mhurhangee/ep-ind-claims huggingface dataset:
Process for producing translucent polyurethane and polyisocyanurate foams by reaction of a component A comprising or consisting of A1 at least one polyol reactive with the component B; A2 optionally at least one amine; A3 water and optionally formic acid or at least one physical blowing agent or mixtures thereof; A4 at least one foam stabilizer A5 optionally auxiliary and/or additive substances; A6 optionally at least one flame retardant; A7 at least one catalyst; and a component B whose content of aromatic polyisocyanates is not less than 5% by weight and not more than 70% by weight, comprising B1 at least one aliphatic or cycloaliphatic polyisocyanate component or a combination thereof; and B2 optionally at least one hydrophilized isocyanate; and B3 not less than 10 parts by weight and up to 70 parts by weight of an aromatic polyisocyanate component, wherein the parts by weight of B3 are based on the sum of the parts by weight of B1 to B3 which are normalized to 100 parts by weight, characterized in that the reaction of the component A with the component B is performed at an isocyanate index of at least 200 wherein substantially no gaseous nucleating agents introduced by the mixing process are present during the reaction and wherein the obtained translucent polyurethane and polyisocyanurate foams have a light transmission according to EN ISO 13468-2:2006 of at least 10% and a haze of at least 70% determined according to ASTM D1003-13 in each case measured at a thickness of 20 mm. A1 at least one polyol reactive with the component B; A2 optionally at least one amine; A3 water and optionally formic acid or at least one physical blowing agent or mixtures thereof; A4 at least one foam stabilizer A5 optionally auxiliary and/or additive substances; A6 optionally at least one flame retardant; A7 at least one catalyst; B1 at least one aliphatic or cycloaliphatic polyisocyanate component or a combination thereof; and B2 optionally at least one hydrophilized isocyanate; and B3 not less than 10 parts by weight and up to 70 parts by weight of an aromatic polyisocyanate component, wherein the parts by weight of B3 are based on the sum of the parts by weight of B1 to B3 which are normalized to 100 parts by weight, characterized in that the reaction of the component A with the component B is performed at an isocyanate index of at least 200 wherein substantially no gaseous nucleating agents introduced by the mixing process are present during the reaction and wherein the obtained translucent polyurethane and polyisocyanurate foams have a light transmission according to EN ISO 13468-2:2006 of at least 10% and a haze of at least 70% determined according to ASTM D1003-13 in each case measured at a thickness of 20 mm.
Process for the preparation of a compound of the formula: wherein R is C 1-6 alkyl, C 1-6 alkoxyphenyl-C x H 2x - or phenyl-C x H 2x -, wherein x is an integer selected from 1 to 6; comprising the following steps: Step a) Conversion of carboxy group of a compound of formula to carbamate to form a compound of formula wherein R is as defined above; Step b) Amination of a compound of formula to form said compound of formula Step a) Conversion of carboxy group of a compound of formula to carbamate to form a compound of formula wherein R is as defined above; Step b) Amination of a compound of formula to form said compound of formula
A monitoring method using different monitoring precisions, characterized in that a user sends, to a monitoring terminal, monitoring precision setting information which includes one or more time periods and monitoring precisions corresponding to respective time periods; and according to the received monitoring precision setting information, the monitoring terminal applies, in each time period indicated in the received monitoring precision setting information, the corresponding monitoring precision to monitor a monitored place, and gives an alarm to the user when an alarming condition is met; wherein the monitoring precision includes high precision and medium precision; the monitoring terminal using the high precision for monitoring refers to giving an alarm to the user when judging the difference between two frame images captured by a camera with a time interval M set by a system exceeds an alarming threshold set by the system, or when judging the difference between two frame images captured by the camera with an interval of P frames exceeds the alarming threshold set by the system; the monitoring terminal using the medium precision for monitoring refers to giving an alarm to the user when judging the difference between two frame images captured by the camera with a time interval N set by the system exceeds the alarming threshold set by the system, or when judging the difference between two frame images captured by the camera with an interval of Q frames exceeds the alarming threshold set by the system; wherein, the value of M is smaller than N, the value of P is smaller than Q, and the values of M, N, P and Q are determined by the monitoring terminal.
