mhurhangee/ep-ind-claims huggingface dataset:
A reciprocating blade apparatus comprising: a pair of reciprocating blades (2A, 2B) stacked on one another in a thickness direction; and a transmission case including a power train configured to convert the rotation of a drive shaft to reciprocating motion of the pair of reciprocating blades (2A, 2B), the power train including: a pair of eccentric cams; and a pair of reciprocating members (30A, 30B) including fitting holes in which the eccentric cams are fitted, respectively, wherein the pair of reciprocating members (30A, 30B) is guided to be able to move along an axis line (Gp) which is parallel to a moving direction of the pair of reciprocating blades (2A, 2B), wherein each of the pair of reciprocating members (30A, 30B) includes a pair of guide holes formed on both sides of a fitting hole; and wherein the transmission case includes a pair of guide members engaged with the guide holes, characterized in that the pair of eccentric cams includes disc bodies rotating together about an eccentric rotation axis with a phase difference of 180 degrees, wherein the rotation of the drive shaft is transmitted via the gear of the power train to rotate the pair of eccentric cams about said rotation axis, and wherein said axis line (Gp) runs through said rotation axis. a pair of reciprocating blades (2A, 2B) stacked on one another in a thickness direction; and a transmission case including a power train configured to convert the rotation of a drive shaft to reciprocating motion of the pair of reciprocating blades (2A, 2B), the power train including: a pair of eccentric cams; and a pair of reciprocating members (30A, 30B) including fitting holes in which the eccentric cams are fitted, respectively, a pair of eccentric cams; and a pair of reciprocating members (30A, 30B) including fitting holes in which the eccentric cams are fitted, respectively, wherein the pair of reciprocating members (30A, 30B) is guided to be able to move along an axis line (Gp) which is parallel to a moving direction of the pair of reciprocating blades (2A, 2B), wherein each of the pair of reciprocating members (30A, 30B) includes a pair of guide holes formed on both sides of a fitting hole; and wherein the transmission case includes a pair of guide members engaged with the guide holes, characterized in that the pair of eccentric cams includes disc bodies rotating together about an eccentric rotation axis with a phase difference of 180 degrees, wherein the rotation of the drive shaft is transmitted via the gear of the power train to rotate the pair of eccentric cams about said rotation axis, and wherein said axis line (Gp) runs through said rotation axis.
A floor panel assembly having a bottom surface and a top surface, the floor panel assembly comprising: a first stack of structural layers adjacent the bottom surface; a first core layer, adjacent the first stack of structural layers, that absorbs shear stress; a second stack of structural layers between the core layer and the top surface; a heating layer between the core layer and the top surface, wherein the heating layer is adjacent the impact layer, or wherein the heating layer is adjacent the core layer; and an first impact layer between the heating layer and the top surface, the impact layer comprising: a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; wherein the first stack of structural layers, the core layer, the second stack of structural layers, the heating layer, and the impact layer are bonded together. a first stack of structural layers adjacent the bottom surface; a first core layer, adjacent the first stack of structural layers, that absorbs shear stress; a second stack of structural layers between the core layer and the top surface; a heating layer between the core layer and the top surface, wherein the heating layer is adjacent the impact layer, or wherein the heating layer is adjacent the core layer; and an first impact layer between the heating layer and the top surface, the impact layer comprising: a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; wherein the first stack of structural layers, the core layer, the second stack of structural layers, the heating layer, and the impact layer are bonded together.
A process for preparing a propane oxidation catalyst, the process comprising: (a) preparing a catalyst precursor; (b) pre-calcining the catalyst precursor in a precalcining zone in an oxygen-containing gas at a temperature of less than 330°C to form a pre-calcined precursor; then (c) feeding an oxygen-free gas to the pre-calcined precursor in a purging zone until the gas exiting the purging zone is substantially free of oxygen, wherein the temperature of the purging zone is less than 330°C, and (d) calcining the pre-calcined precursor to obtain the catalyst, wherein the catalyst is represented by the formula A a V b N c X d Z e O f wherein A is at least one element selected from the group consisting of Mo and W, N is at least one element selected from the group consisting of Te and Sb, X is at least one element selected from the group consisting of Nb, Ta, Ti, Al, Zr, Cr, Mn, Fe, Ru, Co, Rh, Ni, Pt, Sb, Bi, B, In, As, Ge, Sn, Hf, Pb, P, Pm, Eu, Gd, Dy, Ho, Er, Tm, Yb and Lu, and Z is at least one element selected from the group consisting of Zn, Ga, Ir, Sm, Pd, Au, Ag, Cu, Sc, Y, Pr, Nd and Tb; and wherein, when a = 1, b = 0.01 to 1.0, c = 0.01 to 1.0, d = 0.01 to 1.0, e = 0 to 0.1 and f is dependent on the oxidation state of the other elements.
