mhurhangee/ep-ind-claims huggingface dataset:
A selectively positionable camera assembly having a camera and a guide tube assembly having a guide tube handle portion and at least one guide tube (200, 210, 220) therein, said camera assembly comprising: an elongated flexible camera portion sized to operably extend through one of the at least one guide tube (200, 210, 220) of the guide tube assembly; a camera handle operably coupled to said elongated flexible camera portion and being movably supported by at least a portion of the guide tube handle portion; and a retainer on one of said portion of said guide tube handle portion and said camera handle for releasably retaining said camera handle in any one of a plurality of rotational orientations and in any one of a plurality of axial positions relative to said portion of said guide tube handle portion, characterized in that said camera handle comprises a distal barrel portion that has a series of dimples formed therein, said distal barrel portion being sized to be movably received within a passage in said guide tube handle portion and wherein said retainer comprises at least one spring biased ball detent in said guide tube handle portion for retaining engagement with any one of said series of dimples, or in that said camera handle comprises a distal barrel portion that is sized to be movably received within a passage in said guide tube handle portion and wherein said retainer comprises at least one spring biased ball detent in said distal barrel portion adapted to be retainingly received in any one of a series of dimples formed in a wall of the passage in said guide tube handle portion. an elongated flexible camera portion sized to operably extend through one of the at least one guide tube (200, 210, 220) of the guide tube assembly; a camera handle operably coupled to said elongated flexible camera portion and being movably supported by at least a portion of the guide tube handle portion; and a retainer on one of said portion of said guide tube handle portion and said camera handle for releasably retaining said camera handle in any one of a plurality of rotational orientations and in any one of a plurality of axial positions relative to said portion of said guide tube handle portion, characterized in that said camera handle comprises a distal barrel portion that has a series of dimples formed therein, said distal barrel portion being sized to be movably received within a passage in said guide tube handle portion and wherein said retainer comprises at least one spring biased ball detent in said guide tube handle portion for retaining engagement with any one of said series of dimples, or in that said camera handle comprises a distal barrel portion that is sized to be movably received within a passage in said guide tube handle portion and wherein said retainer comprises at least one spring biased ball detent in said distal barrel portion adapted to be retainingly received in any one of a series of dimples formed in a wall of the passage in said guide tube handle portion.
A roof window comprising - a main supporting frame - a sash frame with a glazing unit (7a, 7b), wherein the sash frame is mounted in a notch of the main supporting frame and each profiles of the sash frame comprises an arm overlapping the outer surface of the main supporting frame, and the window is intended to be installed in a flat roof with a sloping pitch of 0-15°, wherein said roof window further comprises an external screen in a form of a screen frame which is built from profiles and in which at least one pane is embedded, wherein said pane is in position which is non-parallel in relation to the glazing unit (7a, 7b) of the sash frame, wherein the profiles of the external screen frame comprises an embedding part and a fitting part, wherein said fitting part is higher at one edge of the window, whereas it is lower at its opposite edge thus forming an incline over the window, characterised in that the external screen is fixed to the overlapping arm of the sash frame through the fitting part of the external screen frame profile.. - a main supporting frame - a sash frame with a glazing unit (7a, 7b), wherein the sash frame is mounted in a notch of the main supporting frame and each profiles of the sash frame comprises an arm overlapping the outer surface of the main supporting frame, and the window is intended to be installed in a flat roof with a sloping pitch of 0-15°, wherein said roof window further comprises an external screen in a form of a screen frame which is built from profiles and in which at least one pane is embedded, wherein said pane is in position which is non-parallel in relation to the glazing unit (7a, 7b) of the sash frame, wherein the profiles of the external screen frame comprises an embedding part and a fitting part, wherein said fitting part is higher at one edge of the window, whereas it is lower at its opposite edge thus forming an incline over the window, characterised in that the external screen is fixed to the overlapping arm of the sash frame through the fitting part of the external screen frame profile..
