mhurhangee/patent-ind-claim-en huggingface dataset:
A sealant discharging apparatus comprising: a sealing gun configured to discharge sealant to an object ; a movement controller configured to cause the sealing gun and the object to move relatively; and a discharge controller configured to control a discharge amount of the sealant discharged from the sealing gun, wherein the movement controller is adapted to control a movement velocity of the sealing gun on a basis of a volume of post-sealing sealant (S2) that has been discharged from the sealing gun and used to seal the object, and an amount of volume change in a sealant pool (S1) that has been discharged from the sealing gun and is yet to be used to seal the object, wherein the movement controller is adapted to control the movement velocity of the sealing gun on a basis of a discharge amount of the sealant discharged from the sealant gun calculated as the sum of the volume of the post-sealing sealant and the amount of volume change in the sealant pool, characterized in that the movement controller is adapted to derive the amount of volume change in the sealant pool, a shape of which is modeled by a hemisphere shape or a quarter sphere shape, wherein the sealant discharging apparatus further comprises a measuring instrument configured to measure a distance to the sealant pool, and wherein the movement controller is adapted to derive the amount of volume change in the sealant pool based on a radius (rt) of the sealant pool which is derived on a basis of a result of measurement by the measuring instrument. a sealing gun configured to discharge sealant to an object ; a movement controller configured to cause the sealing gun and the object to move relatively; and a discharge controller configured to control a discharge amount of the sealant discharged from the sealing gun, wherein the movement controller is adapted to control a movement velocity of the sealing gun on a basis of a volume of post-sealing sealant (S2) that has been discharged from the sealing gun and used to seal the object, and an amount of volume change in a sealant pool (S1) that has been discharged from the sealing gun and is yet to be used to seal the object, wherein the movement controller is adapted to control the movement velocity of the sealing gun on a basis of a discharge amount of the sealant discharged from the sealant gun calculated as the sum of the volume of the post-sealing sealant and the amount of volume change in the sealant pool, characterized in that the movement controller is adapted to derive the amount of volume change in the sealant pool, a shape of which is modeled by a hemisphere shape or a quarter sphere shape, wherein the sealant discharging apparatus further comprises a measuring instrument configured to measure a distance to the sealant pool, and wherein the movement controller is adapted to derive the amount of volume change in the sealant pool based on a radius (rt) of the sealant pool which is derived on a basis of a result of measurement by the measuring instrument.
A formwork tie for connecting two formwork elements that are disposed opposite and at a distance from one another, comprising a tie rod including an external thread , comprising a tie nut that is screwed onto the external thread , comprising an anti-rotation element , which is non-rotatable and axially movable with respect to the tie rod , and comprising a releasable form fit coupling , by way of which the anti-rotation element can be releasably non-rotatably connected to the tie nut and which can be made to engage and disengage by an axial movement, the tie nut and the anti-rotation element comprising complementary parts of the form fit coupling , characterized in that the anti-rotation element comprises a sleeve that is axially displaceable on the tie rod and that has an inner cross-section, corresponding to the cross-section of the tie rod , which holds the anti-rotation element non-rotatably on the tie rod by way of form fit.
An LED candle light, comprising an outer housing, a battery pack provided at an inner bottom portion of the outer housing and controlled by a power control board , a coil provided above the battery pack, a mounting frame fixed in the outer housing, an LED light fixed on the mounting frame, the LED light being electrically connected with the battery pack, a flame cover covering an outer periphery of the LED light, a pendulum connected with a lower portion of the flame cover through a rotating shaft and a magnet provided at a bottom portion of the pendulum, the magnet being located directly above the coil, wherein a weight of the pendulum is provided with a hanging ring , and supporting frames on both sides of the pendulum are connected with the rotating shaft , so that when the pendulum swings, the flame cover is driven to swing, characterized in that a bottom portion of the mounting frame is provided with a hanging hook and the hanging ring is hanged on and connected to the hanging hook . wherein a weight of the pendulum is provided with a hanging ring , and supporting frames on both sides of the pendulum are connected with the rotating shaft , so that when the pendulum swings, the flame cover is driven to swing, characterized in that a bottom portion of the mounting frame is provided with a hanging hook and the hanging ring is hanged on and connected to the hanging hook .
