mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a concentrated dairy liquid, the method comprising: pasteurizing a dairy cream; concentrating the pasteurized cream to obtain a concentrated cream retentate; adding dairy minerals to the concentrated cream retentate; homogenizing the concentrated cream retentate including the dairy minerals to form a homogenized cream retentate; and heating the homogenized cream retentate including the dairy minerals to obtain a concentrated dairy liquid having a F o value of at least 5, the concentrated dairy liquid having a protein to fat ratio of from 0.4 to 0.7 and lactose in an amount of up to 1.5 percent, wherein the dairy minerals are included in an amount effective to provide at least two of the following mineral to protein ratios in the concentrated dairy liquid: 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein. pasteurizing a dairy cream; concentrating the pasteurized cream to obtain a concentrated cream retentate; adding dairy minerals to the concentrated cream retentate; homogenizing the concentrated cream retentate including the dairy minerals to form a homogenized cream retentate; and heating the homogenized cream retentate including the dairy minerals to obtain a concentrated dairy liquid having a F o value of at least 5, the concentrated dairy liquid having a protein to fat ratio of from 0.4 to 0.7 and lactose in an amount of up to 1.5 percent, wherein the dairy minerals are included in an amount effective to provide at least two of the following mineral to protein ratios in the concentrated dairy liquid: 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein. 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein.
A fluid control device , comprising: a piezoelectric actuator comprising a piezoelectric element and a vibration plate having a first surface and an opposing second surface , wherein the piezoelectric element is attached on the first surface of the vibration plate and is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element , wherein a bulge is formed on the second surface of the vibration plate ; and a deformable substrate comprising a flexible plate and a communication plate , wherein the flexible plate and the communication plate are stacked on each other and are subjected to a synchronous deformation to form a synchronously-deformed structure collaboratively, wherein the deformable substrate is combined with and positioned on the vibration plate of the piezoelectric actuator , and the synchronously-deformed structure of the deformable substrate is bent in the direction away from the vibration plate , so that a specified depth (δ) is defined between the flexible plate of the deformable substrate and the bulge of the vibration plate , wherein the flexible plate further comprises a movable part corresponding to the bulge , whereby the specified depth (δ) is maintained between the movable part and the bulge . a piezoelectric actuator comprising a piezoelectric element and a vibration plate having a first surface and an opposing second surface , wherein the piezoelectric element is attached on the first surface of the vibration plate and is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element , wherein a bulge is formed on the second surface of the vibration plate ; and a deformable substrate comprising a flexible plate and a communication plate , wherein the flexible plate and the communication plate are stacked on each other and are subjected to a synchronous deformation to form a synchronously-deformed structure collaboratively,
A method of graphics processing comprising: allocating, by a graphics processing unit (GPU), a ring buffer as a shared data channel in on-chip graphics memory of the GPU, wherein the ring buffer is shared by at least two stages of a graphics processing pipeline; executing, on shader units in the GPU, the at least two stages of the graphics processing pipeline; storing, by the GPU into the ring buffer in on-chip graphics memory, data produced by each of the at least two stages of the graphics processing pipeline executing on the shader units as queues of the data produced by each of the at least two stages of the graphics processing pipeline; and reading, by the GPU from the ring buffer in on-chip graphics memory, the data produced by a first stage of the at least two stages of the graphics processing pipeline, including deleting from the ring buffer the data produced by the first stage of the at least two stages of the graphics processing pipeline that is read from the ring buffer, thereby increasing space in the ring buffer for the GPU to store additional data produced by a second stage of the at least two stages of the graphics processing pipeline. allocating, by a graphics processing unit (GPU), a ring buffer as a shared data channel in on-chip graphics memory of the GPU, wherein the ring buffer is shared by at least two stages of a graphics processing pipeline; executing, on shader units in the GPU, the at least two stages of the graphics processing pipeline; storing, by the GPU into the ring buffer in on-chip graphics memory, data produced by each of the at least two stages of the graphics processing pipeline executing on the shader units as queues of the data produced by each of the at least two stages of the graphics processing pipeline; and reading, by the GPU from the ring buffer in on-chip graphics memory, the data produced by a first stage of the at least two stages of the graphics processing pipeline, including deleting from the ring buffer the data produced by the first stage of the at least two stages of the graphics processing pipeline that is read from the ring buffer, thereby increasing space in the ring buffer for the GPU to store additional data produced by a second stage of the at least two stages of the graphics processing pipeline.