A method, comprising: performing a Virtual Machine restore instance type discovery process at a production site; creating a test VM with a VM restore instance type that matches a VM restore instance type identified during performance of the discovery process; using the test VM as a basis to create a test restore VM at a cloud storage site; restoring the test VM at the cloud storage site using the test restore VM; characterized in further comprising: generating a 4-D baseline vector based on the restoration of the test VM, the 4-D baseline vector identifying a particular VM restore instance type; generating a 5-D vector based on the 4-D baseline vector, wherein the 5-D vector identifies a geographical region, VM, RI (restore instance) type, RC (restore completion) time, and an RC (restore completion) price; ranking the 5-D vector relative to one or more other 5-D vectors, all of the 5-D vectors identifying the same production site VM; and restoring, at the cloud storage site, the production site VM identified in the 5-D vectors, and the production site VM restored at the cloud storage site has a VM restore instance type identified in the highest ranked 5-D vector. performing a Virtual Machine restore instance type discovery process at a production site; creating a test VM with a VM restore instance type that matches a VM restore instance type identified during performance of the discovery process; using the test VM as a basis to create a test restore VM at a cloud storage site; restoring the test VM at the cloud storage site using the test restore VM; generating a 4-D baseline vector based on the restoration of the test VM, the 4-D baseline vector identifying a particular VM restore instance type; generating a 5-D vector based on the 4-D baseline vector, wherein the 5-D vector identifies a geographical region, VM, RI (restore instance) type, RC (restore completion) time, and an RC (restore completion) price; ranking the 5-D vector relative to one or more other 5-D vectors, all of the 5-D vectors identifying the same production site VM; and restoring, at the cloud storage site, the production site VM identified in the 5-D vectors, and the production site VM restored at the cloud storage site has a VM restore instance type identified in the highest ranked 5-D vector.
A system for detecting the sensitivity of a person to one or more potentially allergenic substances by means falling under optics (4, 3) and data processing (4, 5) of image of the skin comprising: - A consumable comprising one or more potentially allergenic to be put in contact with a skin surface; and characterized in that it comprises: - a consumer electronics device comprising in a common housing which is not specific to detection of the sensitivity of a person to one or more potentially allergenic substances, means for automatic focusing of the image of the skin surface of interest to be acquired, means for acquiring at least one image by digital means, means for producing data related to the at least one acquired image and means for transmitting information via a network; and - means (4, 5) for processing said data related to the at least one acquired image in order to produce information related to the sensitivity of a person to one or more potentially allergenic substances. - A consumable comprising one or more potentially allergenic to be put in contact with a skin surface; and characterized in that it comprises: - a consumer electronics device comprising in a common housing which is not specific to detection of the sensitivity of a person to one or more potentially allergenic substances, means for automatic focusing of the image of the skin surface of interest to be acquired, means for acquiring at least one image by digital means, means for producing data related to the at least one acquired image and means for transmitting information via a network; and - means (4, 5) for processing said data related to the at least one acquired image in order to produce information related to the sensitivity of a person to one or more potentially allergenic substances.
A computer-implemented user verification method comprising: generating a feature vector corresponding to a user based on input data corresponding to the user or by extracting a feature from speech data corresponding to the user; determining a first parameter, corresponding to a first confidence score, indicating a similarity between the feature vector and an enrolled feature vector enrolled for user verification in advance, wherein the enrolled feature vector corresponding to an enrolled user is generated by extracting a feature from speech data input by the enrolled user to enroll the enrolled user; determining a second parameter indicating a similarity between the feature vector and a user model corresponding to generalized users; and generating a verification result of the user based on the first parameter, a first threshold and the second parameter, wherein generating the verification result of the user comprises: determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold. generating a feature vector corresponding to a user based on input data corresponding to the user or by extracting a feature from speech data corresponding to the user; determining a first parameter, corresponding to a first confidence score, indicating a similarity between the feature vector and an enrolled feature vector enrolled for user verification in advance, wherein the enrolled feature vector corresponding to an enrolled user is generated by extracting a feature from speech data input by the enrolled user to enroll the enrolled user; determining a second parameter indicating a similarity between the feature vector and a user model corresponding to generalized users; and generating a verification result of the user based on the first parameter, a first threshold and the second parameter, wherein generating the verification result of the user comprises: determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold. determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold.
