mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a vehicle mass (M) of a self-driving vehicle , wherein an internal force (F) can be exerted on the self-driving vehicle by automated control of an electronic drive system which has a drive and/or of an electronic braking system which has brakes , comprising at least the following steps: - identifying whether a trigger event (TE) is present, wherein the trigger event (TE) indicates that a change in the vehicle mass (M) of the self-driving vehicle is likely, and - activating a learning operating mode (EB) when a trigger event (TE) is present (STA), wherein the self-driving vehicle is operated in the learning operating mode (EB) alternately in a first phase (P1) and in a second phase (P2), wherein by automated control of the electronic drive system and/or of the electronic braking system -- in the first phase (P1) an internal force (F) which has a first force value (FW1), and -- in the second phase (P2) an internal force (F) which has a second force value (FW2) is exerted on the self-driving vehicle , wherein the first force value (FW1) differs from the second force value (FW2); - determining a disturbing force (FS) acting in the phases (P1, P2); and - determining the vehicle mass (M) (STE) on the basis of a vehicle acceleration (A) and the internal force (F), which are each present in the relevant phase (P1, P2), as well as on the basis of the determined disturbing force (FS). - identifying whether a trigger event (TE) is present, wherein the trigger event (TE) indicates that a change in the vehicle mass (M) of the self-driving vehicle is likely, and - activating a learning operating mode (EB) when a trigger event (TE) is present (STA), wherein the self-driving vehicle is operated in the learning operating mode (EB) alternately in a first phase (P1) and in a second phase (P2), wherein by automated control of the electronic drive system and/or of the electronic braking system -- in the first phase (P1) an internal force (F) which has a first force value (FW1), and -- in the second phase (P2) an internal force (F) which has a second force value (FW2) is exerted on the self-driving vehicle , wherein the first force value (FW1) differs from the second force value (FW2); -- in the first phase (P1) an internal force (F) which has a first force value (FW1), and -- in the second phase (P2) an internal force (F) which has a second force value (FW2) - determining a disturbing force (FS) acting in the phases (P1, P2); and - determining the vehicle mass (M) (STE) on the basis of a vehicle acceleration (A) and the internal force (F), which are each present in the relevant phase (P1, P2), as well as on the basis of the determined disturbing force (FS).
A method for producing a sulfide solid electrolyte, wherein the sulfide solid electrolyte comprises: a Li element, an M element (M is at least one kind of P, Ge, Si and Sn), and a S element, and the sulfide solid electrolyte has an argyrodite type crystal phase, in 31 P-MAS-NMR, the sulfide solid electrolyte has peak A at 82.1 ppm ± 0.5 ppm and peak B at 86.1 ppm ± 0.5 ppm, and when an area ratio of the peak A is regarded as S A , and an area ratio of the peak B is regarded as S B , a proportion of the S B to the S A , that is S B /S A , is 0.23 or less, wherein the measuring conditions of 31 P-MAS-NMR are as described in the description, and wherein the method comprises the steps of: a mixing step of obtaining a precursor with a Li 2 S residual ratio of 7.7% or more and 54.7% or less, by mixing a raw material composition including at least Li 2 S, and a burning step of burning the precursor, wherein the Li 2 S residual ratio is determined according to the method disclosed in the description, the method for mixing the raw material composition includes mechanical milling, and the burning temperature is between 400 and 800 °C. a Li element, an M element (M is at least one kind of P, Ge, Si and Sn), and a S element, and the sulfide solid electrolyte has an argyrodite type crystal phase, in 31 P-MAS-NMR, the sulfide solid electrolyte has peak A at 82.1 ppm ± 0.5 ppm and peak B at 86.1 ppm ± 0.5 ppm, and peak A at 82.1 ppm ± 0.5 ppm and peak B at 86.1 ppm ± 0.5 ppm, and when an area ratio of the peak A is regarded as S A , and an area ratio of the peak B is regarded as S B , a proportion of the S B to the S A , that is S B /S A , is 0.23 or less, wherein the measuring conditions of 31 P-MAS-NMR are as described in the description, and wherein the method comprises the steps of: a mixing step of obtaining a precursor with a Li 2 S residual ratio of 7.7% or more and 54.7% or less, by mixing a raw material composition including at least Li 2 S, and a burning step of burning the precursor, wherein a mixing step of obtaining a precursor with a Li 2 S residual ratio of 7.7% or more and 54.7% or less, by mixing a raw material composition including at least Li 2 S, and a burning step of burning the precursor, wherein the Li 2 S residual ratio is determined according to the method disclosed in the description, the method for mixing the raw material composition includes mechanical milling, and the burning temperature is between 400 and 800 °C.
