mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a mixture or a polymerized product of a mixture comprising: (i) a free radical polymerizable monomer, oligomer or polymer; (ii) an organoborane amine complex; (iii) 25 volume percent or greater of a poor or non-solvent for the polymerized product of (i), based on the total volume of the composition; and (iv) an amine reactive compound, wherein the free radical polymerizable monomer, oligomer, or polymer (i) is: an organic compound (a); a mixture of mono-functional or multi-functional organic compounds (b); an organosilicon monomer, oligomer, or polymer (c); a mixture of mono-functional or multi-functional organosilanes (d); a mixture of mono-functional or multi-functional organopolysiloxanes (e); or a mixture of (a)-(e), in which (a)-(e) are unsaturated and capable of undergoing free radical polymerization, wherein the poor or non-solvent (iii) is selected from the group consisting of: water; polar organic solvents; non-polar organic solvents; organosilanes; linear organosiloxane fluids; cyclic organosiloxane fluids; organosiloxane oligomers; organosiloxane resins; organosiloxane polymers; ionic liquids; and supercritical fluids, and wherein the amine reactive compound (iv) is a compound having amine reactive groups, and is selected from the group consisting of: mineral acids; Lewis acids; carboxylic acids; carboxylic acid derivatives; carboxylic acid metal salts; isocyanates; aldehydes; epoxides; acid chlorides; and sulphonyl chlorides.
Macro blister pack, comprising a flat body, in which cavities for receiving individual medicinal product portions are formed, wherein the cavities are filled with individual medicinal product portions and sealed by a film, wherein the macro blister pack contains a number T of medicinal product portions, characterized in that T is at least 60 and the flat body has an extent in the range from 200 mm x 200 mm to 1200 mm x 1200 mm.
Luminaire, in particular a downlight, comprising a light source and a reflector, the reflector comprising a light entrance end and a light exit end, the light entrance end comprising at least one light entrance opening having a rim, and the light exit end comprising a light exit opening, the luminaire further comprising a luminaire shade which surrounds the reflector at least in part, a first portion of the light from the light source not being emitted through the luminaire shade, but rather being omitted through the light exit opening by means of the reflector, and a second portion of the light from the light source being emitted through the luminaire shade, characterised in that the light source is an LED, the luminaire further comprising a light guide that is arranged in the region of the light entrance opening between the LED and the light exit end such that at least a portion of the light from the LED enters the light guide, the light guide comprising a light-guiding region which extends beyond the rim of the light entrance opening, at least in part, in a direction perpendicular to the longitudinal extension of the reflector.
Method for manufacturing a wrought product made from aluminium alloy without heat treatment, said method comprising: - a hot-transformation step, - at least one step of transformation by cold plastic deformation in which, in at least two regions of said wrought product, mean generalised plastic deformations are imposed, different by at least 2% and preferentially different by at least 3%, characterised in that said cold plastic deformation transformation is performed subsequently to the hot transformation. - a hot-transformation step, - at least one step of transformation by cold plastic deformation in which, in at least two regions of said wrought product, mean generalised plastic deformations are imposed, different by at least 2% and preferentially different by at least 3%,
Hybrid motor vehicle comprising a power plant, said power plant comprising first and second electric motors, a motor gear system comprising an output shaft, the drive shafts (6, 7) of the first and second electric motors being connected mechanically to the output shaft of the motor gear system respectively via two coupling devices (8, 9), and further comprising first and second accessories driven by the first electric motor, and a third accessory driven by the second electric motor, characterized in that it comprises a front running gear, a rear running gear, an internal combustion engine in the front of the vehicle for driving the front running gear, the electric motors (2, 3) and the motor gear system being in the rear of the vehicle for driving the rear running gear.
Swimming shoe for learning the leg kick and/or for support of breaststroke swimming, with a shoe body and a sole flap (14; 144) connected to the shoe body via a lateral hinge coupling, characterized in that the hinge coupling comprises a flexible strap (20; 120) which is bent outward by which the sole flap (14; 144) is connected with the shoe body, with the strap (20; 120) flexibly pressing the sole flap (14; 144) under pre-tension to a floor space of the shoe body.
