mhurhangee/patent-ind-claim-en huggingface dataset:
A flow passage unit detachably mounted on a pressure detection unit which detects a pressure to be transmitted to a pressure detection part , the flow passage unit comprising: a flexible flow passage part including a flexible flow passage which introduces liquid, flowing in the flexible flow passage part from an inflow port , to an outflow port , and which is made of a flexible material; a body portion configured to form a pressure transmitting space (S1) which surrounds an outer peripheral surface of the flexible flow passage part ; a pressure transmitting part mounted on the body portion and having a thin-film shape, one surface of the pressure transmitting part facing the pressure transmitting space (S1), and the other surface of the pressure transmitting part being capable of coming into contact with the pressure detection part ; and a pressure transmission medium filled in the pressure transmitting space (S1), and being non-compressible, wherein the flexible flow passage is a flow passage which has a predetermined inner diameter (D1), and which extends in a straight line along an axis (X). a flexible flow passage part including a flexible flow passage which introduces liquid, flowing in the flexible flow passage part from an inflow port , to an outflow port , and which is made of a flexible material; a body portion configured to form a pressure transmitting space (S1) which surrounds an outer peripheral surface of the flexible flow passage part ; a pressure transmitting part mounted on the body portion and having a thin-film shape, one surface of the pressure transmitting part facing the pressure transmitting space (S1), and the other surface of the pressure transmitting part being capable of coming into contact with the pressure detection part ; and a pressure transmission medium filled in the pressure transmitting space (S1), and being non-compressible, wherein the flexible flow passage is a flow passage which has a predetermined inner diameter (D1), and which extends in a straight line along an axis (X).
A marine geophysical survey system comprising: a streamer disposed along a spooling block ; and a wax application system operable to clean the streamer and apply a wax coating to the streamer as the streamer is being deployed from the survey vessel into a body of water , wherein the wax application system comprises a wax applicator and a cleaning unit comprising a fluid application unit and a drying unit , wherein the spooling block is disposed between the wax applicator and the cleaning unit , and a temperature control system configured to control the temperature of the wax, the temperature control system including humidity control operable to add or remove water from air in the wax application system , the humidity control including one or more sensors to monitor humidity in the wax application system . a streamer disposed along a spooling block ; and a wax application system operable to clean the streamer and apply a wax coating to the streamer as the streamer is being deployed from the survey vessel into a body of water , wherein the wax application system comprises a wax applicator and a cleaning unit comprising a fluid application unit and a drying unit , wherein the spooling block is disposed between the wax applicator and the cleaning unit , and a temperature control system configured to control the temperature of the wax, the temperature control system including humidity control operable to add or remove water from air in the wax application system , the humidity control including one or more sensors to monitor humidity in the wax application system .
An electrochemical test sensor for detecting the concentration of an analyte in a fluid sample, the test sensor comprising: a non-conductive base having a top surface, a bottom surface, and a peripheral edge extending between the top and bottom surfaces; a trigger electrode , a working electrode , and a counter electrode overlying the non-conductive base, the trigger electrode adjacent to the peripheral edge of the base, electrically coupled in parallel with the counter electrode, and located upstream of the working electrode and counter electrode; a reactive layer on at least a portion of the working electrode and the counter electrode, the reactive layer including a reagent which comprises an enzyme for reacting with the analyte to produce electrons which are transferred to the working electrode, a protective layer overlying at least a portion of the trigger electrode , the protective layer not compromising the analytical performance of the reagent; and the protective layer and the reactive layer being spaced a sufficient distance from each other so that they do not contact each other; and a lid overlying the base, the lid having a top surface, a bottom surface, and an outer edge extending between the top and bottom surfaces, the outer edge extending beyond the peripheral edge of the base. a non-conductive base having a top surface, a bottom surface, and a peripheral edge extending between the top and bottom surfaces; a trigger electrode , a working electrode , and a counter electrode overlying the non-conductive base, the trigger electrode adjacent to the peripheral edge of the base, electrically coupled in parallel with the counter electrode, and located upstream of the working electrode and counter electrode; a reactive layer on at least a portion of the working electrode and the counter electrode, the reactive layer including a reagent which comprises an enzyme for reacting with the analyte to produce electrons which are transferred to the working electrode, a protective layer overlying at least a portion of the trigger electrode , the protective layer not compromising the analytical performance of the reagent; and the protective layer and the reactive layer being spaced a sufficient distance from each other so that they do not contact each other; and a lid overlying the base, the lid having a top surface, a bottom surface, and an outer edge extending between the top and bottom surfaces, the outer edge extending beyond the peripheral edge of the base.