A battery pack comprising: a first switch connected between a first end of a battery and a first output terminal; a second switch including a first terminal and a second terminal which are connected to a second end of the battery, and a third terminal and a fourth terminal which are connected to a second output terminal, wherein the first terminal and the third terminal are electrically connected when the second switch is turned off, and the second terminal and the fourth terminal are electrically connected when the second switch is turned on; a pre-charge resistor connected between the third terminal of the second switch and the second output terminal; and a controller configured to control the second switch such that the second switch is turned on if a pre-charging period of time elapses after the first switch is turned on. a first switch connected between a first end of a battery and a first output terminal; a second switch including a first terminal and a second terminal which are connected to a second end of the battery, and a third terminal and a fourth terminal which are connected to a second output terminal, wherein the first terminal and the third terminal are electrically connected when the second switch is turned off, and the second terminal and the fourth terminal are electrically connected when the second switch is turned on; a pre-charge resistor connected between the third terminal of the second switch and the second output terminal; and a controller configured to control the second switch such that the second switch is turned on if a pre-charging period of time elapses after the first switch is turned on.
An electronic device comprising: a housing having a mounting portion to which a battery is mountable; and the battery mounted to the mounting portion, wherein the battery comprises: a battery pouch including at least one conductive terminal exposed to the outside; a circuit board electrically connected to the exposed at least one conductive terminal and having at least one circuit element mounted thereon to electrically protect the battery pouch; a case comprising a first plate , a second plate facing the first plate and spaced apart from the first plate, and a lateral plate surrounding at least a part of a space formed between the first plate and the second plate and connected to the first plate and the second plate; and a coupling member disposed between a lateral wall of the battery pouch and the lateral plate, wherein the lateral plate is attached to the lateral wall by means of the coupling member, wherein the circuit board is disposed in the space of the case, and wherein the first plate or the second plate protrudes further than the circuit board in an opposite direction of the lateral wall. a housing having a mounting portion to which a battery is mountable; and the battery mounted to the mounting portion, wherein the battery comprises: a battery pouch including at least one conductive terminal exposed to the outside; a circuit board electrically connected to the exposed at least one conductive terminal and having at least one circuit element mounted thereon to electrically protect the battery pouch; a case comprising a first plate , a second plate facing the first plate and spaced apart from the first plate, and a lateral plate surrounding at least a part of a space formed between the first plate and the second plate and connected to the first plate and the second plate; and a coupling member disposed between a lateral wall of the battery pouch and the lateral plate, wherein the lateral plate is attached to the lateral wall by means of the coupling member, wherein the circuit board is disposed in the space of the case, and wherein the first plate or the second plate protrudes further than the circuit board in an opposite direction of the lateral wall. a battery pouch including at least one conductive terminal exposed to the outside; a circuit board electrically connected to the exposed at least one conductive terminal and having at least one circuit element mounted thereon to electrically protect the battery pouch; a case comprising a first plate , a second plate facing the first plate and spaced apart from the first plate, and a lateral plate surrounding at least a part of a space formed between the first plate and the second plate and connected to the first plate and the second plate; and a coupling member disposed between a lateral wall of the battery pouch and the lateral plate, wherein the lateral plate is attached to the lateral wall by means of the coupling member, wherein the circuit board is disposed in the space of the case, and wherein the first plate or the second plate protrudes further than the circuit board in an opposite direction of the lateral wall.
Massage device for the face including a body which contains an electrically-powered motor and a massage head , with installation mechanism located between the body and the massage head; said head includes an application surface and two massage wheels located along two first parallel longitudinal axes (X 1 , X 2 ), which are separated and extend partially beyond the application surface, where the massage head includes, on the one hand, a transmission mechanism designed to be driven by the motor to cause the synchronized and inverse rotation of the two wheels so that, when seen in a plane perpendicular to two axes with the two wheels at the bottom, section of wheel located on the left which extends beyond the application surface, turns anti-clockwise and section of wheel located on the right which extends outside the application surface, turns clockwise and, on the other hand, a wheel spacing adjustment system, characterised in that the wheel spacing adjustment system is carried out under the action of forces placed on these wheels when they rotate, designed to initially create a minimum distance between the wheels and then to adjust the distance between them until a position of equilibrium of the forces on these wheels is reached.
