mhurhangee/patent-ind-claim-en huggingface dataset:
A water-based ink for ink-jet recording comprising: a pigment, a surfactant, and water; wherein a slope value of the water-based ink at an evaporation rate of 0% is not more than 15%/hour, and a slope value of the water-based ink at an evaporation rate of 30% is not less than 9%/hour, the slope value of the water-based ink being measured by a centrifugal transmission sedimentation method; the average particle size of the pigment is in a range of 140 nm to 160 nm, the average particle size being measured by using a dynamic light scattering particle size distribution measuring apparatus LB-550 manufactured by HORIBA, Ltd. so as to obtain the intensity of scattered light as the reference for the average particle size; and the solid content blending amount of the pigment in the entire amount of the water-based ink is in a range of 8% by weight to 10% by weight. a pigment, a surfactant, and water; wherein a slope value of the water-based ink at an evaporation rate of 0% is not more than 15%/hour, and a slope value of the water-based ink at an evaporation rate of 30% is not less than 9%/hour, the slope value of the water-based ink being measured by a centrifugal transmission sedimentation method; the average particle size of the pigment is in a range of 140 nm to 160 nm, the average particle size being measured by using a dynamic light scattering particle size distribution measuring apparatus LB-550 manufactured by HORIBA, Ltd. so as to obtain the intensity of scattered light as the reference for the average particle size; and the solid content blending amount of the pigment in the entire amount of the water-based ink is in a range of 8% by weight to 10% by weight.
Composite support for abrasives, which comprises a paper support and a sheetlike textile structure joined to it, characterized by the following features: a. the basis weight of the sheetlike textile structure is 30% or less of the basis weight of the paper support, b. the elongation at break of the sheetlike textile structure transverse to the intended working direction of the composite support is at least 35%. a. the basis weight of the sheetlike textile structure is 30% or less of the basis weight of the paper support, b. the elongation at break of the sheetlike textile structure transverse to the intended working direction of the composite support is at least 35%.
A folate receptor alpha selective binding ligand drug conjugate of the formula B-L-D or a pharmaceutically acceptable salt thereof, wherein B is dimethyltetrahydrofolate; L is a linker or is absent; and D represents one or more drugs each independently selected from the group consisting of a diagnostic agent, a therapeutic agent and a imaging agent. B is dimethyltetrahydrofolate; L is a linker or is absent; and D represents one or more drugs each independently selected from the group consisting of a diagnostic agent, a therapeutic agent and a imaging agent.
A method of communicating with a microservice in an industrial facility, the method , by a controller , comprising: a. Obtaining one or more data structure types , wherein the one or more data structure types are generated based on an API definition associated with the microservice ; b. generating one or more variables based on the obtained data structure types , wherein the one or more variables are associated with one or more function blocks of the controller ; and c. transmitting data associated with the one or more variables to the microservice via a proxy component , wherein the controller transmits the data associated with the one or more variables in a serialized binary format to the proxy component , and wherein the proxy component is configured to translate the data from the serialized binary format to a first serialization format and transmit the data in the first serialization format to the microservice wherein the proxy component translates the data from the serialized binary format to a first serialization format, based on the one or more data structure types . a. Obtaining one or more data structure types , wherein the one or more data structure types are generated based on an API definition associated with the microservice ; b. generating one or more variables based on the obtained data structure types , wherein the one or more variables are associated with one or more function blocks of the controller ; and c. transmitting data associated with the one or more variables to the microservice via a proxy component , wherein the controller transmits the data associated with the one or more variables in a serialized binary format to the proxy component , and wherein the proxy component is configured to translate the data from the serialized binary format to a first serialization format and transmit the data in the first serialization format to the microservice
A battery pack connectable to and supportable by a power tool, the battery pack comprising: a housing that includes a support portion operable to interface the battery pack with the power tool, the support portion including a support member operable to reinforce the support portion , the support member made of a different material than the housing .
