mhurhangee/ep-ind-claims huggingface dataset:
A cryogenic straw (1; 100) comprising a radio-frequency identification system, the radio-frequency identification system comprising: - at least one integrated circuit configured to store information and generate a radio-frequency signal in a frequency range of between 30 MHz and 3 GHz; and - at least one antenna comprising a conductive thread or rod, characterized in that - the at least one antenna is integrated, such as molded, into a sidewall of the cryogenic straw (1; 100), and that - the at least one antenna is connected electromagnetically, wirelessly to the at least one integrated circuit. - at least one integrated circuit configured to store information and generate a radio-frequency signal in a frequency range of between 30 MHz and 3 GHz; and - at least one antenna comprising a conductive thread or rod, characterized in that - the at least one antenna is integrated, such as molded, into a sidewall of the cryogenic straw (1; 100), and that - the at least one antenna is connected electromagnetically, wirelessly to the at least one integrated circuit.
Articulated chain, comprising at least - one inner tab, - one outer tab, - one bush and one pin which form a chain joint, wherein a labyrinth seal, which comprises at least one lug and at least one groove, is provided between the outer tab and the inner tab, wherein the at least one lug and the at least one groove are configured to have a length or depth of between 10% and 50% of the average respective tab thickness, preferably within a range of between 20% and 40% of the respective average tab thickness, and wherein the labyrinth seal is formed such that if the articulated chain is overloaded, the force flow inside the articulated chain is diverted in part via the labyrinth surfaces formed by the at least one lug and the at least one groove, wherein the at least one groove is formed in the inner tab and the at least one lug is formed on the outer tab or wherein the at least one groove is formed in the outer tab and the at least one lug is formed on the inner tab, and characterized in that the articulated chain has a chain center which extends in the longitudinal direction, and wherein the outer tab has a portion offset relative to the chain center, wherein the offset portion is arranged in a central region of the outer tab between the chain joints. - one inner tab, - one outer tab, - one bush and one pin which form a chain joint,
Crash drive for a vehicle-seat rail which is arranged in a longitudinally displaceable manner on a vehicle floor, said crash drive having: - a basic carrier which can be connected to the vehicle floor and can be arranged on the vehicle-seat rail so as to be longitudinally displaceable between an inoperative location and a crash location; - a drive unit which can be connected to the vehicle-seat rail in a fixed manner; and - a drive body which is arranged on the drive unit so as to be movable, by said drive unit, between a storage position and an adjusting position, and which is connected to the basic carrier in such a way that a shifting of the drive body from the storage position into the adjusting position brings about a moving of the basic carrier from the inoperative location into the crash location; wherein the drive unit - has a pyrotechnic actuator which is designed in such a way that activation thereof brings about a moving of the drive body from the storage position into the adjusting position, characterised in that the crash drive has a damping unit which damps the movement of the basic carrier from the crash location towards the inoperative position. - a basic carrier which can be connected to the vehicle floor and can be arranged on the vehicle-seat rail so as to be longitudinally displaceable between an inoperative location and a crash location; - a drive unit which can be connected to the vehicle-seat rail in a fixed manner; and - a drive body which is arranged on the drive unit so as to be movable, by said drive unit, between a storage position and an adjusting position, - has a pyrotechnic actuator which is designed in such a way that activation thereof brings about a moving of the drive body from the storage position into the adjusting position,
A washing machine comprising: a first housing having an open top; a first tub disposed in the first housing of the washing machine; a second housing having an open bottom provided adjacent to the open top of the first housing; a second tub disposed in the second housing; and a front cover provided to cover at least a portion of a front surface of the first housing and at least a portion of a front surface of the second housing, wherein the second housing comprises: a lower frame configured to support the second tub; an upper frame disposed on the lower frame; and a side cover provided to cover a side surface of the upper frame and a side surface of the lower frame. a first housing having an open top; a first tub disposed in the first housing of the washing machine; a second housing having an open bottom provided adjacent to the open top of the first housing; a second tub disposed in the second housing; and a front cover provided to cover at least a portion of a front surface of the first housing and at least a portion of a front surface of the second housing, wherein the second housing comprises: a lower frame configured to support the second tub; an upper frame disposed on the lower frame; and a side cover provided to cover a side surface of the upper frame and a side surface of the lower frame. a lower frame configured to support the second tub; an upper frame disposed on the lower frame; and a side cover provided to cover a side surface of the upper frame and a side surface of the lower frame.
