mhurhangee/ep-ind-claims huggingface dataset:
Transmission station for feeding locally provided electrical energy, in particular provided by a wind power installation, into a grid, having - a line connection belonging to the grid, - a control unit that is configured to regulate feed-in, in particular to transform the locally provided electrical energy and feed-in by means of the line connection belonging to the grid, and - a preferably weather-proof and lockable housing, within which the line connections, fasteners and the control unit are arranged, with - such housing featuring a first, accessible room and a second room that is connected to the outside world by means of an exhaust pipe, - such first room and second room being connected to each other by means of a joint recess, - such control unit closing the joint recess, and with one casing of the control unit being open in the area where the recess is closed and/or showing a predetermined breaking point that is adapted to fail if an electric arc occurs inside the control unit, characterized in that the exhaust pipe extends from the second room into the first room through a lead-through opening and across the first room, and leaves the first room through a side or ceiling wall of the housing, and wherein the exhaust pipe is led through the lead-through opening by means of a divisible flange. - a line connection belonging to the grid, - a control unit that is configured to regulate feed-in, in particular to transform the locally provided electrical energy and feed-in by means of the line connection belonging to the grid, and - a preferably weather-proof and lockable housing, within which the line connections, fasteners and the control unit are arranged, with - such housing featuring a first, accessible room and a second room that is connected to the outside world by means of an exhaust pipe, - such first room and second room being connected to each other by means of a joint recess, - such control unit closing the joint recess, and
A block copolymer comprising a first block of the Formula 5 below and a second block comprising a substituent comprising a non-halogenic atom of which the electronegativity is 3 or more: wherein the R is hydrogen or an alkyl group having 1 to 4 carbon atom(s), the X is a single bond, an oxygen atom, -C(=O)-O- or -O-C(=O)-, the P is an arylene group, the Q is an oxygen or -NR 3 -, where the R 3 is hydrogen, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group or an aryl group and the Z is a linear chain having 8 or more chain-forming atoms.
Sliding door which can be selectively operated either automatically or manually, having a movable door leaf (2, 12) which has a running surface and runs in a lower guide, where it is guided by rollers, and along an upper guide (4, 14) and which can be operated by a control unit, with a drive unit being furthermore provided which comprises a drive wheel (6, 16), a drive motor and connecting means (10, 20), said drive wheel (6, 16) being operatively coupled to said drive motor and said connecting means (10, 20), which door leaf (2, 12) - in a connected state thereof - can be moved by said drive motor characterized in that said drive unit furthermore includes a counter wheel (8, 18) and a measuring device (7, 29), said counter wheel (8, 18) being mounted in the upper part of the door leaf (2, 12) on the side opposite said drive wheel (6, 16) which latter acts orthogonally to the surface of the door leaf (2, 12), and said measuring device being provided in the form of a measuring wheel (7, 29) for detecting the position of the door leaf (2, 12), which door leaf (2, 12) is permanently guided between the counter wheel (8,18) and the measuring wheel (7, 29), which connecting means (10, 20) supports the drive motor with the drive wheel (6, 16) and which coupling means (10, 20) can be moved in a horizontal direction so as to move the drive wheel (6, 16) into or out of contact with the running surface of the door leaf (2, 12).
An exhaust additive distribution device for a turbocharger turbine of an exhaust system for an internal combustion engine, characterized in that the exhaust additive distribution device comprises a fastening surface, a receiving surface (40, 46, 54), and at least one distribution surface(s) (42, 48, 56); wherein the fastening surface is arranged at a first end of the exhaust additive distribution device and is equipped to fixedly attach the exhaust additive distribution device to a shaft or hub of the turbocharger turbine; wherein the receiving surface (40, 46, 54) is arranged at a second end of the exhaust additive distribution device opposite the first end and is equipped to receive exhaust additive dosed to the exhaust additive distribution device; and wherein the distribution surface (42, 48, 56) is arranged in fluid communication with the receiving surface (40, 46, 54) and is equipped to distribute exhaust additive in an exhaust stream passing through the turbocharger turbine by the rotary motion of the exhaust additive distribution device.
Procedure for coupling at least two interconnectable components (2, 3, 6) of a field device for process automation, wherein a control/memory unit (8, 9, 10) is provided in each of the components (2, 3, 6) and a parameter set ( P n where n = 1, 2, 3, etc.) with defined parameters (A, B, C, etc.) is stored in each control/memory unit, and wherein if the at least two components (2, 3, 6) are coupled with one another at least one of the control/memory units (8, 9, 10) reads the parameter sets ( P 1, P 2, P 3) saved in the individual control/memory units (8, 9, 10) of the components (2, 3, 6) and compares them with one another, and wherein in the event of a difference in the parameter sets ( P 1, P 2, P 3) the control/memory unit (8, 9, 10) performing the comparison provides the control/memory units (8, 9, 10) of the interconnected components (2, 3, 6) with the intersection of the parameters (A, B, C, etc.) in the parameter sets ( P 1, P 2, P 3).
