mhurhangee/ep-ind-claims huggingface dataset:
A conveying and sorting apparatus including a plurality of tilting conveyor units (10, 11) arranged in a row in a conveying direction, each of the tilting conveyor units (10, 11) supported so as to be swingable about a support shaft parallel to a conveying direction of a conveyed object between a horizontal conveying orientation and a tilted orientation for discharging the conveyed object laterally with respect to the conveying direction of the conveyed object by gravity, a tilting motor (12, 13) arranged to switch each of the tilting conveyor units (10, 11) between the horizontal conveying orientation and the tilted orientation, characterised in that the apparatus comprises a conveyor driving motor arranged to drive conveying conveyors (24a, 24b) for the conveyed object provided to each of the tilting conveyor units (10, 11), and in that the support shaft is formed of a single interlocking transmission shaft having a length covering an entire area including the plurality of tilting conveyor units (10, 11), and the conveying conveyors (24a, 24b) of all of the tilting conveyor units (10, 11) in the area are interlockingly coupled to the interlocking transmission shaft, and the one conveyor driving motor is installed for the area, and the one conveyor driving motor drives the conveying conveyors (24a, 24b) of all of the tilting conveyor units (10, 11) in the area via the interlocking transmission shaft. the apparatus comprises a conveyor driving motor arranged to drive conveying conveyors (24a, 24b) for the conveyed object provided to each of the tilting conveyor units (10, 11), and in that the support shaft is formed of a single interlocking transmission shaft having a length covering an entire area including the plurality of tilting conveyor units (10, 11), and the conveying conveyors (24a, 24b) of all of the tilting conveyor units (10, 11) in the area are interlockingly coupled to the interlocking transmission shaft, and the one conveyor driving motor is installed for the area, and the one conveyor driving motor drives the conveying conveyors (24a, 24b) of all of the tilting conveyor units (10, 11) in the area via the interlocking transmission shaft.
A method of storing a dihydroxy compound for use in a polycarbonate raw material, which comprises packing a solid-state dihydroxy compound having the structure represented by the following formula in the molecule into a container and storing the compound packed in the container, characterized in that the dihydroxy compound is stored over at least 30 days without causing compaction under such conditions that the dihydroxy compound has a water content of 1.0% by weight or lower, the container has an internal temperature of 60°C or lower, and a pressure of from 0.02 kgf/cm 2 to 0.5 kgf/cm 2 (0.002 MPa to 0.05 MPa) is applied to the bottom of the container by the load of the solid dihydroxy compound, -CH 2 -O- provided that the structure of formula in which the oxygen atom is bonded to a hydrogen atom is excluded.
A wireless power repeater comprising: a charging container having a hexahedral shape, wherein the charging container has a form for receiving an electronic device; characterized by first to third repeating coils (521, 522, 523) being placed at least at three sides of the charging container and formed by repeatedly winding one conduction line in such a way that when receiving the electronic device, one of the three repeating coils is not arranged at an angle of 90 degrees with a reception resonance coil of the electronic device at any time; and a controller adapted to generate a magnetic field by sequentially applying current to the first to third repeating coils (521, 522, and 523) at a predetermined time interval, wherein the first to third coils (521, 522, 523) have a spiral shape. a charging container having a hexahedral shape, wherein the charging container has a form for receiving an electronic device; characterized by first to third repeating coils (521, 522, 523) being placed at least at three sides of the charging container and formed by repeatedly winding one conduction line in such a way that when receiving the electronic device, one of the three repeating coils is not arranged at an angle of 90 degrees with a reception resonance coil of the electronic device at any time; and a controller adapted to generate a magnetic field by sequentially applying current to the first to third repeating coils (521, 522, and 523) at a predetermined time interval, wherein the first to third coils (521, 522, 523) have a spiral shape.
An implantable medical device system for delivering cardiac resynchronization therapy, CRT, pacing, comprising: an implantable medical device housing; at least one lead (18, 20, 22) having a lead body and capable of being electrically coupled to the housing; a plurality of electrodes (40, 42, 44, 46, 48, 50) positioned along one or both of the device housing and the lead body of the at least one lead to sense a cardiac signal of the patient and to deliver the CRT pacing; and characterised by a processor positioned within the housing and configured to determine capture associated with the delivered CRT pacing is ineffective in response to the delivered CRT pacing, determine a reason for capture being ineffective, and, in response to the determined reason for capture being ineffective being loss of capture, adjust one of a safety margin and a capture threshold, and, in response to the determined reason for capture being ineffective being delayed left ventricle, LV, depolarization, adjust a LV pre-excitation. an implantable medical device housing; at least one lead (18, 20, 22) having a lead body and capable of being electrically coupled to the housing; a plurality of electrodes (40, 42, 44, 46, 48, 50) positioned along one or both of the device housing and the lead body of the at least one lead to sense a cardiac signal of the patient and to deliver the CRT pacing; and characterised by a processor positioned within the housing and configured to determine capture associated with the delivered CRT pacing is ineffective in response to the delivered CRT pacing, determine a reason for capture being ineffective, and, in response to the determined reason for capture being ineffective being loss of capture, adjust one of a safety margin and a capture threshold, and, in response to the determined reason for capture being ineffective being delayed left ventricle, LV, depolarization, adjust a LV pre-excitation.
