mhurhangee/ep-ind-claims huggingface dataset:
A child seat (100, 200) comprising: a seat shell (102, 202) having a rear; two fasteners (114, 214) operable to attach with an anchor structure of a vehicle; an anchor strap (112, 212) assembled in the seat shell (102, 202) and connected with the two fasteners (114, 214), and a lock (116, 216) through which is passed the anchor strap (112, 212), characterized in that: the anchor strap is made of a single continuous web material that includes two end portions (112A, 212A, 212B), and an intermediate portion between the two end portions (112A, 212A, 212B), the two end portions (112A, 212A, 212B) respectively looping around two slots provided in the two fasteners (114, 214) at the rear of the seat shell (102, 202), and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock (116, 216); and the lock (116, 216) is operable to releasibly clamp the two segments against each other between an actuator arm (132, 232) and a base plate (130, 230), the intermediate portion extending outward from the lock (116, 216) to define a looped tab (122, 212C) that is accessible from an outside of the seatshell (102, 202). a seat shell (102, 202) having a rear; two fasteners (114, 214) operable to attach with an anchor structure of a vehicle; an anchor strap (112, 212) assembled in the seat shell (102, 202) and connected with the two fasteners (114, 214), and a lock (116, 216) through which is passed the anchor strap (112, 212), characterized in that: the anchor strap is made of a single continuous web material that includes two end portions (112A, 212A, 212B), and an intermediate portion between the two end portions (112A, 212A, 212B), the two end portions (112A, 212A, 212B) respectively looping around two slots provided in the two fasteners (114, 214) at the rear of the seat shell (102, 202), and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock (116, 216); and the lock (116, 216) is operable to releasibly clamp the two segments against each other between an actuator arm (132, 232) and a base plate (130, 230), the intermediate portion extending outward from the lock (116, 216) to define a looped tab (122, 212C) that is accessible from an outside of the seatshell (102, 202). the anchor strap is made of a single continuous web material that includes two end portions (112A, 212A, 212B), and an intermediate portion between the two end portions (112A, 212A, 212B), the two end portions (112A, 212A, 212B) respectively looping around two slots provided in the two fasteners (114, 214) at the rear of the seat shell (102, 202), and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock (116, 216); and the lock (116, 216) is operable to releasibly clamp the two segments against each other between an actuator arm (132, 232) and a base plate (130, 230), the intermediate portion extending outward from the lock (116, 216) to define a looped tab (122, 212C) that is accessible from an outside of the seatshell (102, 202).
A computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: receiving a request to access a tape block in a data storage tape; determining that data corresponding to the request is stored in an object in a container of a plurality of containers of an object-based storage system which does not use sequential access storage, by mapping the tape block identified in the request to the container; converting the request into a format corresponding to the object-based storage system; retrieving data from the object in the container of the object-based storage system according to the converted request; generating, from the retrieved data, a data stream in a tape archive format; transmitting the data stream in the tape archive format in response to the request. receiving a request to access a tape block in a data storage tape; determining that data corresponding to the request is stored in an object in a container of a plurality of containers of an object-based storage system which does not use sequential access storage, by mapping the tape block identified in the request to the container; converting the request into a format corresponding to the object-based storage system; retrieving data from the object in the container of the object-based storage system according to the converted request; generating, from the retrieved data, a data stream in a tape archive format; transmitting the data stream in the tape archive format in response to the request.
A delay compensation apparatus, comprising a first channel delay unit and a second channel delay unit, wherein the first channel delay unit is serially connected on a first channel, the second channel delay unit is serially connected on a second channel, the first channel delay unit comprises a surface acoustic unit, characterized in that a delay of an input signal to the first channel is less than a delay of an input signal to the second channel, wherein: the surface acoustic unit comprises a first surface acoustic wave component and a surface acoustic output selection switch; the first surface acoustic wave component comprises an input end and p output ends, wherein p≥2; signal delay differences between the p output ends of the first surface acoustic wave component and the input end of the first surface acoustic wave component are configured to form an arithmetic progression whose first term is absolute delay duration T 0 and whose common difference is a relative delay duration t 0; the input end of the first surface acoustic wave component is usable as a signal input end of the surface acoustic unit, and the surface acoustic output selection switch is configured to select one output end of the p output ends of the first surface acoustic wave component as a signal output end of the surface acoustic unit; and delay duration of the second channel delay unit is the absolute delay duration T 0. the surface acoustic unit comprises a first surface acoustic wave component and a surface acoustic output selection switch; the first surface acoustic wave component comprises an input end and p output ends, wherein p≥2; signal delay differences between the p output ends of the first surface acoustic wave component and the input end of the first surface acoustic wave component are configured to form an arithmetic progression whose first term is absolute delay duration T 0 and whose common difference is a relative delay duration t 0; the input end of the first surface acoustic wave component is usable as a signal input end of the surface acoustic unit, and the surface acoustic output selection switch is configured to select one output end of the p output ends of the first surface acoustic wave component as a signal output end of the surface acoustic unit; and delay duration of the second channel delay unit is the absolute delay duration T 0.
