mhurhangee/ep-ind-claims huggingface dataset:
A two-speed transaxle for an electric vehicle, comprising: an electric motor and transaxle drivable by the electric motor; wherein, the transaxle comprises an epicylic gear set (71, 72, 73), a first dry brake disc, a second dry brake disc, which are arranged coaxially to a rotational electric motor rotor shaft axis; the epicylic gear set comprises a base sun gear member, a second sun gear member, a plurality of base planet gears, a plurality of idler planet gears, a plurality of second planet gears and a common planet carrier; characterized in that the epicyclic gear set also comprises a first sun gear member and a plurality of first planet gears; the base sun gear member is rotatingly drivable by the electric motor around the rotational axis of the electric motor rotor shaft; the first sun gear member is simultaneously connected to the first dry brake disc and an inner race of a overrunning or one-way clutch through a first brake shaft; an outer race of the one-way clutch is fixed to a two-speed transaxle casing; the second sun gear member is connected to the second dry brake disc through a second brake shaft; a first caliper disc brake system and a second caliper disc brake system are mounted on the outside of the two-speed transaxle casing; the first caliper disc brake system comprises the first dry brake disc, a first speed sensors for watching a state of the first dry brake disc, a first left pad plate, a first right pad plate, two pairs of first independent hydraulic pistons (60, 61) and two first calipers (59, 62); the second caliper disc brake system comprises the second dry brake disc, a second speed sensors for watching a state of the second dry brake disc, a second left pad plate, a second right pad plate, two pairs of second independent hydraulic pistons (43, 46) and two second calipers (41, 42); and the plurality of base planet gears, idler planet gears, first planet gears and second planet gears are mounted on the common planet carrier, a first drive gear is rotationally fixed or formed on the common planet carrier, the first drive gear is an output member for the epicylic gear set to transmit the power from the electric motor to a differential assembly; the first and second dry brake discs are mounted on outside of the two-speed transaxle casing; the transaxle further comprises a first shifting system and a second shifting system, the first shifting system is used to engage or disengage the first dry brake disc with the two-speed transaxle casing, and the second shifting system is used to engage or disengage the second dry brake disc with the two-speed transaxle casing; the first shifting system comprises a first shifting electric motor, a first hydraulic actuator cylinder, a first pressure warning switch and a first oil tank; the second shifting system comprises a second shifting electric motor, a second hydraulic actuator cylinder, a second pressure warning switch and a second oil tank; and the first and second shifting systems are mounted on the outside of the two-speed transaxle casing.
Locking device (10, 70, 80) of a gripping or clamping apparatus having two sliding jaws that can be moved toward and away from one another, the locking device comprising a coupling member which is motion-coupled or can be motion-coupled to the sliding jaws and is rotatably arranged about an axis of rotation, the coupling member having a brake portion on the lateral surface thereof, and the locking device comprising at least one brake element which can be moved from a release position in a locking direction extending perpendicularly to the axis of rotation into a locking position in order to lock the coupling member, characterized in that the brake element engages tangentially on the brake portion when it is moved into the locking position. the locking device comprising a coupling member which is motion-coupled or can be motion-coupled to the sliding jaws and is rotatably arranged about an axis of rotation, the coupling member having a brake portion on the lateral surface thereof, and the locking device comprising at least one brake element which can be moved from a release position in a locking direction extending perpendicularly to the axis of rotation into a locking position in order to lock the coupling member, characterized in that the brake element engages tangentially on the brake portion when it is moved into the locking position.
A capturing system, which is configured to capture a target object in a space, the capturing system comprising: - A plate-like body, that is attachable to a target object in a space before the target object is launched to the space, the plate-like body comprising a marker for approach navigation of an aerospace vehicle, wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body, and the capturing system further comprising - an aerospace vehicle that has a magnetic force generating portion which generates magnetic force for attracting the plate-like body, characterized in that the plate-like body has a staggered arrangement of the holes, wherein the holes are arranged vertically and horizontally and, in the horizontal direction some of the holes are placed in line, whereas in the vertical direction some of the holes are not placed in line but are instead placed such that the horizontal positions of the adjacent holes are shifted from one another. - A plate-like body, that is attachable to a target object in a space before the target object is launched to the space, the plate-like body comprising a marker for approach navigation of an aerospace vehicle, wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body, and the capturing system further comprising wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body, and the capturing system further comprising - an aerospace vehicle that has a magnetic force generating portion which generates magnetic force for attracting the plate-like body, characterized in that the plate-like body has a staggered arrangement of the holes, wherein the holes are arranged vertically and horizontally and, in the horizontal direction some of the holes are placed in line, whereas in the vertical direction some of the holes are not placed in line but are instead placed such that the horizontal positions of the adjacent holes are shifted from one another.