Method for the three-dimensional mapping of the cloudiness of the sky, wherein the following steps are carried out: - acquiring at least one panoramic image in the visible range using an optical sensor, of an observation area of the sky of at least 4.6 steradians from the ground and identifying the presence of one or more clouds in said observation area, - measuring the thermal radiation emitted from said observation area of the sky in order to determine the cloud cover and the altitudes of the base and the top of the clouds in said area, - comparing and reconciling at least the data from said panoramic image, from the determination of said cloud cover and from the altitudes of the base and the top of the clouds in order to uniquely associate a base altitude and a top altitude with one or more clouds identified in the panoramic image, and obtain a three-dimensional mapping of the cloudiness in said observation area of the sky. - acquiring at least one panoramic image in the visible range using an optical sensor, of an observation area of the sky of at least 4.6 steradians from the ground and identifying the presence of one or more clouds in said observation area, - measuring the thermal radiation emitted from said observation area of the sky in order to determine the cloud cover and the altitudes of the base and the top of the clouds in said area, - comparing and reconciling at least the data from said panoramic image, from the determination of said cloud cover and from the altitudes of the base and the top of the clouds in order to uniquely associate a base altitude and a top altitude with one or more clouds identified in the panoramic image, and obtain a three-dimensional mapping of the cloudiness in said observation area of the sky.
An apparatus comprising a stimuli-sensitive display screen (SSD) having: a shape that is symmetrical about an axis that bisects the screen into a left region on the left-hand side of the axis and a right region on the right-hand side of the axis , a first area in the left region of the SSD designated for use as a first cursor control device and a second area in the right region of the SSD designated for use as a second cursor control device, wherein the first cursor control device is operable to generate a first signal for control of a first cursor in a third area in the left region of the SSD in response to a first input sensed by the first cursor control device and the second cursor control device is operable to generate a second signal for control of a second cursor in a fourth area in the right region of the SSD in response to a second input sensed by the second cursor control device, wherein the third and fourth areas are designated for the display of visual data, and wherein the first cursor is disabled from display within the right region of the SSD and the second cursor is disabled from display within the left region of the SSD. a shape that is symmetrical about an axis that bisects the screen into a left region on the left-hand side of the axis and a right region on the right-hand side of the axis , a first area in the left region of the SSD designated for use as a first cursor control device and a second area in the right region of the SSD designated for use as a second cursor control device, wherein the first cursor control device is operable to generate a first signal for control of a first cursor in a third area in the left region of the SSD in response to a first input sensed by the first cursor control device and the second cursor control device is operable to generate a second signal for control of a second cursor in a fourth area in the right region of the SSD in response to a second input sensed by the second cursor control device, wherein the third and fourth areas are designated for the display of visual data, and wherein the first cursor is disabled from display within the right region of the SSD and the second cursor is disabled from display within the left region of the SSD.
A photosensitive resin composition comprising (A) an acid crosslinkable group-containing silicone resin having a weight average molecular weight of 3,000 to 500,000, (B) a photoacid generator, and (C) hollow silica. (A) an acid crosslinkable group-containing silicone resin having a weight average molecular weight of 3,000 to 500,000, (B) a photoacid generator, and (C) hollow silica.
A peptide molecule or a pharmaceutically acceptable salt thereof comprising a sequence selected from the following: (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Trp-(β-homoGlu)-(D-Lys) (SEQ ID NO: 61); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Trp-Glu-(N-Me-Lys) (SEQ ID NO: 62); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-2-Nal-(β-homoGlu)-(D-Lys) (SEQ ID NO: 70); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu)-(D-Lys) (SEQ ID NO: 270); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu)-(N-Me-Lys) (SEQ ID NO: 287); or (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu) (SEQ ID NO: 134), wherein the peptide molecule comprises a thioether bond between the 2-methylbenzoyl and the Pen. (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Trp-(β-homoGlu)-(D-Lys) (SEQ ID NO: 61); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Trp-Glu-(N-Me-Lys) (SEQ ID NO: 62); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-2-Nal-(β-homoGlu)-(D-Lys) (SEQ ID NO: 70); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu)-(D-Lys) (SEQ ID NO: 270); (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu)-(N-Me-Lys) (SEQ ID NO: 287); or (2-methylbenzoyl)-(N-Me-Arg)-Ser-Asp-Thr-Leu-Pen-Phe(4-tBu)-(β-homoGlu) (SEQ ID NO: 134),
Transformer with integrated cooling, comprising a primary-side and secondary-side coil and a coolant line , which is partly or completely embedded into at least one of the two coils and can be fed with coolant from a supply device , wherein the coolant line has a multiplicity of outlet openings , which lead in the direction of the at least one coil , in order to supply coolant to said outlet openings, characterized in that the coolant line runs with the at least one coil wound in the same direction between adjacent windings of one and the same coil layer and along the intermediate spaces formed by windings adjoining one another and is partly or completely embedded into the relevant coil .
