mhurhangee/ep-ind-claims huggingface dataset:
A lifter structure including a cylindrical member configured to be reciprocally slid in a guide hole (95, 95E) of a lifter guide (91, 91E) according to rotation of a cam (70, 70E) and provided with an engagement groove (22A, 22B) and a rotation-preventing member which is separate from the cylindrical member and is disposed so as to face an interior of the guide hole (95, 95E), the rotation-preventing member being inserted into the engagement groove (22A, 22B) to abut against a groove edge of the engagement groove (22A, 22B) in a rotation direction of the cylindrical member, thereby preventing the cylindrical member from rotation in the guide hole (95, 95E), wherein: the cylindrical member has a cylindrical peripheral wall formed with the engagement groove (22A, 22B); and the peripheral wall of the cylindrical member has an edge which is continuous with a uniform level over a whole periphery except for an opening of the engagement groove (22A, 22B), characterized in that: the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions (41A, 41B) protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves (22A, 22B) are provided in two ends of the cylindrical member to be located at positions where the insertion portions (41A, 41B) are insertable into the engagement grooves (22A, 22B), respectively. the cylindrical member has a cylindrical peripheral wall formed with the engagement groove (22A, 22B); and the peripheral wall of the cylindrical member has an edge which is continuous with a uniform level over a whole periphery except for an opening of the engagement groove (22A, 22B), characterized in that: the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions (41A, 41B) protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves (22A, 22B) are provided in two ends of the cylindrical member to be located at positions where the insertion portions (41A, 41B) are insertable into the engagement grooves (22A, 22B), respectively. the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions (41A, 41B) protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves (22A, 22B) are provided in two ends of the cylindrical member to be located at positions where the insertion portions (41A, 41B) are insertable into the engagement grooves (22A, 22B), respectively.
Controlled deformability partition wall comprising the following features: - a frame defined by several metallic profiles as floor profiles and as ceiling profiles which are suitable to host inside itself arms, which are connected to the said profiles with cylindrical sliding coupling and panels preferably made of glass, - a plurality of pairs of abovementioned arms with a sliding cylindrical coupling to said metal profiles, which are suitable to support PADs and containment elements, - a plurality of said viscoelastic elastomer PADs arranged on said metal profile, preferably on the floor, which are suitable to interact with said glass panels to dissipate vibration energy, - a plurality of containment elements arranged on the metal profile, preferably at the ceiling and on the uprights, suitable for containing transversal displacements of said preferably glass panels, - a plurality of height-adjustable skids made with a low friction coefficient material, which is placed inside said horizontal floor profile, enable the levelling and the longitudinal sliding of the said panel, which are preferably glass made, and - a plurality of sliding skids, which are placed within the abovementioned horizontal metal profile at the ceiling and fixed together with said metal C-profile at the ceiling, are suitable to allow the longitudinal sliding and to avoid the transversal displacement of the mentioned metal profile preventing the overturning of the partition wall, with panels preferably glass made, when they work under the dynamic actions of a vibratory phenomenon. - a frame defined by several metallic profiles as floor profiles and as ceiling profiles which are suitable to host inside itself arms, which are connected to the said profiles with cylindrical sliding coupling and panels preferably made of glass, - a plurality of pairs of abovementioned arms with a sliding cylindrical coupling to said metal profiles, which are suitable to support PADs and containment elements, - a plurality of said viscoelastic elastomer PADs arranged on said metal profile, preferably on the floor, which are suitable to interact with said glass panels to dissipate vibration energy, - a plurality of containment elements arranged on the metal profile, preferably at the ceiling and on the uprights, suitable for containing transversal displacements of said preferably glass panels, - a plurality of height-adjustable skids made with a low friction coefficient material, which is placed inside said horizontal floor profile, enable the levelling and the longitudinal sliding of the said panel, which are preferably glass made, and - a plurality of sliding skids, which are placed within the abovementioned horizontal metal profile at the ceiling and fixed together with said metal C-profile at the ceiling, are suitable to allow the longitudinal sliding and to avoid the transversal displacement of the mentioned metal profile preventing the overturning of the partition wall, with panels preferably glass made, when they work under the dynamic actions of a vibratory phenomenon.
