mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing comprising a first plate facing in a first direction, a second plate facing in a second direction opposite the first direction, and a side member having a first thickness in a third direction perpendicular to the first direction, while at least partially enclosing a space between the first plate and the second plate ; a display disposed between the first plate and the second plate within the housing; a printed circuit board disposed between the display and the second plate within the housing; and an inner structure having a second thickness in the first direction, wherein the inner structure comprises a flat portion extending from the side member and made of a metallic material which is the same as the side member, and a maximum value of the first thickness is greater than a maximum value of the second thickness, CHARACTERISED IN THAT the inner structure is disposed between the printed circuit board and the second plate within the housing, wherein both the display and printed circuit board are disposed between the inner structure and the first plate ; and the side member is a bent edge portion of 1 the inner structure formed through a pressing operation and CNC processing of a metal sheet and/or a metal plate 2 . 1 par. of the published application; 2 Par. of the published application. a housing comprising a first plate facing in a first direction, a second plate facing in a second direction opposite the first direction, and a side member having a first thickness in a third direction perpendicular to the first direction, while at least partially enclosing a space between the first plate and the second plate ; a display disposed between the first plate and the second plate within the housing; a printed circuit board disposed between the display and the second plate within the housing; and an inner structure having a second thickness in the first direction, wherein the inner structure comprises a flat portion extending from the side member and made of a metallic material which is the same as the side member, and a maximum value of the first thickness is greater than a maximum value of the second thickness, CHARACTERISED IN THAT the inner structure is disposed between the printed circuit board and the second plate within the housing, wherein both the display and printed circuit board are disposed between the inner structure and the first plate ; and the side member is a bent edge portion of 1 the inner structure formed through a pressing operation and CNC processing of a metal sheet and/or a metal plate 2 . 1 par. of the published application; 2 Par. of the published application.
Aircraft comprising an avionics bay separated from a second bay by a rear boundary and a transverse chassis for the avionics bay , said avionics bay being delimited by a primary structure and a floor , in which the transverse chassis comprises: - vertical rods (82.1 to 82.6), positioned in a first transverse plane (P1) and each comprising, at an upper end, a first connection (84.1) connected to an anchoring point provided at the floor and, at a lower end, a second connection (84.2) connected to an anchoring point provided at the primary structure , - first horizontal crossmembers (86.1 to 86.3) connecting the rods (82.1 to 82.6) in pairs, positioned in the first transverse plane (P1), - vertical uprights (88.1 to 88.6), positioned in a second transverse plane (P2) that is spaced apart from the first transverse plane (P1), - second horizontal crossmembers (90.1 to 90.3), connecting the uprights (88.1 to 88.6) in pairs, positioned in the second transverse plane (P2), - horizontal longerons oriented perpendicular to the first transverse plane (P1) and connecting the rods (82.1 to 82.6) and the uprights (88.1 to 88.6) in pairs, - the rods (82.1 to 82.6), the uprights (88.1 to 88.6), the first and second crossmembers (86.1 to 86.3, 90.1 to 90.3) and the longerons being arranged such that the transverse chassis forms a structure having square and/or rectangular voids. - vertical rods (82.1 to 82.6), positioned in a first transverse plane (P1) and each comprising, at an upper end, a first connection (84.1) connected to an anchoring point provided at the floor and, at a lower end, a second connection (84.2) connected to an anchoring point provided at the primary structure , - first horizontal crossmembers (86.1 to 86.3) connecting the rods (82.1 to 82.6) in pairs, positioned in the first transverse plane (P1), - vertical uprights (88.1 to 88.6), positioned in a second transverse plane (P2) that is spaced apart from the first transverse plane (P1), - second horizontal crossmembers (90.1 to 90.3), connecting the uprights (88.1 to 88.6) in pairs, positioned in the second transverse plane (P2), - horizontal longerons oriented perpendicular to the first transverse plane (P1) and connecting the rods (82.1 to 82.6) and the uprights (88.1 to 88.6) in pairs, - the rods (82.1 to 82.6), the uprights (88.1 to 88.6), the first and second crossmembers (86.1 to 86.3, 90.1 to 90.3) and the longerons being arranged such that the transverse chassis forms a structure having square and/or rectangular voids.
A fuel injector comprising; one or more elongate fuel passages having an elongate axis extending from an upstream inlet end to a downstream outlet end; one or more outlets at the outlet end extending obliquely with respect to the elongate axis; the elongate fuel passage defined by an inner skin of a double skinned pipe, the double skinned pipe defining a first annular cavity between the inner skin and outer skin; the inner skin and the outer skin converging adjacent the one or more outlets to form a nose ; a bridge arranged within the fuel passage and upstream of the nose , the bridge comprising a plurality of arms extending radially from a centre to a wall of the fuel passage, the centre arranged in axial alignment with a centre of the nose .