Method for inspecting a photovoltaic element , preferably for determining the performance of and/or for determining defects in the photovoltaic element , comprising the following steps: a) providing a photovoltaic element , b) providing a dark characteristic curve of the photovoltaic element at a specific voltage applied to the photovoltaic element , c) dividing the photovoltaic element into individual segments , d) measuring characteristic curves of the individual segments of the photovoltaic element in a time sequence, wherein the individual segments are illuminated by way of an illumination device at the specific voltage applied to the photovoltaic element , wherein the photovoltaic element is moved along a running direction relative to the illumination device and/or the illumination device is moved along a running direction relative to the photovoltaic element , and e) ascertaining an overall characteristic curve of the photovoltaic element as a function of the dark characteristic curve and the measured characteristic curves of the individual segments , such that the photovoltaic element is able to be inspected. a) providing a photovoltaic element , b) providing a dark characteristic curve of the photovoltaic element at a specific voltage applied to the photovoltaic element , c) dividing the photovoltaic element into individual segments , d) measuring characteristic curves of the individual segments of the photovoltaic element in a time sequence, wherein the individual segments are illuminated by way of an illumination device at the specific voltage applied to the photovoltaic element , wherein the photovoltaic element is moved along a running direction relative to the illumination device and/or the illumination device is moved along a running direction relative to the photovoltaic element , and e) ascertaining an overall characteristic curve of the photovoltaic element as a function of the dark characteristic curve and the measured characteristic curves of the individual segments , such that the photovoltaic element is able to be inspected.
Method of forming a transverse curvature at a metal strip exiting an annealing furnace , characterised in that by means of at least one gas nozzle which extends transversely to a strip running direction of the metal strip over the width of the metal strip and which has, extending over the width of the metal strip , at least one outlet opening with a transverse curvature, which is of continuous or stepped configuration corresponding with the transverse curvature to be formed at the metal strip , and a support nozzle arrangement arranged below a strip path of the metal strip a gas cushion supporting the metal strip from below is produced between the metal strip and the support nozzle arrangement in such a way that the transverse curvature is contactlessly formed at the metal strip by the gas cushion .
A connector assembly for electrically coupling at least two electrical conductors , the assembly comprising, a support structure wall separating the assembly into a first and a second portion; a conductive wall for providing electrical connectivity between the first and second portions; a first biasing member disposed in the first portion, the first biasing member being adapted to deflect upon a first electrical conductor being inserted into the first portion; a second biasing member disposed in the second portion, the second biasing member being adapted to deflect upon a second electrical conductor being inserted into the second portion, and a first connector element and a second connector element , the first and second connector elements being separate from each other, and wherein the first connector element comprises the first biasing member and the second connector element comprises the second biasing member , wherein the first connector element comprises a first side wall and the second connector element comprises a second side wall , the first biasing member is further adapted to bias the first electrical conductor against the conductive wall and the second biasing member being further adapted to bias the second electrical conductor against the conductive wall to electrical couple the first and the second electrical conductors , characterized in that the support structure wall is comprised of the first and second side walls being adjacent each other, the first connector element comprises a first opening provided within the first side wall and the second connector element comprises a second opening provided within the second side wall , and the first and second connector elements are capable of being coupled together via the first and second openings .
A module of a hearing device , wherein said module is removably connectable with a housing of the hearing device , said module being prepared for insertion of a removal tool , wherein said module comprises at least two side walls opposing each other, wherein said side walls each comprise outer surfaces (32', 32"), portions of which being exposed to the outside and being adapted to be engaged with a pair of lateral wings (44', 44") of the removal tool , said side walls (30',30") are provided with a first engagement means , and said side walls are deformable such to allow engagement of the first engagement means and a second engagement means formed on an anchoring portion of the removal tool once the anchoring portion is located between the side walls , wherein the side walls are configured to be inwardly deformed when applying forces to outer surfaces thereof in directions towards each other and wherein the first and second engagement means are adapted to be engaged during an inward deformation of the side walls and to be disengaged when the side walls (30',30") are not inwardly deformed.
