mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a curved composite glass panel with an embedded curved coherent display, the composite glass panel having a first curved glass layer and a second curved glass layer, wherein the display has a display layer and an electronics layer, wherein the display layer and the electronics layer are shaped differently, wherein the display layer has a first layer thickness and the electronics layer has a second layer thickness, wherein a first intermediate film is arranged between the electronics layer and the second glass layer, which first intermediate film has the same area as the electronics layer and has a third layer thickness, and wherein a second intermediate film is arranged adjacent the electronics layer and the first intermediate film, which second intermediate film has a layer thickness equal to the sum of the second layer thickness and the third layer thickness, and wherein a third intermediate film is arranged adjacent the display layer, which third intermediate film has a layer thickness roughly corresponding to the first layer thickness, wherein the composite glass panel further has a first bonding layer between the first glass layer and the third intermediate film and between the first glass layer and the display layer, and has a second bonding layer between the second glass layer and the first intermediate film and between the second glass layer and the second intermediate film, having the steps - Obtaining the first curved glass layer and the second curved glass layer, - Obtaining a non-curved coherent display, - Arranging the display obtained between the curved glass layers (10, 20) such that the third intermediate film is arranged adjacent the display layer, and such that the second intermediate film is arranged adjacent the electronics layer and the first intermediate film, wherein the first bonding layer is arranged above the display layer, and wherein the second bonding layer is arranged below the first intermediate film, - Warming the assembly at least in the region of the display at a temperature of 50 °C - 100 °C such that, under the influence of the warming, the display layer and the electronics layer bend and adapt to the curve of the first glass layer or second glass layer, - Bonding the arranged curved layers by means of an autoclave. - Obtaining the first curved glass layer and the second curved glass layer, - Obtaining a non-curved coherent display, - Arranging the display obtained between the curved glass layers (10, 20) such that the third intermediate film is arranged adjacent the display layer, and such that the second intermediate film is arranged adjacent the electronics layer and the first intermediate film, wherein the first bonding layer is arranged above the display layer, and wherein the second bonding layer is arranged below the first intermediate film, - Warming the assembly at least in the region of the display at a temperature of 50 °C - 100 °C such that, under the influence of the warming, the display layer and the electronics layer bend and adapt to the curve of the first glass layer or second glass layer, - Bonding the arranged curved layers by means of an autoclave.
A control device of an electronic component mounting machine, which is configured to control an operation of a mounting head when an electronic component is mounted on a printed circuit board including multiple divided boards by using the mounting head having multiple suction nozzles, wherein the control device is configured to set some of the multiple divided boards within the printed circuit board as one group based on positions of the multiple suction nozzles and positions of the multiple divided boards within the printed circuit board, such that a difference between an interval between suction nozzles and an interval between the divided boards within the one group is minimized, and the multiple suction nozzles are configured to hold electronic components to be mounted on the divided boards within the one group at the same time, and the control device is configured to store mounting position data of one reference divided board among the multiple divided boards within the one group, offset data with respect to the one reference divided board of the remaining divided boards of the multiple divided boards within the one group, and an order for mounting the electronic components to be held by the multiple suction nozzles.
A member for centering a cable inside a spare wheel of a motor vehicle, said centering member comprising: - a centering body, of which a lateral face portion can be received in a complementary portion (22, 34) of the spare wheel and which comprises: -- an axial through hole for the passage of the cable; -- and an open-ended axial slit for introducing the cable into the axial hole which extends radially from the lateral face of the centering body to the axial hole; the centering member being characterized in that it further comprises a part for retaining the cable inside the axial hole by at least partially closing the slit for introducing the cable. - a centering body, of which a lateral face portion can be received in a complementary portion (22, 34) of the spare wheel and which comprises: -- an axial through hole for the passage of the cable; -- and an open-ended axial slit for introducing the cable into the axial hole which extends radially from the lateral face of the centering body to the axial hole; -- an axial through hole for the passage of the cable; -- and an open-ended axial slit for introducing the cable into the axial hole which extends radially from the lateral face of the centering body to the axial hole;
A plant growing cabinet comprising • a body, • at least one tray with a perforated base, suitable for placing therein a turf mixture enabling cultivated plants to grow, • at least one plant growth unit in which, during watering of the plants, nutrition liquid is transmitted into the unit, the liquid passing through perforations of the at least one tray placed in the unit, entering the tray and humidifying the turf mixture, • a lid placed on the tray, enabling forming the relative humidity conditions suitable for germination of plants by entrapping the liquid evaporating from the turf mixture in the volume in between itself and the tray, • at least one fan enabling air circulation in the body and • characterized by • at least one vent cover provided on the lid, enabling the user to adjust air flow rate therethrough by having an open position allowing air to pass therethrough and a closed position blocking air passage, • at least one imaging device positioned so as to view the lid from above, • a control unit to which visual data received from the imaging device is transmitted, comparing the transmitted data with the data saved in its memory by the producer, activating the fan upon determining condensation on the lid and controlling the fan speed. • a body, • at least one tray with a perforated base, suitable for placing therein a turf mixture enabling cultivated plants to grow, • at least one plant growth unit in which, during watering of the plants, nutrition liquid is transmitted into the unit, the liquid passing through perforations of the at least one tray placed in the unit, entering the tray and humidifying the turf mixture, • a lid placed on the tray, enabling forming the relative humidity conditions suitable for germination of plants by entrapping the liquid evaporating from the turf mixture in the volume in between itself and the tray, • at least one fan enabling air circulation in the body and • characterized by • at least one vent cover provided on the lid, enabling the user to adjust air flow rate therethrough by having an open position allowing air to pass therethrough and a closed position blocking air passage, • at least one imaging device positioned so as to view the lid from above, • a control unit to which visual data received from the imaging device is transmitted, comparing the transmitted data with the data saved in its memory by the producer, activating the fan upon determining condensation on the lid and controlling the fan speed.