A system for real-time monitoring and/or controlling wastewater or sludge dewatering and/or thickening processes, said system comprising - a wastewater piping comprising a wastewater inlet and a concentrated wastewater outlet ; - at least one dewatering or thickening device , attached to said wastewater piping between the inlet and the outlet ; - at least one total solids measurement device , attached to said wastewater piping ; - at least one total suspended solids measurement device , attached to said wastewater piping or a fluid outlet of the dewatering or thickening device ; - an inorganic coagulant container connected to said wastewater piping ; - a feeding valve to control a flow of inorganic coagulant from said inorganic coagulant container to said wastewater piping ; and - a control unit ; wherein the flow of inorganic coagulant is adapted to be controlled in relation to a total dissolved solids value, as determined from the values measured by said total solids (TS) measurement device and said total suspended solids (TSS) measurement device, so as to uphold at least a predetermined set point total dissolved solids value (TDS1), and wherein said at least one total solids measurement device and at least one total suspended solids measurement device are positioned adjacent to each other; preferably said dewatering or thickening device is chosen from the group centrifugation device, filtration device, and sedimentation device; more preferably centrifuge, filter press, or decanter. - a wastewater piping comprising a wastewater inlet and a concentrated wastewater outlet ; - at least one dewatering or thickening device , attached to said wastewater piping between the inlet and the outlet ; - at least one total solids measurement device , attached to said wastewater piping ; - at least one total suspended solids measurement device , attached to said wastewater piping or a fluid outlet of the dewatering or thickening device ; - an inorganic coagulant container connected to said wastewater piping ; - a feeding valve to control a flow of inorganic coagulant from said inorganic coagulant container to said wastewater piping ; and - a control unit ;
A method of operating an electronic device, the method comprising: displaying a first display screen on a touch screen, the touch screen including a main area having a flat surface and an edge area having a curved surface, the edge area being adjacent to an edge of the main area; detecting a touch which moves from the curved surface of the edge area to the flat surface of the main area while displaying the first display screen; and in response to detecting the touch, displaying a second display screen on the touch screen, wherein the edge area does not comprise any content. displaying a first display screen on a touch screen, the touch screen including a main area having a flat surface and an edge area having a curved surface, the edge area being adjacent to an edge of the main area; detecting a touch which moves from the curved surface of the edge area to the flat surface of the main area while displaying the first display screen; and in response to detecting the touch, displaying a second display screen on the touch screen, wherein the edge area does not comprise any content.
An arrangement for an aircraft passenger cabin, comprising: a seating area including a first passenger seat and a second passenger seat ; a monument disposed forward of the seating area ; a guide track ; and a first privacy divider which stows within the monument , and deploys along the guide track outside of the monument , in a direction of the first and second passenger seats to divide a first portion of the seating area forward of the first and second passenger seats ; a second privacy divider which deploys to divide a second portion of the seating area between the first and second passenger seats ; wherein the first privacy divider deploys to meet one end of the second privacy divider such that when the first privacy divider is fully deployed the first and second privacy dividers (302, 304; 802, 804; 902, 904) together form one continuous privacy divider dividing the seating area in a longitudinal direction; and wherein the first privacy divider deploys horizontally from within the monument in the direction toward the first and second passenger seats to divide the first portion of the seating area forward of the first and second passenger seats , and the second privacy divider is disposed between the first and second passenger seats and deploys vertically upward to divide the second portion of the seating area between the first and second passenger seats . a seating area including a first passenger seat and a second passenger seat ; a monument disposed forward of the seating area ; a guide track ; and a first privacy divider which stows within the monument , and deploys along the guide track outside of the monument , in a direction of the first and second passenger seats to divide a first portion of the seating area forward of the first and second passenger seats ; a second privacy divider which deploys to divide a second portion of the seating area between the first and second passenger seats ; wherein the first privacy divider deploys to meet one end of the second privacy divider such that when the first privacy divider is fully deployed the first and second privacy dividers (302, 304; 802, 804; 902, 904) together form one continuous privacy divider dividing the seating area in a longitudinal direction; and wherein the first privacy divider deploys horizontally from within the monument in the direction toward the first and second passenger seats to divide the first portion of the seating area forward of the first and second passenger seats , and the second privacy divider is disposed between the first and second passenger seats and deploys vertically upward to divide the second portion of the seating area between the first and second passenger seats .