A sensor integrated circuit , the sensor integrated circuit comprising a controller and a diagnostic module in communication with the controller , the controller being configured for providing a diagnostic reporting signal, the diagnostic reporting signal being a periodic superposition signal on a sensing output of the sensor integrated circuit and/or on a supply current of the sensor integrated circuit , wherein the periodic superposition signal has periodic pulses with a predetermined fixed pulse duration and a predetermined periodicity, wherein the periodic superposition signal is present on the sensing output and/or on the supply current when no fault is detected, the controller furthermore being configured for altering the predetermined periodicity or predetermined fixed pulse duration of the periodic superposition signal upon a fault detection in the diagnostic module communicated to the controller , wherein the predetermined fixed pulse duration and/or the predetermined periodicity is determined based on an internal operating cycle of the sensor integrated circuit. the controller being configured for providing a diagnostic reporting signal, the diagnostic reporting signal being a periodic superposition signal on a sensing output of the sensor integrated circuit and/or on a supply current of the sensor integrated circuit , wherein the periodic superposition signal has periodic pulses with a predetermined fixed pulse duration and a predetermined periodicity, wherein the periodic superposition signal is present on the sensing output and/or on the supply current when no fault is detected, the controller furthermore being configured for altering the predetermined periodicity or predetermined fixed pulse duration of the periodic superposition signal upon a fault detection in the diagnostic module communicated to the controller , wherein the predetermined fixed pulse duration and/or the predetermined periodicity is determined based on an internal operating cycle of the sensor integrated circuit.
A surgical instrument comprising: (a) a handle assembly extending from a distal end to a proximal end; (b) a graphical user interface disposed on the handle assembly ; (c) a primary circuit , wherein the primary circuit is operable to drive the graphical user interface ; (d) a first power source , wherein the first power source is configured to provide power to the graphical user interface ; (e) a life display disposed on the handle assembly and operable to display a power level of the first power source; and (f) a secondary circuit, wherein the secondary circuit is operable to drive the life display , wherein the secondary circuit is separate from the primary circuit, wherein the secondary circuit is configured to draw less power to drive the life display than an amount of power required by the primary circuit to drive the graphical user interface , wherein the handle assembly includes a housing, wherein the graphical user interface and the life display are disposed in the housing, characterized in that the life display is integrated with the graphical user interface . (a) a handle assembly extending from a distal end to a proximal end; (b) a graphical user interface disposed on the handle assembly ; (c) a primary circuit , wherein the primary circuit is operable to drive the graphical user interface ; (d) a first power source , wherein the first power source is configured to provide power to the graphical user interface ; (e) a life display disposed on the handle assembly and operable to display a power level of the first power source; and (f) a secondary circuit, wherein the secondary circuit is operable to drive the life display , wherein the secondary circuit is separate from the primary circuit, wherein the secondary circuit is configured to draw less power to drive the life display than an amount of power required by the primary circuit to drive the graphical user interface ,
A method for digestion of graphite comprising feeding a gaseous stream to contact a cast metal piece, the cast metal piece comprising graphite on a surface of the cast metal piece, the gaseous stream comprising vaporous nitric acid, the nitric acid of the gaseous stream contacting the graphite, wherein upon the contact, reaction between the graphite and the nitric acid and/or between the graphite and one or more decomposition products of the nitric acid takes place resulting in digestion and gasification of the graphite and removal of essentially all of the graphite from the surface of the cast metal piece.
A kit of parts, comprising: an article of footwear ; a first bootie including a first integrated midsole portion , wherein the first integrated midsole portion includes a first cushioning element covering a first area of the first integrated midsole portion, wherein the first bootie is configured to be inserted into the article of footwear; a second bootie including a second integrated midsole portion , wherein the second integrated midsole portion includes a second cushioning element covering a second area of the second integrated midsole portion wherein the second bootie is configured to be inserted into the article of footwear; wherein the first integrated midsole portion of the first bootie is configured to provide targeted cushioning to a first portion of the article of footwear, and the second integrated midsole portion of the second bootie is configured to provide targeted cushioning to a second portion of the article of footwear; wherein the first portion is different than the second portion, and characterized in that , in bottom view, the first area covered by the first cushion element of the first bootie is bigger than the second area covered by the second cushion element of the second bootie . an article of footwear ; a first bootie including a first integrated midsole portion , wherein the first integrated midsole portion includes a first cushioning element covering a first area of the first integrated midsole portion, wherein the first bootie is configured to be inserted into the article of footwear; a second bootie including a second integrated midsole portion , wherein the second integrated midsole portion includes a second cushioning element covering a second area of the second integrated midsole portion wherein the second bootie is configured to be inserted into the article of footwear; wherein the first integrated midsole portion of the first bootie is configured to provide targeted cushioning to a first portion of the article of footwear, and the second integrated midsole portion of the second bootie is configured to provide targeted cushioning to a second portion of the article of footwear; wherein the first portion is different than the second portion, and characterized in that , in bottom view, the first area covered by the first cushion element of the first bootie is bigger than the second area covered by the second cushion element of the second bootie .