A hang tab for supporting a package, comprising: a hang portion comprising: an opening formed therein; and a central region that at least partially surrounds the opening, wherein the central region comprises: two or more first regions; and a second region that is disposed between each adjacent pair of two or more first regions, wherein at least one physical attribute of each first region is different than a physical attribute of each second region, wherein the at least one different physical attribute is selected from a group consisting of a thickness and a mass density; a support portion having a surface; and a hinge portion that extends in a first direction and is disposed between the hang portion and the support portion, wherein the hang tab comprises a fibrous material. a hang portion comprising: an opening formed therein; and a central region that at least partially surrounds the opening, wherein the central region comprises: two or more first regions; and a second region that is disposed between each adjacent pair of two or more first regions, wherein at least one physical attribute of each first region is different than a physical attribute of each second region, wherein the at least one different physical attribute is selected from a group consisting of a thickness and a mass density; an opening formed therein; and a central region that at least partially surrounds the opening, wherein the central region comprises: two or more first regions; and a second region that is disposed between each adjacent pair of two or more first regions, wherein at least one physical attribute of each first region is different than a physical attribute of each second region, wherein the at least one different physical attribute is selected from a group consisting of a thickness and a mass density; two or more first regions; and a second region that is disposed between each adjacent pair of two or more first regions, wherein at least one physical attribute of each first region is different than a physical attribute of each second region, wherein the at least one different physical attribute is selected from a group consisting of a thickness and a mass density; a support portion having a surface; and a hinge portion that extends in a first direction and is disposed between the hang portion and the support portion, wherein the hang tab comprises a fibrous material.
A cutting machine comprising: - a table which is configured to support a plate and to allow coolant to fall through; - a gantry located above said table and configured to travel along a length of said table in an X axis; - a carriage which is movably mounted to the gantry to travel in a Y axis which is at right angles to the X axis; - a machining head and a thermal cutting head both mounted to said carriage; and characterised in that - the machining head has a coolant supply, - at least one trolley is located below said table, wherein said trolley supports a fume chamber and a coolant tray and wherein said trolley is configured to be capable in use of moving independently or synchronously with said machining head or thermal cutting head as required to capture coolant and fumes separately. - a table which is configured to support a plate and to allow coolant to fall through; - a gantry located above said table and configured to travel along a length of said table in an X axis; - a carriage which is movably mounted to the gantry to travel in a Y axis which is at right angles to the X axis; - a machining head and a thermal cutting head both mounted to said carriage; and characterised in that - the machining head has a coolant supply, - at least one trolley is located below said table, wherein said trolley supports a fume chamber and a coolant tray and wherein said trolley is configured to be capable in use of moving independently or synchronously with said machining head or thermal cutting head as required to capture coolant and fumes separately.
A module for a kit for distributing and regulating a pressurized gas, said module comprising a main body having a parallelepiped general shape and having four lateral faces (11, 12) parallel in pairs and extending between an upper face and a lower face parallel to one another, wherein an inner chamber is formed in the main body by crossing it therethroughout to open into the upper face and into the lower face, said inner chamber being intended to receive thereinside a distribution or regulation device (3a; 3b; 4a; 4b; 4c; 5; 6) provided for a distribution or regulation of a gas passing in the inner chamber, said inner chamber successively comprising: - a cylindrical upper bore opening into the upper face, - a cylindrical intermediate bore having an internal diameter which is smaller than the internal diameter of the upper bore, and - a cylindrical lower bore opening into the lower face and having an internal diameter which is smaller than the internal diameter of the intermediate bore; and wherein a subplate is provided on each lateral face (11; 12) adapted for fastening on a subplate of a similar adjacent module, wherein said subplate has peripheral holes serving for the passage of fastening screws and a central blind hole, in particular adapted to guide a drilling opening into the upper bore or into the intermediate bore of the inner chamber. - a cylindrical upper bore opening into the upper face, - a cylindrical intermediate bore having an internal diameter which is smaller than the internal diameter of the upper bore, and - a cylindrical lower bore opening into the lower face and having an internal diameter which is smaller than the internal diameter of the intermediate bore;
A computer device for evaluating a user interface, comprising memory; and a processing system comprising at least one processor communicatively coupled with the memory and configured to: monitor user interactions with a user interface prior to and after a change to the user interface, the monitoring including collecting result metric data per user as a time series; divide users into a treated group that engaged in a particular interaction with an element of the user interface after the change and a control group that did not engage in the particular interaction; generate a result metric time series for the treated group based on the result metric data; generate a partitioned result metric time series for the control group based on the result metric data; estimate a conditional distribution of the result metric and a counterfactual behavior using a Bayesian machine learning model based on the result metric time series for the treated group and the partitioned result metric time series for the control group; determine a treatment effect of the change to the user interface on the result metric data based on the conditional distribution and the counterfactual behavior; and update the user interface to keep or remove the change to the user interface based on the treatment effect of the change. monitor user interactions with a user interface prior to and after a change to the user interface, the monitoring including collecting result metric data per user as a time series; divide users into a treated group that engaged in a particular interaction with an element of the user interface after the change and a control group that did not engage in the particular interaction; generate a result metric time series for the treated group based on the result metric data; generate a partitioned result metric time series for the control group based on the result metric data; estimate a conditional distribution of the result metric and a counterfactual behavior using a Bayesian machine learning model based on the result metric time series for the treated group and the partitioned result metric time series for the control group; determine a treatment effect of the change to the user interface on the result metric data based on the conditional distribution and the counterfactual behavior; and update the user interface to keep or remove the change to the user interface based on the treatment effect of the change.