An oil soluble reaction product, useful as a lubricating oil additive, comprising the product of: a) an oil soluble ethylene-alpha olefin copolymer comprising from 10 to less than 80 weight % ethylene and greater than 20 up to 90 weight % of at least one C 3 to C 28 alpha olefin, having a number average molecular weight from 5,000 to 120,000 and grafted with 0.5 to 5 weight % of an ethylenically unsaturated acylating agent having at least one carboxylic acid group or anhydride group, with b) a hydrocarbyl substituted poly(oxyalkylene) monoamine of the formula: R 1 -(O-CHR 2 -CHR 3) x -A wherein R 1 is a hydrocarbyl group having from 1 to 35 carbon atoms; R 2 and R 3 are each independently hydrogen, methyl, or ethyl and each R 2 and R 3 are independently selected in each - O-CHR 2 -CHR 3 - unit; A is amino, -CH 2 amino or N-alkyl amino having 1 to 10 carbon atoms; and x is an integer from 2 to 45. a) an oil soluble ethylene-alpha olefin copolymer comprising from 10 to less than 80 weight % ethylene and greater than 20 up to 90 weight % of at least one C 3 to C 28 alpha olefin, having a number average molecular weight from 5,000 to 120,000 and grafted with 0.5 to 5 weight % of an ethylenically unsaturated acylating agent having at least one carboxylic acid group or anhydride group, with b) a hydrocarbyl substituted poly(oxyalkylene) monoamine of the formula: R 1 -(O-CHR 2 -CHR 3) x -A wherein R 1 is a hydrocarbyl group having from 1 to 35 carbon atoms; R 2 and R 3 are each independently hydrogen, methyl, or ethyl and each R 2 and R 3 are independently selected in each - O-CHR 2 -CHR 3 - unit; A is amino, -CH 2 amino or N-alkyl amino having 1 to 10 carbon atoms; and x is an integer from 2 to 45. R 1 is a hydrocarbyl group having from 1 to 35 carbon atoms; R 2 and R 3 are each independently hydrogen, methyl, or ethyl and each R 2 and R 3 are independently selected in each - O-CHR 2 -CHR 3 - unit; A is amino, -CH 2 amino or N-alkyl amino having 1 to 10 carbon atoms; and x is an integer from 2 to 45.
