mhurhangee/ep-ind-claims huggingface dataset:
A vehicle underfloor structure (10, 110, 210) comprising: a fuel tank configured to be disposed under a floor of a vehicle; a battery pack configured to be disposed under the floor of the vehicle and behind the fuel tank, in a length direction of the vehicle body, and that is configured to be a power source to drive a traction motor installed in the vehicle; a fuel supply port for supplying fuel to the fuel tank disposed above the battery pack, in respective vehicle body length and height directions; and an inlet pipe that links the fuel tank and the fuel supply port; the vehicle underfloor structure (10, 110, 210) being characterized in that the fuel supply port is disposed behind the battery pack and the inlet pipe is routed over the battery pack. a fuel tank configured to be disposed under a floor of a vehicle; a battery pack configured to be disposed under the floor of the vehicle and behind the fuel tank, in a length direction of the vehicle body, and that is configured to be a power source to drive a traction motor installed in the vehicle; a fuel supply port for supplying fuel to the fuel tank disposed above the battery pack, in respective vehicle body length and height directions; and an inlet pipe that links the fuel tank and the fuel supply port; the vehicle underfloor structure (10, 110, 210) being characterized in that the fuel supply port is disposed behind the battery pack and the inlet pipe is routed over the battery pack.
A base unit for a food processor having a device for slidably positioning the food processor on a work surface, comprising a housing having a container receptacle for receiving a food container, a bottom area at least partially below the container receptacle, the device being at least partially formed in the bottom area and comprising a displacement means for displacing the food processor on the work surface, the displacement means being designed for installation in the bottom area, wherein the device comprises an adjustment means for adjusting the displacement means between the following positions - a deactivated state of the displacement means for positioning the displacement means spaced from the work surface and - an activated state of the displacement means for positioning at least a part of the displacement means on the work surface for displacing the food processor, characterized in that the base unit comprises a control means for detecting an operating state of the base unit and for allowing the displacement means to be displaced from the deactivated state to the activated state on the basis of the detected operating state. - a deactivated state of the displacement means for positioning the displacement means spaced from the work surface and - an activated state of the displacement means for positioning at least a part of the displacement means on the work surface for displacing the food processor,
A turbine vane comprising: a platform segment; an airfoil segment extending from the platform segment; and a flange portion extending from the platform segment and including a forward surface and a back surface; wherein the flange portion includes a slot, the slot being defined by a slot back surface and two side surfaces (44A,44B), the slot being further defined by the forward surface, with the slot back surface and the two side surfaces (44A,44B) transverse to the forward surface, the slot extending entirely through the flange portion from the front surface, characterised in that: the slot has a compound radius over at least a portion of a surface configured for engagement to an alignment post, the slot back surface comprising a first radius, and a transition region (46A,46B) between the back surface and the two side surfaces (44A,44B), the transition region (46A,46B) comprising a second radius that is smaller than the first radius, the first radius being approximately four times larger than the second radius. a platform segment; an airfoil segment extending from the platform segment; and a flange portion extending from the platform segment and including a forward surface and a back surface; wherein the flange portion includes a slot, the slot being defined by a slot back surface and two side surfaces (44A,44B), the slot being further defined by the forward surface, with the slot back surface and the two side surfaces (44A,44B) transverse to the forward surface, the slot extending entirely through the flange portion from the front surface, characterised in that: the slot has a compound radius over at least a portion of a surface configured for engagement to an alignment post, the slot back surface comprising a first radius, and a transition region (46A,46B) between the back surface and the two side surfaces (44A,44B), the transition region (46A,46B) comprising a second radius that is smaller than the first radius, the first radius being approximately four times larger than the second radius.
