mhurhangee/patent-ind-claim-en huggingface dataset:
An analytic device, comprising: a first substrate comprising a first surface; a metal layer deposited on the first surface of the first substrate; two or more discrete channel waveguides disposed within the first substrate, the channel waveguides comprising a waveguide core and waveguide cladding ; and analyte regions on areas of the first substrate occupied by the two or more discrete channel waveguides; wherein each analyte region is disposed within a zero-mode waveguide that extends into the first surface of the first substrate through the metal layer and into the waveguide cladding , and wherein each analyte region is disposed sufficiently proximal to a core of one of the two or more discrete channel waveguides to be illuminated by an evanescent field emanating from the core when optical energy is passed through the core. a first substrate comprising a first surface; a metal layer deposited on the first surface of the first substrate; two or more discrete channel waveguides disposed within the first substrate, the channel waveguides comprising a waveguide core and waveguide cladding ; and analyte regions on areas of the first substrate occupied by the two or more discrete channel waveguides; wherein each analyte region is disposed within a zero-mode waveguide that extends into the first surface of the first substrate through the metal layer and into the waveguide cladding , and wherein each analyte region is disposed sufficiently proximal to a core of one of the two or more discrete channel waveguides to be illuminated by an evanescent field emanating from the core when optical energy is passed through the core.
A process for making a container , comprising: cutting a folded web of thermoplastic material in a direction transverse to a first direction of travel of the folded web into a plurality of container templates, each container template having a first opposing wall and a second opposing wall , a seam defined by a junction of the first opposing wall and the second opposing wall , opposing first and second upper ends of the first and second walls , respectfully, defined opposite the seam , and a first side and a second side defined between the seam and the opposing first and second upper ends ; rotating each container template to orient the first side and the second side along a second direction of travel; and sealing one or both of the first side and the second side . cutting a folded web of thermoplastic material in a direction transverse to a first direction of travel of the folded web into a plurality of container templates, each container template having a first opposing wall and a second opposing wall , a seam defined by a junction of the first opposing wall and the second opposing wall , opposing first and second upper ends of the first and second walls , respectfully, defined opposite the seam , and a first side and a second side defined between the seam and the opposing first and second upper ends ; rotating each container template to orient the first side and the second side along a second direction of travel; and sealing one or both of the first side and the second side .
A compound of formula (I): wherein: R 1 is H, Me, Et, iPr or cyclopropyl; R 2 is -P(=X)(OR 4 ) 2 ; R 3 is H; XisO; R 4 is selected from -CH 2 -O-C(O)-R and -CH 2 -O-C(O)-OR, wherein each R is independently C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof. R 1 is H, Me, Et, iPr or cyclopropyl; R 2 is -P(=X)(OR 4 ) 2 ; R 3 is H; XisO; R 4 is selected from -CH 2 -O-C(O)-R and -CH 2 -O-C(O)-OR, wherein each R is independently C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof.
A system for detecting, removing, transferring and recovering an incompletely dried material from a material subjected to a drying process comprising: a transfer device (no) transferring the material subjected to the drying process; a load cell measuring a weight of the material transferred through the transfer device ; a material receiving unit receiving the measured material from the load cell when the weight of the measured material is higher than weights of other materials or a preset reference weight; a thermal imaging camera photographing the material received by the material receiving unit ; an incompletely-dried-material determining unit acquiring temperature information of the material photographed by analyzing image data photographed by the thermal imaging camera , and determining whether the photographed material is an incompletely dried material based on the acquired temperature information; and an incompletely-dried-material receiving unit receiving the material determined as the incompletely dried material by the incompletely-dried-material determining unit from the material receiving unit. a transfer device (no) transferring the material subjected to the drying process; a load cell measuring a weight of the material transferred through the transfer device ; a material receiving unit receiving the measured material from the load cell when the weight of the measured material is higher than weights of other materials or a preset reference weight; a thermal imaging camera photographing the material received by the material receiving unit ; an incompletely-dried-material determining unit acquiring temperature information of the material photographed by analyzing image data photographed by the thermal imaging camera , and determining whether the photographed material is an incompletely dried material based on the acquired temperature information; and an incompletely-dried-material receiving unit receiving the material determined as the incompletely dried material by the incompletely-dried-material determining unit from the material receiving unit.