A helical slow wave circuit for an electron device comprising: a hollow, electrically conductive barrel (12; 22; 52; 82); an electrically conductive helix (10; 20; 50; 60); two supports (14; 24; 54) for supporting said helix (10; 20; 50) internally of said barrel (12; 22; 52; 82), said supports (14; 24; 54) being on diametrically opposite sides of helix (10; 20; 50), and means for shaping an electron beam into an array of beamlets arranged in a circular pattern surrounding the electrically conductive helix, and means for passing the array of electron beamlets axially along said barrel (12; 22; 52; 82) internally thereof, but only external to that helix (10; 20; 50; 60) and in sufficient proximity to that helix to thereby do one of (a) the generation of electromagnetic wave energy and (b) the amplification of electromagnetic wave energy. a hollow, electrically conductive barrel (12; 22; 52; 82); an electrically conductive helix (10; 20; 50; 60); two supports (14; 24; 54) for supporting said helix (10; 20; 50) internally of said barrel (12; 22; 52; 82), said supports (14; 24; 54) being on diametrically opposite sides of helix (10; 20; 50), and means for shaping an electron beam into an array of beamlets arranged in a circular pattern surrounding the electrically conductive helix, and means for passing the array of electron beamlets axially along said barrel (12; 22; 52; 82) internally thereof, but only external to that helix (10; 20; 50; 60) and in sufficient proximity to that helix to thereby do one of (a) the generation of electromagnetic wave energy and (b) the amplification of electromagnetic wave energy.
A method performed at a mobile computing device, the method comprising: causing display of a spatiotemporally varying position-determining light pattern by a selected lamp having an addressable lampshade; operating a camera of the mobile computing device to capture a time-varying position-determining illumination level from the selected lamp; based on the captured time-varying illumination level, determining a position of the mobile computing device relative to the selected lamp; and instructing the selected lamp to modify shading by the addressable lampshade at least toward the position of the mobile computing device. causing display of a spatiotemporally varying position-determining light pattern by a selected lamp having an addressable lampshade; operating a camera of the mobile computing device to capture a time-varying position-determining illumination level from the selected lamp; based on the captured time-varying illumination level, determining a position of the mobile computing device relative to the selected lamp; and instructing the selected lamp to modify shading by the addressable lampshade at least toward the position of the mobile computing device.
Method for determining a size and shape measure for solid material, in particular scrap metal, in an arc furnace, wherein an electrode current is detected which is supplied to an electrode (3a, 3b, 3c) in order to form an arc between the electrode (3a, 3b, 3c) and the solid material, wherein the electrode (3a, 3b, 3c) is operated at an operating frequency, wherein a root mean square value measure of the detected electrode current (I(t)) is determined from the detected electrode current (I(t)), wherein a current component which is associated with a frequency range wherein the frequency range is restricted essentially to the operating frequency or a multiple of the operating frequency of the electrode (3a, 3b, 3c), of the detected electrode current (I(t)) is determined from the detected electrode current (I(t)), and wherein a quotient of the current component and root mean square value measure is formed as the size and shape measure.
An air fryer drawer comprising: a panel; a fryer basket fixed to the rear side of the panel to receive food to be fried; and, a handle disposed at the front side of the panel; wherein the panel is provided with a transparent area through which a user can observe the conditions of the food being fried in the fryer basket; wherein the handle comprises a grip handle segment; characterised in that the handle is rotatable between a first state and a second state relative to the panel, the grip handle segment being located at the front side of the transparent area when the handle is in the first state to facilitate manipulation of the grip handle segment, and the grip handle segment is deviated from the transparent area when the handle is in the second state to facilitate observation of the conditions of the food being fried in the fryer basket. a panel; a fryer basket fixed to the rear side of the panel to receive food to be fried; and, a handle disposed at the front side of the panel; wherein the panel is provided with a transparent area through which a user can observe the conditions of the food being fried in the fryer basket; wherein the handle comprises a grip handle segment; characterised in that the handle is rotatable between a first state and a second state relative to the panel, the grip handle segment being located at the front side of the transparent area when the handle is in the first state to facilitate manipulation of the grip handle segment, and the grip handle segment is deviated from the transparent area when the handle is in the second state to facilitate observation of the conditions of the food being fried in the fryer basket.
