mhurhangee/ep-ind-claims huggingface dataset:
An appliance for loading a suspended transport pocket from above with a transport item, in particular with a piece item, comprising a feed device for feeding the transport item into a transfer region and a suspended conveying device with a guide rail and with transport pockets which are movable along the guide rail, wherein the course of the guide rail is designed such that directly subsequent to the transfer of the transport item the transport pocket is conveyed away upwards in a suspended manner and therefore out of the conveying level of the feed device and the conveying paths of the suspended conveying device and of the feed device run on different levels in a space-saving manner, wherein the guide rail forms a bending section in the transfer region in which the transport pockets are deflected along a curved track from a feed direction into a conveying-away direction, such that the transport pocket is moved out of the transfer region essentially counter to a transfer direction of the transport item over a conveying stretch section.
A tethered helium kite gas replenishment device including a multi-purpose gas replenishment capsule equipped with a clamp, a guiding element and a shock-absorbing device, characterized in that the capsule is mobile; the tethered helium kite gas replenishment device further comprises a docking connector consisting of a socket-type end adapted to be mounted on a kite and a plug-type end mounted on the capsule or vice versa, and the plug-type end comprises an actuator for moving a wedge ring; whereas the socket-type end is made up of a body, a closing poppet and a pressure spring, while the plug-type end is equipped with the wedge ring and consists of a housing equipped with a pivotally mounted lever, configured to press against the housing by a movement of the wedge ring, and a plug end poppet supported by a second spring, wherein the plug end poppet has an undercut which, in combination with a channel made in the plug end housing, forms a sliding shut-off valve controlling a gas supply to the actuator.
Composition for use in the treatment or prevention of acne, comprising a peptide and sugar extract of Schizandra fruit and a suitable excipient, said extract not comprising any lignans, and in that the peptide and sugar extract comes from Schizandra sphenanthera.
A clamp-type hand tool, comprising a first arm (12; 92; 112) incorporating a jaw part (30; 96; 118), a second arm (14; 94; 114) incorporating a jaw part (48; 98; 120), wherein the two arms (12, 14) are pivotal relative to one another and the jaw parts (30, 48; 96, 98; 118, 120) form a jaw having an adjustable aperture, and the jaw part (30; 48; 98; 120) of the first arm (12; 92; 112) and/or that of the second arm (14; 94; 114) is displaceable on the appertaining arm (12; 14; 94; 114), and a slide rail (58; 102; 122) for the displaceable jaw part (48; 98; 120), wherein the displaceable jaw part is in the form of a sliding clip which is guided on the slide rail, and the sliding clip is fixable on the slide rail in releasable manner by means of a clamping force, characterized that there is provided at least one springy tongue element as an elastic element, which presses the sliding clip on to the slide rail, in order to retain the sliding clip on the slide rail, and in that the at least one tongue element is formed in one-piece manner with the sliding clip.
Device for the supply of a gas comprising: • a plurality of gas vessels, preferably in the form of gas cylinders; • a frame, comprising a plurality of frame portions including a lower portion, an upper portion, and a plurality of side portions, constrained to each other and constrained to said lower and upper portions (21, 22), so as to define a space for arranging said plurality of gas vessels; • a plurality of fasteners, configured to reversibly constrain to each other at least part of at least two of said frame portions, characterised in that • at least part of said side portions comprise coupling protrusions, arranged so that, in use, the coupling protrusion of a first side portion is in contact with a second side portion, preferably with a relevant coupling protrusion of the second side portion, and wherein, in use condition, said fasteners are coupled to said coupling protrusion of said first side portion and to the second side portion so as to constrain said first side portion to said second side portion; • said coupling protrusions are configured to project outside said space for the gas vessels. • a plurality of gas vessels, preferably in the form of gas cylinders; • a frame, comprising a plurality of frame portions including a lower portion, an upper portion, and a plurality of side portions, constrained to each other and constrained to said lower and upper portions (21, 22), so as to define a space for arranging said plurality of gas vessels; • a plurality of fasteners, configured to reversibly constrain to each other at least part of at least two of said frame portions, characterised in that • at least part of said side portions comprise coupling protrusions, arranged so that, in use, the coupling protrusion of a first side portion is in contact with a second side portion, preferably with a relevant coupling protrusion of the second side portion, and wherein, in use condition, said fasteners are coupled to said coupling protrusion of said first side portion and to the second side portion so as to constrain said first side portion to said second side portion; • said coupling protrusions are configured to project outside said space for the gas vessels.
