) which is electrically connected to the positive electrode or the negative electrode inside the battery case and which is extracted to outside of the battery case from the terminal extracting hole (18,19); and an external conductive member (32,42) which is joined to the terminal (30,40) outside of the battery case, wherein the external conductive member (32,42) has a through-hole into which a part of the terminal (30,40) is inserted, a joining portion between the external conductive member (32,42) and the terminal (30,40) provided on a peripheral edge of the through-hole, characterised in that the external conductive member (32,42) has an approximately annular thin portion provided around the joining portion, and the thin portion is configured to melt when a current of 1000 A or more flows through the secondary battery.
Blend comprising: a) granules, and b) vitamin B12 wherein said granules comprise naproxen or a pharmaceutically acceptable salt thereof and at least one binder. a) granules, and b) vitamin B12
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body (41028, 41060) having a plurality of staple cavities (41030, 41062, 41030, 41064), each staple cavity having a surgical staple disposed therein; and a plurality of sealing adjuncts (41024, 41042, 41052) coupled to the cartridge body (41028, 41060) such that a staple ejected from the cartridge body (41028, 41060) passes through one of the plurality of sealing adjuncts (41024, 41042, 41052) before entering into tissue adjacent to the cartridge body (41028, 41060); charaterised in that the plurality of staple cavities (41030, 41062, 41030, 41064) are arranged such that a greater density of staple cavities (41030, 41062) is present at a proximal end and a distal end of the cartridge body (41028, 41060) than a density of staple cavities (41030, 41064) that is present in a middle portion extending between the proximal and distal ends; and wherein the plurality of sealing adjuncts (41024, 41042, 41052) are positioned where the greater density of staple cavities (41030, 41062) is present at the proximal and distal ends of the cartridge body (41028, 41060). a cartridge body (41028, 41060) having a plurality of staple cavities (41030, 41062, 41030, 41064), each staple cavity having a surgical staple disposed therein; and a plurality of sealing adjuncts (41024, 41042, 41052) coupled to the cartridge body (41028, 41060) such that a staple ejected from the cartridge body (41028, 41060) passes through one of the plurality of sealing adjuncts (41024, 41042, 41052) before entering into tissue adjacent to the cartridge body (41028, 41060); charaterised in that the plurality of staple cavities (41030, 41062, 41030, 41064) are arranged such that a greater density of staple cavities (41030, 41062) is present at a proximal end and a distal end of the cartridge body (41028, 41060) than a density of staple cavities (41030, 41064) that is present in a middle portion extending between the proximal and distal ends; and wherein the plurality of sealing adjuncts (41024, 41042, 41052) are positioned where the greater density of staple cavities (41030, 41062) is present at the proximal and distal ends of the cartridge body (41028, 41060).
Compound of formula I, wherein R 1 is selected from iso-butyl, ethyl, iso-propyl, sec-butyl, 2-methylmercapto ethyl or benzyl; and R 2 is selected from linear or branched C 1 -C 10 alkanediyl wherein R 1 is selected from iso-butyl, ethyl, iso-propyl, sec-butyl, 2-methylmercapto ethyl or benzyl; and R 2 is selected from linear or branched C 1 -C 10 alkanediyl
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: A is arylene or heteroarylene; L is a linker; BA is a binding agent, wherein BA is an antibody or an antibody fragment; and k is an integer from 1 to 30. A is arylene or heteroarylene; L is a linker; BA is a binding agent, wherein BA is an antibody or an antibody fragment; and k is an integer from 1 to 30.
Abase station (900, 1200) comprising: an information acquisition unit configured to acquire information of a frequency band at which predetermined indispensable information is transmitted by an adjacent base station in a data area of a downlink sub frame transmitted by the adjacent base station, the predetermined indispensable information including at least one of a broadcast channel, BCH, a primary synchronization signal, PSS, and a secondary synchronisation signal, SSS, and a control channel transmission unit configured to transmit a downlink control channel for machine type communication in a data area of a downlink subframe of a current cell in a manner that a frequency band of the downlink control channel does not overlap with the frequency band at which the predetermined indispensable information is transmitted by the adjacent base station, wherein the frequency band of the downlink control channel is narrower than a predetermined transmission bandwidth of the downlink subframe of the current cell. an information acquisition unit configured to acquire information of a frequency band at which predetermined indispensable information is transmitted by an adjacent base station in a data area of a downlink sub frame transmitted by the adjacent base station, the predetermined indispensable information including at least one of a broadcast channel, BCH, a primary synchronization signal, PSS, and a secondary synchronisation signal, SSS, and a control channel transmission unit configured to transmit a downlink control channel for machine type communication in a data area of a downlink subframe of a current cell in a manner that a frequency band of the downlink control channel does not overlap with the frequency band at which the predetermined indispensable information is transmitted by the adjacent base station, wherein the frequency band of the downlink control channel is narrower than a predetermined transmission bandwidth of the downlink subframe of the current cell.