Tightening device (G, G1) comprising: - a plate with a seat defined by at least one sidewall; said plate comprising two opposite projections that protrude from said at least one sidewall of said seat; - a tightening pin comprising a stem revolvingly inserted in said seat; said tightening pin comprising two opposite specular sets (S1, S2) of adjacent side-by-side niches, wherein each projection of the seat of said plate is disposed inside one of the niches of one of said two sets (S1, S2); characterized in that the niches of a same set (S1, S2) have a different depth. - a plate with a seat defined by at least one sidewall; said plate comprising two opposite projections that protrude from said at least one sidewall of said seat; - a tightening pin comprising a stem revolvingly inserted in said seat; said tightening pin comprising two opposite specular sets (S1, S2) of adjacent side-by-side niches, wherein each projection of the seat of said plate is disposed inside one of the niches of one of said two sets (S1, S2);
A panel structure for a drawer (4, 5), which comprises a panel base and a panel attachment placed thereon, which comprises at least the following features: (a) two support assemblies (200, 300) and at least one surface element, (b) wherein the two support assemblies (200, 300) each comprise a receptacle channel (201, 301) having an again U-shaped cross section on the sides thereof facing toward the surface element, wherein a corresponding first or second edge (402, 403), respectively, of the surface element engages in each of the receptacle channels (201, 301), (c) wherein one or both of the support assemblies (200, 300) is/are designed as an angle arrangement, (d) wherein one support assembly (200, 300) is a front panel support assembly and the other support assembly (200, 300) is a rear panel support assembly, characterized in that (e) the front panel support assembly is fastenable on the panel base and on the front panel, (f) the angle arrangement of the front panel support assembly comprises a fastening and support angle and a vertical frame bracket covering it, and/or the angle arrangement of the rear wall support assembly comprises a fastening and support angle and a vertical frame bracket covering it, (g) wherein a horizontal leg (209, 309) of the respective fastening and supporting angles (206, 306) are each fastened to or in a receptacle channel formed on the upper side of the panel base, wherein the receptacle channel also has a U-shaped cross section. (a) two support assemblies (200, 300) and at least one surface element, (b) wherein the two support assemblies (200, 300) each comprise a receptacle channel (201, 301) having an again U-shaped cross section on the sides thereof facing toward the surface element, wherein a corresponding first or second edge (402, 403), respectively, of the surface element engages in each of the receptacle channels (201, 301), (c) wherein one or both of the support assemblies (200, 300) is/are designed as an angle arrangement, (d) wherein one support assembly (200, 300) is a front panel support assembly and the other support assembly (200, 300) is a rear panel support assembly, characterized in that (e) the front panel support assembly is fastenable on the panel base and on the front panel, (f) the angle arrangement of the front panel support assembly comprises a fastening and support angle and a vertical frame bracket covering it, and/or the angle arrangement of the rear wall support assembly comprises a fastening and support angle and a vertical frame bracket covering it, (g) wherein a horizontal leg (209, 309) of the respective fastening and supporting angles (206, 306) are each fastened to or in a receptacle channel formed on the upper side of the panel base, wherein the receptacle channel also has a U-shaped cross section.
A password and signature information-combined identity authentication server comprising: a variable keypad generating unit configured to generate an example sentence and a variable keypad including encryption keys and a signature input part that is configured to receive handwriting input corresponding to the example sentence, wherein a position of each of the encryption keys is changed whenever the variable keypad is generated and wherein the example sentence is changed whenever the variable keypad is generated; an authentication information storing unit configured to store authentication information of a user of a mobile terminal; and an authentication executing unit configured to provide a mobile terminal at a remote site with information about the generated variable keypad and the generated example sentence, receive position information of the encryption keys according to an order in which the user inputs the encryption keys and sentence input to the signature input part by the user, and perform identity authentication on the basis of the received position information of the encryption keys, the received sentence input, and the stored authentication information. a variable keypad generating unit configured to generate an example sentence and a variable keypad including encryption keys and a signature input part that is configured to receive handwriting input corresponding to the example sentence, wherein a position of each of the encryption keys is changed whenever the variable keypad is generated and wherein the example sentence is changed whenever the variable keypad is generated; an authentication information storing unit configured to store authentication information of a user of a mobile terminal; and an authentication executing unit configured to provide a mobile terminal at a remote site with information about the generated variable keypad and the generated example sentence, receive position information of the encryption keys according to an order in which the user inputs the encryption keys and sentence input to the signature input part by the user, and perform identity authentication on the basis of the received position information of the encryption keys, the received sentence input, and the stored authentication information.
A method comprising: - detecting a first set of one or more touches of a graphical object (110, 704, 1006), which detecting includes identifying a gesture formed by the first set of one or more touches; and - transmitting information that is associated with the graphical object to a device (104, 1014) that includes a touch screen (114, 1012) wherein transmitting information includes: encoding the information based on the gesture; - receiving the information with the device; - accepting a second set of one or more touches on the touch screen, which second set forms a second gesture, thereby, decoding the information based on the second gesture on the touch screen; - using the second set of one or more touches to determine whether the information is accepted by a user, and - deleting the information if the second set of one or more touches is not accepted within a predetermined time from receiving the information. - detecting a first set of one or more touches of a graphical object (110, 704, 1006), which detecting includes identifying a gesture formed by the first set of one or more touches; and - transmitting information that is associated with the graphical object to a device (104, 1014) that includes a touch screen (114, 1012) wherein transmitting information includes: encoding the information based on the gesture; - receiving the information with the device; - accepting a second set of one or more touches on the touch screen, which second set forms a second gesture, thereby, decoding the information based on the second gesture on the touch screen; - using the second set of one or more touches to determine whether the information is accepted by a user, and - deleting the information if the second set of one or more touches is not accepted within a predetermined time from receiving the information.
