mhurhangee/ep-ind-claims huggingface dataset:
A lens barrel comprising a barrel holding an optical system, characterized by further comprising four mount projections engageable with a photographic device having an imaging unit where light flux impinges from the optical system, barrel-side electric contact points electrically connectable with body-side electric contact points provided to the photographic device, an electric contact holding member where the barrel-side electric contact points are fixed, and a barrel-side fitting part fixed on a side of the barrel that is engaged with the photographic device, wherein the photographic device comprises an inner opening site defining the light flux impinging from the optical system to the imaging unit, the inner opening site being rectangular in shape when viewing from an optical axis direction, the four mount projections are arranged so as to position on the left, right, top and bottom of outside the inner opening site of the photographic device when the barrel is fitted to photographic device, the electric contact holding member is fixed at the barrel-side fitting part so that, when the barrel is fitted to photographic device, the most of the electric contact holding member is above an upper long side of the inner opening site of the photographic device, and the barrel-side electric contact points are arranged outside the upper long side of the inner opening site. four mount projections engageable with a photographic device having an imaging unit where light flux impinges from the optical system, barrel-side electric contact points electrically connectable with body-side electric contact points provided to the photographic device, an electric contact holding member where the barrel-side electric contact points are fixed, and a barrel-side fitting part fixed on a side of the barrel that is engaged with the photographic device, wherein the photographic device comprises an inner opening site defining the light flux impinging from the optical system to the imaging unit, the inner opening site being rectangular in shape when viewing from an optical axis direction, the four mount projections are arranged so as to position on the left, right, top and bottom of outside the inner opening site of the photographic device when the barrel is fitted to photographic device, the electric contact holding member is fixed at the barrel-side fitting part so that, when the barrel is fitted to photographic device, the most of the electric contact holding member is above an upper long side of the inner opening site of the photographic device, and the barrel-side electric contact points are arranged outside the upper long side of the inner opening site.
A tongue device for a railway point having a tongue which is arranged between a stock rail and an auxiliary rail and runs on at least one slide plate, wherein the stock rail and the auxiliary rail are arranged on a base plate, characterized in that the slide plate comprises at least one drainage port which extends through the base plate, wherein the drainage port is formed as a perforation in the slide plate, wherein the perforation is connected to a line which is connected to a perforation in the base plate.
A head mounted display device (110a, 110b, 1600), comprising: a device body arranged to cover a first portion of a face of a user such that eyes of the user are hidden from view, wherein the head mounted display device (110a, 110b, 1600), when worn by the user, is arranged to leave a second portion of the face of the user viewable; one or more sensors (1605, 1605a, 1930) positioned on the device body that are arranged to track one or more of eye movement, eyelid movement and eyebrow movement of the user; a display positioned on the device body that is arranged to display an image for the user when the head mounted display device (110a, 110b, 1600) is worn by the user; and a network interface unit arranged to transmit sensor data tracked by the one or more sensors to an external camera device (115a, 115b), wherein the sensor data comprises one or more of eye movement, eyelid movement and eyebrow movement tracked by the one or more sensors; characterised in that: the head mounted display device further comprises a light sensor positioned on the device body that is arranged to detect a level of ambient light; and the network interface unit is further arranged to transmit a level of ambient light tracked by the light sensor. a device body arranged to cover a first portion of a face of a user such that eyes of the user are hidden from view, wherein the head mounted display device (110a, 110b, 1600), when worn by the user, is arranged to leave a second portion of the face of the user viewable; one or more sensors (1605, 1605a, 1930) positioned on the device body that are arranged to track one or more of eye movement, eyelid movement and eyebrow movement of the user; a display positioned on the device body that is arranged to display an image for the user when the head mounted display device (110a, 110b, 1600) is worn by the user; and a network interface unit arranged to transmit sensor data tracked by the one or more sensors to an external camera device (115a, 115b), wherein the sensor data comprises one or more of eye movement, eyelid movement and eyebrow movement tracked by the one or more sensors; the head mounted display device further comprises a light sensor positioned on the device body that is arranged to detect a level of ambient light; and the network interface unit is further arranged to transmit a level of ambient light tracked by the light sensor.