An information transmission method, comprising: generating, by a base station, a master information block, MIB, wherein the MIB comprises first bandwidth indication information and a radio frame configuration field, the first bandwidth indication information indicating a first range of a system bandwidth, and the radio frame configuration field indicating whether a radio frame is configured with a resource of a system information block, SIB1, and sending, by the base station, the MIB by using a time-frequency resource in the radio frame, wherein the method further comprises, if the radio frame configuration field indicates that the resource of the SIB1 is configured in the radio frame, sending, by the base station, the SIB1 by using a resource in a first resource set in the radio frame; and if the radio frame configuration field indicates that the resource of the SIB1 is not configured in the radio frame, not sending, by the base station, the SIB1. generating, by a base station, a master information block, MIB, wherein the MIB comprises first bandwidth indication information and a radio frame configuration field, the first bandwidth indication information indicating a first range of a system bandwidth, and the radio frame configuration field indicating whether a radio frame is configured with a resource of a system information block, SIB1, and sending, by the base station, the MIB by using a time-frequency resource in the radio frame, wherein the method further comprises, if the radio frame configuration field indicates that the resource of the SIB1 is configured in the radio frame, sending, by the base station, the SIB1 by using a resource in a first resource set in the radio frame; and if the radio frame configuration field indicates that the resource of the SIB1 is not configured in the radio frame, not sending, by the base station, the SIB1.
A door assembly, particularly a glass door assembly (1, 1'), comprising a first stationary panel and/or a wall element and at least one second panel, particularly a glass panel, which can be moved relative to the first panel and/or the wall element, wherein the second panel is arranged in a first plane in the closed state and in a second plane lying parallel to the first plane in an open state, wherein at least one surface side of the second panel particularly ends virtually flush with a surface side of the first panel and/or the wall element in its closed state, in which it is arranged in the first plane, wherein the second panel can be displaced relative to the first panel horizontally in a first direction, as well as in a second and third direction along at least one continuously bent curve at the end of the closing motion, on a profile of the door assembly by means of rollers (3, 3'), with the second panel essentially being moved parallel to the first panel and/or the wall element in the first direction, lowered in the second direction and transferable into the first plane in the third direction, and with the first, second and third direction respectively being arranged orthogonal to one another, wherein the door assembly comprises a slotted link arrangement with at least one groove, which extends in the profile and features a horizontally extending section and a downwardly curved section (29, 31) on the end of the profile, as well as at least one bolt that is arranged in at least one parallelogram guide (5, 5') of the door assembly and/or a slide block that is guided in the groove (27, 29, 31) in such a way that it unfolds the parallelogram guide (5, 5') in the horizontally extending section and folds up the parallelogram guide in the curved section, and wherein the second panel and the bolt and/or slide block are mounted on a leg of the parallelogram guide (5, 5') located distal from the profile and a leg of the parallelogram guide (5, 5') located proximal to the profile features the rollers (3, 3'), with both legs (19, 21) being connected to one another in an articulated fashion by means of a hinge arrangement, characterized in that the hinge arrangement comprises an upper connecting plate and a lower connecting plate, wherein the leg located proximal to the profile and the leg located distal from the profile are respectively connected to one another in an articulated fashion in the form of a parallelogram by means of the upper connecting plate and the lower connecting plate such that the two legs (19, 21) can be moved relative to one another and adjoin one another in the final phase of a motion.
A method for transmitting a Vehicle-to-X, V2X, message in a wireless communication system, the method performed by a user equipment, UE, and comprising: reserving a plurality of V2X resources based on a first transmission period; detecting a change of a channel busy ratio, CBR, for the plurality of V2X resources; and transmitting, to another UE, the V2X message based on the detection, wherein, based on the CBR being changed after the reserving, the UE transmits the V2X message based on a second transmission period which is changed from the first transmission period, and wherein, based on the CBR being changed after the reserving, the UE transmits, to the another UE, changed transmission period information related to the second transmission period through a physical sidelink control channel, PSSCH. reserving a plurality of V2X resources based on a first transmission period; detecting a change of a channel busy ratio, CBR, for the plurality of V2X resources; and transmitting, to another UE, the V2X message based on the detection, wherein, based on the CBR being changed after the reserving, the UE transmits the V2X message based on a second transmission period which is changed from the first transmission period, and wherein, based on the CBR being changed after the reserving, the UE transmits, to the another UE, changed transmission period information related to the second transmission period through a physical sidelink control channel, PSSCH.
