mhurhangee/ep-ind-claims huggingface dataset:
Transmission mechanism for a vehicle door handle, the vehicle door handle comprising a handle lever, movable between a flushing position in which it is flush with an exterior door panel surface and a ready position in which it is protruding and graspable by a user, the transmission mechanism being configured to be attached on one side to a handle lever and on the other side to an electric motor, said transmission mechanism comprising: • a lever shaft, destined to be connected to the handle lever, the rotation of which causes the motion of the handle lever between the flushing and ready positions, • a reduction mechanism, destined to adapt an output torque of the electric motor into a rotational motion of the lever shaft, comprising a first reduction stage and a second reduction stage, having each a worm drive, the worm drive of the first reduction stage comprising a first worm and a first worm gear, and the worm drive of the second reduction stage having a second worm and a worm gear rotationally coupled to the lever shaft, wherein the transmission mechanism comprises a brake mechanism (37, 41) characterized in that brake mechanism (37, 41) frictionally engages a rotating element of one of the reduction stages (91, 93) of the reduction mechanism when the lever shaft reaches a rotational braking position comprised between the flush and ready positions of the handle lever, to stop the lever shaft in a position in which said handle lever is in the ready position. • a lever shaft, destined to be connected to the handle lever, the rotation of which causes the motion of the handle lever between the flushing and ready positions, • a reduction mechanism, destined to adapt an output torque of the electric motor into a rotational motion of the lever shaft, comprising a first reduction stage and a second reduction stage, having each a worm drive, the worm drive of the first reduction stage comprising a first worm and a first worm gear, and the worm drive of the second reduction stage having a second worm and a worm gear rotationally coupled to the lever shaft,
An animal feed composition consisting of a human diet equivalent, the human diet equivalent consisting of 45-53% by wet weight carbohydrates, 1-4% by wet weight total dietary fiber, 20-25% by wet weight fat, 7-9% total saturated fatty acids of fat, 83- 88 mg cholesterol/100g total human diet equivalent, 19-23% by wet weight protein, 800-1000 mg sodium/100g TD, 300- 500 mg potassium/100g TD, 4-8% by wet weight moisture, and 4.6-4.9 Kcal/g TD; wherein the human diet equivalent is made from a defined ratio of eight food groups, the eight food groups consisting of food items identified by the first three or four digits of an eight digit food code as represented in Table A, wherein (a) milk and milk products have a food code with a first digit of 1 and are 5-25% by wet weight; (b) meat, poultry, fish, egg, nuts, seeds, and legumes have a food code with a first digit selected from the group consisting of 2, 3, and 4 and are 10-25% by wet weight; (c) grain products have a food code with a first digit of 5 and are 10-20% by wet weight; (d) fruits have a food code with a first digit of 6 and are 0-1% by wet weight; (e) vegetables have a food code with a first digit of 7 and are 0-1% by wet weight; (f) fats and oils have a food code with a first digit of 8 and are 0.5-5.0% by wet weight; (g) sugars and sweets have a food code with a first digit of 9 and a second digit of 1 and are 0.5-5.0% by wet weight; and (h) beverages have a food code with a first digit of 9 and a second digit of 2 or 3 and are 10-60% by wet weight.
An indoor unit for air conditioner comprising: a unit main body accommodating therein an air blower and a heat exchanger; a drain pan to be attached to a lower end of the unit main body and configured to receive dew condensation water created in the heat exchanger and including an inner circumferential wall defining a bell-mouth mounting hole continuous with the suction side of the air blower; a bell mouth detachably fitted into the bell-mouth mounting hole of the drain pan; a plurality of pieces of coupling fittings provided in the inner circumferential wall of the drain pan with intervals held between the fittings in the circumferential direction and each of which includes a head at a lower end of a shank downwardly protruded from a lower end of the inner circumferential wall, the head possessing a diameter greater than the shank; and a plurality of fixing parts provided in an outer circumferential part of the bell mouth with intervals held between the fixing parts in the circumferential direction and each of which includes a through-hole to be penetrated by the head of the coupling fittings and an engaging hole continuous with the through-hole and on which the head gets caught, wherein by rotating the bell mouth inside the bell-mouth mounting hole in the circumferential direction in a state where the head of the coupling fittings is made to penetrate the through-hole of the fixing part, the head of the coupling fittings moves from the through-hole of the fixing part to the engaging hole to get caught on the engaging hole, and the bell mouth is fixed to the drain pan. a unit main body accommodating therein an air blower and a heat exchanger; a drain pan to be attached to a lower end of the unit main body and configured to receive dew condensation water created in the heat exchanger and including an inner circumferential wall defining a bell-mouth mounting hole continuous with the suction side of the air blower; a bell mouth detachably fitted into the bell-mouth mounting hole of the drain pan; a plurality of pieces of coupling fittings provided in the inner circumferential wall of the drain pan with intervals held between the fittings in the circumferential direction and each of which includes a head at a lower end of a shank downwardly protruded from a lower end of the inner circumferential wall, the head possessing a diameter greater than the shank; and a plurality of fixing parts provided in an outer circumferential part of the bell mouth with intervals held between the fixing parts in the circumferential direction and each of which includes a through-hole to be penetrated by the head of the coupling fittings and an engaging hole continuous with the through-hole and on which the head gets caught, wherein by rotating the bell mouth inside the bell-mouth mounting hole in the circumferential direction in a state where the head of the coupling fittings is made to penetrate the through-hole of the fixing part, the head of the coupling fittings moves from the through-hole of the fixing part to the engaging hole to get caught on the engaging hole, and the bell mouth is fixed to the drain pan.
