mhurhangee/patent-ind-claim-en huggingface dataset:
A pillow including an envelope enclosing pillow stuffing , wherein the pillow stuffing includes a plurality of elongate memory foam bodies, characterised in that each elongate memory foam body is cylindrical and has a length of between 10 to 12cm and a diameter of about 1cm.
A cleaner comprising: a main body including: a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit , a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container ; and a suction motor that is configured to generate suction force to thereby suction air; a handle unit including a handle body defining a handle ; and an operating member configured to operate the dust container cover to be rotated, wherein the handle body includes a slot , and wherein the operating member is disposed between the main body and the handle body , and characterized in that : the operating member includes an operating rib that passes through the slot and that extends toward the handle , and an operating plate , wherein the operating rib is protruded from the operating plate . a main body including: a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit , a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container ; and a suction motor that is configured to generate suction force to thereby suction air; a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit , a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container ; and a suction motor that is configured to generate suction force to thereby suction air; a handle unit including a handle body defining a handle ; and an operating member configured to operate the dust container cover to be rotated, wherein the handle body includes a slot , and wherein the operating member is disposed between the main body and the handle body , and characterized in that : the operating member includes an operating rib that passes through the slot and that extends toward the handle , and an operating plate , wherein the operating rib is protruded from the operating plate . wherein the handle body includes a slot , and wherein the operating member is disposed between the main body and the handle body , and characterized in that : the operating member includes an operating rib that passes through the slot and that extends toward the handle , and an operating plate , wherein the operating rib is protruded from the operating plate . an operating rib that passes through the slot and that extends toward the handle , and an operating plate , wherein the operating rib is protruded from the operating plate .
A magnetic induction trigger toy, comprising: an external trigger with a magnet inside; a toy body provided with: a plurality of Hall sensors respectively placed at different positions of the toy body ; a controller stored with a plurality of groups of response files, and each of the plurality of groups of response files including a plurality of response files; a response output module connected with the controller and used to make corresponding response actions according to different response files; a plurality of switching buttons respectively connected with the controller and used to switch the group of the response files; characterized in that the controller selects a corresponding group of response files in response to a trigger by the switching button , and according to an order in which the magnet triggers the Hall sensors , selects a corresponding response file from the current group of response files and output it to the response output module , thus enables the response output module to make a corresponding response action according to the response file. an external trigger with a magnet inside; a toy body provided with: a plurality of Hall sensors respectively placed at different positions of the toy body ; a controller stored with a plurality of groups of response files, and each of the plurality of groups of response files including a plurality of response files; a response output module connected with the controller and used to make corresponding response actions according to different response files; a plurality of switching buttons respectively connected with the controller and used to switch the group of the response files; characterized in that the controller selects a corresponding group of response files in response to a trigger by the switching button , and according to an order in which the magnet triggers the Hall sensors , selects a corresponding response file from the current group of response files and output it to the response output module , thus enables the response output module to make a corresponding response action according to the response file. a plurality of Hall sensors respectively placed at different positions of the toy body ; a controller stored with a plurality of groups of response files, and each of the plurality of groups of response files including a plurality of response files; a response output module connected with the controller and used to make corresponding response actions according to different response files; a plurality of switching buttons respectively connected with the controller and used to switch the group of the response files; characterized in that the controller selects a corresponding group of response files in response to a trigger by the switching button , and according to an order in which the magnet triggers the Hall sensors , selects a corresponding response file from the current group of response files and output it to the response output module , thus enables the response output module to make a corresponding response action according to the response file.