A method for forming a buried dielectric layer underneath a semiconductor fin (111,112,113,114), said method comprising the steps of: • Providing a bulk semiconductor substrate, • Producing at least two trenches (121,122,123) in the substrate, to thereby form at least one fin (111,112,113,114) between said trenches, or a plurality of fins separated by said trenches, • Filling said trenches with an insulating material, • Partially removing said insulating material in each of said trenches so that a portion of said insulating material remains at the bottom of each of said trenches, forming isolation regions in each of said trenches, • Depositing a liner on the sidewalls of said trenches, or on said sidewalls and on top of the isolation region in each of said trenches, • If the liner is deposited on the sidewalls and on top of the isolation regions, removing the liner from the top of said isolation regions, • removing a top layer of each of the isolation regions, to thereby form a window opening at the sidewalls of a bottom region of the fin(s), • transforming the semiconductor material in said bottom region of the fin(s) via said window opening, thereby forming a localized buried dielectric layer in said bottom region, said liner and said isolation region substantially preventing the fin(s) from being transformed in the regions outside said bottom region. • Providing a bulk semiconductor substrate, • Producing at least two trenches (121,122,123) in the substrate, to thereby form at least one fin (111,112,113,114) between said trenches, or a plurality of fins separated by said trenches, • Filling said trenches with an insulating material, • Partially removing said insulating material in each of said trenches so that a portion of said insulating material remains at the bottom of each of said trenches, forming isolation regions in each of said trenches, • Depositing a liner on the sidewalls of said trenches, or on said sidewalls and on top of the isolation region in each of said trenches, • If the liner is deposited on the sidewalls and on top of the isolation regions, removing the liner from the top of said isolation regions, • removing a top layer of each of the isolation regions, to thereby form a window opening at the sidewalls of a bottom region of the fin(s), • transforming the semiconductor material in said bottom region of the fin(s) via said window opening, thereby forming a localized buried dielectric layer in said bottom region, said liner and said isolation region substantially preventing the fin(s) from being transformed in the regions outside said bottom region.
A reception method comprising: receiving a signal including downlink control information mapped to a search space, the search space including a plurality of candidates for mapping the downlink control information by a transmission apparatus, and each candidate including a plurality of aggregated control channel elements, CCEs; and blind decoding the plurality of candidates and obtaining the downlink control information that is mapped to the plurality of candidates included in the search space, characterized by further receiving search space configuration information, wherein a first aggregation level value for localized allocation where CCEs included in a candidate are localized in a frequency domain is smaller than a second aggregation level value for distributed allocation where CCEs included in the candidate are at least partially distributed in the frequency domain, the search space including at least one candidate for the localized allocation and at least one candidate for the distributed allocation; the first aggregation level is 2 or greater than 2; and the blind decoding is performed using the received search space configuration information. receiving a signal including downlink control information mapped to a search space, the search space including a plurality of candidates for mapping the downlink control information by a transmission apparatus, and each candidate including a plurality of aggregated control channel elements, CCEs; and blind decoding the plurality of candidates and obtaining the downlink control information that is mapped to the plurality of candidates included in the search space, characterized by further receiving search space configuration information, wherein a first aggregation level value for localized allocation where CCEs included in a candidate are localized in a frequency domain is smaller than a second aggregation level value for distributed allocation where CCEs included in the candidate are at least partially distributed in the frequency domain, the search space including at least one candidate for the localized allocation and at least one candidate for the distributed allocation; the first aggregation level is 2 or greater than 2; and the blind decoding is performed using the received search space configuration information.
