mhurhangee/ep-ind-claims huggingface dataset:
An antenna device (1,2,3) comprising: a film antenna (11,21,31); a cable (12,22,32) which has a tip part connected to a feed section (114,214,314) of the film antenna (11,21,31); and a support (13,23,33) around which the film antenna (11,21,31) is wound and which has a plurality of holding parts (13R2,13S2,13B,13T2,23R2,23S2,23B,23T2,33R2,33B) holding the cable (12,22,32) in a state in which the cable (12,22,32) is bent, the support (13,23,33) including a first member (131,231,331) and a second member (132,232,332) attached to the first member (131,231,331), the first member (131,231,331) having a first holding part (13R2,23R2,33R2) holding a bent part and/or a vicinity thereof, the bent part being closest to the tip part of the cable (12,22,32), and an indentation (13D,23D,33D) provided in a part of the first member (131,231,331) in which part of a connection between the cable (12,22,32) and the film antenna (11,21,31) is arranged, the second member (132,232,332) having a recess (13C1,23C1,33C1) in which the connection arranged in the indentation (13D,23D,33D) of the first member (131,231,331) is contained, and the film antenna (11,21,31) being wound around the support (13,23,33) so as to close the recess (13C1,23C1,33C1), and the recess (13C1,23C1,33C1) being filled with a resin (14,24,34). a film antenna (11,21,31); a cable (12,22,32) which has a tip part connected to a feed section (114,214,314) of the film antenna (11,21,31); and a support (13,23,33) around which the film antenna (11,21,31) is wound and which has a plurality of holding parts (13R2,13S2,13B,13T2,23R2,23S2,23B,23T2,33R2,33B) holding the cable (12,22,32) in a state in which the cable (12,22,32) is bent, the support (13,23,33) including a first member (131,231,331) and a second member (132,232,332) attached to the first member (131,231,331), the first member (131,231,331) having a first holding part (13R2,23R2,33R2) holding a bent part and/or a vicinity thereof, the bent part being closest to the tip part of the cable (12,22,32), and an indentation (13D,23D,33D) provided in a part of the first member (131,231,331) in which part of a connection between the cable (12,22,32) and the film antenna (11,21,31) is arranged, the second member (132,232,332) having a recess (13C1,23C1,33C1) in which the connection arranged in the indentation (13D,23D,33D) of the first member (131,231,331) is contained, and the film antenna (11,21,31) being wound around the support (13,23,33) so as to close the recess (13C1,23C1,33C1), and the recess (13C1,23C1,33C1) being filled with a resin (14,24,34).
An apparatus comprising: a. a first bone implant including a plurality of first bone sub-components (1601, 1602, 1603) for mimicking and replacing the bearing surfaces of a first bone, each of said plurality of sub-components having an inner surface adapted to be secured to the first bone, and an outer surface, and wherein each of said plurality of sub-components includes a hole; and b. means having an attachment end and a receiving end, wherein said attachment end is configured to be attachable to the hole of a first of said plurality of first bone sub-components and the receiving end is configured to receive a second of said plurality of first bone sub-components, characterised in that said means are tethering means (1605, 1905) and that said hole is a tethering hole, wherein said tethering means aid in aligning and positioning the sub-components in the joint space. a. a first bone implant including a plurality of first bone sub-components (1601, 1602, 1603) for mimicking and replacing the bearing surfaces of a first bone, each of said plurality of sub-components having an inner surface adapted to be secured to the first bone, and an outer surface, and wherein each of said plurality of sub-components includes a hole; and b. means having an attachment end and a receiving end, wherein said attachment end is configured to be attachable to the hole of a first of said plurality of first bone sub-components and the receiving end is configured to receive a second of said plurality of first bone sub-components, characterised in that said means are tethering means (1605, 1905) and that said hole is a tethering hole, wherein said tethering means aid in aligning and positioning the sub-components in the joint space.
A vehicular collision avoidance control device comprising: a collision avoidance control unit configured to receive a vehicle deceleration rate that is an actual deceleration rate of a traveling vehicle, and obtain a first desired deceleration rate for avoiding collision with an obstacle based on the received vehicle deceleration rate, a relative distance to the obstacle, and a target relative distance; characterized by further comprising a brake control unit configured to obtain a desired deceleration rate for controlling a brake device by performing first control and second control, the first control being feedback control based on the received vehicle deceleration rate and the first desired deceleration rate, the second control being feedforward control based on the first desired deceleration rate, wherein the brake control unit stops performing the first control upon detection of a driver's brake operation, and adds a desired deceleration rate corresponding to the driver's brake operation to the desired deceleration rate calculated by the second control. a collision avoidance control unit configured to receive a vehicle deceleration rate that is an actual deceleration rate of a traveling vehicle, and obtain a first desired deceleration rate for avoiding collision with an obstacle based on the received vehicle deceleration rate, a relative distance to the obstacle, and a target relative distance; characterized by further comprising a brake control unit configured to obtain a desired deceleration rate for controlling a brake device by performing first control and second control, the first control being feedback control based on the received vehicle deceleration rate and the first desired deceleration rate, the second control being feedforward control based on the first desired deceleration rate, wherein the brake control unit stops performing the first control upon detection of a driver's brake operation, and adds a desired deceleration rate corresponding to the driver's brake operation to the desired deceleration rate calculated by the second control.
