mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a media device and a display device using audio commands, comprising: detecting, at an audio responsive control device , a trigger word in audio from a source of audio commands; determining, at the audio responsive control device , that a user is the source of audio commands based on the trigger word being associated with the audio responsive control device ; determining, at the audio responsive control device , a position of the display device ; de-enhancing, at the audio responsive control device , audio output by a speaker of the display device based on the determined position of the display device and the determination that the user is the source of audio commands; determining, at the audio responsive control device , a position of a source of audio commands; enhancing, at the audio responsive control device , the audio from the source of audio commands based on the determined position of the source of audio commands and the determination that the user is the source of audio commands; identifying, at the audio responsive control device , a command in the enhanced audio from the source of audio commands; and causing, at the audio responsive control device , at least one of the media device and the display device to operate according to the command. detecting, at an audio responsive control device , a trigger word in audio from a source of audio commands; determining, at the audio responsive control device , that a user is the source of audio commands based on the trigger word being associated with the audio responsive control device ; determining, at the audio responsive control device , a position of the display device ; de-enhancing, at the audio responsive control device , audio output by a speaker of the display device based on the determined position of the display device and the determination that the user is the source of audio commands; determining, at the audio responsive control device , a position of a source of audio commands; enhancing, at the audio responsive control device , the audio from the source of audio commands based on the determined position of the source of audio commands and the determination that the user is the source of audio commands; identifying, at the audio responsive control device , a command in the enhanced audio from the source of audio commands; and causing, at the audio responsive control device , at least one of the media device and the display device to operate according to the command.
A process for recovering an esterified cellulose ether from a reaction product mixture obtained from a reaction of (a) a cellulose ether with (b) an aliphatic monocarboxylic acid anhydride or a di- or tricarboxylic acid anhydride or a combination of an aliphatic monocarboxylic acid anhydride and a di- or tricarboxylic acid anhydride, wherein the process comprises the steps of (i) contacting the reaction product mixture with an aqueous liquid and precipitating the esterified cellulose ether from the reaction product mixture, and (ii) isolating the precipitated esterified cellulose ether from the mixture obtained in step (i), wherein before or in step (i) a particulate silicon oxide or metal oxide is dispersed or suspended in the reaction product mixture, the aqueous liquid or a combination thereof. (i) contacting the reaction product mixture with an aqueous liquid and precipitating the esterified cellulose ether from the reaction product mixture, and (ii) isolating the precipitated esterified cellulose ether from the mixture obtained in step (i),
A nib for a refillable free ink writing felt pen comprising: - a body comprising: - a first end , configured to deliver ink to a writing support; - a second end , opposite the first end , configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen ; and - a dry ink tank comprising dry ink , the dry ink tank being delimited by the second end of the body of the nib and a dry ink tank wall characterized in that the dry ink tank wall comprises a water-soluble film . - a body comprising: - a first end , configured to deliver ink to a writing support; - a second end , opposite the first end , configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen ; and - a first end , configured to deliver ink to a writing support; - a second end , opposite the first end , configured to be inserted in a nib receiving part of a refillable free ink writing felt pen body of the refillable free ink writing felt pen ; and - a dry ink tank comprising dry ink , the dry ink tank being delimited by the second end of the body of the nib and a dry ink tank wall characterized in that the dry ink tank wall comprises a water-soluble film .
A blow molded multilayer article comprising: a hollow body defined by a wall comprising an inner surface and an outer surface, wherein at least a first portion of the wall comprises at least five layers comprising at least two A-layers and at least two B-layers forming the outer surface and the inner surface; wherein the A-layers are transparent and optionally comprise a colored dye or pigment, wherein the A-layers have total luminous transmittance of 50% or more as measured in accordance with ASTM D1003 and reflected haze of less than 5 haze units as measured in accordance with ASTM E430; wherein the B-layers comprise an effect pigment or an effect pigment and an opacifying pigment; wherein the A-layers and B-layers comprise a thermoplastic resin; wherein the outer surface comprises an axial color gradient and/or an axial gloss gradient formed by constituents from the A-layers and B-layers; and wherein at least a second portion of the wall comprises at least three layers comprising: at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers. a hollow body defined by a wall comprising an inner surface and an outer surface, wherein at least a first portion of the wall comprises at least five layers comprising at least two A-layers and at least two B-layers forming the outer surface and the inner surface; wherein the A-layers are transparent and optionally comprise a colored dye or pigment, wherein the A-layers have total luminous transmittance of 50% or more as measured in accordance with ASTM D1003 and reflected haze of less than 5 haze units as measured in accordance with ASTM E430; wherein the B-layers comprise an effect pigment or an effect pigment and an opacifying pigment; wherein the A-layers and B-layers comprise a thermoplastic resin; wherein the outer surface comprises an axial color gradient and/or an axial gloss gradient formed by constituents from the A-layers and B-layers; and wherein at least a second portion of the wall comprises at least three layers comprising: at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers. at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers.