A method for producing a fry-dried instant processed meat product, the method including: preparing an instant processed meat product starting material, gelatinized starch and water, kneading the instant processed meat product starting material, the gelatinized starch and water to obtain a kneaded blend, shaping the kneaded blend, and atmospheric fry-drying the shaped kneaded blend to obtain a fry-dried product, wherein the amount of gelatinized starch added is 1 to 15 mass% of the total amount of the instant processed meat product starting material, wherein the amount of water added is 10 to 60 mass% of the total amount of the instant processed meat product starting material, and wherein the method includes deoiling the fry-dried product to an oil and fat content of no greater than 45 mass%. preparing an instant processed meat product starting material, gelatinized starch and water, kneading the instant processed meat product starting material, the gelatinized starch and water to obtain a kneaded blend, shaping the kneaded blend, and atmospheric fry-drying the shaped kneaded blend to obtain a fry-dried product, wherein the amount of gelatinized starch added is 1 to 15 mass% of the total amount of the instant processed meat product starting material, wherein the amount of water added is 10 to 60 mass% of the total amount of the instant processed meat product starting material, and wherein the method includes deoiling the fry-dried product to an oil and fat content of no greater than 45 mass%.
A pressing screw separator for separating solid components from a slurry comprising solid and liquid components, comprising - a housing with an inlet chamber and a screen chamber , wherein the inlet chamber merges into the screen chamber , - an inlet at the inlet chamber for the slurry, - an outlet at the screen chamber for the solid components, - an outlet at the housing for the liquid components, - a screen arranged in the screen chamber , - a screw extending through the inlet chamber and into the screen , wherein the screw is rotatably movable about a longitudinal axis of the screen for pressing out the slurry, characterized by - a wear ring arranged at the transition from the inlet chamber into the screen chamber , - wherein the wear ring is replaceably fixed at the housing , - wherein a plurality of cutting edges are formed at the inner circumference of the wear ring , - wherein the wear ring is a one-piece, closed ring, wherein the cutting edges are integral components of the closed ring, and - wherein the wear ring is arranged as an axial stop for the screen . - a housing with an inlet chamber and a screen chamber , wherein the inlet chamber merges into the screen chamber , - an inlet at the inlet chamber for the slurry, - an outlet at the screen chamber for the solid components, - an outlet at the housing for the liquid components, - a screen arranged in the screen chamber , - a screw extending through the inlet chamber and into the screen , wherein the screw is rotatably movable about a longitudinal axis of the screen for pressing out the slurry, characterized by - a wear ring arranged at the transition from the inlet chamber into the screen chamber , - wherein the wear ring is replaceably fixed at the housing , - wherein a plurality of cutting edges are formed at the inner circumference of the wear ring , - wherein the wear ring is a one-piece, closed ring, wherein the cutting edges are integral components of the closed ring, and - wherein the wear ring is arranged as an axial stop for the screen .
Cladding device for a side skirt of a passenger vehicle, comprising a skirt lining , which has first and second cladding elements movably coupled to one another and arranged in a longitudinal region of the side skirt below a door opening , and comprising a drive unit (A), by means of which the cladding elements can be moved together between a first functional position and a second functional position, the first cladding element being pivotable about a first axis (L) and the second cladding element being pivotable about a second axis (W), the second cladding element being mounted by means of a bearing device on the first cladding element so as to be pivotable about the second axis (W) and the displacement movement of the second cladding element relative to the first cladding element being positively controlled by means of a link , characterized in that the bearing device comprises a coupler which is mounted on the first cladding element so as to be pivotable about the second axis (W) and is connected to the second cladding element .