Paint spray gun and paint container unit connectable with the paint spray gun, comprising a tubular main body and a handle which is provided on the main body and has an actuatable trigger, the main body having a spray opening on a first end face, said paint spray gun also comprising a nozzle part arranged in the main body and a nozzle needle that is movable in the nozzle part, with actuation of the trigger causing the nozzle needle to move in the nozzle part, as well as an air inlet opening and a fan which is driven by an electric motor and provided for generating an air flow from the air inlet opening to the spray opening, wherein the electric motor and the fan are arranged in the main body and the air inlet opening is arranged on an end face of the main body opposite the first end face, wherein the paint container unit comprises a paint container (11.1) and a paint container cover (11.2) with a paint discharge opening, characterized in that paint container unit comprises a rotary closure part (11.3) for reversibly closing the paint discharge opening, wherein a receptacle for a paint container unit being provided on the side of the main body opposite the handle, wherein guide elements (42, 43) for the rotary closure part (11.3) are provided in the receptacle, wherein guide elements (39, 44) which interact with the guide elements (42, 43) of the receptacle are provided on the rotary closure part (11.3), wherein a rotation of the paint container relative to the paint spray gun causes the rotary closure part (11.3) to open or close.
A method for transmitting redundancy data in an hybrid broadband/broadcast network system comprising a broadcast network dedicated to transmission of broadcast services and a broadband network dedicated to transmission of at least unicast services, the method being carried out in at least one network entity (10; 12; 11.1-11.2) and a base station (11.1; 11.2) of the broadband network and comprising the following steps: - selecting, by the at least one network entity, a transmission mode for transmitting redundancy data among a plurality of transmission modes supported by the broadband network; - obtaining, by the at least one network entity, redundancy data, said redundancy data comprising information for decoding broadcast services broadcasted by the broadcast network; - transmitting to at least one user equipment from the base station (11.1; 11.2) of the broadband network, the obtained redundancy data according to the selected transmission mode; wherein the plurality of transmission modes comprises at least one unicast transmission mode and at least one broadcast transmission mode. - selecting, by the at least one network entity, a transmission mode for transmitting redundancy data among a plurality of transmission modes supported by the broadband network; - obtaining, by the at least one network entity, redundancy data, said redundancy data comprising information for decoding broadcast services broadcasted by the broadcast network; - transmitting to at least one user equipment from the base station (11.1; 11.2) of the broadband network, the obtained redundancy data according to the selected transmission mode;
A circuit, comprising: a plurality of scan chain groups (2010, 2210), each scan chain group comprising one or more scan chains and one or more corresponding scan chain group outputs; a plurality of comparator circuits, each comparator circuit comprising a first comparator input, a second comparator input, and a comparator output; a multiple-input shift register, MISR (2302, 2202), comprising MISR inputs and a MISR output; a plurality of compactors, each compactor comprising one or more compactor inputs coupled to the one or more scan chain group outputs of a respective one of the plurality of scan chain groups and further comprising a compactor output coupled directly to a respective one of the MISR inputs and also coupled to the first comparator input of a respective comparator; and a memory (2070, 2270, 2370) comprising an input coupled to the MISR output, wherein the comparator circuits are configured to detect failing patterns by comparing test response values at the first comparator inputs to expected test response values at the second comparator inputs and outputting values at the comparator outputs indicating whether the respective values at the first comparator inputs and the second comparator inputs match or do not match, the expected test response values at the second comparator inputs being input from external automated test equipment, and wherein the memory is configured to store MISR signatures for one or more failing patterns detected by the comparator circuits. a plurality of scan chain groups (2010, 2210), each scan chain group comprising one or more scan chains and one or more corresponding scan chain group outputs; a plurality of comparator circuits, each comparator circuit comprising a first comparator input, a second comparator input, and a comparator output; a multiple-input shift register, MISR (2302, 2202), comprising MISR inputs and a MISR output; a plurality of compactors, each compactor comprising one or more compactor inputs coupled to the one or more scan chain group outputs of a respective one of the plurality of scan chain groups and further comprising a compactor output coupled directly to a respective one of the MISR inputs and also coupled to the first comparator input of a respective comparator; and a memory (2070, 2270, 2370) comprising an input coupled to the MISR output, wherein the comparator circuits are configured to detect failing patterns by comparing test response values at the first comparator inputs to expected test response values at the second comparator inputs and outputting values at the comparator outputs indicating whether the respective values at the first comparator inputs and the second comparator inputs match or do not match, the expected test response values at the second comparator inputs being input from external automated test equipment, and wherein the memory is configured to store MISR signatures for one or more failing patterns detected by the comparator circuits.