A method of processing data, the method comprising: in a video telephony session between a local device and a remote device, wherein the video telephony session includes at least one video connection between the local device and the remote device, identifying , by the local device, degraded playback of video data at the remote device wherein the video telephony session comprises a one-way video connection from the local device to the remote device or a two-way video connection having a first video connection from the local device to the remote device and a second video connection from the remote device to the local device; and in response to identifying the degraded playback, terminating, by the local device, a video connection of the video telephony sessions, wherein terminating the video connection comprises any one or more of: when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data. in a video telephony session between a local device and a remote device, wherein the video telephony session includes at least one video connection between the local device and the remote device, identifying , by the local device, degraded playback of video data at the remote device wherein the video telephony session comprises a one-way video connection from the local device to the remote device or a two-way video connection having a first video connection from the local device to the remote device and a second video connection from the remote device to the local device; and in response to identifying the degraded playback, terminating, by the local device, a video connection of the video telephony sessions, wherein terminating the video connection comprises any one or more of: when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data. when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data.
A shooting range facility for recreational or sporting purposes comprising: - a target support plate (10; 20) which can be tilted according to several different possible inclinations with respect to a reference plane (P), - at least one target representation (12, 12A, 12B; 30) intended to be displayed in a plane (14; 34) of the target support plate (10; 20), characterized in that each target representation (12, 12A, 12B; 30) has several different displayable deformations (12A 0 , 12A 1 , 12A 2 , 12B 0 , 12B 1 , 12B 2 ), respectively associated with said several different possible inclinations, these different deformations being designed so that the orthogonal projections thereof in the reference plane (P) are all identical when they are respectively displayed in the plane (14; 34) of the target support plate (10; 20) according to the inclinations with which they are respectively associated. - a target support plate (10; 20) which can be tilted according to several different possible inclinations with respect to a reference plane (P), - at least one target representation (12, 12A, 12B; 30) intended to be displayed in a plane (14; 34) of the target support plate (10; 20),
An anti-vibration arrangement for a condensate pump comprising: a housing having a first opening ; a reciprocating pump motor contained within the housing having a pump motor inlet in fluid communication with a pump motor outlet ; and a resiliently deformable collar secured within the first opening having an aperture through which the pump motor inlet projects; wherein the resiliently deformable collar comprises an outer portion secured to the housing, an inner portion to support the pump motor inlet and a connecting portion located between the outer portion and the inner portion , such that oscillations of the reciprocating pump motor cause the connecting portion to deform and allow the inner portion to move in reciprocating manner. a housing having a first opening ; a reciprocating pump motor contained within the housing having a pump motor inlet in fluid communication with a pump motor outlet ; and a resiliently deformable collar secured within the first opening having an aperture through which the pump motor inlet projects; wherein the resiliently deformable collar comprises an outer portion secured to the housing, an inner portion to support the pump motor inlet and a connecting portion located between the outer portion and the inner portion , such that oscillations of the reciprocating pump motor cause the connecting portion to deform and allow the inner portion to move in reciprocating manner.
Method for connecting a component of a power conversion circuit of a wind turbine to one or more connection means , wherein the component is arranged on a supporting structure in the interior of the wind turbine , wherein the connection means comprises at least one connector and the component comprises at least one counterpart to the connector , comprising the steps: - Providing the connection means and lifting the component from the supporting structure , - Arranging the connection means on the supporting structure and aligning the connector of the connection means with respect to the counterpart at the lifted component , and - Lowering the component onto the supporting structure and thereby establishing a connection between the connector and the counterpart for connecting the component to the connection means . - Providing the connection means and lifting the component from the supporting structure , - Arranging the connection means on the supporting structure and aligning the connector of the connection means with respect to the counterpart at the lifted component , and - Lowering the component onto the supporting structure and thereby establishing a connection between the connector and the counterpart for connecting the component to the connection means .