A method to obtain a reflective anodised aluminium surface on an object, comprising the steps: a. Providing the object with a top layer comprising aluminium or an aluminium alloy, the top layer comprising embedded discrete particles of titanium or titanium oxide, b. Subsequently anodising said top layer to form an anodic oxide layer, wherein said anodising of step b. takes place by applying a time varying signal comprising a high frequency signal in the form of a square wave signal having a frequency between 500 Hz and 5 kHz, such as around 1 kHz; characterized in that said anodising of step b. takes place in an aqueous solution of an organic acid. a. Providing the object with a top layer comprising aluminium or an aluminium alloy, the top layer comprising embedded discrete particles of titanium or titanium oxide, b. Subsequently anodising said top layer to form an anodic oxide layer, wherein said anodising of step b. takes place by applying a time varying signal comprising a high frequency signal in the form of a square wave signal having a frequency between 500 Hz and 5 kHz, such as around 1 kHz;
Method for spin forming, in particular for spin forming a vehicle wheel, wherein a workpiece is set in rotation about an axis of rotation by means of a spindle , and at least one outer roller is positioned by means of an outer support at an outer side of the workpiece , wherein, with material thinning, an axially extending lateral region of the workpiece is shaped, and - wherein at least one inner roller is positioned at an inner side of the workpiece by means of an inner support , which is displaceable axially and radially relative to the axis of rotation independently of the outer support, - at least one outer roller is positioned, wherein an inner roller is associated with each outer roller , and - a defined shaping gap is formed between the outer roller and the associated inner roller , characterized in that the inner support with the inner roller and the outer support with the outer roller are displaced individually by means of a CNC control unit when shaping the lateral region , wherein at the lateral region a defined wall thickness profile with different wall thicknesses between the at least one outer roller and the at least inner roller is formed. - wherein at least one inner roller is positioned at an inner side of the workpiece by means of an inner support , which is displaceable axially and radially relative to the axis of rotation independently of the outer support, - at least one outer roller is positioned, wherein an inner roller is associated with each outer roller , and - a defined shaping gap is formed between the outer roller and the associated inner roller ,
A pinch clamp device, comprising: a first arm having an inside surface and an outer surface, the inside surface_having a first end comprising a lip and a second end comprising a first clamping surface ; a second arm having an inside surface and an outer surface, the outer surface_having a first end comprising a terminal end configured to engage with the lip _and a second end comprising a second clamping surface on the inside surface_positioned opposite the first clamping surface ; and a hinge interconnecting the second end of the first arm and the second end of the second arm ; a nesting component comprising opposing sidewalls coupled together via an interconnect , both opposing sidewalls extending in the same direction away from the interconnect , the interconnect being sized to fit inside of the hinge and to position the opposing sidewalls outside and adjacent to the first and second arms in order to prevent the lateral disengagement of the first and second arms , characterized in that the nesting component further includes a raised feature on an interior surface of one or more of the opposing sidewalls , the raised feature contacting one or both of the inside surface of the first and second arms to limit rotation of the nesting component . a first arm having an inside surface and an outer surface, the inside surface_having a first end comprising a lip and a second end comprising a first clamping surface ; a second arm having an inside surface and an outer surface, the outer surface_having a first end comprising a terminal end configured to engage with the lip _and a second end comprising a second clamping surface on the inside surface_positioned opposite the first clamping surface ; and a hinge interconnecting the second end of the first arm and the second end of the second arm ; a nesting component comprising opposing sidewalls coupled together via an interconnect , both opposing sidewalls extending in the same direction away from the interconnect , the interconnect being sized to fit inside of the hinge and to position the opposing sidewalls outside and adjacent to the first and second arms in order to prevent the lateral disengagement of the first and second arms , characterized in that the nesting component further includes a raised feature on an interior surface of one or more of the opposing sidewalls , the raised feature contacting one or both of the inside surface of the first and second arms to limit rotation of the nesting component .