A node connection for attaching horizontal and diagonal struts to a vertical strut in a scaffolding system, the node connection comprising fastening members of the horizontal and diagonal struts, the node connection further comprising a cage mounted on the vertical rod and configured for receiving the fastening members of the horizontal and diagonal struts, the cage taking the form of a generally circular rim plate having an inner circumference surrounding the vertical rod and a wavy/undulated outer circumference with a number of hole formations (8, 9) between the inner and outer circumferences (5a, 5b) for receiving the fastening members of the various horizontal and vertical struts, characterized in that the fastening members of the horizontal and diagonal struts have a generally C-profile configuration comprised of a web plate with an associated fixed upper flange plate and an articulated lower flange plate, said upper and lower flange plates (53, 60) being provided with slit openings (54, 61) for receiving a wedge body, said articulated lower flange plate being provided with grooves at the lateral edges thereof for receiving a movable fork device, the shaft of the fork device extending through a longitudinal slit opening of the web plate and said shaft being movably mounted to the wedge body, whereby, when the fork device is introduced over and impacts the rim plate, said wedge body will move from a horizontal resting position above the upper flange plate to a vertical locking position in which said fastening member is locked to the rim plate.
An access request conversion method, comprising: receiving an access request sent by a client side, the access request comprising a uniform resource locator, URL, ' and parameter information; determining a target service type of the access request according to the URL and the parameter information; converting the access request according to the target service type; querying, according to the target service type, a server side configuration which corresponds to the target service type and is recorded in a failover component; and sending the access request converted according to the target service type to the server side corresponding to the target service type according to the server side configuration to allow the server side to return result information according to the access request converted according to the target service type. receiving an access request sent by a client side, the access request comprising a uniform resource locator, URL, ' and parameter information; determining a target service type of the access request according to the URL and the parameter information; converting the access request according to the target service type; querying, according to the target service type, a server side configuration which corresponds to the target service type and is recorded in a failover component; and sending the access request converted according to the target service type to the server side corresponding to the target service type according to the server side configuration to allow the server side to return result information according to the access request converted according to the target service type.
Sliding door assembly - having at least one sliding door which can be displaced in a guided manner relative to a doorframe between an open position and a closed position, - wherein a displacement guide of the sliding door in the doorframe comprises: -- a positive guide between a lower side of the sliding door and an upper side of a floor-side doorframe profile, -- a floating guide between an upper side of the sliding door and a lower side of a ceiling-side doorframe profile, which floating guide is formed by lateral guide elements (21, 24) between which the sliding door is guided on the ceiling side with clearance in a rebate region of the ceiling-side doorframe profile, wherein the floating guide has a plurality of bearing elements which define bearing positions of the sliding door on the ceiling-side doorframe profile, which bearing positions are spaced apart from one another in the displacement direction, characterized in that the bearing elements are produced from a harder material than the material of that component of the sliding door assembly on which the bearing elements bear. - having at least one sliding door which can be displaced in a guided manner relative to a doorframe between an open position and a closed position, - wherein a displacement guide of the sliding door in the doorframe comprises: -- a positive guide between a lower side of the sliding door and an upper side of a floor-side doorframe profile, -- a floating guide between an upper side of the sliding door and a lower side of a ceiling-side doorframe profile, which floating guide is formed by lateral guide elements (21, 24) between which the sliding door is guided on the ceiling side with clearance in a rebate region of the ceiling-side doorframe profile, -- a positive guide between a lower side of the sliding door and an upper side of a floor-side doorframe profile, -- a floating guide between an upper side of the sliding door and a lower side of a ceiling-side doorframe profile, which floating guide is formed by lateral guide elements (21, 24) between which the sliding door is guided on the ceiling side with clearance in a rebate region of the ceiling-side doorframe profile,