A quantum device comprising a transistor pattern carried by a substrate, the transistor pattern comprising, stacked on top of one another: - a gate dielectric on a front face of the substrate, - a superconducting gate on an upper face of the gate dielectric, said gate having a base in contact with the upper face of the gate dielectric, a top opposite to the base and sidewalls extending between the base and the top, said gate comprising at least one superconducting region made of a material based on at least one superconducting element, the quantum device being characterised in that the gate comprises a basal portion (22 base) and an upper portion (22 sup), the basal portion (22 base) extending from the base up to the upper portion (22 sup) and the upper portion (22 sup) extending from the basal portion (22 base) up to the top, the basal portion (22 base) having a first dimension L 22base, considered according to a first direction (x) of a basal plane (xy), smaller than a second dimension L 22sup of the upper portion (22 sup), considered according to the first direction (x), and smaller than a dimension L 210 of the upper face of the gate dielectric, considered according to the first direction (x), so that the basal portion (22 base) is set back with respect to the upper portion (22 sup) and to the gate dielectric, according to the first direction (x), this setback forming at least one cavity, and in that the transistor pattern further comprises a dielectric portion made of a dielectric material in the at least one cavity. - a gate dielectric on a front face of the substrate, - a superconducting gate on an upper face of the gate dielectric, said gate having a base in contact with the upper face of the gate dielectric, a top opposite to the base and sidewalls extending between the base and the top, said gate comprising at least one superconducting region made of a material based on at least one superconducting element,
A system for preventing pressure ulcers, said system comprising: a) multiple bearings assemblies (510a-510c) each comprising multiple rows of spherical bearings arranged over multiple axes, wherein each of said bearings assemblies (510a-510c) has a different connecting strap (520a-520c) for connecting the axes of its bearings and wherein at least one of said bearings assemblies (510a-510c) is foldable; and b) at least one actuator configured for moving said bearings back and forth through a predefined rotational span by operating back and forth rotation of each of said connecting straps (520a-520c), allowing thereby shifting locations of the bearings in respect to a patient's body for changing pressured touch points between said patient's body and said spherical bearings over time. a) multiple bearings assemblies (510a-510c) each comprising multiple rows of spherical bearings arranged over multiple axes, wherein each of said bearings assemblies (510a-510c) has a different connecting strap (520a-520c) for connecting the axes of its bearings and wherein at least one of said bearings assemblies (510a-510c) is foldable; and b) at least one actuator configured for moving said bearings back and forth through a predefined rotational span by operating back and forth rotation of each of said connecting straps (520a-520c),
A mask system for delivering pressurized breathable gas to a patient, comprising: a chamber forming portion including: at least two panels forming a cavity adapted to receive a nose of a patient, the panels including a first panel (20, 120, 220, 322, 324, 420) and a second panel (30, 332, 334, 336, 430) joined to the first panel (20, 120, 220, 322, 324, 420), the first panel (20, 120, 220, 322, 324, 420) having an opening (26, 46, 141, 222) formed therein through which the patient's nose is received into the cavity; and a seal member (40, 140, 240, 440) formed as part of or coupled to the first panel (20, 120, 220, 322, 324, 420) and adapted to sealingly engage the patient's face, a rigidizer frame (70, 72, 74, 76, 1072) coupled to the chamber forming portion to provide structural support; wherein the first panel (20, 120, 220, 322, 324, 420) comprises a textile and the seal member (40, 140, 240, 440) comprises a polymer. a chamber forming portion including: at least two panels forming a cavity adapted to receive a nose of a patient, the panels including a first panel (20, 120, 220, 322, 324, 420) and a second panel (30, 332, 334, 336, 430) joined to the first panel (20, 120, 220, 322, 324, 420), the first panel (20, 120, 220, 322, 324, 420) having an opening (26, 46, 141, 222) formed therein through which the patient's nose is received into the cavity; and a seal member (40, 140, 240, 440) formed as part of or coupled to the first panel (20, 120, 220, 322, 324, 420) and adapted to sealingly engage the patient's face, at least two panels forming a cavity adapted to receive a nose of a patient, the panels including a first panel (20, 120, 220, 322, 324, 420) and a second panel (30, 332, 334, 336, 430) joined to the first panel (20, 120, 220, 322, 324, 420), the first panel (20, 120, 220, 322, 324, 420) having an opening (26, 46, 141, 222) formed therein through which the patient's nose is received into the cavity; and a seal member (40, 140, 240, 440) formed as part of or coupled to the first panel (20, 120, 220, 322, 324, 420) and adapted to sealingly engage the patient's face, a rigidizer frame (70, 72, 74, 76, 1072) coupled to the chamber forming portion to provide structural support; wherein the first panel (20, 120, 220, 322, 324, 420) comprises a textile and the seal member (40, 140, 240, 440) comprises a polymer.