A system for capturing CO 2 from a process gas, the system comprising a first reactor arranged to receive a stream of process gas and a particulate sorbent material comprising calcium oxide able to capture the CO 2 present in the process gas such that calcium carbonate is formed, the first reactor comprising means for discharging CO 2 depleted process gas, means for discharging a first portion of particulate sorbent material having captured CO 2, and means for discharging a second portion of particulate sorbent material having captured CO 2, a second reactor arranged to receive the first portion of particulate sorbent material from the first reactor, the second reactor comprising heating means arranged to cause release of CO 2 from the particulate sorbent material by decarbonation of the calcium carbonate to form calcium oxide, the second reactor further comprising means for returning the first portion of particulate sorbent material to the first reactor and means for discharging a CO 2 rich gas stream, and a third reactor arranged to receive the second portion of particulate sorbent material from the first reactor, the third reactor comprising means for supplying water to the second portion of particulate sorbent material to hydrate at least a part of a remaining portion of calcium oxide of the second portion of particulate sorbent material to form calcium hydroxide, the third reactor further comprising means for returning the second portion of particulate sorbent material to the first reactor, characterized by at least one first separator (16; 22-24, 32) arranged to remove fine particulate sorbent material from the CO 2 depleted flue gas discharged from the first reactor, a second separator arranged to remove fine particulate sorbent material from the CO 2 rich gas discharged from the second reactor, and an agglomerator configured for receiving fine particulate sorbent material from one (16, 32) of the at least one first separator (16; 22-24, 32) and the second separator and mixing them with a liquid, producing wet agglomerates of the fine sorbent particles, and for forwarding the wet agglomerates to the first reactor and/or to the third reactor.
A system for treatment of a contaminated liquid, comprising: a high voltage supply device (311, 411, 611) having a potential terminal (316, 416, 618) and a ground terminal (317, 417, 617); a general capacitor bank (312, 412, 612) coupled to the high voltage supply device; at least one general switch device (313, 413, 613) coupled to said high voltage supply device and to said general capacitor bank; at least one working capacitor bank (314, 414, 414a-414c, 614) coupled to the general capacitor bank through said at least one general switch; at least one working switch (321, 421, 621) arranged in series with the corresponding working capacitor bank; at least one potential electrode (34, 422, 622) immersed in said contaminated liquid and coupled to said at least one working capacitor bank through said at least one working switch; and at least one grounded electrode (35, 423, 623) defining a gap within the contaminated liquid together with said at least one potential electrode and arranged in series with the working switch for providing an electric discharge through a portion of the contaminated liquid within the gap. a high voltage supply device (311, 411, 611) having a potential terminal (316, 416, 618) and a ground terminal (317, 417, 617); a general capacitor bank (312, 412, 612) coupled to the high voltage supply device; at least one general switch device (313, 413, 613) coupled to said high voltage supply device and to said general capacitor bank; at least one working capacitor bank (314, 414, 414a-414c, 614) coupled to the general capacitor bank through said at least one general switch; at least one working switch (321, 421, 621) arranged in series with the corresponding working capacitor bank; at least one potential electrode (34, 422, 622) immersed in said contaminated liquid and coupled to said at least one working capacitor bank through said at least one working switch; and at least one grounded electrode (35, 423, 623) defining a gap within the contaminated liquid together with said at least one potential electrode and arranged in series with the working switch for providing an electric discharge through a portion of the contaminated liquid within the gap.
