mhurhangee/ep-ind-claims huggingface dataset:
A clinker inlet distribution grate for a cement clinker cooler, comprising a chute being mounted to a base, wherein the chute is formed by a number of grate elements (12, 13, 14) being mounted to a support structure and defining a support surface for receiving cement clinker from a kiln, the grate elements have and/or form coolant openings configured for allowing a coolant flow via the grate elements into the cement clinker residing on the grate elements, wherein at least one first of the number of grate elements (12, 13, 14) is coupled to at least one vibrational drive unit for causing a vibration of the at least one first grate element (12, 13, 14) relative to at least one second grate element (12, 13, 14) and/or a static portion of the support structure and/or the base, characterized in that the vibration is (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode. wherein at least one first of the number of grate elements (12, 13, 14) is coupled to at least one vibrational drive unit for causing a vibration of the at least one first grate element (12, 13, 14) relative to at least one second grate element (12, 13, 14) and/or a static portion of the support structure and/or the base, characterized in that the vibration is (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode. (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode.
A single stranded oligonucleotide for targeting a target RNA sequence comprising a mutation, for use in the treatment of a genetic disorder related to the mutation in said target RNA sequence, wherein the oligonucleotide comprises a sequence complementary to the target RNA sequence and encodes the wild-type sequence, and wherein all nucleosides of the oligonucleotide are 2'-O-alkyl ribonucleosides.
An absorbent article comprising an anti-odor tape that has a first gas barrier layer coupled to the absorbent article and a second gas barrier layer that is stuck in a separable manner to either front or back surface of the first gas barrier layer via an adhesive agent containing an anti-odor agent, wherein the anti-odor tape takes an anti-odor measure by separating the second gas barrier layer from the first gas barrier layer at the time of disposal of the absorbent article to expose the adhesive agent to the outside, the anti-odor tape is a post-processing tape used to fix the absorbent article in a rolled state, the post-processing tape is structured in such a manner that a belt-like body with gas barrier properties is folded longitudinally plural times so that a plurality of layers is stacked to become a folding state and the adjacent layers are bonded to each other by an adhesive agent, and when the folded post-processing tape is unfolded either one of the front and back surfaces is the surface with the adhesive agent 74 for fixing the diaper in the rolled state, and part of the other surface is the surface with the adhesive agent 73 containing the anti-odor agent and the adhesive agent 74 for post-processing fixation and the adhesive agent 73 containing the anti-odor agent are separate members, and the adhesive agent for fixing in the rolled state does not contain the anti-odor agent.
A method of a first device in a wireless local area network, WLAN, system supporting a multi-user transmission scheme, the method comprising: transmitting (1211, 1511), to at least one of second devices (113, 115), a signal including information related to a number of resource allocation request messages to be received by the first device during a time interval and information related to the at least one of second devices (113, 115), receiving (1213, 1215, 1217, 1219, 1221, 1513, 1515), from one or more of the at least one of the second devices (113, 115), at least one resource allocation request message during the time interval, transmitting (1223, 1517), to the one or more of the at least one of second devices (113, 115), scheduling information for the one or more of the at least one of the second devices (113, 115), receiving (1225, 1227, 1519, 1521) an uplink signal from each of the one of more of the at least one of the second devices (113, 115), transmitting (1523, 1525) an acknowledgement signal to each of the one or more of the at least one of the second devices from which an uplink signal was received, and transmitting a group acknowledgement signal to the remaining of the at least one of the second devices from which a resource allocation request message and an uplink signal were not received, wherein at least one normally received resource allocation request message is counted as the received at least one resource allocation request message, and wherein the number of resource allocation request messages to be received by the first device during the time interval is determined based on a number of antennas of the first device. transmitting (1211, 1511), to at least one of second devices (113, 115), a signal including information related to a number of resource allocation request messages to be received by the first device during a time interval and information related to the at least one of second devices (113, 115), receiving (1213, 1215, 1217, 1219, 1221, 1513, 1515), from one or more of the at least one of the second devices (113, 115), at least one resource allocation request message during the time interval, transmitting (1223, 1517), to the one or more of the at least one of second devices (113, 115), scheduling information for the one or more of the at least one of the second devices (113, 115), receiving (1225, 1227, 1519, 1521) an uplink signal from each of the one of more of the at least one of the second devices (113, 115), transmitting (1523, 1525) an acknowledgement signal to each of the one or more of the at least one of the second devices from which an uplink signal was received, and transmitting a group acknowledgement signal to the remaining of the at least one of the second devices from which a resource allocation request message and an uplink signal were not received, wherein at least one normally received resource allocation request message is counted as the received at least one resource allocation request message, and wherein the number of resource allocation request messages to be received by the first device during the time interval is determined based on a number of antennas of the first device.