A log splitter with a mechanism for automatic lubrication of guides, wherein the log splitter includes an electro-hydraulic drive, a pushing head, a hydraulic cylinder, guides, a blade, a feeder, a stowage table and a control board, characterized in that, switching lubrication on or off depends on the position of a piston of the hydraulic cylinder with an inclined plate and a lever with a wheel which switches an oil valve from the closed state to the open state.
Method for recognizing and determining the dimensions and the position in a 3D space of geometric shapes comprising the following steps: a) Acquiring one single image or a plurality of images in a time sequence, of a geometric shape, in the 3D space, using at least one camera, b) recognizing at least one image space quadrilateral (abed), if present, inside the one or more images acquired, said image space quadrilateral being the projection of a 3D space quadrilateral (ABCD), c) determining four pairs of coordinates representing the vertices of said at least one image space quadrilateral detected, d) determining a length measurement of one of the sides of said 3D space quadrilateral detected or the distance between one of the vertices of said 3D space quadrilateral detected and said at least one camera, e) establishing a system of coordinates in the 3D space, f) determining the direction, with respect to the origin of the system of coordinates in the 3D space, of the vertices of the 3D space quadrilateral, g) imposing the constraint that the 3D space quadrilateral is a parallelogram, h) determining the vectorial equations of the vertices of the parallelogram in the 3D space, i) calculating the position of the vertices of the parallelogram in the 3D space by solving said vectorial equations, j) determining the geometric quantities and dimensions of the parallelogram in the 3D space, a) Acquiring one single image or a plurality of images in a time sequence, of a geometric shape, in the 3D space, using at least one camera, b) recognizing at least one image space quadrilateral (abed), if present, inside the one or more images acquired, said image space quadrilateral being the projection of a 3D space quadrilateral (ABCD), c) determining four pairs of coordinates representing the vertices of said at least one image space quadrilateral detected, d) determining a length measurement of one of the sides of said 3D space quadrilateral detected or the distance between one of the vertices of said 3D space quadrilateral detected and said at least one camera, e) establishing a system of coordinates in the 3D space, f) determining the direction, with respect to the origin of the system of coordinates in the 3D space, of the vertices of the 3D space quadrilateral, g) imposing the constraint that the 3D space quadrilateral is a parallelogram, h) determining the vectorial equations of the vertices of the parallelogram in the 3D space, i) calculating the position of the vertices of the parallelogram in the 3D space by solving said vectorial equations, j) determining the geometric quantities and dimensions of the parallelogram in the 3D space,
A catheter system for treating a treatment site within or adjacent to a vessel wall or a heart valve, the catheter system comprising: a light source configured to generate light energy; a first light guide configured to receive the light energy from the light source, the first light guide having a guide proximal end; a second light guide configured to receive the light energy from the light source, the second light guide having a guide proximal end; and a guide bundle (252, 352, 652) that is in optical communication with the light source, the guide bundle bundling the first light guide and the second light guide, the guide bundle including a first ferrule that engages the guide proximal end of the first light guide and a second ferrule that engages the guide proximal end of the second light guide; and a receptacle assembly including (i) a first receptacle hole that is configured to receive the first ferrule, and (ii) a second receptacle hole that is configured to receive the second ferrule; wherein the receptacle assembly includes a retainer assembly including a clamping bar that is configured to apply a retaining force onto the first ferrule and the second ferrule so as to retain (i) the first ferrule in the first receptacle hole, and (ii) the second ferrule in the second receptacle hole. a light source configured to generate light energy; a first light guide configured to receive the light energy from the light source, the first light guide having a guide proximal end; a second light guide configured to receive the light energy from the light source, the second light guide having a guide proximal end; and a guide bundle (252, 352, 652) that is in optical communication with the light source, the guide bundle bundling the first light guide and the second light guide, the guide bundle including a first ferrule that engages the guide proximal end of the first light guide and a second ferrule that engages the guide proximal end of the second light guide; and a receptacle assembly including (i) a first receptacle hole that is configured to receive the first ferrule, and (ii) a second receptacle hole that is configured to receive the second ferrule; wherein the receptacle assembly includes a retainer assembly including a clamping bar that is configured to apply a retaining force onto the first ferrule and the second ferrule so as to retain (i) the first ferrule in the first receptacle hole, and (ii) the second ferrule in the second receptacle hole.