A method of manufacturing a component carrier, wherein the method comprises: providing a carrier body comprising a plurality of electrically conductive layer structures and electrically insulating layer structures; directly printing a wiring structure (104, 604, 804) on a conductive foil at least partially by layer by layer three-dimensionally printing without adhesive or other layer arranged between the wiring structure and the conductive foil such that the conductive foil covers the wiring structure (104, 604, 804) at least partially, wherein said conductive foil and said wiring structure (104, 604, 804) are formed using the same material, attaching the conductive foil to at least one of the layer structures to arrange the wiring structure on or in the plurality of layer structures whereby the uppermost or the lowest conductive layer structure is formed by the conductive foil, wherein the wiring structure, is printed such that it, when it is attached to the plurality of layer structures, comprises different thicknesses in a direction of a plane extending in parallel with the plurality of layer structures and in a direction of a plane extending perpendicular to the layer structures thereby forming a step structure; removing at least part of the conductive foil by an etching process. providing a carrier body comprising a plurality of electrically conductive layer structures and electrically insulating layer structures; directly printing a wiring structure (104, 604, 804) on a conductive foil at least partially by layer by layer three-dimensionally printing without adhesive or other layer arranged between the wiring structure and the conductive foil such that the conductive foil covers the wiring structure (104, 604, 804) at least partially, wherein said conductive foil and said wiring structure (104, 604, 804) are formed using the same material, attaching the conductive foil to at least one of the layer structures to arrange the wiring structure on or in the plurality of layer structures whereby the uppermost or the lowest conductive layer structure is formed by the conductive foil, wherein the wiring structure, is printed such that it, when it is attached to the plurality of layer structures, comprises different thicknesses in a direction of a plane extending in parallel with the plurality of layer structures and in a direction of a plane extending perpendicular to the layer structures thereby forming a step structure; removing at least part of the conductive foil by an etching process.
Method for data exchange between a secure element and a terminal, wherein the secure element comprises -- a CRS application (Contactless Registry Service application), -- a CREL application (Contactless Registry Event Listener application), and -- at least one service application, and wherein the terminal comprises a SEUI (Secure Element User Interface) interacting with at least one out of the CRS application, the CREL application and the service application, wherein a STID (Service Type Identification) information, relating to the at least one service application, is exchanged between the secure element and the terminal, wherein the STID information indicates the service type of the at least one service application out of a predetermined set of different service types, wherein the secure element comprises a further service application besides the at least one service application wherein a further STID (Service Type Identification) information, relating to the further service application, is exchanged between the secure element and the terminal, wherein the further STID information indicates the service type of the further service application out of the predetermined set of different service types, wherein the STID information and/or the further STID information is/are encoded by means of a service type bit-mask comprising a plurality of service type bits as a part of an AID (application ID) information, wherein each of the plurality of service type bits of the service type bit-mask relates to a service type, wherein the STID information allows for a categorization of service applications and the API sets that the service applications use and wherein service applications having the same STID offer the same set of API to a user interface application of the terminal. -- a CRS application (Contactless Registry Service application), -- a CREL application (Contactless Registry Event Listener application), and -- at least one service application,
A cooling system for an internal combustion engine coupled to an automatic transmission with integrated hydraulic retarder; said hydraulic retarder uses the automatic transmission oil to generate an auxiliary braking torque applied to the wheels of the vehicle in which the engine is installed said cooling system comprising: a mechanical pump rotated by said internal combustion engine and adapted to circulate a cooling fluid in a hydraulic circuit; a liquid-air heat exchanger; the hydraulic circuit comprising: - a first duct which supplies the cooling fluid coming out of the outlet (10-a) of the engine cooling circuit to a fluid inlet (10-b) of the water-oil heat exchanger for cooling said automatic transmission; - a second duct which supplies the cooling fluid coming out of the outlet (12-a) of said automatic transmission to a fluid inlet (12-b) for cooling said heat exchanger; - a third duct which supplies the cooling fluid coming out of the outlet (14-a) of said heat exchanger to a cooling fluid inlet (14-b) of the cooling circuit of said engine, characterized in that it comprises an electric pump arranged along a fourth by-pass duct which branches from the third duct and flows into the first duct to directly supply the cooling fluid coming out of said heat exchanger to said cooling fluid inlet (10-b) of said automatic transmission; electronic control means being further provided for