A vehicle superstructure for a vehicle , in particular a transport vehicle for the transport of agricultural or forestry goods , with a support structure extending in a longitudinal direction (L) and a stanchion structure arranged on the support structure with at least one pair of stanchions comprising two holding rods arranged transversely to the longitudinal direction (L) and spaced from one another in the form of stanchions for holding agricultural or forestry goods , wherein the vehicle superstructure comprises at least one detection device connected in a signal-conducting manner to a signaling device for detecting an object moving in the vicinity of the stanchion structure , wherein sensor data from the at least one detection device can be reported to the signaling device , wherein a warning signal can be output by the signaling device depending on the sensor data, characterized in that at least one crossbeam extending essentially perpendicular to the longitudinal direction (L) is arranged on the support structure , wherein the at least one crossbeam is arranged in the longitudinal direction (L) in front of or behind the at least one pair of stanchions , wherein the at least one detection device is arranged on the at least one crossbeam , wherein the at least one detection device is arranged in or on a beam end of the at least one crossbeam .
A louvered window having a cover device , which can assume an open and a closed state and which has a plurality of jointly rotatable, parallel slats , each having a slat axis of rotation , wherein the slat axis of rotation of each slat is arranged parallel to a window frame plane of the louvered window , wherein at least two of the slats are fixing slats , wherein one of the fixing slats is positioned in a first section in the vicinity of one end of the louvered window and a second of the fixing slats is positioned in a second section in the vicinity of an opposite end of the louvered window; wherein the covering device has an outer cover which is arranged parallel to the window frame plane of the louvered window in said open and closed states of the louvered window, wherein the outer cover is attached to the at least two fixing slats by means of fastening devices, and wherein the fastening devices have two geometric fixing axes which specify the rotational movement of the outer cover with respect to the slats of the louvered window . which can assume an open and a closed state and which has a plurality of jointly rotatable, parallel slats , each having a slat axis of rotation , wherein the slat axis of rotation of each slat is arranged parallel to a window frame plane of the louvered window , wherein at least two of the slats are fixing slats , wherein one of the fixing slats is positioned in a first section in the vicinity of one end of the louvered window and a second of the fixing slats is positioned in a second section in the vicinity of an opposite end of the louvered window; wherein the covering device has an outer cover which is arranged parallel to the window frame plane of the louvered window in said open and closed states of the louvered window, wherein the outer cover is attached to the at least two fixing slats by means of fastening devices, and wherein the fastening devices have two geometric fixing axes which specify the rotational movement of the outer cover with respect to the slats of the louvered window .
Display device (2-19) designed as an electronic price indicator plate, comprising + a storage stage for storing a product data record (PD1-PD3) received during communication with a base station over a first radio interface of the display device (2-19), wherein the storage stage comprises an availability data record (VD) linked to the product data record (PD), with which the availability of the product data record (PD) can be controlled, and + a second radio interface for communication, in particular for RFID or NFC communication, with a self-checkout device , + wherein the display device (2-19) is designed to process a self-checkout request received from a self-checkout device for the purpose of transmitting the product data record (PD) over the second radio interface , characterized in that the availability of the product data record (PD) concerns its quantitative availability, and the display device (2-19) is designed to check the availability data record (VD) to determine whether the product data record (PD) is quantitatively limited, and to process the request within the quantitative limit with said product data record (PD) and if the quantitative limit is exceeded, to process it with another product data record, or not at all, or in another way. + a storage stage for storing a product data record (PD1-PD3) received during communication with a base station over a first radio interface of the display device (2-19), wherein the storage stage comprises an availability data record (VD) linked to the product data record (PD), with which the availability of the product data record (PD) can be controlled, and + a second radio interface for communication, in particular for RFID or NFC communication, with a self-checkout device , + wherein the display device (2-19) is designed to process a self-checkout request received from a self-checkout device for the purpose of transmitting the product data record (PD) over the second radio interface , characterized in that the availability of the product data record (PD) concerns its quantitative availability, and the display device (2-19) is designed to check the availability data record (VD) to determine whether the product data record (PD) is quantitatively limited, and to process the request within the quantitative limit with said product data record (PD) and if the quantitative limit is exceeded, to process it with another product data record, or not at all, or in another way.
