mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing copolymers comprising mixing in the molten state a component of polylactic acid of length n and a component of aromatic polycarbonate of length m, according to the following reaction n + m → [ x - y]z wherein 100 < n < 5000, 20 < m < 300, x < n, y < m and Z is greater than or equal to 1 for a time range between 0.5 and 20 minutes, preferably between 1 and 2 minutes, at a temperature of at least 180° C in the presence of a catalytic system comprising tetrabutylammonium tetraphenylborate (TBATPB) and glycerin triacetate.
Tire warmer to be placed on a tire of a motorcycle in order to warm said tire before a journey, having an inner surface which rests on the tire when the tire warmer is placed as intended, having an outer surface which faces away from the tire when the tire warmer is placed as intended, having preferably electrically operated heating means which are arranged between the inner surface and the outer surface and by means of which the temperature of at least regions of the tire warmer can be changed between a standby temperature and an operating temperature, and having temperature display means which can be perceived optically by observing the outer surface and which display that the tire warmer is heating up, characterized in that the temperature display means comprise at least one thermochromic substance.
A preparation comprising thermoplastic polyisocyanate polyaddition product which is obtained by reacting the building components: (a) polyisocyanate, and (b) compound reactive towards isocyanate,with a number average molecular weight of at least 500 g/Mol (c) water in the presence of (d) at least one defoamer, and (e) at least one emulsifier wherein the defoamer is a polysiloxane. (a) polyisocyanate, and (b) compound reactive towards isocyanate,with a number average molecular weight of at least 500 g/Mol (c) water in the presence of (d) at least one defoamer, and (e) at least one emulsifier
Back rest for guiding warp threads (10, 75) in a weaving machine comprising a back rest profile (2, 68) provided with a guide section for guiding warp threads (10, 75), wherein the back rest profile is formed as a plate-shaped profile, which has been bent, and wherein the back rest comprises a resilient force element for supporting the back rest profile, characterized in that the back rest profile comprises a supported section arranged pivotable at a support point in a support element, and a middle section extending between the guide section and the supported section, and in that a location (13, 83, 84) of application of force by the resilient force element on the back rest profile is arranged at the middle section between the support point and the guide section and is distanced from both the support point and the guide section for making use of a leverage between forces applied on the back rest profile at the guide section and at the location (13, 83, 84) of application of force.
A child-resistant package comprising: - a container having a neck finish with an open mouth and flange proximate said open mouth, said flange having an inclined guiding surface; and - a closure having a flexible resilient and circular skirt with a plurality of inwardly projecting lugs located at an inner perimeter of said circular skirt, for engagement with said flange on said neck finish, characterized in that - said flange comprises at least two projecting guiding elements extending in a radial direction towards the inner perimeter of said circular skirt; said projecting guiding elements having distal ends extending in an axial direction and engaging in an overlapping and cooperating arrangement with said inwardly projecting lugs, in a locking position, wherein two or more of the plurality of inwardly projecting lugs are located below the at least two projecting guiding elements, and in a release position, wherein all of said inwardly projecting lugs are located above the two or more projecting guiding elements. - a container having a neck finish with an open mouth and flange proximate said open mouth, said flange having an inclined guiding surface; and - a closure having a flexible resilient and circular skirt with a plurality of inwardly projecting lugs located at an inner perimeter of said circular skirt, for engagement with said flange on said neck finish, characterized in that - said flange comprises at least two projecting guiding elements extending in a radial direction towards the inner perimeter of said circular skirt; said projecting guiding elements having distal ends extending in an axial direction and engaging in an overlapping and cooperating arrangement with said inwardly projecting lugs, in a locking position, wherein two or more of the plurality of inwardly projecting lugs are located below the at least two projecting guiding elements, and in a release position, wherein all of said inwardly projecting lugs are located above the two or more projecting guiding elements.
An aircraft comprising: a fuselage and at least one wing arranged in a tube-and-wing design; a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, wherein the aircraft has: a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and characterised in that the aircraft has: a wing loading of 400-600 kg/m 2, and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7. a fuselage and at least one wing arranged in a tube-and-wing design; a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and characterised in that the aircraft has: a wing loading of 400-600 kg/m 2, and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7. a wing loading of 400-600 kg/m 2, and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7.