A stencil printer for printing viscous materials on electronic substrates, the stencil printer comprising: - a frame; - an electronic substrate support (22, 38) coupled to the frame, the electronic substrate support (22, 38) being configured to support an electronic substrate and move the electronic substrate between a lowered position and a raised position; - a stencil shuttle assembly coupled to the frame, the stencil shuttle assembly being configured to support a stencil and to move the stencil between a first position in which the stencil is positioned toward a front of the stencil printer and a second position in which the stencil is positioned toward a back of the stencil printer; - a print head coupled to the frame, the print head being configured to engage the stencil to dispense a material onto the substrate during a print stroke; - a drive assembly coupled to the frame and the print head, the drive assembly being configured to move the print head to perform the print stroke and configured to selectively move the stencil shuttle assembly between the first and second positions; and - a vision system coupled to the frame to inspect a surface of the substrate; wherein the stencil shuttle assembly is configured to align the stencil with the substrate; characterized in that the stencil shuttle assembly includes a staging frame configured to receive and secure the stencil thereto, and a stencil shuttle coupled to the frame and to the staging frame to move the staging frame and the stencil; wherein the stencil shuttle assembly further includes a first actuator configured to move the staging frame with respect to the stencil shuttle in a first direction, a second actuator configured to move the staging frame with respect to the stencil shuttle in a second direction, the second direction being perpendicular to the first direction, and a third actuator configured to move the staging frame with respect to the stencil shuttle in the first direction, the first, second and third actuators being configured to align the substrate. - a frame; - an electronic substrate support (22, 38) coupled to the frame, the electronic substrate support (22, 38) being configured to support an electronic substrate and move the electronic substrate between a lowered position and a raised position; - a stencil shuttle assembly coupled to the frame, the stencil shuttle assembly being configured to support a stencil and to move the stencil between a first position in which the stencil is positioned toward a front of the stencil printer and a second position in which the stencil is positioned toward a back of the stencil printer; - a print head coupled to the frame, the print head being configured to engage the stencil to dispense a material onto the substrate during a print stroke; - a drive assembly coupled to the frame and the print head, the drive assembly being configured to move the print head to perform the print stroke and configured to selectively move the stencil shuttle assembly between the first and second positions; and - a vision system coupled to the frame to inspect a surface of the substrate;
A method for transmitting information on an enhanced physical downlink control channel, E-PDCCH, comprising: Obtaining, according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first eCCE or CCE resource comprises an eCCE or a CCE for transmitting a data part corresponding to the first E-PDCCH candidate, wherein eCCE or CCE resources to which E-PDCCH candidates on the first aggregation level are mapped in the first PRB resource are different from each other, the first PRB resource comprises a PRB in which an E-PDCCH candidate on each aggregation level and a PDSCH in each subframe are multiplexed, and the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; wherein the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located. Obtaining, according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first eCCE or CCE resource comprises an eCCE or a CCE for transmitting a data part corresponding to the first E-PDCCH candidate, wherein eCCE or CCE resources to which E-PDCCH candidates on the first aggregation level are mapped in the first PRB resource are different from each other, the first PRB resource comprises a PRB in which an E-PDCCH candidate on each aggregation level and a PDSCH in each subframe are multiplexed, and the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; wherein the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located.
Energy-efficient sensor circuit, comprising at least a sensor, a manually operable switch or button, a bistable impulse switch (04, 42), and at least one load (05, 33) connected to a load phase, wherein the load can at least be switched off via the impulse switch (04, 42) and wherein, once a sensor mains phase has been switched on, the sensor switches on a sensor switching phase and, once no sensor-triggering event has been detected for a predeterminable period, switches the sensor switching phase off again, characterized in that the circuit further comprises a control module which is connected to the load phase, the sensor with the sensor mains phase and with the sensor switching phase and the impulse coil of the impulse switch (04, 42) being connected to the control module, and operation of the switch or button causing the load (05, 33), the control module and the sensor to be supplied with power, whereafter, once no sensor-triggering event has been detected for a predeterminable period, the sensor signals the control module to switch off the sensor switching phase, which causes the control module to operate the impulse switch (04, 42) by transmitting a switching impulse to the impulse coil, causing the load phase to be switched off and the load, the control module, and the sensor to thus be disconnected from the power supply.