Connecting element for connecting at least two wall structural elements , wherein the one-piece connecting element formed, stamped and moulded from a sheet metal part comprising four surface parts , which each correspond to a quadrant I , II , III, IV and a web have the form of a double U which is formed from two offset and opposite U profiles which have a common web , wherein one profile consists of respectively two legs (5, 5.1, 6, 6.1) spaced apart by a web , which extend from the web in a perpendicular direction and in a direction facing away from one another by 180 degrees, wherein the connecting element is formed from a flat stamped part of sheet metal, which has a geometrical contour containing two spaced-apart stamped sections running on a continuous line from respectively one outer edge to the centre of the stamped part , which are arranged centrally to the contour of the connecting element and whose distance from one another forms a web width , which corresponds to the thickness of a wall structural element , wherein the web width , running in the perpendicular direction to the stamped sections forms the web of the connecting element , wherein respectively one bending line runs to the end of the two stamped sections running towards one another and perpendicular to these, which are arranged spaced apart parallel to a perpendicular centre line , wherein the two stamped sections and the two bending lines form four quadrants I, II, III, IV as surface parts wherein the quadrants I, II of the surface parts after chamfering each form a leg (5, 5.1) of the U profile and the quadrants III, IV of the surface parts after chamfering each form a leg (6, 6.1) of the U profile and the narrow web is formed between the two bending lines from the remaining surface part , wherein in each quadrant I-IV of a surface part at least one stamped hole (15, 15.1, 16, 16.1, 17, 17.1, 18, 18.1) is arranged, characterized in that the web of the connecting element is configured with a trough-shaped indentation which is arranged symmetrically in the web and wherein the length of the trough-shaped indentation corresponds to between 10% to 90% of the total length of the connecting element and that the stamped holes (16, 16.1, 17, 17.1) located in the quadrants II and III are provided with a depression (19, 19.1, 20, 20.1) wherein the depression (19, 19.1) of the at least one stamped hole (16, 16.1) in the quadrant II is arranged on the front side and the depression (20, 20.1) of the at least one stamped hole (17, 17.1) in the quadrant III is arranged on the rear side of the stamped part (7, 7.1, 7.2) so that the depressions (19, 19.1, 20, 20.1) in the finished bent state of the connecting element point from the operating side of a U profile to the inner side (54.1).
Rotor for an electrical machine, having at least one laminated core which has a multiplicity of magnet pockets arranged in succession in an axial direction of the rotor , in which magnet pockets there are received respective magnets which are fixed in the magnet pockets by means of a cured potting compound , wherein the magnet pockets are fluidically connected to one another via at least one distributor system which is formed in the laminated core and which has, for each magnet pocket , at least one filling channel fluidically connected to the respective magnet pocket , wherein the distributor system has at least one distributor channel which is common to the filling channels and which is fluidically connected to the filling channels , and wherein the cured potting compound extends continuously through the distributor system from magnet pocket to magnet pocket , wherein a first part of the respective magnet pocket is formed by a first individual lamination of the laminated core , and a second part , which directly adjoins the first part in the axial direction of the rotor , of the respective magnet pocket is formed by a second individual lamination , which directly adjoins the first individual lamination in the axial direction of the rotor , of the laminated core , the respective parts differ from one another in terms of their shapes and/or inner circumferences and thereby form at least one undercut of the respective magnet pocket , characterized in that the individual laminations are formed by identical lamination blanks and are arranged so as to be rotationally staggered with respect to one another in a circumferential direction of the rotor , and the respective magnet pocket has at least one protuberance extending in a radial direction of the rotor . a first part of the respective magnet pocket is formed by a first individual lamination of the laminated core , and a second part , which directly adjoins the first part in the axial direction of the rotor , of the respective magnet pocket is formed by a second individual lamination , which directly adjoins the first individual lamination in the axial direction of the rotor , of the laminated core , the respective parts differ from one another in terms of their shapes and/or inner circumferences and thereby form at least one undercut of the respective magnet pocket , characterized in that the individual laminations are formed by identical lamination blanks and are arranged so as to be rotationally staggered with respect to one another in a circumferential direction of the rotor , and the respective magnet pocket has at least one protuberance extending in a radial direction of the rotor .
