mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly structure of a windshield wiper, the assembly structure comprising: a base , comprising a seat and a slot , the seat comprising an accommodating space , a plurality of limiting grooves communicating with the accommodating space , and a fastening portion and an elastic pressing piece located on one side of the accommodating space , wherein the slot is arranged on a bottom side of the seat , and a wiper blade is inserted in the slot ; and a linking set , comprising a seat plate , the seat plate comprising a plurality of guiding blocks , a latch and an elastic arm ; wherein, the latch of the linking set is obliquely inserted into the seat and configured to rotate to make the seat plate be accommodated in the accommodating space ; when the linking set is pushed, the elastic arm moves toward the fastening portion to be engaged with the fastening portion and abut against the elastic pressing piece , and the plurality of guiding blocks slide into the limiting grooves correspondingly, wherein the seat comprises a plurality of guiding grooves arranged spacedly in the accommodation space corresponding to the guiding blocks , and the guiding grooves communicate with the limiting grooves respectively; characterised in that one side of each of the guiding grooves communicates with each of the limiting grooves , and an L-shaped groove is defined on an inner wall of the seat . a base , comprising a seat and a slot , the seat comprising an accommodating space , a plurality of limiting grooves communicating with the accommodating space , and a fastening portion and an elastic pressing piece located on one side of the accommodating space , wherein the slot is arranged on a bottom side of the seat , and a wiper blade is inserted in the slot ; and a linking set , comprising a seat plate , the seat plate comprising a plurality of guiding blocks , a latch and an elastic arm ; wherein, the latch of the linking set is obliquely inserted into the seat and configured to rotate to make the seat plate be accommodated in the accommodating space ; when the linking set is pushed, the elastic arm moves toward the fastening portion to be engaged with the fastening portion and abut against the elastic pressing piece , and the plurality of guiding blocks slide into the limiting grooves correspondingly, wherein the seat comprises a plurality of guiding grooves arranged spacedly in the accommodation space corresponding to the guiding blocks , and the guiding grooves communicate with the limiting grooves respectively; characterised in that one side of each of the guiding grooves communicates with each of the limiting grooves , and an L-shaped groove is defined on an inner wall of the seat .
A computer-implemented cooking method , comprising: receiving first image data corresponding to a view of a food item at a first time of a cooking process implemented by a cooking apparatus, wherein a perimeter of the food item visible in the view encloses a first area of the food item, the method being characterized by receiving second image data corresponding to the view of the food item at a second time of the cooking process; selecting a region of interest in the view, wherein the region of interest maps to a second area of the food item, and wherein the second area is less than the first area; and identifying a phase of the cooking process based on a comparison of a first color of the food item at the first time with a second color of the food item at the second time, wherein the first color is derived from a part of the first image data that corresponds to the region of interest, and wherein the second color is derived from a part of the second image data that corresponds to the region of interest. receiving first image data corresponding to a view of a food item at a first time of a cooking process implemented by a cooking apparatus, wherein a perimeter of the food item visible in the view encloses a first area of the food item, the method being characterized by receiving second image data corresponding to the view of the food item at a second time of the cooking process; selecting a region of interest in the view, wherein the region of interest maps to a second area of the food item, and wherein the second area is less than the first area; and identifying a phase of the cooking process based on a comparison of a first color of the food item at the first time with a second color of the food item at the second time, wherein the first color is derived from a part of the first image data that corresponds to the region of interest, and wherein the second color is derived from a part of the second image data that corresponds to the region of interest.