A beverage comprising a fermented whey preparation, characterized in that said fermented whey preparation is obtainable by carrying out at a high-temperature sterilization of 91°C to 99°C for 5 to 15 min or at a temperature of 100°C to 150°C for 1 to 30 sec of an aqueous whey protein solution having a solid content of 11 to 35% by weight and a pH value adjusted to 6.5 to 8.0, then subjecting the aqueous whey protein solution to lactic acid fermentation, and homogenizing the resultant fermentation liquor.
A battery management system for managing a battery pack (510, 520, 530) comprising a first plurality of battery cells and a second plurality of battery cells, said battery management system comprising: a master controller operable for monitoring and managing said first plurality of battery cells, wherein said master controller consumes a first current (I BAT1) from said first plurality of battery cells; and a slave controller (504, 506) operable for monitoring and managing said second plurality of battery cells (520, 510), wherein said slave controller consumes a second current (I BAT2, I BAT3) from said second plurality of battery cells (520, 510), wherein said slave controller (504, 506) is operable for generating a signal indicating an amount of said second current (I BAT2, I BAT3) consumed by said slave controller (504, 506) and transmitting said signal to said master controller, and wherein said master controller is operable for adjusting said first current (I BAT1) consumed by said master controller and controlling said slave controller (504, 506) to adjust said second current (I BAT2, I BAT3) consumed by said slave controller (504, 506). a master controller operable for monitoring and managing said first plurality of battery cells, wherein said master controller consumes a first current (I BAT1) from said first plurality of battery cells; and a slave controller (504, 506) operable for monitoring and managing said second plurality of battery cells (520, 510), wherein said slave controller consumes a second current (I BAT2, I BAT3) from said second plurality of battery cells (520, 510), wherein said slave controller (504, 506) is operable for generating a signal indicating an amount of said second current (I BAT2, I BAT3) consumed by said slave controller (504, 506) and transmitting said signal to said master controller, and wherein said master controller is operable for adjusting said first current (I BAT1) consumed by said master controller and controlling said slave controller (504, 506) to adjust said second current (I BAT2, I BAT3) consumed by said slave controller (504, 506).
An organic light-emitting device containing a cathode, an anode, and having located there-between a light-emitting layer, comprising: a) a host material including a hole transporting material and an organometallic compound represented by Formula: wherein: R 1 through R 6 each independently represent hydrogen or a substituent group, and L represents a substituent; and b) at least one phosphorescent light-emitting compound, with a triplet energy less than or equal to the triplet energy of the host material. a) a host material including a hole transporting material and an organometallic compound represented by Formula: wherein: R 1 through R 6 each independently represent hydrogen or a substituent group, and L represents a substituent; and R 1 through R 6 each independently represent hydrogen or a substituent group, and L represents a substituent; and b) at least one phosphorescent light-emitting compound, with a triplet energy less than or equal to the triplet energy of the host material.
A method of analyzing absorbance of one or more liquid samples arranged in the wells of a microplate, the method comprising the steps of - setting a desired wavelength falling within the wavelength range of 380 nm - 750 nm for absorbance measurement, - illuminating the samples using electromagnetic radiation having a bandwidth of at most 20 nm around the set wavelength, - measuring radiant flux transmitted through each sample, - on the basis of the measured radiant flux values, determining an absorbance value for each sample, and - visualizing the absorbance values on a display as a matrix comprising a plurality of cells, each cell corresponding to a well of the microplate, characterized in that the set wavelength is used as an input for determining the color of the cells so that the color of each cell is selected to be the complementary color of the color corresponding to the wavelength set for the absorbance measurement and the determined absorbance value of each sample is used as an input for determining the transparency of the respective cell on the display. - setting a desired wavelength falling within the wavelength range of 380 nm - 750 nm for absorbance measurement, - illuminating the samples using electromagnetic radiation having a bandwidth of at most 20 nm around the set wavelength, - measuring radiant flux transmitted through each sample, - on the basis of the measured radiant flux values, determining an absorbance value for each sample, and - visualizing the absorbance values on a display as a matrix comprising a plurality of cells, each cell corresponding to a well of the microplate,