Machine for preparing infused beverages, comprising: - an infusion assembly provided with a first infusing element provided with at least one cavity for at least partially accommodating one capsule or pod and a second infusing element shaped to cooperate with said first infusing element so that to define, when coupled therewith, an infusion chamber; - at least one between the first or the second infusing element being movable between an open position, wherein said second infusing element is away from said first infusing element, and a closed position, wherein said first infusing element is coupled with the second infusing element so that to define said infusion chamber; - a shell shaped to at least partially contain said infusion assembly; - an inlet opening to allow the access of the capsule or pod 20 to said infusion assembly; - said shell having said inlet opening; characterized by comprising: - a code reader arranged at least partially outside of said shell, above and in the proximity of said inlet opening; - said code reader is movable between a working position and a rest position, wherein in said working position the code reader it is at least partially outside of said shell in a position such as to allow the reading of a code placed on a capsule or pod entering said inlet opening and wherein at said rest position, said code reader is at least partially contained in said shell. - an infusion assembly provided with a first infusing element provided with at least one cavity for at least partially accommodating one capsule or pod and a second infusing element shaped to cooperate with said first infusing element so that to define, when coupled therewith, an infusion chamber; - at least one between the first or the second infusing element being movable between an open position, wherein said second infusing element is away from said first infusing element, and a closed position, wherein said first infusing element is coupled with the second infusing element so that to define said infusion chamber; - a shell shaped to at least partially contain said infusion assembly; - an inlet opening to allow the access of the capsule or pod 20 to said infusion assembly; - said shell having said inlet opening; - a code reader arranged at least partially outside of said shell, above and in the proximity of said inlet opening; - said code reader is movable between a working position and a rest position, wherein in said working position the code reader it is at least partially outside of said shell in a position such as to allow the reading of a code placed on a capsule or pod entering said inlet opening and wherein at said rest position, said code reader is at least partially contained in said shell.
A data transmission method, comprising: • obtaining, by a first device, grouping information, wherein the grouping information is used to indicate information of grouping N physical resource blocks PRBs into M PRB groups, N is an integer greater than 110, and M is a positive integer (step 101); • performing, by the first device, modulation and coding by using a transport block size TBS that corresponds to each of the M PRB groups, to generate modulation symbols (step 102); and • transmitting, by the first device, the modulation symbols to a second device by using a physical resource that corresponds to the N PRBs (step 103), characterized in that • a code block length that corresponds to a quantity of PRBs in a m th PRB group of the M PRB groups is a second threshold, wherein m is an integer that satisfies 1 ≤ m ≤ M. • obtaining, by a first device, grouping information, wherein the grouping information is used to indicate information of grouping N physical resource blocks PRBs into M PRB groups, N is an integer greater than 110, and M is a positive integer (step 101); • performing, by the first device, modulation and coding by using a transport block size TBS that corresponds to each of the M PRB groups, to generate modulation symbols (step 102); and • transmitting, by the first device, the modulation symbols to a second device by using a physical resource that corresponds to the N PRBs (step 103), • a code block length that corresponds to a quantity of PRBs in a m th PRB group of the M PRB groups is a second threshold, wherein m is an integer that satisfies 1 ≤ m ≤ M.