An implant for providing a shunt having an adjustable flow rate, wherein the implant comprises a valve element having a passage, characterized in that the valve element comprises a plunger that is travelable between a pass position and a closed position, that has a permanent magnet, and that is spring loaded such that it is preloaded into its closed position.
A cryotherapeutic device, comprising: an elongated shaft with a distal portion and a proximal portion, the shaft being configured to locate the distal portion intravascularly at a treatment site proximate a renal artery or renal ostium, the proximal portion being configured to be outside the vasculature; a cryogenic cooling assembly at the distal portion of the shaft; a primary supply lumen along at least a portion of the shaft having a first portion and a second portion, wherein the second portion of the primary supply lumen is proximate the cryogenic cooling assembly; and a pre-cooler having a container configured to receive a flow of liquid refrigerant, a flow separator in the container, a pre-coolant passage along a periphery of the flow separator, and a pre-cooling expansion chamber in the container having a proximal portion defined by the flow separator, wherein the flow separator has a primary passage attached to the first portion of the primary supply lumen such that a portion of liquid refrigerant flows through the primary passage to the primary supply lumen and another portion of liquid refrigerant flows through the pre-coolant passage into the pre-cooling expansion chamber, wherein the cryotherapeutic device further comprises a primary supply conduit defining the primary supply lumen, wherein the primary-supply conduit has an average outer diameter within the pre-cooling chamber, and wherein the flow separator is a portion of the primary-supply conduit having an outer diameter greater than the average outer diameter. an elongated shaft with a distal portion and a proximal portion, the shaft being configured to locate the distal portion intravascularly at a treatment site proximate a renal artery or renal ostium, the proximal portion being configured to be outside the vasculature; a cryogenic cooling assembly at the distal portion of the shaft; a primary supply lumen along at least a portion of the shaft having a first portion and a second portion, wherein the second portion of the primary supply lumen is proximate the cryogenic cooling assembly; and a pre-cooler having a container configured to receive a flow of liquid refrigerant, a flow separator in the container, a pre-coolant passage along a periphery of the flow separator, and a pre-cooling expansion chamber in the container having a proximal portion defined by the flow separator, wherein the flow separator has a primary passage attached to the first portion of the primary supply lumen such that a portion of liquid refrigerant flows through the primary passage to the primary supply lumen and another portion of liquid refrigerant flows through the pre-coolant passage into the pre-cooling expansion chamber, wherein the cryotherapeutic device further comprises a primary supply conduit defining the primary supply lumen, wherein the primary-supply conduit has an average outer diameter within the pre-cooling chamber, and wherein the flow separator is a portion of the primary-supply conduit having an outer diameter greater than the average outer diameter.
An energy guide chain for guiding cables, hoses or the like, having a plurality of links (2, 3) articulated with one another, from which two parallel link strands connected by transverse webs (4a, 4b) are detachably assembled, and which can be angled to one another by means of articulated connection, wherein the articulated connection between adjacent links is formed by a joint element, which is elastically deformable so that the respectively connected links can be angled to one another in an angling direction, wherein in each link strand, respectively different internal links and external links alternate in the longitudinal direction of the energy guide chain, wherein both the internal links and also the external links are designed as mirror-symmetrical respectively to their vertical center plane extending perpendicularly to the longitudinal direction, so that identical internal links and identical external links are usable for detachable assembly of both link strands, and wherein the joint elements, which - are embodied as separate components, or - are respectively are molded onto both end faces as two joint elements frontally protruding on the first or the second link of a pair composed of internal link and external link, have opposing end regions for securing adjacent internal and external links (2; 3), which are detachably connected to one another, in the longitudinal direction of the energy guide chain, the end regions being implemented as mirror-symmetrical with respect to the vertical center plane. - are embodied as separate components, or - are respectively are molded onto both end faces as two joint elements frontally protruding on the first or the second link of a pair composed of internal link and external link,
A purified peptide comprising an amino acid sequence having 95% or greater sequence identity to the amino acid sequence shown in SEQ ID NO: 4, wherein the purified peptide comprises a prostate-specific cleavage site and a functionally deleted furin cleavage site, wherein the prostrate-specific cleavage site functionally replaces the furin cleavage site.