A method of encoding multiple view image information into an image signal comprising: - adding to the image signal a first image of pixel values representing one or more objects (110, 112) captured by a first camera; - adding to the image signal a map comprising for respective sets of pixels of the first image respective values, representing a three-dimensional position in space of a region of the one or more objects (110, 112) represented by the respective set of pixels; and - providing a second image of pixel values representing said one or more objects (110, 112) captured by a second camera at a different location than the first camera; - determine which regions are present in the second image and not in the first image in response to disparities between the first image and the second image; and the method being characterized by comprising: - adding to the image signal a partial representation of the second image, the partial representation comprising at least information of the majority of the pixels of the determined regions, and specifying regions of the second image which need not be encoded. - adding to the image signal a first image of pixel values representing one or more objects (110, 112) captured by a first camera; - adding to the image signal a map comprising for respective sets of pixels of the first image respective values, representing a three-dimensional position in space of a region of the one or more objects (110, 112) represented by the respective set of pixels; and - providing a second image of pixel values representing said one or more objects (110, 112) captured by a second camera at a different location than the first camera; - determine which regions are present in the second image and not in the first image in response to disparities between the first image and the second image; and the method being characterized by comprising: - adding to the image signal a partial representation of the second image, the partial representation comprising at least information of the majority of the pixels of the determined regions, and specifying regions of the second image which need not be encoded.
A lithium cobalt-based oxide cathode active material having: - a primary phase comprising Li, Co, and O, and - a secondary phase comprising LiNaSO 4, wherein the content of said LiNaSO 4 secondary phase in said powder is of at least 0.4wt.% and inferior or equal to 1.1wt.% with respect to a total weight of the cathode active material powder, said cathode active material powder being characterized in that it comprises a S/Na atomic ratio superior or equal to 0.80 and inferior or equal to 1.20. - a primary phase comprising Li, Co, and O, and - a secondary phase comprising LiNaSO 4,
Illuminated, waterproof and dustproof operating element, for converting a linear movement of a button to an electrical switching signal, with an enclosure and a cap capable of being shifted axially by a stroke path between end bearings, provided with a protection diaphragm for external sealing, with a minimum of four contacts and a minimum of two contacts of them having the same contour in the interior of the enclosure and following a deflection of their linear arrangement in the plugging area to a quadratic arrangement in the interior, a pressure compensation element, a printed circuit board having a button and a minimum of two luminaires arranged on the middle of it, a silicone mat as a reset element and a light barrier, a guide, a limit stop, a cap with an moulded-on protective diaphragm and a frame, characterized in that the cap is made of a flexible plastic material by a sandwich moulding process and the interior of the operating element is connected to the environment of the operating element by a pressure compensation element via a wave-formed ventilation duct which is covered by a frame forming an external protective cover for the ventilation duct.
A support of a rest baseplate of at least one rail of a railway track, said support comprising: - two bases (2, 3) between which it extends in height: - a lateral flank; - compressible means identifying a compartment destined to receive a consolidation material; said compressible means enabling a compressibility in height of said support; - an inlet of the consolidation material destined for the compartment, said inlet being accessible from outside. - two bases (2, 3) between which it extends in height: - a lateral flank; - compressible means identifying a compartment destined to receive a consolidation material; said compressible means enabling a compressibility in height of said support; - an inlet of the consolidation material destined for the compartment, said inlet being accessible from outside.
A redundancy device which is configured to communicate with a redundancy opposite device which is an active device in a normal state, the redundancy device being a standby device and configured to perform a redundancy execution in the normal state, the redundancy device comprising: receivers (21a, 21b, 21c, 21d, 21n) configured to receive individually heartbeat, HB, signals transmitted from the redundancy opposite device; and a calculator configured to calculate a number of normal communication paths among communication paths (31, 32, 33) of the HB signals based on a reception result of the receivers (21a, 21b, 21c, 21d, 21n), the communication paths (31, 32, 33) of the HB signals being configured to connect the redundancy opposite device to the redundancy device; characterized by a comparator configured to compare a calculation result of the calculator with a predetermined threshold value which is larger than or equal to one and smaller than the number of communication paths (31, 32, 33) of the HB signals; and a changer (27, 28) configured to change the redundancy device from a standby state to an operating state if the calculation result of the calculator is zero, and configured to change the redundancy device from the standby state to a not-standby state if the calculation result of the calculator is larger than or equal to one and smaller than or equal to the threshold value, wherein, in the not-standby state, the redundancy device does not continue processing from the redundancy opposite device even if the redundancy opposite device has been down. receivers (21a, 21b, 21c, 21d, 21n) configured to receive individually heartbeat, HB, signals transmitted from the redundancy opposite device; and a calculator configured to calculate a number of normal communication paths among communication paths (31, 32, 33) of the HB signals based on a reception result of the receivers (21a, 21b, 21c, 21d, 21n), the communication paths (31, 32, 33) of the HB signals being configured to connect the redundancy opposite device to the redundancy device; characterized by a comparator configured to compare a calculation result of the calculator with a predetermined threshold value which is larger than or equal to one and smaller than the number of communication paths (31, 32, 33) of the HB signals; and a changer (27, 28) configured to change the redundancy device from a standby state to an operating state if the calculation result of the calculator is zero, and configured to change the redundancy device from the standby state to a not-standby state if the calculation result of the calculator is larger than or equal to one and smaller than or equal to the threshold value, wherein, in the not-standby state, the redundancy device does not continue processing from the redundancy opposite device even if the redundancy opposite device has been down.
