mhurhangee/ep-ind-claims huggingface dataset:
An ostomy coupling assembly for fastening an adhesive wafer to an ostomy pouch, the ostomy pouch having an entrance aperture, and the adhesive wafer including a body-facing side for contacting a user's skin, a non-body-facing side opposite the body-facing side, and an adaptable region adaptable to fit around a stoma, the coupling comprising: a limited motion connection between the adhesive wafer and the ostomy pouch that permits relative displacement between (i) substantially the entire adhesive wafer and (ii) the entrance aperture of the ostomy pouch, the limited motion connection guiding said relative displacement along a limited motion path or locus, between (a) an operative position in which the adhesive wafer is superposed around the entrance aperture of the ostomy pouch, and (b) an access position providing access to the adaptable region from the non-body-facing side; and a fixation coupling for fixing the adhesive wafer and the ostomy pouch when in the operative position; characterised in that the limited motion connection comprises a first attachment portion configured to be attached permanently to the ostomy pouch, a second attachment portion configured to be attached permanently to the adhesive wafer, and a movable joint portion between the first and second attachment portions (66, 68); and wherein the limited motion connection comprises a single piece of material. a limited motion connection between the adhesive wafer and the ostomy pouch that permits relative displacement between (i) substantially the entire adhesive wafer and (ii) the entrance aperture of the ostomy pouch, the limited motion connection guiding said relative displacement along a limited motion path or locus, between (a) an operative position in which the adhesive wafer is superposed around the entrance aperture of the ostomy pouch, and (b) an access position providing access to the adaptable region from the non-body-facing side; and a fixation coupling for fixing the adhesive wafer and the ostomy pouch when in the operative position; characterised in that the limited motion connection comprises a first attachment portion configured to be attached permanently to the ostomy pouch, a second attachment portion configured to be attached permanently to the adhesive wafer, and a movable joint portion between the first and second attachment portions (66, 68); and wherein the limited motion connection comprises a single piece of material.
A composite comprising a. 90-99.9 weight % fluorinated polymers or their copolymers and; b. 0.1 to 10 weight % halogenated cellulosic materials, wherein polymer is poly(vinylidene fluoride) and copolymer is Poly(vinylidene fluoride-co-hexafluoropropylene), and said polymer or copolymer comprise 80-99% β phase of said poly(vinylidene fluoride) or Poly(vinylidene fluoride-co-hexafluoropropylene). a. 90-99.9 weight % fluorinated polymers or their copolymers and; b. 0.1 to 10 weight % halogenated cellulosic materials,
An anchoring system comprising a sheathing retention capsule (100, 200); and a post-tensioning tendon that includes a fixed end anchor, a tension member, a stressing end anchor, a strand, and a sheath, wherein the strand is a metal cable and the sheath is tubular or generally tubular and positioned about the strand, wherein the strand is inserted through the fixed end anchor until the sheath engages the sheathing retention capsule (100, 200), and the strand is coupled to the fixed end anchor by wedges, the sheathing retention capsule (100, 200) comprising: an outer body (101, 201), the outer body (101, 201) having a tapered inner surface defining a forcing surface and an outer surface; a seal, the seal positioned to seal between the sheath and the fixed end anchor, wherein the seal is annular or generally annular and fits into a recess in the fixed end anchor and one or more holding wedges (103, 203, 303), at least one of the one or more holding wedges (103, 203, 303) having a tapered outer surface abutting the tapered inner surface of the outer body (101, 201), at least one of the one or more holding wedges (103, 203, 303) having an inner wall, the anchoring system being characterized in that, the seal is positioned about an outer surface of the outer body (101, 201), and in that an application of tension to the sheath forces the holding wedges (103, 203, 303) against the tapered inner surface and into tighter engagement with the sheath, thereby forming a press or friction fit, and in that the holding wedges (103, 203, 303) comprise a partial slit or an expansion bridge. an outer body (101, 201), the outer body (101, 201) having a tapered inner surface defining a forcing surface and an outer surface; a seal, the seal positioned to seal between the sheath and the fixed end anchor, wherein the seal is annular or generally annular and fits into a recess in the fixed end anchor and one or more holding wedges (103, 203, 303), at least one of the one or more holding wedges (103, 203, 303) having a tapered outer surface abutting the tapered inner surface of the outer body (101, 201), at least one of the one or more holding wedges (103, 203, 303) having an inner wall, the anchoring system being characterized in that, the seal is positioned about an outer surface of the outer body (101, 201), and in that an application of tension to the sheath forces the holding wedges (103, 203, 303) against the tapered inner surface and into tighter engagement with the sheath, thereby forming a press or friction fit, and in that the holding wedges (103, 203, 303) comprise a partial slit or an expansion bridge.