A computer-implemented method for processing a message comprising the steps of receiving the message for encryption; and encrypting the message by applying a monoid algebra based homomorphic encryption scheme with a key to obtain an encrypted message, characterized in that the encryption scheme transforms a monoid homomorphic cryptosystem into a ring homomorphic encryption scheme starting with the input data: (G, H, E, D) as the monoid homomorphic encryption scheme, wherein: G and H are monoids, E is an encryption algorithm of the monoid homomorphic encryption scheme, and D is a decryption algorithm of the monoid homomorphic encryption scheme, χ:H → A is a nontrivial R-character, a ring R and an R-algebra A, S is a set of values of χ in A, r is part of a fixed tuple (r 1,..., r k) ∈ R k, where k ≥ 1, such that elements of the form ∑ r i s i and s i ∈ S is A, and algorithms (R, A, Enc, Dec), wherein: R is a ring, for a plaintext m e A, let (h 1,..., h k) ∈ H k such that m = ∑r i χ(h i), Enc is an encryption algorithm where Enc(m) = ∑r i [E(h i)], and Dec is a decryption algorithm where Dec(∑ g∈G a g [g]) = ∑ g∈G a g χ(D(g)), wherein a subsequent decryption algorithm behaves homomorphically to both addition and multiplication operations. (G, H, E, D) as the monoid homomorphic encryption scheme, wherein: G and H are monoids, E is an encryption algorithm of the monoid homomorphic encryption scheme, and D is a decryption algorithm of the monoid homomorphic encryption scheme, G and H are monoids, E is an encryption algorithm of the monoid homomorphic encryption scheme, and D is a decryption algorithm of the monoid homomorphic encryption scheme, χ:H → A is a nontrivial R-character, a ring R and an R-algebra A, S is a set of values of χ in A, r is part of a fixed tuple (r 1,..., r k) ∈ R k, where k ≥ 1, such that elements of the form ∑ r i s i and s i ∈ S is A, and algorithms (R, A, Enc, Dec), wherein: R is a ring, for a plaintext m e A, let (h 1,..., h k) ∈ H k such that m = ∑r i χ(h i), Enc is an encryption algorithm where Enc(m) = ∑r i [E(h i)], and Dec is a decryption algorithm where Dec(∑ g∈G a g [g]) = ∑ g∈G a g χ(D(g)), R is a ring, for a plaintext m e A, let (h 1,..., h k) ∈ H k such that m = ∑r i χ(h i), Enc is an encryption algorithm where Enc(m) = ∑r i [E(h i)], and Dec is a decryption algorithm where Dec(∑ g∈G a g [g]) = ∑ g∈G a g χ(D(g)),
Stirring device comprising a stirring blade shaft driven by drive means, the stirring blade shaft being guided with respect to a body by a bearing, the stirring device further comprising a seal secured to the body and in contact, in a first position called operating position, with the ball joint having a spherical shape or an so as to seal against a fluid that is to be stirred contained in a tank, in which: - the seal is mounted on a seal support, - the device comprises actuating means able to cause a translational movement of the ball joint and/or of the seal support along the axis of the stirrer blade shaft, towards a second position called maintenance position, in which it is possible to remove the seal retaining system without it being necessary to empty the tank, characterized in that the seal support comprises a contact zone, and sealing is obtained through contact between the spherical surface of the ball joint and the contact zone. - the seal is mounted on a seal support, - the device comprises actuating means able to cause a translational movement of the ball joint and/or of the seal support along the axis of the stirrer blade shaft, towards a second position called maintenance position, in which it is possible to remove the seal retaining system without it being necessary to empty the tank,
A torque limiting device (51, 151, 251) for a fishing reel configured to limit torque to be transmitted to a level winding mechanism for reciprocating a fishing line guide member along a rotational shaft of a spool in conjunction with rotation of the spool, comprising: a shaft member (33, 35b) rotatable by the torque; a first cam portion (53, 153, 253) rotatably mounted to the shaft member (33, 35b); characterised in that the torque limiting device comprises a second cam portion (59, 159, 259) mounted to the shaft member (33, 35b) so as to be unitarily rotatable therewith and movable along an axial direction of the shaft member (33, 35b), the second cam portion (59, 159, 259) being configured to enable torque transmission between the first cam portion (53, 153, 253) and the second cam portion (59, 159, 259) when engaged with the first cam portion (53, 153, 253) so as to be unitarily rotatable therewith, the second cam portion (59, 159, 259) being configured to disable torque transmission between the first cam portion (53, 153, 253) and the second cam portion (59, 159, 259) when disengaged and separated away from the first cam portion (53, 153, 253) along the axial direction; and an urging member (67, 167) urging the second cam portion (59, 159, 259) toward the first cam portion (53, 153, 253). a shaft member (33, 35b) rotatable by the torque; a first cam portion (53, 153, 253) rotatably mounted to the shaft member (33, 35b); characterised in that the torque limiting device comprises a second cam portion (59, 159, 259) mounted to the shaft member (33, 35b) so as to be unitarily rotatable therewith and movable along an axial direction of the shaft member (33, 35b), the second cam portion (59, 159, 259) being configured to enable torque transmission between the first cam portion (53, 153, 253) and the second cam portion (59, 159, 259) when engaged with the first cam portion (53, 153, 253) so as to be unitarily rotatable therewith, the second cam portion (59, 159, 259) being configured to disable torque transmission between the first cam portion (53, 153, 253) and the second cam portion (59, 159, 259) when disengaged and separated away from the first cam portion (53, 153, 253) along the axial direction; and an urging member (67, 167) urging the second cam portion (59, 159, 259) toward the first cam portion (53, 153, 253).
Apparatus for electromechanical energy conversion between a drive side and an output side of the apparatus, comprising a rotation mechanism by means of which a rotational movement of a rotation member can be converted into a superimposed linear and tilting movement of a coupler, the rotation member being connectable or connected to the region of a first end of the said coupler, and comprising at least one actuator system (13, 15, 16, 20) which is connectable or connected to a region of a second end of the coupler and which drives the superimposed linear and tilting movement of the coupler or is driven by this movement, wherein the at least one actuator system (13, 15, 16, 20) is provided with at least one actuator element (17, 17a-17d), and a deformation at the at least one actuator element (17, 17a-17d) of the actuator system (13, 15, 16, 20) causes the energy conversion or is caused by this energy conversion, characterized in that the actuator system (13, 15, 16, 20) forms at least one push/tilt actuator.