A battery case packaging material for cold forming having a base layer, a barrier layer, and a sealant layer or alternatively a base layer, a barrier layer, a barrier material reinforcing layer, and a sealant layer laminated in order from an outer side, wherein the battery case packaging material utilizes a biaxially-stretched polybutylene terephthalate film having a 50% modulus value in all four directions (0°, 45°, 90°, 135°) of 100 MPa or more as the base layer and/or the barrier material reinforcing layer.
A method of adjusting overlay positioning in stereoscopic video, the method comprising: receiving overlay data including a plurality of overlays, each overlay having a lateral axis value, a vertical axis value, and a depth value; receiving and displaying the stereoscopic video to a user as at least one of a video preview display and a stereoscopic display, each display including an overlay from the overlay data, wherein a position of the overlay in said each display is based on the lateral axis value, the vertical axis value, and the depth value of the overlay, and characterised in that the video preview display includes interfaces for adjusting the position of the overlay in said each display; determining for the depth values of each of the plurality of overlays a minimum of the depth values and a maximum of the depth values, based on a selection by the user of one of one or more preference profiles each comprising a minimum depth value and a maximum depth value; receiving input from the user related to the depth value of the overlay and limiting the input to be within the range of the minimum and maximum depth values; and adjusting the position of the overlay in the video preview display based on the input from the user. receiving overlay data including a plurality of overlays, each overlay having a lateral axis value, a vertical axis value, and a depth value; receiving and displaying the stereoscopic video to a user as at least one of a video preview display and a stereoscopic display, each display including an overlay from the overlay data, wherein a position of the overlay in said each display is based on the lateral axis value, the vertical axis value, and the depth value of the overlay, and characterised in that the video preview display includes interfaces for adjusting the position of the overlay in said each display; determining for the depth values of each of the plurality of overlays a minimum of the depth values and a maximum of the depth values, based on a selection by the user of one of one or more preference profiles each comprising a minimum depth value and a maximum depth value; receiving input from the user related to the depth value of the overlay and limiting the input to be within the range of the minimum and maximum depth values; and adjusting the position of the overlay in the video preview display based on the input from the user.
Method for providing personalised display information (AI; AI R, AI F/B) to at least one terminal when establishing a call between at least two terminals, wherein the display information includes acoustic and/or optical information, and wherein identifying information allocated to a first terminal (200, E A) in a database which can be accessed by an intelligent network of the telecommunication network of the first terminal (200, E A) has the identifying information of at least one second terminal (300, E B) allocated thereto, and in dependence upon the allocation, display information (AI; AI R, AI F/B) is stored as a data file in intelligent peripherals (140, IP) which can be accessed by the intelligent network of the telecommunication network of the first terminal (200, E A), wherein when initiating the establishment of a call between at least two terminals in response to the identifying information of the first terminal (200, E A), the intelligent network of the telecommunication network of the first terminal (200, E A) compares the identifying information of the at least one further terminal with the identifying information, allocated in the database, of the at least one second terminal (300, E B), and in response to an allocation match, the display information (AI; AI R, AI F/B) stored in dependence upon the allocation is retrieved from the intelligent peripherals and is forwarded to at least one of the further terminals (300, E B) corresponding to the allocation, characterised in that the intelligent network is controlled with the intelligent peripherals of the network such that prior to storing or forwarding the display information (AI; AI R, AI F/B) the terminal type of the terminal to which the display information is to be forwarded is recognised by means of the identifying information of this terminal, and that in dependence upon the display functionality of the terminal type the display information is converted and/or encoded accordingly.
A device for preventing snoring and apnea, comprising a first U-shaped splint element for holding the upper jaw and a second U-shaped splint element for holding the lower jaw, wherein the splint elements (1, 2) are formed to be connected to one another in each case at their free legs via a connecting element creating a resilient connection between the splint elements (1, 2) in order to effect an advancement of the second splint element on the lower jaw side, characterized in that, in order to take load off the connecting element, a holding element is provided which connects the splint elements (1, 2) to one another and counteracts a movement of the second splint element in the opposite advancement direction upon falling below a predetermined minimum advancement.