mhurhangee/ep-ind-claims huggingface dataset:
A co-ordinate measuring machine to determine the co-ordinates of a number of points on the surface of a measurement object, comprising a support beam that supports a measurement head over the surface of a support table that supports the measurement object the co-ordinates of which are to be measured, characterised in that the support beam is supported above the support table by means of two legs (7, 8; 13, 14) that are not only possible to displace together in the same direction along the support table in order to displace the support beam and the measurement head forwards and backwards in a direction relative to the support table, but in that the support beam is connected to the legs (7, 8; 13, 14) by self-adjusting turning bearings (9, 10) such that the support beam always take up the same angular position relative to the horizontal plane, it is also possible to displace the legs (7, 8; 13, 14) relative to each other in different directions along the support table in order to raise and lower the support beam and the measurement head relative to the support table.
A base metal for a high-toughness clad plate having excellent toughness at a welded joint, the base metal consisting of, in terms of mass%, C: 0.030 to 0.10%, Si: 0.10 to 0.30%, Mn: 1.00 to 1.60%, P: 0.015% or less, S: 0.003% or less, V: less than 0.010%, Mo: 0.05 to 0.50%, Nb: 0.010 to 0.060%, Ti: 0.005 to 0.020%, N: 0.0030 to 0.0060% and at least one selected from Al: 0.040% or less and Ca: 0.0010 to 0.0040%, and optionally, at least one selected from Ni: 1.00% or less, Cr: 1.00% or less, and Cu: 1.00% or less, the balance being Fe and unavoidable impurities, wherein a percent ductile fracture is 85% or more in a -20°C DWTT test and vE-20°C is 100 J or more at a HAZ 3 mm position, and wherein the ratio of the Ti content to the N content, Ti/N, is within the range of 2.0 to 3.5 and the ratio of the Nb content to the C content, Nb/C, is within the range of 0.2 to 2.0 where the element symbols represent contents of respective elements in terms of mass%.
Assisted dental cleaning device comprising: - A frame with means for cleaning the teeth, - A head with means for cleaning the teeth, - A handle, and - Means of coupling between the external part of the head and the handle that enables rotation of the handle with respect to the head, wherein the frame has a body comprising at least: - A rear wall, - Means of connection for receiving the head, opposite the rear wall and forming the front of the frame, and - Intermediate means of union that are horizontally arranged between the rear wall and the means of connection for receiving the head, joining these, so that the frame and the head present, when they are joined, a section that has an upper housing and a lower housing, separated by the intermediate means of union, to receive in the upper housing the teeth of the upper arch and the lower housing to receive the teeth of the lower arch, characterized in that it further comprises: - Sliding means of connection between the head and the interior of the frame allowing at least vertical movement over the teeth of the head, relative to said frame. - A frame with means for cleaning the teeth, - A head with means for cleaning the teeth, - A handle, and - Means of coupling between the external part of the head and the handle that enables rotation of the handle with respect to the head, wherein the frame has a body comprising at least: - A rear wall, - Means of connection for receiving the head, opposite the rear wall and forming the front of the frame, and - Intermediate means of union that are horizontally arranged between the rear wall and the means of connection for receiving the head, joining these, - A rear wall, - Means of connection for receiving the head, opposite the rear wall and forming the front of the frame, and - Intermediate means of union that are horizontally arranged between the rear wall and the means of connection for receiving the head, joining these, so that the frame and the head present, when they are joined, a section that has an upper housing and a lower housing, separated by the intermediate means of union, to receive in the upper housing the teeth of the upper arch and the lower housing to receive the teeth of the lower arch, characterized in that it further comprises: - Sliding means of connection between the head and the interior of the frame allowing at least vertical movement over the teeth of the head, relative to said frame. - Sliding means of connection between the head and the interior of the frame allowing at least vertical movement over the teeth of the head, relative to said frame.
A method of Sounding Reference Signal, SRS, transmission in a terminal in a mobile communications system using multiple antennas and a Sounding Reference Signal, SRS, hopping, the method comprising: identifying a current transmission point of time as an SRS transmission point of time; generating the SRS to be transmitted to a base station; setting a transmission band for transmitting the SRS; determining an antenna index for transmitting the SRS; and transmitting the SRS to the base station according to the determined antenna index, wherein the antenna index is generated by the equation: a n SRS = { n SRS + ⌊ n SRS / 2 ⌋ + β ⋅ ⌊ n SRS / K ⌋ mod 2 when K is even n SRS mod 2 when K is odd, β = { 1 where K mod 4 = 0 0 otherwise K = ∏ b ' = b hop B SRS N b ' where, n SRS is the SRS transmission point of time, a (n SRS) is the antenna index, B _SRS is a level index for uplink data transmission bandwidth, b _hop is a parameter for determining a frequency domain in which SRS frequency hopping is available, and N b' is the number of an SRS BandWidth, BW, at a level b'. identifying a current transmission point of time as an SRS transmission point of time; generating the SRS to be transmitted to a base station; setting a transmission band for transmitting the SRS; determining an antenna index for transmitting the SRS; and transmitting the SRS to the base station according to the determined antenna index, wherein the antenna index is generated by the equation: a n SRS = { n SRS + ⌊ n SRS / 2 ⌋ + β ⋅ ⌊ n SRS / K ⌋ mod 2 when K is even n SRS mod 2 when K is odd, β = { 1 where K mod 4 = 0 0 otherwise K = ∏ b ' = b hop B SRS N b ' where, n SRS is the SRS transmission point of time, a (n SRS) is the antenna index, B _SRS is a level index for uplink data transmission bandwidth, b _hop is a parameter for determining a frequency domain in which SRS frequency hopping is available, and N b' is the number of an SRS BandWidth, BW, at a level b'.
