mhurhangee/ep-ind-claims huggingface dataset:
An accelerometer comprising a support, a first mass element and a second mass element, the mass elements (18, 20) being rigidly interconnected to form a unitary movable proof mass, the support being located at least in part between the first and second mass elements (18, 20), a plurality of mounting legs supporting the mass elements (18, 20) for movement relative to the support, at least two first groups of movable capacitor fingers (24, 26) provided on the first mass element and interdigitated with corresponding first groups of fixed capacitor fingers (28, 30) associated with the support, and at least two second groups of movable capacitor fingers (32, 34) provided on the second mass element and interdigitated with corresponding second groups of fixed capacitor fingers (36, 38) associated with the support; characterised in that: a single, shared first electrical connection is provided to connect one of the first and one of the second groups of fixed capacitor fingers (28, 36) associated with the support; and a single, shared second electrical connection is provided to connect another of the first and another of the second groups of fixed capacitor fingers (30, 38) associated with the support.
A computer program product fixed in a tangible medium for determining one or more effects of changes to a chilled water plant comprising: machine readable code fixed on the tangible medium, the machine readable code comprising one or more instructions for: receiving specification data for one or more components of a chilled water plant; receiving load data indicating the load on the one or more components for one or more periods of time; determining one or more summarized load values from the load data for the one or more periods of time; receiving representative log data from one or more logs of the chilled water plant, wherein the representative log data has an attribute of being log data from the one or more logs having a load value closest to at least one of the one or more summarized load values; and determining an idealized power utilization for the chilled water plant from the specification data and the representative log data. receiving specification data for one or more components of a chilled water plant; receiving load data indicating the load on the one or more components for one or more periods of time; determining one or more summarized load values from the load data for the one or more periods of time; receiving representative log data from one or more logs of the chilled water plant, wherein the representative log data has an attribute of being log data from the one or more logs having a load value closest to at least one of the one or more summarized load values; and determining an idealized power utilization for the chilled water plant from the specification data and the representative log data.
Foam gun, especially for polyurethane foam, having a body and arranged thereon a handle with a trigger device, a container holder and a fluid connection between the container holder and an outlet opening, wherein a replaceable dispensing tip can be fixed on the outlet opening, characterized in that the handle is adapted for receiving at least one dispensing tip and that the free end of the handle is designed as a lid having on its inside at least one holder for a dispensing tip.
A liquid ejection device comprising: a liquid ejection head unit configured to eject liquid to a print medium on a transport path; a conveying roller configured to transport the print medium on the transport path; a detection unit (110F10) configured to output a detection result indicating a lateral position of the print medium in a direction orthogonal to a transport direction in which the print medium is transported; and a movement unit (110F20) configured to move the liquid ejection head unit based on the detection result from the detection unit (110F10), characterized in that the detection unit (110F10) is disposed at a distance of an integral multiple of a peripheral length of the conveying roller away from an impact position where the liquid ejected from liquid ejection head unit reaches the print medium. a liquid ejection head unit configured to eject liquid to a print medium on a transport path; a conveying roller configured to transport the print medium on the transport path; a detection unit (110F10) configured to output a detection result indicating a lateral position of the print medium in a direction orthogonal to a transport direction in which the print medium is transported; and a movement unit (110F20) configured to move the liquid ejection head unit based on the detection result from the detection unit (110F10), characterized in that the detection unit (110F10) is disposed at a distance of an integral multiple of a peripheral length of the conveying roller away from an impact position where the liquid ejected from liquid ejection head unit reaches the print medium.