A foodstuff packaging comprising: a) a foodstuff, b) a polyolefin-based film, which encases the foodstuff, c) a cardboard based on recycled cardboard, which encases the polyolefin-based film containing the foodstuff, characterised in that the polyolefin-based film comprises at least one coating comprising (i) acrylate polymer and/or (ii) halogen-containing vinyl polymers and/or vinylidene polymers and/or (iii) polymers based on vinyl alcohol, and the coating is present at least on the side of the film facing towards the cardboard based on recycled cardboard. a) a foodstuff, b) a polyolefin-based film, which encases the foodstuff, c) a cardboard based on recycled cardboard, which encases the polyolefin-based film containing the foodstuff,
Device for the variothermal tempering of an injection moulding tool, having a heating circuit and a cooling circuit that are conducted through the injection moulding tool, where the heating circuit is connected to a tempering unit, where the cooling circuit and heating circuit are connected to each other, where a multi-way valve (16, 25) connecting the feed line (12, 21) and the return line (13, 22) is arranged in each of the cooling circuit and in the heating circuit and where the cooling circuit is connected direct to the main water supply, where a compression pump is arranged in the feed line and an overflow valve or a flow restrictor valve in the return line of the cooling circuit, characterised in that the return line of the cooling circuit is connected to the return line of the heating circuit by way of a coupling incorporating a non-return valve and having a heat exchanger arranged in it.
A coiled tubing injector system, comprising: a coiled tubing injector guide configured for guiding coiled tubing into a coiled tubing injector arranged within a frame; and a controller; and guide mechanism, comprising: a guide mount configured for adjustably securing the coiled tubing injector guide to the frame of the coiled tubing injector; and a drive mechanism in communication with the controller for actuating the drive mechanism from a remote location to control a side-to-side position of the guide mount relative to the frame to align the coiled tubing with the coiled tubing injector. a coiled tubing injector guide configured for guiding coiled tubing into a coiled tubing injector arranged within a frame; and a controller; and guide mechanism, comprising: a guide mount configured for adjustably securing the coiled tubing injector guide to the frame of the coiled tubing injector; and a drive mechanism in communication with the controller for actuating the drive mechanism from a remote location to control a side-to-side position of the guide mount relative to the frame to align the coiled tubing with the coiled tubing injector. a guide mount configured for adjustably securing the coiled tubing injector guide to the frame of the coiled tubing injector; and a drive mechanism in communication with the controller for actuating the drive mechanism from a remote location to control a side-to-side position of the guide mount relative to the frame to align the coiled tubing with the coiled tubing injector.
A modified release pharmaceutical composition of Tolterodine or pharmaceutical acceptable salt thereof, as the active substance, for oral administration consisting of a matrix core comprising the active substance with a mixture of a water insoluble, a water soluble polymer and a wetting agent, a first coating layer over the core which comprises ethylcellulose and is less than 5% weight to the uncoated core and a second coating layer over the first coating layer which comprises Kollicoat MAE 30DP and 1,2-propylene glycol and is less than 5% weight of the total weight of the coated, with the first coating, matrix core.
A hybrid toner comprising: a core comprising a crystalline polyester resin, an amorphous polyester resin and a styrene/acrylate resin; a shell comprising a styrene/acrylate resin; a wax disposed within the shell, the core or both; and a pigment dispersion; wherein the difference between the wax melting point and the crystalline polyester melting point is less than or equal to 15°C, as measured by a first modulated differential calorimetry scan of the hybrid toner, wherein the pigment dispersion comprises carbon black, a sodium salt of dodecyl benzene sulfonate, and a sodium arylsulfonate formaldehyde condensate. a core comprising a crystalline polyester resin, an amorphous polyester resin and a styrene/acrylate resin; a shell comprising a styrene/acrylate resin; a wax disposed within the shell, the core or both; and a pigment dispersion; wherein the difference between the wax melting point and the crystalline polyester melting point is less than or equal to 15°C, as measured by a first modulated differential calorimetry scan of the hybrid toner, wherein the pigment dispersion comprises carbon black, a sodium salt of dodecyl benzene sulfonate, and a sodium arylsulfonate formaldehyde condensate. wherein the difference between the wax melting point and the crystalline polyester melting point is less than or equal to 15°C, as measured by a first modulated differential calorimetry scan of the hybrid toner, wherein the pigment dispersion comprises carbon black, a sodium salt of dodecyl benzene sulfonate, and a sodium arylsulfonate formaldehyde condensate.