An information processing system comprising an information processing device and a plurality of terminal devices participating in a meeting, wherein the information processing device includes: a transmitting unit configured to transmit a text conversion tool to the terminal devices having participated in a project for forming an acquiring unit the acquiring unit acquiring a first text, in which a voice included in a sound acquired as a plurality of sound data recorded under different conditions according to a time series is converted into text, also acquiring each piece of time information indicating a time corresponding to each part of the first text in the sound, and transmitting the first text and the time information to the plurality of terminal devices , and a collecting unit configured to collect the sound, the each part of the first text, and the each piece of the time information corresponding to the each part acquired by the acquiring unit in each of one or more terminal devices that include the text conversion tool to form meeting minutes data, characterized by a project selection screen that causes a user to select one project that the user wishes to participate, the project selection screen being displayed on a display of the terminal device , and in that the information processing system is configured to display the meeting minutes data including the first text being obtained using the text conversion tool and acquired from each of the plurality of terminal devices that have participated in the same project, on a screen on the display of the respective terminal device so that the terminal devices can share the first text. a transmitting unit configured to transmit a text conversion tool to the terminal devices having participated in a project for forming an acquiring unit the acquiring unit acquiring a first text, in which a voice included in a sound acquired as a plurality of sound data recorded under different conditions according to a time series is converted into text, also acquiring each piece of time information indicating a time corresponding to each part of the first text in the sound, and transmitting the first text and the time information to the plurality of terminal devices , and a collecting unit configured to collect the sound, the each part of the first text, and the each piece of the time information corresponding to the each part acquired by the acquiring unit in each of one or more terminal devices that include the text conversion tool to form meeting minutes data, characterized by a project selection screen that causes a user to select one project that the user wishes to participate, the project selection screen being displayed on a display of the terminal device , and in that the information processing system is configured to display the meeting minutes data including the first text being obtained using the text conversion tool and acquired from each of the plurality of terminal devices that have participated in the same project, on a screen on the display of the respective terminal device so that the terminal devices can share the first text.
Footrest for a wheelchair or a shower chair, the footrest comprising: a footrest plate , a post having an elongated extension along an axis (X-X), the post having an upper portion and a lower portion fastened to the footrest plate , and a heel-support strap connected at one end to the upper portion of the post , wherein the post has a bendable portion with a shape that makes the post bendable at the bendable portion, wherein at least a part of the bendable portion has a smaller cross-sectional area than a cross-sectional area of the lower portion and also than a cross-sectional area of the upper portion . wherein the shape of the bendable portion is an accordion-shape extending along the axis (X-X). a footrest plate , a post having an elongated extension along an axis (X-X), the post having an upper portion and a lower portion fastened to the footrest plate , and a heel-support strap connected at one end to the upper portion of the post , wherein the post has a bendable portion with a shape that makes the post bendable at the bendable portion, wherein at least a part of the bendable portion has a smaller cross-sectional area than a cross-sectional area of the lower portion and also than a cross-sectional area of the upper portion . wherein the shape of the bendable portion is an accordion-shape extending along the axis (X-X).
A surgical guide for osteotomy operations, it is constituted from a body obtained from a personalised 3D model generated by means of computerised axial tomography (CAT) or magnetic resonance of the bone to be operated on, a body which has an elongated configuration, with a surface resting on the bone complementary to the physiognomy thereof with the particularity that it has a modular character, wherein three work areas are defined, an upper one, an intermediate one and a lower one, wherein an upper module , a first central module and a lower module are configured to interact, equipped with means for coupling and unlinking from each other, such that the upper module includes a pair of protrusions , equipped with parallel axial through holes configured to guide a pair of upper Kirschner wires , and the lower module having a pair of parallel protrusions equipped with parallel axial through holes configured to guide a pair of lower Kirschner wires , characterized in that the surgical guide further comprises a second central module interchangeable with the first central module , wherein the first central module has a pair of protrusions with parallel axial through holes configured to guide a pair of intermediate Kirschner wires as guide means for a tool, the lower Kirschner wires that pass through the lower module constituting stop means for the cutting tool during the guiding thereof along the intermediate wires, and wherein the second central module has a pair of holes acting as a guide for bores configured for accommodating an osteosynthesis plate.