A flexible mounting for securing a plurality of evacuation members to a fitment for use in a collapsible bag, said mounting comprising: a plurality of evacuation members ; a peripheral ring adapted to fit within a spout of said fitment and including a central portion ; wherein each of said evacuation members are attached to the peripheral ring through a flexible leg that permits said evacuation members to be displaced relative to said peripheral ring to allow accommodation of any service line connector to which said fitment is secured without interfering with the operation of said evacuation members , and wherein the evacuation members are organized such that the central portion of the peripheral ring remains empty; wherein said evacuation members are configured to be flat within the bag upon manufacture; wherein said evacuation members are integrally formed with said flexible mounting; wherein said evacuation members are helical channels; and wherein each of said evacuation members is different in its angular disposition to the plane of the peripheral ring from other evacuation members, where the longitudinal axis of at least one evacuation member of said plurality of evacuation members is oriented radially (0 degree), perpendicularly (90 degree), or at an angle selected from the range of from about 0° to about 90° to the plane of the peripheral ring , without the flexing of said at least one flexible leg or the flexing of the at least one evacuation member . a plurality of evacuation members ; a peripheral ring adapted to fit within a spout of said fitment and including a central portion ; wherein each of said evacuation members are attached to the peripheral ring through a flexible leg that permits said evacuation members to be displaced relative to said peripheral ring to allow accommodation of any service line connector to which said fitment is secured without interfering with the operation of said evacuation members , and wherein the evacuation members are organized such that the central portion of the peripheral ring remains empty; wherein said evacuation members are configured to be flat within the bag upon manufacture; wherein said evacuation members are integrally formed with said flexible mounting; wherein said evacuation members are helical channels; and wherein each of said evacuation members is different in its angular disposition to the plane of the peripheral ring from other evacuation members, where the longitudinal axis of at least one evacuation member of said plurality of evacuation members is oriented radially (0 degree), perpendicularly (90 degree), or at an angle selected from the range of from about 0° to about 90° to the plane of the peripheral ring , without the flexing of said at least one flexible leg or the flexing of the at least one evacuation member .
A processing unit (100; 608, 610) for a transmitter, the processing unit comprising: - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols , and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols, wherein the subset is based on a distortion of the precoding matrix. - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols , and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols,
Power module having at least one power semiconductor , in particular a power transistor, which has a first contact area and a second contact area opposite the first contact area , and a substrate , which comprises at least two layers connected to one another and arranged above one another, wherein the first layer comprises a first dielectric material having at least one first metallisation , wherein the first metallisation is arranged on a side facing the second layer , wherein the second layer comprises a second dielectric material having at least one second metallisation , wherein the second metallisation is arranged on a side facing away from the first metallisation , wherein the power semiconductor is connected to the first metallisation by way of the first contact area , wherein the power semiconductor is arranged in a first recess of the second layer , characterised in that a metallic first encapsulation is arranged in such a way that - the power semiconductor is encapsulated in a fluid-tight manner, and - the second contact area of the power semiconductor is electrically conductively connected to the second metallisation by way of the first encapsulation . - the power semiconductor is encapsulated in a fluid-tight manner, and - the second contact area of the power semiconductor is electrically conductively connected to the second metallisation by way of the first encapsulation .