A system for automated tuning optimization of a multi-mode inductively coupled plasma mass spectrometer (ICP-MS), the system comprising: a multi-mode inductively coupled plasma mass spectrometer (ICP-MS); a processor and a non-transitory computer readable medium storing instructions thereon, wherein the instructions, when executed, cause the processor to: receive user data input regarding an optimization to be performed on the ICP-MS, wherein the user data input comprises an identification of one or more selected modes of operation in which the ICP-MS is to be operated; receive a user input for initiating an automated optimization routine for the ICP-MS; and following receipt of the user input for initiating the routine, transmit a signal to the ICP-MS to perform the automated optimization routine, wherein the automated optimization routine comprises a plurality of steps performed in a sequence prescribed by the processor, characterised in that the automated optimization routine comprises an ICP-MS performance assessment subsequence, said subsequence comprising the steps of automatically conducting a first performance assessment, then, if the first assessment is satisfactory, conducting a second performance assessment, else, if the first assessment is unsatisfactory, ending the subsequence and identifying the performance assessment as failed, wherein the first performance assessment contains fewer steps and is less time consuming to conduct than the second performance assessment. a multi-mode inductively coupled plasma mass spectrometer (ICP-MS); a processor and a non-transitory computer readable medium storing instructions thereon, wherein the instructions, when executed, cause the processor to: receive user data input regarding an optimization to be performed on the ICP-MS, wherein the user data input comprises an identification of one or more selected modes of operation in which the ICP-MS is to be operated; receive a user input for initiating an automated optimization routine for the ICP-MS; and receive user data input regarding an optimization to be performed on the ICP-MS, wherein the user data input comprises an identification of one or more selected modes of operation in which the ICP-MS is to be operated; receive a user input for initiating an automated optimization routine for the ICP-MS; and following receipt of the user input for initiating the routine, transmit a signal to the ICP-MS to perform the automated optimization routine, wherein the automated optimization routine comprises a plurality of steps performed in a sequence prescribed by the processor, characterised in that the automated optimization routine comprises an ICP-MS performance assessment subsequence, said subsequence comprising the steps of automatically conducting a first performance assessment, then, if the first assessment is satisfactory, conducting a second performance assessment, else, if the first assessment is unsatisfactory, ending the subsequence and identifying the performance assessment as failed, wherein the first performance assessment contains fewer steps and is less time consuming to conduct than the second performance assessment.
A fluoroaluminosilicate glass powder characterized in that : a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of fluorine in the component is in the range of from 13 mass% to 40 mass%; or a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of silicon in the component is in the range of from 15 mass% to 30 mass% in terms of oxide. a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of fluorine in the component is in the range of from 13 mass% to 40 mass%; or a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of silicon in the component is in the range of from 15 mass% to 30 mass% in terms of oxide.
An electromagnetic breakaway system having a boom assembly , the system comprising: a frame comprising an inner portion and an outer portion hingably coupled to the inner portion ; and a hinge assembly hingably coupling the inner and outer portions and for allowing relative pivoting movement of the inner and outer portions in a first pivot range and a second pivot range, the first pivot range including the start of a return pivoting movement by the outer portion and the second pivot range including an aligned position between the inner portion and outer portion ; the hinge assembly further comprises: first and second electromagnets (48B, 48A;58A, 58B) coupled respectively to the inner and outer portions ; the electromagnet breakaway system being characterized by comprising: a controller comprising means to control the first and second electromagnets (48B, 48A;58A, 58B)to have a same charge polarity when the inner and outer portions form an angle within the first pivot range, and to have a different charge polarity when the inner and outer portions form an angle within the second pivot range. a frame comprising an inner portion and an outer portion hingably coupled to the inner portion ; and a hinge assembly hingably coupling the inner and outer portions and for allowing relative pivoting movement of the inner and outer portions in a first pivot range and a second pivot range, the first pivot range including the start of a return pivoting movement by the outer portion and the second pivot range including an aligned position between the inner portion and outer portion ; the hinge assembly further comprises: first and second electromagnets (48B, 48A;58A, 58B) coupled respectively to the inner and outer portions ; the electromagnet breakaway system being characterized by comprising: a controller comprising means to control the first and second electromagnets (48B, 48A;58A, 58B)to have a same charge polarity when the inner and outer portions form an angle within the first pivot range, and to have a different charge polarity when the inner and outer portions form an angle within the second pivot range.