Method of identifying an object signature in an environment, comprising: acquiring infrared information from the environment using a detection unit in order to obtain an infrared wavelength spectrum associated with the environment (20, S10); selecting three wavelength bands (λ 1, λ 2, λ 3) of the infrared wavelength spectrum using a filtering unit (32, S20); detecting a presence of the three wavelength bands (λ 1, λ 2, λ 3) of the infrared wavelength spectrum in the environment by filtering the selected three wavelength bands (λ 1, λ 2, λ 3) using the filtering unit (32, S30); determining an intensity indicator for the three selected wavelength bands (λ 1, λ 2, λ 3) using a processing unit (33, S40); classifying the object signature using the processing unit based on the determined intensity indicator in order to identify the object signature (10, S50); wherein classifying the object signature comprises defining a three-dimensional space, each dimension of the three-dimensional space defining an intensity amount (I 1, I 2, I 3) for a respective one of the three detected wavelength bands (λ 1, λ 2, λ 3, S52). acquiring infrared information from the environment using a detection unit in order to obtain an infrared wavelength spectrum associated with the environment (20, S10); selecting three wavelength bands (λ 1, λ 2, λ 3) of the infrared wavelength spectrum using a filtering unit (32, S20); detecting a presence of the three wavelength bands (λ 1, λ 2, λ 3) of the infrared wavelength spectrum in the environment by filtering the selected three wavelength bands (λ 1, λ 2, λ 3) using the filtering unit (32, S30); determining an intensity indicator for the three selected wavelength bands (λ 1, λ 2, λ 3) using a processing unit (33, S40); classifying the object signature using the processing unit based on the determined intensity indicator in order to identify the object signature (10, S50); wherein classifying the object signature comprises defining a three-dimensional space, each dimension of the three-dimensional space defining an intensity amount (I 1, I 2, I 3) for a respective one of the three detected wavelength bands (λ 1, λ 2, λ 3, S52).
A call-connecting device, comprising: a database having an identification number and a contact destination number, as associated information, a storage device for containing said database inside, a call-accepting unit for accepting a call from a first telephone designating a telephone number including the identification number as well as for extracting the identification number from said telephone number, a contact destination-extracting unit for extracting the contact destination number associated with said identification number from the database, according to said extracted identification number; a connection-processing unit (623C, 623D) for connecting the call from the first telephone to a second telephone corresponding to said contact destination number, according to said extracted contact destination number; characterized by an error-detecting unit for detecting an error according to the frequency of the call. a database having an identification number and a contact destination number, as associated information, a storage device for containing said database inside, a call-accepting unit for accepting a call from a first telephone designating a telephone number including the identification number as well as for extracting the identification number from said telephone number, a contact destination-extracting unit for extracting the contact destination number associated with said identification number from the database, according to said extracted identification number; a connection-processing unit (623C, 623D) for connecting the call from the first telephone to a second telephone corresponding to said contact destination number, according to said extracted contact destination number; characterized by an error-detecting unit for detecting an error according to the frequency of the call.
A plastic product manufacturing method comprising: (a) providing a cloud server, wherein the cloud server stores a machine number and machine parameters related to an all-electric injection-molding machine, and the all-electric injection-molding machine includes a controller; (b) downloading the machine parameters from the cloud server according to the machine number; (c) executing mold flow analysis software to generate a set of model data and optimal injection conditions related to a mold according to the machine parameters; (d) setting a mold number and a password to the set of model data and the optimal injection conditions and then storing the mold number and the password in the cloud server after packaging; (e) connecting to the cloud server using the machine number, the mold number, and the password by the controller after receiving a production requirement; (f) downloading the optimal injection conditions to the controller after the cloud server confirms the machine number, the mold number, and the password; and (g) driving the all-electric injection-molding machine by the controller according to the optimal injection conditions, so as to injection mold a plastic substance into a plastic product. (a) providing a cloud server, wherein the cloud server stores a machine number and machine parameters related to an all-electric injection-molding machine, and the all-electric injection-molding machine includes a controller; (b) downloading the machine parameters from the cloud server according to the machine number; (c) executing mold flow analysis software to generate a set of model data and optimal injection conditions related to a mold according to the machine parameters; (d) setting a mold number and a password to the set of model data and the optimal injection conditions and then storing the mold number and the password in the cloud server after packaging; (e) connecting to the cloud server using the machine number, the mold number, and the password by the controller after receiving a production requirement; (f) downloading the optimal injection conditions to the controller after the cloud server confirms the machine number, the mold number, and the password; and (g) driving the all-electric injection-molding machine by the controller according to the optimal injection conditions, so as to injection mold a plastic substance into a plastic product.