A method of controlling a valve, the method comprising: detecting a supply pressure at a fluid source; identifying one of a first port at a first side of a piston and a second port at a second side of the piston, the piston located in a cylinder; detecting a port pressure at the identified first port or second port; actuating the valve from a closed position to a first open position when the first port is the identified port and the supply pressure is in excess of the first port pressure; actuating the valve from the closed position to a second open position when the second port is the identified port and the supply pressure is in excess of the second port pressure; and actuating the valve from the first or second open position (206a, 206b) to the closed position when the supply pressure is less than the first and second port pressure, respectively. detecting a supply pressure at a fluid source; identifying one of a first port at a first side of a piston and a second port at a second side of the piston, the piston located in a cylinder; detecting a port pressure at the identified first port or second port; actuating the valve from a closed position to a first open position when the first port is the identified port and the supply pressure is in excess of the first port pressure; actuating the valve from the closed position to a second open position when the second port is the identified port and the supply pressure is in excess of the second port pressure; and actuating the valve from the first or second open position (206a, 206b) to the closed position when the supply pressure is less than the first and second port pressure, respectively.
An oral care composition comprising: (a) 50% to 60%, of water by weight of the composition; (b) 25% to 60% of a calcium-containing abrasive by weight of the composition; (c) 0.001% to 5% of a flavorant composition; (d) 0.01% to 1.35% of a pyrophosphate ion source by weight of the composition; (e) a thickening agent, wherein the thickening agent comprises: (i) 0.01% to less than 1.4% of a carrageenan by weight of the composition; and (ii) greater than 0.4% to 2% of a carboxymethyl cellulose by weight of the composition; (f) a rheology profile characterized by at least one parameter of the following parameters: (i) 10 ∗ K (Pa.s) value less than 3,000; (ii) (-10000*)n (rate index) value less than -1500; (iii) 10*Yield Stress value less than 4000; (iv) Average G' value less than 4,250; (v) Average G" value less than 1,500. (a) 50% to 60%, of water by weight of the composition; (b) 25% to 60% of a calcium-containing abrasive by weight of the composition; (c) 0.001% to 5% of a flavorant composition; (d) 0.01% to 1.35% of a pyrophosphate ion source by weight of the composition; (e) a thickening agent, wherein the thickening agent comprises: (i) 0.01% to less than 1.4% of a carrageenan by weight of the composition; and (ii) greater than 0.4% to 2% of a carboxymethyl cellulose by weight of the composition; (i) 0.01% to less than 1.4% of a carrageenan by weight of the composition; and (ii) greater than 0.4% to 2% of a carboxymethyl cellulose by weight of the composition; (f) a rheology profile characterized by at least one parameter of the following parameters: (i) 10 ∗ K (Pa.s) value less than 3,000; (ii) (-10000*)n (rate index) value less than -1500; (iii) 10*Yield Stress value less than 4000; (iv) Average G' value less than 4,250; (v) Average G" value less than 1,500. (i) 10 ∗ K (Pa.s) value less than 3,000; (ii) (-10000*)n (rate index) value less than -1500; (iii) 10*Yield Stress value less than 4000; (iv) Average G' value less than 4,250; (v) Average G" value less than 1,500.
A joining system (20,20A-D) and a tubular frame structure (26,26A-D) having legs (27,27A-D) said joining system (20,20A-D) comprising, in combination: a joining element for interconnecting said structure (26,26A-D) with said legs (27,27A-D) on its turn comprising first (44,44A-D;45,45A-D) and second (30,30A-B;34,34A-D) connecting and fixing means on said joining element, said joining element and said first and second connecting and fixing means are substantially completely contained inside said leg (27,27A-D), at the top of the same, and said structure (26,26A-D) being fixed to said joining element by means of said first connecting and fixing means, whereas said leg (27,27A-D) is fixed to said joining element by means of said second fixing means, characterized in that said joining element comprising, in a working position, an upper section, or summit (22,22A-B), which defines a cradle seat (24,24A-B) receiving a shank (25-25A-B), having a corresponding section, of said tubular metal frame structure (26,26A-B) with legs (27,27A-B).