Method for detecting manipulation of an apparatus, which has a recording device and a movement sensor and is installed in a motor vehicle, for recording a movement-dependent variable of the motor vehicle, wherein the movement sensor transmits movement signals to the recording device, characterized in that the movement sensor captures a sensor temperature of the movement sensor, and in that the captured sensor temperature is compared with a sensor temperature to be expected in relation to a correct installation location of the movement sensor in the motor vehicle, wherein the sensor temperature to be expected is stored as a reference value in the recording device and/or in a monitoring device coupled to the recording device, and in that the movement sensor captures, over a particular time period, a plurality of sensor temperatures that produce a temperature profile over this time period, in that the captured temperature profile is compared with a temperature profile to be expected, and in that a fault signal is generated if the captured temperature profile deviates from the temperature profile to be expected, and in that the movement sensor is arranged in a vehicle transmission of the motor vehicle, and so the captured sensor temperature corresponds to a transmission temperature of the vehicle transmission.
A method for producing an aqueous suspension concentrate formulation of a compound of formula I in the form of fine particles having a volume average diameter of not more than 10 pm; containing the compound of formula I, at least one surfactant and water, which method comprises: a) providing an aqueous slurry of coarse particles of the compound of the formula I, where at least 50% by weight of the compound of the formula I, based on the total amount of the compound of the formula I, is present in its crystalline form B, which, in an X-ray powder diffractogram at 25° C and CuKα radiation, shows the following reflexes, given as 2θ values: 8.0 ± 0.2 °, 9.5 ± 0.2°, 10.7 ± 0.2°, 11.0 ± 0.2°, 11.2 ± 0.2°, 11.7 ± 0.2°, 14.2 ± 0.2°, 15.6 ±0.2°, 16.5 ± 0.2°, 17.7 ± 0.2°, 21.5 ± 0.2° and where the coarse particles have a volume average particle diameter in the range from 10 pm to 1000 pm; b) comminuting the coarse particles in the slurry of the compound of formula I, which is at least partially present in its form B, in the presence of the at least one surfactant to a volume average particle diameter of not more than 10 pm. a) providing an aqueous slurry of coarse particles of the compound of the formula I, where at least 50% by weight of the compound of the formula I, based on the total amount of the compound of the formula I, is present in its crystalline form B, which, in an X-ray powder diffractogram at 25° C and CuKα radiation, shows the following reflexes, given as 2θ values: 8.0 ± 0.2 °, 9.5 ± 0.2°, 10.7 ± 0.2°, 11.0 ± 0.2°, 11.2 ± 0.2°, 11.7 ± 0.2°, 14.2 ± 0.2°, 15.6 ±0.2°, 16.5 ± 0.2°, 17.7 ± 0.2°, 21.5 ± 0.2° and where the coarse particles have a volume average particle diameter in the range from 10 pm to 1000 pm; b) comminuting the coarse particles in the slurry of the compound of formula I, which is at least partially present in its form B, in the presence of the at least one surfactant to a volume average particle diameter of not more than 10 pm.
Civil engineering machine for creating a hole in the soil comprising: - a device frame, - holding means at an upper area of the device frame to support the civil engineering machine on a support cable or a support bar, - excavating means comprising at least an excavating element which can be rotatably driven and is arranged at a lower end portion on the device frame and configured to remove soil material, - a drive arranged on the device frame for rotatably driving the at least one excavating element and - suction means to suck upwards excavated soil material together with a liquid being in the hole by means of a suction line, wherein the suction means comprises at least one suction opening at the lower end portion of the device frame and a suction pump arranged on the device frame, - wherein the suction line leads to a distribution unit which is arranged on the device frame and to which a discharge line leading upwards and a return line to return a part of the sucked-up liquid to the lower end portion of the device frame are connected, - wherein the distribution unit comprises a sieve characterized in that - the sieve is configured for passage of liquid comprising smaller excavated soil material either to the return line or to the discharge line, - wherein the sieve is configured for passage of a first substream of liquid comprising smaller excavated soil material to the return line, wherein bigger soil particles which cannot pass through the sieve can be discharged upwards in a second substream by means of the suction pump together with liquid via the discharge line. - a device frame, - holding means at an upper area of the device frame to support the civil engineering machine on a support cable or a support bar, - excavating means comprising at least an excavating element which can be rotatably driven and is arranged at a lower end portion on the device frame and configured to remove soil material, - a drive arranged on the device frame for rotatably driving the at least one excavating element and - suction means to suck upwards excavated soil material together with a liquid being in the hole by means of a suction line, wherein the suction means comprises at least one suction opening at the lower end portion of the device frame and a suction pump arranged on the device frame, - wherein the suction line leads to a distribution unit which is arranged on the device frame and to which a discharge line leading upwards and a return line to return a part of the sucked-up liquid to the lower end portion of the device frame are connected, - wherein the distribution unit comprises a sieve characterized in that - the sieve is configured for passage of liquid comprising smaller excavated soil material either to the return line or to the discharge line, - wherein the sieve is configured for passage of a first substream of liquid comprising smaller excavated soil material to the return line, wherein bigger soil particles which cannot pass through the sieve can be discharged upwards in a second substream by means of the suction pump together with liquid via the discharge line.
