mhurhangee/patent-ind-claim-en huggingface dataset:
A brain activity analysis apparatus , which processes at least one brain electrical signal to generate an analysis result, comprising at least one sensing unit detecting brain waves of a subject to acquire said at least one brain electrical signal; a display unit electrically connected with said signal processing unit and presenting said analysis result; and a signal processing unit being in communication with said sensing unit to receive said brain electrical signal, using a nonstationary decomposition method to decompose said brain electrical signal to acquire a plurality of sub-signals carrying intrinsic feature components, demodulating each of said sub-signals to generate modulation signals respectively corresponding to said sub-signals, characterised by undertaking recursive iteration of said modulation signals, wherein a feature mask is used to determine whether to proceed with further decomposition and demodulation of the acquired modulation signals or to select modulation signals of interest from all said modulation signals as feature modulation signals, and undertaking quantitation processes and identification processes of said feature modulation signals to obtain the analysis result corresponding to said brain electrical signal. at least one sensing unit detecting brain waves of a subject to acquire said at least one brain electrical signal; a display unit electrically connected with said signal processing unit and presenting said analysis result; and a signal processing unit being in communication with said sensing unit to receive said brain electrical signal, using a nonstationary decomposition method to decompose said brain electrical signal to acquire a plurality of sub-signals carrying intrinsic feature components, demodulating each of said sub-signals to generate modulation signals respectively corresponding to said sub-signals, characterised by undertaking recursive iteration of said modulation signals, wherein a feature mask is used to determine whether to proceed with further decomposition and demodulation of the acquired modulation signals or to select modulation signals of interest from all said modulation signals as feature modulation signals, and undertaking quantitation processes and identification processes of said feature modulation signals to obtain the analysis result corresponding to said brain electrical signal.
Composition comprising lactoferricin and lactoferrampin, wherein lactoferricin and lactoferrampin are in a weight ratio of at least 1:1.5.
An oral cleaning device comprising: a body portion ; a brush head member fixedly mounted to, or for detachably mounting onto, the body portion such that the brush head member extends from the body portion when mounted, the brush head member comprising a bristle face , wherein the bristle face is configured to move relative to the body portion ; a sensor clock ; a sensor comprising the sensor clock , wherein the sensor is configured to sample sensor data at a sensor sampling frequency , the sensor sampling frequency being based on input from the sensor clock ; and a drivetrain configured to generate movement of the bristle face at a drivetrain frequency when the brush head member is mounted to the body portion ; characterized by comprising: a second clock ; wherein the drivetrain is in communication with the second clock , the drivetrain frequency being based on input from the second clock ; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor . a body portion ; a brush head member fixedly mounted to, or for detachably mounting onto, the body portion such that the brush head member extends from the body portion when mounted, the brush head member comprising a bristle face , wherein the bristle face is configured to move relative to the body portion ; a sensor clock ; a sensor comprising the sensor clock , wherein the sensor is configured to sample sensor data at a sensor sampling frequency , the sensor sampling frequency being based on input from the sensor clock ; and a drivetrain configured to generate movement of the bristle face at a drivetrain frequency when the brush head member is mounted to the body portion ; characterized by comprising: a second clock ; wherein the drivetrain is in communication with the second clock , the drivetrain frequency being based on input from the second clock ; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor . a second clock ; wherein the drivetrain is in communication with the second clock , the drivetrain frequency being based on input from the second clock ; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor .
A hair care composition comprising: a) from 10% to 25% of one or more surfactants; b) a total amount from 0.01% to 10% of one or more particulate scalp health agents, wherein the one or more particulate scalp health agents comprises zinc pyrithione; c) a total amount from 0.01% to 10% of one or more surfactant soluble scalp health agents, wherein the one or more surfactant soluble scalp health agents comprises a hydroxyl pyridone, wherein the hydroxyl pyridone is piroctone olamine; d) from 0.1% to 0.2% of one or more cationic polymers selected from the group consisting of a cationic cellulose; e) from 0.01% to 5% of one or more cationic polymers selected from group consisting of one or more cationic guar polymers; and wherein an on-scalp deposition of the particulate scalp health agent deposition efficiency is increased by 50% compared to a control with no soluble scalp health agent, preferably by 75% compared to a control with no soluble scalp health agent, and preferably by 90% compared to a control with no soluble scalp health agent; wherein the composition forms coacervate particles upon dilution of the composition with water; and wherein the percentage of coacervate particles with a floc size of greater than 20 microns is from 1% to 40% as measured according to the Lasentec FBRM Method as disclosed herein. a) from 10% to 25% of one or more surfactants; b) a total amount from 0.01% to 10% of one or more particulate scalp health agents, wherein the one or more particulate scalp health agents comprises zinc pyrithione; c) a total amount from 0.01% to 10% of one or more surfactant soluble scalp health agents, wherein the one or more surfactant soluble scalp health agents comprises a hydroxyl pyridone, wherein the hydroxyl pyridone is piroctone olamine; d) from 0.1% to 0.2% of one or more cationic polymers selected from the group consisting of a cationic cellulose; e) from 0.01% to 5% of one or more cationic polymers selected from group consisting of one or more cationic guar polymers;
Measuring apparatus configured to analyse a fluid sample , the measuring apparatus having a housing with a light source device or illumination device for generating at least one light beam , a light guide being provided in the beam path of the light beam , the measuring apparatus having a sleeve as a sampler device , with a sampler which extends through the sleeve in a transverse direction, the sleeve having an outer end and an inner end, and the inner end of the sleeve being received in the housing , a first end of the light guide being attached fixedly in the housing , and a second end being received in the sleeve , the measuring apparatus having a radiation receiver device at the outer end of the sleeve for receiving a light beam guided through the fluid sample along a measurement distance , the measuring apparatus having at least one connection device for connecting an external electronic device for transmitting the measurement signals of the radiation receiver device to an evaluation device of the external electronic device to evaluate the measurement signals, characterised in that the sampler is formed to be equipable with a sample container with a fluid sample , the sampler having an opening in the sleeve on each of two opposite sides for passing the sample container through, the two openings tapering in cross section in such a way that a sample container having a correspondingly tapering cross section can be inserted into them and held in the sampler . the measuring apparatus having a housing with a light source device or illumination device for generating at least one light beam , a light guide being provided in the beam path of the light beam , the measuring apparatus having a sleeve as a sampler device , with a sampler which extends through the sleeve in a transverse direction, the sleeve having an outer end and an inner end, and the inner end of the sleeve being received in the housing , a first end of the light guide being attached fixedly in the housing , and a second end being received in the sleeve , the measuring apparatus having a radiation receiver device at the outer end of the sleeve for receiving a light beam guided through the fluid sample along a measurement distance , the measuring apparatus having at least one connection device for connecting an external electronic device for transmitting the measurement signals of the radiation receiver device to an evaluation device of the external electronic device to evaluate the measurement signals, characterised in that the sampler is formed to be equipable with a sample container with a fluid sample , the sampler having an opening in the sleeve on each of two opposite sides for passing the sample container through, the two openings tapering in cross section in such a way that a sample container having a correspondingly tapering cross section can be inserted into them and held in the sampler .
A secondary communication apparatus (5-2) configured to communicate with a user equipment which is configured for simultaneous connection to a master communication apparatus (5-1) and to the secondary communication apparatus (5-2), the secondary communication apparatus (5-2) comprising: means for transmitting, to the master communication apparatus (5-1), a first message related to security key update when a Packet Data Convergence Protocol, PDCP, count is about to wrap around; means for receiving, from the master communication apparatus (5-1), a second message to deliver a security key of the secondary communication apparatus (5-2) derived from a security key of the master communication apparatus (5-1); means for deriving, using the security key of the secondary communication apparatus (5-2), a user plane security key; and means for using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus (5-2). means for transmitting, to the master communication apparatus (5-1), a first message related to security key update when a Packet Data Convergence Protocol, PDCP, count is about to wrap around; means for receiving, from the master communication apparatus (5-1), a second message to deliver a security key of the secondary communication apparatus (5-2) derived from a security key of the master communication apparatus (5-1); means for deriving, using the security key of the secondary communication apparatus (5-2), a user plane security key; and means for using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus (5-2).