A brush head assembly comprising: a hard platen a second hard platen having a plurality of bristle tuft holes therethrough; a plurality of bristle tufts, each of which comprises a plurality of bristle strands having a proximal end and a free end, wherein each of the plurality of bristle tufts are inserted into a respective one of the bristle tuft holes in the second hard platen; and an elastomeric matrix that is between the second hard platen and the hard platen and at least partially encompasses the hard platen and the proximal end of the bristle tufts. a hard platen a second hard platen having a plurality of bristle tuft holes therethrough; a plurality of bristle tufts, each of which comprises a plurality of bristle strands having a proximal end and a free end, wherein each of the plurality of bristle tufts are inserted into a respective one of the bristle tuft holes in the second hard platen; and an elastomeric matrix that is between the second hard platen and the hard platen and at least partially encompasses the hard platen and the proximal end of the bristle tufts.
A process for preparing 4-hydroxymethyl-2-oxazolidinone (serinol carbamate) of formula: said process comprising the step of: i) reacting glycerol or glycerol 1,2-carbonate with urea at a temperature higher than or equal to 130°C in the presence of a catalyst selected from Mg, MgO, Mg(OMe) 2, Mg 2 and La 2 O 3. i) reacting glycerol or glycerol 1,2-carbonate with urea at a temperature higher than or equal to 130°C in the presence of a catalyst selected from Mg, MgO, Mg(OMe) 2, Mg 2 and La 2 O 3.
A method for producing a layered cookie comprising at least one biscuit and a filling, the layered cookie containing 10 wt% to 25 wt% fat and 15 wt% to 40 wt% sugar, wherein the slowly-digestible-starch-over-total-available-starch ratio of the layered cookie is at least 31 wt%, the method including: forming a dough comprising a cereal flour, fat, sugar and at most 8 wt% added water relative to the total weight of the dough; moulding the dough into the shape of a biscuit; baking the biscuit; and assembling the biscuit with a filling to form a layered cookie; wherein the cereal flour comprises refined cereal flour, in an amount of at least 21 wt% over the total weight of the dough, with a water absorption under 55 % as measured by Brabender® Farinograph®. forming a dough comprising a cereal flour, fat, sugar and at most 8 wt% added water relative to the total weight of the dough; moulding the dough into the shape of a biscuit; baking the biscuit; and assembling the biscuit with a filling to form a layered cookie; wherein the cereal flour comprises refined cereal flour, in an amount of at least 21 wt% over the total weight of the dough, with a water absorption under 55 % as measured by Brabender® Farinograph®.
A spinal rod link reducer assembly comprising: - a manipulator rod having a first end, a second end, and an elongate body extending along a body axis between the first end and the second end, wherein the first end of the manipulator rod comprises a faceted interface; - a handle removably attached to the first end, the handle having a faceted receiver adapted to receive the faceted interface of the first end to facilitate rotation of the handle about the manipulator rod in predetermined increments; - a post extending outwardly from the manipulator rod; and - a rod manipulating joint comprising: - an elongate joint rod extending along a joint rod axis; - a first coupling clamp disposed along the joint rod, the first coupling clamp releasably connectable to the post; - a second coupling clamp disposed along the joint rod adjacent to and rotatable about the joint rod relative to the first coupling clamp, the second coupling clamp releasably connectable to a second post; and - a first biasing member adapted to bias the second clamp against the first clamp. - a manipulator rod having a first end, a second end, and an elongate body extending along a body axis between the first end and the second end, wherein the first end of the manipulator rod comprises a faceted interface; - a handle removably attached to the first end, the handle having a faceted receiver adapted to receive the faceted interface of the first end to facilitate rotation of the handle about the manipulator rod in predetermined increments; - a post extending outwardly from the manipulator rod; and - a rod manipulating joint comprising: - an elongate joint rod extending along a joint rod axis; - a first coupling clamp disposed along the joint rod, the first coupling clamp releasably connectable to the post; - a second coupling clamp disposed along the joint rod adjacent to and rotatable about the joint rod relative to the first coupling clamp, the second coupling clamp releasably connectable to a second post; and - a first biasing member adapted to bias the second clamp against the first clamp. - an elongate joint rod extending along a joint rod axis; - a first coupling clamp disposed along the joint rod, the first coupling clamp releasably connectable to the post; - a second coupling clamp disposed along the joint rod adjacent to and rotatable about the joint rod relative to the first coupling clamp, the second coupling clamp releasably connectable to a second post; and - a first biasing member adapted to bias the second clamp against the first clamp.