Device for inductive energy transmission, with a secondary coil arrangement that is designed to provide an alternating electric voltage between two terminal points when an alternating magnetic field is coupled in; a rectifier that is designed to rectify the alternating voltage provided by the secondary coil arrangement; and a switching arrangement (S5, S6), characterized in that it that is designed to connect the two terminal points of the secondary coil arrangement together electrically by a short-circuiting during each half-wave of the provided alternating voltage for a predetermined interval of time and to disconnect the terminal points again by an opening.
A method for performing a power scaling, the method performed by a user equipment, UE, and comprising: determining, by the UE configured with dual connectivity to a master cell group, MCG, and a secondary cell group, SCG, a first power for a first transmission in a first subframe toward the MCG; determining a second power for a second transmission toward the SCG; and scaling down the second power for the second transmission toward the SCG based on that a total power related to the MCG and the SCG exceeds a maximum power and based on that the first transmission toward the MCG in the first subframe is partially overlapped in time with the second transmission toward the SCG, wherein the second transmission includes transmitting a physical random access channel, PRACH, and the second power is for transmitting the PRACH, wherein based on that the second power is scaled down by more than a value, the second transmission is dropped, and wherein based on that the second power is not scaled down by more than the value, the second transmission is performed. determining, by the UE configured with dual connectivity to a master cell group, MCG, and a secondary cell group, SCG, a first power for a first transmission in a first subframe toward the MCG; determining a second power for a second transmission toward the SCG; and scaling down the second power for the second transmission toward the SCG based on that a total power related to the MCG and the SCG exceeds a maximum power and based on that the first transmission toward the MCG in the first subframe is partially overlapped in time with the second transmission toward the SCG, wherein the second transmission includes transmitting a physical random access channel, PRACH, and the second power is for transmitting the PRACH, wherein based on that the second power is scaled down by more than a value, the second transmission is dropped, and wherein based on that the second power is not scaled down by more than the value, the second transmission is performed.
Optical vital signs sensor configured to measure vital signs of a user, comprising: a light source configured to generate light (111a - 113a) at at least three wavelengths ( Y 1 - Y 3) which is directed towards a skin of the user, wherein the first, second and third wavelengths ( Y 1 - Y 3) are arranged approximately around 550 nm, wherein the second wavelength ( Y 2) is arranged equidistantly between the first and third wavelength ( Y 1, Y 3), at least a photo detector unit configured to detect an intensity of light at the at least three wavelengths (121b - 123b), wherein said light is indicative of a reflection of light emitted in or from the skin of the user, and a motion correction unit configured to correct motion artefacts from the light intensity detected by the photo detector by subtracting the light intensity detected at the second wavelength (Y 2) from an average of the light intensity detected at the first wavelength ( Y 1) and that at the third wavelength ( Y 3). a light source configured to generate light (111a - 113a) at at least three wavelengths ( Y 1 - Y 3) which is directed towards a skin of the user, wherein the first, second and third wavelengths ( Y 1 - Y 3) are arranged approximately around 550 nm, wherein the second wavelength ( Y 2) is arranged equidistantly between the first and third wavelength ( Y 1, Y 3), at least a photo detector unit configured to detect an intensity of light at the at least three wavelengths (121b - 123b), wherein said light is indicative of a reflection of light emitted in or from the skin of the user, and a motion correction unit configured to correct motion artefacts from the light intensity detected by the photo detector by subtracting the light intensity detected at the second wavelength (Y 2) from an average of the light intensity detected at the first wavelength ( Y 1) and that at the third wavelength ( Y 3).