A power compensator for compensating voltage (Vsx, 2204) at a location along a power transmission line, that varies from a nominal mains voltage (Vs*, 2202) the compensator having: a controller for controlling a voltage generated across the compensator, the controller comprising a control loop configured to restore the voltage (Vsx) at a location along the power transmission line to the value of a reference voltage (Vsx*, 2200); characterised in that the control loop is configured such that the reference voltage (Vsx*) is generated by automatically adjusting the nominal mains voltage (Vs*) to the value of reference voltage (Vsx*) based on a settable gain value (K, 2214) selected to compensate for voltage droop for that location; such that, in use, the voltage generated across the controller is configured to be controlled to maintain a power transmission line voltage (Vsx) at a value dependent on the power transmission line location by droop control. a controller for controlling a voltage generated across the compensator, the controller comprising a control loop configured to restore the voltage (Vsx) at a location along the power transmission line to the value of a reference voltage (Vsx*, 2200); characterised in that the control loop is configured such that the reference voltage (Vsx*) is generated by automatically adjusting the nominal mains voltage (Vs*) to the value of reference voltage (Vsx*) based on a settable gain value (K, 2214) selected to compensate for voltage droop for that location; such that, in use, the voltage generated across the controller is configured to be controlled to maintain a power transmission line voltage (Vsx) at a value dependent on the power transmission line location by droop control.
Lamination of a rotor of a rotary dynamo-electric machine with a shaft bore with a radius, with at least two pull-through grooves and two intermediate space recesses, wherein the pull-through grooves each have at least one lamination tongue facing radially inwards towards an axis, so that the ends of the lamination tongue facing radially inwards lie on a radius, wherein R2 is smaller than R1, in order to obtain a high level of anti-rotation protection and axial safety against slippage on a shaft, so that a form-fit is achieved with the shaft, wherein the lamination tongue is formed to be trapezoid, conical or with parallel flanks, wherein the pull-through groove is formed on the shaft bore by two pitch circles with a radius, which, in terms of course, pass from a predetermined transition point from the radius in each case into a straight line and thus form the lamination tongue, which encloses an angle γ with the straight line.
An air conditioner comprising: a housing including a front panel; a heat exchanger configured to heat-exchange air drawn into the housing; a blower fan configured to move the heat-exchanged air towards the outside of the housing; an outlet configured to discharge the heat-exchanged air outside the housing; outlet holes provided in the front panel around the outlet and configured to discharge the heat-exchanged air outside the housing; and a controller configured to control operation of the blower fan, characterised in that, after the outlet is closed and rotation of the blower fan is stopped, the controller is configured to rotate the blower fan to discharge the heat-exchanged air through the outlet holes, depending on the temperature of the front panel, to prevent the occurrence of condensation. a housing including a front panel; a heat exchanger configured to heat-exchange air drawn into the housing; a blower fan configured to move the heat-exchanged air towards the outside of the housing; an outlet configured to discharge the heat-exchanged air outside the housing; outlet holes provided in the front panel around the outlet and configured to discharge the heat-exchanged air outside the housing; and a controller configured to control operation of the blower fan, characterised in that, after the outlet is closed and rotation of the blower fan is stopped, the controller is configured to rotate the blower fan to discharge the heat-exchanged air through the outlet holes, depending on the temperature of the front panel, to prevent the occurrence of condensation.
A windscreen for a motor vehicle having: - at least one conductor path, wherein - the at least one conductor path leads from at least one edge of the windscreen to a base formed on the inside of the windscreen, - the at least one conductor path at least on the base forms at least one first electrically conductive portion of the surface of the windscreen provided on the inside of the windscreen, and - the at least one conductor path forms at least one second electrically conductive portion of the surface of the windscreen provided at least on the at least one edge of the windscreen, characterized in that the at least one conductor path from the at least one edge to the base is provided in glued at least in sections at least to the inside of the windscreen. - at least one conductor path, wherein - the at least one conductor path leads from at least one edge of the windscreen to a base formed on the inside of the windscreen, - the at least one conductor path at least on the base forms at least one first electrically conductive portion of the surface of the windscreen provided on the inside of the windscreen, and - the at least one conductor path forms at least one second electrically conductive portion of the surface of the windscreen provided at least on the at least one edge of the windscreen,