A monitor assembly configured to be detachably fixed to a wall surface , the monitor assembly comprising a monitor ; and an attaching-detaching device disposed between the monitor and the wall surface and configured to detachably fix the monitor to the wall surface , the attaching-detaching device including a swing member having a distal end and a proximal end , a hinge mechanism configured to be attachable to the wall surface and support the proximal end of the swing member such that the distal end of the swing member is swingable to approach or leave the wall surface , a swing member engagement portion provided on a rear surface opposite to a display screen of the monitor and engaged with the swing member , and a lock mechanism provided on the rear surface of the monitor and configured to unlockably lock the swing member being engaged with the swing member engagement portion , characterized in that the swing member includes a first rod portion , a second rod portion , and a coupling portion , the first and second rod portions are disposed on an identical plane (VP) and each have a distal end and a proximal end , the coupling portion extends in the transverse direction (LR) of the monitor and couples the proximal end of the first rod portion and the proximal end of the second rod portion , the hinge mechanism supports the coupling portion such that the first and second rod portions are swingable simultaneously, the swing member engagement portion includes a first swing member engagement portion engaged with the first rod portion and a second swing member engagement portion engaged with the second rod portion , and the lock mechanism includes a first lock mechanism configured to unlockably lock the first rod portion and a second lock mechanism configured to unlockably lock the second rod portion , such that the monitor can be detached from the wall surface .
A traveling vehicle comprising: a connecting unit a control device for controlling a posture of a work machine that is provided to the traveling vehicle via the connecting unit , the control device being configured to control the posture of the work machine, in a case where a positional relationship between (a) a farm field surface on which the traveling vehicle travels and (b) the work machine has been changed from a predetermined positional relationship, so that the positional relationship thus changed is reset to the predetermined positional relationship, wherein the control device includes: a monitoring section detecting a change in positional relationship between the farm field surface and the work machine in accordance with arrival of the work machine, following the traveling vehicle, at a point at which an inclination of the traveling vehicle has been changed; and a control section configured to change a shape of the connecting unit so as to control the posture of the work machine so that the positional relationship whose change has been detected by the monitoring section is reset to the predetermined positional relationship. a connecting unit a control device for controlling a posture of a work machine that is provided to the traveling vehicle via the connecting unit , the control device being configured to control the posture of the work machine, in a case where a positional relationship between (a) a farm field surface on which the traveling vehicle travels and (b) the work machine has been changed from a predetermined positional relationship, so that the positional relationship thus changed is reset to the predetermined positional relationship, wherein the control device includes: a monitoring section detecting a change in positional relationship between the farm field surface and the work machine in accordance with arrival of the work machine, following the traveling vehicle, at a point at which an inclination of the traveling vehicle has been changed; and a control section configured to change a shape of the connecting unit so as to control the posture of the work machine so that the positional relationship whose change has been detected by the monitoring section is reset to the predetermined positional relationship. a monitoring section detecting a change in positional relationship between the farm field surface and the work machine in accordance with arrival of the work machine, following the traveling vehicle, at a point at which an inclination of the traveling vehicle has been changed; and a control section configured to change a shape of the connecting unit so as to control the posture of the work machine so that the positional relationship whose change has been detected by the monitoring section is reset to the predetermined positional relationship.