A method, at an electronic device (100, 201) comprising a touch-sensitive display, the method comprising: on receiving a touch for a period longer than a predetermined threshold on an icon displayed on the display, displaying a menu in a first configuration, the menu in the first configuration having one or more menu elements consisting of representative icons of operations associated with the menu elements; and on receiving a release of the touch on the icon, displaying the menu in a second configuration, wherein at least one menu element in the first configuration is represented in the menu in the second configuration with an addition of a description of the operation associated with the respective menu element. on receiving a touch for a period longer than a predetermined threshold on an icon displayed on the display, displaying a menu in a first configuration, the menu in the first configuration having one or more menu elements consisting of representative icons of operations associated with the menu elements; and on receiving a release of the touch on the icon, displaying the menu in a second configuration, wherein at least one menu element in the first configuration is represented in the menu in the second configuration with an addition of a description of the operation associated with the respective menu element.
An energy saver valve comprising: a first spool slidably received in a passage of a housing; a second spool slidably received in the passage of the housing, wherein the first spool and the second spool are separate components; a resilient member located in a resilient member chamber that biases the second spool towards the first spool; a first outlet port, wherein fluid exits the first outlet port at a first pressure when the energy saver valve is operating in an initial mode; and a second outlet port, wherein the fluid exits the second outlet port at a sec- ond pressure when the energy saver valve is operating in an actuated mode; characterised in that said energy saver valve further comprises: another passage that provides fluid communication between the resilient member chamber and the first outlet port; and a piston slidable in a piston chamber, wherein at least a portion of the pis- ton contacts a portion of the first spool. a first spool slidably received in a passage of a housing; a second spool slidably received in the passage of the housing, wherein the first spool and the second spool are separate components; a resilient member located in a resilient member chamber that biases the second spool towards the first spool; a first outlet port, wherein fluid exits the first outlet port at a first pressure when the energy saver valve is operating in an initial mode; and a second outlet port, wherein the fluid exits the second outlet port at a sec- ond pressure when the energy saver valve is operating in an actuated mode; characterised in that said energy saver valve further comprises: another passage that provides fluid communication between the resilient member chamber and the first outlet port; and a piston slidable in a piston chamber, wherein at least a portion of the pis- ton contacts a portion of the first spool. another passage that provides fluid communication between the resilient member chamber and the first outlet port; and a piston slidable in a piston chamber, wherein at least a portion of the pis- ton contacts a portion of the first spool.
A package (6; 206; 406; 606) comprising a carton (5; 205; 405; 605) and a plurality of articles, the carton comprising a plurality of panels (15, 17, 21, 25; 215, 217, 221, 225; 615, 617, 621, 625) that extends at least partially around an interior of the carton; the plurality of articles being arranged in a plurality of rows of articles in the interior of the carton, the plurality of rows of articles comprising at least a first row (R1a) and a second row (R2a), and a handle (11; 211; 411) comprising a first article at an end of the first row (R1a) and a handle feature (77; 250; 450; 649) providing for a handle opening (77, 277, 477) and extending in the carton and being proximate the first article at the end of the first row, characterized in that the first row comprises at least one more article than the second row forming a void (75; 675) between the first article at the end of the first row and a second article at an end of the second row, the handle feature being at least partially aligned with the void. a plurality of panels (15, 17, 21, 25; 215, 217, 221, 225; 615, 617, 621, 625) that extends at least partially around an interior of the carton; the plurality of articles being arranged in a plurality of rows of articles in the interior of the carton, the plurality of rows of articles comprising at least a first row (R1a) and a second row (R2a), and a handle (11; 211; 411) comprising a first article at an end of the first row (R1a) and a handle feature (77; 250; 450; 649) providing for a handle opening (77, 277, 477) and extending in the carton and being proximate the first article at the end of the first row, characterized in that the first row comprises at least one more article than the second row forming a void (75; 675) between the first article at the end of the first row and a second article at an end of the second row, the handle feature being at least partially aligned with the void.