A linear opto-frequency chirp amount variation apparatus comprising a pair of dielectric multilayer film mirrors arranged so that their mirror surfaces extend parallel, and are opposed, to each other, characterised in that it also comprises a movable mirror (4,4a,4b) which is disposed in a space defined between the two dielectric multilayer film mirrors and which is inclined at a given inclination and movable in a given direction of movement, wherein said given inclination of the movable mirror (4,4a,4b) is an inclination such that: (a) an incident light that is allowed to reflect from and between the two dielectric mirrors a plurality of times is then reflected by the movable mirror (4,4a,4b) along a light path which has a direction parallel to said dielectric multilayer film mirror surfaces, or (b) an incident light that enters the space between the two dielectric mirrors along a light path parallel to the dielectric mirrors is then reflected by the movable mirror so that it is reflected from and between the two dielectric mirrors a plurality of times before exiting the space between the two dielectric mirrors, and said given direction of movement is the direction of the said light path, whereby moving said movable mirror (4,4a,4b) forwards and backwards in said direction of movement changes the amount of a chirp to be imparted to said incident light as an input light. (a) an incident light that is allowed to reflect from and between the two dielectric mirrors a plurality of times is then reflected by the movable mirror (4,4a,4b) along a light path which has a direction parallel to said dielectric multilayer film mirror surfaces, or (b) an incident light that enters the space between the two dielectric mirrors along a light path parallel to the dielectric mirrors is then reflected by the movable mirror so that it is reflected from and between the two dielectric mirrors a plurality of times before exiting the space between the two dielectric mirrors, and
A solid-state image sensor comprising: a semiconductor substrate in which a plurality of photoelectric conversion elements are two-dimensionally arranged; and a color filter layer which is provided on the semiconductor substrate and in which color filters (14, 15, 16) of a plurality of colors are two-dimensionally arranged corresponding to respective photoelectric conversion elements in a preset regular pattern, wherein: one color selected from the plurality of colors is a first color; and the following formulas and are satisfied, where A, indicated in nm, represents a thickness of a first-color color filter of the first color, and C, indicated in nm, represents a thickness of color filters (15, 16) of colors other than the first color 200 nm ≤ A ≤ 700 nm C ≤ A + 200 nm characterized in that: a lower layer flattening layer is provided only between the first-color color filter of the first color selected from the plurality of colors and the semiconductor substrate, and the following formula is further satisfied, where B, indicated in nm, represents a thickness of the lower layer flattening layer 0 nm < B ≤ 200 nm provided that the solid-state image sensor prepared in Example 2 of EP 3 379 573 A1 is excluded. a semiconductor substrate in which a plurality of photoelectric conversion elements are two-dimensionally arranged; and a color filter layer which is provided on the semiconductor substrate and in which color filters (14, 15, 16) of a plurality of colors are two-dimensionally arranged corresponding to respective photoelectric conversion elements in a preset regular pattern, wherein: one color selected from the plurality of colors is a first color; and the following formulas and are satisfied, where A, indicated in nm, represents a thickness of a first-color color filter of the first color, and C, indicated in nm, represents a thickness of color filters (15, 16) of colors other than the first color 200 nm ≤ A ≤ 700 nm C ≤ A + 200 nm one color selected from the plurality of colors is a first color; and the following formulas and are satisfied, where A, indicated in nm, represents a thickness of a first-color color filter of the first color, and C, indicated in nm, represents a thickness of color filters (15, 16) of colors other than the first color 200 nm ≤ A ≤ 700 nm C ≤ A + 200 nm a lower layer flattening layer is provided only between the first-color color filter of the first color selected from the plurality of colors and the semiconductor substrate, and the following formula is further satisfied, where B, indicated in nm, represents a thickness of the lower layer flattening layer 0 nm < B ≤ 200 nm provided that the solid-state image sensor prepared in Example 2 of EP 3 379 573 A1 is excluded.
A sterilized liquid enteral nutritional composition comprising 10 to 20 g of protein per 100 ml of the composition, said composition comprising a vegetable fat, in which at least 70 weight% of said protein comprises micellar casein, said protein comprising whey in an amount less than or equal to 10 weight %, and in which the total amount of monovalent metal ions is less than 25 mg/g of protein, preferably the total amount of monovalent metal ions ranges between 5 and 25 mg/g of protein.
A method for transmitting from a transmitter (102, 102') to a receiver (104, 104'), a serial stream that includes control symbols for delineating data and/or synchronism of said serial stream, said method comprising: encoding n-bit data words as m-bit data words wherein m>n producing said stream, including said m-bit data words, further characterized by; including in said stream control symbols, wherein each of said control symbols takes the form k1-k2-k2-k1, and wherein k1 and k2 are each predefined m-bit control words each differing from said m-bit data words, and wherein the Hamming distance between k1 and k2 is at least 2. encoding n-bit data words as m-bit data words wherein m>n producing said stream, including said m-bit data words, further characterized by; including in said stream control symbols, wherein each of said control symbols takes the form k1-k2-k2-k1, and wherein k1 and k2 are each predefined m-bit control words each differing from said m-bit data words, and wherein the Hamming distance between k1 and k2 is at least 2.