A ribbon cassette comprising: a cassette case having a box shape; an ink ribbon accommodated in the cassette case and having a portion exposed to an outside of the cassette case between a first hole formed in a first outer wall of the cassette case and a second hole formed in a second outer wall of the cassette case; a first spool rotatably supported to the cassette case and having a hollow cylindrical shape, one end portion of the ink ribbon being wound on the first spool; a second spool rotatably supported to the cassette case and having a hollow cylindrical shape, the second spool having a first portion to which another end portion of the ink ribbon is connected; an engaging part provided in the cassette case; and a spring member wound around a second portion of the second spool, the second portion being different from the first portion, wherein the spring member includes a winding part wound around the second portion, and an extension part extending from a first end portion of the winding part and engaged with the engaging part, characterized in that the winding part is wound, from the first end portion, in a winding direction opposite to a take-up direction of the second spool in which the ink ribbon is taken up by the second spool; and a second draw-out load applied to the ink ribbon being pulled from the second spool through the second hole is smaller than a first draw-out load applied to the ink ribbon being pulled from the first spool through the first hole. a cassette case having a box shape; an ink ribbon accommodated in the cassette case and having a portion exposed to an outside of the cassette case between a first hole formed in a first outer wall of the cassette case and a second hole formed in a second outer wall of the cassette case; a first spool rotatably supported to the cassette case and having a hollow cylindrical shape, one end portion of the ink ribbon being wound on the first spool; a second spool rotatably supported to the cassette case and having a hollow cylindrical shape, the second spool having a first portion to which another end portion of the ink ribbon is connected; an engaging part provided in the cassette case; and a spring member wound around a second portion of the second spool, the second portion being different from the first portion, wherein the spring member includes a winding part wound around the second portion, and an extension part extending from a first end portion of the winding part and engaged with the engaging part, characterized in that the winding part is wound, from the first end portion, in a winding direction opposite to a take-up direction of the second spool in which the ink ribbon is taken up by the second spool; and a second draw-out load applied to the ink ribbon being pulled from the second spool through the second hole is smaller than a first draw-out load applied to the ink ribbon being pulled from the first spool through the first hole.
A wing (2, 3) for an airplane having a spanwise wing length (b) from a base body of said airplane towards an outer wing end and at least three winglets on said outer wing end connected to said wing (2, 3), an upstream first one of said winglets preceding a more downstream second one of said winglets, and said second one preceding an even more downstream third one of said winglets in a flight direction of said airplane, said first winglet being arranged to produce a winglet tip vortex airflow additionally to a wing tip vortex airflow produced by said wing (2, 3), such that said winglet tip vortex airflow and said wing tip vortex airflow are superposed to a combined vortex airflow in a plane between said first and second winglets (8, 9) and perpendicular to said flight direction, said first winglet being arranged to broaden a region of said vortex airflow by means of said superposition, wherein said second winglet is adapted to produce an aerodynamic lift having a positive thrust component (F xn), in said vortex airflow, and wherein said second winglet has a spanwise length of between 105 % and 180 % of a spanwise length of said first winglet and said third winglet has a spanwise length of between 60 % and 100 % of said second winglet which is upstream of said third winglet. a spanwise wing length (b) from a base body of said airplane towards an outer wing end and at least three winglets on said outer wing end connected to said wing (2, 3), an upstream first one of said winglets preceding a more downstream second one of said winglets, and said second one preceding an even more downstream third one of said winglets in a flight direction of said airplane, said first winglet being arranged to produce a winglet tip vortex airflow additionally to a wing tip vortex airflow produced by said wing (2, 3), such that said winglet tip vortex airflow and said wing tip vortex airflow are superposed to a combined vortex airflow in a plane between said first and second winglets (8, 9) and perpendicular to said flight direction, said first winglet being arranged to broaden a region of said vortex airflow by means of said superposition, wherein said second winglet is adapted to produce an aerodynamic lift having a positive thrust component (F xn), in said vortex airflow, and wherein said second winglet has a spanwise length of between 105 % and 180 % of a spanwise length of said first winglet and said third winglet has a spanwise length of between 60 % and 100 % of said second winglet which is upstream of said third winglet.