A method of improving efficiency of a combustion system utilizing a high viscosity heavy oil residue fuel which cannot be atomized at ambient conditions, the method comprising: a. providing a source of CO 2 or a CO 2 -rich gaseous mixture, wherein said CO 2 or a CO 2 -rich gaseous mixture is in gaseous phase at ambient conditions; b. bringing the CO 2 or CO 2 -rich mixture into intimate contact with the heavy oil residue under predetermined conditions of temperature and pressure; c. maintaining the contact of the CO 2 or CO 2 -rich mixture with the heavy oil residue until a predetermined concentration of dissolved CO 2 is attained and the viscosity of the heavy oil residue is reduced; and d. pumping and atomizing the reduced-viscosity heavy oil residue for combustion in a combustion chamber. a. providing a source of CO 2 or a CO 2 -rich gaseous mixture, wherein said CO 2 or a CO 2 -rich gaseous mixture is in gaseous phase at ambient conditions; b. bringing the CO 2 or CO 2 -rich mixture into intimate contact with the heavy oil residue under predetermined conditions of temperature and pressure; c. maintaining the contact of the CO 2 or CO 2 -rich mixture with the heavy oil residue until a predetermined concentration of dissolved CO 2 is attained and the viscosity of the heavy oil residue is reduced; and d. pumping and atomizing the reduced-viscosity heavy oil residue for combustion in a combustion chamber.
A multi impingement plate assembly for a Blade Outer Air Seal (BOAS) comprising: a first impingement plate defining a first plane and including a multiple of first impingement plate holes, and a first axial length; and a second impingement plate having a second axial length and attached to said first impingement plate, said second impingement plate including a platform section spaced away from said multiple of first impingement plate holes to define a plate cavity, wherein said second impingement plate includes a base section defined within a second plane, and said base section includes a multiple of second impingement holes, characterised in that the first impingement plate includes a window adjacent to said multiple of first impingement plate holes, the first axial length is approximately equal to the second axial length, and said platform section is parallel and spaced away from said second plane. a first impingement plate defining a first plane and including a multiple of first impingement plate holes, and a first axial length; and a second impingement plate having a second axial length and attached to said first impingement plate, said second impingement plate including a platform section spaced away from said multiple of first impingement plate holes to define a plate cavity, wherein said second impingement plate includes a base section defined within a second plane, and said base section includes a multiple of second impingement holes, characterised in that the first impingement plate includes a window adjacent to said multiple of first impingement plate holes, the first axial length is approximately equal to the second axial length, and said platform section is parallel and spaced away from said second plane.
A kit of a furniture pullout guide, having at least one fastening flange, which is attached on a side wall of a furniture body and supports a guide rail, wherein at least one spacer plate (7 to 9, 17a to 17c, 23a to 23c) is assigned to the fastening flange for thickness compensation of the side part, against which spacer plate the side of the fastening flange facing away from the guide rail in the installed position presses, characterized in that the fastening flange is retained in a premounted formfitting and/or friction-locked manner on the spacer plate (7 to 9, 17a to 17c, 23a to 23c), wherein the fastening flange and the spacer plate (7 to 9, 17a to 17c, 23a to 23c) have formfitting and/or friction-locked means for the mutual retention.
Device for flaking or shredding edible grain with a housing, two rollers which are rotatable by motor arranged parallel to one another and separated from one another by a gap within the housing, a feed or metering device arranged on the upper side of the housing for supplying the edible grain to the gap formed between the rollers and a collection and removal device arranged on the underside of the housing for the edible grain moulded between the rollers, wherein the collection and removal device comprises a receiving hopper arranged below the two rollers and a discharge pipe leading into a collection container, characterised in that a suction device for generating intake air drawn in via the collection and removal device from the bottom through the discharge pipe and the receiving hopper and being guided along the outer sides of the rollers facing the inner wall of the housing to the upper side of the housing, is connected to the housing.