An assembly for driving a stopper in a drug reservoir of a drug delivery device, the assembly comprising: an anti-rotational stabilizer sized to move along an axis of the reservoir , said anti-rotational stabilizer slidably and anti-rotationally coupled to a housing of the drug delivery device; a stopper adapter configured to engage the stopper of the drug reservoir ; a telescoping assembly that telescopes by relative rotation between at least a proximal shaft and a distal shaft oriented along the axis of said reservoir 420); characterized in the proximal shaft being linearly stabilized by a shoulder bearing of the anti-rotational stabilizer , said shoulder bearing preventing movement of said proximal shaft in a proximal direction with respect to the anti-rotational stabilizer while permitting rotation of said proximal shaft with respect to the anti-rotational stabilizer and the distal shaft being in engagement with the stopper adapter ; anti-rotational guides including telescoping posts anti-rotationally extending between the anti-rotational stabilizer and the stopper adapter ; and in that the assembly is configured so that rotating said proximal shaft with respect to said anti-rotational stabilizer moves said distal shaft and said stopper adapter along said axis, thereby slidably expanding the anti-rotational telescoping posts . an anti-rotational stabilizer sized to move along an axis of the reservoir , said anti-rotational stabilizer slidably and anti-rotationally coupled to a housing of the drug delivery device; a stopper adapter configured to engage the stopper of the drug reservoir ; a telescoping assembly that telescopes by relative rotation between at least a proximal shaft and a distal shaft oriented along the axis of said reservoir 420); characterized in the proximal shaft being linearly stabilized by a shoulder bearing of the anti-rotational stabilizer , said shoulder bearing preventing movement of said proximal shaft in a proximal direction with respect to the anti-rotational stabilizer while permitting rotation of said proximal shaft with respect to the anti-rotational stabilizer and the distal shaft being in engagement with the stopper adapter ; anti-rotational guides including telescoping posts anti-rotationally extending between the anti-rotational stabilizer and the stopper adapter ; and in that the assembly is configured so that rotating said proximal shaft with respect to said anti-rotational stabilizer moves said distal shaft and said stopper adapter along said axis, thereby slidably expanding the anti-rotational telescoping posts .
Nanoemulsion composition comprising: a) an internal phase comprising 40 to 75% by wt. of total nanoemulsion composition of oils selected from the group consisting of triglyceride, petrolatum and mixtures thereof, wherein the melting point of the petrolatum is 30 to 60°C; and b) an external aqueous phase comprising 2 to 15% by wt. (as active) of total nanoemulsion composition of a surfactant or surfactants which are N-acyl derivatives of di-carboxylic amino acid salt; wherein the surfactant of (b) comprises 50% or greater of all surfactant present in said external aqueous phase of said nanoemulsion; wherein the volume average diameter of oil droplets of (a) is 20 to 500 nanometers. a) an internal phase comprising 40 to 75% by wt. of total nanoemulsion composition of oils selected from the group consisting of triglyceride, petrolatum and mixtures thereof, wherein the melting point of the petrolatum is 30 to 60°C; and b) an external aqueous phase comprising 2 to 15% by wt. (as active) of total nanoemulsion composition of a surfactant or surfactants which are N-acyl derivatives of di-carboxylic amino acid salt;
A cannula insertion mechanism, comprising: a cannula carrier ; a cannula , the cannula being configured to receive fluid from a fluid reservoir ; and a cannula seal comprising a plurality of seal rings and a top; wherein the cannula carrier is configured to provide an enhanced cannula seal by increasing contact between the cannula carrier and the plurality of seal rings with increased radial clamping forces on the cannula seal due to downward compression forces on the top of the cannula seal, wherein the downward compression forces on the top of the cannula seal expand the cannula seal radially, increasing the radial forces exerted by the plurality of seal rings against the cannula carrier. a cannula carrier ; a cannula , the cannula being configured to receive fluid from a fluid reservoir ; and a cannula seal comprising a plurality of seal rings and a top; wherein the cannula carrier is configured to provide an enhanced cannula seal by increasing contact between the cannula carrier and the plurality of seal rings with increased radial clamping forces on the cannula seal due to downward compression forces on the top of the cannula seal, wherein the downward compression forces on the top of the cannula seal expand the cannula seal radially, increasing the radial forces exerted by the plurality of seal rings against the cannula carrier.