A laundry washing machine equipped with an anti-flooding safety device (20; 120), said laundry washing machine comprising: - a cabinet supporting a washing drum adapted to receive laundry and a washing tub externally arranged with respect to said washing drum; - a water supply unit suited to supply water into said washing tub, said water supply unit being fixedly associated to said cabinet and comprising at least one water supply inlet; said anti-flooding safety device (20; 120) comprising a duct having at least one inner hose for supplying water from an external supply line to said at least one water supply inlet of said water supply unit and at least one outer hose surrounding said inner hose such that a gap is defined between said hoses (25, 26) for withholding inside it possible leaking water, said inner hose extending longitudinally between a proximal end and a distal end and said outer hose extending longitudinally between a proximal end and a distal end, characterised in that said anti-flooding safety device (20; 120) comprises a first connector for the connection of said distal ends (25a, 26a) of said hoses (25, 26) to said laundry washing machine, said first connector comprising: - a supplying water conveying line comprising a first inlet for the connection to said distal end of said inner hose and a first conduit portion for the connection to said at least one water inlet of said water supply unit, said supplying water conveying line fluidly connecting said inner hose to said water supply unit; - a leaking water conveying line comprising a second inlet for the connection to said distal end of said outer hose and a second conduit portion for the adduction of said leaking water inside said cabinet, said leaking water conveying line fluidly connecting said gap to the inside of said cabinet. - a cabinet supporting a washing drum adapted to receive laundry and a washing tub externally arranged with respect to said washing drum; - a water supply unit suited to supply water into said washing tub, said water supply unit being fixedly associated to said cabinet and comprising at least one water supply inlet; - a supplying water conveying line comprising a first inlet for the connection to said distal end of said inner hose and a first conduit portion for the connection to said at least one water inlet of said water supply unit, said supplying water conveying line fluidly connecting said inner hose to said water supply unit; - a leaking water conveying line comprising a second inlet for the connection to said distal end of said outer hose and a second conduit portion for the adduction of said leaking water inside said cabinet, said leaking water conveying line fluidly connecting said gap to the inside of said cabinet.
A thermoplastic molding composition consisting of: A a mixture of at least one polyamide A1, at least one polyphenylene ether A2 and optionally a compatibilizer A3 and optionally an olefinic and/or vinylaromatic polymer A4; B 10 to 40% by weight of glass filler, the glass composition of which comprises at least 10.0% by weight of boron oxide and at most 15% by weight for the sum of magnesium oxide and calcium oxide; C 20 to 50% by weight of salts of titanic acids, salts of stannic acids, salts of zirconic acids or mixtures thereof; D 1 to 8% by weight of LDS additive; E 0 to 5% by weight of additives other than components A, B, C and D; wherein 80 to 100% by weight of mixture A consists of a mixture M of components A1, A2 and A3 and 0 to 20% by weight of component A4, in each case based on the sum of components M and A4, and wherein the sum of components M and A4 gives 100% by weight of mixture A; and where the mixture M consists of 36 to 92% by weight of component A2, 8 to 60% by weight of component A1 and 0 to 4% by weight of component A3, in each case based on the sum of components A1 to A3, and where the sum of components A1 to A3 gives 100% by weight of the mixture M; and wherein the sum of B and C is in the range from 35 to 70% by weight, based on the sum of components A to E; and wherein the sum of components A to E gives 100% by weight of the molding composition. A a mixture of at least one polyamide A1, at least one polyphenylene ether A2 and optionally a compatibilizer A3 and optionally an olefinic and/or vinylaromatic polymer A4; B 10 to 40% by weight of glass filler, the glass composition of which comprises at least 10.0% by weight of boron oxide and at most 15% by weight for the sum of magnesium oxide and calcium oxide; C 20 to 50% by weight of salts of titanic acids, salts of stannic acids, salts of zirconic acids or mixtures thereof; D 1 to 8% by weight of LDS additive; E 0 to 5% by weight of additives other than components A, B, C and D; wherein 80 to 100% by weight of mixture A consists of a mixture M of components A1, A2 and A3 and 0 to 20% by weight of component A4, in each case based on the sum of components M and A4, and wherein the sum of components M and A4 gives 100% by weight of mixture A; and where the mixture M consists of 36 to 92% by weight of component A2, 8 to 60% by weight of component A1 and 0 to 4% by weight of component A3, in each case based on the sum of components A1 to A3, and where the sum of components A1 to A3 gives 100% by weight of the mixture M; and wherein the sum of B and C is in the range from 35 to 70% by weight, based on the sum of components A to E; and wherein the sum of components A to E gives 100% by weight of the molding composition.