An electrodepositable coating composition comprising: (a) an acrylic polymer comprising a polymerization product of a polymeric dispersant and a second stage ethylenically unsaturated monomer composition comprising greater than 40% by weight of a second stage hydroxyl-functional (meth)acrylate monomer, based on the total weight of the second stage ethylenically unsaturated monomer composition; (b) an ionic salt group-containing film-forming polymer different from the acrylic polymer; and (c) a curing agent. (a) an acrylic polymer comprising a polymerization product of a polymeric dispersant and a second stage ethylenically unsaturated monomer composition comprising greater than 40% by weight of a second stage hydroxyl-functional (meth)acrylate monomer, based on the total weight of the second stage ethylenically unsaturated monomer composition; (b) an ionic salt group-containing film-forming polymer different from the acrylic polymer; and (c) a curing agent.
Lighting module for emitting mixed light having a colour locus that is temperature-stable as the temperature increases, comprising: - at least one first semiconductor component which emits unconverted red light, - at least one second semiconductor component which emits converted greenish-white light having a first conversion proportion, - at least one third semiconductor component which emits converted greenish-white light having a second conversion proportion, which is less than the first conversion proportion, wherein the second and the third semiconductor component (3, 4) each comprise a conversion element, - at least one resistance element (5, 6) having a temperature-dependent electrical resistance, wherein the at least one resistance element (5, 6) has a positive temperature coefficient, characterized in that - the conversion elements have a positive temperature coefficient, the at least one second semiconductor component forms a series circuit with the at least one resistance element (5, 6), - the series circuit is connected in parallel with a string comprising the at least one first semiconductor component and with a further string comprising the at least one third semiconductor component, or is connected in parallel with a string comprising the at least one first semiconductor component in series with the at least one third semiconductor component. - at least one first semiconductor component which emits unconverted red light, - at least one second semiconductor component which emits converted greenish-white light having a first conversion proportion, - at least one third semiconductor component which emits converted greenish-white light having a second conversion proportion, which is less than the first conversion proportion, wherein the second and the third semiconductor component (3, 4) each comprise a conversion element, - at least one resistance element (5, 6) having a temperature-dependent electrical resistance, wherein the at least one resistance element (5, 6) has a positive temperature coefficient, - the conversion elements have a positive temperature coefficient, the at least one second semiconductor component forms a series circuit with the at least one resistance element (5, 6), - the series circuit is connected in parallel with a string comprising the at least one first semiconductor component and with a further string comprising the at least one third semiconductor component, or is connected in parallel with a string comprising the at least one first semiconductor component in series with the at least one third semiconductor component.
A heel stabilizer designed and intended to be arranged in human footwear, or human footwear comprising a heel stabilizer, said stabilizer comprising a first gripping portion or part and a second gripping portion or part, wherein said first and second gripping portions or parts protrude away from an inner surface of the footwear, and wherein said first gripping portion or part is adjacent to a medial surface of a wearer's heel and said second gripping portion or part is adjacent to a lateral surface of the wearer's heel when the footwear is worn, wherein the first and second gripping portions or parts contact the medial and lateral surfaces of the wearer's heel above the widest portion of the wearer's heel, characterised by the second gripping portion or part having a contour or notch for accommodating the sural nerve of the wearer.