Leaf arrangement comprising a frame and a leaf of a door or a window, which is pivotally mounted on the frame , wherein an opening limiting device is provided, which allows pivoting of the leaf relative to the frame only up to a partially opened position, wherein the opening limiting device has a switching rod , a guide plate and a scissor arm , wherein the switching rod is guided movably on the leaf in a longitudinal direction , wherein the guide plate is fixed to the leaf and the switching rod and the guide plate at least partially overlap one another in the longitudinal direction , wherein the switching rod is coupled by means of a drive rod to a handle which is arranged on the leaf side, wherein the scissor arm , at one end , is pivotally mounted on the frame and, at the other end , has a pin which, at least in the partially open position of the leaf , engages in a guide groove which is formed in the guide plate and closed at one end, wherein the pin , in the partially opened position, abuts the closed end of the guide groove , as a result of which pivoting of the leaf in the opening direction is limited, wherein the switching rod has a projection which projects in the direction of the guide plate , wherein the projection engages behind the pin in a switching position of the switching rod such that the pin is secured at the closed end of the guide groove , characterized in that the switching rod has at least one laterally arranged first positioning portion , and wherein the at least one first positioning portion can be brought into engagement with a second positioning portion , formed on or in the guide plate , in a switching position.
A method of a communication device arranged to operate in a cellular communication system, the method comprising receiving a control symbol from a network node operating a cell of the cellular communication system and serving the communication device; determining interference situation for the control symbol, wherein determining the interference situation includes determining whether the control signal collides in time and frequency with control signals provided in neighbouring interfering cells; selecting an interference mitigation algorithm based on the determined interference situation; and performing the selected interference mitigation algorithm for the received control symbol.
A nutritional system wherein a nutritional system is a collection of more than one synthetic nutritional composition, comprising one gender specific synthetic nutritional composition for a male infant comprising cholesterol in a concentration within the range of 33 to 101 μg/ml and, one gender specific nutritional composition for a female infant comprising cholesterol in a concentration within the range of 24 to 75 μg/ml wherein, said male and female gender specific synthetic nutritional compositions are for infants of the same age, wherein the concentration of cholesterol in said gender specific synthetic nutritional composition for a male infant is higher than in said gender specific synthetic nutritional composition for a female infant and wherein said gender specific synthetic nutritional compositions are for infants of 4 months of age or older and the male gender specific synthetic nutritional composition comprises 11 to 77 μg/ml more cholesterol than the female gender specific synthetic nutritional composition.
A method for introducing a soil penetrating tool into a soil using a variable weight load device coupled to the soil penetration tool, the method comprising: a penetration phase during which the soil penetrating tool is at least partially driven into the soil with the variable weight load device providing a penetration phase weight which acts on the soil penetrating tool, and a pulling phase during which the soil penetrating tool is at least partially pulled out of the soil with the variable weight load device providing a pulling phase weight which acts on the soil penetrating tool and which is lower than the penetration phase weight; wherein the variable weight load device includes at least one liquid storage reservoir and wherein: the at least one liquid storage reservoir is filled with a liquid in order to provide the penetration phase weight; the liquid is at least partially removed from the at least one liquid storage reservoir in order to provide the pulling phase weight. a penetration phase during which the soil penetrating tool is at least partially driven into the soil with the variable weight load device providing a penetration phase weight which acts on the soil penetrating tool, and a pulling phase during which the soil penetrating tool is at least partially pulled out of the soil with the variable weight load device providing a pulling phase weight which acts on the soil penetrating tool and which is lower than the penetration phase weight; the at least one liquid storage reservoir is filled with a liquid in order to provide the penetration phase weight; the liquid is at least partially removed from the at least one liquid storage reservoir in order to provide the pulling phase weight.