A method of selecting data items in a mobile terminal (112, 114, 116, 118, 204, 402, 600, 900) through an encounter with a transponder (102, 104, 106, 108), wherein the mobile terminal has a plurality of data items stored therein, the method comprising: (a) activating a transponder, having at least an identifier and content data associated therewith, via a wireless signal transmitted by the mobile terminal, said identifier associated with at least one application; (b) receiving at least the identifier and the content data from the activated transponder at the mobile terminal when the mobile terminal is physically located within a wireless transmission range of the transponder; characterized by (c) selecting one or more of the plurality of stored data items and invoking the at least one application, based on the application's association with said identifier, according to one or more criteria, including at least one of: (i) the received identifier, (ii) one or more conditions associated with the stored data items, or (iii) one or more conditions set by the user of the mobile terminal. (a) activating a transponder, having at least an identifier and content data associated therewith, via a wireless signal transmitted by the mobile terminal, said identifier associated with at least one application; (b) receiving at least the identifier and the content data from the activated transponder at the mobile terminal when the mobile terminal is physically located within a wireless transmission range of the transponder; characterized by (c) selecting one or more of the plurality of stored data items and invoking the at least one application, based on the application's association with said identifier, according to one or more criteria, including at least one of: (i) the received identifier, (ii) one or more conditions associated with the stored data items, or (iii) one or more conditions set by the user of the mobile terminal. (i) the received identifier, (ii) one or more conditions associated with the stored data items, or (iii) one or more conditions set by the user of the mobile terminal.
A computer-implemented method for determining a device type, the computer-implemented method comprising the steps of: receiving at least one data stream for one or more first devices (110 - 117) having an unknown device type connected to one or more local networks; creating at least one functional group from behavioral data of second devices (110 - 117) having a known device type; creating a behavior profile for the at least one functional group; determining behavioral data from the at least one data stream for the one or more first devices (110 - 117); determining a similarity between the behavioral data of the one or more first devices (110 - 117) and the behavior profile of the at least one functional group; and in response to determining that the similarity exceeds a predetermined or configurable threshold, assigning a device type associated with the at least one functional group to the one or more first devices (110 - 117). receiving at least one data stream for one or more first devices (110 - 117) having an unknown device type connected to one or more local networks; creating at least one functional group from behavioral data of second devices (110 - 117) having a known device type; creating a behavior profile for the at least one functional group; determining behavioral data from the at least one data stream for the one or more first devices (110 - 117); determining a similarity between the behavioral data of the one or more first devices (110 - 117) and the behavior profile of the at least one functional group; and in response to determining that the similarity exceeds a predetermined or configurable threshold, assigning a device type associated with the at least one functional group to the one or more first devices (110 - 117).
A radiation delivery apparatus (20;30) comprising a radiation modulating assembly comprising a modulator wheel, said modulator wheel being shaped as a rim defining the circumference of a circle or an elliptic shape, and having varying thickness around the circumference, said modulator wheel being arranged in such a way that a beam traveling from a radiation source to a patient will intersect the rim of the modulator wheel, said wheel being arranged to rotate in such a way that the beam will intersect the rim in varying positions around the circumference, said apparatus further comprising a support (23;31) arranged to hold a patient during treatment, characterized in that the support is a chair in which the patient may be seated during treatment, said chair being arranged to rotate around a first axis (a c) so that during treatment the beam will enter the patient from different angles in a horizontal plane.