A system for loading a sample into and/or for manipulating a sample in a sample transfer device at cryogenic temperatures, comprising the sample transfer device configured to receive a sample through a receiving opening of the sample transfer device and configured to transfer said sample to a processing or analysing unit, and a dry box having an interface opening and being configured to be connected to the sample transfer device such that the interface opening of the dry box and the receiving opening of the sample transfer device are facing each other to enable a sample to be transferred from the dry box into the sample transfer device, wherein the dry box comprises a carrier for supporting the dry box against ground, and wherein the dry box is configured such that, in operation, the dry box is placed by means of the carrier in relation to the sample transfer device such that the interface opening is positioned above the receiving opening of the sample transfer device, when the sample transfer device is placed on the ground beneath the dry box. the sample transfer device configured to receive a sample through a receiving opening of the sample transfer device and configured to transfer said sample to a processing or analysing unit, and a dry box having an interface opening and being configured to be connected to the sample transfer device such that the interface opening of the dry box and the receiving opening of the sample transfer device are facing each other to enable a sample to be transferred from the dry box into the sample transfer device, wherein the dry box comprises a carrier for supporting the dry box against ground, and wherein the dry box is configured such that, in operation, the dry box is placed by means of the carrier in relation to the sample transfer device such that the interface opening is positioned above the receiving opening of the sample transfer device, when the sample transfer device is placed on the ground beneath the dry box.
System for cooling a combustion engine of a motor vehicle comprising heat-transfer fluid chambers (7a, 7b) arranged respectively in a crankcase upper half and in a cylinder head of the said engine to form a first cooling circuit (15a, 7a, 15b) and a second cooling circuit for respectively cooling the crankcase upper half and the cylinder head, the first circuit comprising - a first fluid flow rate regulating element arranged at an inlet of the said first circuit and designed to successively allow and prevent circulation of heat-transfer fluid according to a temperature of the heat-transfer fluid circulating in the said first circuit, - and a second regulating element arranged at an outlet of the said first circuit, the system comprising a first connecting zone connecting the inlet of the first circuit to an inlet of the second circuit, and a second connecting zone connecting the outlet of the first circuit to the outlet of the second circuit, the first and second regulating elements (15a, 15b) of the first circuit being situated between the first and second connecting zones (8a, 8b), characterized in that the second regulating element is formed by a nonreturn valve allowing fluid to circulate in just one direction of circulation at the said outlet of the said first circuit with the direction being the direction from the first connecting zone towards the second connecting zone of the said system. - a first fluid flow rate regulating element arranged at an inlet of the said first circuit and designed to successively allow and prevent circulation of heat-transfer fluid according to a temperature of the heat-transfer fluid circulating in the said first circuit, - and a second regulating element arranged at an outlet of the said first circuit, the system comprising a first connecting zone connecting the inlet of the first circuit to an inlet of the second circuit, and a second connecting zone connecting the outlet of the first circuit to the outlet of the second circuit, the first and second regulating elements (15a, 15b) of the first circuit being situated between the first and second connecting zones (8a, 8b),
Method for checking at least one gluing point by means of a checking system, wherein the at least one gluing point is checked by checking at least one cylinder dressing, wherein the checking system has at least one checking device, wherein the at least one checking device has at least one image capturing device, wherein the at least one checking device checks at least one free area of the at least one cylinder dressing, wherein the at least one free area is a region of the cylinder dressing that corresponds to the at least one gluing point of at least one sheet, wherein the at least one checking device detects an actual state of the at least one free area of the at least one cylinder dressing before the latter is tensioned on at least one forme cylinder of at least one application unit of a processing machine, wherein the actual state of the at least one free area is compared with a target state of the at least one free area, and wherein at least one signal is generated on the basis of the comparison.