A housing for a sensor comprising: vertical walls; a horizontal floor connected to a bottom of the vertical walls, the vertical walls and the horizontal floor forming an aperture in which the sensor is located; and a vertical shaft connected to the bottom of the horizontal floor and configured to connect the housing to a grip of a golf club, wherein the vertical shaft includes a first air passage, and the vertical walls include a second air passage connected to the first air passage so that the first and second air passages vent air pressure from an inside of the golf club to an outside of the golf club. vertical walls; a horizontal floor connected to a bottom of the vertical walls, the vertical walls and the horizontal floor forming an aperture in which the sensor is located; and a vertical shaft connected to the bottom of the horizontal floor and configured to connect the housing to a grip of a golf club, wherein the vertical shaft includes a first air passage, and the vertical walls include a second air passage connected to the first air passage so that the first and second air passages vent air pressure from an inside of the golf club to an outside of the golf club.
A genetically modified human cell line comprising disrupted expression of an endogenous genomic sequence encoding a protein involved in a drug absorption, distribution, metabolism and excretion and/or toxicology process, wherein the endogenous genomic sequence is ABCG2 and wherein expression is disrupted by targeting endonuclease mediated genome editing.
A heating, ventilation, air conditioning and refrigeration (HVAC&R) unit, comprising: an evaporator circulating a flow of refrigerant therethrough to cool a flow of compartment air flowing over the evaporator; an evaporator fan to direct a first airflow across the evaporator; a condenser operably connected to the evaporator to condense the flow of refrigerant therethrough; and a condenser fan to direct a second airflow across the condenser; wherein the evaporator and the condenser are relatively positioned such that a liquid condensate at an exterior of the evaporator is directed by gravity onto an exterior of the condenser to increase an operating capacity of the condenser; one or both of the evaporator fan and the condenser fan are disposed vertically between the evaporator and the condenser in a path of the liquid condensate to distribute the liquid condensate over a condenser surface; characterized in that one or both of the evaporator fan and the condenser fan are utilized to sling the liquid condensate across a surface of the condenser. an evaporator circulating a flow of refrigerant therethrough to cool a flow of compartment air flowing over the evaporator; an evaporator fan to direct a first airflow across the evaporator; a condenser operably connected to the evaporator to condense the flow of refrigerant therethrough; and a condenser fan to direct a second airflow across the condenser; wherein the evaporator and the condenser are relatively positioned such that a liquid condensate at an exterior of the evaporator is directed by gravity onto an exterior of the condenser to increase an operating capacity of the condenser; one or both of the evaporator fan and the condenser fan are disposed vertically between the evaporator and the condenser in a path of the liquid condensate to distribute the liquid condensate over a condenser surface; characterized in that one or both of the evaporator fan and the condenser fan are utilized to sling the liquid condensate across a surface of the condenser.
Printing machine having a device for detecting the presence of an application forme on a forme cylinder, wherein the forme cylinder has at least one cylinder channel, wherein at least one fastening system for fastening the application forme is arranged in the at least one cylinder channel, wherein the at least one fastening system has at least one alignment element for aligning the application forme, wherein the at least one fastening system has at least one sensor which optically detects the presence of the application forme, characterized in that the at least one sensor is designed as at least one reflection light sensor, in that the at least one sensor has at least one emitter and at least one receiver, and in that the at least one sensor is arranged at a distance from the at least one alignment element, said distance being smaller than 15% of the width of a jacket surface of the forme cylinder.