An aluminum alloy sheet for battery container use which is excellent in formability, heat dissipation, and weldability characterized by consisting of a cold rolled, annealed material which consists of Fe: 0.05 to less than 0.3 mass%, Mn: 0.6 to 1.5 mass%, Si: 0.05 to 0.6 mass%, and one or more of Co: 0.001 to 0.5 mass%, and Nb: 0.005 to 0.05 mass%, has a balance of Al and impurities, has, as impurities, Cu: less than 0.35 mass%, Mg: less than 0.05 mass%, Zn: less than 0.05 mass%, Ni: less than 0.10 mass%, Pb, Bi, Sn, Na, Ca, and Sr: each less than 0.02 mass%, Ga and Ti: less than 0.01 mass%, and others: each less than 0.05 mass% in chemical composition, has an electrical conductivity of over 45% IACS, has a 0.2% proof strength of 40 to less than 60 MPa, and has 20% or more of elongation.
A method of authenticating a timepiece of a timepiece model, wherein the timepiece comprises a quartz resonator for emitting a vibration, the method comprising: detecting vibrations from said timepiece resulting from the vibration of the quartz resonator for determining the authenticity of the timepiece analysing the detected vibrations to determine the authenticity of the timepiece, wherein analysing the detected vibrations comprises comparing the detected vibrations with reference information which has been previously stored for the timepiece model; and determining the authenticity of the timepiece based on the comparison. detecting vibrations from said timepiece resulting from the vibration of the quartz resonator for determining the authenticity of the timepiece analysing the detected vibrations to determine the authenticity of the timepiece, wherein analysing the detected vibrations comprises comparing the detected vibrations with reference information which has been previously stored for the timepiece model; and determining the authenticity of the timepiece based on the comparison.
A method of processing three-dimensional video data comprising a video parameter set and slice headers, the method comprising: determining, based on direct dependent layers signaled in a VPS, that a current texture layer of the video data is dependent on a depth layer of the video data; determining, based on the direct dependent layers signaled in the VPS, that said depth layer of the video data is dependent on a second texture layer of the video data; processing the current texture layer using the depth layer; and processing the depth layer using the second texture layer. determining, based on direct dependent layers signaled in a VPS, that a current texture layer of the video data is dependent on a depth layer of the video data; determining, based on the direct dependent layers signaled in the VPS, that said depth layer of the video data is dependent on a second texture layer of the video data; processing the current texture layer using the depth layer; and processing the depth layer using the second texture layer.
A composition comprising: a. a pesticide having an amine functional group >C-NR 1 R 2 wherein R 1 is H or a (C 1 -C 6) alkyl, and R 2 is H or a (C 1 -C 6) alkyl; b. a carboxylic acid of the formula RC(=O)OH wherein R is a C 12 -C 36 alkyl, which has no or one or more unsaturated carbon bonds, and which has no or one or more OH groups, and which has no or one or more C(=O)OH groups; and c. a resolved, epimerizable, pyrethroid. a. a pesticide having an amine functional group >C-NR 1 R 2 wherein R 1 is H or a (C 1 -C 6) alkyl, and R 2 is H or a (C 1 -C 6) alkyl; b. a carboxylic acid of the formula RC(=O)OH wherein R is a C 12 -C 36 alkyl, which has no or one or more unsaturated carbon bonds, and which has no or one or more OH groups, and which has no or one or more C(=O)OH groups; and c. a resolved, epimerizable, pyrethroid.
A method of treating ballast water containing aquatic organisms, the method comprising the steps of: generating a net superimposed DC biased time-varying pulsating AC electromagnetic wave, comprising an AC driving signal with time-varying frequency riding on a DC output with a predefined DC bias voltage; applying the net superimposed DC biased time-varying pulsating AC electromagnetic wave to the ballast water to excite the ballast water and the aquatic organisms therein to cause a flow of ionic current having a DC component travelling in a pulsating and time-varying AC manner in the ballast water and resident aquatic organisms to induce a vibration of electrons and molecules therein that acts to kill the said aquatic organisms to prevent biofouling, wherein the step of applying the net superimposed DC biased time-varying pulsating AC electromagnetic wave to the ballast water further comprises transmitting the net superimposed DC biased time-varying pulsating AC electromagnetic wave to one or more emitters, the emitters being configured to transmit the net superimposed DC biased pulsating AC electromagnetic wave. generating a net superimposed DC biased time-varying pulsating AC electromagnetic wave, comprising an AC driving signal with time-varying frequency riding on a DC output with a predefined DC bias voltage; applying the net superimposed DC biased time-varying pulsating AC electromagnetic wave to the ballast water to excite the ballast water and the aquatic organisms therein to cause a flow of ionic current having a DC component travelling in a pulsating and time-varying AC manner in the ballast water and resident aquatic organisms to induce a vibration of electrons and molecules therein that acts to kill the said aquatic organisms to prevent biofouling, wherein the step of applying the net superimposed DC biased time-varying pulsating AC electromagnetic wave to the ballast water further comprises transmitting the net superimposed DC biased time-varying pulsating AC electromagnetic wave to one or more emitters, the emitters being configured to transmit the net superimposed DC biased pulsating AC electromagnetic wave.