A multi-slice electromechanical hinge-line rotary actuator comprising: a motor stator configured to generate rotational motion about a rotational axis; and a plurality of layers (34, 36) rotatably coupled to the motor stator each layer including an output arm slice configured to rotate about the rotational axis in response to the rotational motion; and each layer comprising: a harmonic drive ring gear; a harmonic wave generator assembly comprising a motor rotor configured to rotate in response to the rotational magnetic drive force generated by the motor stator; and a harmonic drive flex spline radially interposed between the harmonic drive ring gear and a motor rotor, the harmonic drive flex spline comprising a toothed portion and a bearing assembly rotatably supportive of the motor rotor within the toothed portion; and wherein the output rotational motion of the drive ring gear is transferred to each output arm slice which in turn rotates to manipulate and control an angle of an aileron portion. a motor stator configured to generate rotational motion about a rotational axis; and a plurality of layers (34, 36) rotatably coupled to the motor stator each layer including an output arm slice configured to rotate about the rotational axis in response to the rotational motion; and each layer comprising: a harmonic drive ring gear; a harmonic wave generator assembly comprising a motor rotor configured to rotate in response to the rotational magnetic drive force generated by the motor stator; and a harmonic drive flex spline radially interposed between the harmonic drive ring gear and a motor rotor, the harmonic drive flex spline comprising a toothed portion and a bearing assembly rotatably supportive of the motor rotor within the toothed portion; and wherein the output rotational motion of the drive ring gear is transferred to each output arm slice which in turn rotates to manipulate and control an angle of an aileron portion.
A polysiloxane-polyester block copolymer comprising: (i) a siloxane resin block comprising: a siloxane unit represented by the formula: R 1 SiO 3/2, wherein R 1 is a monovalent hydrocarbon group; and comprising optionally a siloxane unit represented by the formula: SiO 4/2; (ii) a siloxane linear block represented by the formula: (R 2 2 SiO 2/2) n, wherein each R 2 is independently a monovalent hydrocarbon group, and "n" is a positive number of at least 5; and (iii) a polyester block; wherein the polysiloxane part in the polysiloxane-polyester block copolymer contains both the siloxane resin block (i) and the siloxane linear block (ii). (i) a siloxane resin block comprising: a siloxane unit represented by the formula: R 1 SiO 3/2, wherein R 1 is a monovalent hydrocarbon group; and comprising optionally a siloxane unit represented by the formula: SiO 4/2; (ii) a siloxane linear block represented by the formula: (R 2 2 SiO 2/2) n, wherein each R 2 is independently a monovalent hydrocarbon group, and "n" is a positive number of at least 5; and (iii) a polyester block;
Rectangular cardboard sheet configured to form a cover on a transport unit for transporting manufactured products, in particular disposed in said unit in the form of rolls or plates, said sheet having a rectangular bottom, of length A and width B, surrounded by four cover flaps, namely an upper longitudinal flap, a lower longitudinal flap and two transverse flaps, said cardboard sheet being characterized in that it is furthermore configured to form, after it has been used as a cover, a container for scraps with a polygonal section, preferably with a square or rectangular section, the cardboard sheet having to this end: - a series of marks for transverse folding lines and a longitudinal folding line on the rectangular bottom, and - marks for cutting lines extending transversely in line with the marks for the transverse folding lines and preferably in line with the longitudinal folding line, said marks for cutting lines that are disposed transversely indicating the position on said cardboard of the cutting lines for four flaps that form the bottom of said container after said cardboard has been folded as per said folding lines (81, 82), and the upper longitudinal flap and the rectangular bottom have marks for cutting openings that form handles, the marks being configured to be superposed after the upper longitudinal flap has been folded into the inside of the container and thus to reinforce said handles. - a series of marks for transverse folding lines and a longitudinal folding line on the rectangular bottom, and - marks for cutting lines extending transversely in line with the marks for the transverse folding lines and preferably in line with the longitudinal folding line,
A method of handling a reticle in a reticle inspection system comprising: opening an EUV Inner Pod in a clean, dry air environment with flow control by separating an EIP base from an EIP cover of the EIP; locating a reticle carrier over the reticle, wherein the reticle carrier is stored in the reticle inspection system; clamping the reticle to the reticle carrier; pumping down a chamber that includes the reticle carrier and the reticle; and locating the reticle carrier onto a reticle stage of the reticle inspection system in a clean vacuum environment of the reticle inspection system leaving a patterned surface of the reticle directly exposed for inspection. opening an EUV Inner Pod in a clean, dry air environment with flow control by separating an EIP base from an EIP cover of the EIP; locating a reticle carrier over the reticle, wherein the reticle carrier is stored in the reticle inspection system; clamping the reticle to the reticle carrier; pumping down a chamber that includes the reticle carrier and the reticle; and locating the reticle carrier onto a reticle stage of the reticle inspection system in a clean vacuum environment of the reticle inspection system leaving a patterned surface of the reticle directly exposed for inspection.