A method for producing a diol having a cyclic acetal skeleton, comprising: an acetalization reaction step of subjecting a raw material hydroxypivalaldehyde and at least pentaerythritol and/or trimethylolpropane to an acetalization reaction under an acid catalyst to obtain the diol having the cyclic acetal skeleton, the raw material hydroxypivalaldehyde comprises at least one impurity selected from the group consisting of formaldehyde, neopentyl glycol, an ester compound having a neopentyl glycol skeleton represented by following formula, and isobutyraldehyde, wherein R represents a hydrocarbon group having 1 to 4 carbon atoms, a hydrocarbon group having a hydroxy group and having 1 to 4 carbon atoms, or a hydrogen atom, and when the impurity is comprised, a content of the formaldehyde is 0.80% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde; a total molar concentration of the neopentyl glycol and/or the ester compound having a neopentyl glycol skeleton is 0.100 mol/kg or less based on a total amount of the raw material hydroxypivalaldehyde; and a content of the isobutyraldehyde is 0.05% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde. an acetalization reaction step of subjecting a raw material hydroxypivalaldehyde and at least pentaerythritol and/or trimethylolpropane to an acetalization reaction under an acid catalyst to obtain the diol having the cyclic acetal skeleton, the raw material hydroxypivalaldehyde comprises at least one impurity selected from the group consisting of formaldehyde, neopentyl glycol, an ester compound having a neopentyl glycol skeleton represented by following formula, and isobutyraldehyde, wherein R represents a hydrocarbon group having 1 to 4 carbon atoms, a hydrocarbon group having a hydroxy group and having 1 to 4 carbon atoms, or a hydrogen atom, and when the impurity is comprised, a content of the formaldehyde is 0.80% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde; a total molar concentration of the neopentyl glycol and/or the ester compound having a neopentyl glycol skeleton is 0.100 mol/kg or less based on a total amount of the raw material hydroxypivalaldehyde; and a content of the isobutyraldehyde is 0.05% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde. wherein R represents a hydrocarbon group having 1 to 4 carbon atoms, a hydrocarbon group having a hydroxy group and having 1 to 4 carbon atoms, or a hydrogen atom, and when the impurity is comprised, a content of the formaldehyde is 0.80% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde; a total molar concentration of the neopentyl glycol and/or the ester compound having a neopentyl glycol skeleton is 0.100 mol/kg or less based on a total amount of the raw material hydroxypivalaldehyde; and a content of the isobutyraldehyde is 0.05% by mass or less based on 100% by mass of the raw material hydroxypivalaldehyde.
A parking stand for connection to a loader arm of a loader, the parking stand comprising: a parking support including a support pivot end configured to pivotally couple to the loader arm, a ground engagement end opposite the support pivot end, and a wall disposed between the support pivot end and the ground engagement end, the wall including a row of discrete removable sections; and a lock brace including a brace pivot end configured to pivotally couple to the loader arm, and an attachment end opposite the brace pivot end, the attachment end including a fastener receiving attachment hole, wherein the wall is configured such that removal of a respective removable section leaves a through hole defined in the wall of the parking support, and the attachment hole of the lock brace and the through hole of the wall are configured to align to receive a fastener therethrough. a parking support including a support pivot end configured to pivotally couple to the loader arm, a ground engagement end opposite the support pivot end, and a wall disposed between the support pivot end and the ground engagement end, the wall including a row of discrete removable sections; and a lock brace including a brace pivot end configured to pivotally couple to the loader arm, and an attachment end opposite the brace pivot end, the attachment end including a fastener receiving attachment hole, wherein the wall is configured such that removal of a respective removable section leaves a through hole defined in the wall of the parking support, and the attachment hole of the lock brace and the through hole of the wall are configured to align to receive a fastener therethrough.
Holding device for at least one heating element, in particular for a PTC heating element or a mica heating element, comprising - at least two oppositely arranged holding elements which are spaced apart from one another by a gap that extends along a longitudinal direction of the holding device and is adapted to accommodate at least one heating element, and - a heat transfer body having at least two chambers which each form an inner region (I') through which a gaseous medium can flow, - wherein the opposing holding elements are arranged between the two chambers and the gap connects the inner regions (I') of the chambers, characterized in that - at least one tension profile is arranged on at least one outer surface of the holding elements, to which profile a tensile force can be applied in order to enlarge the gap for accommodating the at least one heating element, - the chambers have chamber walls (K') which form lever arms at least in sections, wherein the lever arms are elastically deformable at least in sections by the tensile force and are connected to the holding elements in such a way that the at least one heating element is subjected to a holding force in the installed state. - at least two oppositely arranged holding elements which are spaced apart from one another by a gap that extends along a longitudinal direction of the holding device and is adapted to accommodate at least one heating element, and - a heat transfer body having at least two chambers which each form an inner region (I') through which a gaseous medium can flow, - wherein the opposing holding elements are arranged between the two chambers and the gap connects the inner regions (I') of the chambers, characterized in that - at least one tension profile is arranged on at least one outer surface of the holding elements, to which profile a tensile force can be applied in order to enlarge the gap for accommodating the at least one heating element, - the chambers have chamber walls (K') which form lever arms at least in sections, wherein the lever arms are elastically deformable at least in sections by the tensile force and are connected to the holding elements in such a way that the at least one heating element is subjected to a holding force in the installed state.