A method of controlling a wind turbine, comprising the steps of: acquiring and storing training data relating to one or more sensed variable, characterised by the training data comprising a feature vector obtained from at least one statistical measure indicative of risk; the method further characterised by assigning each of the training data to a risk category based on a measured parameter and defining feature zones for each category from at least a measure of distance of feature vectors in that category, the feature zones including a high risk zone indicative of a high risk of a gust; and during operation of the wind turbine, determining an estimate of gust risk by calculating a feature vector periodically from data obtained from at least one sensor and determining to which of the feature zones to assign the feature vector, thereby determining an estimate of the risk of an extreme gust represented by the measured feature vector. acquiring and storing training data relating to one or more sensed variable, characterised by the training data comprising a feature vector obtained from at least one statistical measure indicative of risk; the method further characterised by assigning each of the training data to a risk category based on a measured parameter and defining feature zones for each category from at least a measure of distance of feature vectors in that category, the feature zones including a high risk zone indicative of a high risk of a gust; and during operation of the wind turbine, determining an estimate of gust risk by calculating a feature vector periodically from data obtained from at least one sensor and determining to which of the feature zones to assign the feature vector, thereby determining an estimate of the risk of an extreme gust represented by the measured feature vector.
A method of forming a three-dimensional object, comprising: providing a carrier and an optically transparent member having a build surface, said carrier and said build surface defining a build region therebetween; filling said build region with a polymerizable liquid; irradiating said build region through said optically transparent member to form a solid polymer from said polymerizable liquid while concurrently advancing said carrier away from said build surface to form said three-dimensional object from said solid polymer, while also concurrently: (i) continuously maintaining a dead zone of polymerizable liquid in contact with said build surface, and (ii) continuously maintaining a gradient of polymerization zone between said dead zone and said solid polymer and in contact with each thereof, said gradient of polymerization zone comprising said polymerizable liquid in partially cured form. providing a carrier and an optically transparent member having a build surface, said carrier and said build surface defining a build region therebetween; filling said build region with a polymerizable liquid; irradiating said build region through said optically transparent member to form a solid polymer from said polymerizable liquid while concurrently advancing said carrier away from said build surface to form said three-dimensional object from said solid polymer, while also concurrently: (i) continuously maintaining a dead zone of polymerizable liquid in contact with said build surface, and (ii) continuously maintaining a gradient of polymerization zone between said dead zone and said solid polymer and in contact with each thereof, said gradient of polymerization zone comprising said polymerizable liquid in partially cured form. (i) continuously maintaining a dead zone of polymerizable liquid in contact with said build surface, and (ii) continuously maintaining a gradient of polymerization zone between said dead zone and said solid polymer and in contact with each thereof, said gradient of polymerization zone comprising said polymerizable liquid in partially cured form.
Cement pipe sleeve for anti-corrosive covering of the connection between adjacent pipe sockets, comprising - a mortar ring that is flexible before hardening, and - a bearing strip, which lies in area contact thereon and is connected to form a ring, and which - comprises a multiplicity of openings, - consists of water-resistant material, and - can be loaded with relatively high forces in the tangential direction than in other directions, characterised in that the mortar, in the dry state, is introduced as a powdery mixture of cement and aggregates into the hollow spaces of a nonwoven strip, - which lies on the bearing strip, and - which can be watered through the openings in the bearing strip. - a mortar ring that is flexible before hardening, and - a bearing strip, which lies in area contact thereon and is connected to form a ring, and which - comprises a multiplicity of openings, - consists of water-resistant material, and - can be loaded with relatively high forces in the tangential direction than in other directions, - comprises a multiplicity of openings, - consists of water-resistant material, and - can be loaded with relatively high forces in the tangential direction than in other directions, - which lies on the bearing strip, and - which can be watered through the openings in the bearing strip.