Sensor arrangement for a brake system for braking a wheel in a vehicle, comprising - a travel sensor for sensing a position of a brake pedal of the brake system, wherein the travel sensor is provided for sensing an activation of the brake pedal on the basis of the position of the brake pedal and for outputting an activation signal which indicates the activation of the brake pedal, and - a microcontroller which is contained in the travel sensor and has the purpose of converting the position of the brake pedal into an electronic measurement signal, characterized in that the travel sensor has a signal decoder for analysing the measurement signal and for outputting the activation signal. - a travel sensor for sensing a position of a brake pedal of the brake system, wherein the travel sensor is provided for sensing an activation of the brake pedal on the basis of the position of the brake pedal and for outputting an activation signal which indicates the activation of the brake pedal, and - a microcontroller which is contained in the travel sensor and has the purpose of converting the position of the brake pedal into an electronic measurement signal,
Process for obtaining fesoterodine fumarate in crystalline form I, comprising suspending amorphous fesoterodine fumarate in tert-amyl alcohol, solubilising the product and crystallizing the product, wherein said crystalline form I has a powder X-ray diffraction spectrum having the following peaks (±0,20° 2 theta): 8.95; 10.55; 11.64; 11,94; 13.02; 13.32; 15.01; 16.42; 17.74; 18.11; 19.14; 19.59; 20.16; 20.99; 22.20; 23.25; 24.16; 25.08; 26.13; 28.35; 32.66 ° (2 theta).
A saccharide of general formula: wherein A represents (CH 2) o1; o1 represents an integer selected from 1, 2, 3, 4, 5 and 6; M, N and P represent independently of each other one of the following sugar fragments: wherein the sugar fragments S1, S2, S3 are connected to each other and to -O-A-SH fragment via O -glycosidic bonds, each sugar fragment S1, S2, and S3 is not more than once present in the general formula, sugar fragment S1 cannot be simultaneously connected to -O-A-SH and sugar fragment S3, sugar fragment S3 cannot be simultaneously connected to -O-A-SH and sugar fragment S2, and sugar fragment S2 cannot be simultaneously connected to -O-A-SH and sugar fragment S1, and n1, n2 and n3 are integers selected from 0 and 1, wherein at least one of the integers n1, n2 and n3 is 1 and pharmaceutically acceptable salts of these saccharides. wherein A represents (CH 2) o1; o1 represents an integer selected from 1, 2, 3, 4, 5 and 6; M, N and P represent independently of each other one of the following sugar fragments: wherein the sugar fragments S1, S2, S3 are connected to each other and to -O-A-SH fragment via O -glycosidic bonds, each sugar fragment S1, S2, and S3 is not more than once present in the general formula, sugar fragment S1 cannot be simultaneously connected to -O-A-SH and sugar fragment S3, sugar fragment S3 cannot be simultaneously connected to -O-A-SH and sugar fragment S2, and sugar fragment S2 cannot be simultaneously connected to -O-A-SH and sugar fragment S1, and n1, n2 and n3 are integers selected from 0 and 1, wherein at least one of the integers n1, n2 and n3 is 1
A process for removing water from a polyether polyol in a vessel by batch distillation, comprising: (a) heating the polyether polyol to a temperature within a first predetermined distillation temperature range while (i) maintaining the pressure of the vessel at or above normal atmospheric pressure and at or below a predetermined maximum pressure, and (ii) controlling the rate of increase in vessel pressure within a predetermined pressure increase rate range, to remove a first portion of the water from the polyether polyol; and then (b) controlling the rate of decrease in vessel pressure within a predetermined pressure decrease rate range, to remove a second portion of the water from the polyether polyol, wherein a target rate of increase in vessel pressure during step (a) is 0.01 to 1 lb/in 2 per minute (0.01149 to 1.149 mbar per second) and wherein step (b) comprises controlling the rate of decrease in vessel pressure to normal atmospheric pressure at a rate within the range of 0.01 to 1 lb/in 2 per minute (0.01149 to 1.149 mbar per second). (a) heating the polyether polyol to a temperature within a first predetermined distillation temperature range while (i) maintaining the pressure of the vessel at or above normal atmospheric pressure and at or below a predetermined maximum pressure, and (ii) controlling the rate of increase in vessel pressure within a predetermined pressure increase rate range, to remove a first portion of the water from the polyether polyol; and then (b) controlling the rate of decrease in vessel pressure within a predetermined pressure decrease rate range, to remove a second portion of the water from the polyether polyol,
A refrigeration apparatus in which a refrigerant that operates in a supercritical range is used, the refrigeration apparatus comprising: a compression mechanism (2, 102, 202) having a plurality of compression elements and configured so that refrigerant discharged from a first-stage compression element of the plurality of compression elements is sequentially compressed in a second-stage compression element; a heat source-side heat exchanger having air as a heat source; an expansion mechanism (5, 5a, 5b, 5c, 5d) for depressurizing the refrigerant; a usage-side heat exchanger; and an intercooler which has air as a heat source, which is provided to an intermediate refrigerant tube for drawing the refrigerant discharged from the first-stage compression element into the second-stage compression element, and which functions as a cooler of the refrigerant discharged from the first-stage compression element and drawn into the second-stage compression element; wherein the intercooler constitutes a heat exchanger integrated with the heat source-side heat exchanger, and the intercooler is disposed in the upper part of the heat exchanger, characterized in that: the intercooler is disposed in an upper upwind part, which is a section in the upper part of the heat exchanger upwind of the flow direction of the air as the heat source. a compression mechanism (2, 102, 202) having a plurality of compression elements and configured so that refrigerant discharged from a first-stage compression element of the plurality of compression elements is sequentially compressed in a second-stage compression element; a heat source-side heat exchanger having air as a heat source; an expansion mechanism (5, 5a, 5b, 5c, 5d) for depressurizing the refrigerant; a usage-side heat exchanger; and an intercooler which has air as a heat source, which is provided to an intermediate refrigerant tube for drawing the refrigerant discharged from the first-stage compression element into the second-stage compression element, and which functions as a cooler of the refrigerant discharged from the first-stage compression element and drawn into the second-stage compression element; wherein the intercooler constitutes a heat exchanger integrated with the heat source-side heat exchanger, and the intercooler is disposed in the upper part of the heat exchanger, characterized in that: the intercooler is disposed in an upper upwind part, which is a section in the upper part of the heat exchanger upwind of the flow direction of the air as the heat source.
A combination of a first tabletop section and a second tabletop section for a surgical table, the first tabletop section comprising a first connector for connecting the first tabletop section to the second tabletop section, the first connector having a hook disposed around a space and defining an opening into the space, and a lock pin for locking the connector to the second tabletop section, the lock pin being movable relative to the hook to change a degree to which the lock pin blocks the opening, characterised in that the lock pin is movable linearly relative to the hook to change the degree to which the lock pin blocks the opening, wherein the second tabletop section comprises a peg, and wherein the space is for receiving the peg of the second tabletop section.