Machine with an eccentric drive, wherein a first motor (1; 1') displaces an eccentric element (2; 2') into a rotary motion of a given rotational direction and wherein the eccentric element (2; 2') drives a machine element (3; 3') mechanically coupled to the eccentric element (2; 2') and displaces it into a motion with a periodically alternating direction of motion, wherein the driven machine element (3; 3') is additionally coupled to at least one linear motor (5A, 5B; 5A', 5B'), characterised in that the linear motor (5A, 5B; 5A', 5B') comprises a stator (5A; 5A') and a rotor (5B; 5B') and the rotor (5B; 5B') is directly attached to the driven machine element (3; 3'), and that the eccentric element (2; 2') is designed as an eccentric disk.
Rail-mounted device, in particular line circuit breaker or residual current circuit breaker, for disconnecting an electrical line, - having a housing, - having an operating element for manually operating the rail-mounted device, which operating element is mounted in the housing such that it can be rotated between an ON position and an OFF position, - having a locking apparatus which is mounted in the housing such that it can be pivoted between an unlocking position and a locking position, - wherein the locking apparatus interacts with the operating element by a pivoting movement into the locking position in such a way that the operating element is locked, wherein the locking apparatus can be held in the unlocking position and/or the locking position, wherein the locking apparatus is held in the unlocking position and/or the locking position by virtue of at least one latching projection interacting with at least one latching groove, characterized in that the latching projection and the latching groove are formed in a bearing region of the locking apparatus. - having a housing, - having an operating element for manually operating the rail-mounted device, which operating element is mounted in the housing such that it can be rotated between an ON position and an OFF position, - having a locking apparatus which is mounted in the housing such that it can be pivoted between an unlocking position and a locking position, - wherein the locking apparatus interacts with the operating element by a pivoting movement into the locking position in such a way that the operating element is locked, wherein the locking apparatus can be held in the unlocking position and/or the locking position, wherein the locking apparatus is held in the unlocking position and/or the locking position by virtue of at least one latching projection interacting with at least one latching groove, characterized in that the latching projection and the latching groove are formed in a bearing region of the locking apparatus.
A structural body comprising a base material, and a microrelief structural layer having a microrelief structure, the microrelief structural layer being laminated on the base material as a surface layer of the structural body, and the microrelief structural layer having at least one physical property selected from the group consisting of the following and: the elastic modulus at 25°C is 50 MPa or more, and the elastic modulus at 80°C is 30 MPa or less, wherein the elastic modulus is an initial tensile value obtainable up to a tensile strain of 5%, which is measured by punching a dumbbell specimen having a gauge length of 10 mm from a thin sheet-shaped cured product of a curable composition having a thickness of about 200 μm according to JIS K 7161, and performing a tensile test at 25°C and 80°C; and the tensile elongation at break at 80°C is from 20% to 100%, wherein the tensile elongation at break of the cured product is a value obtained by dividing the elongation at the time point at which the specimen breaks, by the gauge length of the dumbbell, which is measured by punching a dumbbell specimen having a gauge length of 10 mm from a thin sheet-shaped cured product of a curable composition having a thickness of about 200 μm according to JIS K 7161, and performing a tensile test at 80°C, and wherein the microrelief structure means that minute-sized concavities and convexities are regularly arranged on the surface, exhibiting antireflection performance by continuously changing the refractive index, and that the interval between adjoining convexities or concavities is of a size less than or equal to the wavelength of visible light. the elastic modulus at 25°C is 50 MPa or more, and the elastic modulus at 80°C is 30 MPa or less, wherein the elastic modulus is an initial tensile value obtainable up to a tensile strain of 5%, which is measured by punching a dumbbell specimen having a gauge length of 10 mm from a thin sheet-shaped cured product of a curable composition having a thickness of about 200 μm according to JIS K 7161, and performing a tensile test at 25°C and 80°C; and the tensile elongation at break at 80°C is from 20% to 100%, wherein the tensile elongation at break of the cured product is a value obtained by dividing the elongation at the time point at which the specimen breaks, by the gauge length of the dumbbell, which is measured by punching a dumbbell specimen having a gauge length of 10 mm from a thin sheet-shaped cured product of a curable composition having a thickness of about 200 μm according to JIS K 7161, and performing a tensile test at 80°C, and