A method of decoding a block of video data using palette coding for a video coding system, the method comprising: receiving input data associated with a current coding unit having a current block size; selecting as a current coding mode for decoding the current coding unit a palette coding mode, recovering the palette related size by applying one Kth order Exp-Golomb code, one unary code plus one Kth order Exp-Golomb code, or one truncated unary code plus one Kth order Exp-Golomb code to the binarized palette related size recovered from a bitstream including the current coding unit, and recovering a current palette table for the current coding unit based on a palette predictor and palette information including the palette related size, wherein the reused major color size represents a first number of major colors in the current palette table that reuse major colors in the palette predictor, the new major color size represents a second number of major colors in the current palette table not predicted by the palette predictor, and the total major color size represents a third number of major colors present in the current coding unit. decoding the current coding unit according to the current palette table. receiving input data associated with a current coding unit having a current block size; selecting as a current coding mode for decoding the current coding unit a palette coding mode, recovering the palette related size by applying one Kth order Exp-Golomb code, one unary code plus one Kth order Exp-Golomb code, or one truncated unary code plus one Kth order Exp-Golomb code to the binarized palette related size recovered from a bitstream including the current coding unit, and recovering a current palette table for the current coding unit based on a palette predictor and palette information including the palette related size, wherein the reused major color size represents a first number of major colors in the current palette table that reuse major colors in the palette predictor, the new major color size represents a second number of major colors in the current palette table not predicted by the palette predictor, and the total major color size represents a third number of major colors present in the current coding unit. decoding the current coding unit according to the current palette table.
System for dispensing fluid materials comprising a perfume mixture, the system characterized by comprising: a. a plurality of fluid storage chambers, each of the plurality containing a stored fluid; b. at least one MEMS dispensing element disposed in fluid communication with at least one of the plurality of fluid storage chambers, the dispensing element head comprising a thermal driver or a piezo mechanical driver; c. a control element disposed in electrical communication with the at least one dispensing element and comprising a memory component; d. a power supply disposed in electrical communication with the at least one dispensing element and the control element; e. a user interface disposed in electrical communication with the control element; wherein the memory component contains programmed instructions which, when executed by the control element cause the system to randomly dispense a first fluid from a first fluid storage chamber, and randomly disperse a second fluid from a second fluid storage chamber; wherein the system further comprises a network interface disposed in electrical communication with the power supply and the control element and the user interface comprises a networked device disposed in communication with the network interface and a memory component comprising programmed instructions which, when executed cause the control element to store programmed instructions in the memory component of the control element according to input from the networked device; and wherein the fluid storage chambers comprise a second memory component disposed in electrical communication with the control element, the memory component containing data associated with fluid contained in the fluid storage chamber. a. a plurality of fluid storage chambers, each of the plurality containing a stored fluid; b. at least one MEMS dispensing element disposed in fluid communication with at least one of the plurality of fluid storage chambers, the dispensing element head comprising a thermal driver or a piezo mechanical driver; c. a control element disposed in electrical communication with the at least one dispensing element and comprising a memory component; d. a power supply disposed in electrical communication with the at least one dispensing element and the control element; e. a user interface disposed in electrical communication with the control element;
A method, comprising: - encoding a plurality of source video signals for stereo viewing, said source video signals comprising video data from a plurality of camera sources (CAM1, CAM2, CAMN), said source video signals comprising active scene area signals and passive scene area signals; - transmitting said plurality of source video signals to a stereo viewing device (DISP1, DISP2) for viewing; - carrying out said encoding so that in transmitted source video signals said active scene area signals have been encoded with higher fidelity than said passive scene area signals; characterized in that said active and passive scene area signals correspond to a head orientation of a user so that said active scene area signals correspond to the scene areas visible to the user and said passive scene area signals correspond to other scene areas not currently visible to the user, wherein the method further comprises: - obtaining information of the head orientation of the user; and - using the information of the head orientation of the user in the encoding of said active scene area and said passive scene area signals. - encoding a plurality of source video signals for stereo viewing, said source video signals comprising video data from a plurality of camera sources (CAM1, CAM2, CAMN), said source video signals comprising active scene area signals and passive scene area signals; - transmitting said plurality of source video signals to a stereo viewing device (DISP1, DISP2) for viewing; - carrying out said encoding so that in transmitted source video signals said active scene area signals have been encoded with higher fidelity than said passive scene area signals; - obtaining information of the head orientation of the user; and - using the information of the head orientation of the user in the encoding of said active scene area and said passive scene area signals.
Motor-pump assembly , at least consisting of an electric motor , a hydraulic pump and a valve which is actuated by an electromagnet , characterized in that the motor-pump assembly is provided with a plastic encapsulation , wherein the plastic encapsulation forms a cover of the electric motor , engages around a magnet coil and at least one flux-conducting element of the electromagnet , forms a plug connector casing for an electrical plug connection and engages around the conductor tracks leading to the plug connection , and wherein the motor-pump assembly additionally contains a pressure sensor which measures the pressure at the outlet of the pump , and wherein the pressure sensor is at least partially embedded in the plastic encapsulation and electrically connected by the common plug connection , and wherein the plastic encapsulation has cooling ducts which conduct working liquid of the pump or some other liquid from another pump to heat-releasing components of the electric motor , and wherein a rotor of the electric motor and a rotor of the hydrostatic pump are mounted jointly by means of a shaft , and wherein the valve is a directional valve which is switched between two end positions by the electromagnet .