A method for determining if a first pH measuring device (108; 146; 160) operatively coupled to a first tank (104; 106) is affected by a pH-measuring problem, the problem being that the first pH measuring device is calibrated wrongly, the method comprising: - receiving , by a comparison unit , a first CO2 concentration and a first pH value, the first CO2 concentration being a CO2 concentration of a first gas volume above a medium (M1) in the first tank, the first CO2 concentration and the first pH value being measured at a first time, the first time being a time when the medium in the first tank is in pH-CO2 equilibrium state with the first gas volume at a predefined temperature and pressure, said equilibrium state being unaffected by the metabolism of any cell culture, the first pH value being a measured value provided by the first pH measuring device (108; 146); - computing , by the comparison unit, a second pH value as a function of the first CO2 concentration, the second pH value being the pH value predicted for said type of medium (M1) when said medium is in pH-CO2 equilibrium state with a second gas volume above said medium (M1) at the predefined temperature and pressure, the second gas volume in said equilibrium having a second CO2 concentration that is identical to the first CO2 concentration, said equilibrium state being unaffected by the metabolism of any cell culture; - comparing , by the comparison unit, the first and second pH values for determining if the first pH measuring device is affected by the pH-measuring problem. - receiving , by a comparison unit , a first CO2 concentration and a first pH value, the first CO2 concentration being a CO2 concentration of a first gas volume above a medium (M1) in the first tank, the first CO2 concentration and the first pH value being measured at a first time, the first time being a time when the medium in the first tank is in pH-CO2 equilibrium state with the first gas volume at a predefined temperature and pressure, said equilibrium state being unaffected by the metabolism of any cell culture, the first pH value being a measured value provided by the first pH measuring device (108; 146); - computing , by the comparison unit, a second pH value as a function of the first CO2 concentration, the second pH value being the pH value predicted for said type of medium (M1) when said medium is in pH-CO2 equilibrium state with a second gas volume above said medium (M1) at the predefined temperature and pressure, the second gas volume in said equilibrium having a second CO2 concentration that is identical to the first CO2 concentration, said equilibrium state being unaffected by the metabolism of any cell culture; - comparing , by the comparison unit, the first and second pH values for determining if the first pH measuring device is affected by the pH-measuring problem.
A monitoring system for monitoring displacement of a wind turbine tower , said monitoring system comprises: - one or more plumb bobs each comprising an upper part and a lower part ; each plumb bob being configured to be pivotally suspended at its upper part, via suspension means , from a point above so as to attain a rest position in a rest situation; each said plumb bobs comprising one or more sensing surfaces ; - one or more suspension means for suspending said one or more plumb bobs ; - two or more sensors (14,14',14"), each being configured to sense, in a specific sensing direction (16,16',16"), a distance to said one or more plumb bobs, and thereby provide a displacement data; wherein at least two of said two or more sensors (14,14',14") are arranged in a sensing vicinity of said one or more plumb bobs; wherein at least two of said specific sensing directions (16,16',16") are not being parallel to each other; characterized in that said monitoring system furthermore comprises a control unit configured to receive said displacement data from two or more of said sensors; and wherein said system furthermore comprises means for reporting to an external unit , parameter(s) representing displacement of the wind turbine tower. - one or more plumb bobs each comprising an upper part and a lower part ; each plumb bob being configured to be pivotally suspended at its upper part, via suspension means , from a point above so as to attain a rest position in a rest situation; each said plumb bobs comprising one or more sensing surfaces ; - one or more suspension means for suspending said one or more plumb bobs ; - two or more sensors (14,14',14"), each being configured to sense, in a specific sensing direction (16,16',16"), a distance to said one or more plumb bobs, and thereby provide a displacement data;
A process for making fluid delivery in flow-injection based sensing measurements, wherein samples are introduced into a flow cell where sensing measurements are taken, the process comprising: (a) loading a first sample into a first holding line ; (b) injecting the first sample from the first holding line into the flow cell ; (c) loading a second sample into a second holding line , wherein said second sample is loaded simultaneously with step (b); (d) injecting said second sample from the second holding line into the flow cell ; (e) loading a third sample into the first holding line , wherein the third sample is loaded simultaneously with step (d); and (f) continuing the loading and the injecting of samples by alternatively loading samples into the first holding line and second holding line and by simultaneously loading one sample while the other sample is being injected into the flow cell , wherein the loading of the samples into the first holding line and the second holding line is through a first multiport valve and the injecting of the samples to the flow cell is through the first multiport valve and a second multiport valve ; and wherein the samples pass through a dispersion loop situated between the first multiport valve and the second multiport valve , and the dispersion loop forms a gradient in concentration of the sample prior to injection of the sample to the flow cell . (a) loading a first sample into a first holding line ; (b) injecting the first sample from the first holding line into the flow cell ; (c) loading a second sample into a second holding line , wherein said second sample is loaded simultaneously with step (b); (d) injecting said second sample from the second holding line into the flow cell ; (e) loading a third sample into the first holding line , wherein the third sample is loaded simultaneously with step (d); and (f) continuing the loading and the injecting of samples by alternatively loading samples into the first holding line and second holding line and by simultaneously loading one sample while the other sample is being injected into the flow cell , wherein the loading of the samples into the first holding line and the second holding line is through a first multiport valve and the injecting of the samples to the flow cell is through the first multiport valve and a second multiport valve ; and wherein the samples pass through a dispersion loop situated between the first multiport valve and the second multiport valve , and the dispersion loop forms a gradient in concentration of the sample prior to injection of the sample to the flow cell .