Bait dispenser for angling and fishing, wherein this is formed by a cylinder , a slide and an absorbent material , wherein the cylinder has a weight element at the bottom, characterized in that the absorbent material is securely adhered to the top side of the slide and the bottom of the cylinder , and in that the cylinder is open at the top side and provided with a central hole at the bottom, in which the slide is placed. wherein this is formed by a cylinder , a slide and an absorbent material , wherein the cylinder has a weight element at the bottom, characterized in that the absorbent material is securely adhered to the top side of the slide and the bottom of the cylinder , and in that the cylinder is open at the top side and provided with a central hole at the bottom, in which the slide is placed.
An earpiece adapted to be worn with an encapsulated protective suit or hood comprising: a casing ; a battery located within the casing; a pressure sensor located within the casing, adapted to sense the pressure of the environment proximate to the earpiece and powered by the battery; an alert system located within the casing and powered by the battery; and a processor in communication with the pressure sensor and the alert system, wherein the processor is operable to initiate the alert system when the pressure sensor indicates a pressure lower than a predetermined minimum value, wherein the predetermined minimum value is chosen to be greater than the pressure of the environment outside the encapsulated protective suit or hood. a casing ; a battery located within the casing; a pressure sensor located within the casing, adapted to sense the pressure of the environment proximate to the earpiece and powered by the battery; an alert system located within the casing and powered by the battery; and a processor in communication with the pressure sensor and the alert system,
A light emitting diode, LED, filament comprising: a core portion having an elongated carrier , comprising a first major surface and a second major surface opposite to said first major surface , a plurality of LEDs arranged on at least one of said first and second major surfaces of said elongated carrier , and configured to emit LED light, and a light transmissive encapsulant , encapsulating said plurality of LEDs , and at least partially encapsulating said elongated carrier , and configured to transmit a first light with a first angular distribution (θ 1 ); and a plurality of light transmissive light guiding structures arranged on discreet portions of an outer surface of said encapsulant , along a length, L, of said core portion , and arranged to in-couple a portion of said first light , and out-couple a second light , with a second angular distribution (θ 2 ), such that said second angular distribution (θ 2 ) is narrower than said first angular distribution (θ 1 ); characterised in that said light guiding structures have an axial dimension, D1, a width, D2, and a depth, D3, and said axial dimension (D1) extends outwards from said outer surface of said encapsulant , and is larger than the width D2, and the depth D3. an elongated carrier , comprising a first major surface and a second major surface opposite to said first major surface , a plurality of LEDs arranged on at least one of said first and second major surfaces of said elongated carrier , and configured to emit LED light, and a light transmissive encapsulant , encapsulating said plurality of LEDs , and at least partially encapsulating said elongated carrier , and configured to transmit a first light with a first angular distribution (θ 1 ); and a plurality of light transmissive light guiding structures arranged on discreet portions of an outer surface of said encapsulant , along a length, L, of said core portion , and arranged to in-couple a portion of said first light , and out-couple a second light , with a second angular distribution (θ 2 ), such that said second angular distribution (θ 2 ) is narrower than said first angular distribution (θ 1 ); characterised in that said light guiding structures have an axial dimension, D1, a width, D2, and a depth, D3, and said axial dimension (D1) extends outwards from said outer surface of said encapsulant , and is larger than the width D2, and the depth D3.
A thermoplastic resin composition, comprising: 25 to 75 % by weight of an alkyl acrylate-aromatic vinyl compound-vinyl cyanide compound graft copolymer (A) containing alkyl acrylate rubber having an average particle diameter of 50 to 120 nm; 18 to 47 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (B) having a weight average molecular weight of 70,000 to 150,000 g/mol; and 3 to 28 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (C) having a weight average molecular weight of greater than 150,000 g/mol and less than or equal to 250,000 g/mol, wherein the thermoplastic resin composition has an alkyl acrylate coverage value (X) of 67 % or more as calculated by Equation 1 below: X = G − Y / Y × 100 , wherein G represents the gel content (wt%) based on the total weight of the thermoplastic resin composition, and Y represents the content (wt%) of an alkyl acrylate in the gel based on the total weight of the thermoplastic resin composition, wherein the gel content, the content of alkyl acrylate in the gel, the average particle diameter and the weight average molecular weight are measured as disclosed in the specification. 25 to 75 % by weight of an alkyl acrylate-aromatic vinyl compound-vinyl cyanide compound graft copolymer (A) containing alkyl acrylate rubber having an average particle diameter of 50 to 120 nm; 18 to 47 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (B) having a weight average molecular weight of 70,000 to 150,000 g/mol; and 3 to 28 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (C) having a weight average molecular weight of greater than 150,000 g/mol and less than or equal to 250,000 g/mol, wherein the thermoplastic resin composition has an alkyl acrylate coverage value (X) of 67 % or more as calculated by Equation 1 below: X = G − Y / Y × 100 , wherein G represents the gel content (wt%) based on the total weight of the thermoplastic resin composition, and Y represents the content (wt%) of an alkyl acrylate in the gel based on the total weight of the thermoplastic resin composition, wherein the gel content, the content of alkyl acrylate in the gel, the average particle diameter and the weight average molecular weight are measured as disclosed in the specification.