A pneumatic tire comprising: a tread portion; a pair of sidewall portions; a pair of bead portions; and a carcass extending from one of the bead portions to the other one of the bead portions, wherein, at least one of the sidewall portions includes a first sidewall rubber arranged outside the carcass in a tire axial direction, the first sidewall rubber includes a different color rubber layer and a barrier rubber layer, the different color rubber layer has a color different from a basic color of an outer surface of the at least one of the sidewall portions, at least a part of the different color rubber layer is exposed in the outer surface of the at least one of the sidewall portions, the barrier rubber layer is arranged between the different color rubber layer and the carcass, the barrier rubber layer includes a first portion having a rubber compounding to suppress migration of rubber compounding agents on the carcass side to the different color rubber layer, the barrier rubber layer is arranged between the different color rubber layer and a tread rubber forming the tread portion, and the barrier rubber layer includes a third portion having a rubber compounding to suppress migration of rubber compounding agents on the tread rubber side to the different color rubber layer, characterized in that in a tire meridian section, a distance from an outer end in a tire radial direction of the first sidewall rubber to one of tread ground contacting edges (Te) adjacent to the first sidewall rubber is 20 mm or more and 40 mm or less. a tread portion; a pair of sidewall portions; a pair of bead portions; and a carcass extending from one of the bead portions to the other one of the bead portions, wherein, at least one of the sidewall portions includes a first sidewall rubber arranged outside the carcass in a tire axial direction, the first sidewall rubber includes a different color rubber layer and a barrier rubber layer, the different color rubber layer has a color different from a basic color of an outer surface of the at least one of the sidewall portions, at least a part of the different color rubber layer is exposed in the outer surface of the at least one of the sidewall portions, the barrier rubber layer is arranged between the different color rubber layer and the carcass, the barrier rubber layer includes a first portion having a rubber compounding to suppress migration of rubber compounding agents on the carcass side to the different color rubber layer, the barrier rubber layer is arranged between the different color rubber layer and a tread rubber forming the tread portion, and the barrier rubber layer includes a third portion having a rubber compounding to suppress migration of rubber compounding agents on the tread rubber side to the different color rubber layer, characterized in that in a tire meridian section, a distance from an outer end in a tire radial direction of the first sidewall rubber to one of tread ground contacting edges (Te) adjacent to the first sidewall rubber is 20 mm or more and 40 mm or less.
Signal coupling device for transmitting transmission signals between a terminal and an antenna, wherein the signal coupling device comprises a terminal-sided interface for producing a technical signal connection between the signal coupling device and the terminal, at least one attenuation device, and at least one connecting signal branch for connecting the terminal-sided interface to the attenuation device, wherein the signal coupling device comprises at least one first apparatus for transmission activity detection, wherein the first apparatus for transmission activity detection is signal-coupled to the connecting signal branch, wherein, by means of the first apparatus for transmission activity detection, a protection signal can be generated for controlling the attenuation device when at least one signal characteristic of the signal imposed on the connecting signal branch deviates by more than a predetermined amount from a predetermined protection signal-specific signal characteristic, characterised in that the protection signal can be generated if a transmission power of a transmission signal is higher than a predetermined protection signal power, wherein an attenuating factor of the attenuation device is increased if a protection signal has been generated.
A plasticizer composition comprising: a terephthalate-based material; and a citrate-based material, wherein the terephthalate-based material is a first mixture in which di(2-ethylhexyl)terephthalate, butyl(2-ethylhexyl)terephthalate, and dibutyl terephthalate are mixed, wherein the citrate-based material is a mixture comprising any one selected from the group consisting of 1,2-dibutyl 3-(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dibutyl 2-(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, 1-butyl 2,3-bis(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, and 2-butyl 1,3-bis(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, wherein the citrate-based material is one in which an acetyl group is not included, wherein a weight ratio of the terephthalate-based material to the citrate-based material is in a range of 95:5 to 50:50. a terephthalate-based material; and a citrate-based material, wherein the terephthalate-based material is a first mixture in which di(2-ethylhexyl)terephthalate, butyl(2-ethylhexyl)terephthalate, and dibutyl terephthalate are mixed, wherein the citrate-based material is a mixture comprising any one selected from the group consisting of 1,2-dibutyl 3-(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dibutyl 2-(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, 1-butyl 2,3-bis(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, and 2-butyl 1,3-bis(2-ethylhexyl)2-hydroxypropane-1,2,3-tricarboxylate, wherein the citrate-based material is one in which an acetyl group is not included, wherein a weight ratio of the terephthalate-based material to the citrate-based material is in a range of 95:5 to 50:50.