A device for effecting the cordless retraction of gum tissue comprising a block of a cellular material of a size to receive a prepared tooth and formed of open cells; said block having a groove extending coextensively thereof to form a dental dam; the groove being adapted to be fitted to the prepared tooth covered with a settable impression material; and said groove being filled with a settable impression material. a block of a cellular material of a size to receive a prepared tooth and formed of open cells; said block having a groove extending coextensively thereof to form a dental dam; the groove being adapted to be fitted to the prepared tooth covered with a settable impression material; and said groove being filled with a settable impression material.
An automotive lamp optical element, comprising a light-incident portion, a transmission portion and a light-emitting portion connected in sequence, wherein: the light-incident portion is provided with at least one light-incident structure configured to converge light; an area of a cross section of the transmission portion gradually increases in a light transmission direction, wherein the cross section of the transmission portion is a cross section perpendicular to an optical axis direction; a light-emitting convex surface is formed on one end of the light-emitting portion facing away from the transmission portion; and a width W1 of the transmission portion in a left-right direction is less than a width W2 of the light-emitting portion, wherein the left-right direction is based on the position relationship indicated by the direction of a vehicle in a normal driving state after automotive lamp optical element is installed on the vehicle, the side surfaces of the transmission portion each are coated with a light absorbing layer, left and right side surfaces of the light-emitting portion are gradually converged toward the optical axis direction in the light transmission direction, so that light emitted to the left and right side surfaces of the light-emitting portion can be totally reflected, the on the side surfaces totally reflected light is transmitted to the light-emitting convex surface and then totally reflected again on the light-emitting convex surface 31. the light-incident portion is provided with at least one light-incident structure configured to converge light; an area of a cross section of the transmission portion gradually increases in a light transmission direction, wherein the cross section of the transmission portion is a cross section perpendicular to an optical axis direction; a light-emitting convex surface is formed on one end of the light-emitting portion facing away from the transmission portion; and a width W1 of the transmission portion in a left-right direction is less than a width W2 of the light-emitting portion, wherein the left-right direction is based on the position relationship indicated by the direction of a vehicle in a normal driving state after automotive lamp optical element is installed on the vehicle, the side surfaces of the transmission portion each are coated with a light absorbing layer, left and right side surfaces of the light-emitting portion are gradually converged toward the optical axis direction in the light transmission direction, so that light emitted to the left and right side surfaces of the light-emitting portion can be totally reflected, the on the side surfaces totally reflected light is transmitted to the light-emitting convex surface and then totally reflected again on the light-emitting convex surface 31.
A warhead fuze for a gyrostabilized artillery projectile, the fuze incorporating a translational braking device comprising at least two flaps radially deployable on trajectory so as to increase the aerodynamic drag of the projectile, each flap comprising at least two slots (22,23) closed and substantially parallel to a direction perpendicular to the axis of the fuze, each slot cooperating with a rod which is fixed with respect to a body of the fuze, the slots being arranged on either side of a notch intended to allow the flap to be positioned in a position folded around a middle part of the body of the fuze, the fuze being characterized in that the notch of each flap has end noses which are engaged in dents with complementary shapes which are carried by a holding piece connected to the fuze.
A power tool, comprising: a motor serving as a rotational power source, the motor being rotatable in a normal rotation direction and a reverse rotation direction; an output unit driven by the motor to be rotated; and a transmission located between the motor and the output unit, the transmission switching a reduction ratio, wherein the power tool further comprises a control means configured to make the transmission perform switching operation of the reduction ratio in response to a workload, characterized in that the control means is configured to change an initial reduction ratio in the transmission when work is started, in response to a rotation direction of the motor, the initial reduction ratio being set as the reduction ratio in an initial setting. a motor serving as a rotational power source, the motor being rotatable in a normal rotation direction and a reverse rotation direction; an output unit driven by the motor to be rotated; and a transmission located between the motor and the output unit, the transmission switching a reduction ratio, wherein the power tool further comprises a control means configured to make the transmission perform switching operation of the reduction ratio in response to a workload, characterized in that the control means is configured to change an initial reduction ratio in the transmission when work is started, in response to a rotation direction of the motor, the initial reduction ratio being set as the reduction ratio in an initial setting.