A composition comprising at least one particle, said at least one particle having a core comprising metal oxide, and a shell comprising an ion of a lanthanide element, wherein said lanthanide element is linked to a polymer and to the active agent pentamidine, and wherein a weight ratio of said active agent to said metal oxide is in the range of from 1:2 to 3:2, respectively.
A computer-implemented method, automatically implemented by one or more digital processors, for dynamically adjusting rendering of a digital image using a light field display, the method comprising: sequentially acquiring a user pupil location ; the computer-implemented method further comprising: digitally computing from at least some said sequentially acquired user pupil location a velocity of said user pupil location over time; digitally comparing said velocity with a designated threshold pupil velocity , characterized in that the method further comprises digitally rendering the digital image via the light field display in accordance with a maintained light field viewing zone geometry digitally defined in respect of a previously acquired user pupil location unless said velocity is above said designated threshold pupil velocity; and upon said velocity exceeding said designated threshold pupil velocity, digitally adjusting a rendering geometry of the digital image via the light field display so to correspondingly adjust said maintained light field viewing zone geometry to correspond to a newly acquired user pupil location. sequentially acquiring a user pupil location ; the computer-implemented method further comprising: digitally computing from at least some said sequentially acquired user pupil location a velocity of said user pupil location over time; digitally comparing said velocity with a designated threshold pupil velocity , characterized in that the method further comprises digitally rendering the digital image via the light field display in accordance with a maintained light field viewing zone geometry digitally defined in respect of a previously acquired user pupil location unless said velocity is above said designated threshold pupil velocity; and upon said velocity exceeding said designated threshold pupil velocity, digitally adjusting a rendering geometry of the digital image via the light field display so to correspondingly adjust said maintained light field viewing zone geometry to correspond to a newly acquired user pupil location. digitally computing from at least some said sequentially acquired user pupil location a velocity of said user pupil location over time; digitally comparing said velocity with a designated threshold pupil velocity , characterized in that the method further comprises digitally rendering the digital image via the light field display in accordance with a maintained light field viewing zone geometry digitally defined in respect of a previously acquired user pupil location unless said velocity is above said designated threshold pupil velocity; and upon said velocity exceeding said designated threshold pupil velocity, digitally adjusting a rendering geometry of the digital image via the light field display so to correspondingly adjust said maintained light field viewing zone geometry to correspond to a newly acquired user pupil location.
A hearing assistance device comprising a housing component including a transceiver and processing circuitry arranged in a compact block structure , and a small feed loop mounted on the compact block structure , and being electrically connected to the transceiver ; - wherein the housing component comprises an integrated antenna element ; characterized in that - the compact block structure is adapted for carrying the small feed loop ; and - the housing component and the compact block structure are provided with a set of cooperating mechanical guiding components for maintaining the small feed loop and the antenna element in a well-defined mechanical connection. - wherein the housing component comprises an integrated antenna element ; - the compact block structure is adapted for carrying the small feed loop ; and - the housing component and the compact block structure are provided with a set of cooperating mechanical guiding components for maintaining the small feed loop and the antenna element in a well-defined mechanical connection.
Drive with a two-speed transmission , with an electric machine which is connected to an input shaft , wherein the input shaft carries two shift wheels for two gear stages , two clutches (K1, K2) in a clutch unit (K), and two freewheels , and is connectable to an output shaft with two fixed wheels and with a final driven wheel , wherein the clutches (K1, K2) are connected to and switchable by way of a purely mechanical centrifugal force module as the sole switching element and the two-speed transmission is connected to a hydraulic module serving merely for oiling the clutches (K1, K2) and having a hydraulic cylinder with a piston, wherein the piston of the hydraulic cylinder is moved in a purely mechanical manner.