A medical needle holder having: a generally hollow body which extends in the direction of an axis from a first end to a second end, the first end being shaped for reception of a needle therein and the second end being open, wherein the axis is substantially aligned in use with the needle positioned in the first end of the body; and, characterised by a grip portion which is actuable relative to the body between a first condition in which the grip portion extends outwardly of the body in a direction which is angularly offset from the axis and a second condition in which the grip portion is disposed substantially forward of the first end of the body such that the grip portion covers the needle when held by the needle holder, wherein the needle holder comprises a releasable fastener for preventing unwanted movement of the grip portion in the first condition such that the needle holder can be stably held via.the grip portion by a user during use of the needle. a generally hollow body which extends in the direction of an axis from a first end to a second end, the first end being shaped for reception of a needle therein and the second end being open, wherein the axis is substantially aligned in use with the needle positioned in the first end of the body; and, characterised by a grip portion which is actuable relative to the body between a first condition in which the grip portion extends outwardly of the body in a direction which is angularly offset from the axis and a second condition in which the grip portion is disposed substantially forward of the first end of the body such that the grip portion covers the needle when held by the needle holder, wherein the needle holder comprises a releasable fastener for preventing unwanted movement of the grip portion in the first condition such that the needle holder can be stably held via.the grip portion by a user during use of the needle.
Method for operating a heat exchanger, a heat transfer medium flowing through this heat exchanger on a primary side and entering the heat exchanger at a first temperature ( T 1, T in W) and exiting the heat exchanger at a second temperature ( T 2, T out W), which heat exchanger, on a secondary side, emits a heat flow ( Q̇) to a secondary medium flowing through the heat exchanger in the case of heating or absorbs a heat flow ( Q̇) from the secondary medium in the case of cooling, which secondary medium enters the heat exchanger at a third temperature ( T 3, T in L) and exits the heat exchanger again at a fourth temperature ( T 4, T out L), wherein the heat exchanger can transfer a maximum heat flow ( Q̇ max), wherein at least three of the four temperatures ( T 1 - T 4, T in W, T out W, T in L, T out L) are measured, characterized in that the respective degree of saturation Q. Q. max of the heat exchanger is determined from these measured temperatures and is used to control the operation of the heat exchanger, and in that the heat exchanger is part of an HVAC system, wherein the flow of the heat transfer medium on the primary side of the heat exchanger is limited when the degree of saturation Q. Q. max of the heat exchanger reaches a prespecified value, or the degree of saturation Q. Q. max of the heat exchanger is used for controlling the flow of the secondary medium, or the inflow temperature ( T 1, T in W) of the heat transfer medium is increased when the degree of saturation of the heat exchanger reaches a prespecified value.
A medical intrabody fluid transfer system, comprising: an extension tube assembly comprising: an outer support tube having an inner lumen and a length and opposing first and second end portions (510p, 510d); an inner tube longitudinally extending inside the inner lumen of the outer support tube and defining a longitudinally extending open fluid flow path; a first connector coupled to the first end portion of the outer support tube; and a second connector coupled to the second end portion of the outer support tube, wherein the inner tube has an inner diameter in a range of about 100 μm and about 750 μm, wherein the inner tube extends out of the first end portion of the outer support tube into the first connector, and wherein the inner tube extends out of the second end portion of the outer support tube into the second connector; and a cannula assembly coupled to the extension tube assembly, the cannula assembly comprising: a tubular cannula having opposing proximal and distal ends with an open axially extending lumen; an elongate inner tube extending through the lumen of the tubular cannula with a distal end defining an exposed needle tip; and flexible tubing coupled to the proximal end of the tubular cannula and comprising an inner tube aligned with and in fluid communication with the inner tube of the tubular cannula and the inner tube of the extension tube assembly. an outer support tube having an inner lumen and a length and opposing first and second end portions (510p, 510d); an inner tube longitudinally extending inside the inner lumen of the outer support tube and defining a longitudinally extending open fluid flow path; a first connector coupled to the first end portion of the outer support tube; and a second connector coupled to the second end portion of the outer support tube, wherein the inner tube has an inner diameter in a range of about 100 μm and about 750 μm, wherein the inner tube extends out of the first end portion of the outer support tube into the first connector, and wherein the inner tube extends out of the second end portion of the outer support tube into the second connector; and a cannula assembly coupled to the extension tube assembly, the cannula assembly comprising: a tubular cannula having opposing proximal and distal ends with an open axially extending lumen; an elongate inner tube extending through the lumen of the tubular cannula with a distal end defining an exposed needle tip; and flexible tubing coupled to the proximal end of the tubular cannula and comprising an inner tube aligned with and in fluid communication with the inner tube of the tubular cannula and the inner tube of the extension tube assembly. a tubular cannula having opposing proximal and distal ends with an open axially extending lumen; an elongate inner tube extending through the lumen of the tubular cannula with a distal end defining an exposed needle tip; and flexible tubing coupled to the proximal end of the tubular cannula and comprising an inner tube aligned with and in fluid communication with the inner tube of the tubular cannula and the inner tube of the extension tube assembly.