A system for monitoring an area close to a processing machine, with the machine having at least one movable operating head in the area or close to it, comprising a first pair of video cameras (T1, T2) positioned, in use, in a predetermined reciprocal position for acquiring 3-dimensional images of the area, characterised in that, the system further comprises, in combination: - a second pair of video cameras (T3, T4), positioned, in use, in a predetermined reciprocal position for taking 3-dimensional images of the area from a different angle relative to the first pair of video cameras (T2, T3); - processing means, connected to the video cameras (T1, T2, T3, T4)of the first and second pair for receiving the images and configured for: - a) analysing, in combination, the images of the video cameras (T1, T2) of the first pair and analysing, in combination, the images of the video cameras (T3, T4) of the second pair for identifying the presence of an object in the area; - b) acquiring a position of the operating head in the area; - c) providing a signal for stopping the machine as a function of the relative position of the operating head with respect to the object detected in the area. - a second pair of video cameras (T3, T4), positioned, in use, in a predetermined reciprocal position for taking 3-dimensional images of the area from a different angle relative to the first pair of video cameras (T2, T3); - processing means, connected to the video cameras (T1, T2, T3, T4)of the first and second pair for receiving the images and configured for: - a) analysing, in combination, the images of the video cameras (T1, T2) of the first pair and analysing, in combination, the images of the video cameras (T3, T4) of the second pair for identifying the presence of an object in the area; - b) acquiring a position of the operating head in the area; - c) providing a signal for stopping the machine as a function of the relative position of the operating head with respect to the object detected in the area.
A take-up winder comprising: a winding spindle to which bobbins are attached along an axial direction of the winding spindle, the winding spindle being configured to wind yarns spun out from a spinning device onto the respective bobbins; guide rollers configured to guide the yarns to the respective bobbins; and roller drivers configured to drive the respective guide rollers, characterized in that the guide rollers are detachably connected to the roller drivers and being movable independently of the roller drivers. a winding spindle to which bobbins are attached along an axial direction of the winding spindle, the winding spindle being configured to wind yarns spun out from a spinning device onto the respective bobbins; guide rollers configured to guide the yarns to the respective bobbins; and roller drivers configured to drive the respective guide rollers, characterized in that the guide rollers are detachably connected to the roller drivers and being movable independently of the roller drivers.
A computer implemented method of obtaining a model flow profile of a well in a subsurface formation based on data obtained from a well bore, comprising the steps of: determining a measure of the thickness of the subsurface formation from the stored data obtained during logging; determining a measure of the permeability of the subsurface formation at a location in the well bore from the stored data obtained from a permeability logging tool; determining a measure of the viscosity of fluid in the subsurface formation at a location in the well bore from the stored data obtained from a viscosity logging tool; and determining the model flow profile of the well based on the determined measures of the thickness, permeability and viscosity. determining a measure of the thickness of the subsurface formation from the stored data obtained during logging; determining a measure of the permeability of the subsurface formation at a location in the well bore from the stored data obtained from a permeability logging tool; determining a measure of the viscosity of fluid in the subsurface formation at a location in the well bore from the stored data obtained from a viscosity logging tool; and determining the model flow profile of the well based on the determined measures of the thickness, permeability and viscosity.
A stacked leadframe assembly comprising: a first die having a surface that defines a mounting plane; a first leadframe having a die paddle with side panels that extend in a first direction and have attachment surfaces in the mounting plane, the first leadframe being stacked over and attached to the first die; a second die, stacked over and attached to the first leadframe; and a second leadframe having a die paddle with side panels that extend in a second direction that is at an angle which is perpendicular to the first direction and have attachment surfaces in the mounting plane, the second leadframe being stacked over and attached to the second die, wherein the stacked leadframe assembly is configured so as to allow direct attachment of the surface of the first die to a substrate, characterized in that the first and second leadframes (12, 16) are respectively connected to an outer and inner manufacturing frame (130, 136) by bridge sections (134, 140) which have matching notches that cause the outer and inner manufacturing frame (130, 136) to lie on a common mounting plane. a first die having a surface that defines a mounting plane; a first leadframe having a die paddle with side panels that extend in a first direction and have attachment surfaces in the mounting plane, the first leadframe being stacked over and attached to the first die; a second die, stacked over and attached to the first leadframe; and a second leadframe having a die paddle with side panels that extend in a second direction that is at an angle which is perpendicular to the first direction and have attachment surfaces in the mounting plane, the second leadframe being stacked over and attached to the second die, wherein the stacked leadframe assembly is configured so as to allow direct attachment of the surface of the first die to a substrate, characterized in that the first and second leadframes (12, 16) are respectively connected to an outer and inner manufacturing frame (130, 136) by bridge sections (134, 140) which have matching notches that cause the outer and inner manufacturing frame (130, 136) to lie on a common mounting plane.