A strapping device comprising: - a frame defining a supporting area on which a strap being processed can be placed, - a tensioning assembly suitable to lock and tension, on command, at least part of said strap, - a welding assembly suitable for joining, on command, at least two edges of said strap, - at least a first drive member suitable to actuate at least part of said tensioning assembly and said welding assembly, and - a second drive mechanism operatively connected to at least said first drive member, at least part of said tensioning assembly and said welding assembly, and including at least a first element operable in such a way as to carry out at least a first movement and a second movement, and being characterised in that - said first element defines, in relation to the movements (60a,60b), one intermediate position with respect to said frame, whereby the intermediate position is the position in which the first element has not been moved either integrally with the first movement or integrally with the second movement, and the intermediate position is the starting position starting from which said drive member actuates at least part of said tensioning assembly if said first element carries out said first movement and alternately actuates at least part of said welding assembly if said first element carries out said second movement. - a frame defining a supporting area on which a strap being processed can be placed, - a tensioning assembly suitable to lock and tension, on command, at least part of said strap, - a welding assembly suitable for joining, on command, at least two edges of said strap, - at least a first drive member suitable to actuate at least part of said tensioning assembly and said welding assembly, and - a second drive mechanism operatively connected to at least said first drive member, at least part of said tensioning assembly and said welding assembly, and including at least a first element operable in such a way as to carry out at least a first movement and a second movement, and being characterised in that - said first element defines, in relation to the movements (60a,60b), one intermediate position with respect to said frame, whereby the intermediate position is the position in which the first element has not been moved either integrally with the first movement or integrally with the second movement, and the intermediate position is the starting position starting from which said drive member actuates at least part of said tensioning assembly if said first element carries out said first movement and alternately actuates at least part of said welding assembly if said first element carries out said second movement.
A paper or nonwoven article comprising a nonwoven web layer, wherein said nonwoven web layer comprises a plurality of fibers and a plurality of binder microfibers, wherein said binder microfibers comprise a water non-dispersible, synthetic polymer; wherein said binder microfibers have a length of less than 25 millimeters and a fineness of less than 0.5 d/f; and wherein said binder microfibers have a melting temperature that is less than the melting temperature of said fibers, wherein there is a substantial absence of a binder other than said binder microfibers, and wherein the amount of said binder microfibers range from about 5 weight percent to about 90 weight percent of said nonwoven web layer.
A game kit comprising: a plurality of game pieces having a rectangular parallelepiped shape in which the four lateral faces of said rectangular parallelepiped shape have each two symbols thereon, said two symbols on a same face being disposed to be read in an upside down manner with respect to one another; and a holder comprising at least one holding section for holding said game pieces in such a manner that when at least one of said game pieces is inserted in said holding sectior, a combination of said game pieces one next to the other one and said holding section is effective for hiding all the symbols of the game pieces except one selected symbol for each game piece, optionally with the exception of game pieces disposed at extremities of said holding section. a plurality of game pieces having a rectangular parallelepiped shape in which the four lateral faces of said rectangular parallelepiped shape have each two symbols thereon, said two symbols on a same face being disposed to be read in an upside down manner with respect to one another; and a holder comprising at least one holding section for holding said game pieces in such a manner that when at least one of said game pieces is inserted in said holding sectior, a combination of said game pieces one next to the other one and said holding section is effective for hiding all the symbols of the game pieces except one selected symbol for each game piece, optionally with the exception of game pieces disposed at extremities of said holding section.
A movable contact for a rotary switch, comprising: a first contact for contacting to a stationary contact and a second contact for contacting to the stationary contact, which first contact and second contact are arranged at distance from each other for receiving a stationary contact between the first contact and the second contact, characterized in that the first contact is a straight contact blade for contacting stationary contacts at both ends of the blade, and the second contact is a spring element configured to bend when the stationary contact is placed between the first contact and the second contact, and to cause a pressing force to the stationary contact to press it against the first contact after the stationary contact has been placed between the first contact and the second contact. a first contact for contacting to a stationary contact and a second contact for contacting to the stationary contact, which first contact and second contact are arranged at distance from each other for receiving a stationary contact between the first contact and the second contact, characterized in that the first contact is a straight contact blade for contacting stationary contacts at both ends of the blade, and the second contact is a spring element configured to bend when the stationary contact is placed between the first contact and the second contact, and to cause a pressing force to the stationary contact to press it against the first contact after the stationary contact has been placed between the first contact and the second contact.