A method for controlling a video apparatus, comprising: storing channel information of a first broadcasting system in a combined channel memory; reading channel information of a second broadcasting system from an external device; storing the channel information of the second broadcasting system in the combined channel memory; characterized by operating a channel switching key of a selected channel based on the displayed broadcast channel guide image stored in the combined channel memory and whose channel information is displayed as the combined channel map type; selecting a broadcast channel of an external device based on the channel switching key; and sending a control signal of turning on the power to a corresponding external device, wherein the external device receiving the broadcast of the selected channel is in the standby mode. storing channel information of a first broadcasting system in a combined channel memory; reading channel information of a second broadcasting system from an external device; storing the channel information of the second broadcasting system in the combined channel memory; characterized by operating a channel switching key of a selected channel based on the displayed broadcast channel guide image stored in the combined channel memory and whose channel information is displayed as the combined channel map type; selecting a broadcast channel of an external device based on the channel switching key; and sending a control signal of turning on the power to a corresponding external device,
A method of controlling a linear lighting device comprising an array of light-emitting elements for emitting illumination to illuminate an environment, the method comprising: arranging a controller to control the illumination emitted by different ones of the light-emitting elements so as to form a spatial pattern, and to vary the spatial pattern according to a spatial dimming function whereby the spatial pattern is varied so as to emit a different overall intensity level as a function of a received dimming signal; determining with an input device, a value of at least one property relating to a manner in which the linear lighting device is deployed, said property comprising at least one of: a position and/or orientation of the linear lighting device relative to a reference point within the environment, and a size and/or shape of the linear lighting device or of a luminaire in which the linear lighting device is installed; and setting the spatial dimming function in dependence on the value of said property, such that the illumination source produces a homogeneous light effect over the linear lighting device while dimming, by ensuring an uniform distribution of the illumination emitted by the light-emitting elements over the length of the linear lighting device. arranging a controller to control the illumination emitted by different ones of the light-emitting elements so as to form a spatial pattern, and to vary the spatial pattern according to a spatial dimming function whereby the spatial pattern is varied so as to emit a different overall intensity level as a function of a received dimming signal; determining with an input device, a value of at least one property relating to a manner in which the linear lighting device is deployed, said property comprising at least one of: a position and/or orientation of the linear lighting device relative to a reference point within the environment, and a size and/or shape of the linear lighting device or of a luminaire in which the linear lighting device is installed; and setting the spatial dimming function in dependence on the value of said property, such that the illumination source produces a homogeneous light effect over the linear lighting device while dimming, by ensuring an uniform distribution of the illumination emitted by the light-emitting elements over the length of the linear lighting device.
A composition comprising a substantially uncured binder disposed on mineral fibers, wherein the binder comprises: (a) a mixture of at least two reducing sugars, wherein the mixture of at least two reducing sugars in the binder has a lower crystallization point than dextrose; and (b) an acid precursor derivable from an inorganic salt selected from the group consisting of ammonium sulphate salts, ammonium phosphate salts, ammonium nitrate salts, ammonium carbonate salts, and combinations thereof; and/or (c) an ammonium salt of a polycarboxylic acid. (a) a mixture of at least two reducing sugars, wherein the mixture of at least two reducing sugars in the binder has a lower crystallization point than dextrose; and (b) an acid precursor derivable from an inorganic salt selected from the group consisting of ammonium sulphate salts, ammonium phosphate salts, ammonium nitrate salts, ammonium carbonate salts, and combinations thereof; and/or (c) an ammonium salt of a polycarboxylic acid.
A device for attaching a seal to a formwork board for use as lost formwork in a construction joint and/or expansion joint between two concrete structural elements (A, B), wherein the seal is used for sealing the joint against water, wherein the device is configured for attaching two formwork boards (5, 6; 25, 26) at a mutual distance in the joint and, furthermore, in such that a seal (7; 13; 15; 24; 34; 35; 46; 53) can be fitted, where necessary, subsequently which is effective on both board sides against the adjacent concrete in each case in the space range between the two formwork boards and wherein the device has at least a first bracket (3; 33), characterized in that the device has two U-profiles (1, 2; 11, 12; 22; 31, 32) arranged inversely to one another for receiving and attaching one formwork board (5, 6) respectively, which U-profiles are connected to one another by the at least one first bracket (3; 33) and that the seal (7; 34; 35) can be fitted between the U-profiles (1, 2; 11, 12; 22; 31, 32) connected to one another by at least a first bracket (3; 33).