A method of initializing a touchscreen panel including a first resistive film having a first electrode and a second electrode provided at opposing ends of the first resistive film in a first direction, a second resistive film having a third electrode and a fourth electrode provided at opposing ends of the second resistive film in a second direction perpendicular to the first direction, a first resistor having a first end connected to the first electrode and a second end having a supply voltage (Vcc) applied thereto, and a second resistor having a first end connected to the third electrode and a second end having the supply voltage applied thereto, characterised by the steps of: (a) measuring a potential during contacting the touchscreen panel at two, predetermined and indicated, contact positions with a predetermined potential being applied to the touchscreen panel; and (b) based on the potential measured in step (a), calculating a relational expression between measured potential and distance between two contact positions on the touchscreen. (a) measuring a potential during contacting the touchscreen panel at two, predetermined and indicated, contact positions with a predetermined potential being applied to the touchscreen panel; and (b) based on the potential measured in step (a), calculating a relational expression between measured potential and distance between two contact positions on the touchscreen.
An assembly for covering and protecting buried ducts or cables, comprising at least two substantially flat plates made in one-piece in synthetic material assembled to one another, each plate including: - a first face and a second face opposite to the first face, - first assembly means (5, 6) disposed at least at one first edge of said plate, and - second assembly means (7, 8), complementary to the first assembly means, disposed at least at one second edge of said plate, the first assembly means (5, 6) of a plate being intended to cooperate with the second assembly means (7, 8) of an adjacent plate so as to allow an assembly between the two adjacent plates and authorize a hinge between the two adjacent plates about an axis substantially perpendicular to the plane of the adjacent plates, and such that each plate includes a plurality of through-orifices opening respectively into the first and second faces (3, 4) of said plate, and characterized in that the first assembly means of each plate include at least one snap-fit stud (5, 6) formed on one of the edges of said plate, and in that the second assembly means of each plate include at least one snap-fit orifice (7, 8) formed on another edge of said plate, the snap-fit stud and the snap-fit orifice being designed so as to authorize a hinge between two adjacent plates about the hinge axis. - a first face and a second face opposite to the first face, - first assembly means (5, 6) disposed at least at one first edge of said plate, and - second assembly means (7, 8), complementary to the first assembly means, disposed at least at one second edge of said plate, the first assembly means (5, 6) of a plate being intended to cooperate with the second assembly means (7, 8) of an adjacent plate so as to allow an assembly between the two adjacent plates and authorize a hinge between the two adjacent plates about an axis substantially perpendicular to the plane of the adjacent plates, and such that each plate includes a plurality of through-orifices opening respectively into the first and second faces (3, 4) of said plate, and characterized in that the first assembly means of each plate include at least one snap-fit stud (5, 6) formed on one of the edges of said plate, and in that the second assembly means of each plate include at least one snap-fit orifice (7, 8) formed on another edge of said plate, the snap-fit stud and the snap-fit orifice being designed so as to authorize a hinge between two adjacent plates about the hinge axis.
A three-dimensional molding article comprising: a light-transmitting sheet having a sheet surface that is curved; a lens portion that is provided on one sheet surface of the sheet so as to curve along the curved surface and has a plurality of protruding lenses disposed in parallel; and an image-forming portion which is provided on the other sheet surface of the sheet and on which an image is formed, wherein the curved surface has three regions (AR1-3) having different normal directions (N1-3) and has a shape in which one of the normal directions of the respective regions is inclined to a plane including the other two normal directions, and characterized by a minimum value of widths of the lenses is in a range of 25.4 μm or more and 508.0 μm or less, wherein the lens portion has a lens having cross-sectional shapes that are different at a first position and a second position in the direction in which the lenses extend. a light-transmitting sheet having a sheet surface that is curved; a lens portion that is provided on one sheet surface of the sheet so as to curve along the curved surface and has a plurality of protruding lenses disposed in parallel; and an image-forming portion which is provided on the other sheet surface of the sheet and on which an image is formed, wherein the curved surface has three regions (AR1-3) having different normal directions (N1-3) and has a shape in which one of the normal directions of the respective regions is inclined to a plane including the other two normal directions, and characterized by a minimum value of widths of the lenses is in a range of 25.4 μm or more and 508.0 μm or less, wherein the lens portion has a lens having cross-sectional shapes that are different at a first position and a second position in the direction in which the lenses extend.