A window, in particular a tilt window, a turn window or a tilt/turn window comprising at least - a frame and a sash with a surface element, wherein - the sash is accommodated in the frame so as to be pivotable and/or tiltable between at least one first closed position and one second tilted or pivoted position, characterized in that - the frame is equipped with at least one ventilation duct having a first ventilation duct opening and a second ventilation duct opening, wherein - the frame is equipped at least in sections, preferably entirely, with a seal which seals a gap between the sash and the frame in the second position, wherein - the seal is a seal arranged in the window rabbet, in particular a center seal, which, when viewed from the exterior to the interior of the window, is arranged between the first ventilation duct opening and the second ventilation duct opening, wherein - the sash is equipped with a closure means configured to block at least one, preferably both, ventilation duct openings (121, 122) in the first position, wherein - the closure means is designed as an insulating bar of the sash, wherein - the sash is configured to unblock the ventilation duct openings (121, 122) and abut against the seal in the second position. - a frame and a sash with a surface element, wherein - the sash is accommodated in the frame so as to be pivotable and/or tiltable between at least one first closed position and one second tilted or pivoted position, characterized in that - the frame is equipped with at least one ventilation duct having a first ventilation duct opening and a second ventilation duct opening, wherein - the frame is equipped at least in sections, preferably entirely, with a seal which seals a gap between the sash and the frame in the second position, wherein - the seal is a seal arranged in the window rabbet, in particular a center seal, which, when viewed from the exterior to the interior of the window, is arranged between the first ventilation duct opening and the second ventilation duct opening, wherein - the sash is equipped with a closure means configured to block at least one, preferably both, ventilation duct openings (121, 122) in the first position, wherein - the closure means is designed as an insulating bar of the sash, wherein - the sash is configured to unblock the ventilation duct openings (121, 122) and abut against the seal in the second position.
A computer-implemented method for managing data in a document management and collaboration system, comprising: under control of one or more computer systems configured with executable instructions, receiving hardware or software configuration information for a plurality of computing devices (102,104;202); uniquely identifying and tracking the plurality of computing devices based on the hardware or software configuration information (102,104;202); receiving a request from one computing device of the plurality of computing devices, wherein the request is for a download of a document from the document management and collaboration system to the one computing device; identifying a user associated with the download request, wherein the user is authenticated with a user session, and wherein said tracking comprises associating the user session to the one computing device; sending the requested document to the one computing device; based on the identification of the user and the tracking of the plurality of computing devices, determining that the downloaded document should be deleted from each of the plurality of computing devices (102,104;202) that is associated with the user; performing a targeted deletion of the downloaded document from all computing devices (102,104;202) with which the user has had a user session; and receiving, from each of the computing devices (102,104;202) with which the user has had a user session, an indication of successful deletion of the downloaded document. receiving hardware or software configuration information for a plurality of computing devices (102,104;202); uniquely identifying and tracking the plurality of computing devices based on the hardware or software configuration information (102,104;202); receiving a request from one computing device of the plurality of computing devices, wherein the request is for a download of a document from the document management and collaboration system to the one computing device; identifying a user associated with the download request, wherein the user is authenticated with a user session, and wherein said tracking comprises associating the user session to the one computing device; sending the requested document to the one computing device; based on the identification of the user and the tracking of the plurality of computing devices, determining that the downloaded document should be deleted from each of the plurality of computing devices (102,104;202) that is associated with the user; performing a targeted deletion of the downloaded document from all computing devices (102,104;202) with which the user has had a user session; and receiving, from each of the computing devices (102,104;202) with which the user has had a user session, an indication of successful deletion of the downloaded document.
Lock for securing mobile objects, in particular bicycle lock, comprising a lock element and a flexible strand element, wherein two ends (2a, 2b) of the lock are connectable to each other by the lock element, and the lock element and the strand element are designed as structurally separate elements which are connectable to each other, wherein the strand element has a respective closure element at each of its ends (2a, 2b), and the lock element has two separate connecting regions in which a respective closure element can be coupled to the lock element, characterized in that the respective strand ends of the strand element on sides of the lock element lying opposite each other by 180 degrees are designed to engage in the separate connecting regions, which are spaced apart in the direction of longitudinal extent, with the formation of a ring lying in a plane, wherein the lock element has a thickness perpendicular to the direction of longitudinal extent, said thickness being smaller than the width perpendicular to the direction of longitudinal extent, wherein the strand element has a smaller cross section than the lock element and is expanded in the region of the ends to the cross-sectional size and cross-sectional shape of the lock element.