controlling the electric motor which operates said electric pump adapted to regulate the rotation speed (ωp) of the rotor of the electric pump with reference to the detected rotation speed ωm of the internal combustion engine; said electronic control means are adapted to receive in input the rotation speed (ωm) of the internal combustion engine and calculate the instantaneous flow rate of the mechanical pump; said electronic control means are adapted to process the instantaneous flow rate calculated and obtain the target rotation speed (ωp) of the electric motor which provides, by means of the electric pump, a flow rate substantially equal to the flow rate so that the flow rate of the cooling fluid that flows in the fourth duct is substantially equal to the flow rate of the fluid that flows in the first duct. a mechanical pump rotated by said internal combustion engine and adapted to circulate a cooling fluid in a hydraulic circuit; a liquid-air heat exchanger; - a first duct which supplies the cooling fluid coming out of the outlet (10-a) of the engine cooling circuit to a fluid inlet (10-b) of the water-oil heat exchanger for cooling said automatic transmission; - a second duct which supplies the cooling fluid coming out of the outlet (12-a) of said automatic transmission to a fluid inlet (12-b) for cooling said heat exchanger; - a third duct which supplies the cooling fluid coming out of the outlet (14-a) of said heat exchanger to a cooling fluid inlet (14-b) of the cooling circuit of said engine,
Self-propelled construction machine comprising a chassis which comprises front and rear wheels or running gears (4A 4B) in the working direction, a machine frame supported by the chassis, a drive device for driving the front and/or rear wheels or running gears (4A, 4B), a working device for installing structures on the terrain or for modifying the terrain, an image recording unit for recording an image segment of the terrain located in a coordinate system (x, y, z) dependent on the position and orientation of the construction machine on the terrain, and a display unit for displaying the image segment of the terrain, characterised in that the construction machine further comprises: a device for providing project data describing the shape and location of at least one project in a coordinate system (X, Y, Z) independent of the position and orientation of the construction machine, and a data processing unit which is configured in such a way that a depiction of the part of the at least one project located in the image segment is superimposed on the image segment of the terrain displayed on the display unit, such that at least part of the at least one project is visualised in the image segment. a device for providing project data describing the shape and location of at least one project in a coordinate system (X, Y, Z) independent of the position and orientation of the construction machine, and a data processing unit which is configured in such a way that a depiction of the part of the at least one project located in the image segment is superimposed on the image segment of the terrain displayed on the display unit, such that at least part of the at least one project is visualised in the image segment.
Cosmetic brush, comprising a grip body having at least a housing seat made dimensionally accurate for a plurality of hairs (6, 7) adapted to take, apply and spread cosmetic products on a user, characterized in that said plurality of hairs (6, 7) is composed of hairs having the same length and is divided into: - a first group of hairs adjacent to one another and fitted dimensionally accurate in said housing seat and defining a convex and substantially hemispherical spreading surface which is adapted to spread said cosmetic products on said user; - a second group of hairs adjacent to one another and inserted in said first group of hairs, defining a taking and application surface which is protruding with respect to said spreading surface and has a substantially pointed shape and is suitable for taking said cosmetic products and for their point-like application on said user. - a first group of hairs adjacent to one another and fitted dimensionally accurate in said housing seat and defining a convex and substantially hemispherical spreading surface which is adapted to spread said cosmetic products on said user; - a second group of hairs adjacent to one another and inserted in said first group of hairs, defining a taking and application surface which is protruding with respect to said spreading surface and has a substantially pointed shape and is suitable for taking said cosmetic products and for their point-like application on said user.
A cosmetic or pharmaceutical preparation intended for application to human skin, that consists of two separate phases that are mixed just prior to use: a lipid phase, the majority of which is Distilled Wheatgerm oil, and which also comprises Lecithin, Fragrant oils, Citrus oil, Vitamin A, Vitamin C, Vitamin E, Coenzyme Q10, Avocado oil, Calendula oil, Silicon, Lipoic acid, Lutein; and an aqua phase, the majority of which is Water, and which also comprises B vitamins, Zinc, Aloe Vera, Citrus Oil, Mannitol (and) Acetyl Tetrapeptide-9 (Dermican PW LS9838), PEG40 Hydrated Castor Oil (Cremaphor), Sorbic acid.
A pharmaceutical composition for use in the treatment of post-chemotherapy cognitive impairment due to demyelination in a subject comprising: N-2-hydroxy-ethyl-piperazine-N'-2-ethane sulfonic acid (HEPES) dissolved in sterile water, buffer, saline or other pharmaceutically acceptable carriers in an amount sufficient to treat cognitive impairment.