A method for determining an individualized hair treatment, characterized by the steps of a) determining, by means of a chromatographic method, the cysteic acid content of a plurality of samples of keratin fibers that have been damaged to varying degrees; b) recording near-infrared and/or infrared spectra of the samples of keratin fibers that have been damaged to varying degrees; c) creating a calibration model which establishes a correlation between near-infrared and/or infrared spectra and the cysteic acid content; d) recording near-infrared and/or infrared spectra of the keratin fibers of an individual; e) determining a degree of damage to the keratin fibers of this individual using the calibration model; f) outputting individual treatment advice relating to the keratin fibers of the individual, according to the determined degree of damage. a) determining, by means of a chromatographic method, the cysteic acid content of a plurality of samples of keratin fibers that have been damaged to varying degrees; b) recording near-infrared and/or infrared spectra of the samples of keratin fibers that have been damaged to varying degrees; c) creating a calibration model which establishes a correlation between near-infrared and/or infrared spectra and the cysteic acid content; d) recording near-infrared and/or infrared spectra of the keratin fibers of an individual; e) determining a degree of damage to the keratin fibers of this individual using the calibration model; f) outputting individual treatment advice relating to the keratin fibers of the individual, according to the determined degree of damage.
Heat exchanger for an annular air vein of an axial turbomachine, comprising a heat exchange zone with oil passages and heat exchange surfaces forming a heat exchange passage for the air, said heat exchange zone being radially delimited by an upper wall and by a lower wall , the oil passages extending radially and axially between said upper wall and lower wall , said heat exchange zone having a profile facing the air flow (F) and included in a plane perpendicular to said air flow (F), said profile of the heat exchange zone being in an arc shape so as to be able to be disposed in the annular air vein, characterized in that the heat exchanger further comprises a wall with an arc-shaped profile parallel to, and radially spaced from the heat exchange zone so as to form, between said wall and said heat exchange zone , a bypass passage for the air , parallel to the heat exchange passage.
A method of forming a plugging cement patty , comprising: mixing a plugging mixture at a mixing temperature, the plugging mixture comprising a plurality of inorganic particles, an inorganic binder, an organic binder, and a liquid; dispensing the plugging mixture at a dispensing temperature; and cooling the plugging mixture to a cooled temperature to form the plugging cement patty , wherein the dispensing temperature is above a hydration point temperature of the organic binder in the plugging mixture and the cooled temperature is below the hydration point temperature of the organic binder in the plugging mixture . mixing a plugging mixture at a mixing temperature, the plugging mixture comprising a plurality of inorganic particles, an inorganic binder, an organic binder, and a liquid; dispensing the plugging mixture at a dispensing temperature; and cooling the plugging mixture to a cooled temperature to form the plugging cement patty , wherein the dispensing temperature is above a hydration point temperature of the organic binder in the plugging mixture and the cooled temperature is below the hydration point temperature of the organic binder in the plugging mixture .
An optical system, comprising: a light-transmitting substrate having at least two major surfaces and edges; at least one optical means for coupling light waves into the substrate by total internal reflection; at least two partially reflecting surfaces carried by the substrate wherein the partially reflecting surfaces are not parallel to the main surfaces of the substrate ; at least one light source projecting light waves located within a first optical spectrum; and at least one display source , said at least one display source projecting light waves located within a second optical spectrum, wherein the first optical spectrum is different than the second optical spectrum and wherein the light waves from the light source and light waves from the display source are coupled into the substrate by total internal reflection. a light-transmitting substrate having at least two major surfaces and edges; at least one optical means for coupling light waves into the substrate by total internal reflection; at least two partially reflecting surfaces carried by the substrate wherein the partially reflecting surfaces are not parallel to the main surfaces of the substrate ; at least one light source projecting light waves located within a first optical spectrum; and at least one display source , said at least one display source projecting light waves located within a second optical spectrum, wherein the first optical spectrum is different than the second optical spectrum and wherein the light waves from the light source and light waves from the display source are coupled into the substrate by total internal reflection.