Method for predicting squealing instabilities of a friction surface of a brake system, the method being implemented by computer and comprising a. an identification of N unstable modes around a point of static equilibrium, the unstable modes being defined respectively by N frequencies and N initial eigenvalues of N modes of the brake system; b. a modeling of the brake system using a linear model in which the nonlinear forces are linearized with respect to the displacement and the speed according to the degrees of freedom of the brake system; c. a simulation of an excitation of the brake system by imposing a displacement according to said degrees of freedom, the imposed displacement being in the form of a linear combination of N modal shapes, a modal shape corresponding to an unstable mode and being defined by a modal amplitude of variable level and one frequency among the N frequencies; d. a calculation (520-570) of an evolution of at least one complex eigenvalue of at least one state matrix of the linear model when the level of a modal amplitude of at least one modal shape varies; e. an identification of squeal instabilities of the brake system on the basis of complex eigenvalues calculated for the modal amplitude levels considered. a. an identification of N unstable modes around a point of static equilibrium, the unstable modes being defined respectively by N frequencies and N initial eigenvalues of N modes of the brake system; b. a modeling of the brake system using a linear model in which the nonlinear forces are linearized with respect to the displacement and the speed according to the degrees of freedom of the brake system; c. a simulation of an excitation of the brake system by imposing a displacement according to said degrees of freedom, the imposed displacement being in the form of a linear combination of N modal shapes, a modal shape corresponding to an unstable mode and being defined by a modal amplitude of variable level and one frequency among the N frequencies; d. a calculation (520-570) of an evolution of at least one complex eigenvalue of at least one state matrix of the linear model when the level of a modal amplitude of at least one modal shape varies; e. an identification of squeal instabilities of the brake system on the basis of complex eigenvalues calculated for the modal amplitude levels considered.
A method of preparing a composition comprising (i) a population of particles of an aripiprazole prodrug having a volume based particle size (Dv50) of between 50 and 700 nm as determined by light scattering techniques and (ii) at least one surface stabilizer comprising an adsorbed component which is adsorbed on the surface of the aripiprazole prodrug particles and a free component available for solubilisation of the aripiprazole prodrug, wherein the weight ratio of aripiprazole prodrug to surface stabilizer is between 10:1 and 26:1, and wherein the aripiprazole prodrug has the formula: where n is zero or an integer less than 20, wherein the at least one surface stabilizer is selected from the group consisting of carboxymethyl cellulose and a polyoxyethylene sorbitan fatty acid ester; the method comprising the following steps: (a) calculating a quantity of said at least one stabilizer to be added to the composition in order to ensure that both an adsorbed component and a free component of said stabilizer are present in the composition; (b) producing a population of aripiprazole prodrug particles having a volume based particle size (Dv50) of between 50 and 700 nm as determined by light scattering; and (c) combining the quantity of surface stabilizer with the population of aripiprazole prodrug particles, such that the adsorbed component of said surface stabilizer is adsorbed on the surface of the aripiprazole prodrug particles. where n is zero or an integer less than 20, wherein the at least one surface stabilizer is selected from the group consisting of carboxymethyl cellulose and a polyoxyethylene sorbitan fatty acid ester; the method comprising the following steps: (a) calculating a quantity of said at least one stabilizer to be added to the composition in order to ensure that both an adsorbed component and a free component of said stabilizer are present in the composition; (b) producing a population of aripiprazole prodrug particles having a volume based particle size (Dv50) of between 50 and 700 nm as determined by light scattering; and (c) combining the quantity of surface stabilizer with the population of aripiprazole prodrug particles, such that the adsorbed component of said surface stabilizer is adsorbed on the surface of the aripiprazole prodrug particles. (a) calculating a quantity of said at least one stabilizer to be added to the composition in order to ensure that both an adsorbed component and a free component of said stabilizer are present in the composition; (b) producing a population of aripiprazole prodrug particles having a volume based particle size (Dv50) of between 50 and 700 nm as determined by light scattering; and (c) combining the quantity of surface stabilizer with the population of aripiprazole prodrug particles, such that the adsorbed component of said surface stabilizer is adsorbed on the surface of the aripiprazole prodrug particles.
Domestic refrigerator, comprising a thermally insulated housing , a storage compartment intended for storing food and/or beverages and contained within the thermally insulated housing , a cooling device configured to cool the storage compartment , and a camera adapted to take at least one picture from the interior of the storage compartment , the camera comprising - a hood- or cup-shaped housing having an open end , - a carrier which comprises a first surface and a second surface and is fixed to the housing in order to close the open end , the housing and the carrier enclosing an interior space and the first surface of the carrier facing towards the interior space , and - an image sensor located inside the interior space and attached to the first surface of the carrier , at least a portion of the housing opposite to the image sensor being at least semi-transparent allowing the image sensor to take pictures through this portion of the housing , and the second surface of the carrier being casted in order to seal off the housing , the refrigerator being characterized in that the housing is a one-piece housing. - a hood- or cup-shaped housing having an open end , - a carrier which comprises a first surface and a second surface and is fixed to the housing in order to close the open end , the housing and the carrier enclosing an interior space and the first surface of the carrier facing towards the interior space , and - an image sensor located inside the interior space and attached to the first surface of the carrier , at least a portion of the housing opposite to the image sensor being at least semi-transparent allowing the image sensor to take pictures through this portion of the housing , and the second surface of the carrier being casted in order to seal off the housing , the refrigerator being characterized in that the housing is a one-piece housing.