A fluid ejection system comprising: a fluid ejection die (106, 400) comprising at least two drive bubble devices (108, 220) and a sensor for each drive bubble device to detect a characteristic of each drive bubble device; and a controller configured to: evaluate a first drive bubble device of the at least two drive bubble devices; and characterized in that: the controller is further configured to, during the evaluation of the first drive bubble device, service another drive bubble device of the at least two drive bubble devices. a fluid ejection die (106, 400) comprising at least two drive bubble devices (108, 220) and a sensor for each drive bubble device to detect a characteristic of each drive bubble device; and a controller configured to: evaluate a first drive bubble device of the at least two drive bubble devices; and characterized in that: the controller is further configured to, during the evaluation of the first drive bubble device, service another drive bubble device of the at least two drive bubble devices.
Bearing device for a headrest, comprising a guide part with which the retaining bar of the headrest can be positioned on a vehicle seat and, by means of a locking device, can be releasably fixed in a locked position relative to the guide part, wherein the locking device comprises a bolt that can be moved between a bolted position and a released position, said bolt being assigned to the guide part and comprising at least one recess which is assigned to the retaining bar, characterised in that an actuator of the locking device comprises a force transmission connection in the form of a band, in particular a pulley-guided band, in such a way that, when the actuator is adjusted, the bolt can be adjusted into the released position by a resultant actuating force.
A battery including a plurality of battery cells (102(i)), the battery comprising an upper housing and a lower housing, wherein the battery further comprises: - a wire harness assembly, wherein the wire harness assembly includes a bus-bar-assembly which is configured to connect the plurality of battery cells (102(i)) in series; and - a middle housing that includes a plurality of top cell chambers (1208(i)) with each of the plurality of top cell chambers (1208(i)) configured to accommodate the top section of a corresponding one of the plurality of battery cells (102(i)); wherein the lower housing includes a plurality of bottom cell chambers (1808(i)) with each of the plurality of bottom cell chambers (1808(i)) configured to accommodate the bottom section of a corresponding one of the plurality of battery cells (102(i)); characterized in that the middle housing has a top surface on which the wire harness assembly is installed, and the plurality of top cell chambers (1208(i)) are beneath the top surface of the middle housing, the upper housing has an opening and comprises a plurality of clips (1022.1, 1022.2, 1022.3; 1024.1, 1024.2; 1023.1, 1023.2, 1023.3; 1025.1, 1025.2) disposed on four edges of the opening of the upper housing, and the lower housing has an opening and comprises a plurality of taper flanges (1123.1, 1123.2; 1125.1, 1125.2) disposed on four edges of the opening of the lower housing, wherein the plurality of clips (1022.1, 1022.2, 1022.3; 1024.1, 1024.2; 1023.1, 1023.2, 1023.3; 1025.1, 1025.2) are configured to lock into the plurality of taper flanges (1123.1, 1123.2; 1125.1, 1125.2) such that the upper housing is fixed onto the lower housing to form the battery, and the wire harness assembly further includes a voltage-sense-wire harness, and the bus-bar assembly and the voltage-sense-wire harness are installed on the top surface of the middle housing. - a wire harness assembly, wherein the wire harness assembly includes a bus-bar-assembly which is configured to connect the plurality of battery cells (102(i)) in series; and - a middle housing that includes a plurality of top cell chambers (1208(i)) with each of the plurality of top cell chambers (1208(i)) configured to accommodate the top section of a corresponding one of the plurality of battery cells (102(i));
An end effector (1102, 1302, 1502) for a surgical clip applier, comprising: an elongate body; a clip track (1112, 1303, 1504) provided within the body and containing one or more surgical clips, wherein each surgical clip includes a crown and a pair of legs extending longitudinally from the crown and diverging from each other at an obtuse opening angle; and first and second jaw members (1104, 1106) positioned at a distal end of the body; wherein the end effector is characterized by: a pre-forming region (1122, 1304, 1506) provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state. an elongate body; a clip track (1112, 1303, 1504) provided within the body and containing one or more surgical clips, wherein each surgical clip includes a crown and a pair of legs extending longitudinally from the crown and diverging from each other at an obtuse opening angle; and first and second jaw members (1104, 1106) positioned at a distal end of the body; wherein the end effector is characterized by: a pre-forming region (1122, 1304, 1506) provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state. a pre-forming region (1122, 1304, 1506) provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state.