Control system for a manufacturing facility or process plant, which control system comprises at least one first operator station server and one second operator station server, and which is designed and intended to initiate the issuing of certificates for components of the technical installation as part of certificate management, wherein the control system comprises at least one first component connected to the first operator station server and at least one second component connected to the second operator station server, and wherein the first component is part of a first engineering project and the second component is part of a second engineering project, and wherein the control system comprises a computer-implemented revocation service which is designed and intended to initiate a revocation of certificates in an event-controlled and automated manner, and to publish any revocation of a previously issued certificate within the control system in the form of a first certificate revocation list and a second certificate revocation list , characterised in that the control system is designed and intended to store the first certificate revocation list , which is specific to the first engineering project, on the first operator station server and on the second operator station server and to store the second certificate revocation list , which is specific to the second engineering project, on the first operator station server and on the second operator station server, wherein the first component has access solely to the first certificate revocation list and the second component has access solely to the second certificate revocation list , wherein the control system is designed and intended to synchronise the first operator station server and the second operator station server with one another in such a way that the first certificate revocation list and the second certificate revocation list with identical content are stored on both operator station servers . the control system is designed and intended to store the first certificate revocation list , which is specific to the first engineering project, on the first operator station server and on the second operator station server and to store the second certificate revocation list , which is specific to the second engineering project, on the first operator station server and on the second operator station server, wherein the first component has access solely to the first certificate revocation list and the second component has access solely to the second certificate revocation list , wherein the control system is designed and intended to synchronise the first operator station server and the second operator station server with one another in such a way that the first certificate revocation list and the second certificate revocation list with identical content are stored on both operator station servers .
A grease filter for detachable installation within an aperture of a kitchen hood overlying a cooking appliance, the grease filter comprising; - an external frame , - a plurality of baffles mounted on said external frame with intervals in an opposing manner to form a plurality of inlets and a plurality of outlets , thereby establishing a detour like flow passage for the cooking vapors generated by said cooking appliance, characterized in that, - the external frame and/or the baffles comprise(s) an enamel coating layer, and a porous coating layer on top of the enamel coating layer wherein said porous coating layer's chemical composition comprises quartz and one or more metal oxides. - an external frame , - a plurality of baffles mounted on said external frame with intervals in an opposing manner to form a plurality of inlets and a plurality of outlets , thereby establishing a detour like flow passage for the cooking vapors generated by said cooking appliance, - the external frame and/or the baffles comprise(s) an enamel coating layer, and a porous coating layer on top of the enamel coating layer wherein said porous coating layer's chemical composition comprises quartz and one or more metal oxides.
A modular ultrasonic flow meter including: - a flow tube providing a flow channel extending between an inlet and an outlet ; - a substantially watertight meter housing connected to the flow tube; - one or more ultrasonic transducers and a measurement printed circuit board including a measurement circuit communicating with the one or more ultrasonic transducers , wherein the measurement printed circuit board and the one or more ultrasonic transducers are mounted in a bottom part of the meter housing , and wherein said measurement circuit is arranged in the meter housing for transmitting and receiving ultrasonic signals through the flow channel; - a main printed circuit board including a central processing unit and a communication circuit; - a power- and communication connection being provided between the main printed circuit board and the measurement printed circuit board , and - a self-contained power supply ; characterized in - the meter housing including a control module comprising a module housing which housing is connected with the main printed circuit board , the main printed circuit board being mounted on top of the module housing; - the self-contained power supply being arranged in the module housing to power the main printed circuit board and the measurement printed circuit board; and - the control module is adapted to be inserted into the meter housing on top of the measurement printed circuit board . - a flow tube providing a flow channel extending between an inlet and an outlet ; - a substantially watertight meter housing connected to the flow tube; - one or more ultrasonic transducers and a measurement printed circuit board including a measurement circuit communicating with the one or more ultrasonic transducers , wherein the measurement printed circuit board and the one or more ultrasonic transducers are mounted in a bottom part of the meter housing , and wherein said measurement circuit is arranged in the meter housing for transmitting and receiving ultrasonic signals through the flow channel; - a main printed circuit board including a central processing unit and a communication circuit; - a power- and communication connection being provided between the main printed circuit board and the measurement printed circuit board , and - a self-contained power supply ; characterized in - the meter housing including a control module comprising a module housing which housing is connected with the main printed circuit board , the main printed circuit board being mounted on top of the module housing; - the self-contained power supply being arranged in the module housing to power the main printed circuit board and the measurement printed circuit board; and - the control module is adapted to be inserted into the meter housing on top of the measurement printed circuit board .
Warp knitting machine with a bar arrangement having a longitudinal direction, which is driven by a drive train, wherein the bar arrangement is divided into at least two bar sections arranged side by side and the drive train acts on both bar sections , wherein the drive train has a number of drive train sections corresponding to the number of bar sections , 3), wherein the drive train sections act on the bar sections with different phase positions having a phase difference, characterized in that at least two main shaft sections are of the same design and are arranged with an angular offset relative to one another corresponding to the phase difference.