A device for in a cooperation mode cooperating with an apparatus , the device comprising - an interface for receiving a first signal from the apparatus , the first signal comprising an indication for indicating the cooperation mode, the indication being linked with a profile of the apparatus , further characterised by comprising: - a sensor for in the cooperation mode sensing a user signal generated by a user via the apparatus , the user signal being generated by the user via a surface of the apparatus through touching this surface , and - a controller for in view of the profile of the apparatus analyzing a sensing result from the sensor and for in response to an analysis result controlling an operation of the device , the operation of the device comprising a control of an operation of the apparatus . - an interface for receiving a first signal from the apparatus , the first signal comprising an indication for indicating the cooperation mode, the indication being linked with a profile of the apparatus , - a sensor for in the cooperation mode sensing a user signal generated by a user via the apparatus , the user signal being generated by the user via a surface of the apparatus through touching this surface , and - a controller for in view of the profile of the apparatus analyzing a sensing result from the sensor and for in response to an analysis result controlling an operation of the device , the operation of the device comprising a control of an operation of the apparatus .
Connecting arrangement , at least comprising a first component and a second component and a connecting ring for connecting the components , the connecting ring being designed to be circumferentially closed in a circumferential direction and extending around both components , a plurality of first holding elements being arranged on the first component along the circumferential direction and a plurality of second holding elements being arranged on the second component along the circumferential direction , the connecting ring forming a first form-fitting connection to the first holding elements with respect to a first axial direction and a second form-fitting connection to the second holding elements with respect to a second axial direction ; the first holding elements being designed as protrusions on a circumferential surface of the first component and the second holding elements being designed as protrusions on a circumferential surface of the second component ; characterized in that - first holding elements and second holding elements are each arranged opposite one another along the circumferential direction and the connecting ring has alternating clamping portions and connecting portions along the circumferential direction , the connecting ring extending in each clamping portion in the axial direction over a first length and thereby at least over a first holding element and a second holding element and extending in each connecting portion in the axial direction over a second length , the second length being smaller than the first length ; or - first holding elements and second holding elements are each arranged offset from one another along the circumferential direction and the connecting ring extends in a meandering manner along the circumferential direction , so that the connecting ring extends between a first holding element and a second holding element both along the circumferential direction and along the axial direction . - first holding elements and second holding elements are each arranged opposite one another along the circumferential direction and the connecting ring has alternating clamping portions and connecting portions along the circumferential direction , the connecting ring extending in each clamping portion in the axial direction over a first length and thereby at least over a first holding element and a second holding element and extending in each connecting portion in the axial direction over a second length , the second length being smaller than the first length ; or - first holding elements and second holding elements are each arranged offset from one another along the circumferential direction and the connecting ring extends in a meandering manner along the circumferential direction , so that the connecting ring extends between a first holding element and a second holding element both along the circumferential direction and along the axial direction .
High-pressure cleaning apparatus with a high-pressure pump that comprises a suction chamber , at least one pump chamber which is arranged downstream thereof and in which liquid is pressurized, and a pressure chamber arranged downstream of the pump chamber , with a return line via which the pressure chamber is in flow connection with the suction chamber , and with a valve unit by which a free cross-sectional area of the return line is changeable, characterized in that the high-pressure pump comprises the return line and the valve unit , and in that the high-pressure cleaning apparatus comprises a drive unit associated with the valve unit , a control unit coupled to the drive unit and a pressure sensor coupled to the control unit by which a liquid pressure is detectable on the pressure side of the pump chamber , and wherein the control unit regulates the drive unit for actuating the valve unit , for controlling the liquid pressure depending on the signal of the pressure sensor to a predetermined or predeterminable liquid pressure by changing of the free cross-sectional area of the return line .