A system for dynamically load-balancing at least one redistribution element across a group of computing resources that facilitate at least an aspect of an Industrial Execution Process structured in an M:N working configuration being configured to access from a data store M:N working configuration component operational data, capabilities or characteristics associated with the M:N working configuration, wherein the data store is a central data store or a distributed data store that is independent from local storage at the respective computing resources and accessible to the respective computing resources; identify a load-balancing opportunity to trigger redistribution of at least one redistribution element to a redistribution target selected from a redistribution target pool defined by remaining M computing resource components associated with the M:N computing resource working configuration; select at least one redistribution target for redeployment of the at least one redistribution element selected from the target redistribution pool; redeploy the at least one redistribution element to the at least one selected redistribution target; and determine redeployment of the at least one redistribution element to the at least one selected redistribution target to be a viable redeployment; and execute the Industrial Execution Process utilizing the at least one redistribution element at the selected redistribution target. access from a data store M:N working configuration component operational data, capabilities or characteristics associated with the M:N working configuration, wherein the data store is a central data store or a distributed data store that is independent from local storage at the respective computing resources and accessible to the respective computing resources; identify a load-balancing opportunity to trigger redistribution of at least one redistribution element to a redistribution target selected from a redistribution target pool defined by remaining M computing resource components associated with the M:N computing resource working configuration; select at least one redistribution target for redeployment of the at least one redistribution element selected from the target redistribution pool; redeploy the at least one redistribution element to the at least one selected redistribution target; and determine redeployment of the at least one redistribution element to the at least one selected redistribution target to be a viable redeployment; and execute the Industrial Execution Process utilizing the at least one redistribution element at the selected redistribution target.
An image pickup apparatus which an accessory is attachable to, detachable from, and communicable with, the accessory being different from a lens unit, the image pickup apparatus comprising: a power supply unit (131, 132) configured to supply power to the accessory; and a control unit configured to control a power supply from the power supply unit to the accessory, wherein the image pickup apparatus is configured to transition from a normal operating state to a power-saving state that includes a first power-saving state in which a power supply switch of the image pickup apparatus is turned off, and a second power-saving state in which power is automatically turned off when a non-operating state continues for a predetermined time, characterized in that when the image pickup apparatus is not in the first power-saving state or the second power-saving state, the control unit receives, as power supply necessity/unnecessity information, from the accessory both first information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the first power-saving state, and second information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the second power-saving state, and wherein the control unit causes the power supply unit to supply the power to the accessory in the power-saving state in a case where the power supply necessity/unnecessity information indicates a request for the power supply. a power supply unit (131, 132) configured to supply power to the accessory; and a control unit configured to control a power supply from the power supply unit to the accessory, wherein the image pickup apparatus is configured to transition from a normal operating state to a power-saving state that includes a first power-saving state in which a power supply switch of the image pickup apparatus is turned off, and a second power-saving state in which power is automatically turned off when a non-operating state continues for a predetermined time, characterized in that when the image pickup apparatus is not in the first power-saving state or the second power-saving state, the control unit receives, as power supply necessity/unnecessity information, from the accessory both first information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the first power-saving state, and second information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the second power-saving state, and wherein the control unit causes the power supply unit to supply the power to the accessory in the power-saving state in a case where the power supply necessity/unnecessity information indicates a request for the power supply.
Method for growing potted plants and for arranging at least two potted plants side by side in a sales pot for the purpose of selling the potted plants, wherein the method relates to at least two different plant genera, wherein the potted plants of the different plant genera are in a first step cultivated independently of one another in different ways and in separate growing containers in their own growing layer of soil and in a second step at least two potted plants for delivery to sale are arranged next to each other and each with their own growing layer of soil in a common sales pot on a common full-surface base layer of soil, wherein the potted plants arranged in the common sales pot belong at least to two different plant genera, wherein the height of the growing layer of soil and the height of the base layer of soil add up to the filling height of the layer of soil in the sales pot and the height of the growing layer of soil and the height of the base layer of soil are each approximately half of the total filling height of the layer of soil in the sales pot and wherein furthermore the potted plants are grown in growing rooms formed by a bottom and surrounding walls and the growing layer of soil with the potted plant rooted therein is then moved on top of the base layer of soil arranged in the sales pot, so that the potted plants can root not only in their own growing layer of soil but can also root laterally into neighboring growing layers of soil and also downwards into the base layer of soil provided below, and wherein the shape of the growing rooms and the shape of the sales pot are matched to each other in such a way, that the shapes of several growing rooms combine to the shape of the sales pot.