A connection system for a house and a vehicle, the connection system comprising: a vehicle door provided in the vehicle to selectively open a vehicle entrance through which a passenger enters or exits the vehicle and allowing an internal space of the vehicle to be exposed into the house when the vehicle is authenticated from the house and; and a connection member provided in a house entrance on a side wall of the house to selectively couple the house entrance and the vehicle entrance with each other so that the internal space of the vehicle and an internal space of the house are connected to each other when the vehicle door of the authenticated vehicle is opened in a side of the house entrance, characterized in that the connection member includes: an upper hatch operably provided in an upper portion of the house entrance; and a lower hatch operably provided in a lower portion of the house entrance, wherein the upper hatch is configured to be selectively coupled to a top portion of the vehicle and the lower hatch is configured to be selectively coupled to a bottom portion of the vehicle to connect the internal space of the vehicle and the internal space of the house each other. a vehicle door provided in the vehicle to selectively open a vehicle entrance through which a passenger enters or exits the vehicle and allowing an internal space of the vehicle to be exposed into the house when the vehicle is authenticated from the house and; and a connection member provided in a house entrance on a side wall of the house to selectively couple the house entrance and the vehicle entrance with each other so that the internal space of the vehicle and an internal space of the house are connected to each other when the vehicle door of the authenticated vehicle is opened in a side of the house entrance, characterized in that the connection member includes: an upper hatch operably provided in an upper portion of the house entrance; and a lower hatch operably provided in a lower portion of the house entrance, wherein the upper hatch is configured to be selectively coupled to a top portion of the vehicle and the lower hatch is configured to be selectively coupled to a bottom portion of the vehicle to connect the internal space of the vehicle and the internal space of the house each other. an upper hatch operably provided in an upper portion of the house entrance; and a lower hatch operably provided in a lower portion of the house entrance, wherein the upper hatch is configured to be selectively coupled to a top portion of the vehicle and the lower hatch is configured to be selectively coupled to a bottom portion of the vehicle to connect the internal space of the vehicle and the internal space of the house each other.
Method for carrying out a remote time comparison in pigeon racing using an electronic counting clock with which the arrival times of the racing pigeon returning from a race is recorded in a manipulation-secure manner, wherein the current time of the counting clock is compared with a master time (for example a radio clock or GPS time) and the difference between the time comparison of the time of the counting clock and the comparison time is used to correct the counting clock for the purpose of determining the true arrival time, a1) before the race, the pigeon together with chip ring is registered via a read-and write device at the club, wherein additional information, namely a chip ring ID and a secret number, is recorded and wherein the secret member is generated by the read-and-write device located at the club, a2) and on registration (or on basketing) of the pigeon at the club, the chip ring ID and the secret number are sent in real time to an external, secure server via a secure data connection, b1) on arrival of a pigeon at the breeder, the arrival time and additional information, namely the chip ring ID and the secret number, are used to verify the pigeon, b2) and on detecting the arrival of the pigeon at the breeder via the antenna on the counting clock, the information stored in the chip ring, namely the chip ring ID and the secret number, is sent to the external server via a secure data connection, and this is compared by the server with the data from step a2), b3) and wherein in the case of a valid comparison of the compared data from step a2) and b2), the server generates an acknowledgement at the club. a1) before the race, the pigeon together with chip ring is registered via a read-and write device at the club, wherein additional information, namely a chip ring ID and a secret number, is recorded and wherein the secret member is generated by the read-and-write device located at the club, a2) and on registration (or on basketing) of the pigeon at the club, the chip ring ID and the secret number are sent in real time to an external, secure server via a secure data connection, b1) on arrival of a pigeon at the breeder, the arrival time and additional information, namely the chip ring ID and the secret number, are used to verify the pigeon, b2) and on detecting the arrival of the pigeon at the breeder via the antenna on the counting clock, the information stored in the chip ring, namely the chip ring ID and the secret number, is sent to the external server via a secure data connection, and this is compared by the server with the data from step a2), b3) and wherein in the case of a valid comparison of the compared data from step a2) and b2), the server generates an acknowledgement at the club.