A method for transmitting data by a communicating device on a communication channel shared by a plurality of communicating devices, the communication over the communication channel being organized according to temporal cycles repeated at a predetermined cycle period, wherein the communicating device is required to transmit data every temporal cycle and the data to be transmitted is repeated from one temporal cycle to the following if no new data to be transmitted is available, wherein said transmitting method comprises, for each temporal cycle: - determining, by the communicating device, a secured data frame based on the data to be transmitted, - transmitting, by the communicating device, the secured data frame on the communication channel, the method being characterised in that each secured data frame includes secured content determined by using a predetermined initialization vector, wherein the initialization vector has a lifetime associated thereto which corresponds to a maximum duration during which said initialization vector can remain unmodified, said lifetime being greater than or equal to a predetermined plurality of cycle periods, wherein the initialization vector is not modified when the data to be transmitted in the current temporal cycle is identical to the data transmitted in the previous temporal cycle provided the lifetime of said initialization vector has not expired. - determining, by the communicating device, a secured data frame based on the data to be transmitted, - transmitting, by the communicating device, the secured data frame on the communication channel, the method being characterised in that
A light emitting device comprising: a flip-chip light emitting diode die on a submount; a reflective layer, having a reflectivity of at least 90% for visible wavelengths, formed on a top surface of the submount; a transparent substantially hemispherical first layer encapsulating the light emitting diode die, the first layer having a first index of refraction; a substantially hemispherical second layer surrounding the first layer, the second layer having a second index of refraction less than the first index of refraction; and a substantially hemispherical phosphor layer formed over the second layer, the phosphor layer having a third index of refraction greater than the second index of refraction; wherein the second layer has having characteristics that cause the second layer to reflect light from the phosphor layer at least when the light is greater than a certain angle with respect to the second layer, wherein the reflective layer on the top surface of the submount extends at least under where the phosphor layer contacts the submount, characterised in that: the second layer comprises a sol-gel that has been dried by heat to form a porous layer. a flip-chip light emitting diode die on a submount; a reflective layer, having a reflectivity of at least 90% for visible wavelengths, formed on a top surface of the submount; a transparent substantially hemispherical first layer encapsulating the light emitting diode die, the first layer having a first index of refraction; a substantially hemispherical second layer surrounding the first layer, the second layer having a second index of refraction less than the first index of refraction; and a substantially hemispherical phosphor layer formed over the second layer, the phosphor layer having a third index of refraction greater than the second index of refraction; wherein the second layer has having characteristics that cause the second layer to reflect light from the phosphor layer at least when the light is greater than a certain angle with respect to the second layer, wherein the reflective layer on the top surface of the submount extends at least under where the phosphor layer contacts the submount, characterised in that: the second layer comprises a sol-gel that has been dried by heat to form a porous layer.
Laser welding and/or cutting head comprising: - an optical system, such as an optical unit, arranged to supply a laser radiation capable of enabling welding and/or cutting, the laser radiation being supplied at the output of the optical system along an optical axis of the optical system, - an output nozzle arranged at the output of the optical system to combine the laser radiation with at least one additive, such as solder or an inert gas at an output orifice of the output nozzle, - an alignment system arranged between the optical system and the output nozzle to enable an alignment of the output orifice of the output nozzle with the optical axis of the optical system, the alignment system comprising a ball-joint link linking the output nozzle to the optical system with the centre of the ball joint which is merged with the optical axis of the optical system, the laser welding and/or cutting head being characterised in that the alignment system comprises: - a first ring attached to the optical system, said first ring comprising an outer face opposite the optical system and forming a first spherical bearing area, - a second ring attached to the first ring and comprising an inner face facing the outer face and forming a second spherical bearing area complementary to the first spherical bearing area, wherein the output nozzle comprises on an end facing the optical system a flange extending from the rest of the output nozzle along a spherical plane corresponding to that of the first and the second spherical bearing area, the flange being partially housed between the first and the second ring slidably bearing on each of the first and second spherical bearing areas (232, 235). - an optical system, such as an optical unit, arranged to supply a laser radiation capable of enabling welding and/or cutting, the laser radiation being supplied at the output of the optical system along an optical axis of the optical system, - an output nozzle arranged at the output of the optical system to combine the laser radiation with at least one additive, such as solder or an inert gas at an output orifice of the output nozzle, - an alignment system arranged between the optical system and the output nozzle to enable an alignment of the output orifice of the output nozzle with the optical axis of the optical system, - a first ring attached to the optical system, said first ring comprising an outer face opposite the optical system and forming a first spherical bearing area, - a second ring attached to the first ring and comprising an inner face facing the outer face and forming a second spherical bearing area complementary to the first spherical bearing area,