Rotary table digital printing machine for printing on work pieces in an inkjet digital printing method, comprising a machine frame on which a work piece rotary table is rotatably mounted about a rotation axis, the work piece rotary table is provided with a plurality of work piece carriers, which are all arranged with the same angular pitch and the same distance from the rotation axis, wherein a drive unit is assigned to the work piece rotary table for providing a rotary step movement, wherein said machine frame comprises at least one holding frame designed for receiving workstations (8 to 18), which workstations (8 to 18) are adapted for processing of the work pieces, wherein at least one workstation (8 to 18) is attached to the holding frame and is designed as a printing unit for printing on the work pieces, wherein the printing unit comprises a support frame which is designed to receive an inking unit and a print head module and which has a printing unit interface which is designed for coupling with a printing unit receptacle associated with the holding frame, wherein the support frame comprises a print head interface which is adapted for coupling to the print head module, further comprising the print head module which is adapted for dispensing ink droplets in a printing direction onto a work piece and comprising a print head carrier and at least one print head (22, 23, 24) fixed to the print head carrier, and further comprising the inking unit which is configured to provide ink to the print head module, the print head carrier comprising a carrier interface (51, 52, 53) adapted for coupling to the print head interface, wherein the printing unit receptacle, the printing unit interface, the inking unit, the print head interface, the carrier interface (51, 52, 53) and the print head module are arranged in a row arrangement extending along the printing direction.
Display device having a transparent colored glass ceramic which has a front display side and a rear illumination side, at least one light element being arranged in the region of the illumination side, characterized in that the light element is a white LED, in that a color compensation filter is arranged between the glass ceramic and the light element, by means of which color compensation filter the color locus of the light element is shifted and in that an at least partially transparent intermediate layer is arranged between the color compensation filter and the glass ceramic. that the light element is a white LED, in that a color compensation filter is arranged between the glass ceramic and the light element, by means of which color compensation filter the color locus of the light element is shifted and in that an at least partially transparent intermediate layer is arranged between the color compensation filter and the glass ceramic.
A printing apparatus comprising: a plurality of printing sections each associated with a corresponding one of printing colors of inks used in the printing apparatus and configured to discharge a corresponding one of the inks onto a printing medium to execute a printing process; a printing medium movement section configured to move the printing medium relatively to the printing sections; a driving controller configured to drive control the printing sections and the printing medium movement section; a plurality of printing data controllers (30C-30K) configured to, for each of the printing colors, generate a single-color printing data on a basis of a set of full-color printing data associated with an image, a target of printing, and set a set of printing unit data resulting from dividing the set of single-color printing data, into a corresponding one of the printing sections; and a communication bus coupled to the driving controller and the printing data controllers to provide information communication, characterised in that, in order to combine the printing process, executed by the each printing section using the set of printing unit data, to perform the printing of the image, a pair of two sequential processes is repeatedly performed, a prior one of the two sequential processes being a process in which, upon completion of the setting of, for the each printing color, the set of printing unit data into the corresponding one of the printing sections, the printing data controllers transmit a piece of data setting completion information to the driving controller via the communication bus, a subsequent one of the two sequential processes being a process in which, upon receipt of the piece of data setting completion information for each of all of the printing colors from all of the printing data controllers, coupled to the communication bus, the driving controller drive controls the printing sections and the printing medium movement section on a basis of the received piece of data setting completion for the each of all of the printing colors. a plurality of printing sections each associated with a corresponding one of printing colors of inks used in the printing apparatus and configured to discharge a corresponding one of the inks onto a printing medium to execute a printing process; a printing medium movement section configured to move the printing medium relatively to the printing sections; a driving controller configured to drive control the printing sections and the printing medium movement section; a plurality of printing data controllers (30C-30K) configured to, for each of the printing colors, generate a single-color printing data on a basis of a set of full-color printing data associated with an image, a target of printing, and set a set of printing unit data resulting from dividing the set of single-color printing data, into a corresponding one of the printing sections; and a communication bus coupled to the driving controller and the printing data controllers to provide information communication,