A base station configured to allocate resources in time intervals, wherein each time interval includes at least one forward link control channel and a forward link shared channel, comprising: means for allocating forward link and reverse link resources on a time interval basis at each time interval to a plurality of mobile devices; means for transmitting control information in the at least one forward link control channel during a first time interval, wherein the control information is associated with forward link shared channel allocations of resources and reverse link shared channel allocations of resources; means for transmitting data to a mobile device based on the control information indicating that forward link shared channel resources are allocated to the mobile device; and the base station characterized by: means for receiving a reverse link transmission from the mobile device, based on the control information indicating that reverse link shared channel resources are allocated to the mobile device, in a second time interval that is a fixed number of time intervals after the first time interval. means for allocating forward link and reverse link resources on a time interval basis at each time interval to a plurality of mobile devices; means for transmitting control information in the at least one forward link control channel during a first time interval, wherein the control information is associated with forward link shared channel allocations of resources and reverse link shared channel allocations of resources; means for transmitting data to a mobile device based on the control information indicating that forward link shared channel resources are allocated to the mobile device; and the base station characterized by: means for receiving a reverse link transmission from the mobile device, based on the control information indicating that reverse link shared channel resources are allocated to the mobile device, in a second time interval that is a fixed number of time intervals after the first time interval.
A fluid transfer coupling (100;200;300;400) comprising: a first shaft assembly (110;210;310); and a second shaft assembly (130;430), the first shaft assembly (110;210;310) comprising: a first shaft; and an annular fin (118;218;318) attached to the first shaft, the second shaft assembly (130;430) comprising: a second shaft (132;432); and an annular trough (140;440) extending radially outwardly of the second shaft (132;432), wherein the first shaft is concentrically accommodated within the second shaft (132;432) with the annular fin (118;218;318) accommodated within the annular trough (140;440), and characterised in that the annular fin (118;218;318) has one or more internal passages (120;220;320) extending therethrough, the or each internal passage (120;220;320) connecting a centre portion of the first shaft to a radially outwardly facing side (122;222;322) of the annular fin (118;218;318), and in use, the first shaft assembly (110;210;310) rotates at a first rotational speed and the second shaft assembly (130;430) rotates at a second rotational speed, the second rotational speed being greater than the first rotational speed, the difference between the second rotational speed and the first rotational speed causes a fluid contained within the annular trough (140;440) to be driven radially inwardly through the or each internal passage (120;220;320) to the centre portion of the first shaft. a first shaft assembly (110;210;310); and a second shaft assembly (130;430), a first shaft; and an annular fin (118;218;318) attached to the first shaft, a second shaft (132;432); and an annular trough (140;440) extending radially outwardly of the second shaft (132;432), wherein the first shaft is concentrically accommodated within the second shaft (132;432) with the annular fin (118;218;318) accommodated within the annular trough (140;440), and
A method for installing an assembly for motorizing a shutter installation at an opening in a building, the motorizing assembly comprising a first electromechanical module provided with a first electric motor and an electronic control unit, a second mechanical module provided with a second electric motor, the installation method comprising the following steps consisting of: folding a template following existing pre-folds and conforming it in the form of a three-dimensional rail, fastening frame elements (40a, 40b) on the ends (80a, 80b) of the template conformed in the form of a rail, positioning the assembly formed by the template and the frame elements (40a, 40b) at an architectural element of the opening, marking and/or drilling the architectural element in the location of at least some of the fastening holes (51, 52) of the frame elements (40a, 40b), fastening the frame elements (40a, 40b) to the architectural element of the opening, fastening the electromechanical and mechanical modules to the frame elements (40a, 40b). folding a template following existing pre-folds and conforming it in the form of a three-dimensional rail, fastening frame elements (40a, 40b) on the ends (80a, 80b) of the template conformed in the form of a rail, positioning the assembly formed by the template and the frame elements (40a, 40b) at an architectural element of the opening, marking and/or drilling the architectural element in the location of at least some of the fastening holes (51, 52) of the frame elements (40a, 40b), fastening the frame elements (40a, 40b) to the architectural element of the opening, fastening the electromechanical and mechanical modules to the frame elements (40a, 40b).