An apparatus comprising: a plurality of storage elements (112a-112m) coupled in series and configured to capture and store energy received from a plurality of sources (104a-104m); a balancer coupled to the plurality of storage elements, comprising a plurality of balancer output ports (119a-119n) and configured to balance energy drawn from each storage element; characterized in that the apparatus further comprises: a plurality of taps (118a-118n) for coupling to a plurality of loads (130a-130p) within a load device ; a plurality of output stages (116a-116n), each output stage including a pass gate connected to a respective balancer output port and to a respective tap among the plurality of balancer outputs and the plurality of taps; and a control logic coupled to the balancer and the plurality of output stages configured to receive a signal indicating at least anticipated energy consumption for the load device and configured to control operation of the balancer and the pass gates in the plurality of output stages based on the anticipated energy consumption. a plurality of storage elements (112a-112m) coupled in series and configured to capture and store energy received from a plurality of sources (104a-104m); a balancer coupled to the plurality of storage elements, comprising a plurality of balancer output ports (119a-119n) and configured to balance energy drawn from each storage element; characterized in that the apparatus further comprises: a plurality of taps (118a-118n) for coupling to a plurality of loads (130a-130p) within a load device ; a plurality of output stages (116a-116n), each output stage including a pass gate connected to a respective balancer output port and to a respective tap among the plurality of balancer outputs and the plurality of taps; and a control logic coupled to the balancer and the plurality of output stages configured to receive a signal indicating at least anticipated energy consumption for the load device and configured to control operation of the balancer and the pass gates in the plurality of output stages based on the anticipated energy consumption. a plurality of taps (118a-118n) for coupling to a plurality of loads (130a-130p) within a load device ; a plurality of output stages (116a-116n), each output stage including a pass gate connected to a respective balancer output port and to a respective tap among the plurality of balancer outputs and the plurality of taps; and a control logic coupled to the balancer and the plurality of output stages configured to receive a signal indicating at least anticipated energy consumption for the load device and configured to control operation of the balancer and the pass gates in the plurality of output stages based on the anticipated energy consumption.
A method of forming an adhesive containing chlorhexidine digluconate, the method comprising: providing an aqueous solution of chlorhexidine digluconate; actively drying the aqueous solution to thereby obtain the chlorhexidine digluconate in solid form; providing an adhesive component; providing a solvent compatible with the adhesive component; solubilising the solid form chlorhexidine digluconate in the solvent to form a chlorhexidine digluconate solution; combining the chlorhexidine digluconate solution with the adhesive component to thereby form an adhesive containing chlorhexidine digluconate. providing an aqueous solution of chlorhexidine digluconate; actively drying the aqueous solution to thereby obtain the chlorhexidine digluconate in solid form; providing an adhesive component; providing a solvent compatible with the adhesive component; solubilising the solid form chlorhexidine digluconate in the solvent to form a chlorhexidine digluconate solution; combining the chlorhexidine digluconate solution with the adhesive component to thereby form an adhesive containing chlorhexidine digluconate.
A method for automated harmonization of digital audio signals or control data sequences for synthesizing digital audio signals with a target frequency, wherein the digital audio signal or the control data sequence for synthesizing a digital audio signal is pitch-shifted, comprising the steps • providing a target frequency; • providing a digital audio signal or a control data sequence for synthesizing a digital audio signal; • determination of the main frequency components of the digital audio signal by analyzing the digital audio signal or determination of the main frequency components of the control data sequence by analyzing the control data sequence; • summarizing the main frequency components to tone classes, wherein 10 to 100 main frequency components are summarized in tone classes; • calculating a frequency ratio to the target frequency for each tone class; • calculating a weighting factor or a significance value for each tone class; • selecting the frequency ratio of the tone class with the highest weighing factor or the highest significance value; • pitch-shifting of the digital audio signal or the control data sequence for synthesizing a digital audio signal by the selected frequency ratio; • store and/or play and/or export of the pitch-shifted digital audio signal or the pitch-shifted control data sequence for synthesizing a digital audio signal. • providing a target frequency; • providing a digital audio signal or a control data sequence for synthesizing a digital audio signal; • determination of the main frequency components of the digital audio signal by analyzing the digital audio signal or determination of the main frequency components of the control data sequence by analyzing the control data sequence; • summarizing the main frequency components to tone classes, wherein 10 to 100 main frequency components are summarized in tone classes; • calculating a frequency ratio to the target frequency for each tone class; • calculating a weighting factor or a significance value for each tone class; • selecting the frequency ratio of the tone class with the highest weighing factor or the highest significance value; • pitch-shifting of the digital audio signal or the control data sequence for synthesizing a digital audio signal by the selected frequency ratio; • store and/or play and/or export of the pitch-shifted digital audio signal or the pitch-shifted control data sequence for synthesizing a digital audio signal.