A fixture for a lamp for releasable mounting in an opening of an accommodating element , preferably in a circular opening of an accommodating element , comprising: a cylindrical mounting element having a lateral wall , a front side , and an opposite rear side ; characterised in that the mounting element is formed with a rear wall; the front side has an opening for receiving the lamp ; the lateral wall has at least one rib projecting radially outwards, preferably more than one, preferably two ribs projecting radially outwards, which are arranged tangentially spaced apart from each other; and wherein the lateral wall has at least one latching element projecting radially outwards, and wherein the mounting element comprises a further resilient element as a tolerance compensation against radial and/or axial displacement, which is functionally related to the inner wall of the accommodating element, when the latching element is engaged. a cylindrical mounting element having a lateral wall , a front side , and an opposite rear side ; characterised in that the mounting element is formed with a rear wall; the front side has an opening for receiving the lamp ; the lateral wall has at least one rib projecting radially outwards, preferably more than one, preferably two ribs projecting radially outwards, which are arranged tangentially spaced apart from each other; and wherein the lateral wall has at least one latching element projecting radially outwards, and wherein the mounting element comprises a further resilient element as a tolerance compensation against radial and/or axial displacement, which is functionally related to the inner wall of the accommodating element, when the latching element is engaged.
A game controller device that is configured to communicate with a game center device in a radio manner, which is different from the game controller device , the game controller device comprising: a main body having an overall round shape, wherein end portions of the main body constitute grip sections projecting forward toward a user when grasping the grip sections ; a home button formed on the main body , wherein, in response to the home button being pressed, the center device side conducts a process to display a predetermined home screen or a screen for inquiring whether or not to end the game and shift to a predetermined mode; a multiple color light emitter (LED, 27) being incorporated into the home button and being adapted to be controlled based on an instruction set sent by the game center device such that light of a color which is different from light of a color determined by the game center device for a light emitter (LED, 27) of another game controller device communicating with the game center device is emitted, wherein light emission control is carried out such that the light emitter (LED, 27) of the game controller device emits light of a color corresponding to an identifier assigned to the game controller device indicating to a user via which controller device an instructing operation is allowed to be carried out. a main body having an overall round shape, wherein end portions of the main body constitute grip sections projecting forward toward a user when grasping the grip sections ; a home button formed on the main body , wherein, in response to the home button being pressed, the center device side conducts a process to display a predetermined home screen or a screen for inquiring whether or not to end the game and shift to a predetermined mode; a multiple color light emitter (LED, 27) being incorporated into the home button and being adapted to be controlled based on an instruction set sent by the game center device such that light of a color which is different from light of a color determined by the game center device for a light emitter (LED, 27) of another game controller device communicating with the game center device is emitted, wherein light emission control is carried out such that the light emitter (LED, 27) of the game controller device emits light of a color corresponding to an identifier assigned to the game controller device indicating to a user via which controller device an instructing operation is allowed to be carried out.
A seed coating composition comprising: at least one seed selected from rice, corn, wheat, barley, oats, soybean, cotton, sunflower, alfalfa, sorghum, rapeseed, sugarbeet, tomato, bean, carrot, tobacco or flower seeds; and at least one layer coating all or part of the seed, the layer selected from the group consisting of guar, derivatized guar or a combination of the foregoing, wherein the at least one layer increases the raw weight of the at least one seed 1% to 5%, and wherein the derivatized guar is carboxymethyl guar, hydroxyethyl guar, hydroxypropyl guar, carboxymethylhydroxypropyl guar, cationic guar, cationic hydroxypropyl guar, hydrophobically modified guar, hydrophobically modified carboxymethyl guar, hydrophobically modified hydroxyethyl guar, hydrophobically modified hydroxypropyl guar, cationic hydrophobically modified hydroxypropyl guar, hydrophobically modified carboxymethylhydroxypropyl guar, hydrophobically modified cationic guar, or any combination thereof. at least one seed selected from rice, corn, wheat, barley, oats, soybean, cotton, sunflower, alfalfa, sorghum, rapeseed, sugarbeet, tomato, bean, carrot, tobacco or flower seeds; and at least one layer coating all or part of the seed, the layer selected from the group consisting of guar, derivatized guar or a combination of the foregoing, wherein the at least one layer increases the raw weight of the at least one seed 1% to 5%, and wherein the derivatized guar is carboxymethyl guar, hydroxyethyl guar, hydroxypropyl guar, carboxymethylhydroxypropyl guar, cationic guar, cationic hydroxypropyl guar, hydrophobically modified guar, hydrophobically modified carboxymethyl guar, hydrophobically modified hydroxyethyl guar, hydrophobically modified hydroxypropyl guar, cationic hydrophobically modified hydroxypropyl guar, hydrophobically modified carboxymethylhydroxypropyl guar, hydrophobically modified cationic guar, or any combination thereof.