A semiconductor device comprising: a semiconductor layer which includes an active portion and a gate finger portion ; an MIS transistor which is formed at the active portion and which includes gate trenches formed at a predetermined pitch P 1 as well as a first conductive-type source region , a second conductive-type channel region and a first conductive-type drain region sequentially along a side surface of each gate trench ; a plurality of gate finger trenches which are formed in the gate finger portion at a pitch P 2 narrower than the pitch P 1 of the gate trenches and being integral with the gate trenches ; a gate electrode embedded each in the gate trenches and the gate finger trenches via a gate insulating film ; a second conductive-type bottom-portion impurity region which is formed at least at a bottom portion of the gate finger trenches ; and a gate finger which crosses the plurality of gate finger trenches and is electrically connected to the gate electrode , wherein the plurality of gate finger trenches includes a plurality of first gate finger trenches which are each arranged by an extended portion of a gate trench and a second gate finger trench formed between the mutually adjacent first gate finger trenches and extending parallel to the first gate finger trench . a semiconductor layer which includes an active portion and a gate finger portion ; an MIS transistor which is formed at the active portion and which includes gate trenches formed at a predetermined pitch P 1 as well as a first conductive-type source region , a second conductive-type channel region and a first conductive-type drain region sequentially along a side surface of each gate trench ; a plurality of gate finger trenches which are formed in the gate finger portion at a pitch P 2 narrower than the pitch P 1 of the gate trenches and being integral with the gate trenches ; a gate electrode embedded each in the gate trenches and the gate finger trenches via a gate insulating film ; a second conductive-type bottom-portion impurity region which is formed at least at a bottom portion of the gate finger trenches ; and a gate finger which crosses the plurality of gate finger trenches and is electrically connected to the gate electrode , wherein the plurality of gate finger trenches includes a plurality of first gate finger trenches which are each arranged by an extended portion of a gate trench and a second gate finger trench formed between the mutually adjacent first gate finger trenches and extending parallel to the first gate finger trench .
A composition for use in promoting tissue healing, and forming new hair and skin appendages, comprising: a porous scaffold comprising a pullulan-collagen hydrogel; and focal adhesion kinase (FAK) inhibitor disposed in pores of the scaffold, wherein the composition is configured for sustained release of the FAK inhibitor disposed in pores of the scaffold to deliver a dose of the FAK inhibitor to the tissue effective to promote tissue healing at a controlled rate during a treatment time. a porous scaffold comprising a pullulan-collagen hydrogel; and focal adhesion kinase (FAK) inhibitor disposed in pores of the scaffold, wherein the composition is configured for sustained release of the FAK inhibitor disposed in pores of the scaffold to deliver a dose of the FAK inhibitor to the tissue effective to promote tissue healing at a controlled rate during a treatment time.
A method of preparing a strontium aluminate mixed oxide precursor, the method comprising: i) providing a boehmite suspension, wherein the boehmite in the boehmite suspension has a crystallite size, 021 and/or 020 reflex, of between 3nm and 50nm; ii) adding a strontium compound to the boehmite suspension to form a Sr-AI suspension; iii) hydrothermally treating i) the boehmite suspension, ii) the Sr-AI suspension or iii) both the boehmite suspension and the Sr-AI suspension to obtain a hydrothermally treated boehmite suspension, a hydrothermally treated Sr-Al suspension, or both a hydrothermally treated boehmite suspension and a hydrothermally treated Sr-Al suspension; and iv) drying the hydrothermally treated Sr-Al suspension or the Sr-AI suspension to produce the strontium aluminate mixed oxide precursor. i) providing a boehmite suspension, wherein the boehmite in the boehmite suspension has a crystallite size, 021 and/or 020 reflex, of between 3nm and 50nm; ii) adding a strontium compound to the boehmite suspension to form a Sr-AI suspension; iii) hydrothermally treating i) the boehmite suspension, ii) the Sr-AI suspension or iii) both the boehmite suspension and the Sr-AI suspension to obtain a hydrothermally treated boehmite suspension, a hydrothermally treated Sr-Al suspension, or both a hydrothermally treated boehmite suspension and a hydrothermally treated Sr-Al suspension; and iv) drying the hydrothermally treated Sr-Al suspension or the Sr-AI suspension to produce the strontium aluminate mixed oxide precursor.