A control device for a motor vehicle, which has: - at least one computing unit, which is configured to carry out one or more control programs, - at least one communication interface for sending and receiving data, - at least one program memory (M_NV) for storing program data of the respective control programs, wherein the control device is configured: - to support a predetermined quantity of protocols for programming the control device with program data, which are stored in a predetermined manner in a program memory (M_NV), - to read in and evaluate a program data updating request for at least one control program to be updated, which is provided at the communication interface, wherein the program data updating request comprises at least a first indicator, which represents possible protocols that can be used for the programming with updated program data of the respective control program, - depending on the first indicator, in each case, to determine a second indicator representing the protocol from the quantity of protocols that is to be used to program the control device with the program data of the control program to be updated, and - in response to the program data updating request, to send a program data request, which comprises the second indicator, via the communication interface. - at least one computing unit, which is configured to carry out one or more control programs, - at least one communication interface for sending and receiving data, - at least one program memory (M_NV) for storing program data of the respective control programs, wherein the control device is configured: - to support a predetermined quantity of protocols for programming the control device with program data, which are stored in a predetermined manner in a program memory (M_NV), - to read in and evaluate a program data updating request for at least one control program to be updated, which is provided at the communication interface, wherein the program data updating request comprises at least a first indicator, which represents possible protocols that can be used for the programming with updated program data of the respective control program, - depending on the first indicator, in each case, to determine a second indicator representing the protocol from the quantity of protocols that is to be used to program the control device with the program data of the control program to be updated, and - in response to the program data updating request, to send a program data request, which comprises the second indicator, via the communication interface.
Non-therapeutic use of a composition comprising a compound represented by Chemical Formula 1 as an active ingredient in a concentration range of 0.01 μM to 100 μM for strengthening a skin barrier: wherein, in Chemical Formula 1, R 1 and R 2 are each independently a hydroxy group, and R 3 is a carboxyl group. wherein, in Chemical Formula 1, R 1 and R 2 are each independently a hydroxy group, and R 3 is a carboxyl group.
A method operable at an access point comprising: receiving an unprotected association request from a mobile device, the association request including a station nonce, SNonce; extracting an initiate message from the unprotected association request; sending the initiate message to an authentication server; receiving an answer message from the authentication server, wherein the answer message includes a re-authentication master session key, rMSK; generating an access point nonce, ANonce; generating a pairwise transient key, PTK, using the rMSK, the ANonce, and the SNonce; and sending an association response to the mobile device, wherein the association response includes the ANonce, and the association response is protected using the PTK. receiving an unprotected association request from a mobile device, the association request including a station nonce, SNonce; extracting an initiate message from the unprotected association request; sending the initiate message to an authentication server; receiving an answer message from the authentication server, wherein the answer message includes a re-authentication master session key, rMSK; generating an access point nonce, ANonce; generating a pairwise transient key, PTK, using the rMSK, the ANonce, and the SNonce; and sending an association response to the mobile device, wherein the association response includes the ANonce, and the association response is protected using the PTK.
A vehicle comprising: a vertically openable/closable door of a canopy type including: a canopy section including a roof, a front windshield, and a side windshield and projected upward in the vehicle to cover a cabin from above; wherein a front end of the door is attached to a body in a freely rotatable manner, and a rear end of the door is vertically movable to open and close the cabin; characterised by a side section of said door bulging outwardly in a vehicle width direction from the canopy section to cover an upper surface of a body lateral section and formed integrally with the canopy section, wherein a seat section that supports buttocks of an occupant when the occupant gets in/out and is provided on an upper surface of the body lateral section covered with the side section from above.
A device for the connection of gymnastic equipment to the flooring of a gymnasium or the like, comprising a support which can be placed in a housing produced in a flooring and accessible from an opening, at least one slab (11, 12) adapted to be placed in the opening resting on said support, said slab (11, 12) comprising at least one portion (11a, 12a) made of ferromagnetic material, the upper surface of said slab being substantially flat or being provided with means for the connection of gymnastic equipment, said device being characterised in that it comprises at least one electromagnet mounted on said support which can be connected to a control device.