A method for performing multi-level command sensing by a multi-level command sensing apparatus, comprising: detecting a leakage current corresponding to changes of light conditions on a display by one or more light sensors of the multi-level command sensing apparatus; determining an action performed by a user based on the changes of light conditions on the display by a controller of the multi-level command sensing apparatus, wherein the changes of light conditions comprise a sequence of brightened shadows detected on the display, and wherein the action performed by the user comprises a sequence of touches on the display; wherein the sequence of brightened shadows is caused by reflected light and scattered light from an object touching the display; wherein the sequence of touches includes a sequence of low pressure touches predefined by the user; and wherein the sequence of touches includes a sequence of high pressure touches predefined by the user; determining by the controller a command based on the action performed by the user of the multi-level command sensing apparatus; and executing the command by the controller of the multi-level command sensing apparatus. detecting a leakage current corresponding to changes of light conditions on a display by one or more light sensors of the multi-level command sensing apparatus; determining an action performed by a user based on the changes of light conditions on the display by a controller of the multi-level command sensing apparatus, wherein the changes of light conditions comprise a sequence of brightened shadows detected on the display, and wherein the action performed by the user comprises a sequence of touches on the display; wherein the sequence of brightened shadows is caused by reflected light and scattered light from an object touching the display; wherein the sequence of touches includes a sequence of low pressure touches predefined by the user; and wherein the sequence of touches includes a sequence of high pressure touches predefined by the user; determining by the controller a command based on the action performed by the user of the multi-level command sensing apparatus; and executing the command by the controller of the multi-level command sensing apparatus.
A system for 3D-particle imaging velocimetry of particles in a fluid, the system comprising: - a substrate holder for holding a substrate comprising a channel or reservoir for containing the fluid in the substrate , - a radiation source for providing irradiation to the fluid in the substrate , - a radiation detection unit including a high-speed camera for detecting radiation from particles in the fluid in the substrate , - at least one of the radiation source and the radiation detection unit being configured so as to obtain detection in one or more distinct detection sheets in the substrate , wherein detection includes simultaneous detection of two orthogonal components of the position in the fluid where particles traverse one or more distinct detection sheets, the two orthogonal components having directions parallel to the one or more detection sheets, - wherein the system further comprises an actuator configured for imparting an oscillating mechanical movement of the substrate holder with respect to the radiation detection unit and the radiation source , the oscillating mechanical movement comprising a movement component in a direction perpendicular to the plane wherein the one or more detection sheets are extending, allowing detection of the three components of the position of particles in the fluid. - a substrate holder for holding a substrate comprising a channel or reservoir for containing the fluid in the substrate , - a radiation source for providing irradiation to the fluid in the substrate , - a radiation detection unit including a high-speed camera for detecting radiation from particles in the fluid in the substrate , - at least one of the radiation source and the radiation detection unit being configured so as to obtain detection in one or more distinct detection sheets in the substrate , wherein detection includes simultaneous detection of two orthogonal components of the position in the fluid where particles traverse one or more distinct detection sheets, the two orthogonal components having directions parallel to the one or more detection sheets, - wherein the system further comprises an actuator configured for imparting an oscillating mechanical movement of the substrate holder with respect to the radiation detection unit and the radiation source , the oscillating mechanical movement comprising a movement component in a direction perpendicular to the plane wherein the one or more detection sheets are extending, allowing detection of the three components of the position of particles in the fluid.