LED light for a motor vehicle, comprising several LED fields, wherein each LED field comprises at least one LED (L1, L2, L3, L4), a housing for supporting the LED fields and a circuit board comprising a driving electronics for operating the LED fields, wherein the LED fields are connected in series by the driving electronics and the driving electronics is adapted to switch on and off each LED field according to its position in the series in dependence of a signal, wherein one LED field after the other is turned on or turned off corresponding to its position in the series in dependence on the amount of the signal corresponding to a driving situation of the motor vehicle, wherein depending on the amount of the signal more or less LED fields are operable at the same time, wherein the circuit board is connectable to an outside of the LED light located current source for applying an electrical current to the LED fields, and wherein the circuit board is integrated into the housing.
A compound barb medical device comprising an elongated body and a combination of compound barbs and single angle barbs formed along the length of the suture in specified or random patterns, wherein the compound barbs each define an inner surface which includes a first linear portion disposed at a first angle relative to the longitudinal axis of the elongated body and a second linear portion disposed at a second angle relative to the longitudinal axis, said second angle being different from the fist angle.
Tooth coupling of the double cardanic type, comprising - a first internally toothed coupling part for the torque-proof connection with a driving shaft, - a second internally toothed coupling part for the torque-proof connection with a driven shaft, and - a hollow-cylindrical connecting element, which has an external toothing (207a, 207b) on its two end regions in each case, of which the one engages into the internal toothing of the first coupling part and the other engages into the internal toothing of the second coupling part, wherein - at least one of the two internally toothed coupling parts (201, 203) has a flange for forming a torque-proof screw connection with the corresponding shaft, characterised in that the externally toothed connecting element is embodied in one piece and the end regions with the external toothings (207a, 207b) of the hollow cylindrical connecting element are embodied to be externally covered and to face one another. - a first internally toothed coupling part for the torque-proof connection with a driving shaft, - a second internally toothed coupling part for the torque-proof connection with a driven shaft, and - a hollow-cylindrical connecting element, which has an external toothing (207a, 207b) on its two end regions in each case, of which the one engages into the internal toothing of the first coupling part and the other engages into the internal toothing of the second coupling part, wherein - at least one of the two internally toothed coupling parts (201, 203) has a flange for forming a torque-proof screw connection with the corresponding shaft, characterised in that the externally toothed connecting element is embodied in one piece and the end regions with the external toothings (207a, 207b) of the hollow cylindrical connecting element are embodied to be externally covered and to face one another.
A medical hand grinding apparatus for dental enamel abrading of tooth surfaces by introduction of the grinding apparatus between adjacent teeth (7, 11) of a patient, the grinding apparatus comprising at least a first area and at least a second area with a predetermined thickness for creating a gap between adjacent teeth, characterized in that the second area comprises a predetermined breaking point at which the second area breaks along an axis perpendicular to its longitudinal axis and perpendicular to its height or thickness when a critical bending moment M krit is exceeded.
A die-casting die, in which a runner (10;20;30) is branched at a branch section (13;23;33), and cavities are connected to respective downstream ends of the branched runner, wherein the runner (10;20;30) comprises a main runner (12;22;32) that is located upstream of the branch section (13;23;33), and a plurality of sub-runners (14;24;34) that are located downstream from the branch section (13;23;33), a volume section (15;25;35) having an opening (16;26;36) that opens toward the main runner (12;22;32) is formed at a portion of the branch section (13;23;33) that represents an extension direction of the main runner (12;22;32), a width of the opening (16;26;36) is greater than a width of the main runner (12;22;32), the volume section (15;25;35) comprises a molten metal inlet portion (18;28;38) that includes the opening (16;26;36), and a well portion (19;29;39) that is connected to the molten metal inlet portion (18;28;38) on an opposite side from the opening (16;26;36), and the well portion (19;29;39) is spherical, characterized in that a notch that narrows toward the well portion is provided in a side surface of the molten metal inlet portion at an end of the molten metal inlet portion that connects to the well portion.
Housing for an electrical or electronic device, with a pot-shaped housing jacket made of plastic, with at least one cooling channel guided in the housing jacket for fluid cooling of the device, wherein a flat shielding body for shielding electromagnetic radiation is integrated into the housing jacket, which passes through the walls of the housing jacket, characterized by this, that the shielding body is formed as a wire cage or a metal trough, that the cooling channel is formed by a metal tube, in that the shielding body and the cooling channel are connected to form a pre-assembled arrangement, and in that the pre-assembled arrangement comprising the screening body and cooling channel is injection-moulded around with a plastic material or is cast into a plastic material in order to form the housing jacket.
Pharmaceutical composition comprising imiquimod and optionally further comprising at least one pharmaceutically acceptable excipient and optionally a vehicle for use in the treatment of carcinoma in situ of the bladder, wherein the CIS bladder cancer patients treated are BCG (Bacillus Calmette-Guerin) non-responders.