A transport device comprising at least two planar motors (2A, 2B), each of which forms a transport plane (TEA, TEB) in which at least one transport unit can be moved two-dimensionally, wherein the transport planes (TEA, TEB) of the at least two planar motors (2A, 2B) are adjacent to one another and are inclined with respect to one another at a contact angle (α) which is 90°, with drive coils being provided on each planar motor (2A, 2B) in order to interact electromagnetically with drive magnets of a transport unit in order to move the transport unit in the relevant transport plane (TEA, TEB), wherein at least one multiple-action transport unit (3B, 3C) is provided on the transport device, wherein on the multiple-action transport unit (3B, 3C) at least first drive magnets are provided in order to interact electromagnetically with the drive coils of a first planar motor, and at least second drive magnets are provided in order to interact electromagnetically with the drive coils of a second planar motor, characterized in that in the transport device at least one further planar motor (2C, 2D) is provided which forms a transport plane (TEC, TED) which is directly adjacent to the transport plane of the first planar motor and which is normal with respect thereto, wherein drive coils are provided on the at least one further planar motor (2C, 2D) in order to interact electromagnetically with drive magnets of a drive unit (3, 3B, 3C) in order to move the transport unit (3, 3B, 3C) in the relevant transport plane (TEC, TED), and that the at least one multiple-action transport unit (3B, 3C) can be moved two-dimensionally in the transport plane (TEA, TEB, TEC, TED) of one of the planar motors (2A, 2B, 2C, 2D) or can be moved one-dimensionally in the adjacent transport planes (TEA+TEB, TEA+TEC, TEA+TED) of at least two planar motors (2A+2B, 2A+2C, 2A+2D) at the same time, wherein the at least one multiple-action transport unit (3B, 3C) can be moved from the transport plane of the second planar motor via the transport plane of the first planar motor into the transport plane (TEC, TED) of the at least one further planar motor (2C, 2D).
A method for processing codebook information, implemented by a network device, wherein the method comprises: determining, based on a rank index of each of at least one terminal device, a reporting parameter for each respective one of the at least one terminal device, wherein different terminal devices with different User Equipment, LTE, capability information correspond to different reporting parameters, the reporting parameter comprises the number of spatial basis vectors and the number of frequency basis vectors, and a same terminal device corresponds to different numbers of frequency basis vectors under different rank indexes; and configuring the reporting parameter respectively for each of the at least one terminal device and allocating the reporting parameter to a corresponding terminal device respectively. determining, based on a rank index of each of at least one terminal device, a reporting parameter for each respective one of the at least one terminal device, wherein different terminal devices with different User Equipment, LTE, capability information correspond to different reporting parameters, the reporting parameter comprises the number of spatial basis vectors and the number of frequency basis vectors, and a same terminal device corresponds to different numbers of frequency basis vectors under different rank indexes; and configuring the reporting parameter respectively for each of the at least one terminal device and allocating the reporting parameter to a corresponding terminal device respectively.
Dewar device for mechanical and/or functional components of a watch, said device being provided with a wristlet and a casing, said casing including: - a chamber in which a case of said watch is capable of being arranged in a removable manner, and - a device for reversible fastening by magnetic levitation of said watch case in said chamber configuring a separation between said case and the set of the elements (10a, 10b, 10c) of the casing forming this chamber said set of elements of the casing forming said chamber comprises a glass, an inner peripheral wall of a middle and a bottom of this casing, device in which the glass of the watch case is disposed facing a glass of the casing when the watch case is arranged in said chamber, said Dewar device comprising a middle onto which said wristlet is fastened. - a chamber in which a case of said watch is capable of being arranged in a removable manner, and - a device for reversible fastening by magnetic levitation of said watch case in said chamber configuring a separation between said case and the set of the elements (10a, 10b, 10c) of the casing forming this chamber said set of elements of the casing forming said chamber comprises a glass, an inner peripheral wall of a middle and a bottom of this casing,
Cleaning device for cleaning items to be cleaned, comprising at least one cleaning chamber and at least one covering device at least partially surrounding the cleaning chamber, wherein the covering device can be moved in an opening movement direction from a closed position into an open position or in a closing movement direction from an open position into a closed position by means of at least one electromechanical drive via at least one transmission, wherein the cleaning device furthermore has a sensor, wherein the sensor is designed to detect action of a manual force on the covering device in the opening movement direction or in the closing movement direction, and wherein the cleaning device is furthermore designed to control the electromechanical drive in accordance with the detection of the action of manual force, characterized in that the cleaning device is designed in at least one of the following ways: the cleaning device is designed to detect an action of manual force in the opening movement direction and to control the electromechanical drive in such a way that the covering device is moved in the opening movement direction; the cleaning device is designed to detect an action of manual force in the closing movement direction and to control the electromechanical drive in such a way that the covering device is moved in the closing movement direction.
A container made of glass or stoneware for a beverage having surface irregularities in a chosen region, the irregularities forming nucleation sites inside the container, the nucleation sites promoting the formation of bubbles in contact with a carbonated beverage, the container comprising an enamel layer coating the chosen region, characterised in that a plurality of enamel grains are arranged at the surface of said enamel layer and are attached to said enamel layer, and a hydrophobic compound is arranged on a part of the surface of said enamel grains.