A method of obtaining digital images related to geographic locations, the method comprising: (a) providing a moving vehicle having thereon a computer interconnected with a GPS transceiver and a distance measurement means for providing a measurement of distance traveled by the vehicle, the computer operatively interconnected with a digital camera mounted on the vehicle; (b) receiving into the computer a first geographic position from the GPS transceiver; (c) receiving into the computer a measurement of distance traveled from the distance measurement means; (d) determining when a pre-determined distance has been traveled by the vehicle based on the measurement of distance; (e) generating a photo request for the digital camera at the pre-determined distance; (f) taking a digital photo based on the photo request; (g) repeating steps c) through f); (h) receiving into the computer a second geographic position from the GPS transceiver; (i) storing the photos, photo requests, first and second geographic positions and distance measurements; characterized in that each photo is stored in association with a camera time value and wherein each photo request, geographic position and distance measurement is stored in association with a computer time value. (a) providing a moving vehicle having thereon a computer interconnected with a GPS transceiver and a distance measurement means for providing a measurement of distance traveled by the vehicle, the computer operatively interconnected with a digital camera mounted on the vehicle; (b) receiving into the computer a first geographic position from the GPS transceiver; (c) receiving into the computer a measurement of distance traveled from the distance measurement means; (d) determining when a pre-determined distance has been traveled by the vehicle based on the measurement of distance; (e) generating a photo request for the digital camera at the pre-determined distance; (f) taking a digital photo based on the photo request; (g) repeating steps c) through f); (h) receiving into the computer a second geographic position from the GPS transceiver; (i) storing the photos, photo requests, first and second geographic positions and distance measurements; characterized in that each photo is stored in association with a camera time value and wherein each photo request, geographic position and distance measurement is stored in association with a computer time value.
A cutter, characterized in that the cutter comprises: a housing having: a hollow body having a top wall and a side wall; and a guiding channel defined through the side wall of the body and having an edge; a blade holder disposed in the body of the housing and having multiple teeth; a slider mounted moveably on the housing, connected to the blade holder and comprising: an upper sliding element having: an L-shaped cross section to form a top wall and a side wall corresponding respectively to the top wall and the side wall of the body of the housing; and a guiding recess defined by the side wall of the upper sliding element and slidably receiving a portion of the side wall of the body of the housing that forms the edge of the guiding channel; a lower sliding element combined with the upper sliding element; a resilient tab mounted on the lower sliding element and engaging at least one of the teeth on the blade holder; and a blade connected with the slider and mounted moveably in the blade holder. a housing having: a hollow body having a top wall and a side wall; and a guiding channel defined through the side wall of the body and having an edge; a hollow body having a top wall and a side wall; and a guiding channel defined through the side wall of the body and having an edge; a blade holder disposed in the body of the housing and having multiple teeth; a slider mounted moveably on the housing, connected to the blade holder and comprising: an upper sliding element having: an L-shaped cross section to form a top wall and a side wall corresponding respectively to the top wall and the side wall of the body of the housing; and a guiding recess defined by the side wall of the upper sliding element and slidably receiving a portion of the side wall of the body of the housing that forms the edge of the guiding channel; a lower sliding element combined with the upper sliding element; a resilient tab mounted on the lower sliding element and engaging at least one of the teeth on the blade holder; and an upper sliding element having: an L-shaped cross section to form a top wall and a side wall corresponding respectively to the top wall and the side wall of the body of the housing; and a guiding recess defined by the side wall of the upper sliding element and slidably receiving a portion of the side wall of the body of the housing that forms the edge of the guiding channel; an L-shaped cross section to form a top wall and a side wall corresponding respectively to the top wall and the side wall of the body of the housing; and a guiding recess defined by the side wall of the upper sliding element and slidably receiving a portion of the side wall of the body of the housing that forms the edge of the guiding channel; a lower sliding element combined with the upper sliding element; a resilient tab mounted on the lower sliding element and engaging at least one of the teeth on the blade holder; and a blade connected with the slider and mounted moveably in the blade holder.
An otic composition comprising a therapeutically effective amount of at least one double-stranded RNA compound which down regulates expression of a target gene associated with loss of a retinal ganglion cell for use in inhibiting retinal ganglion cell loss, death or apoptosis in a subject, wherein the composition is to be administered to the ear of the subject.