A method of preventing, reducing, or eliminating a crude oil emulsion in an oil and/or gas well having a wellbore, comprising: injecting a solution comprising an emulsion or microemulsion into the wellbore of an oil and/or gas well, wherein the crude oil emulsion is prevented, reduced or eliminated following injection of the solution; and wherein the emulsion or microemulsion comprises a surfactant, a first solvent, and a second solvent, wherein the second solvent comprises a silicone solvent that is a volatile linear or cyclic siloxanes having the chemical formula R 3 SiO-(R 2 SiO) n -SiR 3 or cyclic-[R 2 SiO] m, wherein n is 0 to 5 and m is 4 or 5, wherein each R is the same or different and is an organic group. injecting a solution comprising an emulsion or microemulsion into the wellbore of an oil and/or gas well, wherein the crude oil emulsion is prevented, reduced or eliminated following injection of the solution; and wherein the emulsion or microemulsion comprises a surfactant, a first solvent, and a second solvent, wherein the second solvent comprises a silicone solvent that is a volatile linear or cyclic siloxanes having the chemical formula R 3 SiO-(R 2 SiO) n -SiR 3 or cyclic-[R 2 SiO] m, wherein n is 0 to 5 and m is 4 or 5, wherein each R is the same or different and is an organic group.
A milk module for generating milk foam or milk beverages, preferably for installing into a coffee machine, with a milk container, a conveyor pump, and a device for heating milk or for generating the milk foam or other milk beverages, wherein a cleaning system is integrated in the milk module designed as an independent unit, by means of which module a cleaning process is made possible in particular by the conveyor pump, the device for heating or for generating the milk foam as well as the input or output line (39, 40), for this purpose, instead of the milk container, a cleaning container with a cleaning agent can be inserted into the cooling chamber, characterised in that a device with a water supply channel, a defined opening for receiving a cleaning agent, in particular a tablet, and an outlet opening is contained in the cleaning container, by means of which water can be guided through this supply channel into this opening and into which the cleaning agent, in particular the tablet, is dissolved and can flow into the cleaning container, emulsified with the water, via the outlet opening.
An apparatus to capture images comprising: a camera pivotally mounted within an endpiece of a casing, the camera comprising an image capture element to capture an image of an object along a line of sight of the image capture element; a first actuator of elongate shape coupled to the camera to exert a first mechanical force to pivot the camera about a first axis in a first direction, the elongate shape of the first actuator extending into a relatively thin and elongate portion of the casing that is coupled to and extends from the endpiece; a countering movement component to operate the first actuator to pivot the camera in the first direction in a countering movement to provide optical image stabilization to the camera; a second actuator of elongate shape coupled to the camera to exert a second mechanical force to pivot the camera about the first axis in a second direction opposite the first direction; and a linkage coupling the first actuator and the second actuator to each other and to the camera to alternately push against and pull on the camera based on which of the first mechanical force and a second mechanical force are exerted through the linkage, the first actuator positioned between the camera and the second actuator, and the second actuator extending further away from the camera than the first actuator and into the elongate portion from the endpiece. a camera pivotally mounted within an endpiece of a casing, the camera comprising an image capture element to capture an image of an object along a line of sight of the image capture element; a first actuator of elongate shape coupled to the camera to exert a first mechanical force to pivot the camera about a first axis in a first direction, the elongate shape of the first actuator extending into a relatively thin and elongate portion of the casing that is coupled to and extends from the endpiece; a countering movement component to operate the first actuator to pivot the camera in the first direction in a countering movement to provide optical image stabilization to the camera; a second actuator of elongate shape coupled to the camera to exert a second mechanical force to pivot the camera about the first axis in a second direction opposite the first direction; and a linkage coupling the first actuator and the second actuator to each other and to the camera to alternately push against and pull on the camera based on which of the first mechanical force and a second mechanical force are exerted through the linkage, the first actuator positioned between the camera and the second actuator, and the second actuator extending further away from the camera than the first actuator and into the elongate portion from the endpiece.