An aircraft door mechanism , including at least: - an aircraft structure delimiting an opening ; - an aircraft door mounted moving relative to the structure between a closed off position, in which the door closes off the opening , and a released position, in which the door is positioned away from the opening ; - a guide system configured to guide a movement of the door between said closed off and released positions, the guide system comprising a main rail that is fixed relative to the structure and a main carriage mechanically connected to the door , the main carriage being able to slide on the main rail during the movement of the door between said closed off and released positions; the main rail being positioned between the door and the structure during at least part of the movement of the door between said closed off and released positions; characterized in that the guide system further comprises at least one connecting rod , the main carriage being mechanically connected to the door by means of the connecting rod , the connecting rod being articulated to the main carriage on the one hand and to the door on the other hand, the connecting rod being able to lock the door in the closed off position, the connecting rod including an extension return system configured to exert an elastic force on the main carriage , and the connecting rod being able to brace itself relative to the main carriage . - an aircraft structure delimiting an opening ; - an aircraft door mounted moving relative to the structure between a closed off position, in which the door closes off the opening , and a released position, in which the door is positioned away from the opening ; - a guide system configured to guide a movement of the door between said closed off and released positions, the guide system comprising a main rail that is fixed relative to the structure and a main carriage mechanically connected to the door , the main carriage being able to slide on the main rail during the movement of the door between said closed off and released positions;
A method of depolymerizing lignin comprising a. Providing biomass in particulate form wherein the biomass contains lignin, a solvent mixture wherein the solvent mixture is a mixture of an organic solvent and water in a weight ratio of 1:4 to 4:1, and a transition metal catalyst; wherein the biomass is wood in the form of saw dust or wood chips; b. Mixing the biomass, the solvent mixture and the transition metal catalyst to obtain a mixture; c. Heating the mixture to at least 160°C and depolymerize the lignin at a pressure of not more than 50 bar, preferably 35 bar or less; and d. Optionally isolating the depolymerized lignin; wherein no hydrogen gas is added and wherein the solvent mixture contains methanol and water, ethanol and water, isopropanol and water, acetic acid and water or ethyl acetate and water. a. Providing biomass in particulate form wherein the biomass contains lignin, a solvent mixture wherein the solvent mixture is a mixture of an organic solvent and water in a weight ratio of 1:4 to 4:1, and a transition metal catalyst; wherein the biomass is wood in the form of saw dust or wood chips; b. Mixing the biomass, the solvent mixture and the transition metal catalyst to obtain a mixture; c. Heating the mixture to at least 160°C and depolymerize the lignin at a pressure of not more than 50 bar, preferably 35 bar or less; and d. Optionally isolating the depolymerized lignin; wherein no hydrogen gas is added and wherein the solvent mixture contains methanol and water, ethanol and water, isopropanol and water, acetic acid and water or ethyl acetate and water.
Warp beam arrangement having a warp beam carrier , at least one tensioning device and at least one sectional warp beam , the at least one sectional warp beam being arranged on the warp beam carrier , characterized in that the at least one sectional warp beam is radially tensioned to the warp beam carrier by the tensioning device .
A method of a base station , the method comprising: transmitting system information including information on resource groups,; receiving (S420), from a terminal, a resource allocation request; receiving, from the terminal, a control message including location information of a first zone where the terminal is located (S470); and allocating (S480) at least one resource group among the resource groups based on the location information, wherein each of the resource groups includes a set of resources determined based on predetermined criteria, and wherein a number of the at least one resource group allocated to the terminal is determined based on a number of terminals in a connected state and a number of terminals in an idle state that are located in the first zone. transmitting system information including information on resource groups,; receiving (S420), from a terminal, a resource allocation request; receiving, from the terminal, a control message including location information of a first zone where the terminal is located (S470); and allocating (S480) at least one resource group among the resource groups based on the location information, wherein each of the resource groups includes a set of resources determined based on predetermined criteria, and wherein a number of the at least one resource group allocated to the terminal is determined based on a number of terminals in a connected state and a number of terminals in an idle state that are located in the first zone.
An antibody or a functional fragment thereof capable of specifically binding to human tumor necrosis factor alpha (TNFα), wherein said antibody or functional fragment comprises (i) a V L domain having an amino acid sequence selected from the group consisting of SEQ ID NO:22 and SEQ ID NO:24, and (ii) a V H domain having the amino acid sequence as shown in SEQ ID NO:21, and wherein specific binding refers to the ability of the antibody or fragment to discriminate between human TNFα and human TNFβ.
Active substance application insert for an implant , in particular a joint implant, comprising: - a main body , - an active substance chamber formed in the main body, - an application side , which forms a front face of the active substance chamber, wherein the application side has a plurality of application openings , and - a securing means with which the main body can be detachably secured in the implant, characterized in that , in a state in which the main body is inserted into the implant, the application side faces outwards relative to the implant, such that the application openings connect the active substance chamber to the surroundings of the implant. - a main body , - an active substance chamber formed in the main body, - an application side , which forms a front face of the active substance chamber, wherein the application side has a plurality of application openings , and - a securing means with which the main body can be detachably secured in the implant,