An automatic toothbrush , comprising: a body having opposed ends, a cavity situated between the opposed ends, and an opening situated at one of the opposed ends; an output shaft defining a longitudinal axis (La) and having first and second ends , the output shaft extending through the opening such that the second end is outside of the cavity , the output shaft having a plurality of bends in opposite directions from each other, so that the output shaft deviates from the longitudinal axis at the bends to define at least one saddle between at least two adjacent bends situated between the second end and the opening ; and an oral cleaning tool configured to be press fit onto that portion of the shaft which has the plurality of bends to couple the cleaning tool to the body . a body having opposed ends, a cavity situated between the opposed ends, and an opening situated at one of the opposed ends; an output shaft defining a longitudinal axis (La) and having first and second ends , the output shaft extending through the opening such that the second end is outside of the cavity , the output shaft having a plurality of bends in opposite directions from each other, so that the output shaft deviates from the longitudinal axis at the bends to define at least one saddle between at least two adjacent bends situated between the second end and the opening ; and an oral cleaning tool configured to be press fit onto that portion of the shaft which has the plurality of bends to couple the cleaning tool to the body .
A method of adjusting a motion profile of a shooting pot plunger for use in a molding system, the shooting pot plunger slidably movable within a shooting pot cavity, the method comprising: sensing a characteristic at a predetermined location in an injection circuit of the molding system, wherein the characteristic is pressure; determining that the sensed characteristic is outside of a threshold range; adjusting the motion profile of the shooting pot plunger to account for determining that the sensed characteristic is outside of the threshold range; and storing the adjusted motion profile in a memory; characterized in that the motion profile is adjusted by one of: increasing a stroke of the shooting pot plunger if the sensed characteristic is less than the threshold range; or reducing a stroke of the shooting pot plunger if the sensed characteristic is more than the threshold range. sensing a characteristic at a predetermined location in an injection circuit of the molding system, wherein the characteristic is pressure; determining that the sensed characteristic is outside of a threshold range; adjusting the motion profile of the shooting pot plunger to account for determining that the sensed characteristic is outside of the threshold range; and storing the adjusted motion profile in a memory; characterized in that the motion profile is adjusted by one of: increasing a stroke of the shooting pot plunger if the sensed characteristic is less than the threshold range; or reducing a stroke of the shooting pot plunger if the sensed characteristic is more than the threshold range. increasing a stroke of the shooting pot plunger if the sensed characteristic is less than the threshold range; or reducing a stroke of the shooting pot plunger if the sensed characteristic is more than the threshold range.
Pressure wave massage device for the clitoris, comprising a pressure field generating device having at least one cavity with a first end and a second end lying opposite the first end and located at a distance from the first end , the first end being provided with an opening for placing on the clitoris, and a drive device which is configured to effect a change in the volume of the at least one cavity between a minimum volume and a maximum volume so as to generate a stimulating pressure field in the opening , characterised in that the cavity is formed by a single continuous chamber , the cross-section of the cavity of the chamber defined transversely to its length (L) between its two ends is unchanged or at least virtually constant substantially across the entire length (L) between its two ends so that the air flow speed is substantially unchanged or at least virtually constant across the entire length (L) of the cavity of the chamber , and the ratio of volume change to the minimum volume is not less than 1/10. a pressure field generating device having at least one cavity with a first end and a second end lying opposite the first end and located at a distance from the first end , the first end being provided with an opening for placing on the clitoris, and a drive device which is configured to effect a change in the volume of the at least one cavity between a minimum volume and a maximum volume so as to generate a stimulating pressure field in the opening , characterised in that the cavity is formed by a single continuous chamber , the cross-section of the cavity of the chamber defined transversely to its length (L) between its two ends is unchanged or at least virtually constant substantially across the entire length (L) between its two ends so that the air flow speed is substantially unchanged or at least virtually constant across the entire length (L) of the cavity of the chamber , and the ratio of volume change to the minimum volume is not less than 1/10.
A seal device that is adapted to seal so as to prevent sealing fluid on an inner-machine side (A) from leaking to an outer-machine side (B) between a housing and a rotating shaft inserted into a shaft hole provided on the housing , comprising a seal flange attachable to an outer periphery of the rotating shaft , and a seal lip attachable to an inner periphery of the shaft hole of the housing , the seal lip being configured to come in sliding contact with the seal flange , wherein a sliding area in the seal flange that the seal lip comes in sliding contact with is provided as a flat surface with no thread grooves, characterized in that an outer peripheral side area located on an outer peripheral side of the sliding area and an inner peripheral side area located on an inner peripheral side of the sliding area are each provided with a thread groove (14B, 14C; 14) that exerts a fluid pumping action when the rotating shaft is rotating.