A pump comprising: two pistons (32,34), each piston (32,34) having a first side exposed to a support pressure and a second side exposed to a respective one of two annular chambers (42,44), the annular chambers (42,44) being pressurized greater than the support pressure, characterized in that the pistons (32,34) comprise opposing pistons disposed in a common cylindrical bore, whereby the first sides of the pistons face each other such that a support pressure chamber capable of accepting fluid from a pressure source is created within said cylindrical bore between said first sides of said pistons (32, 34), and wherein the annular chambers are in fluid communication with each other such that in response to displacement of the pistons (32, 34), fluid is discharged from one annular chamber (42,44) and received into the other annular chamber (42,44). two pistons (32,34), each piston (32,34) having a first side exposed to a support pressure and a second side exposed to a respective one of two annular chambers (42,44), the annular chambers (42,44) being pressurized greater than the support pressure, characterized in that the pistons (32,34) comprise opposing pistons disposed in a common cylindrical bore, whereby the first sides of the pistons face each other such that a support pressure chamber capable of accepting fluid from a pressure source is created within said cylindrical bore between said first sides of said pistons (32, 34), and wherein the annular chambers are in fluid communication with each other such that in response to displacement of the pistons (32, 34), fluid is discharged from one annular chamber (42,44) and received into the other annular chamber (42,44).
Doubly fed electric motor, comprising a stator, a rotor, and a control device which is arranged at the rotor, wherein the stator is adapted to induce electromotive force into the rotor during operation, and wherein the rotor has no less than three rotor windings, into which electromotive force is induceable, and which are electrically connected to the control device, and wherein the stator has no less than three stator windings, and the control device is adapted to vary the power factor based on and using the induced electromotive force in the rotor, and to vary or adjust at least one of: • electric currents in the rotor windings, • and/or the angle of rotor magnetic flux vector, characterized in that the control device is adapted to vary the phase, frequency, and/or the magnitude/amplitude of the rotor current using electromotive force induced to the rotor in such a way to achieve an optimum angle of 90° between the rotor magnetic flux vector and the stator magnetomotive force vector. • electric currents in the rotor windings, • and/or the angle of rotor magnetic flux vector,
An anastomotic connector (10; 200; 300) comprising: a generally tubular main body (12; 212; 312) having a distal end (18; 218) and a proximal end (16; 216); and an anchor member (20; 220; 320) integrally formed with the main body (12; 212; 312) at the distal end (18; 218) thereof, characterised in that said anchor member (20; 220; 320) comprising first (30; 230; 330) and second (26; 226; 326) opposing self-expanding annular flanges movable between a loaded position and an expanded position, said first (30; 230; 330) and second (26; 226; 326) opposing self-expanding annular flanges configured to engage respectively an inner surface of a vessel wall (329, 331) and an outer surface of the vessel wall (329, 331) in the expanded position to seat the anchor member (20; 220; 320) in the vessel wall (329, 331), wherein said pair of annular flanges (30, 26; 230, 226; 330, 326) extend radially outward from said tubular main body (12; 212; 312) such that they are configured to be substantially perpendicular to a longitudinal axis of the main body (12; 212; 312) wherein the anchor member (20; 220; 320) further includes a central portion (38; 238; 338) positioned between the first annular flange (30; 230; 330) and the second annular flange (26; 226; 326) and configured to lie in a plane substantially perpendicular to the vessel wall (329; 331). a generally tubular main body (12; 212; 312) having a distal end (18; 218) and a proximal end (16; 216); and an anchor member (20; 220; 320) integrally formed with the main body (12; 212; 312) at the distal end (18; 218) thereof, characterised in that said anchor member (20; 220; 320) comprising first (30; 230; 330) and second (26; 226; 326) opposing self-expanding annular flanges movable between a loaded position and an expanded position, said first (30; 230; 330) and second (26; 226; 326) opposing self-expanding annular flanges configured to engage respectively an inner surface of a vessel wall (329, 331) and an outer surface of the vessel wall (329, 331) in the expanded position to seat the anchor member (20; 220; 320) in the vessel wall (329, 331), wherein said pair of annular flanges (30, 26; 230, 226; 330, 326) extend radially outward from said tubular main body (12; 212; 312) such that they are configured to be substantially perpendicular to a longitudinal axis of the main body (12; 212; 312) wherein the anchor member (20; 220; 320) further includes a central portion (38; 238; 338) positioned between the first annular flange (30; 230; 330) and the second annular flange (26; 226; 326) and configured to lie in a plane substantially perpendicular to the vessel wall (329; 331).