A water-based, dimensionally stable preparation consisting of a translucent carrier compound containing builders selected from C12 to C22 fatty acids and/or their salts in a total amount of at least 1 wt.%, but less than 15 wt.%, based on the carrier compound and flake-like solid particles, wherein the flake-like solid particles have a mean largest particle diameter in the range of from 2 to 40 μm and the dimensionless product of particulate flake-like solids content in percentage by volume based on the preparation and of the mean largest particle diameter in micrometers is between 5 and 20.
A scale, in particular a store scale, comprising a scale platform including a load cell integrated therein, a label printer unit , and a plastic housing unit , wherein the scale platform , the label printer unit and the plastic housing unit are each configured as a module, characterized in that the label printer unit and the plastic housing unit are arranged disposed laterally next to one another and together form a substructure for the scale platform which is placed on both the label printer unit and the plastic housing unit , in that the plastic housing unit has an outer housing wall which runs around at least in part, in particular at three sides or at least at three sides, and a housing base , with a stiffening structure , which stiffens the outer housing wall from the inside, being provided in the interior of the plastic housing unit , and in that the stiffening structure has two supports which each extend vertically upwardly from the housing base , with the outer housing wall , the housing base and the supports being formed in one piece as a common injection molded part, and with the two supports each being spaced apart from the outer housing wall and holding a separately formed strut , in particular a flat strut , which contacts the outer housing wall at the inside. wherein the scale platform , the label printer unit and the plastic housing unit are each configured as a module, characterized in that the label printer unit and the plastic housing unit are arranged disposed laterally next to one another and together form a substructure for the scale platform which is placed on both the label printer unit and the plastic housing unit , in that the plastic housing unit has an outer housing wall which runs around at least in part, in particular at three sides or at least at three sides, and a housing base , with a stiffening structure , which stiffens the outer housing wall from the inside, being provided in the interior of the plastic housing unit , and in that the stiffening structure has two supports which each extend vertically upwardly from the housing base , with the outer housing wall , the housing base and the supports being formed in one piece as a common injection molded part, and with the two supports each being spaced apart from the outer housing wall and holding a separately formed strut , in particular a flat strut , which contacts the outer housing wall at the inside.
A method of measuring an electromagnetic wave level of an electronic device, the method comprising: obtaining a relationship equation between a reference electromagnetic level measured by a first measuring device in an electro-magnetic compatibility, EMC, chamber and an electromagnetic level measured by a second measuring device; measuring a first electromagnetic wave level of the electronic device by the second measuring device; and obtaining a second electromagnetic wave level of the electronic device based on the measured first electromagnetic wave level and the relationship equation. obtaining a relationship equation between a reference electromagnetic level measured by a first measuring device in an electro-magnetic compatibility, EMC, chamber and an electromagnetic level measured by a second measuring device; measuring a first electromagnetic wave level of the electronic device by the second measuring device; and obtaining a second electromagnetic wave level of the electronic device based on the measured first electromagnetic wave level and the relationship equation.
A Turkish coffee cooking and serving machine having a cooking compartment whose inner volume is heated by a heater and wherein coffee mixture including Turkish coffee, water and optionally sugar is cooked; and when the cooking process is completed, providing transfer of the cooked coffee mixture in the cooking compartment through a discharge spout to a beverage receptacle for serving the cooked coffee to people, wherein a main compartment having the cooking compartment has a mixing unit provided on a pushing head defining the base of the cooking compartment and being in connection to the heater , for providing homogeneous cooking of the coffee mixture; and a mixing motor providing the movement of the mixing unit , comprising at least one mixing arm connected to a motor shaft of the mixing motor , furthermore comprising a temperature detector provided on the top cover so as to extend towards the cooking compartment , characterized in that the machine is configured to mix the coffee mixture within predetermined intervals after the coffee mixture reaches a certain temperature.