A computer-implemented method comprising: initiating, by an assisted-driving system that is controlling motion of a vehicle, a lane change of the vehicle from an ego lane to a target lane, the lane change to be performed based only on local information of the vehicle, the local information including data generated by a perception component that is situated within or on the vehicle and requires no particular technology external to the vehicle, the local information being iteratively received prior to initiating the lane change and during the lane change; defining, by the assisted-driving system, a parametric representation of the target lane, the parametric representation based on first waypoints of the target lane; receiving, by the assisted-driving system and during the lane change, a first output of the perception component of the vehicle, the first output being the local information and reflecting second waypoints of the target lane; performing, by the assisted-driving system, a comparison based on the first output and the parametric representation; and providing, by the assisted-driving system, references of a first global path to controllers of the vehicle for actuating the lane change, the references selected based on the comparison. initiating, by an assisted-driving system that is controlling motion of a vehicle, a lane change of the vehicle from an ego lane to a target lane, the lane change to be performed based only on local information of the vehicle, the local information including data generated by a perception component that is situated within or on the vehicle and requires no particular technology external to the vehicle, the local information being iteratively received prior to initiating the lane change and during the lane change; defining, by the assisted-driving system, a parametric representation of the target lane, the parametric representation based on first waypoints of the target lane; receiving, by the assisted-driving system and during the lane change, a first output of the perception component of the vehicle, the first output being the local information and reflecting second waypoints of the target lane; performing, by the assisted-driving system, a comparison based on the first output and the parametric representation; and providing, by the assisted-driving system, references of a first global path to controllers of the vehicle for actuating the lane change, the references selected based on the comparison.
Plug sensor for determining at least one parameter of a fluid medium, in particular of a flowing intake air mass of an internal combustion engine, flowing through a flow pipe in a main flow direction, having a plug part which is able to be plugged into the flow pipe in a plug-in direction with a predefined orientation with respect to the main flow direction, wherein at least one flow channel with at least one inlet opening and with at least one outlet opening (132, 138) is present in the plug part, wherein at least one sensor for determining the at least one parameter is accommodated in the at least one flow channel, wherein the plug part has a profile on which at least one at least local pressure minimum is established in the flowing fluid medium, wherein the at least one outlet opening (132, 138) is arranged on the side of the plug part in the region of the at least one pressure minimum, characterized in that the plug part has, at least in the region of the inlet opening, a aerofoil-type profile which extends in a plane perpendicular to the plug-in direction of the plug part, which has a rounded incident-flow side and which is designed such that, with the plug part inserted into the flowing fluid medium, an asymmetric flow profile of the fluid medium with a high-pressure side and a low-pressure side is established, wherein the at least one outlet opening (132, 138) is arranged on the low-pressure side.
Shutter device for a front grille of a vehicle, comprising a frame, a plurality of flaps coupled in a pivoting manner to said frame and suitable for pivoting between an airflow blocking position and an open position, an actuator, and a transmitting part for transmitting the movement of the actuator to the flaps, whereby the transmitting part is coupled to each flap through a respective elastic claw, characterized in that the transmitting part is coupled to each flap through a respective elastic claw, such that if one of the flaps jams and cannot pivot when it goes from the blocking position to the open position, said flap is decoupled from the elastic claw of the transmitting part, allowing the rest of the flaps to pivot, each elastic claw being oriented such that the path it follows when it goes from the blocking position to the open position coincides with its path of decoupling from the respective flap, and the path it follows when it goes from the open position to the blocking position coincides with its path of coupling to the respective flap.
Composition that may be obtained by blending at least: a) a polyamide of AA BB type, obtained by polymerization of a diamine and of a dicarboxylic acid in which at least one of the said monomers has a number of carbon atoms greater than or equal to 8, chosen from the group consisting of polyamide 610, polyamide 612, polyamide 1010, polyamides 106 and polyamides 1212; b) a plasticizer of sulfonamide type of formula Phe-S(=O) 2 -NH 2 in which Phe is a phenyl group which comprises at least one benzene nucleus optionally substituted with at least one alkyl group, and c) comprising from 5% to 30% by weight of impact modifiers, relative to the total weight of the composition. a) a polyamide of AA BB type, obtained by polymerization of a diamine and of a dicarboxylic acid in which at least one of the said monomers has a number of carbon atoms greater than or equal to 8, chosen from the group consisting of polyamide 610, polyamide 612, polyamide 1010, polyamides 106 and polyamides 1212; b) a plasticizer of sulfonamide type of formula Phe-S(=O) 2 -NH 2 in which Phe is a phenyl group which comprises at least one benzene nucleus optionally substituted with at least one alkyl group, and c) comprising from 5% to 30% by weight of impact modifiers, relative to the total weight of the composition.