A machine tool, especially a milling machine for dental purposes, having a workpiece magazine for receiving workpleces, optionally by using a housing, the workpiece magazine furthermore being mounted so as to be movable in relation to the machine tool and comprising a supply position for supplying a new workpiece to the magazine , characterized by a housing , especially a partial housing, for each workpiece , which can at least partially receive the workpiece , and by a lift platform which is arranged adjacent to the supply position , and on or at which platform the housing , together with the workpiece , is receivable and displaceable.
A composition, comprising at least one quaternary ammonium polymer and at least one polyphosphate having 2 or more phosphate units, wherein the composition comprises from 1-50 wt% of polyphosphate by weight of the composition, wherein the ratio of polyphosphate to polymer is from 1:2 to 50:1 by weight, wherein the least one quaternary ammonium polymer and at least one polyphosphate having 2 or more phosphate units form a soluble complex, and wherein a solution of the composition forms a precipitate upon dilution with water.
A method for refilling with product in the form of liquid, gel or cream for a travel dispenser of said product, the travel dispenser comprising two assemblies that are mechanically coupled to one another for dispensing the product in dispensing mode: - a first assembly including a bottle containing the product, a venting passage that is able to be opened to place the inside and the outside of the bottle in communication and a pump mounted on the bottle that is able to occupy, on the one hand, an upper rest position in which the venting passage is closed and, on the other hand, a lower position in which the venting passage is open, the upper and lower positions being considered when the pump is above the bottle, - a second assembly including a device for dispensing product outside the dispenser, characterized in that the method comprises the following steps: - blocking the pump in the lower position, - uncoupling the two assemblies from one another to allow refilling of the bottle with product through the venting passage of the first assembly in refilling mode. - a first assembly including a bottle containing the product, a venting passage that is able to be opened to place the inside and the outside of the bottle in communication and a pump mounted on the bottle that is able to occupy, on the one hand, an upper rest position in which the venting passage is closed and, on the other hand, a lower position in which the venting passage is open, the upper and lower positions being considered when the pump is above the bottle, - a second assembly including a device for dispensing product outside the dispenser, characterized in that the method comprises the following steps: - blocking the pump in the lower position, - uncoupling the two assemblies from one another to allow refilling of the bottle with product through the venting passage of the first assembly in refilling mode.
A quick connector , comprising a coupling body and a multifunctional part , wherein the multifunctional part has a retainer and an indicator , wherein the coupling body comprises a head section at one end and a plug section at the other end, wherein the plug section is designed for plugging on or plugging in a first tube , wherein the head section has an axial opening for introducing a counter-piece with a circumferential collar , wherein the head section comprises at least one radial opening for inserting the multifunctional part , wherein the multifunctional part has a back for manual activation for purposes of insertion into the coupling body , wherein the retainer comprises two retainer legs , wherein the indicator has two indicator legs , wherein the indicator legs can be moved independently of the retainer legs during insertion of the circumferential collar , wherein the indicator legs and the coupling body are designed in such a way that the indicator can be transferred from a partially inserted preassembly position into a completely inserted assembly position by the movement of the indicator legs caused by the circumferential collar , wherein the multifunctional part has two safety arms for securing the multifunctional part in the coupling body , characterized in that the retainer legs are designed in such a way as to be spread apart when the retainer is located inside of the coupling body and the circumferential collar of the counter-piece contacts the retainer legs in the direction of introduction of the counter piece . wherein the multifunctional part has a back for manual activation for purposes of insertion into the coupling body , wherein the retainer comprises two retainer legs , wherein the indicator has two indicator legs , wherein the indicator legs can be moved independently of the retainer legs during insertion of the circumferential collar , wherein the indicator legs and the coupling body are designed in such a way that the indicator can be transferred from a partially inserted preassembly position into a completely inserted assembly position by the movement of the indicator legs caused by the circumferential collar , wherein the multifunctional part has two safety arms for securing the multifunctional part in the coupling body , characterized in that the retainer legs are designed in such a way as to be spread apart when the retainer is located inside of the coupling body and the circumferential collar of the counter-piece contacts the retainer legs in the direction of introduction of the counter piece .